From d9b9db64caefcd952653be0aa5fb10ae4bfa076b Mon Sep 17 00:00:00 2001 From: alexiscatnip Date: Wed, 19 Jan 2022 23:07:16 +0800 Subject: [PATCH] Remove Imagesharp dlls... I forget this existed. --- Assets/InitTestScene637782234512083174.unity | 454 + ...nitTestScene637782234512083174.unity.meta} | 4 +- .../Assets/AssetTypes/AssetTexture.cs | 19 +- Assets/Plugins/LibreMetaverse/Imaging/T2D.cs | 20 + .../LibreMetaverse/Imaging/T2D.cs.meta | 3 + .../LibreMetaverseAssembly.asmdef | 4 +- .../LibreMetaverse/PrimMesher/SculptMesh.cs | 1 - Assets/Plugins/OpenJpegDotNet.dll | Bin 61952 -> 0 bytes Assets/Plugins/OpenJpegDotNet.dll.meta | 33 - Assets/Plugins/OpenJpegDotNet.xml | 1487 - Assets/Plugins/OpenJpegDotNet.xml.meta | 7 - Assets/Plugins/SixLabors.ImageSharp.dll | Bin 1211904 -> 0 bytes Assets/Plugins/SixLabors.ImageSharp.dll.meta | 33 - Assets/Plugins/SixLabors.ImageSharp.xml | 53972 ---------------- Assets/Raindrop/Core/IMTextManager.cs | 1 - Assets/Raindrop/Core/Settings.cs | 7 - Assets/Raindrop/Disk/ReadWrite.cs | 9 +- Assets/Raindrop/Imaging.cs | 11 - Assets/Raindrop/Render/TerrainSplat.cs | 2 +- Assets/Tests/ImagingTests/ImagingTests.cs | 8 +- 20 files changed, 500 insertions(+), 55575 deletions(-) create mode 100644 Assets/InitTestScene637782234512083174.unity rename Assets/{Plugins/SixLabors.ImageSharp.xml.meta => InitTestScene637782234512083174.unity.meta} (62%) create mode 100644 Assets/Plugins/LibreMetaverse/Imaging/T2D.cs create mode 100644 Assets/Plugins/LibreMetaverse/Imaging/T2D.cs.meta delete mode 100644 Assets/Plugins/OpenJpegDotNet.dll delete mode 100644 Assets/Plugins/OpenJpegDotNet.dll.meta delete mode 100644 Assets/Plugins/OpenJpegDotNet.xml delete mode 100644 Assets/Plugins/OpenJpegDotNet.xml.meta delete mode 100644 Assets/Plugins/SixLabors.ImageSharp.dll delete mode 100644 Assets/Plugins/SixLabors.ImageSharp.dll.meta delete mode 100644 Assets/Plugins/SixLabors.ImageSharp.xml diff --git a/Assets/InitTestScene637782234512083174.unity b/Assets/InitTestScene637782234512083174.unity new file mode 100644 index 0000000..c00a884 --- /dev/null +++ b/Assets/InitTestScene637782234512083174.unity @@ -0,0 +1,454 @@ +%YAML 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+ categoryNames: + - Benchmark + - Network + - Uncategorized + testNames: + - Raindrop.Tests.RaindropIntegrationTests.AbleToAssertPass + synchronousOnly: 0 + sceneBased: 0 + originalScene: Assets/Scenes/MainScene.unity + bootstrapScene: Assets/InitTestScene637782234512083174.unity +--- !u!4 &2144958777 +Transform: + m_ObjectHideFlags: 0 + m_CorrespondingSourceObject: {fileID: 0} + m_PrefabInstance: {fileID: 0} + m_PrefabAsset: {fileID: 0} + m_GameObject: {fileID: 2144958774} + m_LocalRotation: {x: 0, y: 0, z: 0, w: 1} + m_LocalPosition: {x: 0, y: 0, z: 0} + m_LocalScale: {x: 1, y: 1, z: 1} + m_Children: [] + m_Father: {fileID: 0} + m_RootOrder: 0 + m_LocalEulerAnglesHint: {x: 0, y: 0, z: 0} diff --git a/Assets/Plugins/SixLabors.ImageSharp.xml.meta b/Assets/InitTestScene637782234512083174.unity.meta similarity index 62% rename from Assets/Plugins/SixLabors.ImageSharp.xml.meta rename to Assets/InitTestScene637782234512083174.unity.meta index d61a6ca..87b4dd7 100644 --- a/Assets/Plugins/SixLabors.ImageSharp.xml.meta +++ b/Assets/InitTestScene637782234512083174.unity.meta @@ -1,6 +1,6 @@ fileFormatVersion: 2 -guid: 99f5cc8619b01a842843bb4267ceec9a -TextScriptImporter: +guid: 1bd9b9bf47585124193048462fae649f +DefaultImporter: externalObjects: {} userData: assetBundleName: diff --git a/Assets/Plugins/LibreMetaverse/Assets/AssetTypes/AssetTexture.cs b/Assets/Plugins/LibreMetaverse/Assets/AssetTypes/AssetTexture.cs index cc5cbd1..b26d8f0 100644 --- a/Assets/Plugins/LibreMetaverse/Assets/AssetTypes/AssetTexture.cs +++ b/Assets/Plugins/LibreMetaverse/Assets/AssetTypes/AssetTexture.cs @@ -97,14 +97,17 @@ namespace OpenMetaverse.Assets this.Components = 0; - using (var reader = new OpenJpegDotNet.IO.Reader(AssetData)) - { - // *hack: decode from ManagedImage directly or better yet, get rid of ManagedImage entirely! - if (!reader.ReadHeader()) { return false; } - - throw new NotImplementedException(); - // Image = new ManagedImage(reader.DecodeToBitmap()); - } + // using (var reader = new OpenJpegDotNet.IO.Reader(AssetData)) + var texture = Imaging.T2D.LoadT2DWithoutMipMaps(AssetData); + Image = new ManagedImage(texture); + // using (var reader = new OpenJpegDotNet.IO.Reader(AssetData)) + // { + // // *hack: decode from ManagedImage directly or better yet, get rid of ManagedImage entirely! + // if (!reader.ReadHeader()) { return false; } + // + // throw new NotImplementedException(); + // // Image = new ManagedImage(reader.DecodeToBitmap()); + // } if ((Image.Channels & ManagedImage.ImageChannels.Color) != 0) Components += 3; diff --git a/Assets/Plugins/LibreMetaverse/Imaging/T2D.cs b/Assets/Plugins/LibreMetaverse/Imaging/T2D.cs new file mode 100644 index 0000000..caee5fb --- /dev/null +++ b/Assets/Plugins/LibreMetaverse/Imaging/T2D.cs @@ -0,0 +1,20 @@ +using UnityEngine; + +namespace OpenMetaverse.Imaging +{ + public class T2D + { + public static Texture2D LoadT2DWithoutMipMaps(byte[] thebytes) + { + var texture = new Texture2D(1, 1, TextureFormat.ARGB32, false); // impt there is a jobs bug here + var loaderSettings = AsyncImageLoader.LoaderSettings.Default; + loaderSettings.generateMipmap = false; // impt there is a bug here + + // Use hacky LoaderSettings + var loadSuccess = AsyncImageLoader.LoadImage(texture, thebytes, loaderSettings); + + return texture; + } + + } +} \ No newline at end of file diff --git a/Assets/Plugins/LibreMetaverse/Imaging/T2D.cs.meta b/Assets/Plugins/LibreMetaverse/Imaging/T2D.cs.meta new file mode 100644 index 0000000..16a0c3d --- /dev/null +++ b/Assets/Plugins/LibreMetaverse/Imaging/T2D.cs.meta @@ -0,0 +1,3 @@ +fileFormatVersion: 2 +guid: f9c2c34c726b49d19d8ebab6f2ef6778 +timeCreated: 1642600846 \ No newline at end of file diff --git a/Assets/Plugins/LibreMetaverse/LibreMetaverseAssembly.asmdef b/Assets/Plugins/LibreMetaverse/LibreMetaverseAssembly.asmdef index 016719b..8985267 100644 --- a/Assets/Plugins/LibreMetaverse/LibreMetaverseAssembly.asmdef +++ b/Assets/Plugins/LibreMetaverse/LibreMetaverseAssembly.asmdef @@ -1,7 +1,9 @@ { "name": "LibreMetaverseAssembly", "rootNamespace": "", - "references": [], + "references": [ + "GUID:a8cf6376c8aac1e43b688324ad3f22de" + ], "includePlatforms": [], "excludePlatforms": [], "allowUnsafeCode": true, diff --git a/Assets/Plugins/LibreMetaverse/PrimMesher/SculptMesh.cs b/Assets/Plugins/LibreMetaverse/PrimMesher/SculptMesh.cs index 0783bfb..103769c 100644 --- a/Assets/Plugins/LibreMetaverse/PrimMesher/SculptMesh.cs +++ b/Assets/Plugins/LibreMetaverse/PrimMesher/SculptMesh.cs @@ -28,7 +28,6 @@ using System; using System.Collections.Generic; //using System.Drawing; -using SixLabors; using System.IO; //using Catnip.Drawing; using UnityEngine; diff --git a/Assets/Plugins/OpenJpegDotNet.dll b/Assets/Plugins/OpenJpegDotNet.dll deleted file mode 100644 index ccbad8d04e12539b039bc2cd5fd97636c3178903..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 61952 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zk+#q_mXV|i>AqhYKj&n87JOo97ugpk*0GNE!z1*xIpNg9iauF?uY`Byt1yC!E?z*B oo5)4}n{W+@xf?VyEqMz?1xY9SLTDf|5pk83s^9f-~a#s diff --git a/Assets/Plugins/OpenJpegDotNet.dll.meta b/Assets/Plugins/OpenJpegDotNet.dll.meta deleted file mode 100644 index 30fc99f..0000000 --- a/Assets/Plugins/OpenJpegDotNet.dll.meta +++ /dev/null @@ -1,33 +0,0 @@ -fileFormatVersion: 2 -guid: b40d6b883361a0d40921720d88966596 -PluginImporter: - externalObjects: {} - serializedVersion: 2 - iconMap: {} - executionOrder: {} - defineConstraints: [] - isPreloaded: 0 - isOverridable: 0 - isExplicitlyReferenced: 0 - validateReferences: 1 - platformData: - - first: - Any: - second: - enabled: 1 - settings: {} - - first: - Editor: Editor - second: - enabled: 0 - settings: - DefaultValueInitialized: true - - first: - Windows Store Apps: WindowsStoreApps - second: - enabled: 0 - settings: - CPU: AnyCPU - userData: - assetBundleName: - assetBundleVariant: diff --git a/Assets/Plugins/OpenJpegDotNet.xml b/Assets/Plugins/OpenJpegDotNet.xml deleted file mode 100644 index 8078335..0000000 --- a/Assets/Plugins/OpenJpegDotNet.xml +++ /dev/null @@ -1,1487 +0,0 @@ - - - - OpenJpegDotNet - - - - - Specifies the Digital cinema operation mode. - - - - - Specifies that not Digital Cinema. - - - - - Specifies that the 2K Digital Cinema at 24 fps. - - - - - Specifies that the 2K Digital Cinema at 48 fps. - - - - - Specifies that the 4K Digital Cinema at 24 fps. - - - - - Defines the JPEG 2000 codec V2. This class cannot be inherited. - - - - - Releases all unmanaged resources. - - - - - Specifies the supported codec. - - - - - Specifies that the place-holder. - - - - - Specifies that the JPEG 2000 codestream. - - - - - Specifies that the JPT-stream (JPEG 2000, JPIP). - - - - - Specifies that the JP2 file format. - - - - - Specifies that the JPP-stream (JPEG 2000, JPIP). - - - - - Specifies that the JPX file format(JPEG 2000 Part-2). - - - - - Specifies the Supported image color spaces. - - - - - Specifies that not supported by the library. - - - - - Specifies that not specified in the codestream. - - - - - Specifies that the sRGB. - - - - - Specifies that the Grayscale. - - - - - Specifies that the sYCC. - - - - - Specifies that the e-YCC. - - - - - Specifies that the CMYK. - - - - - Defines the compression parameters. This class cannot be inherited. - - - - - Initializes a new instance of the class. - - - - - Sets or get the error protection methods for Tile Part Headers (0,1,16,32,37-128). - - This object is disposed. - is invalid length. - - - - Sets or get the tile number of header protection specification (>=0). - - This object is disposed. - is invalid length. - - - - Sets or get the error protection methods for packets (0,1,16,32,37-128). - - This object is disposed. - is invalid length. - - - - Sets or get the packet number of packet protection specification (>=0). - - This object is disposed. - is invalid length. - - - - Sets or get the tile number of packet protection specification (>=0). - - This object is disposed. - is invalid length. - - - - Sets or get the sensitivity methods for Tile Part Headers (-1=no,0-7). - - This object is disposed. - is invalid length. - - - - Sets or get the tile number of sensitivity specification (>=0). - - This object is disposed. - is invalid length. - - - - Sets or get the initial precinct height. - - This object is disposed. - is invalid length. - - - - Sets or get the initial precinct width. - - This object is disposed. - is invalid length. - - - - Sets or get the different PSNR (Peak signal-to-noise ratio) for successive layers. - - This object is disposed. - is invalid length. - - - - Sets or get the rates of layers - might be subsequently limited by the max_cs_size field. - - This object is disposed. - is invalid length. - - - - Sets or get the initial code block height. - - This object is disposed. - - - - Sets or get the initial code block width. - - This object is disposed. - - - - Sets or get the output file format. - - This object is disposed. - - - - Sets or get the Digital Cinema compliance. - - if 0 not compliant, 1 is compliant. - This object is disposed. - - - - Sets or get the RSIZ. - - This object is disposed. - - - - Sets or get the allocation by rate/distortion. - - This object is disposed. - - - - Sets or get the allocation by fixed layer. - - This object is disposed. - - - - Sets or get the add fixed quality. - - This object is disposed. - - - - Sets or get the regions size - - This object is disposed. - - - - Sets or get the XTsiz. - - This object is disposed. - - - - Sets or get the YTsiz. - - This object is disposed. - - - - Sets or get the XTOsiz. - - This object is disposed. - - - - Sets or get the YTOsiz. - - This object is disposed. - - - - Sets or get the coding style. - - This object is disposed. - - - - Sets or get the input file format. - - This object is disposed. - - - - Sets or get the subimage encoding: origin image offset in x direction. - - This object is disposed. - - - - Sets or get the subimage encoding: origin image offset in y direction. - - This object is disposed. - - - - Sets or get the index generation. - - This object is disposed. - - - - Sets or get the value to indicate whether irreversible or not for compression. - - true if use the irreversible DWT 9-7; otherwise, use lossless compression is false. - This object is disposed. - - - - Sets or get the error protection method for Main Header (0,1,16,32,37-128). - - This object is disposed. - - - - Sets or get the sensitivity addressing size (0=auto/2/4 bytes). - - This object is disposed. - - - - Sets or get the sensitivity method for Main Header (-1=no,0-7). - - This object is disposed. - - - - Sets or get the sensitivity range (0-3). - - This object is disposed. - - - - Sets or get the enables writing of ESD, (0=no/1/2 bytes). - - This object is disposed. - - - - Sets or get the maximum size (in bytes) for each component. - - Component size limitation is not considered if 0. - This object is disposed. - - - - Sets or get the maximum size (in bytes) for the whole codestream. - - If 0, codestream size limitation is not considered If it does not comply with , prevails and a warning is issued. - This object is disposed. - - - - Sets or get the mode switch (codeblock coding style). - - This object is disposed. - - - - Sets or get the number of progression order changes (POC). - - This object is disposed. - - - - Sets or get the number of resolutions. - - This object is disposed. - - - - Sets or get the progression order. - - This object is disposed. - - - - Sets or get the number of precinct size specifications. - - This object is disposed. - - - - Sets or get the region of interest: affected component in [0..3], -1 means no ROI. - - This object is disposed. - - - - Sets or get the region of interest: upshift value. - - This object is disposed. - - - - Sets or get the subsampling value for dx. - - This object is disposed. - - - - Sets or get the subsampling value for dy. - - This object is disposed. - - - - Sets or get the number of layers. - - This object is disposed. - - - - Sets or get whether enables JPIP indexing. - - This object is disposed. - - - - Sets or get whether enables writing of EPC in MH, thus activating JPWL. - - This object is disposed. - - - - Sets or get the MCT (multiple component transform). - - This object is disposed. - - - - Sets or get whether enables size of tile. - - This object is disposed. - - - - Sets or get the flag for Tile part generation. - - This object is disposed. - - - - Sets or get the Tile part generation. - - This object is disposed. - - - - Releases all unmanaged resources. - - - - - Defines the decompression parameters. This class cannot be inherited. - - - - - Initializes a new instance of the class. - - - - - Sets or get the output file format. - - This object is disposed. - - - - Sets or get the maximum number of quality layers to decode. - - This object is disposed. - - - - Sets or get the number of highest resolution levels to be discarded. - - This object is disposed. - - - - Sets or get the input file format. - - This object is disposed. - - - - Sets or get the decoding area left boundary. - - This object is disposed. - - - - Sets or get the decoding area right boundary. - - This object is disposed. - - - - Sets or get the decoding area up boundary. - - This object is disposed. - - - - Sets or get the decoding area bottom boundary. - - This object is disposed. - - - - Sets or get the flags. - - This object is disposed. - - - - Sets or get whether activates the JPWL correction capabilities for JPWL (wireless applications). - - This object is disposed. - - - - Sets or get the expected number of components for JPWL (wireless applications). - - This object is disposed. - - - - Sets or get the maximum number of tiles for JPWL (wireless applications). - - This object is disposed. - - - - Sets or get the number of blocks of tile to decode. - - This object is disposed. - - - - Sets or get the tile number of the decoded tile. - - This object is disposed. - - - - Sets or get whether enables verbose mode. - - This object is disposed. - - - - Releases all unmanaged resources. - - - - - Callback function prototype for read. - - The event message. - The client object where will be return the event message. - - - - Callback function prototype for read. - - The position to read. - The length of . - The data pointer to have beee passed to . - - - - Callback function prototype for write. - - The position to write. - The length of . - The data pointer to have beee passed to . - - - - Callback function prototype for skip. - - The position to skip. - The data pointer to have beee passed to . - - - - Callback function prototype for seek. - - The position to seek. - The data pointer to have beee passed to . - - - - Callback function to free user data. - - The data pointer to have beee passed to . - - - - Specifies the supported codec. - - - - - Specifies that the place-holder. - - - - - Specifies that the JPEG 2000 codestream. - - - - - Specifies that the JP2 file format. - - - - - Specifies that the JPT-stream (JPEG 2000, JPIP). - - - - - Specifies that the Pixelmator file format. - - - - - Specifies that the PGX (JPEG 2000) file format. - - - - - Specifies that the Bitmap file format. - - - - - Specifies that the YUV file format. - - - - - Specifies that the Tagged Image file format. - - - - - Specifies that the Raw (big endian) Image file format. - - - - - Specifies that the Truevision Graphics Adapter file format. - - - - - Specifies that the Portable Network Graphics file format. - - - - - Specifies that the Raw (little endian) Image file format. - - - - - Defines the image data and characteristics. This class cannot be inherited. - - - - - Gets or sets the horizontal offset from the origin of the reference grid to the left side of the image area. - - This object is disposed. - - - - Gets or sets the width of the reference grid. - - This object is disposed. - - - - Gets or sets the vertical offset from the origin of the reference grid to the top side of the image area. - - This object is disposed. - - - - Gets or sets the height of the reference grid. - - This object is disposed. - - - - Gets the number of components in the image. - - This object is disposed. - - - - Gets or sets the color space. - - This object is disposed. - - - - Gets the image components. - - This object is disposed. - - - - Gets the 'restricted' ICC profile. - - This object is disposed. - - - - Converts this to a GDI+ . - - Export alpha channel - A that represents the converted . - This object is disposed. - This object is not supported. - - - - Converts this to a Bitmap . - - Export alpha channel - A that represents the converted . - This object is not supported. - - - - Converts this to a TARGA . - - A that represents the converted . - This object is not supported. - - - - Releases all unmanaged resources. - - - - - Defines the image component. This class cannot be inherited. - - - - - Get the alpha channel. - - This object is disposed. - - - - Get the image depth in bits. - - This object is disposed. - - - - Get the image component data. - - This object is disposed. - - - - Get the horizontal separation of a sample of ith component with respect to the reference grid. - - This object is disposed. - - - - Get the vertical separation of a sample of ith component with respect to the reference grid. - - This object is disposed. - - - - Get the number of division by 2 of the out image compared to the original size of image. - - This object is disposed. - - - - Get the data height. - - This object is disposed. - - - - Get the precision. - - This object is disposed. - - - - Get the number of decoded resolution. - - This object is disposed. - - - - Get the value to indicate whether data with signed or unsigned. - - true if data with signed; otherwise, false. - This object is disposed. - - - - Get the data width. - - This object is disposed. - - - - Get the x component offset compared to the whole image. - - This object is disposed. - - - - Get the y component offset compared to the whole image. - - This object is disposed. - - - - Releases all unmanaged resources. - - - - - Defines the component parameters. This class cannot be inherited. - - - - - Initializes a new instance of the class. - - - - - Sets or get the image depth in bits. - - This object is disposed. - - - - Sets or get the horizontal separation of a sample of ith component with respect to the reference grid. - - This object is disposed. - - - - Sets or get the vertical separation of a sample of ith component with respect to the reference grid. - - This object is disposed. - - - - Sets or get the data height. - - This object is disposed. - - - - Sets or get the precision. - - This object is disposed. - - - - Sets or get the value to indicate whether data with signed or unsigned. - - true if data with signed; otherwise, false. - This object is disposed. - - - - Sets or get the data width. - - This object is disposed. - - - - Sets or get the x component offset compared to the whole image. - - This object is disposed. - - - - Sets or get the y component offset compared to the whole image. - - This object is disposed. - - - - Releases all unmanaged resources. - - - - - Gets a value indicating whether this instance has been disposed. - - true if this instance has been disposed; otherwise, false. - - - - Releases all resources used by this . - - - - - Releases all resources used by this . - - Indicate value whether method was called. - - - - Gets a value indicating whether this instance has been disposed. - - true if this instance has been disposed; otherwise, false. - - - - Releases all resources used by this . - - - - - Releases all resources used by this . - - Indicate value whether method was called. - - - - Provides the methods of OpenJpeg. - - - Provides the methods of OpenJpeg. - - - - - Creates a J2K/JP2 compression structure. - - The codec format to create. - The . - - - - Start to compress the current image. - - the Jpeg 2000 codec to compress. - The image that receives encoded datum. - The Jpeg 2000 stream. - true if the start to compress is correctly set; otherwise, false. - , or is null. - , or is disposed. - - - - End to compress the current image. - - the Jpeg 2000 codec to compress. - The Jpeg 2000 stream. - true if the end to compress is correctly set; otherwise, false. - or is null. - or is disposed. - - - - Encode an image into a JPEG-2000 codestream. - - the Jpeg 2000 codec to compress. - The Jpeg 2000 stream. - true if the end to compress is correctly set; otherwise, false. - or is null. - or is disposed. - - - - Set encoding parameters to default values. - - The to compress image. - is null. - is disposed. - - - - Setup the encoder with compression parameters provided by the user and with the message handler provided by the user. - - The to compress image. - The for image compression. - Input filled image. - true if the decoder is correctly set; otherwise, false. - , or is null. - , or is disposed. - - - - Creates a J2K/JP2 decompression structure. - - The codec format to create. - The . - - - - Decode an image from a JPEG 2000 codestream. - - the Jpeg 2000 codec to read. - The Jpeg 2000 stream. - The image that receives decoded datum. - true if success; otherwise, false. - , or is null. - , or is disposed. - - - - Read after the codestream if necessary. - - the Jpeg 2000 codec to read. - The Jpeg 2000 stream. - true if success; otherwise, false. - or is null. - or is disposed. - - - - Decodes an image header. - - The Jpeg 2000 stream. - the Jpeg 2000 codec to read. - When this method returns, contains the read from stream. This parameter is passed uninitialized. - true if the main header of the codestream and the JP2 header is correctly read; otherwise, false. - or is null. - or is disposed. - - - - Sets the given area to be decoded. - - The Jpeg 2000 codec. - The decoded previously set by . - The left position of the rectangle to decode in image. - The top position of the rectangle to decode in image. - The right position of the rectangle to decode in image. - The bottom position of the rectangle to decode in image. - true if the area is correctly set; otherwise, false. - or is null. - or is disposed. - - - - Set decoding parameters to default values. - - The to decompress image. - is null. - is disposed. - - - - Setup the decoder with decompression parameters provided by the user and with the message handler provided by the user. - - The to decompress image. - The to decompress image. - true if the decoder is correctly set; otherwise, false. - or is null. - or is disposed. - - - - Allocates worker threads for the compressor/decompressor. - - The to compress or decompress image. - The number of threads. - true if the function succeeds; otherwise, false. - or is null. - or is disposed. - This function must be called after and before for the decoding side, or after () and before for the encoding side. - - - - Writes a tile with the given data. - - The to write tile. - The index of the tile to write. - The buffer to the data to write. - The length of datum to write. This value os used to make sure the data being written is correct. - The stream to write data to. - true if the data could be written; otherwise, false. - or is null. - or is disposed. - - - - Get the string representation of the OpenJpeg version. - - The string representation of the OpenJpeg version. - - - - Get the string representation of the version of wrapper library of OpenJpeg. - - The string representation of the version of wrapper library of OpenJpeg. - - - - Set the info handler. - - The codec previously initialise. - The callback function which will be used. - The client object where will be returned the message. - or is null. - is disposed. - - - - Set the warning handler. - - The codec previously initialise. - The callback function which will be used. - The client object where will be returned the message. - or is null. - is disposed. - - - - Set the warning handler. - - The codec previously initialise. - The callback function which will be used. - The client object where will be returned the message. - or is null. - is disposed. - - - - Create an image. - - The number of components. - The components parameters. - The image color space. - A new . - - - - Creates an image without allocating memory for the image. - - The number of components. - The components parameters. - The image color space. - A new . - - - - Allocates new memory buffer for . - - The number of bytes to allocate. - The new pointer to indicate allocated memory buffer if success; otherwise, . - - - - Unallocates memory buffer for . - - The pointer to indicate allocated memory buffer by . - - - - Sets the MCT matrix to use. - - The to change. - The encoding matrix. - The dc shift coefficients to use. - The number of components of the image. - true if the parameters could be set; otherwise, false. - , or is null. - is disposed. - The length of must be x or less. Or The length of must be or less - - - - Creates an abstract stream. - - The value whether the stream is a read stream. - The . - - - - Creates an abstract stream with a specific buffer size. - - The size of the chunk used to stream. - The value whether the stream is a read stream. - The . - - - - Sets the given callback to be used as a read function. - - The stream to modify. - The callback to free user data when reads data stream. - or is null. - is disposed. - - - - Sets the given callback to be used as a write function. - - The stream to modify. - The callback to free user data when writes data stream. - or is null. - is disposed. - - - - Sets the given callback to be used as a skip function. - - The stream to modify. - The callback to free user data when skips data stream. - or is null. - is disposed. - - - - Sets the given callback to be used as a seek function, the stream is then seekable, - - The stream to modify. - The callback to free user data when seeks data stream. - or is null. - is disposed. - - - - Sets the given data to be used as a user data for the stream. - - The stream to modify. - The data to set. - The callback to free user data when is disposed. - or is null. - is disposed. - - - - Sets the length of the user data for the stream. - - The stream to modify. - The length of the user_data. - is null. - is disposed. - - - - Create a stream from a file identified with its filename with default parameters. - - The filename of the file to input to stream. - The value whether the stream is a read stream. - The . - is null. - The specified path does not exist. - - - - Create a stream from a file identified with its filename with a specific buffer size. - - The filename of the file to input to stream. - The size of the chunk used to stream. - The value whether the stream is a read stream. - The . - is null. - The specified path does not exist. - - - - Returns if the library is built with thread support. - - true if mutex, condition, thread, thread pool are available; otherwise, false. - - - - Return the number of virtual CPUs. - - The number of virtual CPUs. - - - - A class which has a pointer of native structure. - - - - - Initializes a new instance of the class with the specified value indicating whether this instance is disposable. - - true if this instance is disposable; otherwise, false. - - - - Gets a value indicating whether this instance has been disposed. - - true if this instance has been disposed; otherwise, false. - - - - Gets a value indicating whether this instance is disposable. - - true if this instance is disposable; otherwise, false. - - - - Gets a pointer of native structure. - > - - - - If this object is disposed, then is thrown. - - - - - Determines whether this instance and another specified object have the same value. - - The to compare to this instance. - true if the value of the parameter is the same as the value of this instance; otherwise, false. If is null, the method returns false. - - - - Determines whether this instance and a specified object, which must also be a object, have the same value. - - The to compare to this instance. - true if is a and its value is the same as this instance; otherwise, false. If is null, the method returns false. - - - - Returns the hash code for this string. - - A 32-bit signed integer hash code. - - - - Releases all managed resources. - - - - - Releases all unmanaged resources. - - - - - Releases all resources used by this . - - - - - Releases all resources used by this . - - Indicate value whether method was called. - - - - Specifies the progression order. - - - - - Specifies that place-holder. - - - - - Specifies that layer-resolution-component-precinct order. - - - - - Specifies that resolution-layer-component-precinct order. - - - - - Specifies that resolution-precinct-component-layer order. - - - - - Specifies that precinct-component-resolution-layer order. - - - - - Specifies that component-precinct-resolution-layer order. - - - - - Defines the raw bitmap image data. This class cannot be inherited. - - - - - Gets the number of channels, of this . - - The number of channels, of this . - - - - Gets the pixel data of this . - - The pixel data. - - - - Gets the height, in pixels, of this . - - The height, in pixels, of this . - - - - Gets the width, in pixels, of this . - - The width, in pixels, of this . - - - - Gets the specified for the object. - - The type of image storeed as - - - - Specifies the region size capabilities. - - - - - Specifies that Standard JPEG 2000 profile. - - - - - Specifies that Profile name for a 2K image. - - - - - Specifies that Profile name for a 4K image. - - - - - Specifies that multiple component transformation. - - - - - A stream that represents a JPEG 2000. 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- Extension methods over Image{TPixel} - - - - - For a given file path find the best encoder to use via its extension. - - The source image. - The target file path to save the image to. - The file path is null. - No encoder available for provided path. - The matching . - - - - Accepts a to implement a double-dispatch pattern in order to - apply pixel-specific operations on non-generic instances - - The source image. - The image visitor. - - - - Accepts a to implement a double-dispatch pattern in order to - apply pixel-specific operations on non-generic instances - - The source image. - The image visitor. - The token to monitor for cancellation requests. - A representing the asynchronous operation. - - - - Gets the configuration for the image. - - The source image. - Returns the configuration. - - - - Gets the configuration for the image frame. - - The source image. - Returns the configuration. - - - - Gets the configuration. - - The source image - Returns the bounds of the image - - - - Gets the representation of the pixels as a containing the backing pixel data of the image - stored in row major order, as a list of contiguous blocks in the source image's pixel format. - - The source image. - The type of the pixel. - The . - - Certain Image Processors may invalidate the returned and all it's buffers, - therefore it's not recommended to mutate the image while holding a reference to it's . - - - - - Gets the representation of the pixels as a containing the backing pixel data of the image - stored in row major order, as a list of contiguous blocks in the source image's pixel format. - - The source image. - The type of the pixel. - The . - - Certain Image Processors may invalidate the returned and all it's buffers, - therefore it's not recommended to mutate the image while holding a reference to it's . - - - - - Gets the representation of the pixels as a of contiguous memory - at row beginning from the the first pixel on that row. - - The type of the pixel. - The source. - The row. - The - - - - Gets the representation of the pixels as of of contiguous memory - at row beginning from the the first pixel on that row. - - The type of the pixel. - The source. - The row. - The - - - - Gets the assigned to 'source'. - - The source image. - Returns the configuration. - - - - Unlike traditional Mono/.NET, code on the iPhone is statically compiled ahead of time instead of being - compiled on demand by a JIT compiler. This means there are a few limitations with respect to generics, - these are caused because not every possible generic instantiation can be determined up front at compile time. - The Aot Compiler is designed to overcome the limitations of this compiler. - None of the methods in this class should ever be called, the code only has to exist at compile-time to be picked up by the AoT compiler. - (Very similar to the LinkerIncludes.cs technique used in Xamarin.Android projects.) - - - - - This is the method that seeds the AoT compiler. - None of these seed methods needs to actually be called to seed the compiler. - The calls just need to be present when the code is compiled, and each implementation will be built. - - - - - Seeds the compiler using the given pixel format. - - The pixel format. - - - - This method doesn't actually do anything but serves an important purpose... - If you are running ImageSharp on iOS and try to call SaveAsGif, it will throw an exception: - "Attempting to JIT compile method... OctreeFrameQuantizer.ConstructPalette... while running in aot-only mode." - The reason this happens is the SaveAsGif method makes heavy use of generics, which are too confusing for the AoT - compiler used on Xamarin.iOS. It spins up the JIT compiler to try and figure it out, but that is an illegal op on - iOS so it bombs out. - If you are getting the above error, you need to call this method, which will pre-seed the AoT compiler with the - necessary methods to complete the SaveAsGif call. That's it, otherwise you should NEVER need this method!!! - - The pixel format. - - - - This method pre-seeds the WuQuantizer in the AoT compiler for iOS. - - The pixel format. - - - - This method pre-seeds the PaletteQuantizer in the AoT compiler for iOS. - - The pixel format. - - - - This method pre-seeds the default dithering engine (FloydSteinbergDiffuser) in the AoT compiler for iOS. - - The pixel format. - - - - This method pre-seeds the decoder and encoder for a given pixel format in the AoT compiler for iOS. - - The image decoder to seed. - The image encoder to seed. - The pixel format. - - - - This method pre-seeds the PixelOperations engine for the AoT compiler on iOS. - - The pixel format. - - - - Defines the contract for objects that can provide access to configuration. - - - - - Gets the configuration which allows altering default behaviour or extending the library. - - - - - A visitor to implement a double-dispatch pattern in order to apply pixel-specific operations - on non-generic instances. - - - - - Provides a pixel-specific implementation for a given operation. - - The image. - The pixel type. - - - - A visitor to implement a double-dispatch pattern in order to apply pixel-specific operations - on non-generic instances. - - - - - Provides a pixel-specific implementation for a given operation. - - The image. - The token to monitor for cancellation requests. - The pixel type. - A representing the asynchronous operation. - - - - Encapsulates the basic properties and methods required to manipulate images. - - - - - Gets the pixel buffer. - - - - - Encapsulates the basic properties and methods required to manipulate images. - - The type of the pixel. - - - - Gets the pixel buffer. - - - - - Defines the contract for an action that operates on a row interval. - - - - - Invokes the method passing the row interval. - - The row interval. - - - - Defines the contract for an action that operates on a row interval with a temporary buffer. - - The type of buffer elements. - - - - Invokes the method passing the row interval and a buffer. - - The row interval. - The contiguous region of memory. - - - - Defines the contract for an action that operates on a row. - - - - - Invokes the method passing the row y coordinate. - - The row y coordinate. - - - - Defines the contract for an action that operates on a row with a temporary buffer. - - The type of buffer elements. - - - - Invokes the method passing the row and a buffer. - - The row y coordinate. - The contiguous region of memory. - - - - Defines execution settings for methods in . - - - - - Default value for . - - - - - Initializes a new instance of the struct. - - The value used for initializing when using TPL. - The value for . - The . - - - - Initializes a new instance of the struct. - - The value used for initializing when using TPL. - The . - - - - Gets the . - - - - - Gets the value used for initializing when using TPL. - - - - - Gets the minimum number of pixels being processed by a single task when parallelizing operations with TPL. - Launching tasks for pixel regions below this limit is not worth the overhead. - Initialized with by default, - the optimum value is operation specific. (The cheaper the operation, the larger the value is.) - - - - - Creates a new instance of - having multiplied by - - The value to multiply with. - The modified . - - - - Get the default for a - - The . - The . - - - - Utility methods for batched processing of pixel row intervals. - Parallel execution is optimized for image processing based on values defined - or . - Using this class is preferred over direct usage of utility methods. - - - Utility methods for batched processing of pixel row intervals. - Parallel execution is optimized for image processing based on values defined - or . - Using this class is preferred over direct usage of utility methods. - - - - - Iterate through the rows of a rectangle in optimized batches. - - The type of row operation to perform. - The to get the parallel settings from. - The . - The operation defining the iteration logic on a single row. - - - - Iterate through the rows of a rectangle in optimized batches. - - The type of row operation to perform. - The . - The . - The operation defining the iteration logic on a single row. - - - - Iterate through the rows of a rectangle in optimized batches. - instantiating a temporary buffer for each invocation. - - The type of row operation to perform. - The type of buffer elements. - The to get the parallel settings from. - The . - The operation defining the iteration logic on a single row. - - - - Iterate through the rows of a rectangle in optimized batches. - instantiating a temporary buffer for each invocation. - - The type of row operation to perform. - The type of buffer elements. - The . - The . - The operation defining the iteration logic on a single row. - - - - Iterate through the rows of a rectangle in optimized batches defined by -s. - - The type of row operation to perform. - The to get the parallel settings from. - The . - The operation defining the iteration logic on a single . - - - - Iterate through the rows of a rectangle in optimized batches defined by -s. - - The type of row operation to perform. - The . - The . - The operation defining the iteration logic on a single . - - - - Iterate through the rows of a rectangle in optimized batches defined by -s - instantiating a temporary buffer for each invocation. - - The type of row operation to perform. - The type of buffer elements. - The to get the parallel settings from. - The . - The operation defining the iteration logic on a single . - - - - Iterate through the rows of a rectangle in optimized batches defined by -s - instantiating a temporary buffer for each invocation. - - The type of row operation to perform. - The type of buffer elements. - The . - The . - The operation defining the iteration logic on a single . - - - - Represents a CIE L*a*b* 1976 color. - - - - - - D50 standard illuminant. - Used when reference white is not specified explicitly. - - - - - Gets the lightness dimension. - A value usually ranging between 0 (black), 100 (diffuse white) or higher (specular white). - - - - - Gets the a color component. - A value usually ranging from -100 to 100. Negative is green, positive magenta. - - - - - Gets the b color component. - A value usually ranging from -100 to 100. Negative is blue, positive is yellow - - - - - Gets the reference white point of this color - - - - - Initializes a new instance of the struct. - - The lightness dimension. - The a (green - magenta) component. - The b (blue - yellow) component. - Uses as white point. - - - - Initializes a new instance of the struct. - - The lightness dimension. - The a (green - magenta) component. - The b (blue - yellow) component. - The reference white point. - - - - Initializes a new instance of the struct. - - The vector representing the l, a, b components. - Uses as white point. - - - - Initializes a new instance of the struct. - - The vector representing the l, a, b components. - The reference white point. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - Represents the CIE L*C*h°, cylindrical form of the CIE L*a*b* 1976 color. - - - - - - D50 standard illuminant. - Used when reference white is not specified explicitly. - - - - - Gets the lightness dimension. - A value ranging between 0 (black), 100 (diffuse white) or higher (specular white). - - - - - Gets the a chroma component. - A value ranging from 0 to 200. - - - - - Gets the h° hue component in degrees. - A value ranging from 0 to 360. - - - - - Gets the reference white point of this color - - - - - Initializes a new instance of the struct. - - The lightness dimension. - The chroma, relative saturation. - The hue in degrees. - Uses as white point. - - - - Initializes a new instance of the struct. - - The lightness dimension. - The chroma, relative saturation. - The hue in degrees. - The reference white point. - - - - Initializes a new instance of the struct. - - The vector representing the l, c, h components. - Uses as white point. - - - - Initializes a new instance of the struct. - - The vector representing the l, c, h components. - The reference white point. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - Computes the saturation of the color (chroma normalized by lightness) - - - A value ranging from 0 to 100. - - The - - - - Represents the CIE L*C*h°, cylindrical form of the CIE L*u*v* 1976 color. - - - - - - D50 standard illuminant. - Used when reference white is not specified explicitly. - - - - - Gets the lightness dimension. - A value ranging between 0 (black), 100 (diffuse white) or higher (specular white). - - - - - Gets the a chroma component. - A value ranging from 0 to 200. - - - - - Gets the h° hue component in degrees. - A value ranging from 0 to 360. - - - - - Gets the reference white point of this color - - - - - Initializes a new instance of the struct. - - The lightness dimension. - The chroma, relative saturation. - The hue in degrees. - Uses as white point. - - - - Initializes a new instance of the struct. - - The lightness dimension. - The chroma, relative saturation. - The hue in degrees. - The reference white point. - - - - Initializes a new instance of the struct. - - The vector representing the l, c, h components. - Uses as white point. - - - - Initializes a new instance of the struct. - - The vector representing the l, c, h components. - The reference white point. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - Computes the saturation of the color (chroma normalized by lightness) - - - A value ranging from 0 to 100. - - The - - - - The CIE 1976 (L*, u*, v*) color space, commonly known by its abbreviation CIELUV, is a color space adopted by the International - Commission on Illumination (CIE) in 1976, as a simple-to-compute transformation of the 1931 CIE XYZ color space, but which - attempted perceptual uniformity - - - - - - D65 standard illuminant. - Used when reference white is not specified explicitly. - - - - - Gets the lightness dimension - A value usually ranging between 0 and 100. - - - - - Gets the blue-yellow chromaticity coordinate of the given whitepoint. - A value usually ranging between -100 and 100. - - - - - Gets the red-green chromaticity coordinate of the given whitepoint. - A value usually ranging between -100 and 100. - - - - - Gets the reference white point of this color - - - - - Initializes a new instance of the struct. - - The lightness dimension. - The blue-yellow chromaticity coordinate of the given whitepoint. - The red-green chromaticity coordinate of the given whitepoint. - Uses as white point. - - - - Initializes a new instance of the struct. - - The lightness dimension. - The blue-yellow chromaticity coordinate of the given whitepoint. - The red-green chromaticity coordinate of the given whitepoint. - The reference white point. - - - - Initializes a new instance of the struct. - - The vector representing the l, u, v components. - Uses as white point. - - - - Initializes a new instance of the struct. - - The vector representing the l, u, v components. - The reference white point. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - Represents an CIE xyY 1931 color - - - - - - Gets the X chrominance component. - A value usually ranging between 0 and 1. - - - - - Gets the Y chrominance component. - A value usually ranging between 0 and 1. - - - - - Gets the Y luminance component. - A value usually ranging between 0 and 1. - - - - - Initializes a new instance of the struct. - - The x chroma component. - The y chroma component. - The y luminance component. - - - - Initializes a new instance of the struct. - - The vector representing the x, y, Y components. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - Represents an CIE XYZ 1931 color - - - - - - Gets the X component. A mix (a linear combination) of cone response curves chosen to be nonnegative. - A value usually ranging between 0 and 1. - - - - - Gets the Y luminance component. - A value usually ranging between 0 and 1. - - - - - Gets the Z component. Quasi-equal to blue stimulation, or the S cone response. - A value usually ranging between 0 and 1. - - - - - Initializes a new instance of the struct. - - X is a mix (a linear combination) of cone response curves chosen to be nonnegative - The y luminance component. - Z is quasi-equal to blue stimulation, or the S cone of the human eye. - - - - Initializes a new instance of the struct. - - The vector representing the x, y, z components. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - Returns a new representing this instance. - - The . - - - - - - - - - - - - - - - - Represents an CMYK (cyan, magenta, yellow, keyline) color. - - - - - Gets the cyan color component. - A value ranging between 0 and 1. - - - - - Gets the magenta color component. - A value ranging between 0 and 1. - - - - - Gets the yellow color component. - A value ranging between 0 and 1. - - - - - Gets the keyline black color component. - A value ranging between 0 and 1. - - - - - Initializes a new instance of the struct. - - The cyan component. - The magenta component. - The yellow component. - The keyline black component. - - - - Initializes a new instance of the struct. - - The vector representing the c, m, y, k components. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - Implements gamma companding. - - - - - - - - - Expands a companded channel to its linear equivalent with respect to the energy. - - The channel value. - The gamma value. - The representing the linear channel value. - - - - Compresses an uncompanded channel (linear) to its nonlinear equivalent. - - The channel value. - The gamma value. - The representing the nonlinear channel value. - - - - Implements L* companding. - - - For more info see: - - - - - - - Expands a companded channel to its linear equivalent with respect to the energy. - - The channel value. - The representing the linear channel value. - - - - Compresses an uncompanded channel (linear) to its nonlinear equivalent. - - The channel value - The representing the nonlinear channel value. - - - - Implements Rec. 2020 companding function. - - - - - - - - Expands a companded channel to its linear equivalent with respect to the energy. - - The channel value. - The representing the linear channel value. - - - - Compresses an uncompanded channel (linear) to its nonlinear equivalent. - - The channel value. - The representing the nonlinear channel value. - - - - Implements the Rec. 709 companding function. - - - http://en.wikipedia.org/wiki/Rec._709 - - - - - Expands a companded channel to its linear equivalent with respect to the energy. - - The channel value. - The representing the linear channel value. - - - - Compresses an uncompanded channel (linear) to its nonlinear equivalent. - - The channel value. - The representing the nonlinear channel value. - - - - Implements sRGB companding. - - - For more info see: - - - - - - - Expands the companded vectors to their linear equivalents with respect to the energy. - - The span of vectors. - - - - Compresses the uncompanded vectors to their nonlinear equivalents with respect to the energy. - - The span of vectors. - - - - Expands a companded vector to its linear equivalent with respect to the energy. - - The vector. - - - - Compresses an uncompanded vector (linear) to its nonlinear equivalent. - - The vector. - - - - Expands a companded channel to its linear equivalent with respect to the energy. - - The channel value. - The representing the linear channel value. - - - - Compresses an uncompanded channel (linear) to its nonlinear equivalent. - - The channel value. - The representing the nonlinear channel value. - - - - Constants use for Cie conversion calculations - - - - - - 216F / 24389F - - - - - 24389F / 27F - - - - - Performs chromatic adaptation on the various color spaces. - - - Allows conversion to . - - - Allows conversion to . - - - Allows conversion to . - - - Allows conversion to . - - - Allows conversion to . - - - Allows conversion to . - - - Allows conversion to . - - - Provides methods to allow the conversion of color values between different color spaces. - - - Allows conversion to . - - - Allows conversion to . - - - Allows conversion to . - - - Allows conversion to . - - - Allows conversion to . - - - Allows conversion to . - - - Allows conversion to . - - - - - Performs chromatic adaptation of given color. - Target white point is . - - The color to adapt - The source white point. - The adapted color - - - - Performs chromatic adaptation of given color. - Target white point is . - - The color to adapt - The source white point. - The target white point. - The adapted color - - - - Adapts color from the source white point to white point set in . - - The color to adapt - The adapted color - - - - Adapts color from the source white point to white point set in . - - The color to adapt - The adapted color - - - - Adapts color from the source white point to white point set in . - - The color to adapt - The adapted color - - - - Adapts color from the source white point to white point set in . - - The color to adapt - The adapted color - - - - Adapts color from the source white point to white point set in . - - The color to adapt - The adapted color - - - - Adapts a color from the source working space to working space set in . - - The color to adapt - The adapted color - - - - Adapts an color from the source working space to working space set in . - - The color to adapt - The adapted color - - - - The converter for converting between CieLch to CieLab. - - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - The converter for converting between CieLab to CieLch. - - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - The converter for converting between CieLab to CieLchuv. - - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors. - The span to the destination colors. - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors. - The span to the destination colors. - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors. - The span to the destination colors. - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Gets the correct converter for the given rgb working space. - - The source working space - The - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors, - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The configuration options. - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors. - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into . - - The span to the source colors. - The span to the destination colors. - - - - Performs the bulk conversion from into . - - The span to the source colors. - The span to the destination colors. - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into . - - The span to the source colors. - The span to the destination colors. - - - - Performs the bulk conversion from into . - - The span to the source colors. - The span to the destination colors. - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors. - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - 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The span to the destination colors - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into - 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- - - Converts a into a - - The color to convert. - The - - - - Converts a into a - - The color to convert. - The - - - - Converts a into a - - The color to convert. - The - - - - Performs the bulk conversion from into . - - The span to the source colors. - The span to the destination colors. - - - - Performs the bulk conversion from into . - - The span to the source colors. - The span to the destination colors. - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Performs the bulk conversion from into . - - The span to the source colors - The span to the destination colors - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Converts a into a . - - The color to convert. - The - - - - Configuration options for the class. - - - - - Gets or sets the white point used for chromatic adaptation in conversions from/to XYZ color space. - When default, no adaptation will be performed. - Defaults to: . - - - - - Gets or sets the white point used *when creating* Luv/LChuv colors. (Luv/LChuv colors on the input already contain the white point information) - Defaults to: . - - - - - Gets or sets the white point used *when creating* Lab/LChab colors. (Lab/LChab colors on the input already contain the white point information) - Defaults to: . - - - - - Gets or sets the white point used *when creating* HunterLab colors. (HunterLab colors on the input already contain the white point information) - Defaults to: . - - - - - Gets or sets the target working space used *when creating* RGB colors. (RGB colors on the input already contain the working space information) - Defaults to: . - - - - - Gets or sets the chromatic adaptation method used. When null, no adaptation will be performed. - - - - - Gets or sets transformation matrix used in conversion to and from . - - - - - Represents the coordinates of CIEXY chromaticity space. - - - - - Gets the chromaticity X-coordinate. - - - Ranges usually from 0 to 1. - - - - - Gets the chromaticity Y-coordinate - - - Ranges usually from 0 to 1. - - - - - Initializes a new instance of the struct. - - Chromaticity coordinate x (usually from 0 to 1) - Chromaticity coordinate y (usually from 0 to 1) - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - Converts from to . - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Converts from to . - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Converts from to . - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Converts from to . - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Converts from to . - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Converts from to . - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Calculates the blue-yellow chromacity based on the given whitepoint. - - The whitepoint - The - - - - Calculates the red-green chromacity based on the given whitepoint. - - The whitepoint - The - - - - Color converter between CIE XYZ and CIE xyY. - for formulas. - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - The base class for converting between and color spaces. - - - - - Returns the Ka coefficient that depends upon the whitepoint illuminant. - - The whitepoint - The - - - - Returns the Kb coefficient that depends upon the whitepoint illuminant. - - The whitepoint - The - - - - Color converter between and - - - - - Default transformation matrix used, when no other is set. (Bradford) - - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - - Definition of the cone response domain (see ), - if not set will be used. - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Converts from to . - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The target reference lab white point - - - - Gets the target reference whitepoint. When not set, is used. - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Converts from to . - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The target reference luv white point - - - - Gets the target reference whitepoint. When not set, is used. - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Calculates the blue-yellow chromacity based on the given whitepoint. - - The whitepoint - The - - - - Calculates the red-green chromacity based on the given whitepoint. - - The whitepoint - The - - - - Color converter between and - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The hunter Lab white point. - - - - Gets the target reference white. When not set, is used. - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Color converter between and - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The target working space. - - - - Gets the target working space. - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result. - - - - Color converter between and . - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result. - - - - Color converter between HSL and Rgb - See for formulas. - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Gets the color component from the given values. - - The first value. - The second value. - The third value. - - The . - - - - - Moves the specific value within the acceptable range for - conversion. - Used for converting colors to this type. - - The value to shift. - - The . - - - - - Color converter between HSV and Rgb - See for formulas. - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Color converter between and - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Provides base methods for converting between and color spaces. - - - - - Returns the correct matrix to convert between the Rgb and CieXyz color space. - - The Rgb working space. - The based on the chromaticity and working space. - - - - Color converter between and - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The target working space. - - - - Gets the source working space - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result - - - - Color converter between and . - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result. - - - - Color converter between Rgb and LinearRgb. - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result. - - - - Color converter between and - See for formulas. - - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result. - - - - Performs the conversion from the input to an instance of type. - - The input color instance. - The converted result. - - - - Chromatic adaptation. - A linear transformation of a source color (XS, YS, ZS) into a destination color (XD, YD, ZD) by a linear transformation [M] - which is dependent on the source reference white (XWS, YWS, ZWS) and the destination reference white (XWD, YWD, ZWD). - - - - - Performs a linear transformation of a source color in to the destination color. - - Doesn't crop the resulting color space coordinates (e. g. allows negative values for XYZ coordinates). - The source color. - The source white point. - The destination white point. - The - - - - Performs a bulk linear transformation of a source color in to the destination color. - - Doesn't crop the resulting color space coordinates (e. g. allows negative values for XYZ coordinates). - The span to the source colors. - The span to the destination colors. - The source white point. - The destination white point. - - - - Matrices used for transformation from to , defining the cone response domain. - Used in - - - Matrix data obtained from: - Two New von Kries Based Chromatic Adaptation Transforms Found by Numerical Optimization - S. Bianco, R. Schettini - DISCo, Department of Informatics, Systems and Communication, University of Milan-Bicocca, viale Sarca 336, 20126 Milan, Italy - https://web.stanford.edu/~sujason/ColorBalancing/Papers/Two%20New%20von%20Kries%20Based%20Chromatic%20Adaptation.pdf - - - - - Von Kries chromatic adaptation transform matrix (Hunt-Pointer-Estevez adjusted for D65) - - - - - Von Kries chromatic adaptation transform matrix (Hunt-Pointer-Estevez for equal energy) - - - - - XYZ scaling chromatic adaptation transform matrix - - - - - Bradford chromatic adaptation transform matrix (used in CMCCAT97) - - - - - Spectral sharpening and the Bradford transform - - - - - CMCCAT2000 (fitted from all available color data sets) - - - - - CAT02 (optimized for minimizing CIELAB differences) - - - - - Represents the chromaticity coordinates of RGB primaries. - One of the specifiers of . - - - - - Initializes a new instance of the struct. - - The chromaticity coordinates of the red channel. - The chromaticity coordinates of the green channel. - The chromaticity coordinates of the blue channel. - - - - Gets the chromaticity coordinates of the red channel. - - - - - Gets the chromaticity coordinates of the green channel. - - - - - Gets the chromaticity coordinates of the blue channel. - - - - - Compares two objects for equality. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the current left is unequal to the parameter; otherwise, false. - - - - - - - - - - - - - - Implementation of the von Kries chromatic adaptation model. - - - Transformation described here: - http://www.brucelindbloom.com/index.html?Eqn_ChromAdapt.html - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - - The transformation matrix used for the conversion (definition of the cone response domain). - - - - - - Initializes a new instance of the class. - - The color converter - - - - - - - - - - The gamma working space. - - - - - Initializes a new instance of the class. - - The gamma value. - The reference white point. - The chromaticity of the rgb primaries. - - - - Gets the gamma value. - - - - - - - - - - - - - - - - - L* working space. - - - - - Initializes a new instance of the class. - - The reference white point. - The chromaticity of the rgb primaries. - - - - - - - - - - Rec. 2020 (ITU-R Recommendation BT.2020F) working space. - - - - - Initializes a new instance of the class. - - The reference white point. - The chromaticity of the rgb primaries. - - - - - - - - - - Rec. 709 (ITU-R Recommendation BT.709) working space. - - - - - Initializes a new instance of the class. - - The reference white point. - The chromaticity of the rgb primaries. - - - - - - - - - - Base class for all implementations of . - - - - - Initializes a new instance of the class. - - The reference white point. - The chromaticity of the rgb primaries. - - - - Gets the reference white point - - - - - Gets the chromaticity of the rgb primaries. - - - - - Expands a companded channel to its linear equivalent with respect to the energy. - - - For more info see: - - - The channel value. - The representing the linear channel value. - - - - Compresses an uncompanded channel (linear) to its nonlinear equivalent (depends on the RGB color system). - - - For more info see: - - - The channel value. - The representing the nonlinear channel value. - - - - - - - - - - The sRgb working space. - - - - - Initializes a new instance of the class. - - The reference white point. - The chromaticity of the rgb primaries. - - - - - - - - - - Represents a Hsl (hue, saturation, lightness) color. - - - - - Gets the hue component. - A value ranging between 0 and 360. - - - - - Gets the saturation component. - A value ranging between 0 and 1. - - - - - Gets the lightness component. - A value ranging between 0 and 1. - - - - - Initializes a new instance of the struct. - - The h hue component. - The s saturation component. - The l value (lightness) component. - - - - Initializes a new instance of the struct. - - The vector representing the h, s, l components. - - - - Compares two objects for equality. - - - The on the left side of the operand. - - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - Represents a HSV (hue, saturation, value) color. Also known as HSB (hue, saturation, brightness). - - - - - Gets the hue component. - A value ranging between 0 and 360. - - - - - Gets the saturation component. - A value ranging between 0 and 1. - - - - - Gets the value (brightness) component. - A value ranging between 0 and 1. - - - - - Initializes a new instance of the struct. - - The h hue component. - The s saturation component. - The v value (brightness) component. - - - - Initializes a new instance of the struct. - - The vector representing the h, s, v components. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - Represents an Hunter LAB color. - . - - - - - D50 standard illuminant. - Used when reference white is not specified explicitly. - - - - - Gets the lightness dimension. - A value usually ranging between 0 (black), 100 (diffuse white) or higher (specular white). - - - - - Gets the a color component. - A value usually ranging from -100 to 100. Negative is green, positive magenta. - - - - - Gets the b color component. - A value usually ranging from -100 to 100. Negative is blue, positive is yellow - - - - - Gets the reference white point of this color. - - - - - Initializes a new instance of the struct. - - The lightness dimension. - The a (green - magenta) component. - The b (blue - yellow) component. - Uses as white point. - - - - Initializes a new instance of the struct. - - The lightness dimension. - The a (green - magenta) component. - The b (blue - yellow) component. - The reference white point. - - - - Initializes a new instance of the struct. - - The vector representing the l, a, b components. - Uses as white point. - - - - Initializes a new instance of the struct. - - The vector representing the l a b components. - The reference white point. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - The well known standard illuminants. - Standard illuminants provide a basis for comparing images or colors recorded under different lighting - - - Coefficients taken from: http://www.brucelindbloom.com/index.html?Eqn_ChromAdapt.html -
- Descriptions taken from: http://en.wikipedia.org/wiki/Standard_illuminant - - - - - Incandescent / Tungsten - - - - - Direct sunlight at noon (obsoleteF) - - - - - Average / North sky Daylight (obsoleteF) - - - - - Horizon Light. ICC profile PCS - - - - - Mid-morning / Mid-afternoon Daylight - - - - - Noon Daylight: TelevisionF, sRGB color space - - - - - North sky Daylight - - - - - Equal energy - - - - - Cool White Fluorescent - - - - - D65 simulatorF, Daylight simulator - - - - - Philips TL84F, Ultralume 40 - - - - - Represents an linear Rgb color with specified working space - - - - - The default LinearRgb working space. - - - - - Gets the red component. - A value usually ranging between 0 and 1. - - - - - Gets the green component. - A value usually ranging between 0 and 1. - - - - - Gets the blue component. - A value usually ranging between 0 and 1. - - - - - Gets the LinearRgb color space - - - - - Initializes a new instance of the struct. - - The red component ranging between 0 and 1. - The green component ranging between 0 and 1. - The blue component ranging between 0 and 1. - - - - Initializes a new instance of the struct. - - The red component ranging between 0 and 1. - The green component ranging between 0 and 1. - The blue component ranging between 0 and 1. - The rgb working space. - - - - Initializes a new instance of the struct. - - The vector representing the r, g, b components. - - - - Initializes a new instance of the struct. - - The vector representing the r, g, b components. - The LinearRgb working space. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - Returns a new representing this instance. - - The . - - - - - - - - - - - - - - - - LMS is a color space represented by the response of the three types of cones of the human eye, - named after their responsivity (sensitivity) at long, medium and short wavelengths. - - - - - - Gets the L long component. - A value usually ranging between -1 and 1. - - - - - Gets the M medium component. - A value usually ranging between -1 and 1. - - - - - Gets the S short component. - A value usually ranging between -1 and 1. - - - - - Initializes a new instance of the struct. - - L represents the responsivity at long wavelengths. - M represents the responsivity at medium wavelengths. - S represents the responsivity at short wavelengths. - - - - Initializes a new instance of the struct. - - The vector representing the l, m, s components. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - Returns a new representing this instance. - - The . - - - - - - - - - - - - - - - - Represents an RGB color with specified working space. - - - - - The default rgb working space. - - - - - Gets the red component. - A value usually ranging between 0 and 1. - - - - - Gets the green component. - A value usually ranging between 0 and 1. - - - - - Gets the blue component. - A value usually ranging between 0 and 1. - - - - - Gets the Rgb color space - - - - - Initializes a new instance of the struct. - - The red component ranging between 0 and 1. - The green component ranging between 0 and 1. - The blue component ranging between 0 and 1. - - - - Initializes a new instance of the struct. - - The red component ranging between 0 and 1. - The green component ranging between 0 and 1. - The blue component ranging between 0 and 1. - The rgb working space. - - - - Initializes a new instance of the struct. - - The vector representing the r, g, b components. - - - - Initializes a new instance of the struct. - - The vector representing the r, g, b components. - The rgb working space. - - - - Allows the implicit conversion of an instance of to a - . - - The instance of to convert. - An instance of . - - - - Allows the implicit conversion of an instance of to a - . - - The instance of to convert. - An instance of . - - - - Compares two objects for equality. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - Returns a new representing this instance. - - The . - - - - - - - - - - - - - - - - Chromaticity coordinates based on: - - - - - sRgb working space. - - - Uses proper companding function, according to: - - - - - - Simplified sRgb working space (uses gamma companding instead of ). - See also . - - - - - Rec. 709 (ITU-R Recommendation BT.709) working space. - - - - - Rec. 2020 (ITU-R Recommendation BT.2020F) working space. - - - - - ECI Rgb v2 working space. - - - - - Adobe Rgb (1998) working space. - - - - - Apple sRgb working space. - - - - - Best Rgb working space. - - - - - Beta Rgb working space. - - - - - Bruce Rgb working space. - - - - - CIE Rgb working space. - - - - - ColorMatch Rgb working space. - - - - - Don Rgb 4 working space. - - - - - Ekta Space PS5 working space. - - - - - NTSC Rgb working space. - - - - - PAL/SECAM Rgb working space. - - - - - ProPhoto Rgb working space. - - - - - SMPTE-C Rgb working space. - - - - - Wide Gamut Rgb working space. - - - - - Represents an YCbCr (luminance, blue chroma, red chroma) color as defined in the ITU-T T.871 specification for the JFIF use with Jpeg. - - - - - - - Gets the Y luminance component. - A value ranging between 0 and 255. - - - - - Gets the Cb chroma component. - A value ranging between 0 and 255. - - - - - Gets the Cr chroma component. - A value ranging between 0 and 255. - - - - - Initializes a new instance of the struct. - - The y luminance component. - The cb chroma component. - The cr chroma component. - - - - Initializes a new instance of the struct. - - The vector representing the y, cb, cr components. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - Contains constructors and implicit conversion methods. - - - Represents a color value that is convertible to any type. - - - The internal representation and layout of this structure is hidden by intention. - It's not serializable, and it should not be considered as part of a contract. - Unlike System.Drawing.Color, has to be converted to a specific pixel value - to query the color components. - - - Contains static named color values. - - - - Contains the definition of . - - - Contains the definition of . - - - - - Initializes a new instance of the struct. - - The containing the color information. - - - - Initializes a new instance of the struct. - - The containing the color information. - - - - Initializes a new instance of the struct. - - The containing the color information. - - - - Initializes a new instance of the struct. - - The containing the color information. - - - - Initializes a new instance of the struct. - - The containing the color information. - - - - Initializes a new instance of the struct. - - The containing the color information. - - - - Initializes a new instance of the struct. - - The containing the color information. - - - - Converts a to . - - The . - The . - - - - Converts an to . - - The . - The . - - - - Checks whether two structures are equal. - - The left hand operand. - The right hand operand. - - True if the parameter is equal to the parameter; - otherwise, false. - - - - - Checks whether two structures are equal. - - The left hand operand. - The right hand operand. - - True if the parameter is not equal to the parameter; - otherwise, false. - - - - - Creates a from RGBA bytes. - - The red component (0-255). - The green component (0-255). - The blue component (0-255). - The alpha component (0-255). - The . - - - - Creates a from RGB bytes. - - The red component (0-255). - The green component (0-255). - The blue component (0-255). - The . - - - - Creates a new instance of the struct - from the given hexadecimal string. - - - The hexadecimal representation of the combined color components arranged - in rgb, rgba, rrggbb, or rrggbbaa format to match web syntax. - - - The . - - - - - Attempts to creates a new instance of the struct - from the given hexadecimal string. - - - The hexadecimal representation of the combined color components arranged - in rgb, rgba, rrggbb, or rrggbbaa format to match web syntax. - - When this method returns, contains the equivalent of the hexadecimal input. - - The . - - - - - Creates a new instance of the struct - from the given input string. - - - The name of the color or the hexadecimal representation of the combined color components arranged - in rgb, rgba, rrggbb, or rrggbbaa format to match web syntax. - - - The . - - - - - Attempts to creates a new instance of the struct - from the given input string. - - - The name of the color or the hexadecimal representation of the combined color components arranged - in rgb, rgba, rrggbb, or rrggbbaa format to match web syntax. - - When this method returns, contains the equivalent of the hexadecimal input. - - The . - - - - - Alters the alpha channel of the color, returning a new instance. - - The new value of alpha [0..1]. - The color having it's alpha channel altered. - - - - Gets the hexadecimal representation of the color instance in rrggbbaa form. - - A hexadecimal string representation of the value. - - - - - - - Converts the color instance to a specified type. - - The pixel type to convert to. - The pixel value. - - - - Bulk converts a span of to a span of a specified type. - - The pixel type to convert to. - The configuration. - The source color span. - The destination pixel span. - - - - - - - - - - - - - Represents a matching the W3C definition that has an hex value of #F0F8FF. - - - - - Represents a matching the W3C definition that has an hex value of #FAEBD7. - - - - - Represents a matching the W3C definition that has an hex value of #00FFFF. - - - - - Represents a matching the W3C definition that has an hex value of #7FFFD4. - - - - - Represents a matching the W3C definition that has an hex value of #F0FFFF. - - - - - Represents a matching the W3C definition that has an hex value of #F5F5DC. - - - - - Represents a matching the W3C definition that has an hex value of #FFE4C4. - - - - - Represents a matching the W3C definition that has an hex value of #000000. - - - - - Represents a matching the W3C definition that has an hex value of #FFEBCD. - - - - - Represents a matching the W3C definition that has an hex value of #0000FF. - - - - - Represents a matching the W3C definition that has an hex value of #8A2BE2. - - - - - Represents a matching the W3C definition that has an hex value of #A52A2A. - - - - - Represents a matching the W3C definition that has an hex value of #DEB887. - - - - - Represents a matching the W3C definition that has an hex value of #5F9EA0. - - - - - Represents a matching the W3C definition that has an hex value of #7FFF00. - - - - - Represents a matching the W3C definition that has an hex value of #D2691E. - - - - - Represents a matching the W3C definition that has an hex value of #FF7F50. - - - - - Represents a matching the W3C definition that has an hex value of #6495ED. - - - - - Represents a matching the W3C definition that has an hex value of #FFF8DC. - - - - - Represents a matching the W3C definition that has an hex value of #DC143C. - - - - - Represents a matching the W3C definition that has an hex value of #00FFFF. - - - - - Represents a matching the W3C definition that has an hex value of #00008B. - - - - - Represents a matching the W3C definition that has an hex value of #008B8B. - - - - - Represents a matching the W3C definition that has an hex value of #B8860B. - - - - - Represents a matching the W3C definition that has an hex value of #A9A9A9. - - - - - Represents a matching the W3C definition that has an hex value of #006400. - - - - - Represents a matching the W3C definition that has an hex value of #A9A9A9. - - - - - Represents a matching the W3C definition that has an hex value of #BDB76B. - - - - - Represents a matching the W3C definition that has an hex value of #8B008B. - - - - - Represents a matching the W3C definition that has an hex value of #556B2F. - - - - - Represents a matching the W3C definition that has an hex value of #FF8C00. - - - - - Represents a matching the W3C definition that has an hex value of #9932CC. - - - - - Represents a matching the W3C definition that has an hex value of #8B0000. - - - - - Represents a matching the W3C definition that has an hex value of #E9967A. - - - - - Represents a matching the W3C definition that has an hex value of #8FBC8F. - - - - - Represents a matching the W3C definition that has an hex value of #483D8B. - - - - - Represents a matching the W3C definition that has an hex value of #2F4F4F. - - - - - Represents a matching the W3C definition that has an hex value of #2F4F4F. - - - - - Represents a matching the W3C definition that has an hex value of #00CED1. - - - - - Represents a matching the W3C definition that has an hex value of #9400D3. - - - - - Represents a matching the W3C definition that has an hex value of #FF1493. - - - - - Represents a matching the W3C definition that has an hex value of #00BFFF. - - - - - Represents a matching the W3C definition that has an hex value of #696969. - - - - - Represents a matching the W3C definition that has an hex value of #696969. - - - - - Represents a matching the W3C definition that has an hex value of #1E90FF. - - - - - Represents a matching the W3C definition that has an hex value of #B22222. - - - - - Represents a matching the W3C definition that has an hex value of #FFFAF0. - - - - - Represents a matching the W3C definition that has an hex value of #228B22. - - - - - Represents a matching the W3C definition that has an hex value of #FF00FF. - - - - - Represents a matching the W3C definition that has an hex value of #DCDCDC. - - - - - Represents a matching the W3C definition that has an hex value of #F8F8FF. - - - - - Represents a matching the W3C definition that has an hex value of #FFD700. - - - - - Represents a matching the W3C definition that has an hex value of #DAA520. - - - - - Represents a matching the W3C definition that has an hex value of #808080. - - - - - Represents a matching the W3C definition that has an hex value of #008000. - - - - - Represents a matching the W3C definition that has an hex value of #ADFF2F. - - - - - Represents a matching the W3C definition that has an hex value of #808080. - - - - - Represents a matching the W3C definition that has an hex value of #F0FFF0. - - - - - Represents a matching the W3C definition that has an hex value of #FF69B4. - - - - - Represents a matching the W3C definition that has an hex value of #CD5C5C. - - - - - Represents a matching the W3C definition that has an hex value of #4B0082. - - - - - Represents a matching the W3C definition that has an hex value of #FFFFF0. - - - - - Represents a matching the W3C definition that has an hex value of #F0E68C. - - - - - Represents a matching the W3C definition that has an hex value of #E6E6FA. - - - - - Represents a matching the W3C definition that has an hex value of #FFF0F5. - - - - - Represents a matching the W3C definition that has an hex value of #7CFC00. - - - - - Represents a matching the W3C definition that has an hex value of #FFFACD. - - - - - Represents a matching the W3C definition that has an hex value of #ADD8E6. - - - - - Represents a matching the W3C definition that has an hex value of #F08080. - - - - - Represents a matching the W3C definition that has an hex value of #E0FFFF. - - - - - Represents a matching the W3C definition that has an hex value of #FAFAD2. - - - - - Represents a matching the W3C definition that has an hex value of #D3D3D3. - - - - - Represents a matching the W3C definition that has an hex value of #90EE90. - - - - - Represents a matching the W3C definition that has an hex value of #D3D3D3. - - - - - Represents a matching the W3C definition that has an hex value of #FFB6C1. - - - - - Represents a matching the W3C definition that has an hex value of #FFA07A. - - - - - Represents a matching the W3C definition that has an hex value of #20B2AA. - - - - - Represents a matching the W3C definition that has an hex value of #87CEFA. - - - - - Represents a matching the W3C definition that has an hex value of #778899. - - - - - Represents a matching the W3C definition that has an hex value of #778899. - - - - - Represents a matching the W3C definition that has an hex value of #B0C4DE. - - - - - Represents a matching the W3C definition that has an hex value of #FFFFE0. - - - - - Represents a matching the W3C definition that has an hex value of #00FF00. - - - - - Represents a matching the W3C definition that has an hex value of #32CD32. - - - - - Represents a matching the W3C definition that has an hex value of #FAF0E6. - - - - - Represents a matching the W3C definition that has an hex value of #FF00FF. - - - - - Represents a matching the W3C definition that has an hex value of #800000. - - - - - Represents a matching the W3C definition that has an hex value of #66CDAA. - - - - - Represents a matching the W3C definition that has an hex value of #0000CD. - - - - - Represents a matching the W3C definition that has an hex value of #BA55D3. - - - - - Represents a matching the W3C definition that has an hex value of #9370DB. - - - - - Represents a matching the W3C definition that has an hex value of #3CB371. - - - - - Represents a matching the W3C definition that has an hex value of #7B68EE. - - - - - Represents a matching the W3C definition that has an hex value of #00FA9A. - - - - - Represents a matching the W3C definition that has an hex value of #48D1CC. - - - - - Represents a matching the W3C definition that has an hex value of #C71585. - - - - - Represents a matching the W3C definition that has an hex value of #191970. - - - - - Represents a matching the W3C definition that has an hex value of #F5FFFA. - - - - - Represents a matching the W3C definition that has an hex value of #FFE4E1. - - - - - Represents a matching the W3C definition that has an hex value of #FFE4B5. - - - - - Represents a matching the W3C definition that has an hex value of #FFDEAD. - - - - - Represents a matching the W3C definition that has an hex value of #000080. - - - - - Represents a matching the W3C definition that has an hex value of #FDF5E6. - - - - - Represents a matching the W3C definition that has an hex value of #808000. - - - - - Represents a matching the W3C definition that has an hex value of #6B8E23. - - - - - Represents a matching the W3C definition that has an hex value of #FFA500. - - - - - Represents a matching the W3C definition that has an hex value of #FF4500. - - - - - Represents a matching the W3C definition that has an hex value of #DA70D6. - - - - - Represents a matching the W3C definition that has an hex value of #EEE8AA. - - - - - Represents a matching the W3C definition that has an hex value of #98FB98. - - - - - Represents a matching the W3C definition that has an hex value of #AFEEEE. - - - - - Represents a matching the W3C definition that has an hex value of #DB7093. - - - - - Represents a matching the W3C definition that has an hex value of #FFEFD5. - - - - - Represents a matching the W3C definition that has an hex value of #FFDAB9. - - - - - Represents a matching the W3C definition that has an hex value of #CD853F. - - - - - Represents a matching the W3C definition that has an hex value of #FFC0CB. - - - - - Represents a matching the W3C definition that has an hex value of #DDA0DD. - - - - - Represents a matching the W3C definition that has an hex value of #B0E0E6. - - - - - Represents a matching the W3C definition that has an hex value of #800080. - - - - - Represents a matching the W3C definition that has an hex value of #663399. - - - - - Represents a matching the W3C definition that has an hex value of #FF0000. - - - - - Represents a matching the W3C definition that has an hex value of #BC8F8F. - - - - - Represents a matching the W3C definition that has an hex value of #4169E1. - - - - - Represents a matching the W3C definition that has an hex value of #8B4513. - - - - - Represents a matching the W3C definition that has an hex value of #FA8072. - - - - - Represents a matching the W3C definition that has an hex value of #F4A460. - - - - - Represents a matching the W3C definition that has an hex value of #2E8B57. - - - - - Represents a matching the W3C definition that has an hex value of #FFF5EE. - - - - - Represents a matching the W3C definition that has an hex value of #A0522D. - - - - - Represents a matching the W3C definition that has an hex value of #C0C0C0. - - - - - Represents a matching the W3C definition that has an hex value of #87CEEB. - - - - - Represents a matching the W3C definition that has an hex value of #6A5ACD. - - - - - Represents a matching the W3C definition that has an hex value of #708090. - - - - - Represents a matching the W3C definition that has an hex value of #708090. - - - - - Represents a matching the W3C definition that has an hex value of #FFFAFA. - - - - - Represents a matching the W3C definition that has an hex value of #00FF7F. - - - - - Represents a matching the W3C definition that has an hex value of #4682B4. - - - - - Represents a matching the W3C definition that has an hex value of #D2B48C. - - - - - Represents a matching the W3C definition that has an hex value of #008080. - - - - - Represents a matching the W3C definition that has an hex value of #D8BFD8. - - - - - Represents a matching the W3C definition that has an hex value of #FF6347. - - - - - Represents a matching the W3C definition that has an hex value of #00000000. - - - - - Represents a matching the W3C definition that has an hex value of #40E0D0. - - - - - Represents a matching the W3C definition that has an hex value of #EE82EE. - - - - - Represents a matching the W3C definition that has an hex value of #F5DEB3. - - - - - Represents a matching the W3C definition that has an hex value of #FFFFFF. - - - - - Represents a matching the W3C definition that has an hex value of #F5F5F5. - - - - - Represents a matching the W3C definition that has an hex value of #FFFF00. - - - - - Represents a matching the W3C definition that has an hex value of #9ACD32. - - - - - Gets a collection of named, web safe colors as defined in the CSS Color Module Level 4. - - - - - Gets a collection of colors as defined in the original second edition of Werner’s Nomenclature of Colours 1821. - The hex codes were collected and defined by Nicholas Rougeux . - - - - - Common constants used throughout the project - - - - - The epsilon value for comparing floating point numbers. - - - - - The epsilon squared value for comparing floating point numbers. - - - - - The exception that is thrown when the library tries to load - an image, which has format or content that is invalid or unsupported by ImageSharp. - - - - - Initializes a new instance of the class with the name of the - parameter that causes this exception. - - The error message that explains the reason for this exception. - - - - Initializes a new instance of the class with a specified - error message and the exception that is the cause of this exception. - - The error message that explains the reason for this exception. - The exception that is the cause of the current exception, or a null reference (Nothing in Visual Basic) - if no inner exception is specified. - - - - The exception that is thrown when an error occurs when applying a process to an image. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class with the name of the - parameter that causes this exception. - - The error message that explains the reason for this exception. - - - - Initializes a new instance of the class with a specified - error message and the exception that is the cause of this exception. - - The error message that explains the reason for this exception. - The exception that is the cause of the current exception, or a null reference (Nothing in Visual Basic) - if no inner exception is specified. - - - - The exception that is thrown when the library tries to load - an image which contains invalid content. - - - - - Initializes a new instance of the class with the name of the - parameter that causes this exception. - - The error message that explains the reason for this exception. - - - - Initializes a new instance of the class with the name of the - parameter that causes this exception. - - The error message that explains the reason for this exception. - The exception that is the cause of the current exception, or a null reference (Nothing in Visual Basic) - if no inner exception is specified. - - - - The exception that is thrown when the library tries to load - an image which has an unknown format. - - - - - Initializes a new instance of the class with the name of the - parameter that causes this exception. - - The error message that explains the reason for this exception. - - - - Contains extension methods for - - - - - Creates a object based on , - having set to - - - - - Extension methods for the type. - - - - - Gets a string from the provided buffer data. - - The encoding. - The buffer. - The string. - - - - Encapsulates a series of time saving extension methods to the interface. - - - - - Generates a sequence of integral numbers within a specified range. - - - The start index, inclusive. - - - A method that has one parameter and returns a calculating the end index. - - - The incremental step. - - - The that contains a range of sequential integral numbers. - - - - - Generates a sequence of integral numbers within a specified range. - - The start index, inclusive. - - A method that has one parameter and returns a calculating the end index. - - The incremental step. - - The that contains a range of sequential integral numbers. - - - - - Extension methods for the type. - - - - - Writes data from a stream into the provided buffer. - - The stream. - The buffer. - The offset within the buffer to begin writing. - The number of bytes to write to the stream. - - - - Reads data from a stream into the provided buffer. - - The stream. - The buffer. - The offset within the buffer where the bytes are read into. - The number of bytes, if available, to read. - The actual number of bytes read. - - - - Skips the number of bytes in the given stream. - - The stream. - A byte offset relative to the origin parameter. - - - - Provides optimized static methods for common mathematical functions specific - to color processing. - - - - - Vector for converting pixel to gray value as specified by - ITU-R Recommendation BT.709. - - - - - Convert a pixel value to grayscale using ITU-R Recommendation BT.709. - - The vector to get the luminance from. - - The number of luminance levels (256 for 8 bit, 65536 for 16 bit grayscale images). - - - - - Gets the luminance from the rgb components using the formula - as specified by ITU-R Recommendation BT.709. - - The red component. - The green component. - The blue component. - The . - - - - Gets the luminance from the rgb components using the formula as - specified by ITU-R Recommendation BT.709. - - The red component. - The green component. - The blue component. - The . - - - - Gets the luminance from the rgb components using the formula as specified - by ITU-R Recommendation BT.709. - - The red component. - The green component. - The blue component. - The . - - - - Scales a value from a 16 bit to an - 8 bit equivalent. - - The 8 bit component value. - The - - - - Scales a value from an 8 bit to - an 16 bit equivalent. - - The 8 bit component value. - The - - - - Returns how many bits are required to store the specified number of colors. - Performs a Log2() on the value. - - The number of colors. - - The - - - - - Returns how many colors will be created by the specified number of bits. - - The bit depth. - The - - - - Transforms a vector by the given color matrix. - - The source vector. - The transformation color matrix. - - - - Bulk variant of . - - The span of vectors - The transformation color matrix. - - - - Common utility methods for working with enums. - - - - - Converts the numeric representation of the enumerated constants to an equivalent enumerated object. - - The type of enum - The value to parse - The default value to return. - The . - - - - Returns a value indicating whether the given enum has a flag of the given value. - - The type of enum. - The value. - The flag. - The . - - - - Global inlining options. Helps temporarily disable inlining for better profiler output. - - - - - Provides optimized static methods for trigonometric, logarithmic, - and other common mathematical functions. - - - - - Determine the Greatest CommonDivisor (GCD) of two numbers. - - - - - Determine the Least Common Multiple (LCM) of two numbers. - See https://en.wikipedia.org/wiki/Least_common_multiple#Reduction_by_the_greatest_common_divisor. - - - - - Calculates % 2 - - - - - Calculates % 4 - - - - - Calculates % 8 - - - - - Fast (x mod m) calculator, with the restriction that - should be power of 2. - - - - - Returns the absolute value of a 32-bit signed integer. - Uses bit shifting to speed up the operation compared to . - - - A number that is greater than , but less than - or equal to - - The - - - - Returns a specified number raised to the power of 2 - - A single-precision floating-point number - The number raised to the power of 2. - - - - Returns a specified number raised to the power of 3 - - A single-precision floating-point number - The number raised to the power of 3. - - - - Implementation of 1D Gaussian G(x) function - - The x provided to G(x). - The spread of the blur. - The Gaussian G(x) - - - - Returns the result of a normalized sine cardinal function for the given value. - SinC(x) = sin(pi*x)/(pi*x). - - A single-precision floating-point number to calculate the result for. - - The sine cardinal of . - - - - - Returns the value clamped to the inclusive range of min and max. - - The value to clamp. - The minimum inclusive value. - The maximum inclusive value. - The clamped . - - - - Returns the value clamped to the inclusive range of min and max. - - The value to clamp. - The minimum inclusive value. - The maximum inclusive value. - The clamped . - - - - Returns the value clamped to the inclusive range of min and max. - - The value to clamp. - The minimum inclusive value. - The maximum inclusive value. - The clamped . - - - - Returns the value clamped to the inclusive range of min and max. - - The value to clamp. - The minimum inclusive value. - The maximum inclusive value. - The clamped . - - - - Returns the value clamped to the inclusive range of min and max. - - The value to clamp. - The minimum inclusive value. - The maximum inclusive value. - The clamped . - - - - Returns the value clamped to the inclusive range of min and max. - 5x Faster than - on platforms < NET 5. - - The value to clamp. - The minimum inclusive value. - The maximum inclusive value. - The clamped . - - - - Clamps the span values to the inclusive range of min and max. - - The span containing the values to clamp. - The minimum inclusive value. - The maximum inclusive value. - - - - Clamps the span values to the inclusive range of min and max. - - The span containing the values to clamp. - The minimum inclusive value. - The maximum inclusive value. - - - - Clamps the span values to the inclusive range of min and max. - - The span containing the values to clamp. - The minimum inclusive value. - The maximum inclusive value. - - - - Clamps the span values to the inclusive range of min and max. - - The span containing the values to clamp. - The minimum inclusive value. - The maximum inclusive value. - - - - Clamps the span values to the inclusive range of min and max. - - The span containing the values to clamp. - The minimum inclusive value. - The maximum inclusive value. - - - - Pre-multiplies the "x", "y", "z" components of a vector by its "w" component leaving the "w" component intact. - - The to premultiply - - - - Reverses the result of premultiplying a vector via . - - The to premultiply - - - - Bulk variant of - - The span of vectors - - - - Bulk variant of - - The span of vectors - - - - Calculates the cube pow of all the XYZ channels of the input vectors. - - The span of vectors - - - - Calculates the cube root of all the XYZ channels of the input vectors. - - The span of vectors - - - - Performs a linear interpolation between two values based on the given weighting. - - The first value. - The second value. - A value between 0 and 1 that indicates the weight of . - The . - - - - Defines the contract for methods that allow the shuffling of pixel components. - Used for shuffling on platforms that do not support Hardware Intrinsics. - - - - - Gets the shuffle control. - - - - - Shuffle 8-bit integers within 128-bit lanes in - using the control and store the results in . - - The source span of bytes. - The destination span of bytes. - - - - - - - - - - - - - - - - Various extension and utility methods for and utilizing SIMD capabilities - - - - - Implementation with 256bit / AVX2 intrinsics NOT depending on newer API-s (Vector.Widen etc.) - - - - - SIMD optimized implementation for . - Works only with span Length divisible by 8. - Implementation adapted from: - http://lolengine.net/blog/2011/3/20/understanding-fast-float-integer-conversions - http://stackoverflow.com/a/536278 - - - - - Implementation of which is faster on older runtimes. - - - - - Convert all values normalized into [0..1] from 'source' - into 'dest' buffer of . The values are scaled up into [0-255] and rounded. - This implementation is SIMD optimized and works only when span Length is divisible by 8. - Based on: - - http://lolengine.net/blog/2011/3/20/understanding-fast-float-integer-conversions - - - - - - Gets a value indicating whether code is being JIT-ed to AVX2 instructions - where both float and integer registers are of size 256 byte. - - - - - Gets a value indicating whether code is being JIT-ed to SSE instructions - where float and integer registers are of size 128 byte. - - - - - Transform all scalars in 'v' in a way that converting them to would have rounding semantics. - - The vector - - - - Rounds all values in 'v' to the nearest integer following semantics. - Source: - - https://github.com/g-truc/glm/blob/master/glm/simd/common.h#L110 - - - The vector - - - - Converts all input -s to -s normalized into [0..1]. - should be the of the same size as , - but there are no restrictions on the span's length. - - The source span of bytes - The destination span of floats - - - - Convert all values normalized into [0..1] from 'source' into 'dest' buffer of . - The values are scaled up into [0-255] and rounded, overflows are clamped. - should be the of the same size as , - but there are no restrictions on the span's length. - - The source span of floats - The destination span of bytes - - - - Implementation methods based on newer API-s (Vector.Widen, Vector.Narrow, Vector.ConvertTo*). - Only accelerated only on RyuJIT having dotnet/coreclr#10662 merged (.NET Core 2.1+ .NET 4.7.2+) - See: - https://github.com/dotnet/coreclr/pull/10662 - API Proposal: - https://github.com/dotnet/corefx/issues/15957 - - - - - Widen and convert a vector of values into 2 vectors of -s. - - - - - as many elements as possible, slicing them down (keeping the remainder). - - - - - as many elements as possible, slicing them down (keeping the remainder). - - - - - Implementation , which is faster on new RyuJIT runtime. - - - - - Implementation of , which is faster on new .NET runtime. - - - - - Fallback implementation based on (128bit). - For , efficient software fallback implementations are present, - and we hope that even mono's JIT is able to emit SIMD instructions for that type :P - - - - - as many elements as possible, slicing them down (keeping the remainder). - - - - - as many elements as possible, slicing them down (keeping the remainder). - - - - - Implementation of using . - - - - - Implementation of using . - - - - - Shuffle single-precision (32-bit) floating-point elements in - using the control and store the results in . - - The source span of floats. - The destination span of floats. - The byte control. - - - - Shuffle 8-bit integers within 128-bit lanes in - using the control and store the results in . - - The source span of bytes. - The destination span of bytes. - The type of shuffle to perform. - - - - Shuffle 8-bit integer triplets within 128-bit lanes in - using the control and store the results in . - - The source span of bytes. - The destination span of bytes. - The type of shuffle to perform. - - - - Pads then shuffles 8-bit integers within 128-bit lanes in - using the control and store the results in . - - The source span of bytes. - The destination span of bytes. - The type of shuffle to perform. - - - - Shuffles then slices 8-bit integers within 128-bit lanes in - using the control and store the results in . - - The source span of bytes. - The destination span of bytes. - The type of shuffle to perform. - - - - Internal utilities intended to be only used in tests. - - - - - This constant is useful to verify the target framework ImageSharp has been built against. - Only intended to be used in tests! - - - - - Contains methods for converting values between unit scales. - - - - - The number of centimeters in a meter. - 1 cm is equal to exactly 0.01 meters. - - - - - The number of centimeters in an inch. - 1 inch is equal to exactly 2.54 centimeters. - - - - - The number of inches in a meter. - 1 inch is equal to exactly 0.0254 meters. - - - - - Scales the value from centimeters to meters. - - The value to scale. - The . - - - - Scales the value from meters to centimeters. - - The value to scale. - The . - - - - Scales the value from meters to inches. - - The value to scale. - The . - - - - Scales the value from inches to meters. - - The value to scale. - The . - - - - Scales the value from centimeters to inches. - - The value to scale. - The . - - - - Scales the value from inches to centimeters. - - The value to scale. - The . - - - - Converts an to a . - - The EXIF profile containing the value. - The - - - - Implements basic math operations using tolerant comparison - whenever an equality check is needed. - - - - - A read-only default instance for using 1e-8 as epsilon. - It is a field so it can be passed as an 'in' parameter. - Does not necessarily fit all use cases! - - - - - == 0 - - - - - > 0 - - - - - < 0 - - - - - == - - - - - > - - - - - < - - - - - >= - - - - - <= - - - - - Contains 8 element value tuples of various types. - - - - - - - - Extension methods for the type. - - - - - Loads the fields in a target of from one of type. - - The target of instance. - The source of instance. - - - - Loads the fields in a target of from one of type. - - The target of instance. - The source of instance. - - - - Its faster to process multiple Vector4-s together, so let's pair them! - On AVX2 this pair should be convertible to of ! - TODO: Investigate defining this as union with an Octet.OfSingle type. - - - - . - Downscale method, specific to Jpeg color conversion. Works only if Vector{float}.Count == 4! /// TODO: Move it somewhere else. - - - - - AVX2-only Downscale method, specific to Jpeg color conversion. - TODO: Move it somewhere else. - - - - - Provides configuration which allows altering default behaviour or extending the library. - - - - - A lazily initialized configuration default instance. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - A collection of configuration modules to register - - - - Gets the default instance. - - - - - Gets or sets the maximum number of concurrent tasks enabled in ImageSharp algorithms - configured with this instance. - Initialized with by default. - - - - - Gets or sets the size of the buffer to use when working with streams. - Intitialized with by default. - - - - - Gets a set of properties for the Congiguration. - - This can be used for storing global settings and defaults to be accessable to processors. - - - - Gets the currently registered s. - - - - - Gets or sets the position in a stream to use for reading when using a seekable stream as an image data source. - - - - - Gets or sets the that is currently in use. - - - - - Gets or sets the that is currently in use. - - - - - Gets the maximum header size of all the formats. - - - - - Gets or sets the filesystem helper for accessing the local file system. - - - - - Gets or sets the working buffer size hint for image processors. - The default value is 1MB. - - - Currently only used by Resize. If the working buffer is expected to be discontiguous, - min(WorkingBufferSizeHintInBytes, BufferCapacityInBytes) should be used. - - - - - Gets or sets the image operations provider factory. - - - - - Registers a new format provider. - - The configuration provider to call configure on. - - - - Creates a shallow copy of the . - - A new configuration instance. - - - - Creates the default instance with the following s preregistered: - - - - . - . - - The default configuration of . - - - - Gets the Bitmap identifier. - The field used to identify the bitmap file: 0x42 0x41 (Hex code points for B and A). - - - - - Gets the size of this header. - - - - - Gets the offset to next OS2BMPARRAYFILEHEADER. - This offset is calculated from the starting byte of the file. A value of zero indicates that this header is for the last image in the array list. - - - - - Gets the width of the image display in pixels. - - - - - Gets the height of the image display in pixels. - - - - - Enumerates the available bits per pixel the bitmap encoder supports. - - - - - 8 bits per pixel. Each pixel consists of 1 byte. - - - - - 16 bits per pixel. Each pixel consists of 2 bytes. - - - - - 24 bits per pixel. Each pixel consists of 3 bytes. - - - - - 32 bits per pixel. Each pixel consists of 4 bytes. - - - - - Defines the compression type of the image data - in the bitmap file. - - - - - Each image row has a multiple of four elements. If the - row has less elements, zeros will be added at the right side. - The format depends on the number of bits, stored in the info header. - If the number of bits are one, four or eight each pixel data is - a index to the palette. If the number of bits are sixteen, - twenty-four or thirty-two each pixel contains a color. - - - - - Two bytes are one data record. If the first byte is not zero, the - next byte will be repeated as much as the value of the first byte. - If the first byte is zero, the record has different meanings, depending - on the second byte. If the second byte is zero, it is the end of the row, - if it is one, it is the end of the image. - - - - - Two bytes are one data record. If the first byte is not zero, the - next two half bytes will be repeated as much as the value of the first byte. - If the first byte is zero, the record has different meanings, depending - on the second byte. If the second byte is zero, it is the end of the row, - if it is one, it is the end of the image. - - - - - Each image row has a multiple of four elements. If the - row has less elements, zeros will be added at the right side. - - - - - The bitmap contains a JPG image. - Not supported at the moment. - - - - - The bitmap contains a PNG image. - Not supported at the moment. - - - - - Introduced with Windows CE. - Specifies that the bitmap is not compressed and that the color table consists of four DWORD color - masks that specify the red, green, blue, and alpha components of each pixel. - - - - - OS/2 specific compression type. - Similar to run length encoding of 4 and 8 bit. - The only difference is that run values encoded are three bytes in size (one byte per RGB color component), - rather than four or eight bits in size. - - Note: Because compression value of 4 is ambiguous for BI_RGB for windows and RLE24 for OS/2, the enum value is remapped - to a different value, to be clearly separate from valid windows values. - - - - - Registers the image encoders, decoders and mime type detectors for the bmp format. - - - - - - - - Defines constants relating to BMPs - - - - - The list of mimetypes that equate to a bmp. - - - - - The list of file extensions that equate to a bmp. - - - - - Valid magic bytes markers identifying a Bitmap file. - - - - - Single-image BMP file that may have been created under Windows or OS/2. - - - - - OS/2 Bitmap Array. - - - - - OS/2 Color Icon. - - - - - OS/2 Color Pointer. - - - - - OS/2 Icon. - - - - - OS/2 Pointer. - - - - - Image decoder for generating an image out of a Windows bitmap stream. - - - Does not support the following formats at the moment: - - JPG - PNG - Some OS/2 specific subtypes like: Bitmap Array, Color Icon, Color Pointer, Icon, Pointer. - - Formats will be supported in a later releases. We advise always - to use only 24 Bit Windows bitmaps. - - - - - Gets or sets a value indicating how to deal with skipped pixels, which can occur during decoding run length encoded bitmaps. - - - - - - - - - - - - - - - - - - - - - - - Performs the bitmap decoding operation. - - - A useful decoding source example can be found at - - - - - The default mask for the red part of the color for 16 bit rgb bitmaps. - - - - - The default mask for the green part of the color for 16 bit rgb bitmaps. - - - - - The default mask for the blue part of the color for 16 bit rgb bitmaps. - - - - - RLE flag value that indicates following byte has special meaning. - - - - - RLE flag value marking end of a scan line. - - - - - RLE flag value marking end of bitmap data. - - - - - RLE flag value marking the start of [x,y] offset instruction. - - - - - The stream to decode from. - - - - - The metadata. - - - - - The bitmap specific metadata. - - - - - The file header containing general information. - - - - - Indicates which bitmap file marker was read. - - - - - The info header containing detailed information about the bitmap. - - - - - Used for allocating memory during processing operations. - - - - - The bitmap decoder options. - - - - - Initializes a new instance of the class. - - The configuration. - The options. - - - - - - - Gets the dimensions of the image. - - - - - - - - - - - Returns the y- value based on the given height. - - The y- value representing the current row. - The height of the bitmap. - Whether the bitmap is inverted. - The representing the inverted value. - - - - Calculates the amount of bytes to pad a row. - - The image width. - The pixel component count. - - The padding. - - - - - Decodes a bitmap containing the BITFIELDS Compression type. For each color channel, there will be a bitmask - which will be used to determine which bits belong to that channel. - - The pixel format. - The output pixel buffer containing the decoded image. - Whether the bitmap is inverted. - - - - Looks up color values and builds the image from de-compressed RLE8 or RLE4 data. - Compressed RLE8 stream is uncompressed by - Compressed RLE4 stream is uncompressed by - - The pixel format. - The compression type. Either RLE4 or RLE8. - The to assign the palette to. - The containing the colors. - The width of the bitmap. - The height of the bitmap. - Whether the bitmap is inverted. - - - - Looks up color values and builds the image from de-compressed RLE24. - - The pixel format. - The to assign the palette to. - The width of the bitmap. - The height of the bitmap. - Whether the bitmap is inverted. - - - - Produce uncompressed bitmap data from a RLE4 stream. - - - RLE4 is a 2-byte run-length encoding. -
If first byte is 0, the second byte may have special meaning. -
Otherwise, the first byte is the length of the run and second byte contains two color indexes. - - The width of the bitmap. - Buffer for uncompressed data. - Keeps track over skipped and therefore undefined pixels. - Keeps track of rows, which have undefined pixels. - - - - Produce uncompressed bitmap data from a RLE8 stream. - - - RLE8 is a 2-byte run-length encoding. -
If first byte is 0, the second byte may have special meaning. -
Otherwise, the first byte is the length of the run and second byte is the color for the run. - - The width of the bitmap. - Buffer for uncompressed data. - Keeps track of skipped and therefore undefined pixels. - Keeps track of rows, which have undefined pixels. - - - - Produce uncompressed bitmap data from a RLE24 stream. - - -
If first byte is 0, the second byte may have special meaning. -
Otherwise, the first byte is the length of the run and following three bytes are the color for the run. - - The width of the bitmap. - Buffer for uncompressed data. - Keeps track of skipped and therefore undefined pixels. - Keeps track of rows, which have undefined pixels. - - - - Keeps track of skipped / undefined pixels, when the EndOfBitmap command occurs. - - The already processed pixel count. - The width of the image. - The skipped pixel count. - The undefined pixels. - Rows with undefined pixels. - - - - Keeps track of undefined / skipped pixels, when the EndOfLine command occurs. - - The already uncompressed pixel count. - The width of image. - The undefined pixels. - The rows with undefined pixels. - The number of skipped pixels. - - - - Keeps track of undefined / skipped pixels, when the delta command occurs. - - The count. - The width of the image. - Delta skip in x direction. - Delta skip in y direction. - The undefined pixels. - The rows with undefined pixels. - The number of skipped pixels. - - - - Reads the color palette from the stream. - - The pixel format. - The to assign the palette to. - The containing the colors. - The width of the bitmap. - The height of the bitmap. - The number of bits per pixel. - Usually 4 bytes, but in case of Windows 2.x bitmaps or OS/2 1.x bitmaps - the bytes per color palette entry's can be 3 bytes instead of 4. - Whether the bitmap is inverted. - - - - Reads the 16 bit color palette from the stream. - - The pixel format. - The to assign the palette to. - The width of the bitmap. - The height of the bitmap. - Whether the bitmap is inverted. - The bitmask for the red channel. - The bitmask for the green channel. - The bitmask for the blue channel. - - - - Performs final shifting from a 5bit value to an 8bit one. - - The masked and shifted value. - The - - - - Performs final shifting from a 6bit value to an 8bit one. - - The masked and shifted value. - The - - - - Reads the 24 bit color palette from the stream. - - The pixel format. - The to assign the palette to. - The width of the bitmap. - The height of the bitmap. - Whether the bitmap is inverted. - - - - Reads the 32 bit color palette from the stream. - - The pixel format. - The to assign the palette to. - The width of the bitmap. - The height of the bitmap. - Whether the bitmap is inverted. - - - - Reads the 32 bit color palette from the stream, checking the alpha component of each pixel. - This is a special case only used for 32bpp WinBMPv3 files, which could be in either BGR0 or BGRA format. - - The pixel format. - The to assign the palette to. - The width of the bitmap. - The height of the bitmap. - Whether the bitmap is inverted. - - - - Decode an 32 Bit Bitmap containing a bitmask for each color channel. - - The pixel format. - The output pixel buffer containing the decoded image. - The width of the image. - The height of the image. - Whether the bitmap is inverted. - The bitmask for the red channel. - The bitmask for the green channel. - The bitmask for the blue channel. - The bitmask for the alpha channel. - - - - Calculates the necessary right shifts for a given color bitmask (the 0 bits to the right). - - The color bit mask. - Number of bits to shift right. - - - - Counts none zero bits. - - A color mask. - The none zero bits. - - - - Reads the from the stream. - - - - - Reads the from the stream. - - - - - Reads the and from the stream and sets the corresponding fields. - - Bytes per color palette entry. Usually 4 bytes, but in case of Windows 2.x bitmaps or OS/2 1.x bitmaps - the bytes per color palette entry's can be 3 bytes instead of 4. - - - - Image encoder for writing an image to a stream as a Windows bitmap. - - - - - Gets or sets the number of bits per pixel. - - - - - Gets or sets a value indicating whether the encoder should support transparency. - Note: Transparency support only works together with 32 bits per pixel. This option will - change the default behavior of the encoder of writing a bitmap version 3 info header with no compression. - Instead a bitmap version 4 info header will be written with the BITFIELDS compression. - - - - - Gets or sets the quantizer for reducing the color count for 8-Bit images. - Defaults to OctreeQuantizer. - - - - - - - - - - - Image encoder for writing an image to a stream as a Windows bitmap. - - - - - The amount to pad each row by. - - - - - The mask for the alpha channel of the color for 32 bit rgba bitmaps. - - - - - The mask for the red part of the color for 32 bit rgba bitmaps. - - - - - The mask for the green part of the color for 32 bit rgba bitmaps. - - - - - The mask for the blue part of the color for 32 bit rgba bitmaps. - - - - - The color palette for an 8 bit image will have 256 entry's with 4 bytes for each entry. - - - - - Used for allocating memory during processing operations. - - - - - The global configuration. - - - - - The color depth, in number of bits per pixel. - - - - - A bitmap v4 header will only be written, if the user explicitly wants support for transparency. - In this case the compression type BITFIELDS will be used. - Otherwise a bitmap v3 header will be written, which is supported by almost all decoders. - - - - - The quantizer for reducing the color count for 8-Bit images. - - - - - Initializes a new instance of the class. - - The encoder options. - The memory manager. - - - - Encodes the image to the specified stream from the . - - The pixel format. - The to encode from. - The to encode the image data to. - The token to request cancellation. - - - - Writes the pixel data to the binary stream. - - The pixel format. - The to write to. - - The containing pixel data. - - - - - Writes the 32bit color palette to the stream. - - The pixel format. - The to write to. - The containing pixel data. - - - - Writes the 24bit color palette to the stream. - - The pixel format. - The to write to. - The containing pixel data. - - - - Writes the 16bit color palette to the stream. - - The type of the pixel. - The to write to. - The containing pixel data. - - - - Writes an 8 Bit image with a color palette. The color palette has 256 entry's with 4 bytes for each entry. - - The type of the pixel. - The to write to. - The containing pixel data. - - - - Writes an 8 Bit color image with a color palette. The color palette has 256 entry's with 4 bytes for each entry. - - The type of the pixel. - The to write to. - The containing pixel data. - A byte span of size 1024 for the color palette. - - - - Writes an 8 Bit gray image with a color palette. The color palette has 256 entry's with 4 bytes for each entry. - - The type of the pixel. - The to write to. - The containing pixel data. - A byte span of size 1024 for the color palette. - - - - Stores general information about the Bitmap file. - - - - The first two bytes of the Bitmap file format - (thus the Bitmap header) are stored in big-endian order. - All of the other integer values are stored in little-endian format - (i.e. least-significant byte first). - - - - - Defines the size of the data structure in the bitmap file. - - - - - Gets the Bitmap identifier. - The field used to identify the bitmap file: 0x42 0x4D - (Hex code points for B and M) - - - - - Gets the size of the bitmap file in bytes. - - - - - Gets any reserved data; actual value depends on the application - that creates the image. - - - - - Gets the offset, i.e. starting address, of the byte where - the bitmap data can be found. - - - - - Indicates which bitmap file marker was read. - - - - - Single-image BMP file that may have been created under Windows or OS/2. - - - - - OS/2 Bitmap Array. - - - - - OS/2 Color Icon. - - - - - OS/2 Color Pointer. - - - - - OS/2 Icon. - - - - - OS/2 Pointer. - - - - - Registers the image encoders, decoders and mime type detectors for the bmp format. - - - - - Gets the current instance. - - - - - - - - - - - - - - - - - - - - Detects bmp file headers. - - - - - - - - - - - This block of bytes tells the application detailed information - about the image, which will be used to display the image on - the screen. - - - - - - Defines the size of the BITMAPCOREHEADER data structure in the bitmap file. - - - - - Defines the size of the short variant of the OS22XBITMAPHEADER data structure in the bitmap file. - - - - - Defines the size of the BITMAPINFOHEADER (BMP Version 3) data structure in the bitmap file. - - - - - Special case of the BITMAPINFOHEADER V3 used by adobe where the color bitmasks are part of the info header instead of following it. - - - - - Special case of the BITMAPINFOHEADER V3 used by adobe where the color bitmasks (including the alpha channel) are part of the info header instead of following it. - - - - - Size of a IBM OS/2 2.x bitmap header. - - - - - Defines the size of the BITMAPINFOHEADER (BMP Version 4) data structure in the bitmap file. - - - - - Defines the size of the BITMAPINFOHEADER (BMP Version 5) data structure in the bitmap file. - - - - - Defines the size of the biggest supported header data structure in the bitmap file. - - - - - Defines the size of the field. - - - - - Gets or sets the size of this header. - - - - - Gets or sets the bitmap width in pixels (signed integer). - - - - - Gets or sets the bitmap height in pixels (signed integer). - - - - - Gets or sets the number of color planes being used. Must be set to 1. - - - - - Gets or sets the number of bits per pixel, which is the color depth of the image. - Typical values are 1, 4, 8, 16, 24 and 32. - - - - - Gets or sets the compression method being used. - See the next table for a list of possible values. - - - - - Gets or sets the image size. This is the size of the raw bitmap data (see below), - and should not be confused with the file size. - - - - - Gets or sets the horizontal resolution of the image. - (pixel per meter, signed integer) - - - - - Gets or sets the vertical resolution of the image. - (pixel per meter, signed integer) - - - - - Gets or sets the number of colors in the color palette, - or 0 to default to 2^n. - - - - - Gets or sets the number of important colors used, - or 0 when every color is important{ get; set; } generally ignored. - - - - - Gets or sets red color mask. This is used with the BITFIELDS decoding. - - - - - Gets or sets green color mask. This is used with the BITFIELDS decoding. - - - - - Gets or sets blue color mask. This is used with the BITFIELDS decoding. - - - - - Gets or sets alpha color mask. This is not used yet. - - - - - Gets or sets the Color space type. Not used yet. - - - - - Gets or sets the X coordinate of red endpoint. Not used yet. - - - - - Gets or sets the Y coordinate of red endpoint. Not used yet. - - - - - Gets or sets the Z coordinate of red endpoint. Not used yet. - - - - - Gets or sets the X coordinate of green endpoint. Not used yet. - - - - - Gets or sets the Y coordinate of green endpoint. Not used yet. - - - - - Gets or sets the Z coordinate of green endpoint. Not used yet. - - - - - Gets or sets the X coordinate of blue endpoint. Not used yet. - - - - - Gets or sets the Y coordinate of blue endpoint. Not used yet. - - - - - Gets or sets the Z coordinate of blue endpoint. Not used yet. - - - - - Gets or sets the Gamma red coordinate scale value. Not used yet. - - - - - Gets or sets the Gamma green coordinate scale value. Not used yet. - - - - - Gets or sets the Gamma blue coordinate scale value. Not used yet. - - - - - Parses the BITMAPCOREHEADER (BMP Version 2) consisting of the headerSize, width, height, planes, and bitsPerPixel fields (12 bytes). - - The data to parse. - The parsed header. - - - - - Parses a short variant of the OS22XBITMAPHEADER. It is identical to the BITMAPCOREHEADER, except that the width and height - are 4 bytes instead of 2, resulting in 16 bytes total. - - The data to parse. - The parsed header. - - - - - Parses the full BMP Version 3 BITMAPINFOHEADER header (40 bytes). - - The data to parse. - The parsed header. - - - - - Special case of the BITMAPINFOHEADER V3 used by adobe where the color bitmasks are part of the info header instead of following it. - 52 bytes without the alpha mask, 56 bytes with the alpha mask. - - The data to parse. - Indicates, if the alpha bitmask is present. - The parsed header. - - - - - Parses a OS/2 version 2 bitmap header (64 bytes). Only the first 40 bytes are parsed which are - very similar to the Bitmap v3 header. The other 24 bytes are ignored, but they do not hold any - useful information for decoding the image. - - The data to parse. - The parsed header. - - - - - Parses the full BMP Version 4 BITMAPINFOHEADER header (108 bytes). - - The data to parse. - The parsed header. - - - - - Writes a bitmap version 3 (Microsoft Windows NT) header to a buffer (40 bytes). - - The buffer to write to. - - - - Writes a complete Bitmap V4 header to a buffer. - - The buffer to write to. - - - - Enum value for the different bitmap info header types. The enum value is the number of bytes for the specific bitmap header. - - - - - Bitmap Core or BMP Version 2 header (Microsoft Windows 2.x). - - - - - Short variant of the OS/2 Version 2 bitmap header. - - - - - BMP Version 3 header (Microsoft Windows 3.x or Microsoft Windows NT). - - - - - Adobe variant of the BMP Version 3 header. - - - - - Adobe variant of the BMP Version 3 header with an alpha mask. - - - - - BMP Version 2.x header (IBM OS/2 2.x). - - - - - BMP Version 4 header (Microsoft Windows 95). - - - - - BMP Version 5 header (Windows NT 5.0, 98 or later). - - - - - Provides Bmp specific metadata information for the image. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The metadata to create an instance from. - - - - Gets or sets the bitmap info header type. - - - - - Gets or sets the number of bits per pixel. - - - - - - - - Cold path optimization for throwing 's - - The error message for the exception. - - - - Cold path optimization for throwing 's - - The error message for the exception. - - - - Image decoder options for decoding Windows bitmap streams. - - - - - Gets the value indicating how to deal with skipped pixels, which can occur during decoding run length encoded bitmaps. - - - - - Configuration options for use during bmp encoding. - - - - - Gets the number of bits per pixel. - - - - - Gets a value indicating whether the encoder should support transparency. - Note: Transparency support only works together with 32 bits per pixel. This option will - change the default behavior of the encoder of writing a bitmap version 3 info header with no compression. - Instead a bitmap version 4 info header will be written with the BITFIELDS compression. - - - - - Gets the quantizer for reducing the color count for 8-Bit images. - - - - - Defines possible options, how skipped pixels during decoding of run length encoded bitmaps should be treated. - - - - - Undefined pixels should be black. This is the default behavior and equal to how System.Drawing handles undefined pixels. - - - - - Undefined pixels should be transparent. - - - - - Undefined pixels should have the first color of the palette. - - - - - Provides enumeration for the available color table modes. - - - - - A single color table is calculated from the first frame and reused for subsequent frames. - - - - - A unique color table is calculated for each frame. - - - - - Registers the image encoders, decoders and mime type detectors for the gif format. - - - - - - - - Constants that define specific points within a Gif. - - - - - The file type. - - - - - The file version. - - - - - The extension block introducer !. - - - - - The graphic control label. - - - - - The application extension label. - - - - - The application block size. - - - - - The application identification. - - - - - The Netscape looping application sub block size. - - - - - The comment label. - - - - - The maximum length of a comment data sub-block is 255. - - - - - The image descriptor label ,. - - - - - The plain text label. - - - - - The image label introducer ,. - - - - - The terminator. - - - - - The end introducer trailer ;. - - - - - The character encoding to use when reading and writing comments - (ASCII 7bit). - - - - - The collection of mimetypes that equate to a Gif. - - - - - The collection of file extensions that equate to a Gif. - - - - - Gets the ASCII encoded bytes used to identify the GIF file (combining and ). - - - - - Gets the ASCII encoded application identification bytes (representing ). - - - - - Decoder for generating an image out of a gif encoded stream. - - - - - Gets or sets a value indicating whether the metadata should be ignored when the image is being decoded. - - - - - Gets or sets the decoding mode for multi-frame images - - - - - - - - - - - - - - - - - - - - - - - Performs the gif decoding operation. - - - - - The temp buffer used to reduce allocations. - - - - - The currently loaded stream. - - - - - The global color table. - - - - - The area to restore. - - - - - The logical screen descriptor. - - - - - The graphics control extension. - - - - - The image descriptor. - - - - - The abstract metadata. - - - - - The gif specific metadata. - - - - - Initializes a new instance of the class. - - The configuration. - The decoder options. - - - - - - - Gets or sets a value indicating whether the metadata should be ignored when the image is being decoded. - - - - - Gets the decoding mode for multi-frame images. - - - - - Gets the dimensions of the image. - - - - - - - - - - - Reads the graphic control extension. - - - - - Reads the image descriptor. - - - - - Reads the logical screen descriptor. - - - - - Reads the application extension block parsing any animation information - if present. - - - - - Skips over a block or reads its terminator. - The length of the block to skip. - - - - - Reads the gif comments. - - - - - Reads an individual gif frame. - - The pixel format. - The image to decode the information to. - The previous frame. - - - - Reads the frame indices marking the color to use for each pixel. - - The 2D pixel buffer to write to. - - - - Reads the frames colors, mapping indices to colors. - - The pixel format. - The image to decode the information to. - The previous frame. - The indexed pixels. - The color table containing the available colors. - The - - - - Restores the current frame area to the background. - - The pixel format. - The frame. - - - - Sets the frames metadata. - - The metadata. - - - - Reads the logical screen descriptor and global color table blocks - - The stream containing image data. - - - - Provides enumeration for instructing the decoder what to do with the last image - in an animation sequence. - section 23 - - - - - No disposal specified. - The decoder is not required to take any action. - - - - - Do not dispose. - The graphic is to be left in place. - - - - - Restore to background color. - The area used by the graphic must be restored to the background color. - - - - - Restore to previous. - The decoder is required to restore the area overwritten by the - graphic with what was there prior to rendering the graphic. - - - - - Image encoder for writing image data to a stream in gif format. - - - - - Gets or sets the quantizer for reducing the color count. - Defaults to the - - - - - Gets or sets the color table mode: Global or local. - - - - - Gets or sets the used for quantization - when building a global color table in case of . - - - - - - - - - - - Implements the GIF encoding protocol. - - - - - Used for allocating memory during processing operations. - - - - - Configuration bound to the encoding operation. - - - - - A reusable buffer used to reduce allocations. - - - - - The quantizer used to generate the color palette. - - - - - The color table mode: Global or local. - - - - - The number of bits requires to store the color palette. - - - - - The pixel sampling strategy for global quantization. - - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The options for the encoder. - - - - Encodes the image to the specified stream from the . - - The pixel format. - The to encode from. - The to encode the image data to. - The token to request cancellation. - - - - Returns the index of the most transparent color in the palette. - - The quantized frame. - The pixel format. - - The . - - - - - Writes the file header signature and version to the stream. - - The stream to write to. - - - - Writes the logical screen descriptor to the stream. - - The image metadata. - The image width. - The image height. - The transparency index to set the default background index to. - Whether to use a global or local color table. - The stream to write to. - - - - Writes the application extension to the stream. - - The stream to write to. - The animated image repeat count. - - - - Writes the image comments to the stream. - - The metadata to be extract the comment data. - The stream to write to. - - - - Writes a comment sub-block to the stream. - - The stream to write to. - Comment as a Span. - Current start index. - The length of the string to write. Should not exceed 255 bytes. - - - - Writes the graphics control extension to the stream. - - The metadata of the image or frame. - The index of the color in the color palette to make transparent. - The stream to write to. - - - - Writes the provided extension to the stream. - - The extension to write to the stream. - The stream to write to. - - - - Writes the image descriptor to the stream. - - The pixel format. - The to be encoded. - Whether to use the global color table. - The stream to write to. - - - - Writes the color table to the stream. - - The pixel format. - The to encode. - The stream to write to. - - - - Writes the image pixel data to the stream. - - The pixel format. - The containing indexed pixels. - The stream to write to. - - - - Registers the image encoders, decoders and mime type detectors for the gif format. - - - - - Gets the current instance. - - - - - - - - - - - - - - - - - - - - - - - Provides Gif specific metadata information for the image frame. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The metadata to create an instance from. - - - - Gets or sets the length of the color table for paletted images. - If not 0, then this field indicates the maximum number of colors to use when quantizing the - image frame. - - - - - Gets or sets the frame delay for animated images. - If not 0, when utilized in Gif animation, this field specifies the number of hundredths (1/100) of a second to - wait before continuing with the processing of the Data Stream. - The clock starts ticking immediately after the graphic is rendered. - - - - - Gets or sets the disposal method for animated images. - Primarily used in Gif animation, this field indicates the way in which the graphic is to - be treated after being displayed. - - - - - - - - Detects gif file headers - - - - - - - - - - - Provides Gif specific metadata information for the image. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The metadata to create an instance from. - - - - Gets or sets the number of times any animation is repeated. - - 0 means to repeat indefinitely, count is set as repeat n-1 times. Defaults to 1. - - - - - - Gets or sets the color table mode. - - - - - Gets or sets the length of the global color table if present. - - - - - Gets or sets the the collection of comments about the graphics, credits, descriptions or any - other type of non-control and non-graphic data. - - - - - - - - Cold path optimization for throwing 's - - The error message for the exception. - - - - Cold path optimization for throwing 's. - - The error message for the exception. - The exception that is the cause of the current exception, or a null reference - if no inner exception is specified. - - - - Decoder for generating an image out of a gif encoded stream. - - - - - Gets a value indicating whether the metadata should be ignored when the image is being decoded. - - - - - Gets the decoding mode for multi-frame images. - - - - - The configuration options used for encoding gifs. - - - - - Gets the quantizer used to generate the color palette. - - - - - Gets the color table mode: Global or local. - - - - - Gets the used for quantization when building a global color table. - - - - - Decompresses and decodes data using the dynamic LZW algorithms. - - - - - The max decoder pixel stack size. - - - - - The null code. - - - - - The stream to decode. - - - - - The prefix buffer. - - - - - The suffix buffer. - - - - - The pixel stack buffer. - - - - - Initializes a new instance of the class - and sets the stream, where the compressed data should be read from. - - The to use for buffer allocations. - The stream to read from. - is null. - - - - Decodes and decompresses all pixel indices from the stream. - - Size of the data. - The pixel array to decode to. - - - - Reads the next data block from the stream. A data block begins with a byte, - which defines the size of the block, followed by the block itself. - - The buffer to store the block in. - - The . - - - - - - - - Encodes and compresses the image data using dynamic Lempel-Ziv compression. - - - Adapted from Jef Poskanzer's Java port by way of J. M. G. Elliott. K Weiner 12/00 - - GIFCOMPR.C - GIF Image compression routines - - - Lempel-Ziv compression based on 'compress'. GIF modifications by - David Rowley (mgardi@watdcsu.waterloo.edu) - - GIF Image compression - modified 'compress' - - Based on: compress.c - File compression ala IEEE Computer, June 1984. - By Authors: Spencer W. Thomas (decvax!harpo!utah-cs!utah-gr!thomas) - Jim McKie (decvax!mcvax!jim) - Steve Davies (decvax!vax135!petsd!peora!srd) - Ken Turkowski (decvax!decwrl!turtlevax!ken) - James A. Woods (decvax!ihnp4!ames!jaw) - Joe Orost (decvax!vax135!petsd!joe) - - - - - - 80% occupancy - - - - - The amount to shift each code. - - - - - Mask used when shifting pixel values - - - - - The maximum number of bits/code. - - - - - Should NEVER generate this code. - - - - - The initial code size. - - - - - The hash table. - - - - - The code table. - - - - - Define the storage for the packet accumulator. - - - - - Number of bits/code - - - - - maximum code, given bitCount - - - - - First unused entry - - - - - Block compression parameters -- after all codes are used up, - and compression rate changes, start over. - - - - - Algorithm: use open addressing double hashing (no chaining) on the - prefix code / next character combination. We do a variant of Knuth's - algorithm D (vol. 3, sec. 6.4) along with G. Knott's relatively-prime - secondary probe. Here, the modular division first probe is gives way - to a faster exclusive-or manipulation. Also do block compression with - an adaptive reset, whereby the code table is cleared when the compression - ratio decreases, but after the table fills. The variable-length output - codes are re-sized at this point, and a special CLEAR code is generated - for the decompressor. Late addition: construct the table according to - file size for noticeable speed improvement on small files. Please direct - questions about this implementation to ames!jaw. - - - - - The clear code. - - - - - The end-of-file code. - - - - - Output the given code. - Inputs: - code: A bitCount-bit integer. If == -1, then EOF. This assumes - that bitCount =< wordsize - 1. - Outputs: - Outputs code to the file. - Assumptions: - Chars are 8 bits long. - Algorithm: - Maintain a BITS character long buffer (so that 8 codes will - fit in it exactly). Use the VAX insv instruction to insert each - code in turn. When the buffer fills up empty it and start over. - - - - - The current bits. - - - - - Number of characters so far in this 'packet' - - - - - Initializes a new instance of the class. - - The to use for buffer allocations. - The color depth in bits. - - - - Encodes and compresses the indexed pixels to the stream. - - The 2D buffer of indexed pixels. - The stream to write to. - - - - Gets the maximum code value. - - The number of bits - See - - - - Add a character to the end of the current packet, and if it is 254 characters, - flush the packet to disk. - - The character to add. - The reference to the storage for packet accumulators - The stream to write to. - - - - Table clear for block compress. - - The output stream. - - - - Reset the code table. - - - - - Compress the packets to the stream. - - The 2D buffer of indexed pixels. - The initial bits. - The stream to write to. - - - - Flush the packet to disk and reset the accumulator. - - The output stream. - - - - Output the current code to the stream. - - The code. - The stream to write to. - - - - - - - The Graphic Control Extension contains parameters used when - processing a graphic rendering block. - - - - - Gets the size of the block. - - - - - Gets the packed disposalMethod and transparencyFlag value. - - - - - Gets the delay time in of hundredths (1/100) of a second - to wait before continuing with the processing of the Data Stream. - The clock starts ticking immediately after the graphic is rendered. - - - - - Gets the transparency index. - The Transparency Index is such that when encountered, the corresponding pixel - of the display device is not modified and processing goes on to the next pixel. - - - - - Gets the disposal method which indicates the way in which the - graphic is to be treated after being displayed. - - - - - Gets a value indicating whether transparency flag is to be set. - This indicates whether a transparency index is given in the Transparent Index field. - - - - - Each image in the Data Stream is composed of an Image Descriptor, - an optional Local Color Table, and the image data. - Each image must fit within the boundaries of the - Logical Screen, as defined in the Logical Screen Descriptor. - - - - - Gets the column number, in pixels, of the left edge of the image, - with respect to the left edge of the Logical Screen. - Leftmost column of the Logical Screen is 0. - - - - - Gets the row number, in pixels, of the top edge of the image with - respect to the top edge of the Logical Screen. - Top row of the Logical Screen is 0. - - - - - Gets the width of the image in pixels. - - - - - Gets the height of the image in pixels. - - - - - Gets the packed value of localColorTableFlag, interlaceFlag, sortFlag, and localColorTableSize. - - - - - The Logical Screen Descriptor contains the parameters - necessary to define the area of the display device - within which the images will be rendered - - - - - Gets the width, in pixels, of the Logical Screen where the images will - be rendered in the displaying device. - - - - - Gets the height, in pixels, of the Logical Screen where the images will be - rendered in the displaying device. - - - - - Gets the packed value consisting of: - globalColorTableFlag, colorResolution, sortFlag, and sizeOfGlobalColorTable. - - - - - Gets the index at the Global Color Table for the Background Color. - The Background Color is the color used for those - pixels on the screen that are not covered by an image. - - - - - Gets the pixel aspect ratio. - - - - - Gets a value indicating whether a flag denoting the presence of a Global Color Table - should be set. - If the flag is set, the Global Color Table will included after - the Logical Screen Descriptor. - - - - - Gets the global color table size. - If the Global Color Table Flag is set, - the value in this field is used to calculate the number of - bytes contained in the Global Color Table. - - - - - Gets the color depth, in number of bits per pixel. - The lowest 3 packed bits represent the bit depth minus 1. - - - - - Gets the repeat count. - 0 means loop indefinitely. Count is set as play n + 1 times. - - - - - A base interface for GIF extensions. - - - - - Gets the label identifying the extensions. - - - - - Writes the extension data to the buffer. - - The buffer to write the extension to. - The number of bytes written to the buffer. - - - - Encapsulates properties and methods required for decoding an image from a stream. - - - - - Decodes the image from the specified stream to an of a specific pixel type. - - The pixel format. - The configuration for the image. - The containing image data. - The . - - - - Decodes the image from the specified stream to an . - - The configuration for the image. - The containing image data. - The . - - - - Decodes the image from the specified stream to an of a specific pixel type. - - The pixel format. - The configuration for the image. - The containing image data. - The token to monitor for cancellation requests. - The . - - - - Decodes the image from the specified stream to an . - - The configuration for the image. - The containing image data. - The token to monitor for cancellation requests. - The . - - - - Abstraction for shared internals for ***DecoderCore implementations to be used with . - - - - - Gets the associated configuration. - - - - - Gets the dimensions of the image being decoded. - - - - - Decodes the image from the specified stream. - - The pixel format. - The stream, where the image should be decoded from. Cannot be null. - The token to monitor for cancellation requests. - is null. - The decoded image. - - Cancellable synchronous method. In case of cancellation, - an shall be thrown which will be handled on the call site. - - - - - Reads the raw image information from the specified stream. - - The containing image data. - The token to monitor for cancellation requests. - The . - - Cancellable synchronous method. In case of cancellation, - an shall be thrown which will be handled on the call site. - - - - - Encapsulates properties and methods required for encoding an image to a stream. - - - - - Encodes the image to the specified stream from the . - - The pixel format. - The to encode from. - The to encode the image data to. - - - - Encodes the image to the specified stream from the . - - The pixel format. - The to encode from. - The to encode the image data to. - The token to monitor for cancellation requests. - A representing the asynchronous operation. - - - - Abstraction for shared internals for ***DecoderCore implementations to be used with . - - - - - Encodes the image. - - The image. - The stream. - The token to monitor for cancellation requests. - The pixel type. - - - - Defines the contract for an image format. - - - - - Gets the name that describes this image format. - - - - - Gets the default mimetype that the image format uses - - - - - Gets all the mimetypes that have been used by this image format. - - - - - Gets the file extensions this image format commonly uses. - - - - - Defines the contract for an image format containing metadata. - - The type of format metadata. - - - - Creates a default instance of the format metadata. - - The . - - - - Defines the contract for an image format containing metadata with multiple frames. - - The type of format metadata. - The type of format frame metadata. - - - - Creates a default instance of the format frame metadata. - - The . - - - - Used for detecting mime types from a file header - - - - - Gets the size of the header for this image type. - - The size of the header. - - - - Detect mimetype - - The containing the file header. - returns the mime type of detected otherwise returns null - - - - Encapsulates methods used for detecting the raw image information without fully decoding it. - - - - - Reads the raw image information from the specified stream. - - The configuration for the image. - The containing image data. - The object - - - - Reads the raw image information from the specified stream. - - The configuration for the image. - The containing image data. - The token to monitor for cancellation requests. - The object - - - - Reads the raw image information from the specified stream. - - The decoder. - /// The configuration for the image. - The containing image data. - The token to monitor for cancellation requests. - is null. - A representing the asynchronous operation. - - - - Reads the raw image information from the specified stream. - - The decoder. - The configuration for the image. - The containing image data. - Factory method to handle as . - The token to monitor for cancellation requests. - is null. - A representing the asynchronous operation. - - - - Decodes the image from the specified stream. - - The pixel format. - The decoder. - The configuration for the image. - The containing image data. - The token to monitor for cancellation requests. - A representing the asynchronous operation. - - - - Decodes the image from the specified stream. - - The pixel format. - The decoder. - The configuration for the image. - The containing image data. - Factory method to handle as . - The token to monitor for cancellation requests. - A representing the asynchronous operation. - - - - Collection of Image Formats to be used in class. - - - - - Used for locking against as there is no ConcurrentSet type. - - - - - - The list of supported keyed to mime types. - - - - - The list of supported keyed to mime types. - - - - - The list of supported s. - - - - - The list of supported s. - - - - - Initializes a new instance of the class. - - - - - Gets the maximum header size of all the formats. - - - - - Gets the currently registered s. - - - - - Gets the currently registered s. - - - - - Gets the currently registered s. - - - - - Gets the currently registered s. - - - - - Registers a new format provider. - - The format to register as a known format. - - - - For the specified file extensions type find the e . - - The extension to discover - The if found otherwise null - - - - For the specified mime type find the . - - The mime-type to discover - The if found; otherwise null - - - - Sets a specific image encoder as the encoder for a specific image format. - - The image format to register the encoder for. - The encoder to use, - - - - Sets a specific image decoder as the decoder for a specific image format. - - The image format to register the encoder for. - The decoder to use, - - - - Removes all the registered image format detectors. - - - - - Adds a new detector for detecting mime types. - - The detector to add - - - - For the specified mime type find the decoder. - - The format to discover - The if found otherwise null - - - - For the specified mime type find the encoder. - - The format to discover - The if found otherwise null - - - - Sets the max header size. - - - - - Represents a Jpeg block with coefficients. - - - - - A number of scalar coefficients in a - - - - - A fixed size buffer holding the values. - See: - https://docs.microsoft.com/en-us/dotnet/csharp/programming-guide/unsafe-code-pointers/fixed-size-buffers - - - - - - Initializes a new instance of the struct. - - A of coefficients - - - - Gets or sets a value at the given index - - The index - The value - - - - Gets or sets a value in a row+column of the 8x8 block - - The x position index in the row - The column index - The value - - - - Multiply all elements by a given - - - - - Divide all elements by a given - - - - - Add an to all elements - - - - - Subtract an from all elements - - - - - Pointer-based "Indexer" (getter part) - - Block pointer - Index - The scaleVec value at the specified index - - - - Pointer-based "Indexer" (setter part) - - Block pointer - Index - Value - - - - Convert to - - - - - Copy all elements to an array of . - - - - - Copy elements into 'destination' Span of values - - - - - Copy elements into 'destination' Span of values - - - - - Cast and copy -s from the beginning of 'source' span. - - - - - - - - - - - - - - - - - Calculate the total sum of absolute differences of elements in 'a' and 'b'. - - - - - Represents a Jpeg block with coefficients. - - - - - A number of scalar coefficients in a - - - - - Get/Set scalar elements at a given index - - The index - The float value at the specified index - - - - Fill the block with defaults (zeroes). - - - - - Load raw 32bit floating point data from source. - - Source - - - - Load raw 32bit floating point data from source. - - Block pointer - Source - - - - Load raw 32bit floating point data from source - - Source - - - - Copy raw 32bit floating point data to dest, - - Destination - - - - Convert scalars to byte-s and copy to dest, - - Pointer to block - Destination - - - - Copy raw 32bit floating point data to dest. - - The block pointer. - The destination. - - - - Copy raw 32bit floating point data to dest - - Destination - - - - Copy raw 32bit floating point data to dest - - Destination - - - - Multiply all elements of the block. - - The value to multiply by. - - - - Multiply all elements of the block by the corresponding elements of 'other'. - - - - - Adds a vector to all elements of the block. - - The added vector. - - - - Quantize the block. - - The block pointer. - The qt pointer. - Unzig pointer - - - - Quantize 'block' into 'dest' using the 'qt' quantization table: - Unzig the elements of block into dest, while dividing them by elements of qt and "pre-rounding" the values. - To finish the rounding it's enough to (int)-cast these values. - - Source block - Destination block - The quantization table - The 8x8 Unzig block. - - - - Scales the 16x16 region represented by the 4 source blocks to the 8x8 DST block. - - The destination block. - The source block. - - - - Level shift by +maximum/2, clip to [0..maximum], and round all the values in the block. - - - - - Rounds all values in the block. - - - - - Loads values from using extended AVX2 intrinsics. - - The source - - - - - - - - - - Transpose the block into the destination block. - - The destination block - - - - Level shift by +maximum/2, clip to [0, maximum] - - - - - AVX2-only variant for executing and in one step. - - - - - Fill the block from 'source' doing short -> float conversion. - - - - - Copy block data into the destination color buffer pixel area with the provided horizontal and vertical scale factors. - - - - - Provides information about the Adobe marker segment. - - See the included 5116.DCT.pdf file in the source for more information. - - - - Gets the length of an adobe marker segment. - - - - - Initializes a new instance of the struct. - - The DCT encode version - The horizontal downsampling hint used for DCT encoding - The vertical downsampling hint used for DCT encoding - The color transform model used - - - - Gets the DCT Encode Version - - - - - Gets the horizontal downsampling hint used for DCT encoding - 0x0 : (none - Chop) - Bit 15 : Encoded with Blend=1 downsampling. - - - - - Gets the vertical downsampling hint used for DCT encoding - 0x0 : (none - Chop) - Bit 15 : Encoded with Blend=1 downsampling - - - - - Gets the colorspace transform model used - 00 : Unknown (RGB or CMYK) - 01 : YCbCr - 02 : YCCK - - - - - Converts the specified byte array representation of an Adobe marker to its equivalent and - returns a value that indicates whether the conversion succeeded. - - The byte array containing metadata to parse. - The marker to return. - - - - - - - - - - - - - Encapsulates the conversion of Jpeg channels to RGBA values packed in buffer. - - - - - The available converters - - - - - Initializes a new instance of the class. - - - - - Gets a value indicating whether this is available - on the current runtime and CPU architecture. - - - - - Gets the of this converter. - - - - - Gets the Precision of this converter in bits. - - - - - Gets the maximum value of a sample - - - - - Gets the half of the maximum value of a sample - - - - - Returns the corresponding to the given - - - - - He implementation of the conversion. - - The input as a stack-only struct - The destination buffer of values - - - - Returns the s for all supported colorspaces and precisions. - - - - - Returns the s for the YCbCr colorspace. - - - - - Returns the s for the YccK colorspace. - - - - - Returns the s for the CMYK colorspace. - - - - - Returns the s for the gray scale colorspace. - - - - - Returns the s for the RGB colorspace. - - - - - A stack-only struct to reference the input buffers using -s. - - - - - The component count - - - - - The component 0 (eg. Y) - - - - - The component 1 (eg. Cb) - - - - - The component 2 (eg. Cr) - - - - - The component 4 - - - - - Initializes a new instance of the struct. - - The 1-4 sized list of component buffers. - The row to convert - - - - Pack (r0,r1...r7) (g0,g1...g7) (b0,b1...b7) vector values as (r0,g0,b0,1), (r1,g1,b1,1) ... - - - - - Pack (g0,g1...g7) vector values as (g0,g0,g0,1), (g1,g1,g1,1) ... - - - - - Used to buffer and track the bits read from the Huffman entropy encoded data. - - - - - Gets the current, if any, marker in the input stream. - - - - - Gets the opening position of an identified marker. - - - - - Gets a value indicating whether to continue reading the input stream. - - - - - Whether a RST marker has been detected, I.E. One that is between RST0 and RST7 - - - - - Whether a bad marker has been detected, I.E. One that is not between RST0 and RST7 - - - - - Decodes the Huffman encoded spectral scan. - Originally ported from - with additional fixes for both performance and common encoding errors. - - - - - Initializes a new instance of the class. - - The input stream. - The image frame. - The DC Huffman tables. - The AC Huffman tables. - The length of the components. Different to the array length. - The reset interval. - The spectral selection start. - The spectral selection end. - The successive approximation bit high end. - The successive approximation bit low end. - The token to monitor cancellation. - - - - Decodes the entropy coded data. - - - - - Represents a Huffman coding table containing basic coding data plus tables for accelerated computation. - - - - - Derived from the DHT marker. Sizes[k] = # of symbols with codes of length k bits; Sizes[0] is unused. - - - - - Derived from the DHT marker. Contains the symbols, in order of incremental code length. - - - - - Contains the largest code of length k (0 if none). MaxCode[17] is a sentinel to - ensure terminates. - - - - - Values[] offset for codes of length k ValOffset[k] = Values[] index of 1st symbol of code length - k, less the smallest code of length k; so given a code of length k, the corresponding symbol is - Values[code + ValOffset[k]]. - - - - - Contains the length of bits for the given k value. - - - - - Lookahead table: indexed by the next bits of - the input data stream. If the next Huffman code is no more - than bits long, we can obtain its length and - the corresponding symbol directly from this tables. - - The lower 8 bits of each table entry contain the number of - bits in the corresponding Huffman code, or + 1 - if too long. The next 8 bits of each entry contain the symbol. - - - - - Initializes a new instance of the struct. - - The code lengths - The huffman values - - - - Expands the HuffmanTable into its readable form. - - - - - Common interface to represent raw Jpeg components. - - - - - Gets the component's position in the components array. - - - - - Gets the number of blocks in this component as - - - - - Gets the horizontal and the vertical sampling factor as - - - - - Gets the divisors needed to apply when calculating colors. - - https://en.wikipedia.org/wiki/Chroma_subsampling - - In case of 4:2:0 subsampling the values are: Luma.SubSamplingDivisors = (1,1) Chroma.SubSamplingDivisors = (2,2) - - - - - Gets the index of the quantization table for this block. - - - - - Gets the storing the "raw" frequency-domain decoded + unzigged blocks. - We need to apply IDCT and dequantization to transform them into color-space blocks. - - - - - - Represents decompressed, unprocessed jpeg data with spectral space -s. - - - - - Gets the image size in pixels. - - - - - Gets the number of components. - - - - - Gets the color space - - - - - Gets the number of bits used for precision. - - - - - Gets the components. - - - - - Gets the quantization tables, in zigzag order. - - - - - Provides information about the JFIF marker segment. - TODO: Thumbnail? - - - - - Gets the length of an JFIF marker segment. - - - - - Initializes a new instance of the struct. - - The major version. - The minor version. - The units for the density values. - The horizontal pixel density. - The vertical pixel density. - - - - Gets the major version. - - - - - Gets the minor version. - - - - - Gets the units for the following pixel density fields - 00 : No units; width:height pixel aspect ratio = Ydensity:Xdensity - 01 : Pixels per inch (2.54 cm) - 02 : Pixels per centimeter - - - - - Gets the horizontal pixel density. Must not be zero. - - - - - Gets the vertical pixel density. Must not be zero. - - - - - Converts the specified byte array representation of an JFIF marker to its equivalent and - returns a value that indicates whether the conversion succeeded. - - The byte array containing metadata to parse. - The marker to return. - - - - - - - - - - - - - Encapsulates the implementation of processing "raw" jpeg buffers into Jpeg image channels. - - - - - Source block - - - - - Temporal block 1 to store intermediate and/or final computation results. - - - - - Temporal block 2 to store intermediate and/or final computation results. - - - - - The quantization table as . - - - - - Defines the horizontal and vertical scale we need to apply to the 8x8 sized block. - - - - - Defines the maximum value derived from the bitdepth. - - - - - Initializes a new instance of the struct. - - The raw jpeg data. - The raw component. - - - - Processes 'sourceBlock' producing Jpeg color channel values from spectral values: - - Dequantize - - Applying IDCT - - Level shift by +maximumValue/2, clip to [0, maximumValue] - - Copy the resulting color values into 'destArea' scaling up the block by amount defined in . - - The source block. - Reference to the origin of the destination pixel area. - The width of the destination pixel buffer. - The maximum value derived from the bitdepth. - - - - Identifies the colorspace of a Jpeg image. - - - - - Represents a single frame component. - - - - - Gets the component id. - - - - - Gets or sets DC coefficient predictor. - - - - - Gets the horizontal sampling factor. - - - - - Gets the vertical sampling factor. - - - - - - - - - - - - - - - - - - - - - - - Gets the number of blocks per line. - - - - - Gets the number of blocks per column. - - - - - Gets or sets the index for the DC Huffman table. - - - - - Gets or sets the index for the AC Huffman table. - - - - - - - - Encapsulates postprocessing data for one component for . - - - - - Points to the current row in . - - - - - The size of the area in corresponding to one 8x8 Jpeg block - - - - - Initializes a new instance of the class. - - - - - Gets the - - - - - Gets the - - - - - Gets the temporary working buffer of color values. - - - - - Gets - - - - - Gets the maximal number of block rows being processed in one step. - - - - - - - - Invoke for block rows, copy the result into . - - - - - Represents a jpeg file marker. - - - - - Initializes a new instance of the struct. - - The marker - The position within the stream - - - - Initializes a new instance of the struct. - - The marker - The position within the stream - Whether the current marker is invalid - - - - Gets a value indicating whether the current marker is invalid - - - - - Gets the position of the marker within a stream - - - - - Gets the position of the marker within a stream - - - - - - - - Represent a single jpeg frame - - - - - Gets or sets a value indicating whether the frame uses the extended specification. - - - - - Gets or sets a value indicating whether the frame uses the progressive specification. - - - - - Gets or sets the precision. - - - - - Gets or sets the number of scanlines within the frame. - - - - - Gets or sets the number of samples per scanline. - - - - - Gets or sets the number of components within a frame. In progressive frames this value can range from only 1 to 4. - - - - - Gets or sets the component id collection. - - - - - Gets or sets the order in which to process the components. - in interleaved mode. - - - - - Gets or sets the frame component collection. - - - - - Gets or sets the maximum horizontal sampling factor. - - - - - Gets or sets the maximum vertical sampling factor. - - - - - Gets or sets the number of MCU's per line. - - - - - Gets or sets the number of MCU's per column. - - - - - - - - Allocates the frame component blocks. - - - - - Encapsulates the execution od post-processing algorithms to be applied on a to produce a valid :
- (1) Dequantization
- (2) IDCT
- (3) Color conversion form one of the -s into a buffer of RGBA values
- (4) Packing pixels from the buffer.
- These operations are executed in steps. - image rows are converted in one step, - which means that size of the allocated memory is limited (does not depend on ). - - - - - The number of block rows to be processed in one Step. - - - - - The number of image pixel rows to be processed in one step. - - - - - Temporal buffer to store a row of colors. - - - - - The corresponding to the current determined by . - - - - - Initializes a new instance of the class. - - The to configure internal operations. - The representing the uncompressed spectral Jpeg data - - - - Gets the instances. - - - - - Gets the to be processed. - - - - - Gets the total number of post processor steps deduced from the height of the image and . - - - - - Gets the size of the temporary buffers we need to allocate into . - - - - - Gets the value of the counter that grows by each step by . - - - - - - - - Process all pixels into 'destination'. The image dimensions should match . - - The pixel type - The destination image - The token to request cancellation. - - - - Execute one step processing pixel rows into 'destination'. - - The pixel type - The destination image. - - - - Convert and copy row of colors into 'destination' starting at row . - - The pixel type - The destination image - - - - Provides methods for identifying metadata and color profiles within jpeg images. - - - - - Gets the JFIF specific markers. - - - - - Gets the ICC specific markers. - - - - - Gets the adobe photoshop APP13 marker which can contain IPTC meta data. - - - - - Gets the 8BIM marker, which signals the start of a adobe specific image resource block. - - - - - Gets a IPTC Image resource ID. - - - - - Gets the EXIF specific markers. - - - - - Gets the Adobe specific markers . - - - - - Returns a value indicating whether the passed bytes are a match to the profile identifier. - - The bytes to check. - The profile identifier. - The . - - - - Provides methods to evaluate the quality of an image. - Ported from - - - - - Returns an estimated quality of the image based on the quantization tables. - - The quantization tables. - The . - - - - Enumerates the Huffman tables - - - - - The DC luminance huffman table index - - - - - The AC luminance huffman table index - - - - - The DC chrominance huffman table index - - - - - The AC chrominance huffman table index - - - - - A compiled look-up table representation of a huffmanSpec. - Each value maps to a uint32 of which the 8 most significant bits hold the - codeword size in bits and the 24 least significant bits hold the codeword. - The maximum codeword size is 16 bits. - - - - - The compiled representations of theHuffmanSpec. - - - - - Initializes static members of the struct. - - - - - Initializes a new instance of the struct. - - dasd - - - - Gets the collection of huffman values. - - - - - The Huffman encoding specifications. - - - - - The Huffman encoding specifications. - This encoder uses the same Huffman encoding for all images. - - - - - Gets count[i] - The number of codes of length i bits. - - - - - Gets value[i] - The decoded value of the codeword at the given index. - - - - - Initializes a new instance of the struct. - - - The number of codes. - - - The decoded values. - - - - - Enumerates the quantization tables - - - - - The luminance quantization table index - - - - - The chrominance quantization table index - - - - - Provides 8-bit lookup tables for converting from Rgb to YCbCr colorspace. - Methods to build the tables are based on libjpeg implementation. - - - - - The red luminance table - - - - - The green luminance table - - - - - The blue luminance table - - - - - The red blue-chrominance table - - - - - The green blue-chrominance table - - - - - The blue blue-chrominance table - B=>Cb and R=>Cr are the same - - - - - The green red-chrominance table - - - - - The blue red-chrominance table - - - - - Initializes the YCbCr tables - - The initialized - - - - Optimized method to allocates the correct y, cb, and cr values to the DCT blocks from the given r, g, b values. - - - - - On-stack worker struct to efficiently encapsulate the TPixel -> Rgb24 -> YCbCr conversion chain of 8x8 pixel blocks. - - The pixel type to work on - - - - The Y component - - - - - The Cb component - - - - - The Cr component - - - - - The color conversion tables - - - - - Temporal 8x8 block to hold TPixel data - - - - - Temporal RGB block - - - - - Converts a 8x8 image area inside 'pixels' at position (x,y) placing the result members of the structure (, , ) - - - - - Contains inaccurate, but fast forward and inverse DCT implementations. - - - - - Apply floating point IDCT transformation into dest, using a temporary block 'temp' provided by the caller (optimization). - Ported from https://github.com/norishigefukushima/dct_simd/blob/master/dct/dct8x8_simd.cpp#L239 - - Source - Destination - Temporary block provided by the caller - - - - Do IDCT internal operations on the left part of the block. Original src: - https://github.com/norishigefukushima/dct_simd/blob/master/dct/dct8x8_simd.cpp#L261 - - The source block - Destination block - - - - Do IDCT internal operations on the right part of the block. - Original src: - https://github.com/norishigefukushima/dct_simd/blob/master/dct/dct8x8_simd.cpp#L261 - - The source block - The destination block - - - - Original: - - https://github.com/norishigefukushima/dct_simd/blob/master/dct/dct8x8_simd.cpp#L15 - - - Source - Destination - - - - Original: - - https://github.com/norishigefukushima/dct_simd/blob/master/dct/dct8x8_simd.cpp#L15 - - - Source - Destination - - - - Apply floating point IDCT transformation into dest, using a temporary block 'temp' provided by the caller (optimization) - - Source - Destination - Temporary block provided by the caller - If true, a constant -128.0 offset is applied for all values before FDCT - - - - A generic 8x8 block implementation, useful for manipulating custom 8x8 pixel data. - - - - - FOR TESTING ONLY! - Gets or sets a value at the given index - - The index - The value - - - - FOR TESTING ONLY! - Gets or sets a value in a row+column of the 8x8 block - - The x position index in the row - The column index - The value - - - - Load a 8x8 region of an image into the block. - The "outlying" area of the block will be stretched out with pixels on the right and bottom edge of the image. - - - - - Only for on-stack instances! - - - - - Cache 8 pixel rows on the stack, which may originate from different buffers of a . - - - - - Extension methods for - - - - - Multiplies 'a.Width' with 'b.Width' and 'a.Height' with 'b.Height'. - TODO: Shouldn't we expose this as operator in SixLabors.Core? - - - - - Divides 'a.Width' with 'b.Width' and 'a.Height' with 'b.Height'. - TODO: Shouldn't we expose this as operator in SixLabors.Core? - - - - - Divide Width and Height as real numbers and return the Ceiling. - - - - - Divide Width and Height as real numbers and return the Ceiling. - - - - - Divide Width and Height as real numbers and return the Ceiling. - - - - - Holds the Jpeg UnZig array in a value/stack type. - Unzig maps from the zigzag ordering to the natural ordering. For example, - unzig[3] is the column and row of the fourth element in zigzag order. The - value is 16, which means first column (16%8 == 0) and third row (16/8 == 2). - - - - - When reading corrupted data, the Huffman decoders could attempt - to reference an entry beyond the end of this array (if the decoded - zero run length reaches past the end of the block). To prevent - wild stores without adding an inner-loop test, we put some extra - "63"s after the real entries. This will cause the extra coefficient - to be stored in location 63 of the block, not somewhere random. - The worst case would be a run-length of 15, which means we need 16 - fake entries. - - - - - Copy of in a value type - - - - - Gets the unzigs map, which maps from the zigzag ordering to the natural ordering. - For example, unzig[3] is the column and row of the fourth element in zigzag order. - The value is 16, which means first column (16%8 == 0) and third row (16/8 == 2). - - - - - Returns the value at the given index - - The index - The - - - - Creates and fills an instance of with Jpeg unzig indices - - The new instance - - - - Apply Zigging to the given quantization table, so it will be sufficient to multiply blocks for dequantizing them. - - - - - Image decoder for generating an image out of a jpg stream. - - - - - Gets a value indicating whether the metadata should be ignored when the image is being decoded. - - - - - Encoder for writing the data image to a stream in jpeg format. - - - - - Gets the quality, that will be used to encode the image. Quality - index must be between 0 and 100 (compression from max to min). - - The quality of the jpg image from 0 to 100. - - - - Gets the subsample ration, that will be used to encode the image. - - The subsample ratio of the jpg image. - - - - Registers the image encoders, decoders and mime type detectors for the jpeg format. - - - - - - - - Contains jpeg constant values defined in the specification. - - - - - The maximum allowable length in each dimension of a jpeg image. - - - - - The list of mimetypes that equate to a jpeg. - - - - - The list of file extensions that equate to a jpeg. - - - - - Contains marker specific constants. - - - - - The prefix used for all markers. - - - - - Same as but of type - - - - - The Start of Image marker - - - - - The End of Image marker - - - - - Application specific marker for marking the jpeg format. - - - - - - Application specific marker for marking where to store metadata. - - - - - Application specific marker for marking where to store ICC profile information. - - - - - Application specific marker. - - - - - Application specific marker. - - - - - Application specific marker. - - - - - Application specific marker. - - - - - Application specific marker. - - - - - Application specific marker. - - - - - Application specific marker. - - - - - Application specific marker. - - - - - Application specific marker. - - - - - Application specific marker. - - - - - Application specific marker. - - - - - Application specific marker used by Adobe for storing encoding information for DCT filters. - - - - - Application specific marker used by GraphicConverter to store JPEG quality. - - - - - The text comment marker - - - - - Define Quantization Table(s) marker - - Specifies one or more quantization tables. - - - - - - Start of Frame (baseline DCT) - - Indicates that this is a baseline DCT-based JPEG, and specifies the width, height, number of components, - and component subsampling (e.g., 4:2:0). - - - - - - Start Of Frame (Extended Sequential DCT) - - Indicates that this is a progressive DCT-based JPEG, and specifies the width, height, number of components, - and component subsampling (e.g., 4:2:0). - - - - - - Start Of Frame (progressive DCT) - - Indicates that this is a progressive DCT-based JPEG, and specifies the width, height, number of components, - and component subsampling (e.g., 4:2:0). - - - - - - Define Huffman Table(s) - - Specifies one or more Huffman tables. - - - - - - Define Restart Interval - - Specifies the interval between RSTn markers, in macroblocks.This marker is followed by two bytes indicating the fixed size so - it can be treated like any other variable size segment. - - - - - - Start of Scan - - Begins a top-to-bottom scan of the image. In baseline DCT JPEG images, there is generally a single scan. - Progressive DCT JPEG images usually contain multiple scans. This marker specifies which slice of data it - will contain, and is immediately followed by entropy-coded data. - - - - - - Define First Restart - - Inserted every r macroblocks, where r is the restart interval set by a DRI marker. - Not used if there was no DRI marker. The low three bits of the marker code cycle in value from 0 to 7. - - - - - - Define Eigth Restart - - Inserted every r macroblocks, where r is the restart interval set by a DRI marker. - Not used if there was no DRI marker. The low three bits of the marker code cycle in value from 0 to 7. - - - - - - Contains Adobe specific constants. - - - - - The color transform is unknown.(RGB or CMYK) - - - - - The color transform is YCbCr (luminance, red chroma, blue chroma) - - - - - The color transform is YCCK (luminance, red chroma, blue chroma, keyline) - - - - - Contains Huffman specific constants. - - - - - The size of the huffman decoder register. - - - - - The number of bits to fetch when filling the buffer. - - - - - The number of times to read the input stream when filling the buffer. - - - - - The minimum number of bits allowed before by the before fetching. - - - - - If the next Huffman code is no more than this number of bits, we can obtain its length - and the corresponding symbol directly from this tables. - - - - - If a Huffman code is this number of bits we cannot use the lookup table to determine its value. - - - - - The size of the lookup table. - - - - - Image decoder for generating an image out of a jpg stream. - - - - - - - - - - - - - - - - - - - - - - - - - - Performs the jpeg decoding operation. - Originally ported from - with additional fixes for both performance and common encoding errors. - - - - - The only supported precision - - - - - The buffer used to temporarily store bytes read from the stream. - - - - - The buffer used to read markers from the stream. - - - - - The DC Huffman tables. - - - - - The AC Huffman tables - - - - - The reset interval determined by RST markers. - - - - - Whether the image has an EXIF marker. - - - - - Contains exif data. - - - - - Whether the image has an ICC marker. - - - - - Contains ICC data. - - - - - Whether the image has a IPTC data. - - - - - Contains IPTC data. - - - - - Contains information about the JFIF marker. - - - - - Contains information about the Adobe marker. - - - - - Initializes a new instance of the class. - - The configuration. - The options. - - - - - - - Gets the frame - - - - - - - - - - - Gets the number of MCU blocks in the image as . - - - - - Gets the image width - - - - - Gets the image height - - - - - Gets the color depth, in number of bits per pixel. - - - - - Gets a value indicating whether the metadata should be ignored when the image is being decoded. - - - - - Gets the decoded by this decoder instance. - - - - - - - - - - - - - - Gets the components. - - - - - - - - - - - Finds the next file marker within the byte stream. - - The buffer to read file markers to - The input stream - The - - - - - - - - - - Parses the input stream for file markers - - The input stream - Whether to decode metadata only. - The token to monitor cancellation. - - - - - - - Returns the correct colorspace based on the image component count - - The - - - - Initializes the EXIF profile. - - - - - Initializes the ICC profile. - - - - - Initializes the IPTC profile. - - - - - Assigns derived metadata properties to , eg. horizontal and vertical resolution if it has a JFIF header. - - - - - Extends the profile with additional data. - - The profile data array. - The array containing addition profile data. - - - - Processes the application header containing the JFIF identifier plus extra data. - - The input stream. - The remaining bytes in the segment block. - - - - Processes the App1 marker retrieving any stored metadata - - The input stream. - The remaining bytes in the segment block. - - - - Processes the App2 marker retrieving any stored ICC profile information - - The input stream. - The remaining bytes in the segment block. - - - - Processes a App13 marker, which contains IPTC data stored with Adobe Photoshop. - The content of an APP13 segment is formed by an identifier string followed by a sequence of resource data blocks. - - The input stream. - The remaining bytes in the segment block. - - - - Reads the adobe image resource block name: a Pascal string (padded to make size even). - - The span holding the block resource data. - The length of the name. - - - - Reads the length of a adobe image resource data block. - - The span holding the block resource data. - The length of the block name. - The block length. - - - - Processes the application header containing the Adobe identifier - which stores image encoding information for DCT filters. - - The input stream. - The remaining bytes in the segment block. - - - - Processes the Define Quantization Marker and tables. Specified in section B.2.4.1. - - The input stream. - The remaining bytes in the segment block. - - Thrown if the tables do not match the header - - - - - Processes the Start of Frame marker. Specified in section B.2.2. - - The input stream. - The remaining bytes in the segment block. - The current frame marker. - Whether to parse metadata only - - - - Processes a Define Huffman Table marker, and initializes a huffman - struct from its contents. Specified in section B.2.4.2. - - The input stream. - The remaining bytes in the segment block. - - - - Processes the DRI (Define Restart Interval Marker) Which specifies the interval between RSTn markers, in - macroblocks - - The input stream. - The remaining bytes in the segment block. - - - - Processes the SOS (Start of scan marker). - - - - - Builds the huffman tables - - The tables - The table index - The codelengths - The values - - - - Reads a from the stream advancing it by two bytes - - The input stream. - The - - - - Post processes the pixels into the destination image. - - The pixel format. - The . - - - - Encoder for writing the data image to a stream in jpeg format. - - - - - Gets or sets the quality, that will be used to encode the image. Quality - index must be between 0 and 100 (compression from max to min). - Defaults to 75. - - - - - Gets or sets the subsample ration, that will be used to encode the image. - - - - - Encodes the image to the specified stream from the . - - The pixel format. - The to encode from. - The to encode the image data to. - - - - Encodes the image to the specified stream from the . - - The pixel format. - The to encode from. - The to encode the image data to. - The token to monitor for cancellation requests. - A representing the asynchronous operation. - - - - Image encoder for writing an image to a stream as a jpeg. - - - - - The number of quantization tables. - - - - - A scratch buffer to reduce allocations. - - - - - A buffer for reducing the number of stream writes when emitting Huffman tables. 64 seems to be enough. - - - - - A buffer for reducing the number of stream writes when emitting Huffman tables. Max combined table lengths + - identifier. - - - - - Gets or sets the subsampling method to use. - - - - - The quality, that will be used to encode the image. - - - - - The accumulated bits to write to the stream. - - - - - The accumulated bit count. - - - - - The scaled chrominance table, in zig-zag order. - - - - - The scaled luminance table, in zig-zag order. - - - - - The output stream. All attempted writes after the first error become no-ops. - - - - - Initializes a new instance of the class. - - The options - - - - Gets the counts the number of bits needed to hold an integer. - - - - - Gets the SOS (Start Of Scan) marker "\xff\xda" followed by 12 bytes: - - the marker length "\x00\x0c", - - the number of components "\x03", - - component 1 uses DC table 0 and AC table 0 "\x01\x00", - - component 2 uses DC table 1 and AC table 1 "\x02\x11", - - component 3 uses DC table 1 and AC table 1 "\x03\x11", - - the bytes "\x00\x3f\x00". Section B.2.3 of the spec says that for - sequential DCTs, those bytes (8-bit Ss, 8-bit Se, 4-bit Ah, 4-bit Al) - should be 0x00, 0x3f, 0x00<<4 | 0x00. - - - - - Gets the unscaled quantization tables in zig-zag order. Each - encoder copies and scales the tables according to its quality parameter. - The values are derived from section K.1 after converting from natural to - zig-zag order. - - - - - Gets the unscaled quantization tables in zig-zag order. Each - encoder copies and scales the tables according to its quality parameter. - The values are derived from section K.1 after converting from natural to - zig-zag order. - - - - - Encode writes the image to the jpeg baseline format with the given options. - - The pixel format. - The image to write from. - The stream to write to. - The token to request cancellation. - - - - Writes data to "Define Quantization Tables" block for QuantIndex - - The "Define Quantization Tables" block - Offset in "Define Quantization Tables" block - The quantization index - The quantization table to copy data from - - - - Initializes quantization table. - - The quantization index. - The scaling factor. - The quantization table. - - - - Emits the least significant count of bits of bits to the bit-stream. - The precondition is bits - - < 1<<nBits && nBits <= 16 - - . - - The packed bits. - The number of bits - The reference to the emitBuffer. - - - - Emits the given value with the given Huffman encoder. - - The index of the Huffman encoder - The value to encode. - The reference to the emit buffer. - - - - Emits a run of runLength copies of value encoded with the given Huffman encoder. - - The index of the Huffman encoder - The number of copies to encode. - The value to encode. - The reference to the emit buffer. - - - - Encodes the image with no subsampling. - - The pixel format. - The pixel accessor providing access to the image pixels. - The token to monitor for cancellation. - The reference to the emit buffer. - - - - Writes the application header containing the JFIF identifier plus extra data. - - The image metadata. - - - - Writes a block of pixel data using the given quantization table, - returning the post-quantized DC value of the DCT-transformed block. - The block is in natural (not zig-zag) order. - - The quantization table index. - The previous DC value. - Source block - Temporal block to be used as FDCT Destination - Temporal block 2 - Quantization table - The 8x8 Unzig block. - The reference to the emit buffer. - The . - - - - Writes the Define Huffman Table marker and tables. - - The number of components to write. - - - - Writes the Define Quantization Marker and tables. - - - - - Writes the EXIF profile. - - The exif profile. - - - - Writes the IPTC metadata. - - The iptc metadata to write. - - Thrown if the IPTC profile size exceeds the limit of 65533 bytes. - - - - - Writes the App1 header. - - The length of the data the app1 marker contains. - - - - Writes a AppX header. - - The length of the data the app marker contains. - The app marker to write. - - - - Writes the ICC profile. - - The ICC profile to write. - - Thrown if any of the ICC profiles size exceeds the limit - - - - - Writes the metadata profiles to the image. - - The image metadata. - - - - Writes the Start Of Frame (Baseline) marker - - The width of the image - The height of the image - The number of components in a pixel - - - - Writes the StartOfScan marker. - - The pixel format. - The pixel accessor providing access to the image pixels. - The token to monitor for cancellation. - - - - Encodes the image with subsampling. The Cb and Cr components are each subsampled - at a factor of 2 both horizontally and vertically. - - The pixel format. - The pixel accessor providing access to the image pixels. - The token to monitor for cancellation. - The reference to the emit buffer. - - - - Writes the header for a marker with the given length. - - The marker to write. - The marker length. - - - - Registers the image encoders, decoders and mime type detectors for the jpeg format. - - - - - Gets the current instance. - - - - - - - - - - - - - - - - - - - - Detects Jpeg file headers - - - - - - - - - - - Returns a value indicating whether the given bytes identify Jfif data. - - The bytes representing the file header. - The - - - - Returns a value indicating whether the given bytes identify EXIF data. - - The bytes representing the file header. - The - - - - Returns a value indicating whether the given bytes identify Jpeg data. - This is a last chance resort for jpegs that contain ICC information. - - The bytes representing the file header. - The - - - - Provides Jpeg specific metadata information for the image. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The metadata to create an instance from. - - - - Gets or sets the encoded quality. - - - - - - - - Enumerates the chroma subsampling method applied to the image. - - - - - High Quality - Each of the three Y'CbCr components have the same sample rate, - thus there is no chroma subsampling. - - - - - Medium Quality - The horizontal sampling is halved and the Cb and Cr channels are only - sampled on each alternate line. - - - - - Cold path optimization for throwing 's. - - The error message for the exception. - - - - Cold path optimization for throwing 's. - - The error message for the exception. - The exception that is the cause of the current exception, or a null reference - if no inner exception is specified. - - - - Cold path optimization for throwing 's - - The error message for the exception. - - - - Contains information about the pixels that make up an images visual data. - - - - - Initializes a new instance of the class. - - Color depth, in number of bits per pixel. - Tthe pixel alpha transparency behavior. - - - - Gets color depth, in number of bits per pixel. - - - - - Gets the pixel alpha transparency behavior. - means unknown, unspecified. - - - - - Constants and helper methods for the Adam7 interlacing algorithm. - - - - - The amount to increment when processing each column per scanline for each interlaced pass. - - - - - The index to start at when processing each column per scanline for each interlaced pass. - - - - - The index to start at when processing each row per scanline for each interlaced pass. - - - - - The amount to increment when processing each row per scanline for each interlaced pass. - - - - - Gets the width of the block. - - The width. - The pass. - - The - - - - - Gets the height of the block. - - The height. - The pass. - - The - - - - - Returns the correct number of columns for each interlaced pass. - - The line width. - The current pass index. - The - - - - The pHYs chunk specifies the intended pixel size or aspect ratio for display of the image. - - - - - Gets the number of pixels per unit on the X axis. - - - - - Gets the number of pixels per unit on the Y axis. - - - - - Gets the unit specifier. - 0: unit is unknown - 1: unit is the meter - When the unit specifier is 0, the pHYs chunk defines pixel aspect ratio only; the actual size of the pixels remains unspecified. - - - - - Parses the PhysicalChunkData from the given buffer. - - The data buffer. - The parsed PhysicalChunkData. - - - - Constructs the PngPhysicalChunkData from the provided metadata. - If the resolution units are not in meters, they are automatically converted. - - The metadata. - The constructed PngPhysicalChunkData instance. - - - - Writes the data to the given buffer. - - The buffer. - - - - The Average filter uses the average of the two neighboring pixels (left and above) to predict - the value of a pixel. - - - - - - Decodes the scanline - - The scanline to decode - The previous scanline. - The bytes per pixel. - - - - Encodes the scanline - - The scanline to encode - The previous scanline. - The filtered scanline result. - The bytes per pixel. - The sum of the total variance of the filtered row - - - - Calculates the average value of two bytes - - The left byte - The above byte - The - - - - Provides enumeration of the various PNG filter types. - - - - - - With the None filter, the scanline is transmitted unmodified; it is only necessary to - insert a filter type byte before the data. - - - - - The Sub filter transmits the difference between each byte and the value of the corresponding - byte of the prior pixel. - - - - - The Up filter is just like the Sub filter except that the pixel immediately above the current - pixel, rather than just to its left, is used as the predictor. - - - - - The Average filter uses the average of the two neighboring pixels (left and above) to - predict the value of a pixel. - - - - - The Paeth filter computes a simple linear function of the three neighboring pixels (left, above, upper left), - then chooses as predictor the neighboring pixel closest to the computed value. - This technique is due to Alan W. Paeth - - - - - The None filter, the scanline is transmitted unmodified; it is only necessary to - insert a filter type byte before the data. - - - - - - Encodes the scanline - - The scanline to encode - The filtered scanline result. - - - - The Paeth filter computes a simple linear function of the three neighboring pixels (left, above, upper left), - then chooses as predictor the neighboring pixel closest to the computed value. - This technique is due to Alan W. Paeth. - - - - - - Decodes the scanline - - The scanline to decode - The previous scanline. - The bytes per pixel. - - - - Encodes the scanline - - The scanline to encode - The previous scanline. - The filtered scanline result. - The bytes per pixel. - The sum of the total variance of the filtered row - - - - Computes a simple linear function of the three neighboring pixels (left, above, upper left), then chooses - as predictor the neighboring pixel closest to the computed value. - - The left neighbor pixel. - The above neighbor pixel. - The upper left neighbor pixel. - - The . - - - - - The Sub filter transmits the difference between each byte and the value of the corresponding byte - of the prior pixel. - - - - - - Decodes the scanline - - The scanline to decode - The bytes per pixel. - - - - Encodes the scanline - - The scanline to encode - The filtered scanline result. - The bytes per pixel. - The sum of the total variance of the filtered row - - - - The Up filter is just like the Sub filter except that the pixel immediately above the current pixel, - rather than just to its left, is used as the predictor. - - - - - - Decodes the scanline - - The scanline to decode - The previous scanline. - - - - Encodes the scanline - - The scanline to encode - The previous scanline. - The filtered scanline result. - The sum of the total variance of the filtered row - - - - The options for decoding png images - - - - - Gets a value indicating whether the metadata should be ignored when the image is being decoded. - - - - - The options available for manipulating the encoder pipeline. - - - - - Gets the number of bits per sample or per palette index (not per pixel). - Not all values are allowed for all values. - - - - - Gets the color type. - - - - - Gets the filter method. - - - - - Gets the compression level 1-9. - Defaults to . - - - - - Gets the threshold of characters in text metadata, when compression should be used. - - - - - Gets the gamma value, that will be written the image. - - The gamma value of the image. - - - - Gets the quantizer for reducing the color count. - - - - - Gets the transparency threshold. - - - - - Gets a value indicating whether this instance should write an Adam7 interlaced image. - - - - - Gets a value indicating whether the metadata should be ignored when the image is being encoded. - When set to true, all ancillary chunks will be skipped. - - - - - Gets the chunk filter method. This allows to filter ancillary chunks. - - - - - Gets a value indicating whether fully transparent pixels that may contain R, G, B values which are not 0, - should be converted to transparent black, which can yield in better compression in some cases. - - - - - Provides enumeration for the available PNG bit depths. - - - - - 1 bit per sample or per palette index (not per pixel). - - - - - 2 bits per sample or per palette index (not per pixel). - - - - - 4 bits per sample or per palette index (not per pixel). - - - - - 8 bits per sample or per palette index (not per pixel). - - - - - 16 bits per sample or per palette index (not per pixel). - - - - - Stores header information about a chunk. - - - - - Gets the length. - An unsigned integer giving the number of bytes in the chunk's - data field. The length counts only the data field, not itself, - the chunk type code, or the CRC. Zero is a valid length - - - - - Gets the chunk type. - The value is the equal to the UInt32BigEndian encoding of its 4 ASCII characters. - - - - - Gets the data bytes appropriate to the chunk type, if any. - This field can be of zero length or null. - - - - - Gets a value indicating whether the given chunk is critical to decoding - - - - - Provides enumeration of available PNG optimization methods. - - - - - With the None filter, all chunks will be written. - - - - - Excludes the physical dimension information chunk from encoding. - - - - - Excludes the gamma information chunk from encoding. - - - - - Excludes the eXIf chunk from encoding. - - - - - Excludes the tTXt, iTXt or zTXt chunk from encoding. - - - - - All ancillary chunks will be excluded. - - - - - Contains a list of chunk types. - - - - - The IDAT chunk contains the actual image data. The image can contains more - than one chunk of this type. All chunks together are the whole image. - - - - - This chunk must appear last. It marks the end of the PNG data stream. - The chunk's data field is empty. - - - - - The first chunk in a png file. Can only exists once. Contains - common information like the width and the height of the image or - the used compression method. - - - - - The PLTE chunk contains from 1 to 256 palette entries, each a three byte - series in the RGB format. - - - - - The eXIf data chunk which contains the Exif profile. - - - - - This chunk specifies the relationship between the image samples and the desired - display output intensity. - - - - - The pHYs chunk specifies the intended pixel size or aspect ratio for display of the image. - - - - - Textual information that the encoder wishes to record with the image can be stored in - tEXt chunks. Each tEXt chunk contains a keyword and a text string. - - - - - Textual information that the encoder wishes to record with the image. The zTXt and tEXt chunks are semantically equivalent, - but the zTXt chunk is recommended for storing large blocks of text. Each zTXt chunk contains a (uncompressed) keyword and - a compressed text string. - - - - - The iTXt chunk contains International textual data. It contains a keyword, an optional language tag, an optional translated keyword - and the actual text string, which can be compressed or uncompressed. - - - - - The tRNS chunk specifies that the image uses simple transparency: - either alpha values associated with palette entries (for indexed-color images) - or a single transparent color (for grayscale and true color images). - - - - - The tIME chunk gives the time of the last image modification (not the time of initial image creation). - - - - - The bKGD chunk specifies a default background colour to present the image against. - If there is any other preferred background, either user-specified or part of a larger page (as in a browser), - the bKGD chunk should be ignored. - - - - - The iCCP chunk contains a embedded color profile. If the iCCP chunk is present, - the image samples conform to the colour space represented by the embedded ICC profile as defined by the International Color Consortium. - - - - - The sBIT chunk defines the original number of significant bits (which can be less than or equal to the sample depth). - This allows PNG decoders to recover the original data losslessly even if the data had a sample depth not directly supported by PNG. - - - - - If the sRGB chunk is present, the image samples conform to the sRGB colour space [IEC 61966-2-1] and should be displayed - using the specified rendering intent defined by the International Color Consortium. - - - - - The hIST chunk gives the approximate usage frequency of each colour in the palette. - - - - - The sPLT chunk contains the suggested palette. - - - - - The cHRM chunk may be used to specify the 1931 CIE x,y chromaticities of the red, - green, and blue display primaries used in the image, and the referenced white point. - - - - - Malformed chunk named CgBI produced by apple, which is not conform to the specification. - Related issue is here https://github.com/SixLabors/ImageSharp/issues/410 - - - - - Provides enumeration of available PNG color types. - - - - - Each pixel is a grayscale sample. - - - - - Each pixel is an R,G,B triple. - - - - - Each pixel is a palette index; a PLTE chunk must appear. - - - - - Each pixel is a grayscale sample, followed by an alpha sample. - - - - - Each pixel is an R,G,B triple, followed by an alpha sample. - - - - - Provides enumeration of available PNG compression levels. - - - - - Level 0. Equivalent to . - - - - - No compression. Equivalent to . - - - - - Level 1. Equivalent to . - - - - - Best speed compression level. - - - - - Level 2. - - - - - Level 3. - - - - - Level 4. - - - - - Level 5. - - - - - Level 6. Equivalent to . - - - - - The default compression level. Equivalent to . - - - - - Level 7. - - - - - Level 8. - - - - - Level 9. Equivalent to . - - - - - Best compression level. Equivalent to . - - - - - Registers the image encoders, decoders and mime type detectors for the png format. - - - - - - - - Defines Png constants defined in the specification. - - - - - The character encoding to use when reading and writing textual data keywords and text - (Latin-1 ISO-8859-1). - - - - - The character encoding to use when reading and writing language tags within iTXt chunks - (ASCII 7bit). - - - - - The character encoding to use when reading and writing translated textual data keywords and text - (UTF8). - - - - - The list of mimetypes that equate to a Png. - - - - - The list of file extensions that equate to a Png. - - - - - The header bytes as a big-endian coded ulong. - - - - - The dictionary of available color types. - - - - - The maximum length of keyword in a text chunk is 79 bytes. - - - - - The minimum length of a keyword in a text chunk is 1 byte. - - - - - Gets the header bytes identifying a Png. - - - - - Decoder for generating an image out of a png encoded stream. - - - - - - - - - - - - - - - - - - - - - - - - - - Performs the png decoding operation. - - - - - Reusable buffer. - - - - - Gets or sets a value indicating whether the metadata should be ignored when the image is being decoded. - - - - - Used the manage memory allocations. - - - - - The stream to decode from. - - - - - The png header. - - - - - The number of bytes per pixel. - - - - - The number of bytes per sample. - - - - - The number of bytes per scanline. - - - - - The palette containing color information for indexed png's. - - - - - The palette containing alpha channel color information for indexed png's. - - - - - A value indicating whether the end chunk has been reached. - - - - - Previous scanline processed. - - - - - The current scanline that is being processed. - - - - - The index of the current scanline being processed. - - - - - The current number of bytes read in the current scanline. - - - - - Gets or sets the png color type. - - - - - The next chunk of data to return. - - - - - Initializes a new instance of the class. - - The configuration. - The decoder options. - - - - - - - Gets the dimensions of the image. - - - - - - - - - - - Reads the least significant bits from the byte pair with the others set to 0. - - The source buffer - THe offset - The - - - - Attempts to convert a byte array to a new array where each value in the original array is represented by the - specified number of bits. - - The bytes to convert from. Cannot be empty. - The number of bytes per scanline - The number of bits per value. - The new array. - The resulting array. - - - - Reads the data chunk containing physical dimension data. - - The metadata to read to. - The data containing physical data. - - - - Reads the data chunk containing gamma data. - - The metadata to read to. - The data containing physical data. - - - - Initializes the image and various buffers needed for processing - - The type the pixels will be - The metadata information for the image - The image that we will populate - - - - Calculates the correct number of bits per pixel for the given color type. - - The - - - - Calculates the correct number of bytes per pixel for the given color type. - - The - - - - Calculates the scanline length. - - The width of the row. - - The representing the length. - - - - - Reads the scanlines within the image. - - The pixel format. - The png chunk containing the compressed scanline data. - The pixel data. - The png metadata - - - - Decodes the raw pixel data row by row - - The pixel format. - The compressed pixel data stream. - The image to decode to. - The png metadata - - - - Decodes the raw interlaced pixel data row by row - - - The pixel format. - The compressed pixel data stream. - The current image. - The png metadata. - - - - Processes the de-filtered scanline filling the image pixel data - - The pixel format. - The de-filtered scanline - The image - The png metadata. - - - - Processes the interlaced de-filtered scanline filling the image pixel data - - The pixel format. - The de-filtered scanline - The current image row. - The png metadata. - The column start index. Always 0 for none interlaced images. - The column increment. Always 1 for none interlaced images. - - - - Decodes and assigns marker colors that identify transparent pixels in non indexed images. - - The alpha tRNS array. - The png metadata. - - - - Reads a header chunk from the data. - - The png metadata. - The containing data. - - - - Reads a text chunk containing image properties from the data. - - The metadata to decode to. - The containing the data. - - - - Reads the compressed text chunk. Contains a uncompressed keyword and a compressed text string. - - The metadata to decode to. - The containing the data. - - - - Reads a iTXt chunk, which contains international text data. It contains: - - A uncompressed keyword. - - Compression flag, indicating if a compression is used. - - Compression method. - - Language tag (optional). - - A translated keyword (optional). - - Text data, which is either compressed or uncompressed. - - The metadata to decode to. - The containing the data. - - - - Decompresses a byte array with zlib compressed text data. - - Compressed text data bytes. - The string encoding to use. - The uncompressed value. - The . - - - - Reads the next data chunk. - - Count of bytes in the next data chunk, or 0 if there are no more data chunks left. - - - - Reads a chunk from the stream. - - The image format chunk. - - The . - - - - - Validates the png chunk. - - The . - - - - Reads the cycle redundancy chunk from the data. - - - - - Skips the chunk data and the cycle redundancy chunk read from the data. - - The image format chunk. - - - - Reads the chunk data from the stream. - - The length of the chunk data to read. - - - - Identifies the chunk type from the chunk. - - - Thrown if the input stream is not valid. - - - - - Attempts to read the length of the next chunk. - - - Whether the length was read. - - - - - Tries to reads a text chunk keyword, which have some restrictions to be valid: - Keywords shall contain only printable Latin-1 characters and should not have leading or trailing whitespace. - See: https://www.w3.org/TR/PNG/#11zTXt - - The keyword bytes. - The name. - True, if the keyword could be read and is valid. - - - - Image encoder for writing image data to a stream in png format. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Encodes the image to the specified stream from the . - - The pixel format. - The to encode from. - The to encode the image data to. - - - - Encodes the image to the specified stream from the . - - The pixel format. - The to encode from. - The to encode the image data to. - The token to monitor for cancellation requests. - A representing the asynchronous operation. - - - - Performs the png encoding operation. - - - - - The maximum block size, defaults at 64k for uncompressed blocks. - - - - - Used the manage memory allocations. - - - - - The configuration instance for the decoding operation. - - - - - Reusable buffer for writing general data. - - - - - Reusable buffer for writing chunk data. - - - - - The encoder options - - - - - The bit depth. - - - - - Gets or sets a value indicating whether to use 16 bit encoding for supported color types. - - - - - The number of bytes per pixel. - - - - - The image width. - - - - - The image height. - - - - - The raw data of previous scanline. - - - - - The raw data of current scanline. - - - - - The common buffer for the filters. - - - - - The ext buffer for the sub filter, . - - - - - The ext buffer for the average filter, . - - - - - The ext buffer for the Paeth filter, . - - - - - Initializes a new instance of the class. - - The to use for buffer allocations. - The configuration. - The options for influencing the encoder - - - - Encodes the image to the specified stream from the . - - The pixel format. - The to encode from. - The to encode the image data to. - The token to request cancellation. - - - - - - - Convert transparent pixels, to transparent black pixels, which can yield to better compression in some cases. - - The type of the pixel. - The cloned image where the transparent pixels will be changed. - - - - Creates the quantized image and sets calculates and sets the bit depth. - - The type of the pixel. - The image to quantize. - Cloned image with transparent pixels are changed to black. - The quantized image. - - - Collects a row of grayscale pixels. - The pixel format. - The image row span. - - - - Collects a row of true color pixel data. - - The pixel format. - The row span. - - - - Encodes the pixel data line by line. - Each scanline is encoded in the most optimal manner to improve compression. - - The pixel format. - The row span. - The quantized pixels. Can be null. - The row. - - - - Apply filter for the raw scanline. - - - - - Encodes the pixel data line by line. - Each scanline is encoded in the most optimal manner to improve compression. - - The pixel format. - The row span. - The quantized pixels. Can be null. - The row. - The - - - - Encodes the indexed pixel data (with palette) for Adam7 interlaced mode. - - The row span. - - - - Applies all PNG filters to the given scanline and returns the filtered scanline that is deemed - to be most compressible, using lowest total variation as proxy for compressibility. - - The - - - - Writes the header chunk to the stream. - - The containing image data. - - - - Writes the palette chunk to the stream. - Should be written before the first IDAT chunk. - - The pixel format. - The containing image data. - The quantized frame. - - - - Writes the physical dimension information to the stream. - Should be written before IDAT chunk. - - The containing image data. - The image metadata. - - - - Writes the eXIf chunk to the stream, if any EXIF Profile values are present in the metadata. - - The containing image data. - The image metadata. - - - - Writes a text chunk to the stream. Can be either a tTXt, iTXt or zTXt chunk, - depending whether the text contains any latin characters or should be compressed. - - The containing image data. - The image metadata. - - - - Compresses a given text using Zlib compression. - - The text bytes to compress. - The compressed text byte array. - - - - Writes the gamma information to the stream. - Should be written before PLTE and IDAT chunk. - - The containing image data. - - - - Writes the transparency chunk to the stream. - Should be written after PLTE and before IDAT. - - The containing image data. - The image metadata. - - - - Writes the pixel information to the stream. - - The pixel format. - The image. - The quantized pixel data. Can be null. - The stream. - - - - Allocates the buffers for each scanline. - - The bytes per scanline. - Length of the result. - - - - Allocates the ext buffers for adaptive filter. - - - - - Encodes the pixels. - - The type of the pixel. - The pixels. - The quantized pixels span. - The deflate stream. - - - - Interlaced encoding the pixels. - - The type of the pixel. - The pixels. - The deflate stream. - - - - Interlaced encoding the quantized (indexed, with palette) pixels. - - The type of the pixel. - The quantized. - The deflate stream. - - - - Writes the chunk end to the stream. - - The containing image data. - - - - Writes a chunk to the stream. - - The to write to. - The type of chunk to write. - The containing data. - - - - Writes a chunk of a specified length to the stream at the given offset. - - The to write to. - The type of chunk to write. - The containing data. - The position to offset the data at. - The of the data to write. - - - - Calculates the scanline length. - - The width of the row. - - The representing the length. - - - - - The helper methods for class. - - - - - Packs the given 8 bit array into and array of depths. - - The source span in 8 bits. - The resultant span in . - The bit depth. - The scaling factor. - - - - The options structure for the . - - - - - Initializes a new instance of the class. - - The source. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - The helper methods for the PNG encoder options. - - - - - Adjusts the options based upon the given metadata. - - The options. - The PNG metadata. - if set to true [use16 bit]. - The bytes per pixel. - - - - Creates the quantized frame. - - The type of the pixel. - The options. - The image. - - - - Calculates the bit depth value. - - The type of the pixel. - The options. - The quantized frame. - - - - Calculates the correct number of bytes per pixel for the given color type. - - Bytes per pixel. - - - - Returns a suggested for the given - This is not exhaustive but covers many common pixel formats. - - - - - Returns a suggested for the given - This is not exhaustive but covers many common pixel formats. - - - - - Provides enumeration of available PNG filter methods. - - - - - With the None filter, the scanline is transmitted unmodified. - - - - - The Sub filter transmits the difference between each byte and the value of the corresponding - byte of the prior pixel. - - - - - The Up filter is just like the filter except that the pixel immediately above the current pixel, - rather than just to its left, is used as the predictor. - - - - - The Average filter uses the average of the two neighboring pixels (left and above) to predict the value of a pixel. - - - - - The Paeth filter computes a simple linear function of the three neighboring pixels (left, above, upper left), - then chooses as predictor the neighboring pixel closest to the computed value. - - - - - Computes the output scanline using all five filters, and selects the filter that gives the smallest sum of - absolute values of outputs. - This method usually outperforms any single fixed filter choice. - - - - - Registers the image encoders, decoders and mime type detectors for the png format. - - - - - Gets the current instance. - - - - - - - - - - - - - - - - - - - - Represents the png header chunk. - - - - - Gets the dimension in x-direction of the image in pixels. - - - - - Gets the dimension in y-direction of the image in pixels. - - - - - Gets the bit depth. - Bit depth is a single-byte integer giving the number of bits per sample - or per palette index (not per pixel). Valid values are 1, 2, 4, 8, and 16, - although not all values are allowed for all color types. - - - - - Gets the color type. - Color type is a integer that describes the interpretation of the - image data. Color type codes represent sums of the following values: - 1 (palette used), 2 (color used), and 4 (alpha channel used). - - - - - Gets the compression method. - Indicates the method used to compress the image data. At present, - only compression method 0 (deflate/inflate compression with a sliding - window of at most 32768 bytes) is defined. - - - - - Gets the preprocessing method. - Indicates the preprocessing method applied to the image - data before compression. At present, only filter method 0 - (adaptive filtering with five basic filter types) is defined. - - - - - Gets the transmission order. - Indicates the transmission order of the image data. - Two values are currently defined: 0 (no interlace) or 1 (Adam7 interlace). - - - - - Validates the png header. - - - Thrown if the image does pass validation. - - - - - Writes the header to the given buffer. - - The buffer to write to. - - - - Parses the PngHeader from the given data buffer. - - The data to parse. - The parsed PngHeader. - - - - Detects png file headers - - - - - - - - - - - Provides enumeration of available PNG interlace modes. - - - - - Non interlaced - - - - - Adam 7 interlacing. - - - - - Provides Png specific metadata information for the image. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The metadata to create an instance from. - - - - Gets or sets the number of bits per sample or per palette index (not per pixel). - Not all values are allowed for all values. - - - - - Gets or sets the color type. - - - - - Gets or sets a value indicating whether this instance should write an Adam7 interlaced image. - - - - - Gets or sets the gamma value for the image. - - - - - Gets or sets the Rgb24 transparent color. - This represents any color in an 8 bit Rgb24 encoded png that should be transparent. - - - - - Gets or sets the Rgb48 transparent color. - This represents any color in a 16 bit Rgb24 encoded png that should be transparent. - - - - - Gets or sets the 8 bit grayscale transparent color. - This represents any color in an 8 bit grayscale encoded png that should be transparent. - - - - - Gets or sets the 16 bit grayscale transparent color. - This represents any color in a 16 bit grayscale encoded png that should be transparent. - - - - - Gets or sets a value indicating whether the image contains a transparency chunk and markers were decoded. - - - - - Gets or sets the collection of text data stored within the iTXt, tEXt, and zTXt chunks. - Used for conveying textual information associated with the image. - - - - - - - - Provides methods to allow the decoding of raw scanlines to image rows of different pixel formats. - TODO: We should make this a stateful class or struct to reduce the number of arguments on methods (most are invariant). - - - - - Stores text data contained in the iTXt, tEXt, and zTXt chunks. - Used for conveying textual information associated with the image, like the name of the author, - the copyright information, the date, where the image was created, or some other information. - - - - - Initializes a new instance of the struct. - - The keyword of the property. - The value of the property. - An optional language tag. - A optional translated keyword. - - - - Gets the keyword of this which indicates - the type of information represented by the text string as described in https://www.w3.org/TR/PNG/#11keywords. - - - Typical properties are the author, copyright information or other meta information. - - - - - Gets the value of this . - - - - - Gets an optional language tag defined in https://www.w3.org/TR/PNG/#2-RFC-3066 indicates the human language used by the translated keyword and the text. - If the first word is two or three letters long, it is an ISO language code https://www.w3.org/TR/PNG/#2-ISO-639. - - - Examples: cn, en-uk, no-bok, x-klingon, x-KlInGoN. - - - - - Gets an optional translated keyword, should contain a translation of the keyword into the language indicated by the language tag. - - - - - Compares two objects. The result specifies whether the values - of the properties of the two objects are equal. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects. The result specifies whether the values - of the properties of the two objects are unequal. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the current left is unequal to the parameter; otherwise, false. - - - - - Indicates whether this instance and a specified object are equal. - - - The object to compare with the current instance. - - - true if and this instance are the same type and represent the - same value; otherwise, false. - - - - - Returns the hash code for this instance. - - - A 32-bit signed integer that is the hash code for this instance. - - - - - Returns the fully qualified type name of this instance. - - - A containing a fully qualified type name. - - - - - Indicates whether the current object is equal to another object of the same type. - - - True if the current object is equal to the parameter; otherwise, false. - - An object to compare with this object. - - - - Cold path optimizations for throwing png format based exceptions. - - - - - Enum indicating how the transparency should be handled on encoding. - - - - - The transparency will be kept as is. - - - - - Converts fully transparent pixels that may contain R, G, B values which are not 0, - to transparent black, which can yield in better compression in some cases. - - - - - Calculates the 32 bit Adler checksum of a given buffer according to - RFC 1950. ZLIB Compressed Data Format Specification version 3.3) - - - - - The default initial seed value of a Adler32 checksum calculation. - - - - - Calculates the Adler32 checksum with the bytes taken from the span. - - The readonly span of bytes. - The . - - - - Calculates the Adler32 checksum with the bytes taken from the span and seed. - - The input Adler32 value. - The readonly span of bytes. - The . - - - - Calculates the 32 bit Cyclic Redundancy Check (CRC) checksum of a given buffer - according to the IEEE 802.3 specification. - - - Contains precalulated tables for scalar calculations. - - - - - The default initial seed value of a Crc32 checksum calculation. - - - - - Calculates the CRC checksum with the bytes taken from the span. - - The readonly span of bytes. - The . - - - - Calculates the CRC checksum with the bytes taken from the span and seed. - - The input CRC value. - The readonly span of bytes. - The . - - - - The table of all possible eight bit values for fast scalar lookup. - - - - - This class compresses input with the deflate algorithm described in RFC 1951. - It has several compression levels and three different strategies described below. - - - - - The best and slowest compression level. This tries to find very - long and distant string repetitions. - - - - - The worst but fastest compression level. - - - - - The default compression level. - - - - - This level won't compress at all but output uncompressed blocks. - - - - - The compression method. This is the only method supported so far. - There is no need to use this constant at all. - - - - - Compression level. - - - - - The current state. - - - - - Initializes a new instance of the class. - - The memory allocator to use for buffer allocations. - The compression level, a value between NoCompression and BestCompression. - - if level is out of range. - - - - Compression Level as an enum for safer use - - - - - The best and slowest compression level. This tries to find very - long and distant string repetitions. - - - - - The worst but fastest compression level. - - - - - The default compression level. - - - - - This level won't compress at all but output uncompressed blocks. - - - - - The compression method. This is the only method supported so far. - There is no need to use this constant at all. - - - - - Gets a value indicating whetherthe stream was finished and no more output bytes - are available. - - - - - Gets a value indicating whether the input buffer is empty. - You should then call setInput(). - NOTE: This method can also return true when the stream - was finished. - - - - - Resets the deflater. The deflater acts afterwards as if it was - just created with the same compression level and strategy as it - had before. - - - - - Flushes the current input block. Further calls to Deflate() will - produce enough output to inflate everything in the current input - block. It is used by DeflaterOutputStream to implement Flush(). - - - - - Finishes the deflater with the current input block. It is an error - to give more input after this method was called. This method must - be called to force all bytes to be flushed. - - - - - Sets the data which should be compressed next. This should be - only called when needsInput indicates that more input is needed. - The given byte array should not be changed, before needsInput() returns - true again. - - The buffer containing the input data. - The start of the data. - The number of data bytes of input. - - if the buffer was finished or if previous input is still pending. - - - - - Sets the compression level. There is no guarantee of the exact - position of the change, but if you call this when needsInput is - true the change of compression level will occur somewhere near - before the end of the so far given input. - - - the new compression level. - - - - - Deflates the current input block to the given array. - - Buffer to store the compressed data. - Offset into the output array. - The maximum number of bytes that may be stored. - - The number of compressed bytes added to the output, or 0 if either - or returns true or length is zero. - - - - - - - - This class contains constants used for deflation. - - - - - Set to true to enable debugging - - - - - Written to Zip file to identify a stored block - - - - - Identifies static tree in Zip file - - - - - Identifies dynamic tree in Zip file - - - - - Header flag indicating a preset dictionary for deflation - - - - - Sets internal buffer sizes for Huffman encoding - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Internal compression engine constant - - - - - Strategies for deflater - - - - - The default strategy - - - - - This strategy will only allow longer string repetitions. It is - useful for random data with a small character set. - - - - - This strategy will not look for string repetitions at all. It - only encodes with Huffman trees (which means, that more common - characters get a smaller encoding. - - - - - Low level compression engine for deflate algorithm which uses a 32K sliding window - with secondary compression from Huffman/Shannon-Fano codes. - - - - - Points to the current character in the window. - - - - - lookahead is the number of characters starting at strstart in - window that are valid. - So window[strstart] until window[strstart+lookahead-1] are valid - characters. - - - - - The current compression function. - - - - - The input data for compression. - - - - - The offset into inputBuf, where input data starts. - - - - - The end offset of the input data. - - - - - Hashtable, hashing three characters to an index for window, so - that window[index]..window[index+2] have this hash code. - Note that the array should really be unsigned short, so you need - to and the values with 0xFFFF. - - - - - prev[index & WMASK] points to the previous index that has the - same hash code as the string starting at index. This way - entries with the same hash code are in a linked list. - Note that the array should really be unsigned short, so you need - to and the values with 0xFFFF. - - - - - This array contains the part of the uncompressed stream that - is of relevance. The current character is indexed by strstart. - - - - - Initializes a new instance of the class. - - The memory allocator to use for buffer allocations. - The deflate strategy to use. - - - - Gets the pending buffer to use. - - - - - Deflate drives actual compression of data - - True to flush input buffers - Finish deflation with the current input. - Returns true if progress has been made. - - - - Sets input data to be deflated. Should only be called when - returns true - - The buffer containing input data. - The offset of the first byte of data. - The number of bytes of data to use as input. - - - - Determines if more input is needed. - - Return true if input is needed via SetInput - - - - Reset internal state - - - - - Set the deflate level (0-9) - - The value to set the level to. - - - - Fill the window - - - - - - - - Inserts the current string in the head hash and returns the previous - value for this hash. - - The previous hash value - - - - - Find the best (longest) string in the window matching the - string starting at strstart. - - - Preconditions: - - strstart + DeflaterConstants.MAX_MATCH <= window.length. - - - The current match. - True if a match greater than the minimum length is found - - - - Performs Deflate Huffman encoding. - - - - - Initializes a new instance of the class. - - The memory allocator to use for buffer allocations. - - - - Gets the lengths of the bit length codes are sent in order of decreasing probability, to avoid transmitting the lengths for unused bit length codes. - - - - - Gets the pending buffer to use. - - - - - Reset internal state - - - - - Write all trees to pending buffer - - The number/rank of treecodes to send. - - - - Compress current buffer writing data to pending buffer - - - - - Flush block to output with no compression - - Data to write - Index of first byte to write - Count of bytes to write - True if this is the last block - - - - Flush block to output with compression - - Data to flush - Index of first byte to flush - Count of bytes to flush - True if this is the last block - - - - Get value indicating if internal buffer is full - - true if buffer is full - - - - Add literal to buffer - - Literal value to add to buffer. - Value indicating internal buffer is full - - - - Add distance code and length to literal and distance trees - - Distance code - Length - Value indicating if internal buffer is full - - - - Reverse the bits of a 16 bit value. - - Value to reverse bits - Value with bits reversed - - - - - - - Resets the internal state of the tree - - - - - Set static codes and length - - new codes - length for new codes - - - - Build dynamic codes and lengths - - - - - Get encoded length - - Encoded length, the sum of frequencies * lengths - - - - Scan a literal or distance tree to determine the frequencies of the codes - in the bit length tree. - - - - - Write the tree values. - - The pending buffer. - The tree to write. - - - - A special stream deflating or compressing the bytes that are - written to it. It uses a Deflater to perform actual deflating. - - - - - Initializes a new instance of the class. - - The memory allocator to use for buffer allocations. - The output stream where deflated output is written. - The compression level. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Stores pending data for writing data to the Deflater. - - - - - Initializes a new instance of the class. - - The memory allocator to use for buffer allocations. - - - - Gets the number of bits written to the buffer. - - - - - Gets a value indicating whether indicates the buffer has been flushed. - - - - - Clear internal state/buffers. - - - - - Write a short value to buffer LSB first. - - The value to write. - - - - Write a block of data to the internal buffer. - - The data to write. - The offset of first byte to write. - The number of bytes to write. - - - - Aligns internal buffer on a byte boundary. - - - - - Write bits to internal buffer - - source of bits - number of bits to write - - - - Write a short value to internal buffer most significant byte first - - The value to write - - - - Flushes the pending buffer into the given output array. - If the output array is to small, only a partial flush is done. - - The output array. - The offset into output array. - The maximum number of bytes to store. - The number of bytes flushed. - - - - - - - Provides methods and properties for compressing streams by using the Zlib Deflate algorithm. - - - - - The raw stream containing the uncompressed image data. - - - - - Computes the checksum for the data stream. - - - - - A value indicating whether this instance of the given entity has been disposed. - - if this instance has been disposed; otherwise, . - - If the entity is disposed, it must not be disposed a second - time. The isDisposed field is set the first time the entity - is disposed. If the isDisposed field is true, then the Dispose() - method will not dispose again. This help not to prolong the entity's - life in the Garbage Collector. - - - - - The stream responsible for compressing the input stream. - - - - - Initializes a new instance of the class. - - The memory allocator to use for buffer allocations. - The stream to compress. - The compression level. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Provides methods and properties for deframing streams from PNGs. - - - - - Used to read the Adler-32 and Crc-32 checksums. - We don't actually use this for anything so it doesn't - have to be threadsafe. - - - - - A default delegate to get more data from the inner stream. - - - - - The inner raw memory stream. - - - - - A value indicating whether this instance of the given entity has been disposed. - - if this instance has been disposed; otherwise, . - - If the entity is disposed, it must not be disposed a second - time. The isDisposed field is set the first time the entity - is disposed. If the isDisposed field is true, then the Dispose() - method will not dispose again. This help not to prolong the entity's - life in the Garbage Collector. - - - - - The current data remaining to be read. - - - - - Delegate to get more data once we've exhausted the current data remaining. - - - - - Initializes a new instance of the class. - - The inner raw stream. - - - - Initializes a new instance of the class. - - The inner raw stream. - A delegate to get more data from the inner stream. - - - - - - - - - - - - - - - - - - - Gets the compressed stream over the deframed inner stream. - - - - - Adds new bytes from a frame found in the original stream. - - The current remaining data according to the chunk length. - Whether the chunk to be inflated is a critical chunk. - The . - - - - - - - - - - - - - - - - - - - - - - - - - The options for decoding tga images. Currently empty, but this may change in the future. - - - - - Configuration options for use during tga encoding. - - - - - Gets the number of bits per pixel. - - - - - Gets a value indicating whether run length compression should be used. - - - - - Enumerates the available bits per pixel the tga encoder supports. - - - - - 8 bits per pixel. Each pixel consists of 1 byte. - - - - - 16 bits per pixel. Each pixel consists of 2 bytes. - - - - - 24 bits per pixel. Each pixel consists of 3 bytes. - - - - - 32 bits per pixel. Each pixel consists of 4 bytes. - - - - - Indicates if compression is used. - - - - - No compression is used. - - - - - Run length encoding is used. - - - - - Registers the image encoders, decoders and mime type detectors for the tga format. - - - - - - - - The list of mimetypes that equate to a targa file. - - - - - The list of file extensions that equate to a targa file. - - - - - The file header length of a tga image in bytes. - - - - - Image decoder for Truevision TGA images. - - - - - - - - - - - - - - - - - - - - - - - Performs the tga decoding operation. - - - - - A scratch buffer to reduce allocations. - - - - - The metadata. - - - - - The tga specific metadata. - - - - - The file header containing general information about the image. - - - - - Used for allocating memory during processing operations. - - - - - The stream to decode from. - - - - - The bitmap decoder options. - - - - - Indicates whether there is a alpha channel present. - - - - - Initializes a new instance of the class. - - The configuration. - The options. - - - - - - - Gets the dimensions of the image. - - - - - - - - Reads a uncompressed TGA image with a palette. - - The pixel type. - The width of the image. - The height of the image. - The to assign the palette to. - The color palette. - Color map size of one entry in bytes. - The image origin. - - - - Reads a run length encoded TGA image with a palette. - - The pixel type. - The width of the image. - The height of the image. - The to assign the palette to. - The color palette. - Color map size of one entry in bytes. - The image origin. - - - - Reads a uncompressed monochrome TGA image. - - The pixel type. - The width of the image. - The height of the image. - The to assign the palette to. - the image origin. - - - - Reads a uncompressed TGA image where each pixels has 16 bit. - - The pixel type. - The width of the image. - The height of the image. - The to assign the palette to. - The image origin. - - - - Reads a uncompressed TGA image where each pixels has 24 bit. - - The pixel type. - The width of the image. - The height of the image. - The to assign the palette to. - The image origin. - - - - Reads a uncompressed TGA image where each pixels has 32 bit. - - The pixel type. - The width of the image. - The height of the image. - The to assign the palette to. - The image origin. - - - - Reads a run length encoded TGA image. - - The pixel type. - The width of the image. - The height of the image. - The to assign the palette to. - The bytes per pixel. - The image origin. - - - - - - - Produce uncompressed tga data from a run length encoded stream. - - The width of the image. - The height of the image. - Buffer for uncompressed data. - The bytes used per pixel. - - - - Returns the y- value based on the given height. - - The y- value representing the current row. - The height of the image. - The image origin. - The representing the inverted value. - - - - Indicates whether the y coordinates needs to be inverted, to keep a top left origin. - - The image origin. - True, if y coordinate needs to be inverted. - - - - Returns the x- value based on the given width. - - The x- value representing the current column. - The width of the image. - The image origin. - The representing the inverted value. - - - - Indicates whether the x coordinates needs to be inverted, to keep a top left origin. - - The image origin. - True, if x coordinate needs to be inverted. - - - - Reads the tga file header from the stream. - - The containing image data. - The image origin. - - - - Image encoder for writing an image to a stream as a targa truevision image. - - - - - Gets or sets the number of bits per pixel. - - - - - Gets or sets a value indicating whether no compression or run length compression should be used. - - - - - - - - - - - Image encoder for writing an image to a stream as a truevision targa image. - - - - - Used for allocating memory during processing operations. - - - - - The global configuration. - - - - - Reusable buffer for writing data. - - - - - The color depth, in number of bits per pixel. - - - - - Indicates if run length compression should be used. - - - - - Initializes a new instance of the class. - - The encoder options. - The memory manager. - - - - Encodes the image to the specified stream from the . - - The pixel format. - The to encode from. - The to encode the image data to. - The token to request cancellation. - - - - Writes the pixel data to the binary stream. - - The pixel format. - The to write to. - - The containing pixel data. - - - - - Writes a run length encoded tga image to the stream. - - The pixel type. - The stream to write the image to. - The image to encode. - - - - Finds consecutive pixels which have the same value. - - The pixel type. - The pixels of the image. - X coordinate to start searching for the same pixels. - Y coordinate to start searching for the same pixels. - The number of equal pixels. - - - - Writes the 8bit pixels uncompressed to the stream. - - The pixel format. - The to write to. - The containing pixel data. - - - - Writes the 16bit pixels uncompressed to the stream. - - The pixel format. - The to write to. - The containing pixel data. - - - - Writes the 24bit pixels uncompressed to the stream. - - The pixel format. - The to write to. - The containing pixel data. - - - - Writes the 32bit pixels uncompressed to the stream. - - The pixel format. - The to write to. - The containing pixel data. - - - - Convert the pixel values to grayscale using ITU-R Recommendation BT.709. - - The pixel to get the luminance from. - - - - This block of bytes tells the application detailed information about the targa image. - - - - - - Defines the size of the data structure in the targa file. - - - - - Gets the id length. - This field identifies the number of bytes contained in Field 6, the Image ID Field. The maximum number - of characters is 255. A value of zero indicates that no Image ID field is included with the image. - - - - - Gets the color map type. - This field indicates the type of color map (if any) included with the image. There are currently 2 defined - values for this field: - 0 - indicates that no color-map data is included with this image. - 1 - indicates that a color-map is included with this image. - - - - - Gets the image type. - The TGA File Format can be used to store Pseudo-Color, True-Color and Direct-Color images of various - pixel depths. - - - - - Gets the start of the color map. - This field and its sub-fields describe the color map (if any) used for the image. If the Color Map Type field - is set to zero, indicating that no color map exists, then these 5 bytes should be set to zero. - - - - - Gets the total number of color map entries included. - - - - - Gets the number of bits per entry. Typically 15, 16, 24 or 32-bit values are used. - - - - - Gets the XOffset. - These bytes specify the absolute horizontal coordinate for the lower left - corner of the image as it is positioned on a display device having an - origin at the lower left of the screen. - - - - - Gets the YOffset. - These bytes specify the absolute vertical coordinate for the lower left - corner of the image as it is positioned on a display device having an - origin at the lower left of the screen. - - - - - Gets the width of the image in pixels. - - - - - Gets the height of the image in pixels. - - - - - Gets the number of bits per pixel. This number includes - the Attribute or Alpha channel bits. Common values are 8, 16, 24 and - 32 but other pixel depths could be used. - - - - - Gets the ImageDescriptor. - ImageDescriptor contains two pieces of information. - Bits 0 through 3 contain the number of attribute bits per pixel. - Attribute bits are found only in pixels for the 16- and 32-bit flavors of the TGA format and are called alpha channel, - overlay, or interrupt bits. Bits 4 and 5 contain the image origin location (coordinate 0,0) of the image. - This position may be any of the four corners of the display screen. - When both of these bits are set to zero, the image origin is the lower-left corner of the screen. - Bits 6 and 7 of the ImageDescriptor field are unused and should be set to 0. - - - - - Registers the image encoders, decoders and mime type detectors for the tga format. - - - - - Gets the current instance. - - - - - - - - - - - - - - - - - - - - Detects tga file headers. - - - - - - - - - - - Bottom left origin. - - - - - Bottom right origin. - - - - - Top left origin. - - - - - Top right origin. - - - - - Defines the tga image type. The TGA File Format can be used to store Pseudo-Color, - True-Color and Direct-Color images of various pixel depths. - - - - - No image data included. - - - - - Uncompressed, color mapped image. - - - - - Uncompressed true color image. - - - - - Uncompressed Black and white (grayscale) image. - - - - - Run length encoded, color mapped image. - - - - - Run length encoded, true color image. - - - - - Run length encoded, black and white (grayscale) image. - - - - - Extension methods for TgaImageType enum. - - - - - Checks if this tga image type is run length encoded. - - The tga image type. - True, if this image type is run length encoded, otherwise false. - - - - Checks, if the image type has valid value. - - The image type. - true, if its a valid tga image type. - - - - Provides TGA specific metadata information for the image. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The metadata to create an instance from. - - - - Gets or sets the number of bits per pixel. - - - - - Gets or sets the the number of alpha bits per pixel. - - - - - - - - Cold path optimization for throwing 's - - The error message for the exception. - - - - Cold path optimization for throwing 's - - The error message for the exception. - The exception that is the cause of the current exception, or a null reference - if no inner exception is specified. - - - - Cold path optimization for throwing 's - - The error message for the exception. - - - - Extension methods for the type. - - - Extension methods for the type. - - - Extension methods for the type. - - - Extension methods for the type. - - - Extension methods for the type. - - - - - Gets the bmp format specific metadata for the image. - - The metadata this method extends. - The . - - - - Gets the gif format specific metadata for the image. - - The metadata this method extends. - The . - - - - Gets the gif format specific metadata for the image frame. - - The metadata this method extends. - The . - - - - Gets the jpeg format specific metadata for the image. - - The metadata this method extends. - The . - - - - Gets the png format specific metadata for the image. - - The metadata this method extends. - The . - - - - Gets the tga format specific metadata for the image. - - The metadata this method extends. - The . - - - - Extension methods for the type. - - - Extension methods for the type. - - - Contains internal extensions for - - - - - Saves the image to the given stream with the Bmp format. - - The image this method extends. - The file path to save the image to. - Thrown if the path is null. - - - - Saves the image to the given stream with the Bmp format. - - The image this method extends. - The file path to save the image to. - Thrown if the path is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Bmp format. - - The image this method extends. - The file path to save the image to. - The token to monitor for cancellation requests. - Thrown if the path is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Bmp format. - - The image this method extends. - The file path to save the image to. - The encoder to save the image with. - Thrown if the path is null. - - - - Saves the image to the given stream with the Bmp format. - - The image this method extends. - The file path to save the image to. - The encoder to save the image with. - The token to monitor for cancellation requests. - Thrown if the path is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Bmp format. - - The image this method extends. - The stream to save the image to. - Thrown if the stream is null. - - - - Saves the image to the given stream with the Bmp format. - - The image this method extends. - The stream to save the image to. - The token to monitor for cancellation requests. - Thrown if the stream is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Bmp format. - - The image this method extends. - The stream to save the image to. - The encoder to save the image with. - Thrown if the stream is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Bmp format. - - The image this method extends. - The stream to save the image to. - The encoder to save the image with. - The token to monitor for cancellation requests. - Thrown if the stream is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Gif format. - - The image this method extends. - The file path to save the image to. - Thrown if the path is null. - - - - Saves the image to the given stream with the Gif format. - - The image this method extends. - The file path to save the image to. - Thrown if the path is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Gif format. - - The image this method extends. - The file path to save the image to. - The token to monitor for cancellation requests. - Thrown if the path is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Gif format. - - The image this method extends. - The file path to save the image to. - The encoder to save the image with. - Thrown if the path is null. - - - - Saves the image to the given stream with the Gif format. - - The image this method extends. - The file path to save the image to. - The encoder to save the image with. - The token to monitor for cancellation requests. - Thrown if the path is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Gif format. - - The image this method extends. - The stream to save the image to. - Thrown if the stream is null. - - - - Saves the image to the given stream with the Gif format. - - The image this method extends. - The stream to save the image to. - The token to monitor for cancellation requests. - Thrown if the stream is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Gif format. - - The image this method extends. - The stream to save the image to. - The encoder to save the image with. - Thrown if the stream is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Gif format. - - The image this method extends. - The stream to save the image to. - The encoder to save the image with. - The token to monitor for cancellation requests. - Thrown if the stream is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Jpeg format. - - The image this method extends. - The file path to save the image to. - Thrown if the path is null. - - - - Saves the image to the given stream with the Jpeg format. - - The image this method extends. - The file path to save the image to. - Thrown if the path is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Jpeg format. - - The image this method extends. - The file path to save the image to. - The token to monitor for cancellation requests. - Thrown if the path is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Jpeg format. - - The image this method extends. - The file path to save the image to. - The encoder to save the image with. - Thrown if the path is null. - - - - Saves the image to the given stream with the Jpeg format. - - The image this method extends. - The file path to save the image to. - The encoder to save the image with. - The token to monitor for cancellation requests. - Thrown if the path is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Jpeg format. - - The image this method extends. - The stream to save the image to. - Thrown if the stream is null. - - - - Saves the image to the given stream with the Jpeg format. - - The image this method extends. - The stream to save the image to. - The token to monitor for cancellation requests. - Thrown if the stream is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Jpeg format. - - The image this method extends. - The stream to save the image to. - The encoder to save the image with. - Thrown if the stream is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Jpeg format. - - The image this method extends. - The stream to save the image to. - The encoder to save the image with. - The token to monitor for cancellation requests. - Thrown if the stream is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Png format. - - The image this method extends. - The file path to save the image to. - Thrown if the path is null. - - - - Saves the image to the given stream with the Png format. - - The image this method extends. - The file path to save the image to. - Thrown if the path is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Png format. - - The image this method extends. - The file path to save the image to. - The token to monitor for cancellation requests. - Thrown if the path is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Png format. - - The image this method extends. - The file path to save the image to. - The encoder to save the image with. - Thrown if the path is null. - - - - Saves the image to the given stream with the Png format. - - The image this method extends. - The file path to save the image to. - The encoder to save the image with. - The token to monitor for cancellation requests. - Thrown if the path is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Png format. - - The image this method extends. - The stream to save the image to. - Thrown if the stream is null. - - - - Saves the image to the given stream with the Png format. - - The image this method extends. - The stream to save the image to. - The token to monitor for cancellation requests. - Thrown if the stream is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Png format. - - The image this method extends. - The stream to save the image to. - The encoder to save the image with. - Thrown if the stream is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Png format. - - The image this method extends. - The stream to save the image to. - The encoder to save the image with. - The token to monitor for cancellation requests. - Thrown if the stream is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Tga format. - - The image this method extends. - The file path to save the image to. - Thrown if the path is null. - - - - Saves the image to the given stream with the Tga format. - - The image this method extends. - The file path to save the image to. - Thrown if the path is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Tga format. - - The image this method extends. - The file path to save the image to. - The token to monitor for cancellation requests. - Thrown if the path is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Tga format. - - The image this method extends. - The file path to save the image to. - The encoder to save the image with. - Thrown if the path is null. - - - - Saves the image to the given stream with the Tga format. - - The image this method extends. - The file path to save the image to. - The encoder to save the image with. - The token to monitor for cancellation requests. - Thrown if the path is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Tga format. - - The image this method extends. - The stream to save the image to. - Thrown if the stream is null. - - - - Saves the image to the given stream with the Tga format. - - The image this method extends. - The stream to save the image to. - The token to monitor for cancellation requests. - Thrown if the stream is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Tga format. - - The image this method extends. - The stream to save the image to. - The encoder to save the image with. - Thrown if the stream is null. - A representing the asynchronous operation. - - - - Saves the image to the given stream with the Tga format. - - The image this method extends. - The stream to save the image to. - The encoder to save the image with. - The token to monitor for cancellation requests. - Thrown if the stream is null. - A representing the asynchronous operation. - - - - Writes the image to the given file path using an encoder detected from the path. - - The source image. - The file path to save the image to. - The path is null. - No encoder available for provided path. - - - - Writes the image to the given file path using an encoder detected from the path. - - The source image. - The file path to save the image to. - The token to monitor for cancellation requests. - The path is null. - No encoder available for provided path. - A representing the asynchronous operation. - - - - Writes the image to the given file path using the given image encoder. - - The source image. - The file path to save the image to. - The encoder to save the image with. - The path is null. - The encoder is null. - - - - Writes the image to the given file path using the given image encoder. - - The source image. - The file path to save the image to. - The encoder to save the image with. - The token to monitor for cancellation requests. - The path is null. - The encoder is null. - A representing the asynchronous operation. - - - - Writes the image to the given stream using the given image format. - - The source image. - The stream to save the image to. - The format to save the image in. - The stream is null. - The format is null. - The stream is not writable. - No encoder available for provided format. - - - - Writes the image to the given stream using the given image format. - - The source image. - The stream to save the image to. - The format to save the image in. - The token to monitor for cancellation requests. - The stream is null. - The format is null. - The stream is not writable. - No encoder available for provided format. - A representing the asynchronous operation. - - - - Returns a Base64 encoded string from the given image. - The result is prepended with a Data URI - - - For example: - - - - - The source image - The format. - The format is null. - The - - - - Locks the image providing access to the pixels. - - It is imperative that the accessor is correctly disposed off after use. - - - The type of the pixel. - The image. - - The - - - - - Utility class for common geometric functions. - - - - - Converts a degree (360-periodic) angle to a radian (2*Pi-periodic) angle. - - The angle in degrees. - - The representing the degree as radians. - - - - - Converts a radian (2*Pi-periodic) angle to a degree (360-periodic) angle. - - The angle in radians. - - The representing the degree as radians. - - - - - Adds extensions that allow the processing of images to the type. - - - - - Sets the default options against the image processing context. - - The image processing context to store default against. - The action to update instance of the default options used. - The passed in to allow chaining. - - - - Sets the default options against the configuration. - - The configuration to store default against. - The default options to use. - - - - Sets the default options against the image processing context. - - The image processing context to store default against. - The default options to use. - The passed in to allow chaining. - - - - Sets the default options against the configuration. - - The configuration to store default against. - The default options to use. - - - - Gets the default options against the image processing context. - - The image processing context to retrieve defaults from. - The globaly configued default options. - - - - Gets the default options against the image processing context. - - The configuration to retrieve defaults from. - The globaly configued default options. - - - - Options for influencing the drawing functions. - - - - - Initializes a new instance of the class. - - - - - Gets or sets a value indicating whether antialiasing should be applied. - Defaults to true. - - - - - Gets or sets a value indicating the number of subpixels to use while rendering with antialiasing enabled. - Defaults to 16. - - - - - Gets or sets a value between indicating the blending percentage to apply to the drawing operation. - Range 0..1; Defaults to 1. - - - - - Gets or sets a value indicating the color blending mode to apply to the drawing operation. - Defaults to . - - - - - Gets or sets a value indicating the alpha composition mode to apply to the drawing operation - Defaults to . - - - - - - - - Represents an interface that can register image encoders, decoders and image format detectors. - - - - - Called when loaded into a configuration object so the module can register items into the configuration. - - The configuration that will retain the encoders, decodes and mime type detectors. - - - - A generic interface for a deeply cloneable type. - - The type of object to clone. - - - - Creates a new that is a deep copy of the current instance. - - The . - - - - An interface for objects that can be cloned. This creates a deep copy of the object. - - - - - Creates a new object that is a deep copy of the current instance. - - The . - - - - Encapsulates the properties and methods that describe an image. - - - - - Encapsulates properties that describe basic image information including dimensions, pixel type information - and additional metadata. - - - - - Gets information about the image pixels. - - - - - Gets the width. - - - - - Gets the height. - - - - - Gets the metadata of the image. - - - - - Encapsulates an image, which consists of the pixel data for a graphics image and its attributes. - For the non-generic type, the pixel type is only known at runtime. - is always implemented by a pixel-specific instance. - - - Adds static methods allowing the decoding of new images. - - - Adds static methods allowing the creation of new image from a byte array. - - - Adds static methods allowing the creation of new image from a given file. - - - Adds static methods allowing the creation of new image from a given stream. - - - Adds static methods allowing the creation of new image from raw pixel data. - - - Adds static methods allowing wrapping an existing memory area as an image. - - - - - Initializes a new instance of the class. - - - The configuration which allows altering default behaviour or extending the library. - - The . - The . - The . - - - - Initializes a new instance of the class. - - - - - Gets the implementing the public property. - - - - - - - - - - - - - - - - - Gets the frames of the image as (non-generic) . - - - - - - - - - - - Saves the image to the given stream using the given image encoder. - - The stream to save the image to. - The encoder to save the image with. - Thrown if the stream or encoder is null. - - - - Saves the image to the given stream using the given image encoder. - - The stream to save the image to. - The encoder to save the image with. - The token to monitor for cancellation requests. - Thrown if the stream or encoder is null. - A representing the asynchronous operation. - - - - Returns a copy of the image in the given pixel format. - - The pixel format. - The - - - - Returns a copy of the image in the given pixel format. - - The pixel format. - The configuration providing initialization code which allows extending the library. - The . - - - - Update the size of the image after mutation. - - The . - - - - Disposes the object and frees resources for the Garbage Collector. - - Whether to dispose of managed and unmanaged objects. - - - - Throws if the image is disposed. - - - - - Accepts a . - Implemented by invoking - with the pixel type of the image. - - The visitor. - - - - Accepts a . - Implemented by invoking - with the pixel type of the image. - - The visitor. - The token to monitor for cancellation requests. - - - - Creates an instance backed by an uninitialized memory buffer. - This is an optimized creation method intended to be used by decoders. - The image might be filled with memory garbage. - - The pixel type - The - The width of the image - The height of the image - The - The result - - - - By reading the header on the provided stream this calculates the images format. - - The image stream to read the header from. - The configuration. - The mime type or null if none found. - - - - By reading the header on the provided stream this calculates the images format. - - The image stream to read the header from. - The configuration. - The mime type or null if none found. - - - - By reading the header on the provided stream this calculates the images format. - - The image stream to read the header from. - The configuration. - The IImageFormat. - The image format or null if none found. - - - - By reading the header on the provided stream this calculates the images format. - - The image stream to read the header from. - The configuration. - The decoder and the image format or null if none found. - - - - Decodes the image stream to the current image. - - The stream. - the configuration. - The pixel format. - - A new . - - - - - Decodes the image stream to the current image. - - The stream. - the configuration. - The token to monitor for cancellation requests. - The pixel format. - A representing the asynchronous operation. - - - - Reads the raw image information from the specified stream. - - The stream. - the configuration. - - The or null if a suitable info detector is not found. - - - - - Reads the raw image information from the specified stream. - - The stream. - the configuration. - The token to monitor for cancellation requests. - - A representing the asynchronous operation with the - property of the returned type set to null if a suitable detector - is not found. - - - - By reading the header on the provided byte array this calculates the images format. - - The byte array containing encoded image data to read the header from. - The data is null. - The format or null if none found. - - - - By reading the header on the provided byte array this calculates the images format. - - The configuration. - The byte array containing encoded image data to read the header from. - The configuration is null. - The data is null. - The mime type or null if none found. - - - - Reads the raw image information from the specified stream without fully decoding it. - - The byte array containing encoded image data to read the header from. - The data is null. - The data is not readable. - - The or null if suitable info detector not found. - - - - - Reads the raw image information from the specified stream without fully decoding it. - - The byte array containing encoded image data to read the header from. - The format type of the decoded image. - The data is null. - The data is not readable. - - The or null if suitable info detector not found. - - - - - Reads the raw image information from the specified stream without fully decoding it. - - The configuration. - The byte array containing encoded image data to read the header from. - The format type of the decoded image. - The configuration is null. - The data is null. - The data is not readable. - - The or null if suitable info detector is not found. - - - - - Load a new instance of from the given encoded byte array. - - The byte array containing image data. - The configuration is null. - The data is null. - A new . - - - - Load a new instance of from the given encoded byte array. - - The byte array containing encoded image data. - The pixel format. - The data is null. - Image format not recognised. - Image contains invalid content. - A new . - - - - Load a new instance of from the given encoded byte array. - - The byte array containing image data. - The mime type of the decoded image. - The pixel format. - The data is null. - Image format not recognised. - Image contains invalid content. - A new . - - - - Load a new instance of from the given encoded byte array. - - The configuration options. - The byte array containing encoded image data. - The pixel format. - The configuration is null. - The data is null. - Image format not recognised. - Image contains invalid content. - A new . - - - - Load a new instance of from the given encoded byte array. - - The configuration options. - The byte array containing encoded image data. - The of the decoded image. - The pixel format. - The configuration is null. - The data is null. - Image format not recognised. - Image contains invalid content. - A new . - - - - Load a new instance of from the given encoded byte array. - - The byte array containing encoded image data. - The decoder. - The pixel format. - The data is null. - Image format not recognised. - Image contains invalid content. - A new . - - - - Load a new instance of from the given encoded byte array. - - The Configuration. - The byte array containing encoded image data. - The decoder. - The pixel format. - The configuration is null. - The data is null. - Image format not recognised. - Image contains invalid content. - A new . - - - - By reading the header on the provided byte span this calculates the images format. - - The byte span containing encoded image data to read the header from. - The format or null if none found. - - - - By reading the header on the provided byte span this calculates the images format. - - The configuration. - The byte span containing encoded image data to read the header from. - The configuration is null. - The mime type or null if none found. - - - - Load a new instance of from the given encoded byte span. - - The byte span containing encoded image data. - The pixel format. - Image format not recognised. - Image contains invalid content. - A new . - - - - Load a new instance of from the given encoded byte span. - - The byte span containing image data. - The mime type of the decoded image. - The pixel format. - Image format not recognised. - Image contains invalid content. - A new . - - - - Load a new instance of from the given encoded byte span. - - The byte span containing encoded image data. - The decoder. - The pixel format. - Image format not recognised. - Image contains invalid content. - A new . - - - - Load a new instance of from the given encoded byte span. - - The configuration options. - The byte span containing encoded image data. - The pixel format. - The configuration is null. - Image format not recognised. - Image contains invalid content. - A new . - - - - Load a new instance of from the given encoded byte span. - - The Configuration. - The byte span containing image data. - The decoder. - The pixel format. - The configuration is null. - Image format not recognised. - Image contains invalid content. - A new . - - - - Load a new instance of from the given encoded byte span. - - The configuration options. - The byte span containing image data. - The of the decoded image. - The pixel format. - The configuration is null. - Image format not recognised. - Image contains invalid content. - A new . - - - - Load a new instance of from the given encoded byte array. - - The byte array containing image data. - The detected format. - The configuration is null. - The data is null. - Image format not recognised. - Image contains invalid content. - The . - - - - Load a new instance of from the given encoded byte array. - - The byte array containing encoded image data. - The decoder. - The data is null. - Image format not recognised. - Image contains invalid content. - The . - - - - Load a new instance of from the given encoded byte array. - - The configuration for the decoder. - The byte array containing encoded image data. - The configuration is null. - The data is null. - Image format not recognised. - Image contains invalid content. - The . - - - - Load a new instance of from the given encoded byte array. - - The configuration for the decoder. - The byte array containing image data. - The decoder. - The configuration is null. - The data is null. - Image format not recognised. - Image contains invalid content. - The . - - - - Load a new instance of from the given encoded byte array. - - The configuration for the decoder. - The byte array containing image data. - The mime type of the decoded image. - The configuration is null. - The data is null. - Image format not recognised. - Image contains invalid content. - The . - - - - Load a new instance of from the given encoded byte span. - - The byte span containing image data. - Image format not recognised. - Image contains invalid content. - The . - - - - Load a new instance of from the given encoded byte span. - - The byte span containing image data. - The decoder. - The data is null. - The decoder is null. - Image format not recognised. - Image contains invalid content. - The . - - - - Load a new instance of from the given encoded byte array. - - The byte span containing image data. - The detected format. - The decoder is null. - Image format not recognised. - Image contains invalid content. - The . - - - - Decodes a new instance of from the given encoded byte span. - - The configuration options. - The byte span containing image data. - The . - - - - Load a new instance of from the given encoded byte span. - - The Configuration. - The byte span containing image data. - The decoder. - The configuration is null. - The decoder is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The . - - - - Load a new instance of from the given encoded byte span. - - The configuration options. - The byte span containing image data. - The of the decoded image.> - The configuration is null. - Image format not recognised. - Image contains invalid content. - The . - - - - By reading the header on the provided file this calculates the images mime type. - - The image file to open and to read the header from. - The mime type or null if none found. - - - - By reading the header on the provided file this calculates the images mime type. - - The configuration. - The image file to open and to read the header from. - The configuration is null. - The mime type or null if none found. - - - - Reads the raw image information from the specified stream without fully decoding it. - - The image file to open and to read the header from. - - The or null if suitable info detector not found. - - - - - Reads the raw image information from the specified stream without fully decoding it. - - The image file to open and to read the header from. - The format type of the decoded image. - - The or null if suitable info detector not found. - - - - - Reads the raw image information from the specified stream without fully decoding it. - - The configuration. - The image file to open and to read the header from. - The format type of the decoded image. - The configuration is null. - - The or null if suitable info detector is not found. - - - - - Reads the raw image information from the specified stream without fully decoding it. - - The image file to open and to read the header from. - The token to monitor for cancellation requests. - The configuration is null. - - The representing the asynchronous operation with the parameter type - property set to null if suitable info detector is not found. - - - - - Reads the raw image information from the specified stream without fully decoding it. - - The configuration. - The image file to open and to read the header from. - The token to monitor for cancellation requests. - The configuration is null. - - The representing the asynchronous operation with the parameter type - property set to null if suitable info detector is not found. - - - - - Reads the raw image information from the specified stream without fully decoding it. - - The image file to open and to read the header from. - The token to monitor for cancellation requests. - The configuration is null. - - The representing the asynchronous operation with the parameter type - property set to null if suitable info detector is not found. - - - - - Reads the raw image information from the specified stream without fully decoding it. - - The configuration. - The image file to open and to read the header from. - The token to monitor for cancellation requests. - The configuration is null. - - The representing the asynchronous operation with the parameter type - property set to null if suitable info detector is not found. - - - - - Create a new instance of the class from the given file. - - The file path to the image. - - Thrown if the stream is not readable nor seekable. - - The . - - - - Create a new instance of the class from the given file. - - The file path to the image. - The mime type of the decoded image. - - Thrown if the stream is not readable nor seekable. - - A new . - - - - Create a new instance of the class from the given file. - - The configuration for the decoder. - The file path to the image. - The configuration is null. - The path is null. - Image format not recognised. - Image contains invalid content. - The . - - - - Create a new instance of the class from the given file. - - The configuration for the decoder. - The file path to the image. - The token to monitor for cancellation requests. - The configuration is null. - The path is null. - Image format not recognised. - Image contains invalid content. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given file. - - The Configuration. - The file path to the image. - The decoder. - The configuration is null. - The path is null. - The decoder is null. - Image format not recognised. - Image contains invalid content. - The . - - - - Create a new instance of the class from the given file. - - The file path to the image. - The token to monitor for cancellation requests. - The configuration is null. - The path is null. - The decoder is null. - Image format not recognised. - Image contains invalid content. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given file. - - The file path to the image. - The decoder. - The configuration is null. - The path is null. - The decoder is null. - Image format not recognised. - Image contains invalid content. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given file. - - The file path to the image. - The decoder. - The configuration is null. - The path is null. - The decoder is null. - Image format not recognised. - Image contains invalid content. - The pixel format. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given file. - - The Configuration. - The file path to the image. - The decoder. - The token to monitor for cancellation requests. - The configuration is null. - The path is null. - The decoder is null. - Image format not recognised. - Image contains invalid content. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given file. - - The Configuration. - The file path to the image. - The decoder. - The token to monitor for cancellation requests. - The configuration is null. - The path is null. - The decoder is null. - Image format not recognised. - Image contains invalid content. - The pixel format. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given file. - - The file path to the image. - The configuration is null. - The path is null. - Image format not recognised. - Image contains invalid content. - The pixel format. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given file. - - The configuration for the decoder. - The file path to the image. - The token to monitor for cancellation requests. - The configuration is null. - The path is null. - Image format not recognised. - Image contains invalid content. - The pixel format. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given file. - - The file path to the image. - The decoder. - The path is null. - The decoder is null. - Image format not recognised. - Image contains invalid content. - The . - - - - Create a new instance of the class from the given file. - - The file path to the image. - The path is null. - Image format not recognised. - Image contains invalid content. - The pixel format. - A new . - - - - Create a new instance of the class from the given file. - - The file path to the image. - The mime type of the decoded image. - The path is null. - Image format not recognised. - Image contains invalid content. - The pixel format. - A new . - - - - Create a new instance of the class from the given file. - - The configuration options. - The file path to the image. - The configuration is null. - The path is null. - Image format not recognised. - Image contains invalid content. - The pixel format. - A new . - - - - Create a new instance of the class from the given file. - - The configuration options. - The file path to the image. - The mime type of the decoded image. - The configuration is null. - The path is null. - Image format not recognised. - Image contains invalid content. - The pixel format. - A new . - - - - Create a new instance of the class from the given file. - The pixel type is selected by the decoder. - - The configuration options. - The file path to the image. - The mime type of the decoded image. - The configuration is null. - The path is null. - Image format not recognised. - Image contains invalid content. - A new . - - - - Create a new instance of the class from the given file. - - The file path to the image. - The decoder. - The path is null. - Image format not recognised. - Image contains invalid content. - The pixel format. - A new . - - - - Create a new instance of the class from the given file. - - The Configuration. - The file path to the image. - The decoder. - The configuration is null. - The path is null. - The decoder is null. - Image format not recognised. - Image contains invalid content. - The pixel format. - A new . - - - - By reading the header on the provided stream this calculates the images format type. - - The image stream to read the header from. - The stream is null. - The stream is not readable. - The format type or null if none found. - - - - By reading the header on the provided stream this calculates the images format type. - - The configuration. - The image stream to read the header from. - The configuration is null. - The stream is null. - The stream is not readable. - The format type or null if none found. - - - - By reading the header on the provided stream this calculates the images format type. - - The image stream to read the header from. - The stream is null. - The stream is not readable. - A representing the asynchronous operation or null if none is found. - - - - By reading the header on the provided stream this calculates the images format type. - - The configuration. - The image stream to read the header from. - The configuration is null. - The stream is null. - The stream is not readable. - A representing the asynchronous operation. - - - - Reads the raw image information from the specified stream without fully decoding it. - - The image stream to read the header from. - The stream is null. - The stream is not readable. - Image contains invalid content. - - The or null if a suitable info detector is not found. - - - - - Reads the raw image information from the specified stream without fully decoding it. - - The image stream to read the header from. - The stream is null. - The stream is not readable. - Image contains invalid content. - - A representing the asynchronous operation or null if - a suitable detector is not found. - - - - - Reads the raw image information from the specified stream without fully decoding it. - - The image stream to read the header from. - The format type of the decoded image. - The stream is null. - The stream is not readable. - Image contains invalid content. - - The or null if a suitable info detector is not found. - - - - - Reads the raw image information from the specified stream without fully decoding it. - - The configuration. - The image stream to read the information from. - The configuration is null. - The stream is null. - The stream is not readable. - Image contains invalid content. - - The or null if a suitable info detector is not found. - - - - - Reads the raw image information from the specified stream without fully decoding it. - - The configuration. - The image stream to read the information from. - The token to monitor for cancellation requests. - The configuration is null. - The stream is null. - The stream is not readable. - Image contains invalid content. - - A representing the asynchronous operation or null if - a suitable detector is not found. - - - - - Reads the raw image information from the specified stream without fully decoding it. - - The configuration. - The image stream to read the information from. - The format type of the decoded image. - The configuration is null. - The stream is null. - The stream is not readable. - Image contains invalid content. - - The or null if a suitable info detector is not found. - - - - - Reads the raw image information from the specified stream without fully decoding it. - - The image stream to read the information from. - The token to monitor for cancellation requests. - The configuration is null. - The stream is null. - The stream is not readable. - Image contains invalid content. - - The representing the asynchronous operation with the parameter type - property set to null if suitable info detector is not found. - - - - - Reads the raw image information from the specified stream without fully decoding it. - - The configuration. - The image stream to read the information from. - The token to monitor for cancellation requests. - The configuration is null. - The stream is null. - The stream is not readable. - Image contains invalid content. - - The representing the asynchronous operation with the parameter type - property set to null if suitable info detector is not found. - - - - - Decode a new instance of the class from the given stream. - The pixel format is selected by the decoder. - - The stream containing image information. - The format type of the decoded image. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The . - - - - Decode a new instance of the class from the given stream. - The pixel format is selected by the decoder. - - The stream containing image information. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - A representing the asynchronous operation. - - - - Decode a new instance of the class from the given stream. - The pixel format is selected by the decoder. - - The stream containing image information. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The . - - - - Decode a new instance of the class from the given stream. - The pixel format is selected by the decoder. - - The stream containing image information. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - A representing the asynchronous operation. - - - - Decode a new instance of the class from the given stream. - The pixel format is selected by the decoder. - - The stream containing image information. - The decoder. - The stream is null. - The decoder is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The . - - - - Decode a new instance of the class from the given stream. - The pixel format is selected by the decoder. - - The stream containing image information. - The decoder. - The stream is null. - The decoder is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - A representing the asynchronous operation. - - - - Decode a new instance of the class from the given stream. - The pixel format is selected by the decoder. - - The configuration for the decoder. - The stream containing image information. - The decoder. - The configuration is null. - The stream is null. - The decoder is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - A new . - - - - Decode a new instance of the class from the given stream. - The pixel format is selected by the decoder. - - The configuration for the decoder. - The stream containing image information. - The decoder. - The token to monitor for cancellation requests. - The configuration is null. - The stream is null. - The decoder is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - A representing the asynchronous operation. - - - - Decode a new instance of the class from the given stream. - - The configuration for the decoder. - The stream containing image information. - The configuration is null. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - A new . - - - - Decode a new instance of the class from the given stream. - - The configuration for the decoder. - The stream containing image information. - The token to monitor for cancellation requests. - The configuration is null. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given stream. - - The stream containing image information. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The pixel format. - A new . - - - - Create a new instance of the class from the given stream. - - The stream containing image information. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The pixel format. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given stream. - - The stream containing image information. - The format type of the decoded image. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The pixel format. - A new . - - - - Create a new instance of the class from the given stream. - - The stream containing image information. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The pixel format. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given stream. - - The stream containing image information. - The decoder. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The pixel format. - A new . - - - - Create a new instance of the class from the given stream. - - The stream containing image information. - The decoder. - The token to monitor for cancellation requests. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The pixel format. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given stream. - - The Configuration. - The stream containing image information. - The decoder. - The configuration is null. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The pixel format. - A new . - - - - Create a new instance of the class from the given stream. - - The Configuration. - The stream containing image information. - The decoder. - The token to monitor for cancellation requests. - The configuration is null. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The pixel format. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given stream. - - The configuration options. - The stream containing image information. - The configuration is null. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The pixel format. - A new . - - - - Create a new instance of the class from the given stream. - - The configuration options. - The stream containing image information. - The format type of the decoded image. - The configuration is null. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The pixel format. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given stream. - - The configuration options. - The stream containing image information. - The token to monitor for cancellation requests. - The configuration is null. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given stream. - - The configuration options. - The stream containing image information. - The token to monitor for cancellation requests. - The configuration is null. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The pixel format. - A representing the asynchronous operation. - - - - Create a new instance of the class from the given stream. - - The configuration options. - The stream containing image information. - The token to monitor for cancellation requests. - The configuration is null. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - The pixel format. - A representing the asynchronous operation. - - - - Decode a new instance of the class from the given stream. - The pixel format is selected by the decoder. - - The configuration options. - The stream containing image information. - The format type of the decoded image. - The configuration is null. - The stream is null. - The stream is not readable. - Image format not recognised. - Image contains invalid content. - A new . - - - - Performs the given action against the stream ensuring that it is seekable. - - The type of object returned from the action. - The configuration. - The input stream. - The action to perform. - The . - - - - Performs the given action asynchronously against the stream ensuring that it is seekable. - - The type of object returned from the action. - The configuration. - The input stream. - The action to perform. - The cancellation token. - The . - - - - Create a new instance of the class from the raw data. - - The byte array containing image data. - The width of the final image. - The height of the final image. - The pixel format. - The data length is incorrect. - A new . - - - - Create a new instance of the class from the raw data. - - The byte array containing image data. - The width of the final image. - The height of the final image. - The pixel format. - The data length is incorrect. - A new . - - - - Create a new instance of the class from the given byte array in format. - - The byte array containing image data. - The width of the final image. - The height of the final image. - The pixel format. - The data length is incorrect. - A new . - - - - Create a new instance of the class from the given byte array in format. - - The byte array containing image data. - The width of the final image. - The height of the final image. - The pixel format. - The data length is incorrect. - A new . - - - - Create a new instance of the class from the given byte array in format. - - The configuration for the decoder. - The byte array containing image data. - The width of the final image. - The height of the final image. - The pixel format. - The configuration is null. - The data length is incorrect. - A new . - - - - Create a new instance of the class from the given byte array in format. - - The configuration for the decoder. - The byte array containing image data. - The width of the final image. - The height of the final image. - The pixel format. - The configuration is null. - The data length is incorrect. - A new . - - - - Create a new instance of the class from the raw data. - - The configuration for the decoder. - The Span containing the image Pixel data. - The width of the final image. - The height of the final image. - The pixel format. - The configuration is null. - The data length is incorrect. - A new . - - - - Create a new instance of the class from the raw data. - - The configuration for the decoder. - The Span containing the image Pixel data. - The width of the final image. - The height of the final image. - The configuration is null. - The data length is incorrect. - The pixel format. - A new . - - - - - Wraps an existing contiguous memory area of at least 'width' x 'height' pixels allowing viewing/manipulation as - an instance. - - - Please note: using this method does not transfer the ownership of the underlying buffer of the input - to the new instance. This means that consumers of this method must ensure that the input buffer - is either self-contained, (for example, a instance wrapping a new array that was - created), or that the owning object is not disposed until the returned is disposed. - - - If the input instance is one retrieved from an instance - rented from a memory pool (such as ), and that owning instance is disposed while the image is still - in use, this will lead to undefined behavior and possibly runtime crashes (as the same buffer might then be modified by other - consumers while the returned image is still working on it). Make sure to control the lifetime of the input buffers appropriately. - - - The pixel type - The - The pixel memory. - The width of the memory image. - The height of the memory image. - The . - The configuration is null. - The metadata is null. - An instance - - - - - Wraps an existing contiguous memory area of at least 'width' x 'height' pixels allowing viewing/manipulation as - an instance. - - - Please note: using this method does not transfer the ownership of the underlying buffer of the input - to the new instance. This means that consumers of this method must ensure that the input buffer - is either self-contained, (for example, a instance wrapping a new array that was - created), or that the owning object is not disposed until the returned is disposed. - - - If the input instance is one retrieved from an instance - rented from a memory pool (such as ), and that owning instance is disposed while the image is still - in use, this will lead to undefined behavior and possibly runtime crashes (as the same buffer might then be modified by other - consumers while the returned image is still working on it). Make sure to control the lifetime of the input buffers appropriately. - - - The pixel type - The - The pixel memory. - The width of the memory image. - The height of the memory image. - The configuration is null. - An instance. - - - - - Wraps an existing contiguous memory area of at least 'width' x 'height' pixels allowing viewing/manipulation as - an instance. - - - Please note: using this method does not transfer the ownership of the underlying buffer of the input - to the new instance. This means that consumers of this method must ensure that the input buffer - is either self-contained, (for example, a instance wrapping a new array that was - created), or that the owning object is not disposed until the returned is disposed. - - - If the input instance is one retrieved from an instance - rented from a memory pool (such as ), and that owning instance is disposed while the image is still - in use, this will lead to undefined behavior and possibly runtime crashes (as the same buffer might then be modified by other - consumers while the returned image is still working on it). Make sure to control the lifetime of the input buffers appropriately. - - - The pixel type. - The pixel memory. - The width of the memory image. - The height of the memory image. - An instance. - - - - Wraps an existing contiguous memory area of at least 'width' x 'height' pixels, - allowing to view/manipulate it as an instance. - The ownership of the is being transferred to the new instance, - meaning that the caller is not allowed to dispose . - It will be disposed together with the result image. - - The pixel type - The - The that is being transferred to the image - The width of the memory image. - The height of the memory image. - The - The configuration is null. - The metadata is null. - An instance - - - - Wraps an existing contiguous memory area of at least 'width' x 'height' pixels, - allowing to view/manipulate it as an instance. - The ownership of the is being transferred to the new instance, - meaning that the caller is not allowed to dispose . - It will be disposed together with the result image. - - The pixel type. - The - The that is being transferred to the image. - The width of the memory image. - The height of the memory image. - The configuration is null. - An instance - - - - Wraps an existing contiguous memory area of at least 'width' x 'height' pixels, - allowing to view/manipulate it as an instance. - The ownership of the is being transferred to the new instance, - meaning that the caller is not allowed to dispose . - It will be disposed together with the result image. - - The pixel type - The that is being transferred to the image. - The width of the memory image. - The height of the memory image. - An instance. - - - - - Wraps an existing contiguous memory area of at least 'width' x 'height' pixels allowing viewing/manipulation as - an instance. - - - Please note: using this method does not transfer the ownership of the underlying buffer of the input - to the new instance. This means that consumers of this method must ensure that the input buffer - is either self-contained, (for example, a instance wrapping a new array that was - created), or that the owning object is not disposed until the returned is disposed. - - - If the input instance is one retrieved from an instance - rented from a memory pool (such as ), and that owning instance is disposed while the image is still - in use, this will lead to undefined behavior and possibly runtime crashes (as the same buffer might then be modified by other - consumers while the returned image is still working on it). Make sure to control the lifetime of the input buffers appropriately. - - - The pixel type - The - The byte memory representing the pixel data. - The width of the memory image. - The height of the memory image. - The . - The configuration is null. - The metadata is null. - An instance - - - - - Wraps an existing contiguous memory area of at least 'width' x 'height' pixels allowing viewing/manipulation as - an instance. - - - Please note: using this method does not transfer the ownership of the underlying buffer of the input - to the new instance. This means that consumers of this method must ensure that the input buffer - is either self-contained, (for example, a instance wrapping a new array that was - created), or that the owning object is not disposed until the returned is disposed. - - - If the input instance is one retrieved from an instance - rented from a memory pool (such as ), and that owning instance is disposed while the image is still - in use, this will lead to undefined behavior and possibly runtime crashes (as the same buffer might then be modified by other - consumers while the returned image is still working on it). Make sure to control the lifetime of the input buffers appropriately. - - - The pixel type - The - The byte memory representing the pixel data. - The width of the memory image. - The height of the memory image. - The configuration is null. - An instance. - - - - - Wraps an existing contiguous memory area of at least 'width' x 'height' pixels allowing viewing/manipulation as - an instance. - - - Please note: using this method does not transfer the ownership of the underlying buffer of the input - to the new instance. This means that consumers of this method must ensure that the input buffer - is either self-contained, (for example, a instance wrapping a new array that was - created), or that the owning object is not disposed until the returned is disposed. - - - If the input instance is one retrieved from an instance - rented from a memory pool (such as ), and that owning instance is disposed while the image is still - in use, this will lead to undefined behavior and possibly runtime crashes (as the same buffer might then be modified by other - consumers while the returned image is still working on it). Make sure to control the lifetime of the input buffers appropriately. - - - The pixel type. - The byte memory representing the pixel data. - The width of the memory image. - The height of the memory image. - An instance. - - - - - Wraps an existing contiguous memory area of at least 'width' x 'height' pixels allowing viewing/manipulation as - an instance. - - - Please note: this method relies on callers to carefully manage the target memory area being referenced by the - pointer and that the lifetime of such a memory area is at least equal to that of the returned - instance. For example, if the input pointer references an unmanaged memory area, - callers must ensure that the memory area is not freed as long as the returned is - in use and not disposed. The same applies if the input memory area points to a pinned managed object, as callers - must ensure that objects will remain pinned as long as the instance is in use. - Failing to do so constitutes undefined behavior and will likely lead to memory corruption and runtime crashes. - - - Note also that if you have a or an array (which can be cast to ) of - either or values, it is highly recommended to use one of the other - available overloads of this method instead (such as - or , to make the resulting code less error - prone and avoid having to pin the underlying memory buffer in use. This method is primarily meant to be used when - doing interop or working with buffers that are located in unmanaged memory. - - - The pixel type - The - The pointer to the target memory buffer to wrap. - The width of the memory image. - The height of the memory image. - The . - The configuration is null. - The metadata is null. - An instance - - - - - Wraps an existing contiguous memory area of at least 'width' x 'height' pixels allowing viewing/manipulation as - an instance. - - - Please note: this method relies on callers to carefully manage the target memory area being referenced by the - pointer and that the lifetime of such a memory area is at least equal to that of the returned - instance. For example, if the input pointer references an unmanaged memory area, - callers must ensure that the memory area is not freed as long as the returned is - in use and not disposed. The same applies if the input memory area points to a pinned managed object, as callers - must ensure that objects will remain pinned as long as the instance is in use. - Failing to do so constitutes undefined behavior and will likely lead to memory corruption and runtime crashes. - - - Note also that if you have a or an array (which can be cast to ) of - either or values, it is highly recommended to use one of the other - available overloads of this method instead (such as - or , to make the resulting code less error - prone and avoid having to pin the underlying memory buffer in use. This method is primarily meant to be used when - doing interop or working with buffers that are located in unmanaged memory. - - - The pixel type - The - The pointer to the target memory buffer to wrap. - The width of the memory image. - The height of the memory image. - The configuration is null. - An instance. - - - - - Wraps an existing contiguous memory area of at least 'width' x 'height' pixels allowing viewing/manipulation as - an instance. - - - Please note: this method relies on callers to carefully manage the target memory area being referenced by the - pointer and that the lifetime of such a memory area is at least equal to that of the returned - instance. For example, if the input pointer references an unmanaged memory area, - callers must ensure that the memory area is not freed as long as the returned is - in use and not disposed. The same applies if the input memory area points to a pinned managed object, as callers - must ensure that objects will remain pinned as long as the instance is in use. - Failing to do so constitutes undefined behavior and will likely lead to memory corruption and runtime crashes. - - - Note also that if you have a or an array (which can be cast to ) of - either or values, it is highly recommended to use one of the other - available overloads of this method instead (such as - or , to make the resulting code less error - prone and avoid having to pin the underlying memory buffer in use. This method is primarily meant to be used when - doing interop or working with buffers that are located in unmanaged memory. - - - The pixel type. - The pointer to the target memory buffer to wrap. - The width of the memory image. - The height of the memory image. - An instance. - - - - Represents a pixel-agnostic image frame containing all pixel data and . - In case of animated formats like gif, it contains the single frame in a animation. - In all other cases it is the only frame of the image. - - - Contains methods for loading raw pixel data. - - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The frame width. - The frame height. - The . - - - - Gets the width. - - - - - Gets the height. - - - - - Gets the metadata of the frame. - - - - - - - - Gets the size of the frame. - - The - - - - Gets the bounds of the frame. - - The - - - - - - - Disposes the object and frees resources for the Garbage Collector. - - Whether to dispose of managed and unmanaged objects. - - - - Updates the size of the image frame. - - - - - Create a new instance of the class from the given byte array in format. - - The configuration which allows altering default behaviour or extending the library. - The byte array containing image data. - The width of the final image. - The height of the final image. - The pixel format. - A new . - - - - Create a new instance of the class from the raw data. - - The configuration which allows altering default behaviour or extending the library. - The Span containing the image Pixel data. - The width of the final image. - The height of the final image. - The pixel format. - A new . - - - - Encapsulates a pixel-agnostic collection of instances - that make up an . - - - - - Gets the number of frames. - - - - - Gets the root frame. - - - - - Gets the root frame. (Implements .) - - - - - Gets the at the specified index. - - - The . - - The index. - The at the specified index. - - - - Determines the index of a specific in the . - - The to locate in the . - The index of item if found in the list; otherwise, -1. - - - - Clones and inserts the into the at the specified . - - The zero-based index to insert the frame at. - The to clone and insert into the . - Frame must have the same dimensions as the image. - The cloned . - - - - Clones the frame and appends the clone to the end of the collection. - - The raw pixel data to generate the from. - The cloned . - - - - Removes the frame at the specified index and frees all freeable resources associated with it. - - The zero-based index of the frame to remove. - Cannot remove last frame. - - - - Determines whether the contains the . - - The frame. - - true if the contains the specified frame; otherwise, false. - - - - - Moves an from to . - - The zero-based index of the frame to move. - The index to move the frame to. - - - - Removes the frame at the specified index and creates a new image with only the removed frame - with the same metadata as the original image. - - The zero-based index of the frame to export. - Cannot remove last frame. - The new with the specified frame. - - - - Creates an with only the frame at the specified index - with the same metadata as the original image. - - The zero-based index of the frame to clone. - The new with the specified frame. - - - - Creates a new and appends it to the end of the collection. - - - The new . - - - - - Creates a new and appends it to the end of the collection. - - The background color to initialize the pixels with. - - The new . - - - - - - - - - - - Implements . - - The enumerator. - - - - Implements the getter of the indexer. - - The index. - The frame. - - - - Implements . - - The index. - The frame. - The new frame. - - - - Implements . - - The frame. - The new frame. - - - - Implements . - - The index. - The new image. - - - - Implements . - - The index. - The new image. - - - - Implements . - - The new frame. - - - - Implements . - - The background color. - The new frame. - - - - Encapsulates a pixel-specific collection of instances - that make up an . - - The type of the pixel. - - - - Gets the number of frames. - - - - - Gets the root frame. - - - - - - - - Gets the at the specified index. - - - The . - - The index. - The at the specified index. - - - - - - - Determines the index of a specific in the . - - The to locate in the . - The index of item if found in the list; otherwise, -1. - - - - Clones and inserts the into the at the specified . - - The zero-based index to insert the frame at. - The to clone and insert into the . - Frame must have the same dimensions as the image. - The cloned . - - - - Clones the frame and appends the clone to the end of the collection. - - The raw pixel data to generate the from. - The cloned . - - - - Creates a new frame from the pixel data with the same dimensions as the other frames and inserts the - new frame at the end of the collection. - - The raw pixel data to generate the from. - The new . - - - - Creates a new frame from the pixel data with the same dimensions as the other frames and inserts the - new frame at the end of the collection. - - The raw pixel data to generate the from. - The new . - - - - Removes the frame at the specified index and frees all freeable resources associated with it. - - The zero-based index of the frame to remove. - Cannot remove last frame. - - - - - - - Determines whether the contains the . - - The frame. - - true if the contains the specified frame; otherwise, false. - - - - - Moves an from to . - - The zero-based index of the frame to move. - The index to move the frame to. - - - - Removes the frame at the specified index and creates a new image with only the removed frame - with the same metadata as the original image. - - The zero-based index of the frame to export. - Cannot remove last frame. - The new with the specified frame. - - - - Creates an with only the frame at the specified index - with the same metadata as the original image. - - The zero-based index of the frame to clone. - The new with the specified frame. - - - - Creates a new and appends it to the end of the collection. - - - The new . - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Creates a new and appends it to the end of the collection. - - The background color to initialize the pixels with. - - The new . - - - - - - - - - - - Represents a pixel-specific image frame containing all pixel data and . - In case of animated formats like gif, it contains the single frame in a animation. - In all other cases it is the only frame of the image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The width of the image in pixels. - The height of the image in pixels. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The of the frame. - The metadata. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The width of the image in pixels. - The height of the image in pixels. - The metadata. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The width of the image in pixels. - The height of the image in pixels. - The color to clear the image with. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The width of the image in pixels. - The height of the image in pixels. - The color to clear the image with. - The metadata. - - - - Initializes a new instance of the class wrapping an existing buffer. - - The configuration providing initialization code which allows extending the library. - The width of the image in pixels. - The height of the image in pixels. - The memory source. - - - - Initializes a new instance of the class wrapping an existing buffer. - - The configuration providing initialization code which allows extending the library. - The width of the image in pixels. - The height of the image in pixels. - The memory source. - The metadata. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The source. - - - - Gets the image pixels. Not private as Buffer2D requires an array in its constructor. - - - - - - - - Gets or sets the pixel at the specified position. - - The x-coordinate of the pixel. Must be greater than or equal to zero and less than the width of the image. - The y-coordinate of the pixel. Must be greater than or equal to zero and less than the height of the image. - The at the specified position. - Thrown when the provided (x,y) coordinates are outside the image boundary. - - - - Gets the representation of the pixels as a of contiguous memory - at row beginning from the first pixel on that row. - - The row. - The - Thrown when row index is out of range. - - - - Gets the representation of the pixels as a in the source image's pixel format - stored in row major order, if the backing buffer is contiguous. - - The . - The . - - - - Gets a reference to the pixel at the specified position. - - The x-coordinate of the pixel. Must be greater than or equal to zero and less than the width of the image. - The y-coordinate of the pixel. Must be greater than or equal to zero and less than the height of the image. - The at the specified position. - - - - Copies the pixels to a of the same size. - - The target pixel buffer accessor. - - - - Switches the buffers used by the image and the pixelSource meaning that the Image will "own" the buffer from the pixelSource and the pixelSource will now own the Images buffer. - - The pixel source. - - - - - - - - - - Clones the current instance. - - The - - - - Clones the current instance. - - The configuration providing initialization code which allows extending the library. - The - - - - Returns a copy of the image frame in the given pixel format. - - The pixel format. - The - - - - Returns a copy of the image frame in the given pixel format. - - The pixel format. - The configuration providing initialization code which allows extending the library. - The - - - - Clears the bitmap. - - The value to initialize the bitmap with. - - - - A implementing the clone logic for . - - - - - - - - Contains information about the image including dimensions, pixel type information and additional metadata - - - - - Initializes a new instance of the class. - - The image pixel type information. - The width of the image in pixels. - The height of the image in pixels. - The images metadata. - - - - - - - - - - - - - - - - Extension methods that allow the addition of geometry calculating methods to the type - - - - - Gets the bounds of the image. - - The image info - The - - - - Gets the bounds of the image. - - The image info - The - - - - Encapsulates an image, which consists of the pixel data for a graphics image and its attributes. - For generic -s the pixel type is known at compile time. - - The pixel format. - - - - Initializes a new instance of the class - with the height and the width of the image. - - The configuration providing initialization code which allows extending the library. - The width of the image in pixels. - The height of the image in pixels. - - - - Initializes a new instance of the class - with the height and the width of the image. - - The configuration providing initialization code which allows extending the library. - The width of the image in pixels. - The height of the image in pixels. - The color to initialize the pixels with. - - - - Initializes a new instance of the class - with the height and the width of the image. - - The width of the image in pixels. - The height of the image in pixels. - The color to initialize the pixels with. - - - - Initializes a new instance of the class - with the height and the width of the image. - - The width of the image in pixels. - The height of the image in pixels. - - - - Initializes a new instance of the class - with the height and the width of the image. - - The configuration providing initialization code which allows extending the library. - The width of the image in pixels. - The height of the image in pixels. - The images metadata. - - - - Initializes a new instance of the class - wrapping an external . - - The configuration providing initialization code which allows extending the library. - The memory source. - The width of the image in pixels. - The height of the image in pixels. - The images metadata. - - - - Initializes a new instance of the class - with the height and the width of the image. - - The configuration providing initialization code which allows extending the library. - The width of the image in pixels. - The height of the image in pixels. - The color to initialize the pixels with. - The images metadata. - - - - Initializes a new instance of the class - with the height and the width of the image. - - The configuration providing initialization code which allows extending the library. - The images metadata. - The frames that will be owned by this image instance. - - - - - - - Gets the collection of image frames. - - - - - Gets the root frame. - - - - - Gets or sets the pixel at the specified position. - - The x-coordinate of the pixel. Must be greater than or equal to zero and less than the width of the image. - The y-coordinate of the pixel. Must be greater than or equal to zero and less than the height of the image. - The at the specified position. - Thrown when the provided (x,y) coordinates are outside the image boundary. - - - - Gets the representation of the pixels as a of contiguous memory - at row beginning from the first pixel on that row. - - The row. - The - Thrown when row index is out of range. - - - - Gets the representation of the pixels as a in the source image's pixel format - stored in row major order, if the backing buffer is contiguous. - - The . - The . - - - - Clones the current image - - Returns a new image with all the same metadata as the original. - - - - Clones the current image with the given configuration. - - The configuration providing initialization code which allows extending the library. - Returns a new with all the same pixel data as the original. - - - - Returns a copy of the image in the given pixel format. - - The pixel format. - The configuration providing initialization code which allows extending the library. - The . - - - - - - - - - - - - - - - - - - - Switches the buffers used by the image and the pixelSource meaning that the Image will "own" the buffer from the pixelSource and the pixelSource will now own the Images buffer. - - The pixel source. - - - - A pixel-specific image frame where each pixel buffer value represents an index in a color palette. - - The pixel format. - - - - Initializes a new instance of the class. - - - The configuration which allows altering default behaviour or extending the library. - - The frame width. - The frame height. - The color palette. - - - - Gets the configuration which allows altering default behaviour or extending the library. - - - - - Gets the width of this . - - - - - Gets the height of this . - - - - - Gets the color palette of this . - - - - - - - - Gets the representation of the pixels as a of contiguous memory - at row beginning from the first pixel on that row. - - The row index in the pixel buffer. - The pixel row as a . - - - - - Gets the representation of the pixels as a of contiguous memory - at row beginning from the first pixel on that row. - - - Note: Values written to this span are not sanitized against the palette length. - Care should be taken during assignment to prevent out-of-bounds errors. - - - The row index in the pixel buffer. - The pixel row as a . - - - - - - - A readonly stream that add a secondary level buffer in addition to native stream - buffered reading to reduce the overhead of small incremental reads. - - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The input stream. - - - - Gets the size, in bytes, of the underlying buffer. - - - - - - - - - - - - - - - - - - - - Gets the underlying stream. - - - - - - - - - - - - - - - - - - This operation is not supported in . - - - - - - This operation is not supported in . - - - - - - - - Provides an in-memory stream composed of non-contiguous chunks that doesn't need to be resized. - Chunks are allocated by the assigned via the constructor - and is designed to take advantage of buffer pooling when available. - - - - - The default length in bytes of each buffer chunk. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The length, in bytes of each buffer chunk. - The memory allocator. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Copy entire buffer into an array. - - The . - - - - Write remainder of this stream to another stream. - - The stream to write to. - - - - A simple interface representing the filesystem. - - - - - Returns a readable stream as defined by the path. - - Path to the file to open. - A stream representing the file to open. - - - - Creates or opens a file and returns it as a writable stream as defined by the path. - - Path to the file to open. - A stream representing the file to open. - - - - A wrapper around the local File apis. - - - - - - - - - - - Options for allocating buffers. - - - - - Indicates that the buffer should just be allocated. - - - - - Indicates that the allocated buffer should be cleaned following allocation. - - - - - Contains and . - - - Contains common factory methods and configuration constants. - - - Implements by allocating memory from . - - - - - The buffer implementation of . - - - - - The length of the buffer. - - - - - A weak reference to the source pool. - - - By using a weak reference here, we are making sure that array pools and their retained arrays are always GC-ed - after a call to , regardless of having buffer instances still being in use. - - - - - Gets the buffer as a byte array. - - - - - - - - - - - The implementation of . - - - - - - - - The default value for: maximum size of pooled arrays in bytes. - Currently set to 24MB, which is equivalent to 8 megapixels of raw RGBA32 data. - - - - - The value for: The threshold to pool arrays in which has less buckets for memory safety. - - - - - The default bucket count for . - - - - - The default bucket count for . - - - - - This is the default. Should be good for most use cases. - - The memory manager. - - - - For environments with very limited memory capabilities, only small buffers like image rows are pooled. - - The memory manager. - - - - For environments with limited memory capabilities, only small array requests are pooled, which can result in reduced throughput. - - The memory manager. - - - - For environments where memory capabilities are not an issue, the maximum amount of array requests are pooled which results in optimal throughput. - - The memory manager. - - - - The for small-to-medium buffers which is not kept clean. - - - - - The for huge buffers, which is not kept clean. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The maximum size of pooled arrays. Arrays over the thershold are gonna be always allocated. - - - - Initializes a new instance of the class. - - The maximum size of pooled arrays. Arrays over the thershold are gonna be always allocated. - Arrays over this threshold will be pooled in which has less buckets for memory safety. - - - - Initializes a new instance of the class. - - The maximum size of pooled arrays. Arrays over the thershold are gonna be always allocated. - The threshold to pool arrays in which has less buckets for memory safety. - Max arrays per bucket for the large array pool. - Max arrays per bucket for the normal array pool. - - - - Initializes a new instance of the class. - - The maximum size of pooled arrays. Arrays over the thershold are gonna be always allocated. - The threshold to pool arrays in which has less buckets for memory safety. - Max arrays per bucket for the large array pool. - Max arrays per bucket for the normal array pool. - The length of the largest contiguous buffer that can be handled by this allocator instance. - - - - Gets the maximum size of pooled arrays in bytes. - - - - - Gets the threshold to pool arrays in which has less buckets for memory safety. - - - - - Gets the length of the largest contiguous buffer that can be handled by this allocator instance. - - - - - - - - - - - - - - - - - Represents a byte buffer backed by a managed array. Useful for interop with classic .NET API-s. - - - - - Gets the managed array backing this buffer instance. - - - - - Wraps an array as an instance. - - - - - - Initializes a new instance of the class. - - The array. - The length of the buffer. - - - - Initializes a new instance of the class. - - The array. - - - - Gets the array. - - - - - Gets the length. - - - - - - - - - - - - - - Provides an based on . - - - - - Initializes a new instance of the class. - - The byte array. - - - - Provides a base class for implementations by implementing pinning logic for adaption. - - The element type. - - - - - - - - - - Gets the object that should be pinned. - - The pinnable . - - - - Memory managers are used to allocate memory for image processing operations. - - - - - Gets the length of the largest contiguous buffer that can be handled by this allocator instance in bytes. - - The length of the largest contiguous buffer that can be handled by this allocator instance. - - - - Allocates an , holding a of length . - - Type of the data stored in the buffer. - Size of the buffer to allocate. - The allocation options. - A buffer of values of type . - When length is zero or negative. - When length is over the capacity of the allocator. - - - - Allocates an . - - The requested buffer length. - The allocation options. - The . - When length is zero or negative. - When length is over the capacity of the allocator. - - - - Releases all retained resources not being in use. - Eg: by resetting array pools and letting GC to free the arrays. - - - - - Implements by newing up managed arrays on every allocation request. - - - - - - - - - - - - - - Defines extension methods for . - - - - - Gets the backing . - - The buffer. - The element type. - The MemoryGroup. - - - - TODO: Does not work with multi-buffer groups, should be specific to Resize. - Copy columns of inplace, - from positions starting at to positions at . - - - - - Returns a representing the full area of the buffer. - - The element type - The - The - - - - Return a to the subregion represented by 'rectangle' - - The element type - The - The rectangle subregion - The - - - - Return a to the whole area of 'buffer' - - The element type - The - The - - - - Returns the size of the buffer. - - The element type - The - The of the buffer - - - - Represents a rectangular region inside a 2D memory buffer (). - - The element type. - - - - Initializes a new instance of the struct. - - The . - The defining a rectangular area within the buffer. - - - - Initializes a new instance of the struct. - - The . - - - - Gets the rectangle specifying the boundaries of the area in . - - - - - Gets the being pointed by this instance. - - - - - Gets the width - - - - - Gets the height - - - - - Gets the pixel stride which is equal to the width of . - - - - - Gets the size of the area. - - - - - Gets a value indicating whether the area refers to the entire - - - - - Gets or sets a value at the given index. - - The position inside a row - The row index - The reference to the value - - - - Gets a span to row 'y' inside this area. - - The row index - The span - - - - Returns a subregion as . (Similar to .) - - The x index at the subregion origin. - The y index at the subregion origin. - The desired width of the subregion. - The desired height of the subregion. - The subregion - - - - Returns a subregion as . (Similar to .) - - The specifying the boundaries of the subregion - The subregion - - - - Gets a reference to the [0,0] element. - - The reference to the [0,0] element - - - - Represents a buffer of value type objects - interpreted as a 2D region of x elements. - - - Before RC1, this class might be target of API changes, use it on your own risk! - - The value type. - - - - Initializes a new instance of the class. - - The to wrap. - The number of elements in a row. - The number of rows. - - - - Gets the width. - - - - - Gets the height. - - - - - Gets the backing . - - The MemoryGroup. - - - - Gets the backing without the view abstraction. - - - This property has been kept internal intentionally. - It's public counterpart is , - which only exposes the view of the MemoryGroup. - - - - - Gets a reference to the element at the specified position. - - The x coordinate (row) - The y coordinate (position at row) - A reference to the element. - When index is out of range of the buffer. - - - - Disposes the instance - - - - - Gets a to the row 'y' beginning from the pixel at the first pixel on that row. - - - This method does not validate the y argument for performance reason, - is being propagated from lower levels. - - The row index. - The of the pixels in the row. - Thrown when row index is out of range. - - - - Gets a to the row 'y' beginning from the pixel at the first pixel on that row. - This method is intended for internal use only, since it does not use the indirection provided by - . - - The y (row) coordinate. - The . - - - - Gets a to the row 'y' beginning from the pixel at the first pixel on that row. - - The y (row) coordinate. - The . - - - - Gets a to the backing data if the backing group consists of a single contiguous memory buffer. - Throws otherwise. - - The referencing the memory area. - - Thrown when the backing group is discontiguous. - - - - - Gets a to the backing data of if the backing group consists of a single contiguous memory buffer. - Throws otherwise. - - The . - - Thrown when the backing group is discontiguous. - - - - - Swaps the contents of 'destination' with 'source' if the buffers are owned (1), - copies the contents of 'source' to 'destination' otherwise (2). Buffers should be of same size in case 2! - - - - - A custom that can wrap of instances - and cast them to be for any arbitrary unmanaged value type. - - The value type to use when casting the wrapped instance. - - - - The wrapped of instance. - - - - - Initializes a new instance of the class. - - The of instance to wrap. - - - - - - - - - - - - - - - - Represents discontiguous group of multiple uniformly-sized memory segments. - The last segment can be smaller than the preceding ones. - - The element type. - - - - Gets the number of elements per contiguous sub-buffer preceding the last buffer. - The last buffer is allowed to be smaller. - - - - - Gets the aggregate number of elements in the group. - - - - - Gets a value indicating whether the group has been invalidated. - - - Invalidation usually occurs when an image processor capable to alter the image dimensions replaces - the image buffers internally. - - - - - Returns a value-type implementing an allocation-free enumerator of the memory groups in the current - instance. The return type shouldn't be used directly: just use a block on - the instance in use and the C# compiler will automatically invoke this - method behind the scenes. This method takes precedence over the - implementation, which is still available when casting to one of the underlying interfaces. - - A new instance mapping the current values in use. - - - - A value-type enumerator for instances. - - The element type. - - - - - - - - - - Returns a slice that is expected to be within the bounds of a single buffer. - Otherwise is thrown. - - - - - Implements , defining a view for - rather than owning the segments. - - - This type provides an indirection, protecting the users of publicly exposed memory API-s - from internal memory-swaps. Whenever an internal swap happens, the - instance becomes invalid, throwing an exception on all operations. - - The element type. - - - - - - - - - - - - - Represents discontinuous group of multiple uniformly-sized memory segments. - The underlying buffers may change with time, therefore it's not safe to expose them directly on - and . - - The element type. - - - - A implementation that consumes the underlying memory buffers. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Creates a new memory group, allocating it's buffers with the provided allocator. - - The to use. - The total length of the buffer. - The expected alignment (eg. to make sure image rows fit into single buffers). - The . - A new . - Thrown when 'blockAlignment' converted to bytes is greater than the buffer capacity of the allocator. - - - - Swaps the contents of 'target' with 'source' if the buffers are allocated (1), - copies the contents of 'source' to 'target' otherwise (2). - Groups should be of same TotalLength in case 2. - - - - - A implementation that owns the underlying memory buffers. - - - - - - - - - - - Exception thrown when the library detects an invalid memory allocation request, - or an attempt has been made to use an invalidated . - - - - - Initializes a new instance of the class. - - The exception message text. - - - - Initializes a new instance of the class. - - - - - Extension methods for . - - - - - Allocates a buffer of value type objects interpreted as a 2D region - of x elements. - - The type of buffer items to allocate. - The memory allocator. - The buffer width. - The buffer height. - The allocation options. - The . - - - - Allocates a buffer of value type objects interpreted as a 2D region - of width x height elements. - - The type of buffer items to allocate. - The memory allocator. - The buffer size. - The allocation options. - The . - - - - Allocates padded buffers for BMP encoder/decoder. (Replacing old PixelRow/PixelArea). - - The . - Pixel count in the row - The pixel size in bytes, eg. 3 for RGB. - The padding. - A . - - - - Allocates a . - - The to use. - The total length of the buffer. - The expected alignment (eg. to make sure image rows fit into single buffers). - The . - A new . - Thrown when 'blockAlignment' converted to bytes is greater than the buffer capacity of the allocator. - - - - Extension methods for - - - - - Gets a from an instance. - - The buffer - The - - - - Gets the length of an internal buffer. - - The buffer - The length of the buffer - - - - Gets a to an offsetted position inside the buffer. - - The buffer - The start - The - - - - Gets a to an offsetted position inside the buffer. - - The buffer - The start - The length of the slice - The - - - - Clears the contents of this buffer. - - The buffer - - - - Gets a reference to the first item in the internal buffer for an instance. - - The buffer - A reference to the first item within the memory wrapped by - - - - Represents an interval of rows in a and/or - - - Before RC1, this class might be target of API changes, use it on your own risk! - - - - - Initializes a new instance of the struct. - - The inclusive minimum row. - The exclusive maximum row. - - - - Gets the inclusive minimum row. - - - - - Gets the exclusive maximum row. - - - - - Gets the difference ( - ). - - - - - Returns a boolean indicating whether the given two -s are equal. - - The first to compare. - The second to compare. - True if the given -s are equal; False otherwise. - - - - Returns a boolean indicating whether the given two -s are not equal. - - The first to compare. - The second to compare. - True if the given -s are not equal; False otherwise. - - - - - - - - - - - - - - - - A custom that can wrap a rawpointer to a buffer of a specified type. - - The value type to use when casting the wrapped instance. - This manager doesn't own the memory buffer that it points to. - - - - The pointer to the memory buffer. - - - - - The length of the memory area. - - - - - Initializes a new instance of the class. - - The pointer to the memory buffer. - The length of the memory area. - - - - - - - - - - - - - - - - Enumerated frame process modes to apply to multi-frame images. - - - - - Decodes all the frames of a multi-frame image. - - - - - Decodes only the first frame of a multi-frame image. - - - - - Encapsulates the metadata of an image frame. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class - by making a copy from other metadata. - - - The other to create this instance from. - - - - - - - - Gets the metadata value associated with the specified key. - - The type of format metadata. - The type of format frame metadata. - The key of the value to get. - - The . - - - - - Encapsulates the metadata of an image. - - - - - The default horizontal resolution value (dots per inch) in x direction. - The default value is 96 . - - - - - The default vertical resolution value (dots per inch) in y direction. - The default value is 96 . - - - - - The default pixel resolution units. - The default value is . - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class - by making a copy from other metadata. - - - The other to create this instance from. - - - - - Gets or sets the resolution of the image in x- direction. - It is defined as the number of dots per inch and should be an positive value. - - The density of the image in x- direction. - - - - Gets or sets the resolution of the image in y- direction. - It is defined as the number of dots per inch and should be an positive value. - - The density of the image in y- direction. - - - - Gets or sets unit of measure used when reporting resolution. - 00 : No units; width:height pixel aspect ratio = Ydensity:Xdensity - 01 : Pixels per inch (2.54 cm) - 02 : Pixels per centimeter - 03 : Pixels per meter - - - - - Gets or sets the Exif profile. - - - - - Gets or sets the list of ICC profiles. - - - - - Gets or sets the iptc profile. - - - - - Gets the metadata value associated with the specified key. - - The type of metadata. - The key of the value to get. - - The . - - - - - - - - Synchronizes the profiles with the current metadata. - - - - - Provides enumeration of available pixel density units. - - - - - No units; width:height pixel aspect ratio. - - - - - Pixels per inch (2.54 cm). - - - - - Pixels per centimeter. - - - - - Pixels per meter (100 cm). - - - - - Specifies exif data types. - - - - - Unknown - - - - - An 8-bit unsigned integer. - - - - - An 8-bit byte containing one 7-bit ASCII code. The final byte is terminated with NULL. - - Although the standard defines ASCII this has commonly been ignored as - ASCII cannot properly encode text in many languages. - - - - - - A 16-bit (2-byte) unsigned integer. - - - - - A 32-bit (4-byte) unsigned integer. - - - - - Two LONGs. The first LONG is the numerator and the second LONG expresses the denominator. - - - - - An 8-bit signed integer. - - - - - An 8-bit byte that can take any value depending on the field definition. - - - - - A 16-bit (2-byte) signed integer. - - - - - A 32-bit (4-byte) signed integer (2's complement notation). - - - - - Two SLONGs. The first SLONG is the numerator and the second SLONG is the denominator. - - - - - A 32-bit single precision floating point value. - - - - - A 64-bit double precision floating point value. - - - - - Gets the size in bytes of the given data type. - - The data type. - - The . - - - Thrown if the type is unsupported. - - - - - Specifies which parts will be written when the profile is added to an image. - - - - - None - - - - - IfdTags - - - - - ExifTags - - - - - GPSTags - - - - - All - - - - - Represents an EXIF profile providing access to the collection of values. - - - - - The byte array to read the EXIF profile from. - - - - - The collection of EXIF values - - - - - The thumbnail offset position in the byte stream - - - - - The thumbnail length in the byte stream - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The byte array to read the EXIF profile from. - - - - Initializes a new instance of the class - by making a copy from another EXIF profile. - - The other EXIF profile, where the clone should be made from. - is null.> - - - - Gets or sets which parts will be written when the profile is added to an image. - - - - - Gets the tags that where found but contained an invalid value. - - - - - Gets the values of this EXIF profile. - - - - - Returns the thumbnail in the EXIF profile when available. - - The pixel format. - - The . - - - - - Returns the value with the specified tag. - - The tag of the exif value. - The value with the specified tag. - The data type of the tag. - - - - Removes the value with the specified tag. - - The tag of the EXIF value. - - The . - - - - - Sets the value of the specified tag. - - The tag of the exif value. - The value. - The data type of the tag. - - - - Converts this instance to a byte array. - - The - - - - - - - Returns the value with the specified tag. - - The tag of the exif value. - The value with the specified tag. - - - - Sets the value of the specified tag. - - The tag of the exif value. - The value. - - - - Synchronizes the profiles with the specified metadata. - - The metadata. - - - - Reads and parses EXIF data from a byte array. - - - - - Gets the invalid tags. - - - - - Gets the thumbnail length in the byte stream. - - - - - Gets the thumbnail offset position in the byte stream. - - - - - Gets the remaining length. - - - - - Reads and returns the collection of EXIF values. - - - The . - - - - - Adds the collection of EXIF values to the reader. - - The values. - The index. - - - - Class that provides a description for an ExifTag value. - - - - - Initializes a new instance of the class. - - The value of the exif tag. - The description for the value of the exif tag. - - - - Gets the tag description from any custom attributes. - - The tag. - The value. - - The . - - - - - Contains methods for writing EXIF metadata. - - - - - Which parts will be written. - - - - - Initializes a new instance of the class. - - The values. - The allowed parts. - - - - Returns the EXIF data. - - - The . - - - - - - - Class that represents an exif tag from the Exif standard 2.31. - - - - - - - - - - - - - - - - - - Gets the FaxProfile exif tag. - - - - - Gets the ModeNumber exif tag. - - - - - Gets the GPSAltitudeRef exif tag. - - - - - Gets the ClipPath exif tag. - - - - - Gets the VersionYear exif tag. - - - - - Gets the XMP exif tag. - - - - - Gets the CFAPattern2 exif tag. - - - - - Gets the TIFFEPStandardID exif tag. - - - - - Gets the XPTitle exif tag. - - - - - Gets the XPComment exif tag. - - - - - Gets the XPAuthor exif tag. - - - - - Gets the XPKeywords exif tag. - - - - - Gets the XPSubject exif tag. - - - - - Gets the GPSVersionID exif tag. - - - - - Converts the specified to a . - - The to convert. - - - - Determines whether the specified instances are considered equal. - - The first to compare. - The second to compare. - - - - Determines whether the specified instances are not considered equal. - - The first to compare. - The second to compare. - - - - - - - - - - - - - - - - Gets the PixelScale exif tag. - - - - - Gets the IntergraphMatrix exif tag. - - - - - Gets the ModelTiePoint exif tag. - - - - - Gets the ModelTransform exif tag. - - - - - Gets the SubfileType exif tag. - - - - - Gets the SubIFDOffset exif tag. - - - - - Gets the GPSIFDOffset exif tag. - - - - - Gets the T4Options exif tag. - - - - - Gets the T6Options exif tag. - - - - - Gets the XClipPathUnits exif tag. - - - - - Gets the YClipPathUnits exif tag. - - - - - Gets the ProfileType exif tag. - - - - - Gets the CodingMethods exif tag. - - - - - Gets the T82ptions exif tag. - - - - - Gets the JPEGInterchangeFormat exif tag. - - - - - Gets the JPEGInterchangeFormatLength exif tag. - - - - - Gets the MDFileTag exif tag. - - - - - Gets the StandardOutputSensitivity exif tag. - - - - - Gets the RecommendedExposureIndex exif tag. - - - - - Gets the ISOSpeed exif tag. - - - - - Gets the ISOSpeedLatitudeyyy exif tag. - - - - - Gets the ISOSpeedLatitudezzz exif tag. - - - - - Gets the FaxRecvParams exif tag. - - - - - Gets the FaxRecvTime exif tag. - - - - - Gets the ImageNumber exif tag. - - - - - Gets the FreeOffsets exif tag. - - - - - Gets the FreeByteCounts exif tag. - - - - - Gets the ColorResponseUnit exif tag. - - - - - Gets the TileOffsets exif tag. - - - - - Gets the SMinSampleValue exif tag. - - - - - Gets the SMaxSampleValue exif tag. - - - - - Gets the JPEGQTables exif tag. - - - - - Gets the JPEGDCTables exif tag. - - - - - Gets the JPEGACTables exif tag. - - - - - Gets the StripRowCounts exif tag. - - - - - Gets the IntergraphRegisters exif tag. - - - - - Gets the TimeZoneOffset exif tag. - - - - - Gets the ImageWidth exif tag. - - - - - Gets the ImageLength exif tag. - - - - - Gets the TileWidth exif tag. - - - - - Gets the TileLength exif tag. - - - - - Gets the BadFaxLines exif tag. - - - - - Gets the ConsecutiveBadFaxLines exif tag. - - - - - Gets the PixelXDimension exif tag. - - - - - Gets the PixelYDimension exif tag. - - - - - Gets the StripOffsets exif tag. - - - - - Gets the TileByteCounts exif tag. - - - - - Gets the ImageLayer exif tag. - - - - - Gets the XPosition exif tag. - - - - - Gets the YPosition exif tag. - - - - - Gets the XResolution exif tag. - - - - - Gets the YResolution exif tag. - - - - - Gets the BatteryLevel exif tag. - - - - - Gets the ExposureTime exif tag. - - - - - Gets the FNumber exif tag. - - - - - Gets the MDScalePixel exif tag. - - - - - Gets the CompressedBitsPerPixel exif tag. - - - - - Gets the ApertureValue exif tag. - - - - - Gets the MaxApertureValue exif tag. - - - - - Gets the SubjectDistance exif tag. - - - - - Gets the FocalLength exif tag. - - - - - Gets the FlashEnergy2 exif tag. - - - - - Gets the FocalPlaneXResolution2 exif tag. - - - - - Gets the FocalPlaneYResolution2 exif tag. - - - - - Gets the ExposureIndex2 exif tag. - - - - - Gets the Humidity exif tag. - - - - - Gets the Pressure exif tag. - - - - - Gets the Acceleration exif tag. - - - - - Gets the FlashEnergy exif tag. - - - - - Gets the FocalPlaneXResolution exif tag. - - - - - Gets the FocalPlaneYResolution exif tag. - - - - - Gets the ExposureIndex exif tag. - - - - - Gets the DigitalZoomRatio exif tag. - - - - - Gets the GPSAltitude exif tag. - - - - - Gets the GPSDOP exif tag. - - - - - Gets the GPSSpeed exif tag. - - - - - Gets the GPSTrack exif tag. - - - - - Gets the GPSImgDirection exif tag. - - - - - Gets the GPSDestBearing exif tag. - - - - - Gets the GPSDestDistance exif tag. - - - - - Gets the WhitePoint exif tag. - - - - - Gets the PrimaryChromaticities exif tag. - - - - - Gets the YCbCrCoefficients exif tag. - - - - - Gets the ReferenceBlackWhite exif tag. - - - - - Gets the GPSLatitude exif tag. - - - - - Gets the GPSLongitude exif tag. - - - - - Gets the GPSTimestamp exif tag. - - - - - Gets the GPSDestLatitude exif tag. - - - - - Gets the GPSDestLongitude exif tag. - - - - - Gets the LensSpecification exif tag. - - - - - Gets the OldSubfileType exif tag. - - - - - Gets the Compression exif tag. - - - - - Gets the PhotometricInterpretation exif tag. - - - - - Gets the Thresholding exif tag. - - - - - Gets the CellWidth exif tag. - - - - - Gets the CellLength exif tag. - - - - - Gets the FillOrder exif tag. - - - - - Gets the Orientation exif tag. - - - - - Gets the SamplesPerPixel exif tag. - - - - - Gets the PlanarConfiguration exif tag. - - - - - Gets the GrayResponseUnit exif tag. - - - - - Gets the ResolutionUnit exif tag. - - - - - Gets the CleanFaxData exif tag. - - - - - Gets the InkSet exif tag. - - - - - Gets the NumberOfInks exif tag. - - - - - Gets the DotRange exif tag. - - - - - Gets the Indexed exif tag. - - - - - Gets the OPIProxy exif tag. - - - - - Gets the JPEGProc exif tag. - - - - - Gets the JPEGRestartInterval exif tag. - - - - - Gets the YCbCrPositioning exif tag. - - - - - Gets the Rating exif tag. - - - - - Gets the RatingPercent exif tag. - - - - - Gets the ExposureProgram exif tag. - - - - - Gets the Interlace exif tag. - - - - - Gets the SelfTimerMode exif tag. - - - - - Gets the SensitivityType exif tag. - - - - - Gets the MeteringMode exif tag. - - - - - Gets the LightSource exif tag. - - - - - Gets the FocalPlaneResolutionUnit2 exif tag. - - - - - Gets the SensingMethod2 exif tag. - - - - - Gets the Flash exif tag. - - - - - Gets the ColorSpace exif tag. - - - - - Gets the FocalPlaneResolutionUnit exif tag. - - - - - Gets the SensingMethod exif tag. - - - - - Gets the CustomRendered exif tag. - - - - - Gets the ExposureMode exif tag. - - - - - Gets the WhiteBalance exif tag. - - - - - Gets the FocalLengthIn35mmFilm exif tag. - - - - - Gets the SceneCaptureType exif tag. - - - - - Gets the GainControl exif tag. - - - - - Gets the Contrast exif tag. - - - - - Gets the Saturation exif tag. - - - - - Gets the Sharpness exif tag. - - - - - Gets the SubjectDistanceRange exif tag. - - - - - Gets the GPSDifferential exif tag. - - - - - Gets the BitsPerSample exif tag. - - - - - Gets the MinSampleValue exif tag. - - - - - Gets the MaxSampleValue exif tag. - - - - - Gets the GrayResponseCurve exif tag. - - - - - Gets the ColorMap exif tag. - - - - - Gets the ExtraSamples exif tag. - - - - - Gets the PageNumber exif tag. - - - - - Gets the TransferFunction exif tag. - - - - - Gets the Predictor exif tag. - - - - - Gets the HalftoneHints exif tag. - - - - - Gets the SampleFormat exif tag. - - - - - Gets the TransferRange exif tag. - - - - - Gets the DefaultImageColor exif tag. - - - - - Gets the JPEGLosslessPredictors exif tag. - - - - - Gets the JPEGPointTransforms exif tag. - - - - - Gets the YCbCrSubsampling exif tag. - - - - - Gets the CFARepeatPatternDim exif tag. - - - - - Gets the IntergraphPacketData exif tag. - - - - - Gets the ISOSpeedRatings exif tag. - - - - - Gets the SubjectArea exif tag. - - - - - Gets the SubjectLocation exif tag. - - - - - Gets the ShutterSpeedValue exif tag. - - - - - Gets the BrightnessValue exif tag. - - - - - Gets the ExposureBiasValue exif tag. - - - - - Gets the AmbientTemperature exif tag. - - - - - Gets the WaterDepth exif tag. - - - - - Gets the CameraElevationAngle exif tag. - - - - - Gets the Decode exif tag. - - - - - Gets the ImageDescription exif tag. - - - - - Gets the Make exif tag. - - - - - Gets the Model exif tag. - - - - - Gets the Software exif tag. - - - - - Gets the DateTime exif tag. - - - - - Gets the Artist exif tag. - - - - - Gets the HostComputer exif tag. - - - - - Gets the Copyright exif tag. - - - - - Gets the DocumentName exif tag. - - - - - Gets the PageName exif tag. - - - - - Gets the InkNames exif tag. - - - - - Gets the TargetPrinter exif tag. - - - - - Gets the ImageID exif tag. - - - - - Gets the MDLabName exif tag. - - - - - Gets the MDSampleInfo exif tag. - - - - - Gets the MDPrepDate exif tag. - - - - - Gets the MDPrepTime exif tag. - - - - - Gets the MDFileUnits exif tag. - - - - - Gets the SEMInfo exif tag. - - - - - Gets the SpectralSensitivity exif tag. - - - - - Gets the DateTimeOriginal exif tag. - - - - - Gets the DateTimeDigitized exif tag. - - - - - Gets the SubsecTime exif tag. - - - - - Gets the SubsecTimeOriginal exif tag. - - - - - Gets the SubsecTimeDigitized exif tag. - - - - - Gets the RelatedSoundFile exif tag. - - - - - Gets the FaxSubaddress exif tag. - - - - - Gets the OffsetTime exif tag. - - - - - Gets the OffsetTimeOriginal exif tag. - - - - - Gets the OffsetTimeDigitized exif tag. - - - - - Gets the SecurityClassification exif tag. - - - - - Gets the ImageHistory exif tag. - - - - - Gets the ImageUniqueID exif tag. - - - - - Gets the OwnerName exif tag. - - - - - Gets the SerialNumber exif tag. - - - - - Gets the LensMake exif tag. - - - - - Gets the LensModel exif tag. - - - - - Gets the LensSerialNumber exif tag. - - - - - Gets the GDALMetadata exif tag. - - - - - Gets the GDALNoData exif tag. - - - - - Gets the GPSLatitudeRef exif tag. - - - - - Gets the GPSLongitudeRef exif tag. - - - - - Gets the GPSSatellites exif tag. - - - - - Gets the GPSStatus exif tag. - - - - - Gets the GPSMeasureMode exif tag. - - - - - Gets the GPSSpeedRef exif tag. - - - - - Gets the GPSTrackRef exif tag. - - - - - Gets the GPSImgDirectionRef exif tag. - - - - - Gets the GPSMapDatum exif tag. - - - - - Gets the GPSDestLatitudeRef exif tag. - - - - - Gets the GPSDestLongitudeRef exif tag. - - - - - Gets the GPSDestBearingRef exif tag. - - - - - Gets the GPSDestDistanceRef exif tag. - - - - - Gets the GPSDateStamp exif tag. - - - - - Gets the JPEGTables exif tag. - - - - - Gets the OECF exif tag. - - - - - Gets the ExifVersion exif tag. - - - - - Gets the ComponentsConfiguration exif tag. - - - - - Gets the MakerNote exif tag. - - - - - Gets the UserComment exif tag. - - - - - Gets the FlashpixVersion exif tag. - - - - - Gets the SpatialFrequencyResponse exif tag. - - - - - Gets the SpatialFrequencyResponse2 exif tag. - - - - - Gets the Noise exif tag. - - - - - Gets the CFAPattern exif tag. - - - - - Gets the DeviceSettingDescription exif tag. - - - - - Gets the ImageSourceData exif tag. - - - - - Gets the GPSProcessingMethod exif tag. - - - - - Gets the GPSAreaInformation exif tag. - - - - - Gets the FileSource exif tag. - - - - - Gets the ImageDescription exif tag. - - - - - All exif tags from the Exif standard 2.31. - - - - - Unknown - - - - - SubIFDOffset - - - - - GPSIFDOffset - - - - - SubfileType - - - - - OldSubfileType - - - - - ImageWidth - - - - - ImageLength - - - - - BitsPerSample - - - - - Compression - - - - - PhotometricInterpretation - - - - - Thresholding - - - - - CellWidth - - - - - CellLength - - - - - FillOrder - - - - - DocumentName - - - - - ImageDescription - - - - - Make - - - - - Model - - - - - StripOffsets - - - - - Orientation - - - - - SamplesPerPixel - - - - - RowsPerStrip - - - - - StripByteCounts - - - - - MinSampleValue - - - - - MaxSampleValue - - - - - XResolution - - - - - YResolution - - - - - PlanarConfiguration - - - - - PageName - - - - - XPosition - - - - - YPosition - - - - - FreeOffsets - - - - - FreeByteCounts - - - - - GrayResponseUnit - - - - - GrayResponseCurve - - - - - T4Options - - - - - T6Options - - - - - ResolutionUnit - - - - - PageNumber - - - - - ColorResponseUnit - - - - - TransferFunction - - - - - Software - - - - - DateTime - - - - - Artist - - - - - HostComputer - - - - - Predictor - - - - - WhitePoint - - - - - PrimaryChromaticities - - - - - ColorMap - - - - - HalftoneHints - - - - - TileWidth - - - - - TileLength - - - - - TileOffsets - - - - - TileByteCounts - - - - - BadFaxLines - - - - - CleanFaxData - - - - - ConsecutiveBadFaxLines - - - - - InkSet - - - - - InkNames - - - - - NumberOfInks - - - - - DotRange - - - - - TargetPrinter - - - - - ExtraSamples - - - - - SampleFormat - - - - - SMinSampleValue - - - - - SMaxSampleValue - - - - - TransferRange - - - - - ClipPath - - - - - XClipPathUnits - - - - - YClipPathUnits - - - - - Indexed - - - - - JPEGTables - - - - - OPIProxy - - - - - ProfileType - - - - - FaxProfile - - - - - CodingMethods - - - - - VersionYear - - - - - ModeNumber - - - - - Decode - - - - - DefaultImageColor - - - - - T82ptions - - - - - JPEGProc - - - - - JPEGInterchangeFormat - - - - - JPEGInterchangeFormatLength - - - - - JPEGRestartInterval - - - - - JPEGLosslessPredictors - - - - - JPEGPointTransforms - - - - - JPEGQTables - - - - - JPEGDCTables - - - - - JPEGACTables - - - - - YCbCrCoefficients - - - - - YCbCrSubsampling - - - - - YCbCrPositioning - - - - - ReferenceBlackWhite - - - - - StripRowCounts - - - - - XMP - - - - - Rating - - - - - RatingPercent - - - - - ImageID - - - - - CFARepeatPatternDim - - - - - CFAPattern2 - - - - - BatteryLevel - - - - - Copyright - - - - - ExposureTime - - - - - FNumber - - - - - MDFileTag - - - - - MDScalePixel - - - - - MDLabName - - - - - MDSampleInfo - - - - - MDPrepDate - - - - - MDPrepTime - - - - - MDFileUnits - - - - - PixelScale - - - - - IntergraphPacketData - - - - - IntergraphRegisters - - - - - IntergraphMatrix - - - - - ModelTiePoint - - - - - SEMInfo - - - - - ModelTransform - - - - - ImageLayer - - - - - ExposureProgram - - - - - SpectralSensitivity - - - - - ISOSpeedRatings - - - - - OECF - - - - - Interlace - - - - - TimeZoneOffset - - - - - SelfTimerMode - - - - - SensitivityType - - - - - StandardOutputSensitivity - - - - - RecommendedExposureIndex - - - - - ISOSpeed - - - - - ISOSpeedLatitudeyyy - - - - - ISOSpeedLatitudezzz - - - - - FaxRecvParams - - - - - FaxSubaddress - - - - - FaxRecvTime - - - - - ExifVersion - - - - - DateTimeOriginal - - - - - DateTimeDigitized - - - - - OffsetTime - - - - - OffsetTimeOriginal - - - - - OffsetTimeDigitized - - - - - ComponentsConfiguration - - - - - CompressedBitsPerPixel - - - - - ShutterSpeedValue - - - - - ApertureValue - - - - - BrightnessValue - - - - - ExposureBiasValue - - - - - MaxApertureValue - - - - - SubjectDistance - - - - - MeteringMode - - - - - LightSource - - - - - Flash - - - - - FocalLength - - - - - FlashEnergy2 - - - - - SpatialFrequencyResponse2 - - - - - Noise - - - - - FocalPlaneXResolution2 - - - - - FocalPlaneYResolution2 - - - - - FocalPlaneResolutionUnit2 - - - - - ImageNumber - - - - - SecurityClassification - - - - - ImageHistory - - - - - SubjectArea - - - - - ExposureIndex2 - - - - - TIFFEPStandardID - - - - - SensingMethod - - - - - MakerNote - - - - - UserComment - - - - - SubsecTime - - - - - SubsecTimeOriginal - - - - - SubsecTimeDigitized - - - - - ImageSourceData - - - - - AmbientTemperature - - - - - Humidity - - - - - Pressure - - - - - WaterDepth - - - - - Acceleration - - - - - CameraElevationAngle - - - - - XPTitle - - - - - XPComment - - - - - XPAuthor - - - - - XPKeywords - - - - - XPSubject - - - - - FlashpixVersion - - - - - ColorSpace - - - - - PixelXDimension - - - - - PixelYDimension - - - - - RelatedSoundFile - - - - - FlashEnergy - - - - - SpatialFrequencyResponse - - - - - FocalPlaneXResolution - - - - - FocalPlaneYResolution - - - - - FocalPlaneResolutionUnit - - - - - SubjectLocation - - - - - ExposureIndex - - - - - SensingMethod - - - - - FileSource - - - - - SceneType - - - - - CFAPattern - - - - - CustomRendered - - - - - ExposureMode - - - - - WhiteBalance - - - - - DigitalZoomRatio - - - - - FocalLengthIn35mmFilm - - - - - SceneCaptureType - - - - - GainControl - - - - - Contrast - - - - - Saturation - - - - - Sharpness - - - - - DeviceSettingDescription - - - - - SubjectDistanceRange - - - - - ImageUniqueID - - - - - OwnerName - - - - - SerialNumber - - - - - LensSpecification - - - - - LensMake - - - - - LensModel - - - - - LensSerialNumber - - - - - GDALMetadata - - - - - GDALNoData - - - - - GPSVersionID - - - - - GPSLatitudeRef - - - - - GPSLatitude - - - - - GPSLongitudeRef - - - - - GPSLongitude - - - - - GPSAltitudeRef - - - - - GPSAltitude - - - - - GPSTimestamp - - - - - GPSSatellites - - - - - GPSStatus - - - - - GPSMeasureMode - - - - - GPSDOP - - - - - GPSSpeedRef - - - - - GPSSpeed - - - - - GPSTrackRef - - - - - GPSTrack - - - - - GPSImgDirectionRef - - - - - GPSImgDirection - - - - - GPSMapDatum - - - - - GPSDestLatitudeRef - - - - - GPSDestLatitude - - - - - GPSDestLongitudeRef - - - - - GPSDestLongitude - - - - - GPSDestBearingRef - - - - - GPSDestBearing - - - - - GPSDestDistanceRef - - - - - GPSDestDistance - - - - - GPSProcessingMethod - - - - - GPSAreaInformation - - - - - GPSDateStamp - - - - - GPSDifferential - - - - - Class that represents an exif tag from the Exif standard 2.31 with as the data type of the tag. - - The data type of the tag. - - - - Gets the value of the current instance as a string. - - - - - A value of the exif profile. - - - - - Gets the data type of the exif value. - - - - - Gets a value indicating whether the value is an array. - - - - - Gets the tag of the exif value. - - - - - Gets the value of this exif value. - - The value of this exif value. - - - - Sets the value of this exif value. - - The value of this exif value. - A value indicating whether the value could be set. - - - - A value of the exif profile. - - The type of the value. - - - - Gets or sets the value. - - - - - A segment of a curve - - - - - Initializes a new instance of the class. - - The signature of this segment - - - - Gets the signature of this segment - - - - - - - - A formula based curve segment - - - - - Initializes a new instance of the class. - - The type of this segment - Gamma segment parameter - A segment parameter - B segment parameter - C segment parameter - D segment parameter - E segment parameter - - - - Gets the type of this curve - - - - - Gets the gamma curve parameter - - - - - Gets the A curve parameter - - - - - Gets the B curve parameter - - - - - Gets the C curve parameter - - - - - Gets the D curve parameter - - - - - Gets the E curve parameter - - - - - - - - - - - A one dimensional ICC curve. - - - - - Initializes a new instance of the class. - - The break points of this curve - The segments of this curve - - - - Gets the breakpoints that separate two curve segments - - - - - Gets an array of curve segments - - - - - - - - A parametric curve - - - - - Initializes a new instance of the class. - - G curve parameter - - - - Initializes a new instance of the class. - - G curve parameter - A curve parameter - B curve parameter - - - - Initializes a new instance of the class. - - G curve parameter - A curve parameter - B curve parameter - C curve parameter - - - - Initializes a new instance of the class. - - G curve parameter - A curve parameter - B curve parameter - C curve parameter - D curve parameter - - - - Initializes a new instance of the class. - - G curve parameter - A curve parameter - B curve parameter - C curve parameter - D curve parameter - E curve parameter - F curve parameter - - - - Gets the type of this curve - - - - - Gets the G curve parameter - - - - - Gets the A curve parameter - - - - - Gets the B curve parameter - - - - - Gets the C curve parameter - - - - - Gets the D curve parameter - - - - - Gets the E curve parameter - - - - - Gets the F curve parameter - - - - - - - - - - - - - - A response curve - - - - - Initializes a new instance of the class. - - The type of this curve - The XYZ values - The response arrays - - - - Gets the type of this curve - - - - - Gets the XYZ values - - - - - Gets the response arrays - - - - - - - - - - - - - - A sampled curve segment - - - - - Initializes a new instance of the class. - - The curve values of this segment - - - - Gets the curve values of this segment - - - - - - - - - - - Provides methods to read ICC data types - - - Provides methods to read ICC data types - - - Provides methods to read ICC data types - - - Provides methods to read ICC data types - - - Provides methods to read ICC data types - - - Provides methods to read ICC data types - - - Provides methods to read ICC data types - - - Provides methods to read ICC data types - - - - - The data that is read - - - - - The current reading position - - - - - Initializes a new instance of the class. - - The data to read - - - - Gets the length in bytes of the raw data - - - - - Sets the reading position to the given value - - The new index position - - - - Returns the current without increment and adds the given increment - - The value to increment - The current without the increment - - - - Calculates the 4 byte padding and adds it to the variable - - - - - Calculates the 4 byte padding - - the number of bytes to pad - - - - Gets the bit value at a specified position - - The value from where the bit will be extracted - Position of the bit. Zero based index from left to right. - The bit value at specified position - - - - Reads a - - The read curve - - - - Reads a - - The number of channels - The read curve - - - - Reads a - - The read curve - - - - Reads a - - The read segment - - - - Reads a - - The read segment - - - - Reads a - - The read segment - - - - Reads curve data - - Number of input channels - The curve data - - - - Reads an 8bit lookup table - - The read LUT - - - - Reads a 16bit lookup table - - The number of entries - The read LUT - - - - Reads a CLUT depending on type - - Input channel count - Output channel count - If true, it's read as CLUTf32, - else read as either CLUT8 or CLUT16 depending on embedded information - The read CLUT - - - - Reads an 8 bit CLUT - - Input channel count - Output channel count - Grid point count for each CLUT channel - The read CLUT8 - - - - Reads a 16 bit CLUT - - Input channel count - Output channel count - Grid point count for each CLUT channel - The read CLUT16 - - - - Reads a 32bit floating point CLUT - - Input channel count - Output channel count - Grid point count for each CLUT channel - The read CLUTf32 - - - - Reads a two dimensional matrix - - Number of values in X - Number of values in Y - True if the values are encoded as Single; false if encoded as Fix16 - The read matrix - - - - Reads a one dimensional matrix - - Number of values - True if the values are encoded as Single; false if encoded as Fix16 - The read matrix - - - - Reads a - - The read - - - - Reads a CurveSet - - Number of input channels - Number of output channels - The read - - - - Reads a Matrix - - Number of input channels - Number of output channels - The read - - - - Reads a CLUT - - Number of input channels - Number of output channels - The read - - - - Reads a DateTime - - the value - - - - Reads an ICC profile version number - - the version number - - - - Reads an XYZ number - - the XYZ number - - - - Reads a profile ID - - the profile ID - - - - Reads a position number - - the position number - - - - Reads a response number - - the response number - - - - Reads a named color - - Number of device coordinates - the named color - - - - Reads a profile description - - the profile description - - - - Reads a colorant table entry - - the profile description - - - - Reads a screening channel - - the screening channel - - - - Reads an ushort - - the value - - - - Reads a short - - the value - - - - Reads an uint - - the value - - - - Reads an int - - the value - - - - Reads an ulong - - the value - - - - Reads a long - - the value - - - - Reads a float. - - the value - - - - Reads a double - - the value - - - - Reads an ASCII encoded string. - - number of bytes to read - The value as a string - - - - Reads an UTF-16 big-endian encoded string. - - number of bytes to read - The value as a string - - - - Reads a signed 32bit number with 1 sign bit, 15 value bits and 16 fractional bits. - - The number as double - - - - Reads an unsigned 32bit number with 16 value bits and 16 fractional bits. - - The number as double - - - - Reads an unsigned 16bit number with 1 value bit and 15 fractional bits. - - The number as double - - - - Reads an unsigned 16bit number with 8 value bits and 8 fractional bits. - - The number as double - - - - Reads a number of bytes and advances the index. - - The number of bytes to read - The read bytes - - - - Reads a tag data entry - - The table entry with reading information - the tag data entry - - - - Reads the header of a - - The read signature - - - - Reads the header of a and checks if it's the expected value - - expected value to check against - - - - Reads a with an unknown - - The size of the entry in bytes - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The size of the entry in bytes - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The size of the entry in bytes - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The size of the entry in bytes - The read entry - - - - Reads a - - The size of the entry in bytes - The read entry - - - - Reads a - - The size of the entry in bytes - The read entry - - - - Reads a - - The size of the entry in bytes - The read entry - - - - Reads a - - The size of the entry in bytes - The read entry - - - - Reads a - - The size of the entry in bytes - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The size of the entry in bytes - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The read entry - - - - Reads a - - The size of the entry in bytes - The read entry - - - - Provides methods to write ICC data types - - - Provides methods to write ICC data types - - - Provides methods to write ICC data types - - - Provides methods to write ICC data types - - - Provides methods to write ICC data types - - - Provides methods to write ICC data types - - - Provides methods to write ICC data types - - - Provides methods to write ICC data types - - - - - The underlying stream where the data is written to - - - - - To detect redundant calls - - - - - Initializes a new instance of the class. - - - - - Gets the currently written length in bytes - - - - - Gets the written data bytes - - The written data - - - - Sets the writing position to the given value - - The new index position - - - - Writes a byte array - - The array to write - The number of bytes written - - - - Writes a ushort array - - The array to write - The number of bytes written - - - - Writes a short array - - The array to write - The number of bytes written - - - - Writes a uint array - - The array to write - The number of bytes written - - - - Writes an int array - - The array to write - The number of bytes written - - - - Writes a ulong array - - The array to write - The number of bytes written - - - - Write a number of empty bytes - - The number of bytes to write - The number of bytes written - - - - Writes empty bytes to a 4-byte margin - - The number of bytes written - - - - - - - Writes given bytes from pointer - - Pointer to the bytes to write - The number of bytes to write - The number of bytes written - - - - Writes given bytes from pointer ignoring endianness - - Pointer to the bytes to write - The number of bytes to write - The number of bytes written - - - - Writes curve data - - The curves to write - The number of bytes written - - - - Writes a - - The curve to write - The number of bytes written - - - - Writes a - - The curve to write - The number of bytes written - - - - Writes a - - The curve to write - The number of bytes written - - - - Writes a - - The curve to write - The number of bytes written - - - - Writes a - - The curve to write - The number of bytes written - - - - Writes a - - The curve to write - The number of bytes written - - - - Writes an 8bit lookup table - - The LUT to write - The number of bytes written - - - - Writes an 16bit lookup table - - The LUT to write - The number of bytes written - - - - Writes an color lookup table - - The CLUT to write - The number of bytes written - - - - Writes a 8bit color lookup table - - The CLUT to write - The number of bytes written - - - - Writes a 16bit color lookup table - - The CLUT to write - The number of bytes written - - - - Writes a 32bit float color lookup table - - The CLUT to write - The number of bytes written - - - - Writes a two dimensional matrix - - The matrix to write - True if the values are encoded as Single; false if encoded as Fix16 - The number of bytes written - - - - Writes a two dimensional matrix - - The matrix to write - True if the values are encoded as Single; false if encoded as Fix16 - The number of bytes written - - - - Writes a two dimensional matrix - - The matrix to write - True if the values are encoded as Single; false if encoded as Fix16 - The number of bytes written - - - - Writes a one dimensional matrix - - The matrix to write - True if the values are encoded as Single; false if encoded as Fix16 - The number of bytes written - - - - Writes a one dimensional matrix - - The matrix to write - True if the values are encoded as Single; false if encoded as Fix16 - The number of bytes written - - - - Writes a - - The element to write - The number of bytes written - - - - Writes a CurveSet - - The element to write - The number of bytes written - - - - Writes a Matrix - - The element to write - The number of bytes written - - - - Writes a CLUT - - The element to write - The number of bytes written - - - - Writes a DateTime - - The value to write - the number of bytes written - - - - Writes an ICC profile version number - - The value to write - the number of bytes written - - - - Writes an XYZ number - - The value to write - the number of bytes written - - - - Writes a profile ID - - The value to write - the number of bytes written - - - - Writes a position number - - The value to write - the number of bytes written - - - - Writes a response number - - The value to write - the number of bytes written - - - - Writes a named color - - The value to write - the number of bytes written - - - - Writes a profile description - - The value to write - the number of bytes written - - - - Writes a screening channel - - The value to write - the number of bytes written - - - - Writes a byte - - The value to write - the number of bytes written - - - - Writes an ushort - - The value to write - the number of bytes written - - - - Writes a short - - The value to write - the number of bytes written - - - - Writes an uint - - The value to write - the number of bytes written - - - - Writes an int - - The value to write - the number of bytes written - - - - Writes an ulong - - The value to write - the number of bytes written - - - - Writes a long - - The value to write - the number of bytes written - - - - Writes a float - - The value to write - the number of bytes written - - - - Writes a double - - The value to write - the number of bytes written - - - - Writes a signed 32bit number with 1 sign bit, 15 value bits and 16 fractional bits - - The value to write - the number of bytes written - - - - Writes an unsigned 32bit number with 16 value bits and 16 fractional bits - - The value to write - the number of bytes written - - - - Writes an unsigned 16bit number with 1 value bit and 15 fractional bits - - The value to write - the number of bytes written - - - - Writes an unsigned 16bit number with 8 value bits and 8 fractional bits - - The value to write - the number of bytes written - - - - Writes an ASCII encoded string - - the string to write - the number of bytes written - - - - Writes an ASCII encoded string resizes it to the given length - - The string to write - The desired length of the string (including potential null terminator) - If True, there will be a \0 added at the end - the number of bytes written - - - - Writes an UTF-16 big-endian encoded string - - the string to write - the number of bytes written - - - - Writes a tag data entry - - The entry to write - The table entry for the written data entry - The number of bytes written (excluding padding) - - - - Writes a tag data entry (without padding) - - The entry to write - The number of bytes written - - - - Writes the header of a - - The signature of the entry - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Writes a - - The entry to write - The number of bytes written - - - - Color lookup table data type - - - - - 32bit floating point - - - - - 8bit unsigned integer (byte) - - - - - 16bit unsigned integer (ushort) - - - - - Colorant Encoding - - - - - Unknown colorant encoding - - - - - ITU-R BT.709-2 colorant encoding - - - - - SMPTE RP145 colorant encoding - - - - - EBU Tech.3213-E colorant encoding - - - - - P22 colorant encoding - - - - - Color Space Type - - - - - CIE XYZ - - - - - CIE Lab - - - - - CIE Luv - - - - - YCbCr - - - - - CIE Yxy - - - - - RGB - - - - - Gray - - - - - HSV - - - - - HLS - - - - - CMYK - - - - - CMY - - - - - Generic 2 channel color - - - - - Generic 3 channel color - - - - - Generic 4 channel color - - - - - Generic 5 channel color - - - - - Generic 6 channel color - - - - - Generic 7 channel color - - - - - Generic 8 channel color - - - - - Generic 9 channel color - - - - - Generic 10 channel color - - - - - Generic 11 channel color - - - - - Generic 12 channel color - - - - - Generic 13 channel color - - - - - Generic 14 channel color - - - - - Generic 15 channel color - - - - - Curve Measurement Encodings - - - - - ISO 5-3 densitometer response. This is the accepted standard for - reflection densitometers for measuring photographic color prints - - - - - ISO 5-3 densitometer response which is the accepted standard in - Europe for color reflection densitometers - - - - - ISO 5-3 densitometer response commonly referred to as narrow band - or interference-type response. - - - - - ISO 5-3 wide band color reflection densitometer response which is - the accepted standard in the United States for color reflection densitometers - - - - - ISO 5-3 densitometer response for measuring color negatives - - - - - DIN 16536-2 densitometer response, with no polarizing filter - - - - - DIN 16536-2 densitometer response, with polarizing filter - - - - - DIN 16536-2 narrow band densitometer response, with no polarizing filter - - - - - DIN 16536-2 narrow band densitometer response, with polarizing filter - - - - - Curve Segment Signature - - - - - Curve defined by a formula - - - - - Curve defined by multiple segments - - - - - Enumerates the basic data types as defined in ICC.1:2010 version 4.3.0.0 - Section 4.2 to 4.15 - - - - - A 12-byte value representation of the time and date - - - - - A single-precision 32-bit floating-point as specified in IEEE 754, - excluding un-normalized s, infinities, and not a "" (NaN) values - - - - - Positions of some data elements are indicated using a position offset with the data element's size. - - - - - An 8-byte value, used to associate a normalized device code with a measurement value - - - - - A fixed signed 4-byte (32-bit) quantity which has 16 fractional bits - - - - - A fixed unsigned 4-byte (32-bit) quantity having 16 fractional bits - - - - - A fixed unsigned 2-byte (16-bit) quantity having15 fractional bits - - - - - A fixed unsigned 2-byte (16-bit) quantity having 8 fractional bits - - - - - An unsigned 2-byte (16-bit) integer - - - - - An unsigned 4-byte (32-bit) integer - - - - - An unsigned 8-byte (64-bit) integer - - - - - An unsigned 1-byte (8-bit) integer - - - - - A set of three fixed signed 4-byte (32-bit) quantities used to encode CIEXYZ, nCIEXYZ, and PCSXYZ tristimulus values - - - - - Alpha-numeric values, and other input and output codes, shall conform to the American Standard Code for - Information Interchange (ASCII) specified in ISO/IEC 646. - - - - - Device attributes. Can be combined with a logical OR - The least-significant 32 bits are defined by the ICC, - the rest can be used for vendor specific values - - - - - Opacity transparent - - - - - Opacity reflective - - - - - Reflectivity matte - - - - - Reflectivity glossy - - - - - Polarity negative - - - - - Polarity positive - - - - - Chroma black and white - - - - - Chroma color - - - - - Formula curve segment type - - - - - Type 1: Y = (a * X + b)^γ + c - - - - - Type 1: Y = a * log10 (b * X^γ + c) + d - - - - - Type 3: Y = a * b^(c * X + d) + e - - - - - Measurement Geometry - - - - - Unknown geometry - - - - - Geometry of 0°:45° or 45°:0° - - - - - Geometry of 0°:d or d:0° - - - - - Multi process element signature - - - - - Set of curves - - - - - Matrix transformation - - - - - Color lookup table - - - - - Reserved for future expansion. Do not use! - - - - - Reserved for future expansion. Do not use! - - - - - Formula curve segment type - - - - - Type 1: Y = X^g - - - - - CIE 122-1996: - For X >= -b/a: Y =(a * X + b)^g - For X $lt; -b/a: Y = 0 - - - - - IEC 61966-3: - For X >= -b/a: Y =(a * X + b)^g + c - For X $lt; -b/a: Y = c - - - - - IEC 61966-2-1 (sRGB): - For X >= d: Y =(a * X + b)^g - For X $lt; d: Y = c * X - - - - - Type 5: - For X >= d: Y =(a * X + b)^g + c - For X $lt; d: Y = c * X + f - - - - - Enumerates the primary platform/operating system framework for which the profile was created - - - - - No platform identified - - - - - Apple Computer, Inc. - - - - - Microsoft Corporation - - - - - Silicon Graphics, Inc. - - - - - Sun Microsystems, Inc. - - - - - Profile Class Name - - - - - Input profiles are generally used with devices such as scanners and - digital cameras. The types of profiles available for use as Input - profiles are N-component LUT-based, Three-component matrix-based, - and monochrome. - - - - - This class of profiles represents display devices such as monitors. - The types of profiles available for use as Display profiles are - N-component LUT-based, Three-component matrix-based, and monochrome. - - - - - Output profiles are used to support devices such as printers and - film recorders. The types of profiles available for use as Output - profiles are N-component LUT-based and Monochrome. - - - - - This profile contains a pre-evaluated transform that cannot be undone, - which represents a one-way link or connection between devices. It does - not represent any device model nor can it be embedded into images. - - - - - This profile provides the relevant information to perform a transformation - between color encodings and the PCS. This type of profile is based on - modeling rather than device measurement or characterization data. - ColorSpace profiles may be embedded in images. - - - - - This profile represents abstract transforms and does not represent any - device model. Color transformations using Abstract profiles are performed - from PCS to PCS. Abstract profiles cannot be embedded in images. - - - - - NamedColor profiles can be thought of as sibling profiles to device profiles. - For a given device there would be one or more device profiles to handle - process color conversions and one or more named color profiles to handle - named colors. - - - - - Profile flags. Can be combined with a logical OR. - The least-significant 16 bits are reserved for the ICC, - the rest can be used for vendor specific values - - - - - No flags (equivalent to NotEmbedded and Independent) - - - - - Profile is embedded within another file - - - - - Profile is embedded within another file - - - - - Profile cannot be used independently of the embedded color data - - - - - Profile can be used independently of the embedded color data - - - - - Enumerates the ICC Profile Tags as defined in ICC.1:2010 version 4.3.0.0 - Section 9 - - Each tag value represent the size of the tag in the profile. - - - - - - Unknown tag - - - - - A2B0 - This tag defines a color transform from Device, Color Encoding or PCS, to PCS, or a color transform - from Device 1 to Device 2, using lookup table tag element structures - - - - - A2B2 - This tag describes the color transform from Device or Color Encoding to PCS using lookup table tag element structures - - - - - A2B2 - This tag describes the color transform from Device or Color Encoding to PCS using lookup table tag element structures - - - - - bXYZ - This tag contains the third column in the matrix used in matrix/TRC transforms. - - - - - bTRC - This tag contains the blue channel tone reproduction curve. The first element represents no colorant (white) or - phosphor (black) and the last element represents 100 % colorant (blue) or 100 % phosphor (blue). - - - - - B2A0 - This tag defines a color transform from PCS to Device or Color Encoding using the lookup table tag element structures - - - - - B2A1 - This tag defines a color transform from PCS to Device or Color Encoding using the lookup table tag element structures. - - - - - B2A2 - This tag defines a color transform from PCS to Device or Color Encoding using the lookup table tag element structures. - - - - - B2D0 - This tag defines a color transform from PCS to Device. It supports float32Number-encoded input range, output range and transform, and - provides a means to override the BToA0 tag. - - - - - B2D1 - This tag defines a color transform from PCS to Device. It supports float32Number-encoded input range, output range and transform, and - provides a means to override the BToA1 tag. - - - - - B2D2 - This tag defines a color transform from PCS to Device. It supports float32Number-encoded input range, output range and transform, and - provides a means to override the BToA2 tag. - - - - - B2D3 - This tag defines a color transform from PCS to Device. It supports float32Number-encoded input range, output range and transform, and - provides a means to override the BToA1 tag. - - - - - calt - This tag contains the profile calibration date and time. This allows applications and utilities to verify if this profile matches a - vendor's profile and how recently calibration has been performed. - - - - - targ - This tag contains the name of the registered characterization data set, or it contains the measurement - data for a characterization target. - - - - - chad - This tag contains a matrix, which shall be invertible, and which converts an nCIEXYZ color, measured using the actual illumination - conditions and relative to the actual adopted white, to an nCIEXYZ color relative to the PCS adopted white - - - - - chrm - This tag contains the type and the data of the phosphor/colorant chromaticity set used. - - - - - clro - This tag specifies the laydown order of colorants. - - - - - clrt - - - - - clot - This tag identifies the colorants used in the profile by a unique name and set of PCSXYZ or PCSLAB values. - When used in DeviceLink profiles only the PCSLAB values shall be permitted. - - - - - ciis - This tag indicates the image state of PCS colorimetry produced using the colorimetric intent transforms. - - - - - cprt - This tag contains the text copyright information for the profile. - - - - - crdi - Removed in V4 - - - - - data - Removed in V4 - - - - - dtim - Removed in V4 - - - - - dmnd - This tag describes the structure containing invariant and localizable - versions of the device manufacturer for display - - - - - dmdd - This tag describes the structure containing invariant and localizable - versions of the device model for display. - - - - - devs - Removed in V4 - - - - - D2B0 - This tag defines a color transform from Device to PCS. It supports float32Number-encoded - input range, output range and transform, and provides a means to override the AToB0 tag - - - - - D2B1 - This tag defines a color transform from Device to PCS. It supports float32Number-encoded - input range, output range and transform, and provides a means to override the AToB1 tag - - - - - D2B2 - This tag defines a color transform from Device to PCS. It supports float32Number-encoded - input range, output range and transform, and provides a means to override the AToB1 tag - - - - - D2B3 - This tag defines a color transform from Device to PCS. It supports float32Number-encoded - input range, output range and transform, and provides a means to override the AToB1 tag - - - - - gamt - This tag provides a table in which PCS values are the input and a single - output value for each input value is the output. If the output value is 0, the PCS color is in-gamut. - If the output is non-zero, the PCS color is out-of-gamut - - - - - kTRC - This tag contains the grey tone reproduction curve. The tone reproduction curve provides the necessary - information to convert between a single device channel and the PCSXYZ or PCSLAB encoding. - - - - - gXYZ - This tag contains the second column in the matrix, which is used in matrix/TRC transforms. - - - - - gTRC - This tag contains the green channel tone reproduction curve. The first element represents no - colorant (white) or phosphor (black) and the last element represents 100 % colorant (green) or 100 % phosphor (green). - - - - - lumi - This tag contains the absolute luminance of emissive devices in candelas per square meter as described by the Y channel. - - - - - meas - This tag describes the alternative measurement specification, such as a D65 illuminant instead of the default D50. - - - - - bkpt - Removed in V4 - - - - - wtpt - This tag, which is used for generating the ICC-absolute colorimetric intent, specifies the chromatically - adapted nCIEXYZ tristimulus values of the media white point. - - - - - ncol - OBSOLETE, use - - - - - ncl2 - This tag contains the named color information providing a PCS and optional device representation - for a list of named colors. - - - - - resp - This tag describes the structure containing a description of the device response for which the profile is intended. - - - - - rig0 - There is only one standard reference medium gamut, as defined in ISO 12640-3 - - - - - pre0 - This tag contains the preview transformation from PCS to device space and back to the PCS. - - - - - pre1 - This tag defines the preview transformation from PCS to device space and back to the PCS. - - - - - pre2 - This tag contains the preview transformation from PCS to device space and back to the PCS. - - - - - desc - This tag describes the structure containing invariant and localizable versions of the profile - description for display. - - - - - pseq - This tag describes the structure containing a description of the profile sequence from source to - destination, typically used with the DeviceLink profile. - - - - - psd0 - Removed in V4 - - - - - psd1 - Removed in V4 - - - - - psd2 - Removed in V4 - - - - - psd3 - Removed in V4 - - - - - ps2s - Removed in V4 - - - - - psd2i- Removed in V4 - - - - - rXYZ - This tag contains the first column in the matrix, which is used in matrix/TRC transforms. - - - - - This tag contains the red channel tone reproduction curve. The first element represents no colorant - (white) or phosphor (black) and the last element represents 100 % colorant (red) or 100 % phosphor (red). - - - - - rig2 - There is only one standard reference medium gamut, as defined in ISO 12640-3. - - - - - scrd - Removed in V4 - - - - - scrn - Removed in V4 - - - - - tech - The device technology signature - - - - - bfd - Removed in V4 - - - - - vued - This tag describes the structure containing invariant and localizable - versions of the viewing conditions. - - - - - view - This tag defines the viewing conditions parameters - - - - - Rendering intent - - - - - In perceptual transforms the PCS values represent hypothetical - measurements of a color reproduction on the reference reflective - medium. By extension, for the perceptual intent, the PCS represents - the appearance of that reproduction as viewed in the reference viewing - environment by a human observer adapted to that environment. The exact - color rendering of the perceptual intent is vendor specific. - - - - - Transformations for this intent shall re-scale the in-gamut, - chromatically adapted tristimulus values such that the white - point of the actual medium is mapped to the PCS white point - (for either input or output) - - - - - The exact color rendering of the saturation intent is vendor - specific and involves compromises such as trading off - preservation of hue in order to preserve the vividness of pure colors. - - - - - Transformations for this intent shall leave the chromatically - adapted nCIEXYZ tristimulus values of the in-gamut colors unchanged. - - - - - Screening flags. Can be combined with a logical OR. - - - - - No flags (equivalent to NotDefaultScreens and UnitLinesPerCm) - - - - - Use printer default screens - - - - - Don't use printer default screens - - - - - Frequency units in Lines/Inch - - - - - Frequency units in Lines/cm - - - - - Enumerates the screening spot types - - - - - Unknown spot type - - - - - Default printer spot type - - - - - Round stop type - - - - - Diamond spot type - - - - - Ellipse spot type - - - - - Line spot type - - - - - Square spot type - - - - - Cross spot type - - - - - Signature Name - - - - - Unknown signature - - - - - Scene Colorimetry Estimates - - - - - Scene Appearance Estimates - - - - - Focal Plane Colorimetry Estimates - - - - - Reflection Hardcopy Original Colorimetry - - - - - Reflection Print Output Colorimetry - - - - - Perceptual Reference Medium Gamut - - - - - Film Scanner - - - - - Digital Camera - - - - - Reflective Scanner - - - - - InkJet Printer - - - - - Thermal Wax Printer - - - - - Electrophotographic Printer - - - - - Electrostatic Printer - - - - - Dye Sublimation Printer - - - - - Photographic Paper Printer - - - - - Film Writer - - - - - Video Monitor - - - - - Video Camera - - - - - Projection Television - - - - - Cathode Ray Tube Display - - - - - Passive Matrix Display - - - - - Active Matrix Display - - - - - Photo CD - - - - - Photographic Image Setter - - - - - Gravure - - - - - Offset Lithography - - - - - Silkscreen - - - - - Flexography - - - - - Motion Picture Film Scanner - - - - - Motion Picture Film Recorder - - - - - Digital Motion Picture Camera - - - - - Digital Cinema Projector - - - - - Standard Illuminant - - - - - Unknown illuminant - - - - - D50 illuminant - - - - - D65 illuminant - - - - - D93 illuminant - - - - - F2 illuminant - - - - - D55 illuminant - - - - - A illuminant - - - - - D50 illuminant - - - - - F8 illuminant - - - - - Standard Observer - - - - - Unknown observer - - - - - CIE 1931 observer - - - - - CIE 1964 observer - - - - - Type Signature - - - - - Unknown type signature - - - - - The chromaticity tag type provides basic chromaticity data and type of - phosphors or colorants of a monitor to applications and utilities - - - - - This is an optional tag which specifies the laydown order in which colorants - will be printed on an n-colorant device. The laydown order may be the same - as the channel generation order listed in the colorantTableTag or the channel - order of a color encoding type such as CMYK, in which case this tag is not - needed. When this is not the case (for example, ink-towers sometimes use - the order KCMY), this tag may be used to specify the laydown order of the - colorants - - - - - The purpose of this tag is to identify the colorants used in the profile - by a unique name and set of PCSXYZ or PCSLAB values to give the colorant - an unambiguous value. The first colorant listed is the colorant of the - first device channel of a LUT tag. The second colorant listed is the - colorant of the second device channel of a LUT tag, and so on - - - - - The curveType embodies a one-dimensional function which maps an input - value in the domain of the function to an output value in the range - of the function - - - - - The dataType is a simple data structure that contains either 7-bit ASCII - or binary data - - - - - Date and time defined by 6 unsigned 16bit integers - (year, month, day, hour, minute, second) - - - - - This structure represents a color transform using tables with 16-bit - precision. This type contains four processing elements: a 3 × 3 matrix - (which shall be the identity matrix unless the input color space is - PCSXYZ), a set of one-dimensional input tables, a multi-dimensional - lookup table, and a set of one-dimensional output tables - - - - - This structure represents a color transform using tables of 8-bit - precision. This type contains four processing elements: a 3 × 3 matrix - (which shall be the identity matrix unless the input color space is - PCSXYZ), a set of one-dimensional input tables, a multi-dimensional - lookup table, and a set of one-dimensional output tables. - - - - - This structure represents a color transform. The type contains up - to five processing elements which are stored in the AToBTag tag - in the following order: a set of one-dimensional curves, a 3 × 3 - matrix with offset terms, a set of one-dimensional curves, a - multi-dimensional lookup table, and a set of one-dimensional - output curves - - - - - This structure represents a color transform. The type contains - up to five processing elements which are stored in the BToATag - in the following order: a set of one-dimensional curves, a 3 × 3 - matrix with offset terms, a set of one-dimensional curves, a - multi-dimensional lookup table, and a set of one-dimensional curves. - - - - - This information refers only to the internal - profile data and is meant to provide profile makers an alternative - to the default measurement specifications - - - - - This tag structure contains a set of records each referencing a - multilingual Unicode string associated with a profile. Each string - is referenced in a separate record with the information about what - language and region the string is for. - - - - - This structure represents a color transform, containing a sequence - of processing elements. The processing elements contained in the - structure are defined in the structure itself, allowing for a flexible - structure. Currently supported processing elements are: a set of one - dimensional curves, a matrix with offset terms, and a multidimensional - lookup table (CLUT). Other processing element types may be added in - the future. Each type of processing element may be contained any - number of times in the structure. - - - - - This type is a count value and array of structures that provide color - coordinates for color names. For each named color, a PCS and optional - device representation of the color are given. Both representations are - 16-bit values and PCS values shall be relative colorimetric. The device - representation corresponds to the header’s "data color space" field. - This representation should be consistent with the "number of device - coordinates" field in the namedColor2Type. If this field is 0, device - coordinates are not provided. The PCS representation corresponds to the - header's PCS field. The PCS representation is always provided. Color - names are fixed-length, 32-byte fields including null termination. In - order to maintain maximum portability, it is strongly recommended that - special characters of the 7-bit ASCII set not be used. - - - - - This type describes a one-dimensional curve by specifying one of a - predefined set of functions using the parameters. - - - - - This type is an array of structures, each of which contains information - from the header fields and tags from the original profiles which were - combined to create the final profile. The order of the structures is - the order in which the profiles were combined and includes a structure - for the final profile. This provides a description of the profile - sequence from source to destination, typically used with the DeviceLink - profile. - - - - - This type is an array of structures, each of which contains information - for identification of a profile used in a sequence. - - - - - The purpose of this tag type is to provide a mechanism to relate physical - colorant amounts with the normalized device codes produced by lut8Type, - lut16Type, lutAToBType, lutBToAType or multiProcessElementsType tags - so that corrections can be made for variation in the device without - having to produce a new profile. The mechanism can be used by applications - to allow users with relatively inexpensive and readily available - instrumentation to apply corrections to individual output color - channels in order to achieve consistent results. - - - - - Array of signed floating point numbers with 1 sign bit, 15 value bits and 16 fractional bits - - - - - The signatureType contains a 4-byte sequence. Sequences of less than four - characters are padded at the end with spaces. Typically this type is used - for registered tags that can be displayed on many development systems as - a sequence of four characters. - - - - - Simple ASCII text - - - - - Array of unsigned floating point numbers with 16 value bits and 16 fractional bits - - - - - Array of unsigned 16bit integers (ushort) - - - - - Array of unsigned 32bit integers (uint) - - - - - Array of unsigned 64bit integers (ulong) - - - - - Array of unsigned 8bit integers (byte) - - - - - This type represents a set of viewing condition parameters. - - - - - 3 floating point values describing a XYZ color value - - - - - REMOVED IN V4 - The textDescriptionType is a complex structure that contains three - types of text description structures: 7-bit ASCII, Unicode and ScriptCode. Since no - single standard method for specifying localizable character sets exists across - the major platform vendors, including all three provides access for the major - operating systems. The 7-bit ASCII description is to be an invariant, - nonlocalizable name for consistent reference. It is preferred that both the - Unicode and ScriptCode structures be properly localized. - - - - - REMOVED IN V4 - This type contains the PostScript product name to which this - profile corresponds and the names of the companion CRDs - - - - - REMOVED IN V4 - The screeningType describes various screening parameters including - screen frequency, screening angle, and spot shape - - - - - REMOVED IN V4 - This type contains curves representing the under color removal and - black generation and a text string which is a general description of the method - used for the UCR and BG - - - - - REMOVED IN V4 - This type is an array of structures each of which contains - platform-specific information about the settings of the device for which - this profile is valid. This type is not supported. - - - - - REMOVED IN V2 - use instead. This type is not supported. - - - - - Represents an error that happened while reading or writing a corrupt/invalid ICC profile - - - - - Initializes a new instance of the class. - - The message that describes the error - - - - Initializes a new instance of the class. - - The message that describes the error - The exception that is the cause of the current exception, or a null reference - (Nothing in Visual Basic) if no inner exception is specified - - - - Represents an ICC profile - - - - - The byte array to read the ICC profile from - - - - - The backing file for the property - - - - - ICC profile header - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The raw ICC profile data - - - - Initializes a new instance of the class. - - The profile header - The actual profile data - - - - Initializes a new instance of the class - by making a copy from another ICC profile. - - The other ICC profile, where the clone should be made from. - is null.> - - - - Gets or sets the profile header - - - - - Gets the actual profile data - - - - - - - - Calculates the MD5 hash value of an ICC profile - - The data of which to calculate the hash value - The calculated hash - - - - Checks for signs of a corrupt profile. - - This is not an absolute proof of validity but should weed out most corrupt data. - True if the profile is valid; False otherwise - - - - Converts this instance to a byte array. - - The - - - - Contains all values of an ICC profile header. - - - - - Gets or sets the profile size in bytes (will be ignored when writing a profile). - - - - - Gets or sets the preferred CMM (Color Management Module) type. - - - - - Gets or sets the profiles version number. - - - - - Gets or sets the type of the profile. - - - - - Gets or sets the data colorspace. - - - - - Gets or sets the profile connection space. - - - - - Gets or sets the date and time this profile was created. - - - - - Gets or sets the file signature. Should always be "acsp". - Value will be ignored when writing a profile. - - - - - Gets or sets the primary platform this profile as created for - - - - - Gets or sets the profile flags to indicate various options for the CMM - such as distributed processing and caching options. - - - - - Gets or sets the device manufacturer of the device for which this profile is created. - - - - - Gets or sets the model of the device for which this profile is created. - - - - - Gets or sets the device attributes unique to the particular device setup such as media type. - - - - - Gets or sets the rendering Intent. - - - - - Gets or sets The normalized XYZ values of the illuminant of the PCS. - - - - - Gets or sets profile creator signature. - - - - - Gets or sets the profile ID (hash). - - - - - Reads and parses ICC data from a byte array - - - - - Reads an ICC profile - - The raw ICC data - The read ICC profile - - - - Reads an ICC profile header - - The raw ICC data - The read ICC profile header - - - - Reads the ICC profile tag data - - The raw ICC data - The read ICC profile tag data - - - - The data of an ICC tag entry - - - - - Initializes a new instance of the class. - TagSignature will be - - Type Signature - - - - Initializes a new instance of the class. - - Type Signature - Tag Signature - - - - Gets the type Signature - - - - - Gets or sets the tag Signature - - - - - - - - - - - - - - Contains methods for writing ICC profiles. - - - - - Writes the ICC profile into a byte array - - The ICC profile to write - The ICC profile as a byte array - - - - A placeholder (might be used for future ICC versions) - - - - - Initializes a new instance of the class. - - Number of input channels - Number of output channels - - - - - - - A CLUT (color lookup table) element to process data - - - - - Initializes a new instance of the class. - - The color lookup table of this element - - - - Gets the color lookup table of this element - - - - - - - - - - - A set of curves to process data - - - - - Initializes a new instance of the class. - - An array with one dimensional curves - - - - Gets an array of one dimensional curves - - - - - - - - - - - A placeholder (might be used for future ICC versions) - - - - - Initializes a new instance of the class. - - Number of input channels - Number of output channels - - - - - - - A matrix element to process data - - - - - Initializes a new instance of the class. - - Two dimensional matrix with size of Input-Channels x Output-Channels - One dimensional matrix with size of Output-Channels x 1 - - - - Gets the two dimensional matrix with size of Input-Channels x Output-Channels - - - - - Gets the one dimensional matrix with size of Output-Channels x 1 - - - - - - - - - - - An element to process data - - - - - Initializes a new instance of the class. - - The signature of this element - Number of input channels - Number of output channels - - - - Gets the signature of this element, - - - - - Gets the number of input channels - - - - - Gets the number of output channels. - - - - - - - - The chromaticity tag type provides basic chromaticity data - and type of phosphors or colorants of a monitor to applications and utilities. - - - - - Initializes a new instance of the class. - - Colorant Type - - - - Initializes a new instance of the class. - - Values per channel - - - - Initializes a new instance of the class. - - Colorant Type - Tag Signature - - - - Initializes a new instance of the class. - - Values per channel - Tag Signature - - - - Gets the number of channels - - - - - Gets the colorant type - - - - - Gets the values per channel - - - - - - - - - - - - - - - - - This tag specifies the laydown order in which colorants - will be printed on an n-colorant device. - - - - - Initializes a new instance of the class. - - Colorant order numbers - - - - Initializes a new instance of the class. - - Colorant order numbers - Tag Signature - - - - Gets the colorant order numbers - - - - - - - - - - - - - - - - - The purpose of this tag is to identify the colorants used in - the profile by a unique name and set of PCSXYZ or PCSLAB values - to give the colorant an unambiguous value. - - - - - Initializes a new instance of the class. - - Colorant Data - - - - Initializes a new instance of the class. - - Colorant Data - Tag Signature - - - - Gets the colorant data - - - - - - - - - - - - - - - - - This type contains the PostScript product name to which this profile - corresponds and the names of the companion CRDs - - - - - Initializes a new instance of the class. - - the PostScript product name - the rendering intent 0 CRD name - the rendering intent 1 CRD name - the rendering intent 2 CRD name - the rendering intent 3 CRD name - - - - Initializes a new instance of the class. - - the PostScript product name - the rendering intent 0 CRD name - the rendering intent 1 CRD name - the rendering intent 2 CRD name - the rendering intent 3 CRD name - Tag Signature - - - - Gets the PostScript product name - - - - - Gets the rendering intent 0 CRD name - - - - - Gets the rendering intent 1 CRD name - - - - - Gets the rendering intent 2 CRD name - - - - - Gets the rendering intent 3 CRD name - - - - - - - - - - - - - - - - - The type contains a one-dimensional table of double values. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - Gamma value - - - - Initializes a new instance of the class. - - Curve Data - - - - Initializes a new instance of the class. - - Tag Signature - - - - Initializes a new instance of the class. - - Gamma value - Tag Signature - - - - Initializes a new instance of the class. - - Curve Data - Tag Signature - - - - Gets the curve data - - - - - Gets the gamma value. - Only valid if is true - - - - - Gets a value indicating whether the curve maps input directly to output. - - - - - Gets a value indicating whether the curve is a gamma curve. - - - - - - - - - - - - - - - - - The dataType is a simple data structure that contains - either 7-bit ASCII or binary data, i.e. textType data or transparent bytes. - - - - - Initializes a new instance of the class. - - The raw data - - - - Initializes a new instance of the class. - - The raw data - True if the given data is 7bit ASCII encoded text - - - - Initializes a new instance of the class. - - The raw data - True if the given data is 7bit ASCII encoded text - Tag Signature - - - - Gets the raw Data - - - - - Gets a value indicating whether the represents 7bit ASCII encoded text - - - - - Gets the decoded as 7bit ASCII. - If is false, returns null - - - - - - - - - - - - - - - - - This type is a representation of the time and date. - - - - - Initializes a new instance of the class. - - The DateTime value - - - - Initializes a new instance of the class. - - The DateTime value - Tag Signature - - - - Gets the date and time value - - - - - - - - - - - - - - - - - This type represents an array of doubles (from 32bit fixed point values). - - - - - Initializes a new instance of the class. - - The array data - - - - Initializes a new instance of the class. - - The array data - Tag Signature - - - - Gets the array data - - - - - - - - - - - - - - - - - This structure represents a color transform using tables - with 16-bit precision. - - - - - Initializes a new instance of the class. - - Input LUT - CLUT - Output LUT - - - - Initializes a new instance of the class. - - Input LUT - CLUT - Output LUT - Tag Signature - - - - Initializes a new instance of the class. - - Conversion matrix (must be 3x3) - Input LUT - CLUT - Output LUT - - - - Initializes a new instance of the class. - - Conversion matrix (must be 3x3) - Input LUT - CLUT - Output LUT - Tag Signature - - - - Gets the number of input channels - - - - - Gets the number of output channels - - - - - Gets the conversion matrix - - - - - Gets the input lookup table - - - - - Gets the color lookup table - - - - - Gets the output lookup table - - - - - - - - - - - - - - - - - This structure represents a color transform using tables - with 8-bit precision. - - - - - Initializes a new instance of the class. - - Input LUT - CLUT - Output LUT - - - - Initializes a new instance of the class. - - Input LUT - CLUT - Output LUT - Tag Signature - - - - Initializes a new instance of the class. - - Conversion matrix (must be 3x3) - Input LUT - CLUT - Output LUT - - - - Initializes a new instance of the class. - - Conversion matrix (must be 3x3) - Input LUT - CLUT - Output LUT - Tag Signature - - - - Gets the number of input channels - - - - - Gets the number of output channels - - - - - Gets the conversion matrix - - - - - Gets the input lookup table - - - - - Gets the color lookup table - - - - - Gets the output lookup table - - - - - - - - - - - - - - - - - This structure represents a color transform. - - - - - Initializes a new instance of the class. - - B Curve - Two dimensional conversion matrix (3x3) - One dimensional conversion matrix (3x1) - M Curve - CLUT - A Curve - - - - Initializes a new instance of the class. - - B Curve - Two dimensional conversion matrix (3x3) - One dimensional conversion matrix (3x1) - M Curve - CLUT - A Curve - Tag Signature - - - - Gets the number of input channels - - - - - Gets the number of output channels - - - - - Gets the two dimensional conversion matrix (3x3) - - - - - Gets the one dimensional conversion matrix (3x1) - - - - - Gets the color lookup table - - - - - Gets the B Curve - - - - - Gets the M Curve - - - - - Gets the A Curve - - - - - - - - - - - - - - - - - This structure represents a color transform. - - - - - Initializes a new instance of the class. - - B Curve - Two dimensional conversion matrix (3x3) - One dimensional conversion matrix (3x1) - M Curve - CLUT - A Curve - - - - Initializes a new instance of the class. - - B Curve - Two dimensional conversion matrix (3x3) - One dimensional conversion matrix (3x1) - M Curve - CLUT - A Curve - Tag Signature - - - - Gets the number of input channels - - - - - Gets the number of output channels - - - - - Gets the two dimensional conversion matrix (3x3) - - - - - Gets the one dimensional conversion matrix (3x1) - - - - - Gets the color lookup table - - - - - Gets the B Curve - - - - - Gets the M Curve - - - - - Gets the A Curve - - - - - - - - - - - - - - - - - The measurementType information refers only to the internal - profile data and is meant to provide profile makers an alternative - to the default measurement specifications. - - - - - Initializes a new instance of the class. - - Observer - XYZ Backing values - Geometry - Flare - Illuminant - - - - Initializes a new instance of the class. - - Observer - XYZ Backing values - Geometry - Flare - Illuminant - Tag Signature - - - - Gets the observer - - - - - Gets the XYZ Backing values - - - - - Gets the geometry - - - - - Gets the flare - - - - - Gets the illuminant - - - - - - - - - - - - - - - - - This tag structure contains a set of records each referencing - a multilingual string associated with a profile. - - - - - Initializes a new instance of the class. - - Localized Text - - - - Initializes a new instance of the class. - - Localized Text - Tag Signature - - - - Gets the localized texts - - - - - - - - - - - - - - - - - This structure represents a color transform, containing - a sequence of processing elements. - - - - - Initializes a new instance of the class. - - Processing elements - - - - Initializes a new instance of the class. - - Processing elements - Tag Signature - - - - Gets the number of input channels - - - - - Gets the number of output channels - - - - - Gets the processing elements - - - - - - - - - - - - - - - - - The namedColor2Type is a count value and array of structures - that provide color coordinates for color names. - - - - - Initializes a new instance of the class. - - The named colors - - - - Initializes a new instance of the class. - - Prefix - Suffix - /// The named colors - - - - Initializes a new instance of the class. - - Vendor specific flags - Prefix - Suffix - The named colors - - - - Initializes a new instance of the class. - - The named colors - Tag Signature - - - - Initializes a new instance of the class. - - Prefix - Suffix - The named colors - Tag Signature - - - - Initializes a new instance of the class. - - Vendor specific flags - Prefix - Suffix - The named colors - Tag Signature - - - - Gets the number of coordinates - - - - - Gets the prefix - - - - - Gets the suffix - - - - - Gets the vendor specific flags - - - - - Gets the named colors - - - - - - - - - - - - - - - - - The parametricCurveType describes a one-dimensional curve by - specifying one of a predefined set of functions using the parameters. - - - - - Initializes a new instance of the class. - - The Curve - - - - Initializes a new instance of the class. - - The Curve - Tag Signature - - - - Gets the Curve - - - - - - - - - - - - - - - - - This type is an array of structures, each of which contains information - from the header fields and tags from the original profiles which were - combined to create the final profile. - - - - - Initializes a new instance of the class. - - Profile Descriptions - - - - Initializes a new instance of the class. - - Profile Descriptions - Tag Signature - - - - Gets the profile descriptions - - - - - - - - - - - - - - - - - This type is an array of structures, each of which contains information - for identification of a profile used in a sequence. - - - - - Initializes a new instance of the class. - - Profile Identifiers - - - - Initializes a new instance of the class. - - Profile Identifiers - Tag Signature - - - - Gets the profile identifiers - - - - - - - - - - - - - - - - - The purpose of this tag type is to provide a mechanism to relate physical - colorant amounts with the normalized device codes produced by lut8Type, lut16Type, - lutAToBType, lutBToAType or multiProcessElementsType tags so that corrections can - be made for variation in the device without having to produce a new profile. - - - - - Initializes a new instance of the class. - - The Curves - - - - Initializes a new instance of the class. - - The Curves - Tag Signature - - - - Gets the number of channels - - - - - Gets the curves - - - - - - - - - - - - - - - - - This type describes various screening parameters including - screen frequency, screening angle, and spot shape. - - - - - Initializes a new instance of the class. - - Screening flags - Channel information - - - - Initializes a new instance of the class. - - Screening flags - Channel information - Tag Signature - - - - Gets the screening flags - - - - - Gets the channel information - - - - - - - - - - - - - - - - - Typically this type is used for registered tags that can - be displayed on many development systems as a sequence of four characters. - - - - - Initializes a new instance of the class. - - The Signature - - - - Initializes a new instance of the class. - - The Signature - Tag Signature - - - - Gets the signature data - - - - - - - - - - - - - - - - - The TextDescriptionType contains three types of text description. - - - - - Initializes a new instance of the class. - - ASCII text - Unicode text - ScriptCode text - Unicode Language-Code - ScriptCode Code - - - - Initializes a new instance of the class. - - ASCII text - Unicode text - ScriptCode text - Unicode Language-Code - ScriptCode Code - Tag Signature - - - - Gets the ASCII text - - - - - Gets the Unicode text - - - - - Gets the ScriptCode text - - - - - Gets the Unicode Language-Code - - - - - Gets the ScriptCode Code - - - - - Performs an explicit conversion from - to . - - The entry to convert - The converted entry - - - - - - - - - - - - - - - - This is a simple text structure that contains a text string. - - - - - Initializes a new instance of the class. - - The Text - - - - Initializes a new instance of the class. - - The Text - Tag Signature - - - - Gets the Text - - - - - - - - - - - - - - - - - This type contains curves representing the under color removal and black generation - and a text string which is a general description of the method used for the UCR and BG. - - - - - Initializes a new instance of the class. - - UCR (under color removal) curve values - BG (black generation) curve values - Description of the used UCR and BG method - - - - Initializes a new instance of the class. - - UCR (under color removal) curve values - BG (black generation) curve values - Description of the used UCR and BG method - Tag Signature - - - - Gets the UCR (under color removal) curve values - - - - - Gets the BG (black generation) curve values - - - - - Gets a description of the used UCR and BG method - - - - - - - - - - - - - - - - - This type represents an array of doubles (from 32bit values). - - - - - Initializes a new instance of the class. - - The array data - - - - Initializes a new instance of the class. - - The array data - Tag Signature - - - - Gets the array data. - - - - - - - - - - - - - - - - - This type represents an array of unsigned shorts. - - - - - Initializes a new instance of the class. - - The array data - - - - Initializes a new instance of the class. - - The array data - Tag Signature - - - - Gets the array data - - - - - - - - - - - - - - - - - This type represents an array of unsigned 32bit integers. - - - - - Initializes a new instance of the class. - - The array data - - - - Initializes a new instance of the class. - - The array data - Tag Signature - - - - Gets the array data - - - - - - - - - - - - - - - - - This type represents an array of unsigned 64bit integers. - - - - - Initializes a new instance of the class. - - The array data - - - - Initializes a new instance of the class. - - The array data - Tag Signature - - - - Gets the array data - - - - - - - - - - - - - - - - - This type represents an array of bytes. - - - - - Initializes a new instance of the class. - - The array data - - - - Initializes a new instance of the class. - - The array data - Tag Signature - - - - Gets the array data. - - - - - - - - - - - - - - - - - This tag stores data of an unknown tag data entry - - - - - Initializes a new instance of the class. - - The raw data of the entry - - - - Initializes a new instance of the class. - - The raw data of the entry - Tag Signature - - - - Gets the raw data of the entry. - - - - - - - - - - - - - - - - - This type represents a set of viewing condition parameters. - - - - - Initializes a new instance of the class. - - XYZ values of Illuminant - XYZ values of Surrounding - Illuminant - - - - Initializes a new instance of the class. - - XYZ values of Illuminant - XYZ values of Surrounding - Illuminant - Tag Signature - - - - Gets the XYZ values of illuminant. - - - - - Gets the XYZ values of Surrounding - - - - - Gets the illuminant. - - - - - - - - - - - - - - - - - The XYZType contains an array of XYZ values. - - - - - Initializes a new instance of the class. - - The XYZ numbers. - - - - Initializes a new instance of the class. - - The XYZ numbers - Tag Signature - - - - Gets the XYZ numbers. - - - - - - - - - - - Color Lookup Table - - - - - Initializes a new instance of the class. - - The CLUT values - The gridpoint count - The data type of this CLUT - - - - Initializes a new instance of the class. - - The CLUT values - The gridpoint count - - - - Initializes a new instance of the class. - - The CLUT values - The gridpoint count - - - - Gets the values that make up this table - - - - - Gets the CLUT data type (important when writing a profile) - - - - - Gets the number of input channels - - - - - Gets the number of output channels - - - - - Gets the number of grid points per input channel - - - - - - - - - - - - - - Entry of ICC colorant table - - - - - Initializes a new instance of the struct. - - Name of the colorant - - - - Initializes a new instance of the struct. - - Name of the colorant - First PCS value - Second PCS value - Third PCS value - - - - Gets the colorant name. - - - - - Gets the first PCS value. - - - - - Gets the second PCS value. - - - - - Gets the third PCS value. - - - - - Compares two objects for equality. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - A string with a specific locale. - - - - - Initializes a new instance of the struct. - The culture will be - - The text value of this string - - - - Initializes a new instance of the struct. - The culture will be - - The culture of this string - The text value of this string - - - - Gets the text value. - - - - - Gets the culture of text. - - - - - - - - - - - Lookup Table - - - - - Initializes a new instance of the struct. - - The LUT values - - - - Initializes a new instance of the struct. - - The LUT values - - - - Initializes a new instance of the struct. - - The LUT values - - - - Gets the values that make up this table - - - - - - - - A specific color with a name - - - - - Initializes a new instance of the struct. - - Name of the color - Coordinates of the color in the profiles PCS - Coordinates of the color in the profiles Device-Space - - - - Gets the name of the color - - - - - Gets the coordinates of the color in the profiles PCS - - - - - Gets the coordinates of the color in the profiles Device-Space - - - - - Compares two objects for equality. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - Position of an object within an ICC profile - - - - - Initializes a new instance of the struct. - - Offset in bytes - Size in bytes - - - - Gets the offset in bytes - - - - - Gets the size in bytes - - - - - Compares two objects for equality. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - ICC Profile description - - - - - Initializes a new instance of the struct. - - Device Manufacturer - Device Model - Device Attributes - Technology Information - Device Manufacturer Info - Device Model Info - - - - Gets the device manufacturer. - - - - - Gets the device model. - - - - - Gets the device attributes. - - - - - Gets the technology information. - - - - - Gets the device manufacturer info. - - - - - Gets the device model info. - - - - - - - - - - - - - - ICC Profile ID - - - - - A profile ID with all values set to zero - - - - - Initializes a new instance of the struct. - - Part 1 of the ID - Part 2 of the ID - Part 3 of the ID - Part 4 of the ID - - - - Gets the first part of the ID. - - - - - Gets the second part of the ID. - - - - - Gets the third part of the ID. - - - - - Gets the fourth part of the ID. - - - - - Gets a value indicating whether the ID is set or just consists of zeros. - - - - - Compares two objects for equality. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - Description of a profile within a sequence. - - - - - Initializes a new instance of the struct. - - ID of the profile - Description of the profile - - - - Gets the ID of the profile. - - - - - Gets the description of the profile. - - - - - - - - - - - - - - Associates a normalized device code with a measurement value - - - - - Initializes a new instance of the struct. - - Device Code - Measurement Value - - - - Gets the device code - - - - - Gets the measurement value - - - - - Compares two objects for equality. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - A single channel of a - - - - - Initializes a new instance of the struct. - - Screen frequency - Angle in degrees - Spot shape - - - - Gets the screen frequency. - - - - - Gets the angle in degrees. - - - - - Gets the spot shape - - - - - Compares two objects for equality. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - Entry of ICC tag table - - - - - Initializes a new instance of the struct. - - Signature of the tag - Offset of entry in bytes - Size of entry in bytes - - - - Gets the signature of the tag. - - - - - Gets the offset of entry in bytes. - - - - - Gets the size of entry in bytes. - - - - - Compares two objects for equality. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - Represents the ICC profile version number. - - - - - Initializes a new instance of the struct. - - The major version number. - The minor version number. - The patch version number. - - - - Gets the major version number. - - - - - Gets the minor version number. - - - - - Gets the patch number. - - - - - - - - - - - Represents an IPTC profile providing access to the collection of values. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The byte array to read the iptc profile from. - - - - Initializes a new instance of the class - by making a copy from another IPTC profile. - - The other IPTC profile, from which the clone should be made from. - - - - Gets the byte data of the IPTC profile. - - - - - Gets the values of this iptc profile. - - - - - - - - Returns all values with the specified tag. - - The tag of the iptc value. - The values found with the specified tag. - - - - Removes all values with the specified tag. - - The tag of the iptc value to remove. - True when the value was found and removed. - - - - Removes values with the specified tag and value. - - The tag of the iptc value to remove. - The value of the iptc item to remove. - True when the value was found and removed. - - - - Changes the encoding for all the values. - - The encoding to use when storing the bytes. - - - - Sets the value for the specified tag. - - The tag of the iptc value. - The encoding to use when storing the bytes. - The value. - - Indicates if length restrictions from the specification should be followed strictly. - Defaults to true. - - - - - Makes sure the datetime is formatted according to the iptc specification. - - A date will be formatted as CCYYMMDD, e.g. "19890317" for 17 March 1989. - A time value will be formatted as HHMMSS±HHMM, e.g. "090000+0200" for 9 o'clock Berlin time, - two hours ahead of UTC. - - - The tag of the iptc value. - The datetime. - - - - Sets the value of the specified tag. - - The tag of the iptc value. - The value. - - Indicates if length restrictions from the specification should be followed strictly. - Defaults to true. - - - - - Updates the data of the profile. - - - - - Provides enumeration of all IPTC tags relevant for images. - - - - - Unknown. - - - - - Record version identifying the version of the Information Interchange Model. - Not repeatable. Max length is 2. - - - - - Object type, not repeatable. Max Length is 67. - - - - - Object attribute. Max length is 68. - - - - - Object Name, not repeatable. Max length is 64. - - - - - Edit status, not repeatable. Max length is 64. - - - - - Editorial update, not repeatable. Max length is 2. - - - - - Urgency, not repeatable. Max length is 2. - - - - - Subject Reference. Max length is 236. - - - - - Category, not repeatable. Max length is 3. - - - - - Supplemental categories. Max length is 32. - - - - - Fixture identifier, not repeatable. Max length is 32. - - - - - Keywords. Max length is 64. - - - - - Location code. Max length is 3. - - - - - Location name. Max length is 64. - - - - - Release date. Format should be CCYYMMDD. - Not repeatable, max length is 8. - - A date will be formatted as CCYYMMDD, e.g. "19890317" for 17 March 1989. - - - - - - Release time. Format should be HHMMSS±HHMM. - Not repeatable, max length is 11. - - A time value will be formatted as HHMMSS±HHMM, e.g. "090000+0200" for 9 o'clock Berlin time, - two hours ahead of UTC. - - - - - - Expiration date. Format should be CCYYMMDD. - Not repeatable, max length is 8. - - A date will be formatted as CCYYMMDD, e.g. "19890317" for 17 March 1989. - - - - - - Expiration time. Format should be HHMMSS±HHMM. - Not repeatable, max length is 11. - - A time value will be formatted as HHMMSS±HHMM, e.g. "090000+0200" for 9 o'clock Berlin time, - two hours ahead of UTC. - - - - - - Special instructions, not repeatable. Max length is 256. - - - - - Action advised, not repeatable. Max length is 2. - - - - - Reference service. Max length is 10. - - - - - Reference date. Format should be CCYYMMDD. - Not repeatable, max length is 8. - - A date will be formatted as CCYYMMDD, e.g. "19890317" for 17 March 1989. - - - - - - ReferenceNumber. Max length is 8. - - - - - Created date. Format should be CCYYMMDD. - Not repeatable, max length is 8. - - A date will be formatted as CCYYMMDD, e.g. "19890317" for 17 March 1989. - - - - - - Created time. Format should be HHMMSS±HHMM. - Not repeatable, max length is 11. - - A time value will be formatted as HHMMSS±HHMM, e.g. "090000+0200" for 9 o'clock Berlin time, - two hours ahead of UTC. - - - - - - Digital creation date. Format should be CCYYMMDD. - Not repeatable, max length is 8. - - A date will be formatted as CCYYMMDD, e.g. "19890317" for 17 March 1989. - - - - - - Digital creation time. Format should be HHMMSS±HHMM. - Not repeatable, max length is 11. - - A time value will be formatted as HHMMSS±HHMM, e.g. "090000+0200" for 9 o'clock Berlin time, - two hours ahead of UTC. - - - - - - Originating program, not repeatable. Max length is 32. - - - - - Program version, not repeatable. Max length is 10. - - - - - Object cycle, not repeatable. Max length is 1. - - - - - Byline. Max length is 32. - - - - - Byline title. Max length is 32. - - - - - City, not repeatable. Max length is 32. - - - - - Sub location, not repeatable. Max length is 32. - - - - - Province/State, not repeatable. Max length is 32. - - - - - Country code, not repeatable. Max length is 3. - - - - - Country, not repeatable. Max length is 64. - - - - - Original transmission reference, not repeatable. Max length is 32. - - - - - Headline, not repeatable. Max length is 256. - - - - - Credit, not repeatable. Max length is 32. - - - - - Source, not repeatable. Max length is 32. - - - - - Copyright notice, not repeatable. Max length is 128. - - - - - Contact. Max length 128. - - - - - Caption, not repeatable. Max length is 2000. - - - - - Local caption. - - - - - Caption writer. Max length is 32. - - - - - Image type, not repeatable. Max length is 2. - - - - - Image orientation, not repeatable. Max length is 1. - - - - - Custom field 1 - - - - - Custom field 2 - - - - - Custom field 3 - - - - - Custom field 4 - - - - - Custom field 5 - - - - - Custom field 6 - - - - - Custom field 7 - - - - - Custom field 8 - - - - - Custom field 9 - - - - - Custom field 10 - - - - - Custom field 11 - - - - - Custom field 12 - - - - - Custom field 13 - - - - - Custom field 14 - - - - - Custom field 15 - - - - - Custom field 16 - - - - - Custom field 17 - - - - - Custom field 18 - - - - - Custom field 19 - - - - - Custom field 20 - - - - - Extension methods for IPTC tags. - - - - - Maximum length of the IPTC value with the given tag according to the specification. - - The tag to check the max length for. - The maximum length. - - - - Determines if the given tag can be repeated according to the specification. - - The tag to check. - True, if the tag can occur multiple times. - - - - Determines if the tag is a datetime tag which needs to be formatted as CCYYMMDD. - - The tag to check. - True, if its a datetime tag. - - - - Determines if the tag is a time tag which need to be formatted as HHMMSS±HHMM. - - The tag to check. - True, if its a time tag. - - - - Represents a single value of the IPTC profile. - - - - - Gets or sets the encoding to use for the Value. - - - - - Gets the tag of the iptc value. - - - - - Gets or sets a value indicating whether to be enforce value length restrictions according - to the specification. - - - - - Gets or sets the value. - - - - - Gets the length of the value. - - - - - - - - Determines whether the specified object is equal to the current . - - The object to compare this with. - True when the specified object is equal to the current . - - - - Determines whether the specified iptc value is equal to the current . - - The iptc value to compare this with. - True when the specified iptc value is equal to the current . - - - - Serves as a hash of this type. - - A hash code for the current instance. - - - - Converts this instance to a byte array. - - A array. - - - - Returns a string that represents the current value. - - A string that represents the current value. - - - - Returns a string that represents the current value with the specified encoding. - - The encoding to use. - A string that represents the current value with the specified encoding. - - - - Helper methods for packing and unpacking floating point values - - - - - Packs a into an - - The float to pack - The - - - - Packs an into a - - The integer to pack. - The - - - - Unpacks a into a . - - The value. - The . - - - - Maps the position of number types in memory - - - - - The float. - - - - - The integer. - - - - - The unsigned integer. - - - - - This interface exists for ensuring signature compatibility to MonoGame and XNA packed color types. - - - The packed format. uint, long, float. - - - - Gets or sets the packed representation of the value. - - - - - An interface that represents a generic pixel type. - The naming convention of each pixel format is to order the color components from least significant to most significant, reading from left to right. - For example in the pixel format the R component is the least significant byte, and the A component is the most significant. - - The type implementing this interface - - - - Creates a instance for this pixel type. - This method is not intended to be consumed directly. Use instead. - - The instance. - - - - A base interface for all pixels, defining the mandatory operations to be implemented by a pixel type. - - - - - Initializes the pixel instance from a generic ("scaled") . - - The vector to load the pixel from. - - - - Expands the pixel into a generic ("scaled") representation - with values scaled and clamped between 0 and 1. - The vector components are typically expanded in least to greatest significance order. - - The . - - - - Initializes the pixel instance from a which is specific to the current pixel type. - - The vector to load the pixel from. - - - - Expands the pixel into a which is specific to the current pixel type. - The vector components are typically expanded in least to greatest significance order. - - The . - - - - Initializes the pixel instance from an value. - - The value. - - - - Initializes the pixel instance from an value. - - The value. - - - - Initializes the pixel instance from an value. - - The value. - - - - Initializes the pixel instance from an value. - - The value. - - - - Initializes the pixel instance from an value. - - The value. - - - - Initializes the pixel instance from an value. - - The value. - - - - Initializes the pixel instance from an value. - - The value. - - - - Initializes the pixel instance from an value. - - The value. - - - - Initializes the pixel instance from an value. - - The value. - - - - Initializes the pixel instance from an value. - - The value. - - - - Convert the pixel instance into representation. - - The reference to the destination pixel - - - - Initializes the pixel instance from an value. - - The value. - - - - Initializes the pixel instance from an value. - - The value. - - - - Enumerates the various alpha composition modes. - - - - - Returns the destination over the source. - - - - - Returns the source colors. - - - - - Returns the source over the destination. - - - - - The source where the destination and source overlap. - - - - - The destination where the destination and source overlap. - - - - - The destination where the source does not overlap it. - - - - - The source where they don't overlap otherwise dest in overlapping parts. - - - - - The destination over the source. - - - - - The destination where the destination and source overlap. - - - - - The source where the destination and source overlap. - - - - - The clear. - - - - - Clear where they overlap. - - - - - Provides enumeration of the alpha value transparency behavior of a pixel format. - - - - - Indicates that the pixel format does not contain an alpha channel. - - - - - Indicates that the transparency behavior is premultiplied. - Each color is first scaled by the alpha value. The alpha value itself is the same - in both straight and premultiplied alpha. Typically, no color channel value is - greater than the alpha channel value. - If a color channel value in a premultiplied format is greater than the alpha - channel, the standard source-over blending math results in an additive blend. - - - - - Indicates that the transparency behavior is not premultiplied. - The alpha channel indicates the transparency of the color. - - - - - Collection of Porter Duff alpha blending functions applying different composition models. - - - These functions are designed to be a general solution for all color cases, - that is, they take in account the alpha value of both the backdrop - and source, and there's no need to alpha-premultiply neither the backdrop - nor the source. - Note there are faster functions for when the backdrop color is known - to be opaque - - - - - A pixel blender that implements the "NormalSrc" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "MultiplySrc" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "AddSrc" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "SubtractSrc" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "ScreenSrc" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "DarkenSrc" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "LightenSrc" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "OverlaySrc" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "HardLightSrc" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "NormalSrcAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "MultiplySrcAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "AddSrcAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "SubtractSrcAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "ScreenSrcAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "DarkenSrcAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "LightenSrcAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "OverlaySrcAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "HardLightSrcAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "NormalSrcOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "MultiplySrcOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "AddSrcOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "SubtractSrcOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "ScreenSrcOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "DarkenSrcOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "LightenSrcOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "OverlaySrcOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "HardLightSrcOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "NormalSrcIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "MultiplySrcIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "AddSrcIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "SubtractSrcIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "ScreenSrcIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "DarkenSrcIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "LightenSrcIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "OverlaySrcIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "HardLightSrcIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "NormalSrcOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "MultiplySrcOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "AddSrcOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "SubtractSrcOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "ScreenSrcOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "DarkenSrcOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "LightenSrcOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "OverlaySrcOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "HardLightSrcOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "NormalDest" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "MultiplyDest" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "AddDest" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "SubtractDest" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "ScreenDest" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "DarkenDest" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "LightenDest" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "OverlayDest" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "HardLightDest" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "NormalDestAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "MultiplyDestAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "AddDestAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "SubtractDestAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "ScreenDestAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "DarkenDestAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "LightenDestAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "OverlayDestAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "HardLightDestAtop" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "NormalDestOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "MultiplyDestOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "AddDestOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "SubtractDestOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "ScreenDestOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "DarkenDestOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "LightenDestOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "OverlayDestOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "HardLightDestOver" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "NormalDestIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "MultiplyDestIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "AddDestIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "SubtractDestIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "ScreenDestIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "DarkenDestIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "LightenDestIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "OverlayDestIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "HardLightDestIn" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "NormalDestOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "MultiplyDestOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "AddDestOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "SubtractDestOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "ScreenDestOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "DarkenDestOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "LightenDestOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "OverlayDestOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "HardLightDestOut" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "NormalClear" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "MultiplyClear" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "AddClear" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "SubtractClear" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "ScreenClear" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "DarkenClear" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "LightenClear" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "OverlayClear" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "HardLightClear" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "NormalXor" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "MultiplyXor" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "AddXor" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "SubtractXor" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "ScreenXor" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "DarkenXor" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "LightenXor" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "OverlayXor" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - A pixel blender that implements the "HardLightXor" composition equation. - - - - - Gets the static instance of this blender. - - - - - - - - - - - - - - Collection of Porter Duff Color Blending and Alpha Composition Functions. - - - These functions are designed to be a general solution for all color cases, - that is, they take in account the alpha value of both the backdrop - and source, and there's no need to alpha-premultiply neither the backdrop - nor the source. - Note there are faster functions for when the backdrop color is known - to be opaque - - - - - Returns the result of the "Normal" compositing equation. - - The backdrop vector. - The source vector. - The . - - - - Returns the result of the "Multiply" compositing equation. - - The backdrop vector. - The source vector. - The . - - - - Returns the result of the "Add" compositing equation. - - The backdrop vector. - The source vector. - The . - - - - Returns the result of the "Subtract" compositing equation. - - The backdrop vector. - The source vector. - The . - - - - Returns the result of the "Screen" compositing equation. - - The backdrop vector. - The source vector. - The . - - - - Returns the result of the "Darken" compositing equation. - - The backdrop vector. - The source vector. - The . - - - - Returns the result of the "Lighten" compositing equation. - - The backdrop vector. - The source vector. - The . - - - - Returns the result of the "Overlay" compositing equation. - - The backdrop vector. - The source vector. - The . - - - - Returns the result of the "HardLight" compositing equation. - - The backdrop vector. - The source vector. - The . - - - - Helper function for Overlay andHardLight modes - - Backdrop color element - Source color element - Overlay value - - - - Returns the result of the "Over" compositing equation. - - The destination vector. - The source vector. - The amount to blend. Range 0..1 - The . - - - - Returns the result of the "Atop" compositing equation. - - The destination vector. - The source vector. - The amount to blend. Range 0..1 - The . - - - - Returns the result of the "In" compositing equation. - - The destination vector. - The source vector. - The . - - - - Returns the result of the "Out" compositing equation. - - The destination vector. - The source vector. - The . - - - - Returns the result of the "XOr" compositing equation. - - The destination vector. - The source vector. - The . - - - - Returns the result of the "NormalSrc" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalSrcAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalSrcOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalSrcIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalSrcOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalDest" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalDestAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalDestOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalDestIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalDestOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalXor" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalClear" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalSrc" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalSrcAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalSrcOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalSrcIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalSrcOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalDest" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalDestAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalDestOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalDestIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalDestOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalClear" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "NormalXor" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplySrc" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplySrcAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplySrcOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplySrcIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplySrcOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplyDest" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplyDestAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplyDestOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplyDestIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplyDestOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplyXor" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplyClear" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplySrc" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplySrcAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplySrcOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplySrcIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplySrcOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplyDest" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplyDestAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplyDestOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplyDestIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplyDestOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplyClear" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "MultiplyXor" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddSrc" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddSrcAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddSrcOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddSrcIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddSrcOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddDest" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddDestAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddDestOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddDestIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddDestOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddXor" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddClear" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddSrc" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddSrcAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddSrcOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddSrcIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddSrcOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddDest" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddDestAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddDestOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddDestIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddDestOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddClear" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "AddXor" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractSrc" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractSrcAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractSrcOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractSrcIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractSrcOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractDest" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractDestAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractDestOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractDestIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractDestOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractXor" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractClear" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractSrc" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractSrcAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractSrcOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractSrcIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractSrcOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractDest" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractDestAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractDestOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractDestIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractDestOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractClear" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "SubtractXor" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenSrc" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenSrcAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenSrcOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenSrcIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenSrcOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenDest" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenDestAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenDestOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenDestIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenDestOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenXor" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenClear" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenSrc" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenSrcAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenSrcOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenSrcIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenSrcOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenDest" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenDestAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenDestOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenDestIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenDestOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenClear" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "ScreenXor" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenSrc" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenSrcAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenSrcOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenSrcIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenSrcOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenDest" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenDestAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenDestOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenDestIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenDestOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenXor" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenClear" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenSrc" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenSrcAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenSrcOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenSrcIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenSrcOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenDest" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenDestAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenDestOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenDestIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenDestOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenClear" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "DarkenXor" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenSrc" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenSrcAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenSrcOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenSrcIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenSrcOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenDest" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenDestAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenDestOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenDestIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenDestOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenXor" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenClear" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenSrc" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenSrcAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenSrcOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenSrcIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenSrcOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenDest" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenDestAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenDestOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenDestIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenDestOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenClear" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "LightenXor" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlaySrc" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlaySrcAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlaySrcOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlaySrcIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlaySrcOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlayDest" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlayDestAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlayDestOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlayDestIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlayDestOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlayXor" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlayClear" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlaySrc" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlaySrcAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlaySrcOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlaySrcIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlaySrcOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlayDest" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlayDestAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlayDestOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlayDestIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlayDestOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlayClear" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "OverlayXor" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightSrc" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightSrcAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightSrcOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightSrcIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightSrcOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightDest" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightDestAtop" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightDestOver" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightDestIn" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightDestOut" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightXor" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightClear" compositing equation. - - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightSrc" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightSrcAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightSrcOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightSrcIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightSrcOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightDest" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightDestAtop" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightDestOver" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightDestIn" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightDestOut" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightClear" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Returns the result of the "HardLightXor" compositing equation. - - The pixel format. - The backdrop vector. - The source vector. - The source opacity. Range 0..1 - The . - - - - Abstract base class for calling pixel composition functions - - The type of the pixel - - - - Blend 2 pixels together. - - The background color. - The source color. - - A value between 0 and 1 indicating the weight of the second source vector. - At amount = 0, "background" is returned, at amount = 1, "source" is returned. - - The final pixel value after composition. - - - - Blends 2 rows together - - the pixel format of the source span - to use internally - the destination span - the background span - the source span - - A value between 0 and 1 indicating the weight of the second source vector. - At amount = 0, "background" is returned, at amount = 1, "source" is returned. - - - - - Blends 2 rows together - - to use internally - the destination span - the background span - the source span - - A span with values between 0 and 1 indicating the weight of the second source vector. - At amount = 0, "background" is returned, at amount = 1, "source" is returned. - - - - - Blends 2 rows together - - the pixel format of the source span - to use internally - the destination span - the background span - the source span - - A span with values between 0 and 1 indicating the weight of the second source vector. - At amount = 0, "background" is returned, at amount = 1, "source" is returned. - - - - - Blend 2 rows together. - - destination span - the background span - the source span - - A value between 0 and 1 indicating the weight of the second source vector. - At amount = 0, "background" is returned, at amount = 1, "source" is returned. - - - - - Blend 2 rows together. - - destination span - the background span - the source span - - A span with values between 0 and 1 indicating the weight of the second source vector. - At amount = 0, "background" is returned, at amount = 1, "source" is returned. - - - - - Enumerates the various color blending modes. - - - - - Default blending mode, also known as "Normal" or "Alpha Blending" - - - - - Blends the 2 values by multiplication. - - - - - Blends the 2 values by addition. - - - - - Blends the 2 values by subtraction. - - - - - Multiplies the complements of the backdrop and source values, then complements the result. - - - - - Selects the minimum of the backdrop and source values. - - - - - Selects the max of the backdrop and source values. - - - - - Multiplies or screens the values, depending on the backdrop vector values. - - - - - Multiplies or screens the colors, depending on the source value. - - - - - Flags responsible to select additional operations which could be efficiently applied in - - or - - knowing the pixel type. - - - - - No special operation is selected - - - - - Select and instead the standard (non scaled) variants. - - - - - Enable alpha premultiplication / unpremultiplication - - - - - Enable SRGB companding (defined in ). - - - - - Extension and utility methods for . - - - - - Applies the union of and , - if is true, returns unmodified otherwise. - - - and - should be always used together! - - - - - Packed pixel type containing a single 8-bit normalized alpha value. - - Ranges from [0, 0, 0, 0] to [0, 0, 0, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - - - Initializes a new instance of the struct. - - The alpha component. - - - - Initializes a new instance of the struct. - - The alpha component. - - - - - - - Compares two objects for equality. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Compares an object with the packed vector. - - The object to compare. - True if the object is equal to the packed vector. - - - - Compares another A8 packed vector with the packed vector. - - The A8 packed vector to compare. - True if the packed vectors are equal. - - - - Gets a string representation of the packed vector. - - A string representation of the packed vector. - - - - - - - Packs a into a byte. - - The float containing the value to pack. - The containing the packed values. - - - - Provides optimized overrides for bulk operations. - - - - - - - - Packed pixel type containing four 8-bit unsigned normalized values ranging from 0 to 255. - The color components are stored in alpha, red, green, and blue order (least significant to most significant byte). - - Ranges from [0, 0, 0, 0] to [1, 1, 1, 1] in vector form. - - - - This struct is fully mutable. This is done (against the guidelines) for the sake of performance, - as it avoids the need to create new values for modification operations. - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - Gets or sets the alpha component. - - - - - Gets or sets the red component. - - - - - Gets or sets the green component. - - - - - Gets or sets the blue component. - - - - - The maximum byte value. - - - - - The half vector value. - - - - - Initializes a new instance of the struct. - - The red component. - The green component. - The blue component. - - - - Initializes a new instance of the struct. - - The red component. - The green component. - The blue component. - The alpha component. - - - - Initializes a new instance of the struct. - - The red component. - The green component. - The blue component. - The alpha component. - - - - Initializes a new instance of the struct. - - - The vector containing the components for the packed vector. - - - - - Initializes a new instance of the struct. - - - The vector containing the components for the packed vector. - - - - - Initializes a new instance of the struct. - - - The packed value. - - - - - Gets or sets the packed representation of the Argb32 struct. - - - - - - - - Converts an to . - - The . - The . - - - - Converts a to . - - The . - The . - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Gets a string representation of the packed vector. - - A string representation of the packed vector. - - - - - - - Packs the four floats into a color. - - The x-component - The y-component - The z-component - The w-component - - - - Packs a into a uint. - - The vector containing the values to pack. - - - - Packs a into a color. - - The vector containing the values to pack. - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Pixel type containing three 8-bit unsigned normalized values ranging from 0 to 255. - The color components are stored in blue, green, red order (least significant to most significant byte). - - Ranges from [0, 0, 0, 1] to [1, 1, 1, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - The blue component. - - - - - The green component. - - - - - The red component. - - - - - Initializes a new instance of the struct. - - The red component. - The green component. - The blue component. - - - - Converts an to . - - The . - The . - - - - Converts a to . - - The . - The . - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Packed pixel type containing unsigned normalized values ranging from 0 to 1. - The x and z components use 5 bits, and the y component uses 6 bits. - - Ranges from [0, 0, 0, 1] to [1, 1, 1, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - - - Initializes a new instance of the struct. - - The x-component - The y-component - The z-component - - - - Initializes a new instance of the struct. - - - The vector containing the components for the packed value. - - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Expands the packed representation into a . - The vector components are typically expanded in least to greatest significance order. - - The . - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - - - - - - Packed pixel type containing four 8-bit unsigned normalized values ranging from 0 to 255. - The color components are stored in blue, green, red, and alpha order (least significant to most significant byte). - The format is binary compatible with System.Drawing.Imaging.PixelFormat.Format32bppArgb - - Ranges from [0, 0, 0, 0] to [1, 1, 1, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - Gets or sets the blue component. - - - - - Gets or sets the green component. - - - - - Gets or sets the red component. - - - - - Gets or sets the alpha component. - - - - - The maximum byte value. - - - - - The half vector value. - - - - - Initializes a new instance of the struct. - - The red component. - The green component. - The blue component. - - - - Initializes a new instance of the struct. - - The red component. - The green component. - The blue component. - The alpha component. - - - - Gets or sets the packed representation of the Bgra32 struct. - - - - - - - - Converts an to . - - The . - The . - - - - Converts a to . - - The . - The . - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Packs a into a color. - - The vector containing the values to pack. - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Packed pixel type containing unsigned normalized values, ranging from 0 to 1, using 4 bits each for x, y, z, and w. - - Ranges from [0, 0, 0, 0] to [1, 1, 1, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - - - Initializes a new instance of the struct. - - The x-component - The y-component - The z-component - The w-component - - - - Initializes a new instance of the struct. - - The vector containing the components for the packed vector. - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - - - - - - Packed pixel type containing unsigned normalized values ranging from 0 to 1. - The x , y and z components use 5 bits, and the w component uses 1 bit. - - Ranges from [0, 0, 0, 0] to [1, 1, 1, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - Initializes a new instance of the struct. - - The x-component - The y-component - The z-component - The w-component - - - - Initializes a new instance of the struct. - - - The vector containing the components for the packed vector. - - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Packed pixel type containing four 8-bit unsigned integer values, ranging from 0 to 255. - - Ranges from [0, 0, 0, 0] to [255, 255, 255, 255] in vector form. - - - - Provides optimized overrides for bulk operations. - - - - - Initializes a new instance of the struct. - - - A vector containing the initial values for the components of the Byte4 structure. - - - - - Initializes a new instance of the struct. - - The x-component - The y-component - The z-component - The w-component - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Packs a vector into a uint. - - The vector containing the values to pack. - The containing the packed values. - - - - Provides optimized overrides for bulk operations. - - - - - - - - Packed pixel type containing a single 16 bit floating point value. - - Ranges from [-1, 0, 0, 1] to [1, 0, 0, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - - - Initializes a new instance of the struct. - - The single component. - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Expands the packed representation into a . - - The . - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - - - - - - Packed pixel type containing two 16-bit floating-point values. - - Ranges from [-1, -1, 0, 1] to [1, 1, 0, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - - - Initializes a new instance of the struct. - - The x-component. - The y-component. - - - - Initializes a new instance of the struct. - - A vector containing the initial values for the components. - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Expands the packed representation into a . - - The . - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - - - - - - Packed pixel type containing four 16-bit floating-point values. - - Ranges from [-1, -1, -1, -1] to [1, 1, 1, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - - - Initializes a new instance of the struct. - - The x-component. - The y-component. - The z-component. - The w-component. - - - - Initializes a new instance of the struct. - - A vector containing the initial values for the components - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Packs a into a . - - The vector containing the values to pack. - The containing the packed values. - - - - Provides optimized overrides for bulk operations. - - - - - - - - Packed pixel type containing a single 16-bit normalized luminance value. - - Ranges from [0, 0, 0, 1] to [1, 1, 1, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - Initializes a new instance of the struct. - - The luminance component - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Packed pixel type containing a single 8-bit normalized luminance value. - - Ranges from [0, 0, 0, 1] to [1, 1, 1, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - Initializes a new instance of the struct. - - The luminance component. - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Packed pixel type containing two 8-bit normalized values representing luminance and alpha. - - Ranges from [0, 0, 0, 0] to [1, 1, 1, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - Gets or sets the luminance component. - - - - - Gets or sets the alpha component. - - - - - Initializes a new instance of the struct. - - The luminance component. - The alpha componant. - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Packed pixel type containing two 16-bit normalized values representing luminance and alpha. - - Ranges from [0, 0, 0, 0] to [1, 1, 1, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - Gets or sets the luminance component. - - - - - Gets or sets the alpha component. - - - - - Initializes a new instance of the struct. - - The luminance component. - The alpha componant. - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Packed pixel type containing two 8-bit signed normalized values, ranging from −1 to 1. - - Ranges from [-1, -1, 0, 1] to [1, 1, 0, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - - - Initializes a new instance of the struct. - - The x-component. - The y-component. - - - - Initializes a new instance of the struct. - - The vector containing the component values. - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Expands the packed representation into a . - The vector components are typically expanded in least to greatest significance order. - - The . - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - - - - - - Packed pixel type containing four 8-bit signed normalized values, ranging from −1 to 1. - - Ranges from [-1, -1, -1, -1] to [1, 1, 1, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - - - Initializes a new instance of the struct. - - The x-component. - The y-component. - The z-component. - The w-component. - - - - Initializes a new instance of the struct. - - The vector containing the component values. - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - - - - - - Packed pixel type containing two 16-bit signed normalized values, ranging from −1 to 1. - - Ranges from [-1, -1, 0, 1] to [1, 1, 0, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - - - Initializes a new instance of the struct. - - The x-component. - The y-component. - - - - Initializes a new instance of the struct. - - The vector containing the component values. - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Expands the packed representation into a . - The vector components are typically expanded in least to greatest significance order. - - The . - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - - - - - - Packed pixel type containing four 16-bit signed normalized values, ranging from −1 to 1. - - Ranges from [-1, -1, -1, -1] to [1, 1, 1, 1] in vector form. - - - - Provides optimized overrides for bulk operations. - - - - - Initializes a new instance of the struct. - - The x-component. - The y-component. - The z-component. - The w-component. - - - - Initializes a new instance of the struct. - - The vector containing the component values. - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - - - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - Pixel type containing three 8-bit unsigned normalized values ranging from 0 to 255. - The color components are stored in red, green, blue order (least significant to most significant byte). - - Ranges from [0, 0, 0, 1] to [1, 1, 1, 1] in vector form. - - - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - The red component. - - - - - The green component. - - - - - The blue component. - - - - - Initializes a new instance of the struct. - - The red component. - The green component. - The blue component. - - - - Converts an to . - - The . - The . - - - - Converts a to . - - The . - The . - - - - Allows the implicit conversion of an instance of to a - . - - The instance of to convert. - An instance of . - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Packs a into a color. - - The vector containing the values to pack. - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - Packed pixel type containing three 16-bit unsigned normalized values ranging from 0 to 635535. - - Ranges from [0, 0, 0, 1] to [1, 1, 1, 1] in vector form. - - - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Gets or sets the red component. - - - - - Gets or sets the green component. - - - - - Gets or sets the blue component. - - - - - Initializes a new instance of the struct. - - The red component. - The green component. - The blue component. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - Packed pixel type containing four 8-bit unsigned normalized values ranging from 0 to 255. - The color components are stored in red, green, blue, and alpha order (least significant to most significant byte). - - Ranges from [0, 0, 0, 0] to [1, 1, 1, 1] in vector form. - - - - This struct is fully mutable. This is done (against the guidelines) for the sake of performance, - as it avoids the need to create new values for modification operations. - - - - - Provides optimized overrides for bulk operations. - - - implementation optimized for . - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Gets or sets the red component. - - - - - Gets or sets the green component. - - - - - Gets or sets the blue component. - - - - - Gets or sets the alpha component. - - - - - Initializes a new instance of the struct. - - The red component. - The green component. - The blue component. - - - - Initializes a new instance of the struct. - - The red component. - The green component. - The blue component. - The alpha component. - - - - Initializes a new instance of the struct. - - The red component. - The green component. - The blue component. - The alpha component. - - - - Initializes a new instance of the struct. - - - The vector containing the components for the packed vector. - - - - - Initializes a new instance of the struct. - - - The vector containing the components for the packed vector. - - - - - Initializes a new instance of the struct. - - - The packed value. - - - - - Gets or sets the packed representation of the Rgba32 struct. - - - - - Gets or sets the RGB components of this struct as - - - - - Gets or sets the RGB components of this struct as reverting the component order. - - - - - - - - Converts an to . - - The . - The . - - - - Converts a to . - - The . - The . - - - - Allows the implicit conversion of an instance of to a - . - - The instance of to convert. - An instance of . - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - Creates a new instance of the struct - from the given hexadecimal string. - - - The hexadecimal representation of the combined color components arranged - in rgb, rgba, rrggbb, or rrggbbaa format to match web syntax. - - - The . - - - - - Attempts to creates a new instance of the struct - from the given hexadecimal string. - - - The hexadecimal representation of the combined color components arranged - in rgb, rgba, rrggbb, or rrggbbaa format to match web syntax. - - When this method returns, contains the equivalent of the hexadecimal input. - - The . - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Converts the value of this instance to a hexadecimal string. - - A hexadecimal string representation of the value. - - - - - - - - - - - - - - - - Packs a into a color returning a new instance as a result. - - The vector containing the values to pack. - The - - - - Packs the four floats into a color. - - The x-component - The y-component - The z-component - The w-component - - - - Packs a into a uint. - - The vector containing the values to pack. - - - - Packs a into a color. - - The vector containing the values to pack. - - - - Converts the specified hex value to an rrggbbaa hex value. - - The hex value to convert. - - A rrggbbaa hex value. - - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - Packed pixel type containing four 16-bit unsigned normalized values ranging from 0 to 65535. - - Ranges from [0, 0, 0, 0] to [1, 1, 1, 1] in vector form. - - - - - - Provides optimized overrides for bulk operations. - - - Provides optimized overrides for bulk operations. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Gets or sets the red component. - - - - - Gets or sets the green component. - - - - - Gets or sets the blue component. - - - - - Gets or sets the alpha component. - - - - - Initializes a new instance of the struct. - - The red component. - The green component. - The blue component. - The alpha component. - - - - Initializes a new instance of the struct. - - A structure of 4 bytes in RGBA byte order. - - - - Initializes a new instance of the struct. - - A structure of 4 bytes in BGRA byte order. - - - - Initializes a new instance of the struct. - - A structure of 4 bytes in ARGB byte order. - - - - Initializes a new instance of the struct. - - A structure of 3 bytes in RGB byte order. - - - - Initializes a new instance of the struct. - - A structure of 3 bytes in BGR byte order. - - - - Initializes a new instance of the struct. - - The . - - - - Gets or sets the RGB components of this struct as . - - - - - - - - Converts an to . - - The . - The . - - - - Converts a to . - - The . - The . - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Convert to . - - The . - - - - Convert to . - - The . - - - - Convert to . - - The . - - - - Convert to . - - The . - - - - Convert to . - - The . - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - Packed pixel type containing two 16-bit unsigned normalized values ranging from 0 to 1. - - Ranges from [0, 0, 0, 1] to [1, 1, 0, 1] in vector form. - - - - - - Provides optimized overrides for bulk operations. - - - - - - - - Initializes a new instance of the struct. - - The x-component - The y-component - - - - Initializes a new instance of the struct. - - The vector containing the component values. - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Expands the packed representation into a . - The vector components are typically expanded in least to greatest significance order. - - The . - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - Packed vector type containing unsigned normalized values ranging from 0 to 1. - The x, y and z components use 10 bits, and the w component uses 2 bits. - - Ranges from [0, 0, 0, 0] to [1, 1, 1, 1] in vector form. - - - - - - Provides optimized overrides for bulk operations. - - - - - - - - Initializes a new instance of the struct. - - The x-component - The y-component - The z-component - The w-component - - - - Initializes a new instance of the struct. - - The vector containing the component values. - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - Unpacked pixel type containing four 32-bit floating-point values typically ranging from 0 to 1. - The color components are stored in red, green, blue, and alpha order. - - Ranges from [0, 0, 0, 0] to [1, 1, 1, 1] in vector form. - - - - This struct is fully mutable. This is done (against the guidelines) for the sake of performance, - as it avoids the need to create new values for modification operations. - - - - - implementation optimized for . - - - - - - - - - - - - - - - - - Gets or sets the red component. - - - - - Gets or sets the green component. - - - - - Gets or sets the blue component. - - - - - Gets or sets the alpha component. - - - - - Initializes a new instance of the struct. - - The red component. - The green component. - The blue component. - The alpha component. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - Creates a new instance of the struct. - - - The hexadecimal representation of the combined color components arranged - in rgb, rgba, rrggbb, or rrggbbaa format to match web syntax. - - - The . - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Converts the value of this instance to a hexadecimal string. - - A hexadecimal string representation of the value. - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - Packed pixel type containing two 16-bit signed integer values. - - Ranges from [-32767, -32767, 0, 1] to [32767, 32767, 0, 1] in vector form. - - - - - - Provides optimized overrides for bulk operations. - - - - - - - - Initializes a new instance of the struct. - - The x-component. - The y-component. - - - - Initializes a new instance of the struct. - - The vector containing the component values. - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Expands the packed representation into a . - The vector components are typically expanded in least to greatest significance order. - - The . - - - - - - - - - - - - - - - - Provides optimized overrides for bulk operations. - - - Packed pixel type containing four 16-bit signed integer values. - - Ranges from [-37267, -37267, -37267, -37267] to [37267, 37267, 37267, 37267] in vector form. - - - - - - Provides optimized overrides for bulk operations. - - - - - - - - Initializes a new instance of the struct. - - The x-component. - The y-component. - The z-component. - The w-component. - - - - Initializes a new instance of the struct. - - A vector containing the initial values for the components. - - - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the parameter is not equal to the parameter; otherwise, false. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Gets the hash code for the current instance. - - Hash code for the instance. - - - - - - - A stateless class implementing Strategy Pattern for batched pixel-data conversion operations - for pixel buffers of type . - - The pixel format. - - Provides access to pixel blenders - - - - - Gets the global instance for the pixel type - - - - - Gets the pixel type info for the given . - - The . - - - - Bulk version of converting 'sourceVectors.Length' pixels into 'destinationColors'. - The method is DESTRUCTIVE altering the contents of . - - - The destructive behavior is a design choice for performance reasons. - In a typical use case the contents of are abandoned after the conversion. - - A to configure internal operations - The to the source vectors. - The to the destination colors. - The to apply during the conversion - - - - Bulk version of converting 'sourceVectors.Length' pixels into 'destinationColors'. - The method is DESTRUCTIVE altering the contents of . - - - The destructive behavior is a design choice for performance reasons. - In a typical use case the contents of are abandoned after the conversion. - - A to configure internal operations - The to the source vectors. - The to the destination colors. - - - - Bulk version of converting 'sourceColors.Length' pixels into 'destinationVectors'. - - A to configure internal operations - The to the source colors. - The to the destination vectors. - The to apply during the conversion - - - - Bulk version of converting 'sourceColors.Length' pixels into 'destinationVectors'. - - A to configure internal operations - The to the source colors. - The to the destination vectors. - - - - Bulk operation that copies the to in - format. - - The destination pixel type. - A to configure internal operations. - The to the source pixels. - The to the destination pixels. - - - - Bulk operation that copies the to in - format. - - The destination pixel type. - A to configure internal operations. - The to the source pixels. - The to the destination pixels. - - - - Bulk operation that packs 3 seperate RGB channels to . - The destination must have a padding of 3. - - A to configure internal operations. - A to the red values. - A to the green values. - A to the blue values. - A to the destination pixels. - - - - Converts all pixels in 'source` span of into a span of -s. - - A to configure internal operations. - The source of data. - The to the destination pixels. - - - - A helper for that expects a byte span. - The layout of the data in 'sourceBytes' must be compatible with layout. - - A to configure internal operations. - The to the source bytes. - The to the destination pixels. - The number of pixels to convert. - - - - Converts all pixels of the 'sourcePixels` span to a span of -s. - - A to configure internal operations - The span of source pixels - The destination span of data. - - - - A helper for that expects a byte span as destination. - The layout of the data in 'destBytes' must be compatible with layout. - - A to configure internal operations - The to the source pixels. - The to the destination bytes. - The number of pixels to convert. - - - - Converts all pixels in 'source` span of into a span of -s. - - A to configure internal operations. - The source of data. - The to the destination pixels. - - - - A helper for that expects a byte span. - The layout of the data in 'sourceBytes' must be compatible with layout. - - A to configure internal operations. - The to the source bytes. - The to the destination pixels. - The number of pixels to convert. - - - - Converts all pixels of the 'sourcePixels` span to a span of -s. - - A to configure internal operations - The span of source pixels - The destination span of data. - - - - A helper for that expects a byte span as destination. - The layout of the data in 'destBytes' must be compatible with layout. - - A to configure internal operations - The to the source pixels. - The to the destination bytes. - The number of pixels to convert. - - - - Converts all pixels in 'source` span of into a span of -s. - - A to configure internal operations. - The source of data. - The to the destination pixels. - - - - A helper for that expects a byte span. - The layout of the data in 'sourceBytes' must be compatible with layout. - - A to configure internal operations. - The to the source bytes. - The to the destination pixels. - The number of pixels to convert. - - - - Converts all pixels of the 'sourcePixels` span to a span of -s. - - A to configure internal operations - The span of source pixels - The destination span of data. - - - - A helper for that expects a byte span as destination. - The layout of the data in 'destBytes' must be compatible with layout. - - A to configure internal operations - The to the source pixels. - The to the destination bytes. - The number of pixels to convert. - - - - Converts all pixels in 'source` span of into a span of -s. - - A to configure internal operations. - The source of data. - The to the destination pixels. - - - - A helper for that expects a byte span. - The layout of the data in 'sourceBytes' must be compatible with layout. - - A to configure internal operations. - The to the source bytes. - The to the destination pixels. - The number of pixels to convert. - - - - Converts all pixels of the 'sourcePixels` span to a span of -s. - - A to configure internal operations - The span of source pixels - The destination span of data. - - - - A helper for that expects a byte span as destination. - The layout of the data in 'destBytes' must be compatible with layout. - - A to configure internal operations - The to the source pixels. - The to the destination bytes. - The number of pixels to convert. - - - - Converts all pixels in 'source` span of into a span of -s. - - A to configure internal operations. - The source of data. - The to the destination pixels. - - - - A helper for that expects a byte span. - The layout of the data in 'sourceBytes' must be compatible with layout. - - A to configure internal operations. - The to the source bytes. - The to the destination pixels. - The number of pixels to convert. - - - - Converts all pixels of the 'sourcePixels` span to a span of -s. - - A to configure internal operations - The span of source pixels - The destination span of data. - - - - A helper for that expects a byte span as destination. - The layout of the data in 'destBytes' must be compatible with layout. - - A to configure internal operations - The to the source pixels. - The to the destination bytes. - The number of pixels to convert. - - - - Converts all pixels in 'source` span of into a span of -s. - - A to configure internal operations. - The source of data. - The to the destination pixels. - - - - A helper for that expects a byte span. - The layout of the data in 'sourceBytes' must be compatible with layout. - - A to configure internal operations. - The to the source bytes. - The to the destination pixels. - The number of pixels to convert. - - - - Converts all pixels of the 'sourcePixels` span to a span of -s. - - A to configure internal operations - The span of source pixels - The destination span of data. - - - - A helper for that expects a byte span as destination. - The layout of the data in 'destBytes' must be compatible with layout. - - A to configure internal operations - The to the source pixels. - The to the destination bytes. - The number of pixels to convert. - - - - Converts all pixels in 'source` span of into a span of -s. - - A to configure internal operations. - The source of data. - The to the destination pixels. - - - - A helper for that expects a byte span. - The layout of the data in 'sourceBytes' must be compatible with layout. - - A to configure internal operations. - The to the source bytes. - The to the destination pixels. - The number of pixels to convert. - - - - Converts all pixels of the 'sourcePixels` span to a span of -s. - - A to configure internal operations - The span of source pixels - The destination span of data. - - - - A helper for that expects a byte span as destination. - The layout of the data in 'destBytes' must be compatible with layout. - - A to configure internal operations - The to the source pixels. - The to the destination bytes. - The number of pixels to convert. - - - - Converts all pixels in 'source` span of into a span of -s. - - A to configure internal operations. - The source of data. - The to the destination pixels. - - - - A helper for that expects a byte span. - The layout of the data in 'sourceBytes' must be compatible with layout. - - A to configure internal operations. - The to the source bytes. - The to the destination pixels. - The number of pixels to convert. - - - - Converts all pixels of the 'sourcePixels` span to a span of -s. - - A to configure internal operations - The span of source pixels - The destination span of data. - - - - A helper for that expects a byte span as destination. - The layout of the data in 'destBytes' must be compatible with layout. - - A to configure internal operations - The to the source pixels. - The to the destination bytes. - The number of pixels to convert. - - - - Converts all pixels in 'source` span of into a span of -s. - - A to configure internal operations. - The source of data. - The to the destination pixels. - - - - A helper for that expects a byte span. - The layout of the data in 'sourceBytes' must be compatible with layout. - - A to configure internal operations. - The to the source bytes. - The to the destination pixels. - The number of pixels to convert. - - - - Converts all pixels of the 'sourcePixels` span to a span of -s. - - A to configure internal operations - The span of source pixels - The destination span of data. - - - - A helper for that expects a byte span as destination. - The layout of the data in 'destBytes' must be compatible with layout. - - A to configure internal operations - The to the source pixels. - The to the destination bytes. - The number of pixels to convert. - - - - Converts all pixels in 'source` span of into a span of -s. - - A to configure internal operations. - The source of data. - The to the destination pixels. - - - - A helper for that expects a byte span. - The layout of the data in 'sourceBytes' must be compatible with layout. - - A to configure internal operations. - The to the source bytes. - The to the destination pixels. - The number of pixels to convert. - - - - Converts all pixels of the 'sourcePixels` span to a span of -s. - - A to configure internal operations - The span of source pixels - The destination span of data. - - - - A helper for that expects a byte span as destination. - The layout of the data in 'destBytes' must be compatible with layout. - - A to configure internal operations - The to the source pixels. - The to the destination bytes. - The number of pixels to convert. - - - - Converts all pixels in 'source` span of into a span of -s. - - A to configure internal operations. - The source of data. - The to the destination pixels. - - - - A helper for that expects a byte span. - The layout of the data in 'sourceBytes' must be compatible with layout. - - A to configure internal operations. - The to the source bytes. - The to the destination pixels. - The number of pixels to convert. - - - - Converts all pixels of the 'sourcePixels` span to a span of -s. - - A to configure internal operations - The span of source pixels - The destination span of data. - - - - A helper for that expects a byte span as destination. - The layout of the data in 'destBytes' must be compatible with layout. - - A to configure internal operations - The to the source pixels. - The to the destination bytes. - The number of pixels to convert. - - - - Converts all pixels in 'source` span of into a span of -s. - - A to configure internal operations. - The source of data. - The to the destination pixels. - - - - A helper for that expects a byte span. - The layout of the data in 'sourceBytes' must be compatible with layout. - - A to configure internal operations. - The to the source bytes. - The to the destination pixels. - The number of pixels to convert. - - - - Converts all pixels of the 'sourcePixels` span to a span of -s. - - A to configure internal operations - The span of source pixels - The destination span of data. - - - - A helper for that expects a byte span as destination. - The layout of the data in 'destBytes' must be compatible with layout. - - A to configure internal operations - The to the source pixels. - The to the destination bytes. - The number of pixels to convert. - - - - Find an instance of the pixel blender. - - the blending and composition to apply - A . - - - - Find an instance of the pixel blender. - - The color blending mode to apply - The alpha composition mode to apply - A . - - - - Contains optimized implementations for conversion between pixel formats. - - - Implementations are based on ideas in: - https://github.com/dotnet/coreclr/blob/master/src/System.Private.CoreLib/shared/System/Buffers/Binary/Reader.cs#L84 - The JIT can detect and optimize rotation idioms ROTL (Rotate Left) - and ROTR (Rotate Right) emitting efficient CPU instructions: - https://github.com/dotnet/coreclr/pull/1830 - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Converts a representing a collection of - pixels to a representing - a collection of pixels. - - - - - Helper class for (bulk) conversion of buffers to/from other buffer types. - - - Contains - - - - - Apply modifiers used requested by ToVector4() conversion. - - - - - Apply modifiers used requested by FromVector4() conversion. - - - - - Provides default implementations for batched to/from conversion. - WARNING: The methods prefixed with "Unsafe" are operating without bounds checking and input validation! - Input validation is the responsibility of the caller! - - - - - Provides efficient implementations for batched to/from conversion. - which is applicable for -compatible pixel types where - returns the same scaled result as . - The method is works by internally converting to a therefore it's not applicable for that type! - - - - - It's not worth to bother the transitive pixel conversion method below this limit. - The value depends on the actual gain brought by the SIMD characteristics of the executing CPU and JIT. - - - - - Provides an efficient default implementation for - The method works by internally converting to a therefore it's not applicable for that type! - - - - - Provides an efficient default implementation for - The method is works by internally converting to a therefore it's not applicable for that type! - - - - - Enumerates the RGBA (red, green, blue, alpha) color components. - - - - - The red component. - - - - - The green component. - - - - - The blue component. - - - - - The alpha component. - - - - - A structure encapsulating a 5x4 matrix used for transforming the color and alpha components of an image. - - - - - Value at row 1, column 1 of the matrix. - - - - - Value at row 1, column 2 of the matrix. - - - - - Value at row 1, column 3 of the matrix. - - - - - Value at row 1, column 4 of the matrix. - - - - - Value at row 2, column 1 of the matrix. - - - - - Value at row 2, column 2 of the matrix. - - - - - Value at row 2, column 3 of the matrix. - - - - - Value at row 2, column 4 of the matrix. - - - - - Value at row 3, column 1 of the matrix. - - - - - Value at row 3, column 2 of the matrix. - - - - - Value at row 3, column 3 of the matrix. - - - - - Value at row 3, column 4 of the matrix. - - - - - Value at row 4, column 1 of the matrix. - - - - - Value at row 4, column 2 of the matrix. - - - - - Value at row 4, column 3 of the matrix. - - - - - Value at row 4, column 4 of the matrix. - - - - - Value at row 5, column 1 of the matrix. - - - - - Value at row 5, column 2 of the matrix. - - - - - Value at row 5, column 3 of the matrix. - - - - - Value at row 5, column 4 of the matrix. - - - - - Initializes a new instance of the struct. - - The value at row 1, column 1 of the matrix. - The value at row 1, column 2 of the matrix. - The value at row 1, column 3 of the matrix. - The value at row 1, column 4 of the matrix. - The value at row 2, column 1 of the matrix. - The value at row 2, column 2 of the matrix. - The value at row 2, column 3 of the matrix. - The value at row 2, column 4 of the matrix. - The value at row 3, column 1 of the matrix. - The value at row 3, column 2 of the matrix. - The value at row 3, column 3 of the matrix. - The value at row 3, column 4 of the matrix. - The value at row 4, column 1 of the matrix. - The value at row 4, column 2 of the matrix. - The value at row 4, column 3 of the matrix. - The value at row 4, column 4 of the matrix. - The value at row 5, column 1 of the matrix. - The value at row 5, column 2 of the matrix. - The value at row 5, column 3 of the matrix. - The value at row 5, column 4 of the matrix. - - - - Gets the multiplicative identity matrix. - - - - - Gets a value indicating whether the matrix is the identity matrix. - - - - - Adds two matrices together. - - The first source matrix. - The second source matrix. - The resulting matrix. - - - - Subtracts the second matrix from the first. - - The first source matrix. - The second source matrix. - The result of the subtraction. - - - - Returns a new matrix with the negated elements of the given matrix. - - The source matrix. - The negated matrix. - - - - Multiplies a matrix by another matrix. - - The first source matrix. - The second source matrix. - The result of the multiplication. - - - - Multiplies a matrix by a scalar value. - - The source matrix. - The scaling factor. - The scaled matrix. - - - - Returns a boolean indicating whether the given two matrices are equal. - - The first matrix to compare. - The second matrix to compare. - True if the given matrices are equal; False otherwise. - - - - Returns a boolean indicating whether the given two matrices are not equal. - - The first matrix to compare. - The second matrix to compare. - True if the given matrices are equal; False otherwise. - - - - - - - - - - - - - - - - Represents a complex number, where the real and imaginary parts are stored as values. - - - This is a more efficient version of the type. - - - - - The real part of the complex number - - - - - The imaginary part of the complex number - - - - - Initializes a new instance of the struct. - - The real part in the complex number. - The imaginary part in the complex number. - - - - Performs the multiplication operation between a instance and a scalar. - - The value to multiply. - The scalar to use to multiply the value. - The result - - - - Performs the multiplication operation between a instance and a . - - The value to multiply. - The instance to use to multiply the value. - The result - - - - Performs the multiplication operation between a instance and a . - - The value to multiply. - The instance to use to multiply the value. - The result - - - - - - - - - - - - - - - - A vector with 4 values of type . - - - - - The real part of the complex vector - - - - - The imaginary part of the complex number - - - - - Sums the values in the input to the current instance - - The input to sum - - - - Performs a weighted sum on the current instance according to the given parameters - - The 'a' parameter, for the real component - The 'b' parameter, for the imaginary component - The resulting value - - - - - - - - - - - - - Represents a dense matrix with arbitrary elements. - Components that are adjacent in a column of the matrix are adjacent in the storage array. - The components are said to be stored in column major order. - - The type of elements in the matrix. - - - - The 1D representation of the dense matrix. - - - - - Gets the number of columns in the dense matrix. - - - - - Gets the number of rows in the dense matrix. - - - - - Gets the size of the dense matrix. - - - - - Gets the number of items in the array. - - - - - Initializes a new instance of the struct. - - The length of each side in the matrix. - - - - Initializes a new instance of the struct. - - The number of columns. - The number of rows. - - - - Initializes a new instance of the struct. - - The 2D array to provide access to. - - - - Gets a span wrapping the . - - - - - Gets or sets the item at the specified position. - - The row-coordinate of the item. Must be greater than or equal to zero and less than the height of the array. - The column-coordinate of the item. Must be greater than or equal to zero and less than the width of the array. - The at the specified position. - - - - Performs an implicit conversion from a to a . - - The source array. - - The representation on the source data. - - - - - Performs an implicit conversion from a to a . - - The source array. - - The representation on the source data. - - - - - Compares the two instances to determine whether they are unequal. - - The first source instance. - The second source instance. - The . - - - - Compares the two instances to determine whether they are equal. - - The first source instance. - The second source instance. - The . - - - - Transposes the rows and columns of the dense matrix. - - The . - - - - Fills the matrix with the given value - - The value to fill each item with - - - - Clears the matrix setting each value to the default value for the element type - - - - - Checks the coordinates to ensure they are within bounds. - - The y-coordinate of the item. Must be greater than zero and smaller than the height of the matrix. - The x-coordinate of the item. Must be greater than zero and smaller than the width of the matrix. - - Thrown if the coordinates are not within the bounds of the array. - - - - - - - - - - - - - - Represents a number that can be expressed as a fraction. - - - This is a very simplified implementation of a rational number designed for use with metadata only. - - - - - Initializes a new instance of the struct. - - - The number above the line in a vulgar fraction showing how many of the parts - indicated by the denominator are taken. - - - The number below the line in a vulgar fraction; a divisor. - - - - - Gets the numerator of a number. - - - - - Gets the denominator of a number. - - - - - Gets a value indicating whether this instance is indeterminate. - - - - - Gets a value indicating whether this instance is an integer (n, 1) - - - - - Gets a value indicating whether this instance is equal to negative infinity (-1, 0) - - - - - Gets a value indicating whether this instance is equal to positive infinity (1, 0) - - - - - Gets a value indicating whether this instance is equal to 0 (0, 1) - - - - - - - - - - - - - - Converts the numeric value of this instance to its equivalent string representation using - the specified culture-specific format information. - - - An object that supplies culture-specific formatting information. - - The - - - - Create a new instance of the struct from a double value. - - The to create the instance from. - Whether to use the best possible precision when parsing the value. - - - - Finds the greatest common divisor of two values. - - The first value - The second value - The - - - - Simplifies the - - - - - Extension methods for the struct. - - - - - Creates a translation matrix from the given vector. - - The translation position. - A translation matrix. - - - - Creates a scale matrix that is offset by a given center point. - - Value to scale by on the X-axis. - Value to scale by on the Y-axis. - The center point. - A scaling matrix. - - - - Creates a scale matrix from the given vector scale. - - The scale to use. - A scaling matrix. - - - - Creates a scale matrix from the given vector scale with an offset from the given center point. - - The scale to use. - The center offset. - A scaling matrix. - - - - Creates a scale matrix that scales uniformly with the given scale with an offset from the given center. - - The uniform scale to use. - The center offset. - A scaling matrix. - - - - Creates a skew matrix from the given angles in degrees. - - The X angle, in degrees. - The Y angle, in degrees. - A skew matrix. - - - - Creates a skew matrix from the given angles in radians and a center point. - - The X angle, in radians. - The Y angle, in radians. - The center point. - A skew matrix. - - - - Creates a skew matrix from the given angles in degrees and a center point. - - The X angle, in degrees. - The Y angle, in degrees. - The center point. - A skew matrix. - - - - Creates a rotation matrix using the given rotation in degrees. - - The amount of rotation, in degrees. - A rotation matrix. - - - - Creates a rotation matrix using the given rotation in radians and a center point. - - The amount of rotation, in radians. - The center point. - A rotation matrix. - - - - Creates a rotation matrix using the given rotation in degrees and a center point. - - The amount of rotation, in degrees. - The center point. - A rotation matrix. - - - - Represents an integral number. - - - - - Initializes a new instance of the struct. - - The value of the number. - - - - Initializes a new instance of the struct. - - The value of the number. - - - - Converts the specified to an instance of this type. - - The value. - - - - Converts the specified to an instance of this type. - - The value. - - - - Converts the specified to an instance of this type. - - The value. - - - - Converts the specified to a . - - The to convert. - - - - Converts the specified to a . - - The to convert. - - - - Converts the specified to a . - - The to convert. - - - - Determines whether the specified instances are considered equal. - - The first to compare. - The second to compare. - - - - Determines whether the specified instances are not considered equal. - - The first to compare. - The second to compare. - - - - Determines whether the first is more than the second . - - The first to compare. - The second to compare. - - - - Determines whether the first is less than the second . - - The first to compare. - The second to compare. - - - - Determines whether the first is more than or equal to the second . - - The first to compare. - The second to compare. - - - - Determines whether the first is less than or equal to the second . - - The first to compare. - The second to compare. - - - - - - - - - - - - - - - - - - - Converts the numeric value of this instance to its equivalent string representation using the specified culture-specific format information. - - An object that supplies culture-specific formatting information. - The string representation of the value of this instance, which consists of a sequence of digits ranging from 0 to 9, without a sign or leading zeros. - - - - Represents an ordered pair of integer x- and y-coordinates that defines a point in - a two-dimensional plane. - - - This struct is fully mutable. This is done (against the guidelines) for the sake of performance, - as it avoids the need to create new values for modification operations. - - - - - Represents a that has X and Y values set to zero. - - - - - Initializes a new instance of the struct. - - The horizontal and vertical position of the point. - - - - Initializes a new instance of the struct. - - The horizontal position of the point. - The vertical position of the point. - - - - Initializes a new instance of the struct from the given . - - The size. - - - - Gets or sets the x-coordinate of this . - - - - - Gets or sets the y-coordinate of this . - - - - - Gets a value indicating whether this is empty. - - - - - Creates a with the coordinates of the specified . - - The point. - - - - Creates a with the coordinates of the specified . - - The point. - - - - Creates a with the coordinates of the specified . - - The point. - - - - Negates the given point by multiplying all values by -1. - - The source point. - The negated point. - - - - Translates a by a given . - - The point on the left hand of the operand. - The size on the right hand of the operand. - - The . - - - - - Translates a by the negative of a given . - - The point on the left hand of the operand. - The size on the right hand of the operand. - The . - - - - Multiplies by a producing . - - Multiplier of type . - Multiplicand of type . - Product of type . - - - - Multiplies by a producing . - - Multiplicand of type . - Multiplier of type . - Product of type . - - - - Divides by a producing . - - Dividend of type . - Divisor of type . - Result of type . - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - Translates a by the negative of a given . - - The point on the left hand of the operand. - The size on the right hand of the operand. - The . - - - - Translates a by the negative of a given value. - - The point on the left hand of the operand. - The value on the right hand of the operand. - The . - - - - Translates a by the negative of a given . - - The point on the left hand of the operand. - The size on the right hand of the operand. - The . - - - - Converts a to a by performing a ceiling operation on all the coordinates. - - The point. - The . - - - - Converts a to a by performing a round operation on all the coordinates. - - The point. - The . - - - - Converts a to a by performing a round operation on all the coordinates. - - The vector. - The . - - - - Converts a to a by performing a truncate operation on all the coordinates. - - The point. - The . - - - - Transforms a point by a specified 3x2 matrix. - - The point to transform. - The transformation matrix used. - The transformed . - - - - Deconstructs this point into two integers. - - The out value for X. - The out value for Y. - - - - Translates this by the specified amount. - - The amount to offset the x-coordinate. - The amount to offset the y-coordinate. - - - - Translates this by the specified amount. - - The used offset this . - - - - - - - - - - - - - - - - Represents an ordered pair of single precision floating point x- and y-coordinates that defines a point in - a two-dimensional plane. - - - This struct is fully mutable. This is done (against the guidelines) for the sake of performance, - as it avoids the need to create new values for modification operations. - - - - - Represents a that has X and Y values set to zero. - - - - - Initializes a new instance of the struct. - - The horizontal position of the point. - The vertical position of the point. - - - - Initializes a new instance of the struct from the given . - - The size. - - - - Gets or sets the x-coordinate of this . - - - - - Gets or sets the y-coordinate of this . - - - - - Gets a value indicating whether this is empty. - - - - - Creates a with the coordinates of the specified . - - The vector. - - The . - - - - - Creates a with the coordinates of the specified . - - The point. - - The . - - - - - Creates a with the coordinates of the specified by truncating each of the coordinates. - - The point. - - The . - - - - - Negates the given point by multiplying all values by -1. - - The source point. - The negated point. - - - - Translates a by a given . - - The point on the left hand of the operand. - The size on the right hand of the operand. - - The . - - - - - Translates a by the negative of a given . - - The point on the left hand of the operand. - The size on the right hand of the operand. - The . - - - - Translates a by a given . - - The point on the left hand of the operand. - The size on the right hand of the operand. - - The . - - - - - Translates a by the negative of a given . - - The point on the left hand of the operand. - The size on the right hand of the operand. - The . - - - - Multiplies by a producing . - - Multiplier of type . - Multiplicand of type . - Product of type . - - - - Multiplies by a producing . - - Multiplicand of type . - Multiplier of type . - Product of type . - - - - Divides by a producing . - - Dividend of type . - Divisor of type . - Result of type . - - - - Compares two objects for equality. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the current left is unequal to the parameter; otherwise, false. - - - - - Translates a by the given . - - The point on the left hand of the operand. - The size on the right hand of the operand. - The . - - - - Translates a by the given . - - The point on the left hand of the operand. - The point on the right hand of the operand. - The . - - - - Translates a by the negative of a given . - - The point on the left hand of the operand. - The size on the right hand of the operand. - The . - - - - Translates a by the negative of a given . - - The point on the left hand of the operand. - The point on the right hand of the operand. - The . - - - - Translates a by the multiplying the X and Y by the given value. - - The point on the left hand of the operand. - The value on the right hand of the operand. - The . - - - - Transforms a point by a specified 3x2 matrix. - - The point to transform. - The transformation matrix used. - The transformed . - - - - Deconstructs this point into two floats. - - The out value for X. - The out value for Y. - - - - Translates this by the specified amount. - - The amount to offset the x-coordinate. - The amount to offset the y-coordinate. - - - - Translates this by the specified amount. - - The used offset this . - - - - - - - - - - - - - - - - Represents a number that can be expressed as a fraction. - - - This is a very simplified implementation of a rational number designed for use with metadata only. - - - - - Initializes a new instance of the struct. - - The to create the rational from. - - - - Initializes a new instance of the struct. - - The number above the line in a vulgar fraction showing how many of the parts indicated by the denominator are taken. - The number below the line in a vulgar fraction; a divisor. - - - - Initializes a new instance of the struct. - - The number above the line in a vulgar fraction showing how many of the parts indicated by the denominator are taken. - The number below the line in a vulgar fraction; a divisor. - Specified if the rational should be simplified. - - - - Initializes a new instance of the struct. - - The to create the instance from. - - - - Initializes a new instance of the struct. - - The to create the instance from. - Whether to use the best possible precision when parsing the value. - - - - Gets the numerator of a number. - - - - - Gets the denominator of a number. - - - - - Determines whether the specified instances are considered equal. - - The first to compare. - The second to compare. - The - - - - Determines whether the specified instances are not considered equal. - - The first to compare. - The second to compare. - The - - - - Converts the specified to an instance of this type. - - The to convert to an instance of this type. - - The . - - - - - Converts the specified to an instance of this type. - - The to convert to an instance of this type. - Whether to use the best possible precision when parsing the value. - - The . - - - - - - - - - - - - - - Converts a rational number to the nearest . - - - The . - - - - - - - - Converts the numeric value of this instance to its equivalent string representation using - the specified culture-specific format information. - - - An object that supplies culture-specific formatting information. - - The - - - - Stores a set of four integers that represent the location and size of a rectangle. - - - This struct is fully mutable. This is done (against the guidelines) for the sake of performance, - as it avoids the need to create new values for modification operations. - - - - - Represents a that has X, Y, Width, and Height values set to zero. - - - - - Initializes a new instance of the struct. - - The horizontal position of the rectangle. - The vertical position of the rectangle. - The width of the rectangle. - The height of the rectangle. - - - - Initializes a new instance of the struct. - - - The which specifies the rectangles point in a two-dimensional plane. - - - The which specifies the rectangles height and width. - - - - - Gets or sets the x-coordinate of this . - - - - - Gets or sets the y-coordinate of this . - - - - - Gets or sets the width of this . - - - - - Gets or sets the height of this . - - - - - Gets or sets the coordinates of the upper-left corner of the rectangular region represented by this . - - - - - Gets or sets the size of this . - - - - - Gets a value indicating whether this is empty. - - - - - Gets the y-coordinate of the top edge of this . - - - - - Gets the x-coordinate of the right edge of this . - - - - - Gets the y-coordinate of the bottom edge of this . - - - - - Gets the x-coordinate of the left edge of this . - - - - - Creates a with the coordinates of the specified . - - The rectangle. - - - - Creates a with the coordinates of the specified . - - The rectangle. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - Creates a new with the specified location and size. - The left coordinate of the rectangle. - The top coordinate of the rectangle. - The right coordinate of the rectangle. - The bottom coordinate of the rectangle. - The . - - - - Returns the center point of the given . - - The rectangle. - The . - - - - Creates a rectangle that represents the intersection between and - . If there is no intersection, an empty rectangle is returned. - - The first rectangle. - The second rectangle. - The . - - - - Creates a that is inflated by the specified amount. - - The rectangle. - The amount to inflate the width by. - The amount to inflate the height by. - A new . - - - - Converts a to a by performing a ceiling operation on all the coordinates. - - The rectangle. - The . - - - - Transforms a rectangle by the given matrix. - - The source rectangle. - The transformation matrix. - A transformed rectangle. - - - - Converts a to a by performing a truncate operation on all the coordinates. - - The rectangle. - The . - - - - Converts a to a by performing a round operation on all the coordinates. - - The rectangle. - The . - - - - Creates a rectangle that represents the union between and . - - The first rectangle. - The second rectangle. - The . - - - - Deconstructs this rectangle into four integers. - - The out value for X. - The out value for Y. - The out value for the width. - The out value for the height. - - - - Creates a Rectangle that represents the intersection between this Rectangle and the . - - The rectangle. - - - - Inflates this by the specified amount. - - The width. - The height. - - - - Inflates this by the specified amount. - - The size. - - - - Determines if the specfied point is contained within the rectangular region defined by - this . - - The x-coordinate of the given point. - The y-coordinate of the given point. - The . - - - - Determines if the specified point is contained within the rectangular region defined by this . - - The point. - The . - - - - Determines if the rectangular region represented by is entirely contained - within the rectangular region represented by this . - - The rectangle. - The . - - - - Determines if the specfied intersects the rectangular region defined by - this . - - The other Rectange. - The . - - - - Adjusts the location of this rectangle by the specified amount. - - The point. - - - - Adjusts the location of this rectangle by the specified amount. - - The amount to offset the x-coordinate. - The amount to offset the y-coordinate. - - - - - - - - - - - - - - - - Stores a set of four single precision floating points that represent the location and size of a rectangle. - - - This struct is fully mutable. This is done (against the guidelines) for the sake of performance, - as it avoids the need to create new values for modification operations. - - - - - Represents a that has X, Y, Width, and Height values set to zero. - - - - - Initializes a new instance of the struct. - - The horizontal position of the rectangle. - The vertical position of the rectangle. - The width of the rectangle. - The height of the rectangle. - - - - Initializes a new instance of the struct. - - - The which specifies the rectangles point in a two-dimensional plane. - - - The which specifies the rectangles height and width. - - - - - Gets or sets the x-coordinate of this . - - - - - Gets or sets the y-coordinate of this . - - - - - Gets or sets the width of this . - - - - - Gets or sets the height of this . - - - - - Gets or sets the coordinates of the upper-left corner of the rectangular region represented by this . - - - - - Gets or sets the size of this . - - - - - Gets a value indicating whether this is empty. - - - - - Gets the y-coordinate of the top edge of this . - - - - - Gets the x-coordinate of the right edge of this . - - - - - Gets the y-coordinate of the bottom edge of this . - - - - - Gets the x-coordinate of the left edge of this . - - - - - Creates a with the coordinates of the specified by truncating each coordinate. - - The rectangle. - - - - Compares two objects for equality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - The on the left side of the operand. - The on the right side of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - Creates a new with the specified location and size. - The left coordinate of the rectangle. - The top coordinate of the rectangle. - The right coordinate of the rectangle. - The bottom coordinate of the rectangle. - The . - - - - Returns the center point of the given . - - The rectangle. - The . - - - - Creates a rectangle that represents the intersection between and - . If there is no intersection, an empty rectangle is returned. - - The first rectangle. - The second rectangle. - The . - - - - Creates a that is inflated by the specified amount. - - The rectangle. - The amount to inflate the width by. - The amount to inflate the height by. - A new . - - - - Transforms a rectangle by the given matrix. - - The source rectangle. - The transformation matrix. - A transformed . - - - - Creates a rectangle that represents the union between and . - - The first rectangle. - The second rectangle. - The . - - - - Deconstructs this rectangle into four floats. - - The out value for X. - The out value for Y. - The out value for the width. - The out value for the height. - - - - Creates a RectangleF that represents the intersection between this RectangleF and the . - - The rectangle. - - - - Inflates this by the specified amount. - - The width. - The height. - - - - Inflates this by the specified amount. - - The size. - - - - Determines if the specfied point is contained within the rectangular region defined by - this . - - The x-coordinate of the given point. - The y-coordinate of the given point. - The . - - - - Determines if the specified point is contained within the rectangular region defined by this . - - The point. - The . - - - - Determines if the rectangular region represented by is entirely contained - within the rectangular region represented by this . - - The rectangle. - The . - - - - Determines if the specfied intersects the rectangular region defined by - this . - - The other Rectange. - The . - - - - Adjusts the location of this rectangle by the specified amount. - - The point. - - - - Adjusts the location of this rectangle by the specified amount. - - The amount to offset the x-coordinate. - The amount to offset the y-coordinate. - - - - - - - - - - - - - - - - Represents a number that can be expressed as a fraction. - - - This is a very simplified implementation of a rational number designed for use with metadata only. - - - - - Initializes a new instance of the struct. - - The to create the rational from. - - - - Initializes a new instance of the struct. - - The number above the line in a vulgar fraction showing how many of the parts indicated by the denominator are taken. - The number below the line in a vulgar fraction; a divisor. - - - - Initializes a new instance of the struct. - - The number above the line in a vulgar fraction showing how many of the parts indicated by the denominator are taken. - The number below the line in a vulgar fraction; a divisor. - Specified if the rational should be simplified. - - - - Initializes a new instance of the struct. - - The to create the instance from. - - - - Initializes a new instance of the struct. - - The to create the instance from. - Whether to use the best possible precision when parsing the value. - - - - Gets the numerator of a number. - - - - - Gets the denominator of a number. - - - - - Determines whether the specified instances are considered equal. - - The first to compare. - The second to compare. - The - - - - Determines whether the specified instances are not considered equal. - - The first to compare. - The second to compare. - The - - - - Converts the specified to an instance of this type. - - The to convert to an instance of this type. - - The . - - - - - Converts the specified to an instance of this type. - - The to convert to an instance of this type. - Whether to use the best possible precision when parsing the value. - - The . - - - - - - - - - - - - - - Converts a rational number to the nearest . - - - The . - - - - - - - - Converts the numeric value of this instance to its equivalent string representation using - the specified culture-specific format information. - - - An object that supplies culture-specific formatting information. - - The - - - - Stores an ordered pair of integers, which specify a height and width. - - - This struct is fully mutable. This is done (against the guidelines) for the sake of performance, - as it avoids the need to create new values for modification operations. - - - - - Represents a that has Width and Height values set to zero. - - - - - Initializes a new instance of the struct. - - The width and height of the size. - - - - Initializes a new instance of the struct. - - The width of the size. - The height of the size. - - - - Initializes a new instance of the struct. - - The size. - - - - Initializes a new instance of the struct from the given . - - The point. - - - - Gets or sets the width of this . - - - - - Gets or sets the height of this . - - - - - Gets a value indicating whether this is empty. - - - - - Creates a with the dimensions of the specified . - - The point. - - - - Converts the given into a . - - The size. - - - - Computes the sum of adding two sizes. - - The size on the left hand of the operand. - The size on the right hand of the operand. - - The . - - - - - Computes the difference left by subtracting one size from another. - - The size on the left hand of the operand. - The size on the right hand of the operand. - - The . - - - - - Multiplies a by an producing . - - Multiplier of type . - Multiplicand of type . - Product of type . - - - - Multiplies by an producing . - - Multiplicand of type . - Multiplier of type . - Product of type . - - - - Divides by an producing . - - Dividend of type . - Divisor of type . - Result of type . - - - - Multiplies by a producing . - - Multiplier of type . - Multiplicand of type . - Product of type . - - - - Multiplies by a producing . - - Multiplicand of type . - Multiplier of type . - Product of type . - - - - Divides by a producing . - - Dividend of type . - Divisor of type . - Result of type . - - - - Compares two objects for equality. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - - The on the left side of the operand. - - - The on the right side of the operand. - - - True if the current left is unequal to the parameter; otherwise, false. - - - - - Performs vector addition of two objects. - - The size on the left hand of the operand. - The size on the right hand of the operand. - The . - - - - Contracts a by another . - - The size on the left hand of the operand. - The size on the right hand of the operand. - The . - - - - Converts a to a by performing a ceiling operation on all the dimensions. - - The size. - The . - - - - Converts a to a by performing a round operation on all the dimensions. - - The size. - The . - - - - Transforms a size by the given matrix. - - The source size. - The transformation matrix. - A transformed size. - - - - Converts a to a by performing a round operation on all the dimensions. - - The size. - The . - - - - Deconstructs this size into two integers. - - The out value for the width. - The out value for the height. - - - - - - - - - - - - - - - - Multiplies by an producing . - - Multiplicand of type . - Multiplier of type . - Product of type . - - - - Multiplies by a producing . - - Multiplicand of type . - Multiplier of type . - Product of type SizeF. - - - - Stores an ordered pair of single precision floating points, which specify a height and width. - - - This struct is fully mutable. This is done (against the guidelines) for the sake of performance, - as it avoids the need to create new values for modification operations. - - - - - Represents a that has Width and Height values set to zero. - - - - - Initializes a new instance of the struct. - - The width of the size. - The height of the size. - - - - Initializes a new instance of the struct. - - The size. - - - - Initializes a new instance of the struct from the given . - - The point. - - - - Gets or sets the width of this . - - - - - Gets or sets the height of this . - - - - - Gets a value indicating whether this is empty. - - - - - Creates a with the coordinates of the specified . - - The point. - - The . - - - - - Creates a with the dimensions of the specified by truncating each of the dimensions. - - The size. - - The . - - - - - Converts the given into a . - - The size. - - - - Computes the sum of adding two sizes. - - The size on the left hand of the operand. - The size on the right hand of the operand. - - The . - - - - - Computes the difference left by subtracting one size from another. - - The size on the left hand of the operand. - The size on the right hand of the operand. - - The . - - - - - Multiplies by a producing . - - Multiplier of type . - Multiplicand of type . - Product of type . - - - - Multiplies by a producing . - - Multiplicand of type . - Multiplier of type . - Product of type . - - - - Divides by a producing . - - Dividend of type . - Divisor of type . - Result of type . - - - - Compares two objects for equality. - - The size on the left hand of the operand. - The size on the right hand of the operand. - - True if the current left is equal to the parameter; otherwise, false. - - - - - Compares two objects for inequality. - - The size on the left hand of the operand. - The size on the right hand of the operand. - - True if the current left is unequal to the parameter; otherwise, false. - - - - - Performs vector addition of two objects. - - The size on the left hand of the operand. - The size on the right hand of the operand. - The . - - - - Contracts a by another . - - The size on the left hand of the operand. - The size on the right hand of the operand. - The . - - - - Transforms a size by the given matrix. - - The source size. - The transformation matrix. - A transformed size. - - - - Deconstructs this size into two floats. - - The out value for the width. - The out value for the height. - - - - - - - - - - - - - - - - Multiplies by a producing . - - Multiplicand of type . - Multiplier of type . - Product of type SizeF. - - - - Represents a value in relation to a value on the image. - - - - - Initializes a new instance of the struct. - - The value. - The type. - - - - Enumerates the different value types. - - - - - The value is the final return value. - - - - - The value is a percentage of the image width. - - - - - The value is a percentage of the images height. - - - - - Gets the value. - - - - - Gets the type. - - - - - Implicitly converts a float into an absolute value. - - the value to use as the absolute figure. - - - - Create a new ValueSize with as a PercentageOfWidth type with value set to percentage. - - The percentage. - a Values size with type PercentageOfWidth - - - - Create a new ValueSize with as a PercentageOfHeight type with value set to percentage. - - The percentage. - a Values size with type PercentageOfHeight - - - - Create a new ValueSize with as a Absolute type with value set to value. - - The value. - a Values size with type Absolute. - - - - Calculates the specified size. - - The size. - The calculated value. - - - - - - - - - - - - - - - - Extensions to perform AdaptiveThreshold through Mutator. - - - - - Applies Bradley Adaptive Threshold to the image. - - The image this method extends. - The . - - - - Applies Bradley Adaptive Threshold to the image. - - The image this method extends. - Threshold limit (0.0-1.0) to consider for binarization. - The . - - - - Applies Bradley Adaptive Threshold to the image. - - The image this method extends. - Upper (white) color for thresholding. - Lower (black) color for thresholding. - The . - - - - Applies Bradley Adaptive Threshold to the image. - - The image this method extends. - Upper (white) color for thresholding. - Lower (black) color for thresholding. - Threshold limit (0.0-1.0) to consider for binarization. - The . - - - - Applies Bradley Adaptive Threshold to the image. - - The image this method extends. - Upper (white) color for thresholding. - Lower (black) color for thresholding. - Rectangle region to apply the processor on. - The . - - - - Applies Bradley Adaptive Threshold to the image. - - The image this method extends. - Upper (white) color for thresholding. - Lower (black) color for thresholding. - Threshold limit (0.0-1.0) to consider for binarization. - Rectangle region to apply the processor on. - The . - - - - A helper class for constructing instances for use in affine transforms. - - - - - Prepends a rotation matrix using the given rotation angle in degrees - and the image center point as rotation center. - - The amount of rotation, in degrees. - The . - - - - Prepends a rotation matrix using the given rotation angle in radians - and the image center point as rotation center. - - The amount of rotation, in radians. - The . - - - - Prepends a rotation matrix using the given rotation in degrees at the given origin. - - The amount of rotation, in degrees. - The rotation origin point. - The . - - - - Prepends a rotation matrix using the given rotation in radians at the given origin. - - The amount of rotation, in radians. - The rotation origin point. - The . - - - - Appends a rotation matrix using the given rotation angle in degrees - and the image center point as rotation center. - - The amount of rotation, in degrees. - The . - - - - Appends a rotation matrix using the given rotation angle in radians - and the image center point as rotation center. - - The amount of rotation, in radians. - The . - - - - Appends a rotation matrix using the given rotation in degrees at the given origin. - - The amount of rotation, in degrees. - The rotation origin point. - The . - - - - Appends a rotation matrix using the given rotation in radians at the given origin. - - The amount of rotation, in radians. - The rotation origin point. - The . - - - - Prepends a scale matrix from the given uniform scale. - - The uniform scale. - The . - - - - Prepends a scale matrix from the given vector scale. - - The horizontal and vertical scale. - The . - - - - Prepends a scale matrix from the given vector scale. - - The horizontal and vertical scale. - The . - - - - Appends a scale matrix from the given uniform scale. - - The uniform scale. - The . - - - - Appends a scale matrix from the given vector scale. - - The horizontal and vertical scale. - The . - - - - Appends a scale matrix from the given vector scale. - - The horizontal and vertical scale. - The . - - - - Prepends a centered skew matrix from the give angles in degrees. - - The X angle, in degrees. - The Y angle, in degrees. - The . - - - - Prepends a centered skew matrix from the give angles in radians. - - The X angle, in radians. - The Y angle, in radians. - The . - - - - Prepends a skew matrix using the given angles in degrees at the given origin. - - The X angle, in degrees. - The Y angle, in degrees. - The skew origin point. - The . - - - - Prepends a skew matrix using the given angles in radians at the given origin. - - The X angle, in radians. - The Y angle, in radians. - The skew origin point. - The . - - - - Appends a centered skew matrix from the give angles in degrees. - - The X angle, in degrees. - The Y angle, in degrees. - The . - - - - Appends a centered skew matrix from the give angles in radians. - - The X angle, in radians. - The Y angle, in radians. - The . - - - - Appends a skew matrix using the given angles in degrees at the given origin. - - The X angle, in degrees. - The Y angle, in degrees. - The skew origin point. - The . - - - - Appends a skew matrix using the given angles in radians at the given origin. - - The X angle, in radians. - The Y angle, in radians. - The skew origin point. - The . - - - - Prepends a translation matrix from the given vector. - - The translation position. - The . - - - - Prepends a translation matrix from the given vector. - - The translation position. - The . - - - - Appends a translation matrix from the given vector. - - The translation position. - The . - - - - Appends a translation matrix from the given vector. - - The translation position. - The . - - - - Prepends a raw matrix. - - The matrix to prepend. - - The resultant matrix is degenerate containing one or more values equivalent - to or a zero determinant and therefore cannot be used - for linear transforms. - - The . - - - - Appends a raw matrix. - - The matrix to append. - - The resultant matrix is degenerate containing one or more values equivalent - to or a zero determinant and therefore cannot be used - for linear transforms. - - The . - - - - Returns the combined matrix for a given source size. - - The source image size. - The . - - - - Returns the combined matrix for a given source rectangle. - - The rectangle in the source image. - - The resultant matrix is degenerate containing one or more values equivalent - to or a zero determinant and therefore cannot be used - for linear transforms. - - The . - - - - Enumerated anchor positions to apply to resized images. - - - - - Anchors the position of the image to the center of it's bounding container. - - - - - Anchors the position of the image to the top of it's bounding container. - - - - - Anchors the position of the image to the bottom of it's bounding container. - - - - - Anchors the position of the image to the left of it's bounding container. - - - - - Anchors the position of the image to the right of it's bounding container. - - - - - Anchors the position of the image to the top left side of it's bounding container. - - - - - Anchors the position of the image to the top right side of it's bounding container. - - - - - Anchors the position of the image to the bottom right side of it's bounding container. - - - - - Anchors the position of the image to the bottom left side of it's bounding container. - - - - - Selects the value to be compared to threshold. - - - - - Compare the color luminance (according to ITU-R Recommendation BT.709). - - - - - Compare the HSL saturation of the color. - - - - - Compare the maximum of YCbCr chroma value, i.e. Cb and Cr distance from achromatic value. - - - - - Enumerates the various types of defined color blindness filters. - - - - - Partial color desensitivity. - - - - - Complete color desensitivity (Monochrome) - - - - - Green weak - - - - - Green blind - - - - - Red weak - - - - - Red blind - - - - - Blue weak - - - - - Blue blind - - - - - Performs processor application operations on the source image - - The pixel format - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The source image. - Whether to mutate the image. - - - - - - - - - - - - - - - - - - - - - - Defines extensions to apply binary dithering on an - using Mutate/Clone. - - - - - Dithers the image reducing it to two colors using ordered dithering. - - The image this method extends. - The ordered ditherer. - The to allow chaining of operations. - - - - Dithers the image reducing it to two colors using ordered dithering. - - The image this method extends. - The ordered ditherer. - The color to use for pixels that are above the threshold. - The color to use for pixels that are below the threshold - The to allow chaining of operations. - - - - Dithers the image reducing it to two colors using ordered dithering. - - The image this method extends. - The ordered ditherer. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Dithers the image reducing it to two colors using ordered dithering. - - The image this method extends. - The ordered ditherer. - The color to use for pixels that are above the threshold. - The color to use for pixels that are below the threshold - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extension methods to apply binary thresholding on an - using Mutate/Clone. - - - - - Applies binarization to the image splitting the pixels at the given threshold with - Luminance as the color component to be compared to threshold. - - The image this method extends. - The threshold to apply binarization of the image. Must be between 0 and 1. - The to allow chaining of operations. - - - - Applies binarization to the image splitting the pixels at the given threshold. - - The image this method extends. - The threshold to apply binarization of the image. Must be between 0 and 1. - Selects the value to be compared to threshold. - The to allow chaining of operations. - - - - Applies binarization to the image splitting the pixels at the given threshold with - Luminance as the color component to be compared to threshold. - - The image this method extends. - The threshold to apply binarization of the image. Must be between 0 and 1. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies binarization to the image splitting the pixels at the given threshold. - - The image this method extends. - The threshold to apply binarization of the image. Must be between 0 and 1. - Selects the value to be compared to threshold. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies binarization to the image splitting the pixels at the given threshold with - Luminance as the color component to be compared to threshold. - - The image this method extends. - The threshold to apply binarization of the image. Must be between 0 and 1. - The color to use for pixels that are above the threshold. - The color to use for pixels that are below the threshold - The to allow chaining of operations. - - - - Applies binarization to the image splitting the pixels at the given threshold. - - The image this method extends. - The threshold to apply binarization of the image. Must be between 0 and 1. - The color to use for pixels that are above the threshold. - The color to use for pixels that are below the threshold - Selects the value to be compared to threshold. - The to allow chaining of operations. - - - - Applies binarization to the image splitting the pixels at the given threshold with - Luminance as the color component to be compared to threshold. - - The image this method extends. - The threshold to apply binarization of the image. Must be between 0 and 1. - The color to use for pixels that are above the threshold. - The color to use for pixels that are below the threshold - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies binarization to the image splitting the pixels at the given threshold. - - The image this method extends. - The threshold to apply binarization of the image. Must be between 0 and 1. - The color to use for pixels that are above the threshold. - The color to use for pixels that are below the threshold - Selects the value to be compared to threshold. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Adds bokeh blurring extensions to the type. - - - - - Applies a bokeh blur to the image. - - The image this method extends. - The to allow chaining of operations. - - - - Applies a bokeh blur to the image. - - The image this method extends. - The 'radius' value representing the size of the area to sample. - The 'components' value representing the number of kernels to use to approximate the bokeh effect. - The gamma highlight factor to use to emphasize bright spots in the source image - The to allow chaining of operations. - - - - Applies a bokeh blur to the image. - - The image this method extends. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies a bokeh blur to the image. - - The image this method extends. - The 'radius' value representing the size of the area to sample. - The 'components' value representing the number of kernels to use to approximate the bokeh effect. - The gamma highlight factor to use to emphasize bright spots in the source image - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions methods to apply box blurring to an - using Mutate/Clone. - - - - - Applies a box blur to the image. - - The image this method extends. - The to allow chaining of operations. - - - - Applies a box blur to the image. - - The image this method extends. - The 'radius' value representing the size of the area to sample. - The to allow chaining of operations. - - - - Applies a box blur to the image. - - The image this method extends. - The 'radius' value representing the size of the area to sample. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines edge detection extensions applicable on an using Mutate/Clone. - - - - - Detects any edges within the image. - Uses the kernel operating in grayscale mode. - - The image this method extends. - The to allow chaining of operations. - - - - Detects any edges within the image. - Uses the kernel operating in grayscale mode. - - The image this method extends. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Detects any edges within the image operating in grayscale mode. - - The image this method extends. - The 2D edge detector kernel. - The to allow chaining of operations. - - - - Detects any edges within the image using a . - - The image this method extends. - The 2D edge detector kernel. - - Whether to convert the image to grayscale before performing edge detection. - - The to allow chaining of operations. - - - - Detects any edges within the image operating in grayscale mode. - - The image this method extends. - The 2D edge detector kernel. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Detects any edges within the image using a . - - The image this method extends. - The 2D edge detector kernel. - - Whether to convert the image to grayscale before performing edge detection. - - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Detects any edges within the image operating in grayscale mode. - - The image this method extends. - The edge detector kernel. - The to allow chaining of operations. - - - - Detects any edges within the image using a . - - The image this method extends. - The edge detector kernel. - - Whether to convert the image to grayscale before performing edge detection. - - The to allow chaining of operations. - - - - Detects any edges within the image operating in grayscale mode. - - The image this method extends. - The edge detector kernel. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Detects any edges within the image using a . - - The image this method extends. - The edge detector kernel. - - Whether to convert the image to grayscale before performing edge detection. - - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Detects any edges within the image operating in grayscale mode. - - The image this method extends. - Thecompass edge detector kernel. - The to allow chaining of operations. - - - - Detects any edges within the image using a . - - The image this method extends. - Thecompass edge detector kernel. - - Whether to convert the image to grayscale before performing edge detection. - - The to allow chaining of operations. - - - - Detects any edges within the image operating in grayscale mode. - - The image this method extends. - Thecompass edge detector kernel. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Detects any edges within the image using a . - - The image this method extends. - Thecompass edge detector kernel. - - Whether to convert the image to grayscale before performing edge detection. - - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines Gaussian blurring extensions to apply on an - using Mutate/Clone. - - - - - Applies a Gaussian blur to the image. - - The image this method extends. - The to allow chaining of operations. - - - - Applies a Gaussian blur to the image. - - The image this method extends. - The 'sigma' value representing the weight of the blur. - The to allow chaining of operations. - - - - Applies a Gaussian blur to the image. - - The image this method extends. - The 'sigma' value representing the weight of the blur. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines Gaussian sharpening extensions to apply on an - using Mutate/Clone. - - - - - Applies a Gaussian sharpening filter to the image. - - The image this method extends. - The to allow chaining of operations. - - - - Applies a Gaussian sharpening filter to the image. - - The image this method extends. - The 'sigma' value representing the weight of the blur. - The to allow chaining of operations. - - - - Applies a Gaussian sharpening filter to the image. - - The image this method extends. - The 'sigma' value representing the weight of the blur. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines dithering extensions to apply on an - using Mutate/Clone. - - - - - Dithers the image reducing it to a web-safe palette using . - - The image this method extends. - The to allow chaining of operations. - - - - Dithers the image reducing it to a web-safe palette using ordered dithering. - - The image this method extends. - The ordered ditherer. - The to allow chaining of operations. - - - - Dithers the image reducing it to a web-safe palette using ordered dithering. - - The image this method extends. - The ordered ditherer. - The dithering scale used to adjust the amount of dither. - The to allow chaining of operations. - - - - Dithers the image reducing it to the given palette using ordered dithering. - - The image this method extends. - The ordered ditherer. - The palette to select substitute colors from. - The to allow chaining of operations. - - - - Dithers the image reducing it to the given palette using ordered dithering. - - The image this method extends. - The ordered ditherer. - The dithering scale used to adjust the amount of dither. - The palette to select substitute colors from. - The to allow chaining of operations. - - - - Dithers the image reducing it to a web-safe palette using . - - The image this method extends. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Dithers the image reducing it to a web-safe palette using ordered dithering. - - The image this method extends. - The ordered ditherer. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Dithers the image reducing it to a web-safe palette using ordered dithering. - - The image this method extends. - The ordered ditherer. - The dithering scale used to adjust the amount of dither. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Dithers the image reducing it to the given palette using ordered dithering. - - The image this method extends. - The ordered ditherer. - The palette to select substitute colors from. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Dithers the image reducing it to the given palette using ordered dithering. - - The image this method extends. - The ordered ditherer. - The dithering scale used to adjust the amount of dither. - The palette to select substitute colors from. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Adds extensions that allow the drawing of images to the type. - - - - - Draws the given image together with the current one by blending their pixels. - - The image this method extends. - The image to blend with the currently processing image. - The opacity of the image to blend. Must be between 0 and 1. - The . - - - - Draws the given image together with the current one by blending their pixels. - - The image this method extends. - The image to blend with the currently processing image. - The blending mode. - The opacity of the image to blend. Must be between 0 and 1. - The . - - - - Draws the given image together with the current one by blending their pixels. - - The image this method extends. - The image to blend with the currently processing image. - The color blending mode. - The alpha composition mode. - The opacity of the image to blend. Must be between 0 and 1. - The . - - - - Draws the given image together with the current one by blending their pixels. - - The image this method extends. - The image to blend with the currently processing image. - The options, including the blending type and blending amount. - The . - - - - Draws the given image together with the current one by blending their pixels. - - The image this method extends. - The image to blend with the currently processing image. - The location to draw the blended image. - The opacity of the image to blend. Must be between 0 and 1. - The . - - - - Draws the given image together with the current one by blending their pixels. - - The image this method extends. - The image to blend with the currently processing image. - The location to draw the blended image. - The color blending to apply. - The opacity of the image to blend. Must be between 0 and 1. - The . - - - - Draws the given image together with the current one by blending their pixels. - - The image this method extends. - The image to blend with the currently processing image. - The location to draw the blended image. - The color blending to apply. - The alpha composition mode. - The opacity of the image to blend. Must be between 0 and 1. - The . - - - - Draws the given image together with the current one by blending their pixels. - - The image this method extends. - The image to blend with the currently processing image. - The location to draw the blended image. - The options containing the blend mode and opacity. - The . - - - - Defines oil painting effect extensions applicable on an - using Mutate/Clone. - - - - - Alters the colors of the image recreating an oil painting effect with levels and brushSize - set to 10 and 15 respectively. - - The image this method extends. - The to allow chaining of operations. - - - - Alters the colors of the image recreating an oil painting effect with levels and brushSize - set to 10 and 15 respectively. - - The image this method extends. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Alters the colors of the image recreating an oil painting effect. - - The image this method extends. - The number of intensity levels. Higher values result in a broader range of color intensities forming part of the result image. - The number of neighboring pixels used in calculating each individual pixel value. - The to allow chaining of operations. - - - - Alters the colors of the image recreating an oil painting effect. - - The image this method extends. - The number of intensity levels. Higher values result in a broader range of color intensities forming part of the result image. - The number of neighboring pixels used in calculating each individual pixel value. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines pixelation effect extensions applicable on an - using Mutate/Clone. - - - - - Pixelates an image with the given pixel size. - - The image this method extends. - The to allow chaining of operations. - - - - Pixelates an image with the given pixel size. - - The image this method extends. - The size of the pixels. - The to allow chaining of operations. - - - - Pixelates an image with the given pixel size. - - The image this method extends. - The size of the pixels. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extension methods that allow the application of user defined processing delegate to an . - - - - - Applies a user defined processing delegate to the image. - - The image this method extends. - The user defined processing delegate to use to modify image rows. - The to allow chaining of operations. - - - - Applies a user defined processing delegate to the image. - - The image this method extends. - The user defined processing delegate to use to modify image rows. - The to apply during the pixel conversions. - The to allow chaining of operations. - - - - Applies a user defined processing delegate to the image. - - The image this method extends. - The user defined processing delegate to use to modify image rows. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies a user defined processing delegate to the image. - - The image this method extends. - The user defined processing delegate to use to modify image rows. - - The structure that specifies the portion of the image object to alter. - - The to apply during the pixel conversions. - The to allow chaining of operations. - - - - Applies a user defined processing delegate to the image. - - The image this method extends. - The user defined processing delegate to use to modify image rows. - The to allow chaining of operations. - - - - Applies a user defined processing delegate to the image. - - The image this method extends. - The user defined processing delegate to use to modify image rows. - The to apply during the pixel conversions. - The to allow chaining of operations. - - - - Applies a user defined processing delegate to the image. - - The image this method extends. - The user defined processing delegate to use to modify image rows. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies a user defined processing delegate to the image. - - The image this method extends. - The user defined processing delegate to use to modify image rows. - - The structure that specifies the portion of the image object to alter. - - The to apply during the pixel conversions. - The to allow chaining of operations. - - - - Defines extension methods that allow the application of black and white toning to an - using Mutate/Clone. - - - - - Applies black and white toning to the image. - - The image this method extends. - The to allow chaining of operations. - - - - Applies black and white toning to the image. - - The image this method extends. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions that allow the alteration of the brightness component of an - using Mutate/Clone. - - - - - Alters the brightness component of the image. - - - A value of 0 will create an image that is completely black. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of an amount over 1 are allowed, providing brighter results. - - The image this method extends. - The proportion of the conversion. Must be greater than or equal to 0. - The to allow chaining of operations. - - - - Alters the brightness component of the image. - - - A value of 0 will create an image that is completely black. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of an amount over 1 are allowed, providing brighter results. - - The image this method extends. - The proportion of the conversion. Must be greater than or equal to 0. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions that simulate the effects of various color blindness disorders on an - using Mutate/Clone. - - - - - Applies the given colorblindness simulator to the image. - - The image this method extends. - The type of color blindness simulator to apply. - The to allow chaining of operations. - - - - Applies the given colorblindness simulator to the image. - - The image this method extends. - The type of color blindness simulator to apply. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions that allow the alteration of the contrast component of an - using Mutate/Clone. - - - - - Alters the contrast component of the image. - - - A value of 0 will create an image that is completely gray. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of an amount over 1 are allowed, providing results with more contrast. - - The image this method extends. - The proportion of the conversion. Must be greater than or equal to 0. - The to allow chaining of operations. - - - - Alters the contrast component of the image. - - - A value of 0 will create an image that is completely gray. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of an amount over 1 are allowed, providing results with more contrast. - - The image this method extends. - The proportion of the conversion. Must be greater than or equal to 0. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions that allow the application of composable filters to an - using Mutate/Clone. - - - - - Filters an image by the given color matrix - - The image this method extends. - The filter color matrix - The to allow chaining of operations. - - - - Filters an image by the given color matrix - - The image this method extends. - The filter color matrix - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions that allow the application of grayscale toning to an - using Mutate/Clone. - - - - - Applies grayscale toning to the image. - - The image this method extends. - The . - - - - Applies grayscale toning to the image using the given amount. - - The image this method extends. - The proportion of the conversion. Must be between 0 and 1. - The . - - - - Applies grayscale toning to the image with the given . - - The image this method extends. - The formula to apply to perform the operation. - The . - - - - Applies grayscale toning to the image with the given using the given amount. - - The image this method extends. - The formula to apply to perform the operation. - The proportion of the conversion. Must be between 0 and 1. - The . - - - - Applies grayscale toning to the image. - - The image this method extends. - - The structure that specifies the portion of the image object to alter. - - The . - - - - Applies grayscale toning to the image using the given amount. - - The image this method extends. - The proportion of the conversion. Must be between 0 and 1. - - The structure that specifies the portion of the image object to alter. - - The . - - - - Applies grayscale toning to the image. - - The image this method extends. - The formula to apply to perform the operation. - - The structure that specifies the portion of the image object to alter. - - The . - - - - Applies grayscale toning to the image using the given amount. - - The image this method extends. - The formula to apply to perform the operation. - The proportion of the conversion. Must be between 0 and 1. - - The structure that specifies the portion of the image object to alter. - - The . - - - - Defines extensions that allow the alteration of the hue component of an - using Mutate/Clone. - - - - - Alters the hue component of the image. - - The image this method extends. - The rotation angle in degrees to adjust the hue. - The to allow chaining of operations. - - - - Alters the hue component of the image. - - The image this method extends. - The rotation angle in degrees to adjust the hue. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions that allow the inversion of colors of an - using Mutate/Clone. - - - - - Inverts the colors of the image. - - The image this method extends. - The to allow chaining of operations. - - - - Inverts the colors of the image. - - The image this method extends. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions that allow the recreation of an old Kodachrome camera effect on an - using Mutate/Clone. - - - - - Alters the colors of the image recreating an old Kodachrome camera effect. - - The image this method extends. - The to allow chaining of operations. - - - - Alters the colors of the image recreating an old Kodachrome camera effect. - - The image this method extends. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions that allow the alteration of the lightness component of an - using Mutate/Clone. - - - - - Alters the lightness component of the image. - - - A value of 0 will create an image that is completely black. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of an amount over 1 are allowed, providing lighter results. - - The image this method extends. - The proportion of the conversion. Must be greater than or equal to 0. - The to allow chaining of operations. - - - - Alters the lightness component of the image. - - - A value of 0 will create an image that is completely black. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of an amount over 1 are allowed, providing lighter results. - - The image this method extends. - The proportion of the conversion. Must be greater than or equal to 0. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions that allow the recreation of an old Lomograph camera effect on an - using Mutate/Clone. - - - - - Alters the colors of the image recreating an old Lomograph camera effect. - - The image this method extends. - The to allow chaining of operations. - - - - Alters the colors of the image recreating an old Lomograph camera effect. - - The image this method extends. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions that allow the alteration of the opacity component of an - using Mutate/Clone. - - - - - Multiplies the alpha component of the image. - - The image this method extends. - The proportion of the conversion. Must be between 0 and 1. - The to allow chaining of operations. - - - - Multiplies the alpha component of the image. - - The image this method extends. - The proportion of the conversion. Must be between 0 and 1. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions that allow the recreation of an old Polaroid camera effect on an - using Mutate/Clone. - - - - - Alters the colors of the image recreating an old Polaroid camera effect. - - The image this method extends. - The to allow chaining of operations. - - - - Alters the colors of the image recreating an old Polaroid camera effect. - - The image this method extends. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions that allow the alteration of the saturation component of an - using Mutate/Clone. - - - - - Alters the saturation component of the image. - - - A value of 0 is completely un-saturated. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of amount over 1 are allowed, providing super-saturated results - - The image this method extends. - The proportion of the conversion. Must be greater than or equal to 0. - The to allow chaining of operations. - - - - Alters the saturation component of the image. - - - A value of 0 is completely un-saturated. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of amount over 1 are allowed, providing super-saturated results - - The image this method extends. - The proportion of the conversion. Must be greater than or equal to 0. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions that allow the application of sepia toning on an - using Mutate/Clone. - - - - - Applies sepia toning to the image. - - The image this method extends. - The to allow chaining of operations. - - - - Applies sepia toning to the image using the given amount. - - The image this method extends. - The proportion of the conversion. Must be between 0 and 1. - The to allow chaining of operations. - - - - Applies sepia toning to the image. - - The image this method extends. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies sepia toning to the image. - - The image this method extends. - The proportion of the conversion. Must be between 0 and 1. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extension that allow the adjustment of the contrast of an image via its histogram. - - - - - Equalizes the histogram of an image to increases the contrast. - - The image this method extends. - The to allow chaining of operations. - - - - Equalizes the histogram of an image to increases the contrast. - - The image this method extends. - The histogram equalization options to use. - The to allow chaining of operations. - - - - Defines extension methods to replace the background color of an - using Mutate/Clone. - - - - - Replaces the background color of image with the given one. - - The image this method extends. - The color to set as the background. - The to allow chaining of operations. - - - - Replaces the background color of image with the given one. - - The image this method extends. - The color to set as the background. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Replaces the background color of image with the given one. - - The image this method extends. - The options effecting pixel blending. - The color to set as the background. - The to allow chaining of operations. - - - - Replaces the background color of image with the given one. - - The image this method extends. - The options effecting pixel blending. - The color to set as the background. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions that allow the application of a radial glow on an - using Mutate/Clone. - - - - - Applies a radial glow effect to an image. - - The image this method extends. - The to allow chaining of operations. - - - - Applies a radial glow effect to an image. - - The image this method extends. - The color to set as the glow. - The to allow chaining of operations. - - - - Applies a radial glow effect to an image. - - The image this method extends. - The the radius. - The to allow chaining of operations. - - - - Applies a radial glow effect to an image. - - The image this method extends. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies a radial glow effect to an image. - - The image this method extends. - The color to set as the glow. - The the radius. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies a radial glow effect to an image. - - The image this method extends. - The options effecting things like blending. - The to allow chaining of operations. - - - - Applies a radial glow effect to an image. - - The image this method extends. - The options effecting things like blending. - The color to set as the glow. - The to allow chaining of operations. - - - - Applies a radial glow effect to an image. - - The image this method extends. - The options effecting things like blending. - The the radius. - The to allow chaining of operations. - - - - Applies a radial glow effect to an image. - - The image this method extends. - The options effecting things like blending. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies a radial glow effect to an image. - - The image this method extends. - The options effecting things like blending. - The color to set as the glow. - The the radius. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies a radial glow effect to an image. - - The image this method extends. - The options effecting things like blending. - The color to set as the glow. - The the radius. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies a radial glow effect to an image. - - The image this method extends. - The options effecting things like blending. - The color to set as the glow. - The the radius. - The to allow chaining of operations. - - - - Defines extensions that allow the application of a radial glow to an - using Mutate/Clone. - - - - - Applies a radial vignette effect to an image. - - The image this method extends. - The to allow chaining of operations. - - - - Applies a radial vignette effect to an image. - - The image this method extends. - The color to set as the vignette. - The to allow chaining of operations. - - - - Applies a radial vignette effect to an image. - - The image this method extends. - The the x-radius. - The the y-radius. - The to allow chaining of operations. - - - - Applies a radial vignette effect to an image. - - The image this method extends. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies a radial vignette effect to an image. - - The image this method extends. - The color to set as the vignette. - The the x-radius. - The the y-radius. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies a radial vignette effect to an image. - - The image this method extends. - The options effecting pixel blending. - The to allow chaining of operations. - - - - Applies a radial vignette effect to an image. - - The image this method extends. - The options effecting pixel blending. - The color to set as the vignette. - The to allow chaining of operations. - - - - Applies a radial vignette effect to an image. - - The image this method extends. - The options effecting pixel blending. - The the x-radius. - The the y-radius. - The to allow chaining of operations. - - - - Applies a radial vignette effect to an image. - - The image this method extends. - The options effecting pixel blending. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies a radial vignette effect to an image. - - The image this method extends. - The options effecting pixel blending. - The color to set as the vignette. - The the x-radius. - The the y-radius. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Adds extensions that allow the processing of images to the type. - - - - - Mutates the source image by applying the image operation to it. - - The image to mutate. - The operation to perform on the source. - The source is null. - The operation is null. - The source has been disposed. - The processing operation failed. - - - - Mutates the source image by applying the image operation to it. - - The image to mutate. - The configuration which allows altering default behaviour or extending the library. - The operation to perform on the source. - The configuration is null. - The source is null. - The operation is null. - The source has been disposed. - The processing operation failed. - - - - Mutates the source image by applying the image operation to it. - - The pixel format. - The image to mutate. - The operation to perform on the source. - The source is null. - The operation is null. - The source has been disposed. - The processing operation failed. - - - - Mutates the source image by applying the image operation to it. - - The pixel format. - The image to mutate. - The configuration which allows altering default behaviour or extending the library. - The operation to perform on the source. - The configuration is null. - The source is null. - The operation is null. - The source has been disposed. - The processing operation failed. - - - - Mutates the source image by applying the operations to it. - - The pixel format. - The image to mutate. - The operations to perform on the source. - The source is null. - The operations are null. - The source has been disposed. - The processing operation failed. - - - - Mutates the source image by applying the operations to it. - - The pixel format. - The image to mutate. - The configuration which allows altering default behaviour or extending the library. - The operations to perform on the source. - The configuration is null. - The source is null. - The operations are null. - The source has been disposed. - The processing operation failed. - - - - Creates a deep clone of the current image. The clone is then mutated by the given operation. - - The image to clone. - The operation to perform on the clone. - The new . - The source is null. - The operation is null. - The source has been disposed. - The processing operation failed. - - - - Creates a deep clone of the current image. The clone is then mutated by the given operation. - - The image to clone. - The configuration which allows altering default behaviour or extending the library. - The operation to perform on the clone. - The configuration is null. - The source is null. - The operation is null. - The source has been disposed. - The processing operation failed. - The new . - - - - Creates a deep clone of the current image. The clone is then mutated by the given operation. - - The pixel format. - The image to clone. - The operation to perform on the clone. - The source is null. - The operation is null. - The source has been disposed. - The processing operation failed. - The new . - - - - Creates a deep clone of the current image. The clone is then mutated by the given operation. - - The pixel format. - The image to clone. - The configuration which allows altering default behaviour or extending the library. - The operation to perform on the clone. - The configuration is null. - The source is null. - The operation is null. - The source has been disposed. - The processing operation failed. - The new - - - - Creates a deep clone of the current image. The clone is then mutated by the given operations. - - The pixel format. - The image to clone. - The operations to perform on the clone. - The source is null. - The operations are null. - The source has been disposed. - The processing operation failed. - The new - - - - Creates a deep clone of the current image. The clone is then mutated by the given operations. - - The pixel format. - The image to clone. - The configuration which allows altering default behaviour or extending the library. - The operations to perform on the clone. - The configuration is null. - The source is null. - The operations are null. - The source has been disposed. - The processing operation failed. - The new - - - - Applies the given collection against the context - - The image processing context. - The operations to perform on the source. - The processing operation failed. - The to allow chaining of operations. - - - - Defines extensions that allow the application of quantizing algorithms on an - using Mutate/Clone. - - - - - Applies quantization to the image using the . - - The image this method extends. - The to allow chaining of operations. - - - - Applies quantization to the image. - - The image this method extends. - The quantizer to apply to perform the operation. - The to allow chaining of operations. - - - - Applies quantization to the image using the . - - The image this method extends. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Applies quantization to the image. - - The image this method extends. - The quantizer to apply to perform the operation. - - The structure that specifies the portion of the image object to alter. - - The to allow chaining of operations. - - - - Defines extensions that allow the application of auto-orientation operations to an - using Mutate/Clone. - - - - - Adjusts an image so that its orientation is suitable for viewing. Adjustments are based on EXIF metadata embedded in the image. - - The image to auto rotate. - The to allow chaining of operations. - - - - Defines extensions that allow the application of cropping operations on an - using Mutate/Clone. - - - - - Crops an image to the given width and height. - - The image to resize. - The target image width. - The target image height. - The to allow chaining of operations. - - - - Crops an image to the given rectangle. - - The image to crop. - - The structure that specifies the portion of the image object to retain. - - The to allow chaining of operations. - - - - Defines extensions that allow the application of entropy cropping operations on an - using Mutate/Clone. - - - - - Crops an image to the area of greatest entropy using a threshold for entropic density of .5F. - - The image to crop. - The to allow chaining of operations. - - - - Crops an image to the area of greatest entropy. - - The image to crop. - The threshold for entropic density. - The to allow chaining of operations. - - - - Defines extensions that allow the application of flipping operations on an - using Mutate/Clone. - - - - - Flips an image by the given instructions. - - The image to rotate, flip, or both. - The to perform the flip. - The to allow chaining of operations. - - - - Defines extensions that allow the application of padding operations on an - using Mutate/Clone. - - - - - Evenly pads an image to fit the new dimensions. - - The source image to pad. - The new width. - The new height. - The to allow chaining of operations. - - - - Evenly pads an image to fit the new dimensions with the given background color. - - The source image to pad. - The new width. - The new height. - The background color with which to pad the image. - The to allow chaining of operations. - - - - Defines extensions that allow the application of resize operations on an - using Mutate/Clone. - - - - - Resizes an image to the given . - - The image to resize. - The target image size. - The to allow chaining of operations. - Passing zero for one of height or width will automatically preserve the aspect ratio of the original image or the nearest possible ratio. - - - - Resizes an image to the given . - - The image to resize. - The target image size. - Whether to compress and expand the image color-space to gamma correct the image during processing. - The to allow chaining of operations. - Passing zero for one of height or width will automatically preserve the aspect ratio of the original image or the nearest possible ratio. - - - - Resizes an image to the given width and height. - - The image to resize. - The target image width. - The target image height. - The to allow chaining of operations. - Passing zero for one of height or width will automatically preserve the aspect ratio of the original image or the nearest possible ratio. - - - - Resizes an image to the given width and height. - - The image to resize. - The target image width. - The target image height. - Whether to compress and expand the image color-space to gamma correct the image during processing. - The to allow chaining of operations. - Passing zero for one of height or width will automatically preserve the aspect ratio of the original image or the nearest possible ratio. - - - - Resizes an image to the given width and height with the given sampler. - - The image to resize. - The target image width. - The target image height. - The to perform the resampling. - The to allow chaining of operations. - Passing zero for one of height or width will automatically preserve the aspect ratio of the original image or the nearest possible ratio. - - - - Resizes an image to the given width and height with the given sampler. - - The image to resize. - The target image size. - The to perform the resampling. - Whether to compress and expand the image color-space to gamma correct the image during processing. - The to allow chaining of operations. - Passing zero for one of height or width will automatically preserve the aspect ratio of the original image or the nearest possible ratio. - - - - Resizes an image to the given width and height with the given sampler. - - The image to resize. - The target image width. - The target image height. - The to perform the resampling. - Whether to compress and expand the image color-space to gamma correct the image during processing. - The to allow chaining of operations. - Passing zero for one of height or width will automatically preserve the aspect ratio of the original image or the nearest possible ratio. - - - - Resizes an image to the given width and height with the given sampler and - source rectangle. - - The image to resize. - The target image width. - The target image height. - The to perform the resampling. - - The structure that specifies the portion of the image object to draw. - - - The structure that specifies the portion of the target image object to draw to. - - Whether to compress and expand the image color-space to gamma correct the image during processing. - The to allow chaining of operations. - Passing zero for one of height or width will automatically preserve the aspect ratio of the original image or the nearest possible ratio. - - - - Resizes an image to the given width and height with the given sampler and source rectangle. - - The image to resize. - The target image width. - The target image height. - The to perform the resampling. - - The structure that specifies the portion of the target image object to draw to. - - Whether to compress and expand the image color-space to gamma correct the image during processing. - The to allow chaining of operations. - Passing zero for one of height or width will automatically preserve the aspect ratio of the original image or the nearest possible ratio. - - - - Resizes an image in accordance with the given . - - The image to resize. - The resize options. - The to allow chaining of operations. - Passing zero for one of height or width within the resize options will automatically preserve the aspect ratio of the original image or the nearest possible ratio. - - - - Defines extensions that allow the application of rotate operations on an - using Mutate/Clone. - - - - - Rotates and flips an image by the given instructions. - - The image to rotate. - The to perform the rotation. - The to allow chaining of operations. - - - - Rotates an image by the given angle in degrees. - - The image to rotate. - The angle in degrees to perform the rotation. - The to allow chaining of operations. - - - - Rotates an image by the given angle in degrees using the specified sampling algorithm. - - The image to rotate. - The angle in degrees to perform the rotation. - The to perform the resampling. - The to allow chaining of operations. - - - - Defines extensions that allow the application of rotate-flip operations on an - using Mutate/Clone. - - - - - Rotates and flips an image by the given instructions. - - The image to rotate, flip, or both. - The to perform the rotation. - The to perform the flip. - The to allow chaining of operations. - - - - Defines extensions that allow the application of skew operations on an - using Mutate/Clone. - - - - - Skews an image by the given angles in degrees. - - The image to skew. - The angle in degrees to perform the skew along the x-axis. - The angle in degrees to perform the skew along the y-axis. - The to allow chaining of operations. - - - - Skews an image by the given angles in degrees using the specified sampling algorithm. - - The image to skew. - The angle in degrees to perform the skew along the x-axis. - The angle in degrees to perform the skew along the y-axis. - The to perform the resampling. - The to allow chaining of operations. - - - - Defines extensions that allow the application of swizzle operations on an - - - - - Swizzles an image. - - The image to swizzle. - The swizzler function. - The swizzler function type. - The to allow chaining of operations. - - - - Defines extensions that allow the application of composable transform operations on an - using Mutate/Clone. - - - - - Performs an affine transform of an image. - - The image to transform. - The affine transform builder. - The - - - - Performs an affine transform of an image using the specified sampling algorithm. - - The . - The affine transform builder. - The to perform the resampling. - The to allow chaining of operations. - - - - Performs an affine transform of an image using the specified sampling algorithm. - - The . - The source rectangle - The affine transform builder. - The to perform the resampling. - The to allow chaining of operations. - - - - Performs an affine transform of an image using the specified sampling algorithm. - - The . - The source rectangle - The transformation matrix. - The size of the result image. - The to perform the resampling. - The to allow chaining of operations. - - - - Performs a projective transform of an image. - - The image to transform. - The affine transform builder. - The to allow chaining of operations. - - - - Performs a projective transform of an image using the specified sampling algorithm. - - The . - The projective transform builder. - The to perform the resampling. - The to allow chaining of operations. - - - - Performs a projective transform of an image using the specified sampling algorithm. - - The . - The source rectangle - The projective transform builder. - The to perform the resampling. - The to allow chaining of operations. - - - - Performs a projective transform of an image using the specified sampling algorithm. - - The . - The source rectangle - The transformation matrix. - The size of the result image. - The to perform the resampling. - The to allow chaining of operations. - - - - Provides enumeration over how a image should be flipped. - - - - - Don't flip the image. - - - - - Flip the image horizontally. - - - - - Flip the image vertically. - - - - - Enumerates the various types of defined grayscale filters. - - - - - ITU-R Recommendation BT.709 - - - - - ITU-R Recommendation BT.601 - - - - - A pixel-agnostic interface to queue up image operations to apply to an image. - - - - - Gets the configuration which allows altering default behaviour or extending the library. - - - - - Gets a set of properties for the Image Processing Context. - - This can be used for storing global settings and defaults to be accessable to processors. - - - - Gets the image dimensions at the current point in the processing pipeline. - - The . - - - - Adds the processor to the current set of image operations to be applied. - - The processor to apply. - The area to apply it to. - The current operations class to allow chaining of operations. - - - - Adds the processor to the current set of image operations to be applied. - - The processor to apply. - The current operations class to allow chaining of operations. - - - - Represents an interface that will create IInternalImageProcessingContext instances - - - - - Called during mutate operations to generate the image operations provider. - - The pixel format - The configuration which allows altering default behaviour or extending the library. - The source image. - A flag to determine whether image operations are allowed to mutate the source image. - A new - - - - The default implementation of - - - - - - - - An interface for internal operations we don't want to expose on . - - The pixel type. - - - - Returns the result image to return by - (and other overloads). - - The current image or a new image depending on whether it is requested to mutate the source image. - - - - Contains reusable static instances of known dithering algorithms. - - - - - Gets the order ditherer using the 2x2 Bayer dithering matrix - - - - - Gets the order ditherer using the 3x3 dithering matrix - - - - - Gets the order ditherer using the 4x4 Bayer dithering matrix - - - - - Gets the order ditherer using the 8x8 Bayer dithering matrix - - - - - Gets the error Dither that implements the Atkinson algorithm. - - - - - Gets the error Dither that implements the Burks algorithm. - - - - - Gets the error Dither that implements the Floyd-Steinberg algorithm. - - - - - Gets the error Dither that implements the Jarvis-Judice-Ninke algorithm. - - - - - Gets the error Dither that implements the Sierra-2 algorithm. - - - - - Gets the error Dither that implements the Sierra-3 algorithm. - - - - - Gets the error Dither that implements the Sierra-Lite algorithm. - - - - - Gets the error Dither that implements the Stevenson-Arce algorithm. - - - - - Gets the error Dither that implements the Stucki algorithm. - - - - - Contains reusable static instances of known edge detection kernels. - - - - - Gets the Kayyali edge detector kernel. - - - - - Gets the Kirsch edge detector kernel. - - - - - Gets the Laplacian 3x3 edge detector kernel. - - - - - Gets the Laplacian 5x5 edge detector kernel. - - - - - Gets the Laplacian of Gaussian edge detector kernel. - - - - - Gets the Prewitt edge detector kernel. - - - - - Gets the Roberts-Cross edge detector kernel. - - - - - Gets the Robinson edge detector kernel. - - - - - Gets the Scharr edge detector kernel. - - - - - Gets the Sobel edge detector kernel. - - - - - A collection of known values for composing filters - - - - - Gets a filter recreating Achromatomaly (Color desensitivity) color blindness - - - - - Gets a filter recreating Achromatopsia (Monochrome) color blindness. - - - - - Gets a filter recreating Deuteranomaly (Green-Weak) color blindness. - - - - - Gets a filter recreating Deuteranopia (Green-Blind) color blindness. - - - - - Gets a filter recreating Protanomaly (Red-Weak) color blindness. - - - - - Gets a filter recreating Protanopia (Red-Blind) color blindness. - - - - - Gets a filter recreating Tritanomaly (Blue-Weak) color blindness. - - - - - Gets a filter recreating Tritanopia (Blue-Blind) color blindness. - - - - - Gets an approximated black and white filter - - - - - Gets a filter recreating an old Kodachrome camera effect. - - - - - Gets a filter recreating an old Lomograph camera effect. - - - - - Gets a filter recreating an old Polaroid camera effect. - - - - - Create a brightness filter matrix using the given amount. - - - A value of 0 will create an image that is completely black. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of an amount over 1 are allowed, providing brighter results. - - The proportion of the conversion. Must be greater than or equal to 0. - The - - - - Create a contrast filter matrix using the given amount. - - - A value of 0 will create an image that is completely gray. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of an amount over 1 are allowed, providing results with more contrast. - - The proportion of the conversion. Must be greater than or equal to 0. - The - - - - Create a grayscale filter matrix using the given amount using the formula as specified by ITU-R Recommendation BT.601. - - - The proportion of the conversion. Must be between 0 and 1. - The - - - - Create a grayscale filter matrix using the given amount using the formula as specified by ITU-R Recommendation BT.709. - - - The proportion of the conversion. Must be between 0 and 1. - The - - - - Create a hue filter matrix using the given angle in degrees. - - The angle of rotation in degrees. - The - - - - Create an invert filter matrix using the given amount. - - The proportion of the conversion. Must be between 0 and 1. - The - - - - Create an opacity filter matrix using the given amount. - - The proportion of the conversion. Must be between 0 and 1. - The - - - - Create a saturation filter matrix using the given amount. - - - A value of 0 is completely un-saturated. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of amount over 1 are allowed, providing super-saturated results - - The proportion of the conversion. Must be greater than or equal to 0. - The - - - - Create a lightness filter matrix using the given amount. - - - A value of 0 will create an image that is completely black. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of an amount over 1 are allowed, providing lighter results. - - The proportion of the conversion. Must be greater than or equal to 0. - The - - - - Create a sepia filter matrix using the given amount. - The formula used matches the svg specification. - - The proportion of the conversion. Must be between 0 and 1. - The - - - - Contains reusable static instances of known quantizing algorithms - - - - - Gets the adaptive Octree quantizer. Fast with good quality. - - - - - Gets the Xiaolin Wu's Color Quantizer which generates high quality output. - - - - - Gets the palette based quantizer consisting of web safe colors as defined in the CSS Color Module Level 4. - - - - - Gets the palette based quantizer consisting of colors as defined in the original second edition of Werner’s Nomenclature of Colours 1821. - The hex codes were collected and defined by Nicholas Rougeux - - - - - Contains reusable static instances of known resampling algorithms - - - - - Gets the Bicubic sampler that implements the bicubic kernel algorithm W(x) - - - - - Gets the Box sampler that implements the box algorithm. Similar to nearest neighbor when upscaling. - When downscaling the pixels will average, merging pixels together. - - - - - Gets the Catmull-Rom sampler, a well known standard Cubic Filter often used as a interpolation function - - - - - Gets the Hermite sampler. A type of smoothed triangular interpolation filter that rounds off strong edges while - preserving flat 'color levels' in the original image. - - - - - Gets the Lanczos kernel sampler that implements smooth interpolation with a radius of 2 pixels. - This algorithm provides sharpened results when compared to others when downsampling. - - - - - Gets the Lanczos kernel sampler that implements smooth interpolation with a radius of 3 pixels - This algorithm provides sharpened results when compared to others when downsampling. - - - - - Gets the Lanczos kernel sampler that implements smooth interpolation with a radius of 5 pixels - This algorithm provides sharpened results when compared to others when downsampling. - - - - - Gets the Lanczos kernel sampler that implements smooth interpolation with a radius of 8 pixels - This algorithm provides sharpened results when compared to others when downsampling. - - - - - Gets the Mitchell-Netravali sampler. This seperable cubic algorithm yields a very good equilibrium between - detail preservation (sharpness) and smoothness. - - - - - Gets the Nearest-Neighbour sampler that implements the nearest neighbor algorithm. This uses a very fast, unscaled filter - which will select the closest pixel to the new pixels position. - - - - - Gets the Robidoux sampler. This algorithm developed by Nicolas Robidoux providing a very good equilibrium between - detail preservation (sharpness) and smoothness comparable to . - - - - - Gets the Robidoux Sharp sampler. A sharpened form of the sampler - - - - - Gets the Spline sampler. A separable cubic algorithm similar to but yielding smoother results. - - - - - Gets the Triangle sampler, otherwise known as Bilinear. This interpolation algorithm can be used where perfect image transformation - with pixel matching is impossible, so that one can calculate and assign appropriate intensity values to pixels - - - - - Gets the Welch sampler. A high speed algorithm that delivers very sharpened results. - - - - - Enumerates the available orientation values supplied by EXIF metadata. - - - - - Unknown rotation. - - - - - The 0th row at the top, the 0th column on the left. - - - - - The 0th row at the top, the 0th column on the right. - - - - - The 0th row at the bottom, the 0th column on the right. - - - - - The 0th row at the bottom, the 0th column on the left. - - - - - The 0th row on the left, the 0th column at the top. - - - - - The 0th row at the right, the 0th column at the top. - - - - - The 0th row on the right, the 0th column at the bottom. - - - - - The 0th row on the left, the 0th column at the bottom. - - - - - A representing a user defined processing delegate to use to modify image rows. - - The target row of pixels to process. - The , , , and fields map the RGBA channels respectively. - - - - A representing a user defined processing delegate to use to modify image rows. - - - The type of the parameter of the method that this delegate encapsulates. - This type parameter is contravariant.That is, you can use either the type you specified or any type that is less derived. - - The target row of pixels to process. - The parameter of the method that this delegate encapsulates. - The , , , and fields map the RGBA channels respectively. - - - - Performs Bradley Adaptive Threshold filter against an image. - - - Implements "Adaptive Thresholding Using the Integral Image", - see paper: http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.420.7883&rep=rep1&type=pdf - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - Threshold limit. - - - - Initializes a new instance of the class. - - Color for upper threshold. - Color for lower threshold. - - - - Initializes a new instance of the class. - - Color for upper threshold. - Color for lower threshold. - Threshold limit. - - - - Gets or sets upper color limit for thresholding. - - - - - Gets or sets lower color limit for threshold. - - - - - Gets or sets the value for threshold limit. - - - - - - - - Performs Bradley Adaptive Threshold filter against an image. - - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - - - - Performs simple binary threshold filtering against an image. - - - - - Initializes a new instance of the class. - - The threshold to split the image. Must be between 0 and 1. - The color component to be compared to threshold. - - - - Initializes a new instance of the class with - Luminance as color component to be compared to threshold. - - The threshold to split the image. Must be between 0 and 1. - - - - Initializes a new instance of the class. - - The threshold to split the image. Must be between 0 and 1. - The color to use for pixels that are above the threshold. - The color to use for pixels that are below the threshold. - The color component to be compared to threshold. - - - - Initializes a new instance of the class with - Luminance as color component to be compared to threshold. - - The threshold to split the image. Must be between 0 and 1. - The color to use for pixels that are above the threshold. - The color to use for pixels that are below the threshold. - - - - Gets the threshold value. - - - - - Gets the color to use for pixels that are above the threshold. - - - - - Gets the color to use for pixels that fall below the threshold. - - - - - Gets the defining the value to be compared to threshold. - - - - - - - - Performs simple binary threshold filtering against an image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - A implementing the clone logic for . - - - - - - - - The base class for all cloning image processors. - - - - - - - - - - - The base class for all pixel specific cloning image processors. - Allows the application of processing algorithms to the image. - The image is cloned before operating upon and the buffers swapped upon completion. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - Gets The source for the current processor instance. - - - - - Gets The source area to process for the current processor instance. - - - - - Gets the instance to use when performing operations. - - - - - - - - - - - - - - Gets the size of the destination image. - - The . - - - - This method is called before the process is applied to prepare the processor. - - The cloned/destination image. Cannot be null. - - - - This method is called before the process is applied to prepare the processor. - - The source image. Cannot be null. - The cloned/destination image. Cannot be null. - - - - Applies the process to the specified portion of the specified at the specified location - and with the specified size. - - The source image. Cannot be null. - The cloned/destination image. Cannot be null. - - - - This method is called after the process is applied to prepare the processor. - - The source image. Cannot be null. - The cloned/destination image. Cannot be null. - - - - This method is called after the process is applied to prepare the processor. - - The cloned/destination image. Cannot be null. - - - - Disposes the object and frees resources for the Garbage Collector. - - Whether to dispose managed and unmanaged objects. - - - - Applies bokeh blur processing to the image. - - - - - The default radius used by the parameterless constructor. - - - - - The default component count used by the parameterless constructor. - - - - - The default gamma used by the parameterless constructor. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - - The 'radius' value representing the size of the area to sample. - - - The number of components to use to approximate the original 2D bokeh blur convolution kernel. - - - The gamma highlight factor to use to further process the image. - - - - - Gets the radius. - - - - - Gets the number of components. - - - - - Gets the gamma highlight factor to use when applying the effect. - - - - - - - - A implementing the horizontal convolution logic for . - - - This type is located in the non-generic class and not in , where - it is actually used, because it does not use any generic parameters internally. Defining in a non-generic class means that there will only - ever be a single instantiation of this type for the JIT/AOT compilers to process, instead of having duplicate versions for each pixel type. - - - - - - - - Applies bokeh blur processing to the image. - - The pixel format. - This processor is based on the code from Mike Pound, see github.com/mikepound/convolve. - - - - The gamma highlight factor to use when applying the effect - - - - - The size of each complex convolution kernel. - - - - - The kernel parameters to use for the current instance (a: X, b: Y, A: Z, B: W) - - - - - The kernel components for the current instance - - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - Gets the complex kernels to use to apply the blur for the current instance - - - - - Gets the kernel parameters used to compute the pixel values from each complex pixel - - - - - - - - Computes and aggregates the convolution for each complex kernel component in the processor. - - The source image. Cannot be null. - The structure that specifies the portion of the image object to draw. - The configuration. - The buffer with the raw pixel data to use to aggregate the results of each convolution. - - - - A implementing the vertical convolution logic for . - - - - - - - - A implementing the gamma exposure logic for . - - - - - - - - A implementing the 3F gamma exposure logic for . - - - - - - - - A implementing the inverse gamma exposure logic for . - - - - - - - - A implementing the inverse 3F gamma exposure logic for . - - - - - - - - Defines a box blur processor of a given radius. - - - - - The default radius used by the parameterless constructor. - - - - - Initializes a new instance of the class. - - - The 'radius' value representing the size of the area to sample. - - - - - Initializes a new instance of the class. - - - - - Gets the Radius. - - - - - - - - Applies box blur processing to the image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - Gets the 1D convolution kernel. - - - - - - - - Create a 1 dimensional Box kernel. - - The maximum size of the kernel in either direction. - The . - - - - Defines a processor that uses two one-dimensional matrices to perform convolution against an image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The horizontal gradient operator. - The vertical gradient operator. - Whether the convolution filter is applied to alpha as well as the color channels. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - Gets the horizontal convolution kernel. - - - - - Gets the vertical convolution kernel. - - - - - Gets a value indicating whether the convolution filter is applied to alpha as well as the color channels. - - - - - - - - A implementing the logic for 2D convolution. - - - - - - - - A stack only struct used for reducing reference indirection during 2D convolution operations. - - - - - Defines a processor that uses two one-dimensional matrices to perform two-pass convolution against an image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The 1D convolution kernel. - Whether the convolution filter is applied to alpha as well as the color channels. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - Gets the convolution kernel. - - - - - Gets a value indicating whether the convolution filter is applied to alpha as well as the color channels. - - - - - - - - A implementing the logic for the horizontal 1D convolution. - - - - - - - - A implementing the logic for the vertical 1D convolution. - - - - - - - - Kernel radius is calculated using the minimum viable value. - See . - - - - - Create a 1 dimensional Gaussian kernel using the Gaussian G(x) function. - - The convolution kernel. - - - - Create a 1 dimensional Gaussian kernel using the Gaussian G(x) function - - The convolution kernel. - - - - Defines a processor that uses a 2 dimensional matrix to perform convolution against an image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The 2d gradient operator. - Whether the convolution filter is applied to alpha as well as the color channels. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - Gets the 2d convolution kernel. - - - - - Gets a value indicating whether the convolution filter is applied to alpha as well as the color channels. - - - - - - - - A implementing the convolution logic for . - - - - - - - - A stack only struct used for reducing reference indirection during convolution operations. - - - - - Defines edge detection using the two 1D gradient operators. - - - - - Initializes a new instance of the class. - - The 2D edge detector kernel. - - Whether to convert the image to grayscale before performing edge detection. - - - - - Gets the 2D edge detector kernel. - - - - - Gets a value indicating whether to convert the image to grayscale before performing - edge detection. - - - - - - - - Defines a processor that detects edges within an image using two one-dimensional matrices. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - - - - Defines edge detection using eight gradient operators. - - - - - Initializes a new instance of the class. - - The edge detector kernel. - - Whether to convert the image to grayscale before performing edge detection. - - - - - Gets the edge detector kernel. - - - - - Gets a value indicating whether to convert the image to grayscale before performing - edge detection. - - - - - - - - Defines a processor that detects edges within an image using a eight two dimensional matrices. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - - - - A implementing the convolution logic for . - - - - - - - - Defines edge detection using a single 2D gradient operator. - - - - - Initializes a new instance of the class. - - The edge detector kernel. - - Whether to convert the image to grayscale before performing edge detection. - - - - - Gets the edge detector kernel. - - - - - Gets a value indicating whether to convert the image to grayscale before performing - edge detection. - - - - - - - - Defines a processor that detects edges within an image using a single two dimensional matrix. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The target area to process for the current processor instance. - - - - - - - - - - Defines Gaussian blur by a (Sigma, Radius) pair. - - - - - The default value for . - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The 'sigma' value representing the weight of the blur. - - - - Initializes a new instance of the class. - - - The 'radius' value representing the size of the area to sample. - - - - - Initializes a new instance of the class. - - - The 'sigma' value representing the weight of the blur. - - - The 'radius' value representing the size of the area to sample. - This should be at least twice the sigma value. - - - - - Gets the sigma value representing the weight of the blur - - - - - Gets the radius defining the size of the area to sample. - - - - - - - - Applies Gaussian blur processing to an image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - Gets the 1D convolution kernel. - - - - - - - - Defines Gaussian sharpening by a (Sigma, Radius) pair. - - - - - The default value for . - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The 'sigma' value representing the weight of the blur. - - - - Initializes a new instance of the class. - - - The 'radius' value representing the size of the area to sample. - - - - - Initializes a new instance of the class. - - - The 'sigma' value representing the weight of the blur. - - - The 'radius' value representing the size of the area to sample. - This should be at least twice the sigma value. - - - - - Gets the sigma value representing the weight of the blur - - - - - Gets the radius defining the size of the area to sample. - - - - - - - - Applies Gaussian sharpening processing to the image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - Gets the 1D convolution kernel. - - - - - - - - Provides a map of the convolution kernel sampling offsets. - - - - - Initializes a new instance of the class. - - The memory allocator. - - - - Builds a map of the sampling offsets for the kernel clamped by the given bounds. - - The convolution kernel. - The source bounds. - - - - Builds a map of the sampling offsets for the kernel clamped by the given bounds. - - The height (number of rows) of the convolution kernel to use. - The width (number of columns) of the convolution kernel to use. - The source bounds. - - - - - - - Represents an edge detection convolution kernel consisting of two 1D gradient operators. - - - - - An edge detection kernel containing two Kayyali operators. - - - - - An edge detection kernel containing two Prewitt operators. - . - - - - - An edge detection kernel containing two Roberts-Cross operators. - . - - - - - An edge detection kernel containing two Scharr operators. - - - - - An edge detection kernel containing two Sobel operators. - . - - - - - Initializes a new instance of the struct. - - The horizontal gradient operator. - The vertical gradient operator. - - - - Gets the horizontal gradient operator. - - - - - Gets the vertical gradient operator. - - - - - Checks whether two structures are equal. - - The left hand operand. - The right hand operand. - - True if the parameter is equal to the parameter; - otherwise, false. - - - - - Checks whether two structures are equal. - - The left hand operand. - The right hand operand. - - True if the parameter is not equal to the parameter; - otherwise, false. - - - - - - - - - - - - - - Represents an edge detection convolution kernel consisting of eight gradient operators. - - - - - An edge detection kenel comprised of Kirsch gradient operators. - . - - - - - An edge detection kenel comprised of Robinson gradient operators. - - - - - - Initializes a new instance of the struct. - - The north gradient operator. - The north-west gradient operator. - The west gradient operator. - The south-west gradient operator. - The south gradient operator. - The south-east gradient operator. - The east gradient operator. - The north-east gradient operator. - - - - Gets the North gradient operator. - - - - - Gets the NorthWest gradient operator. - - - - - Gets the West gradient operator. - - - - - Gets the SouthWest gradient operator. - - - - - Gets the South gradient operator. - - - - - Gets the SouthEast gradient operator. - - - - - Gets the East gradient operator. - - - - - Gets the NorthEast gradient operator. - - - - - Checks whether two structures are equal. - - The left hand operand. - The right hand operand. - - True if the parameter is equal to the parameter; - otherwise, false. - - - - - Checks whether two structures are equal. - - The left hand operand. - The right hand operand. - - True if the parameter is not equal to the parameter; - otherwise, false. - - - - - - - - - - - - - - Represents an edge detection convolution kernel consisting of a single 2D gradient operator. - - - - - An edge detection kernel containing a 3x3 Laplacian operator. - - - - - - An edge detection kernel containing a 5x5 Laplacian operator. - - - - - - An edge detection kernel containing a Laplacian of Gaussian operator. - . - - - - - Initializes a new instance of the struct. - - The 2D gradient operator. - - - - Gets the 2D gradient operator. - - - - - Checks whether two structures are equal. - - The left hand operand. - The right hand operand. - - True if the parameter is equal to the parameter; - otherwise, false. - - - - - Checks whether two structures are equal. - - The left hand operand. - The right hand operand. - - True if the parameter is not equal to the parameter; - otherwise, false. - - - - - - - - - - - - - - Contains the kernels used for Kayyali edge detection - - - - - Gets the horizontal gradient operator. - - - - - Gets the vertical gradient operator. - - - - - Contains the eight matrices used for Kirsch edge detection. - . - - - - - Gets the North gradient operator - - - - - Gets the NorthWest gradient operator - - - - - Gets the West gradient operator - - - - - Gets the SouthWest gradient operator - - - - - Gets the South gradient operator - - - - - Gets the SouthEast gradient operator - - - - - Gets the East gradient operator - - - - - Gets the NorthEast gradient operator - - - - - A factory for creating Laplacian kernel matrices. - - - - - Creates a Laplacian matrix, 2nd derivative, of an arbitrary length. - - - The length of the matrix sides - The - - - - Contains Laplacian kernels of different sizes. - - . - - - - - Gets the 3x3 Laplacian kernel - - - - - Gets the 5x5 Laplacian kernel - - - - - Gets the Laplacian of Gaussian kernel. - - - - - Contains the kernels used for Prewitt edge detection - - - - - Gets the horizontal gradient operator. - - - - - Gets the vertical gradient operator. - - - - - Contains the kernels used for RobertsCross edge detection - - - - - Gets the horizontal gradient operator. - - - - - Gets the vertical gradient operator. - - - - - Contains the kernels used for Robinson edge detection. - - - - - - Gets the North gradient operator - - - - - Gets the NorthWest gradient operator - - - - - Gets the West gradient operator - - - - - Gets the SouthWest gradient operator - - - - - Gets the South gradient operator - - - - - Gets the SouthEast gradient operator - - - - - Gets the East gradient operator - - - - - Gets the NorthEast gradient operator - - - - - Contains the kernels used for Scharr edge detection - - - - - Gets the horizontal gradient operator. - - - - - Gets the vertical gradient operator. - - - - - Contains the kernels used for Sobel edge detection - - - - - Gets the horizontal gradient operator. - - - - - Gets the vertical gradient operator. - - - - - A that contains data about a set of bokeh blur kernels - - - - - The kernel parameters to use for the current set of complex kernels - - - - - The kernel components to apply the bokeh blur effect - - - - - Initializes a new instance of the struct. - - The kernel parameters - The complex kernel components - - - - Provides parameters to be used in the . - - - - - The mapping of initialized complex kernels and parameters, to speed up the initialization of new instances - - - - - Gets the kernel scales to adjust the component values in each kernel - - - - - Gets the available bokeh blur kernel parameters - - - - - Gets the bokeh blur kernel data for the specified parameters. - - The value representing the size of the area to sample. - The size of each kernel to compute. - The number of components to use to approximate the original 2D bokeh blur convolution kernel. - A instance with the kernel data for the current parameters. - - - - Gets the kernel parameters and scaling factor for the current count value in the current instance - - - - - Creates the collection of complex 1D kernels with the specified parameters - - The parameters to use to normalize the kernels - The value representing the size of the area to sample. - The size of each kernel to compute. - The scale factor for each kernel. - - - - Creates a complex 1D kernel with the specified parameters - - The value representing the size of the area to sample. - The size of each kernel to compute. - The scale factor for each kernel. - The exponential parameter for each complex component - The angle component for each complex component - - - - Normalizes the kernels with respect to A * real + B * imaginary - - The current convolution kernels to normalize - The parameters to use to normalize the kernels - - - - A that contains parameters to apply a bokeh blur filter - - - - - The size of the convolution kernel to use when applying the bokeh blur - - - - - The number of complex components to use to approximate the bokeh kernel - - - - - Initializes a new instance of the struct. - - The size of the kernel - The number of kernel components - - - - - - - - - - - - - A stack only, readonly, kernel matrix that can be indexed without - bounds checks when compiled in release mode. - - - - - An error diffusion dithering implementation. - - - An error diffusion dithering implementation. - - - - - - Applies error diffusion based dithering using the Atkinson image dithering algorithm. - - - - - Applies error diffusion based dithering using the Burks image dithering algorithm. - - - - - Applies error diffusion based dithering using the Floyd–Steinberg image dithering algorithm. - - - - - Applies error diffusion based dithering using the Jarvis, Judice, Ninke image dithering algorithm. - - - - - Applies error diffusion based dithering using the Sierra2 image dithering algorithm. - - - - - Applies error diffusion based dithering using the Sierra3 image dithering algorithm. - - - - - Applies error diffusion based dithering using the Sierra Lite image dithering algorithm. - - - - - Applies error diffusion based dithering using the Stevenson-Arce image dithering algorithm. - - - - - Applies error diffusion based dithering using the Stucki image dithering algorithm. - - - - - Initializes a new instance of the struct. - - The diffusion matrix. - The starting offset within the matrix. - - - - Compares the two instances to determine whether they are equal. - - The first source instance. - The second source instance. - The . - - - - Compares the two instances to determine whether they are unequal. - - The first source instance. - The second source instance. - The . - - - - Compares the two instances to determine whether they are equal. - - The first source instance. - The second source instance. - The . - - - - Compares the two instances to determine whether they are unequal. - - The first source instance. - The second source instance. - The . - - - - Compares the two instances to determine whether they are equal. - - The first source instance. - The second source instance. - The . - - - - Compares the two instances to determine whether they are unequal. - - The first source instance. - The second source instance. - The . - - - - - - - - - - - - - - - - - - - - - - Defines the contract for types that apply dithering to images. - - - - - Transforms the quantized image frame applying a dither matrix. - This method should be treated as destructive, altering the input pixels. - - The type of frame quantizer. - The pixel format. - The frame quantizer. - The source image. - The destination quantized frame. - The region of interest bounds. - - - - Transforms the image frame applying a dither matrix. - This method should be treated as destructive, altering the input pixels. - - The type of palette dithering processor. - The pixel format. - The palette dithering processor. - The source image. - The region of interest bounds. - - - - Implements an algorithm to alter the pixels of an image via palette dithering. - - The pixel format. - - - - Gets the configuration instance to use when performing operations. - - - - - Gets the dithering palette. - - - - - Gets the dithering scale used to adjust the amount of dither. Range 0..1. - - - - - Returns the color from the dithering palette corresponding to the given color. - - The color to match. - The match. - - - - An ordered dithering matrix with equal sides of arbitrary length - - - An ordered dithering matrix with equal sides of arbitrary length - - - - - Initializes a new instance of the struct. - - The length of the matrix sides - - - - Compares the two instances to determine whether they are equal. - - The first source instance. - The second source instance. - The . - - - - Compares the two instances to determine whether they are unequal. - - The first source instance. - The second source instance. - The . - - - - Compares the two instances to determine whether they are equal. - - The first source instance. - The second source instance. - The . - - - - Compares the two instances to determine whether they are unequal. - - The first source instance. - The second source instance. - The . - - - - Compares the two instances to determine whether they are equal. - - The first source instance. - The second source instance. - The . - - - - Compares the two instances to determine whether they are unequal. - - The first source instance. - The second source instance. - The . - - - - - - - - - - - - - - - - - - - - - - Applies order dithering using the 2x2 Bayer dithering matrix. - - - - - Applies order dithering using the 4x4 Bayer dithering matrix. - - - - - Applies order dithering using the 8x8 Bayer dithering matrix. - - - - - Applies order dithering using the 3x3 ordered dithering matrix. - - - - - A factory for creating ordered dither matrices. - - - - - Creates an ordered dithering matrix with equal sides of arbitrary length. - - - The length of the matrix sides - The - - - - Allows the consumption a palette to dither an image. - - - - - Initializes a new instance of the class. - - The ordered ditherer. - - - - Initializes a new instance of the class. - - The ordered ditherer. - The dithering scale used to adjust the amount of dither. - - - - Initializes a new instance of the class. - - The dithering algorithm. - The palette to select substitute colors from. - - - - Initializes a new instance of the class. - - The dithering algorithm. - The dithering scale used to adjust the amount of dither. - The palette to select substitute colors from. - - - - Gets the dithering algorithm to apply to the output image. - - - - - Gets the dithering scale used to adjust the amount of dither. Range 0..1. - - - - - Gets the palette to select substitute colors from. - - - - - - - - Allows the consumption a palette to dither an image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - - - - Used to allow inlining of calls to - . - - - - - Combines two images together by blending the pixels. - - - - - Initializes a new instance of the class. - - The image to blend. - The location to draw the blended image. - The blending mode to use when drawing the image. - The Alpha blending mode to use when drawing the image. - The opacity of the image to blend. - - - - Gets the image to blend. - - - - - Gets the location to draw the blended image. - - - - - Gets the blending mode to use when drawing the image. - - - - - Gets the Alpha blending mode to use when drawing the image. - - - - - Gets the opacity of the image to blend. - - - - - - - - Combines two images together by blending the pixels. - - The pixel format of destination image. - The pixel format of source image. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The foreground to blend with the currently processing image. - The source for the current processor instance. - The source area to process for the current processor instance. - The location to draw the blended image. - The blending mode to use when drawing the image. - The Alpha blending mode to use when drawing the image. - The opacity of the image to blend. Must be between 0 and 1. - - - - Gets the image to blend - - - - - Gets the opacity of the image to blend - - - - - Gets the pixel blender - - - - - Gets the location to draw the blended image - - - - - - - - A implementing the draw logic for . - - - - - - - - An used by the row delegates for a given instance - - - - - Applies the current pixel row delegate to a target row of preprocessed pixels. - - The target row of pixels to process. - The initial horizontal and vertical offset for the input pixels to process. - - - - Defines an oil painting effect. - - - - - Initializes a new instance of the class. - - - The number of intensity levels. Higher values result in a broader range of color intensities forming part of the result image. - - - The number of neighboring pixels used in calculating each individual pixel value. - - - - - Gets the number of intensity levels. - - - - - Gets the brush size. - - - - - - - - Applies oil painting effect processing to the image. - - Adapted from by Dewald Esterhuizen. - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - A implementing the convolution logic for . - - - - - - - - Defines a pixelation effect of a given size. - - - - - Initializes a new instance of the class. - - The size of the pixels. Must be greater than 0. - - is less than 0 or equal to 0. - - - - - Gets or the pixel size. - - - - - - - - Applies a pixelation effect processing to the image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The . - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - Applies a user defined row processing delegate to the image. - - - - - Initializes a new instance of the class. - - The user defined, row processing delegate. - The to apply during the pixel conversions. - - - - Gets the user defined row processing delegate to the image. - - - - - Gets the to apply during the pixel conversions. - - - - - - - - A implementing the row processing logic for . - - - - - - - - The base class for all processors that accept a user defined row processing delegate. - - The pixel format. - The row processor type. - - - - The to apply during the pixel conversions. - - - - - Initializes a new instance of the class. - - The row processor to use to process each pixel row - The configuration which allows altering default behaviour or extending the library. - The to apply during the pixel conversions. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - A implementing the convolution logic for . - - - - - - - - Applies a user defined, position aware, row processing delegate to the image. - - - - - Initializes a new instance of the class. - - The user defined, position aware, row processing delegate. - The to apply during the pixel conversions. - - - - Gets the user defined, position aware, row processing delegate. - - - - - Gets the to apply during the pixel conversions. - - - - - - - - A implementing the row processing logic for . - - - - - - - - Converts the colors of the image recreating Achromatomaly (Color desensitivity) color blindness. - - - - - Initializes a new instance of the class. - - - - - Converts the colors of the image recreating Achromatopsia (Monochrome) color blindness. - - - - - Initializes a new instance of the class. - - - - - Applies a black and white filter matrix to the image. - - - - - Initializes a new instance of the class. - - - - - Applies a brightness filter matrix using the given amount. - - - - - Initializes a new instance of the class. - - - A value of 0 will create an image that is completely black. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of an amount over 1 are allowed, providing brighter results. - - The proportion of the conversion. Must be greater than or equal to 0. - - - - Gets the proportion of the conversion - - - - - Applies a contrast filter matrix using the given amount. - - - - - Initializes a new instance of the class. - - - A value of 0 will create an image that is completely gray. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of an amount over 1 are allowed, providing results with more contrast. - - The proportion of the conversion. Must be greater than or equal to 0. - - - - Gets the proportion of the conversion. - - - - - Converts the colors of the image recreating Deuteranomaly (Green-Weak) color blindness. - - - - - Initializes a new instance of the class. - - - - - Converts the colors of the image recreating Deuteranopia (Green-Blind) color blindness. - - - - - Initializes a new instance of the class. - - - - - Defines a free-form color filter by a . - - - - - Initializes a new instance of the class. - - The matrix used to apply the image filter - - - - Gets the used to apply the image filter. - - - - - - - - Provides methods that accept a matrix to apply free-form filters to images. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The . - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - A implementing the convolution logic for . - - - - - - - - Applies a grayscale filter matrix using the given amount and the formula as specified by ITU-R Recommendation BT.601 - - - - - Initializes a new instance of the class. - - The proportion of the conversion. Must be between 0 and 1. - - - - Gets the proportion of the conversion - - - - - Applies a grayscale filter matrix using the given amount and the formula as specified by ITU-R Recommendation BT.709 - - - - - Initializes a new instance of the class. - - The proportion of the conversion. Must be between 0 and 1. - - - - Gets the proportion of the conversion. - - - - - Applies a hue filter matrix using the given angle of rotation in degrees - - - - - Initializes a new instance of the class. - - The angle of rotation in degrees - - - - Gets the angle of rotation in degrees - - - - - Applies a filter matrix that inverts the colors of an image - - - - - Initializes a new instance of the class. - - The proportion of the conversion. Must be between 0 and 1. - - - - Gets the proportion of the conversion - - - - - Applies a filter matrix recreating an old Kodachrome camera effect matrix to the image - - - - - Initializes a new instance of the class. - - - - - Applies a lightness filter matrix using the given amount. - - - - - Initializes a new instance of the class. - - - A value of 0 will create an image that is completely black. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of an amount over 1 are allowed, providing lighter results. - - The proportion of the conversion. Must be greater than or equal to 0. - - - - Gets the proportion of the conversion - - - - - Converts the colors of the image recreating an old Lomograph effect. - - - - - Initializes a new instance of the class. - - Graphics options to use within the processor. - - - - Gets the options effecting blending and composition - - - - - - - - Converts the colors of the image recreating an old Lomograph effect. - - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - Applies an opacity filter matrix using the given amount. - - - - - Initializes a new instance of the class. - - The proportion of the conversion. Must be between 0 and 1. - - - - Gets the proportion of the conversion. - - - - - - - - Converts the colors of the image recreating an old Polaroid effect. - - - - - Initializes a new instance of the class. - - Graphics options to use within the processor. - - - - Gets the options effecting blending and composition - - - - - - - - Converts the colors of the image recreating an old Polaroid effect. - - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - Converts the colors of the image recreating Protanomaly (Red-Weak) color blindness. - - - - - Initializes a new instance of the class. - - - - - Converts the colors of the image recreating Protanopia (Red-Blind) color blindness. - - - - - Initializes a new instance of the class. - - - - - Applies a saturation filter matrix using the given amount. - - - - - Initializes a new instance of the class. - - - A value of 0 is completely un-saturated. A value of 1 leaves the input unchanged. - Other values are linear multipliers on the effect. Values of amount over 1 are allowed, providing super-saturated results - - The proportion of the conversion. Must be greater than or equal to 0. - - - - Gets the proportion of the conversion - - - - - Applies a sepia filter matrix using the given amount. - - - - - Initializes a new instance of the class. - - The proportion of the conversion. Must be between 0 and 1. - - - - Gets the proportion of the conversion - - - - - Converts the colors of the image recreating Tritanomaly (Blue-Weak) color blindness. - - - - - Initializes a new instance of the class. - - - - - Converts the colors of the image recreating Tritanopia (Blue-Blind) color blindness. - - - - - Initializes a new instance of the class. - - - - - Defines an algorithm to alter the pixels of a cloned image. - - - - - Creates a pixel specific that is capable of executing - the processing algorithm on an . - - The pixel type. - The configuration which allows altering default behaviour or extending the library. - The source image. Cannot be null. - - The structure that specifies the portion of the image object to draw. - - The - - - - Implements an algorithm to alter the pixels of a cloned image. - - The pixel format. - - - - Clones the specified and executes the process against the clone. - - The . - - - - Defines an algorithm to alter the pixels of an image. - Non-generic implementations are responsible for: - 1. Encapsulating the parameters of the algorithm. - 2. Creating the generic instance to execute the algorithm. - - - - - Creates a pixel specific that is capable of executing - the processing algorithm on an . - - The pixel type. - The configuration which allows altering default behaviour or extending the library. - The source image. Cannot be null. - - The structure that specifies the portion of the image object to draw. - - The - - - - Implements an algorithm to alter the pixels of an image. - - The pixel format. - - - - Executes the process against the specified . - - - - - Executes the processor against the given source image and rectangle bounds. - - The processor. - The configuration which allows altering default behaviour or extending the library. - The source image. - The source bounds. - - - - The base class for all pixel specific image processors. - Allows the application of processing algorithms to the image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - Gets The source for the current processor instance. - - - - - Gets The source area to process for the current processor instance. - - - - - Gets the instance to use when performing operations. - - - - - - - - Applies the processor to a single image frame. - - the source image. - - - - - - - This method is called before the process is applied to prepare the processor. - - - - - This method is called before the process is applied to prepare the processor. - - The source image. Cannot be null. - - - - Applies the process to the specified portion of the specified at the specified location - and with the specified size. - - The source image. Cannot be null. - - - - This method is called after the process is applied to prepare the processor. - - The source image. Cannot be null. - - - - This method is called after the process is applied to prepare the processor. - - - - - Disposes the object and frees resources for the Garbage Collector. - - Whether to dispose managed and unmanaged objects. - - - - Applies an adaptive histogram equalization to the image. The image is split up in tiles. For each tile a cumulative distribution function (cdf) is calculated. - To calculate the final equalized pixel value, the cdf value of four adjacent tiles will be interpolated. - - - - - Initializes a new instance of the class. - - The number of different luminance levels. Typical values are 256 for 8-bit grayscale images - or 65536 for 16-bit grayscale images. - Indicating whether to clip the histogram bins at a specific value. - The histogram clip limit. Histogram bins which exceed this limit, will be capped at this value. - The number of tiles the image is split into (horizontal and vertically). Minimum value is 2. Maximum value is 100. - - - - Gets the number of tiles the image is split into (horizontal and vertically) for the adaptive histogram equalization. - - - - - - - - Applies an adaptive histogram equalization to the image. The image is split up in tiles. For each tile a cumulative distribution function (cdf) is calculated. - To calculate the final equalized pixel value, the cdf value of four adjacent tiles will be interpolated. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The number of different luminance levels. Typical values are 256 for 8-bit grayscale images - or 65536 for 16-bit grayscale images. - Indicating whether to clip the histogram bins at a specific value. - The histogram clip limit. Histogram bins which exceed this limit, will be capped at this value. - The number of tiles the image is split into (horizontal and vertically). Minimum value is 2. Maximum value is 100. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - Gets the number of tiles the image is split into (horizontal and vertically) for the adaptive histogram equalization. - - - - - - - - Processes the part of a corner tile which was previously left out. It consists of 1 / 4 of a tile and does not need interpolation. - - The source image. - The lookup table to remap the grey values. - The x-position in the CDF lookup map. - The y-position in the CDF lookup map. - X start position. - X end position. - Y start position. - Y end position. - - The number of different luminance levels. Typical values are 256 for 8-bit grayscale images - or 65536 for 16-bit grayscale images. - - - - - Processes a border column of the image which is half the size of the tile width. - - The source image. - The pre-computed lookup tables to remap the grey values for each tiles. - The X index of the lookup table to use. - The source image height. - The number of vertical tiles. - The height of a tile. - X start position in the image. - X end position of the image. - - The number of different luminance levels. Typical values are 256 for 8-bit grayscale images - or 65536 for 16-bit grayscale images. - - - - - Processes a border row of the image which is half of the size of the tile height. - - The source image. - The pre-computed lookup tables to remap the grey values for each tiles. - The Y index of the lookup table to use. - The source image width. - The number of horizontal tiles. - The width of a tile. - Y start position in the image. - Y end position of the image. - - The number of different luminance levels. Typical values are 256 for 8-bit grayscale images - or 65536 for 16-bit grayscale images. - - - - - Bilinear interpolation between four adjacent tiles. - - The pixel to remap the grey value from. - The pre-computed lookup tables to remap the grey values for each tiles. - The number of tiles in the x-direction. - The number of tiles in the y-direction. - X position inside the tile. - Y position inside the tile. - X index of the top left lookup table to use. - Y index of the top left lookup table to use. - Width of one tile in pixels. - Height of one tile in pixels. - - The number of different luminance levels. Typical values are 256 for 8-bit grayscale images - or 65536 for 16-bit grayscale images. - - A re-mapped grey value. - - - - Linear interpolation between two tiles. - - The pixel to remap the grey value from. - The CDF lookup map. - X position inside the first tile. - Y position inside the first tile. - X position inside the second tile. - Y position inside the second tile. - Position inside the tile. - Width of the tile. - - The number of different luminance levels. Typical values are 256 for 8-bit grayscale images - or 65536 for 16-bit grayscale images. - - A re-mapped grey value. - - - - Bilinear interpolation between four tiles. - - The interpolation value in x direction in the range of [0, 1]. - The interpolation value in y direction in the range of [0, 1]. - Luminance from top left tile. - Luminance from right top tile. - Luminance from left bottom tile. - Luminance from right bottom tile. - Interpolated Luminance. - - - - Linear interpolation between two grey values. - - The left value. - The right value. - The interpolation value between the two values in the range of [0, 1]. - The interpolated value. - - - - - - - Contains the results of the cumulative distribution function for all tiles. - - - - - Remaps the grey value with the cdf. - - The tiles x-position. - The tiles y-position. - The original luminance. - The remapped luminance. - - - - - - - Applies an adaptive histogram equalization to the image using an sliding window approach. - - - - - Initializes a new instance of the class. - - The number of different luminance levels. Typical values are 256 for 8-bit grayscale images - or 65536 for 16-bit grayscale images. - Indicating whether to clip the histogram bins at a specific value. - The histogram clip limit. Histogram bins which exceed this limit, will be capped at this value. - The number of tiles the image is split into (horizontal and vertically). Minimum value is 2. Maximum value is 100. - - - - Gets the number of tiles the image is split into (horizontal and vertically) for the adaptive histogram equalization. - - - - - - - - Applies an adaptive histogram equalization to the image using an sliding window approach. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The number of different luminance levels. Typical values are 256 for 8-bit grayscale images - or 65536 for 16-bit grayscale images. - Indicating whether to clip the histogram bins at a specific value. - The histogram clip limit. Histogram bins which exceed this limit, will be capped at this value. - The number of tiles the image is split into (horizontal and vertically). Minimum value is 2. Maximum value is 100. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - Gets the number of tiles the image is split into (horizontal and vertically) for the adaptive histogram equalization. - - - - - - - - Get the a pixel row at a given position with a length of the tile width. Mirrors pixels which exceeds the edges. - - The source image. - Pre-allocated pixel row span of the size of a the tile width. - The x position. - The y position. - The width in pixels of a tile. - The configuration. - - - - Get the a pixel row at a given position with a length of the tile width. - - The source image. - Pre-allocated pixel row span of the size of a the tile width. - The x position. - The y position. - The width in pixels of a tile. - The configuration. - - - - Adds a column of grey values to the histogram. - - The reference to the span of grey values to add. - The reference to the histogram span. - The number of different luminance levels. - The grey values span length. - - - - Removes a column of grey values from the histogram. - - The reference to the span of grey values to remove. - The reference to the histogram span. - The number of different luminance levels. - The grey values span length. - - - - Applies the sliding window equalization to one column of the image. The window is moved from top to bottom. - Moving the window one pixel down requires to remove one row from the top of the window from the histogram and - adding a new row at the bottom. - - - - - Initializes a new instance of the struct. - - The configuration. - The histogram processor. - The source image. - The memory allocator. - The target pixels. - about the sliding window dimensions. - The y start position. - The y end position. - if set to true the borders of the image will not be checked. - - - - Defines a global histogram equalization applicable to an . - - - - - Initializes a new instance of the class. - - The number of luminance levels. - A value indicating whether to clip the histogram bins at a specific value. - The histogram clip limit. Histogram bins which exceed this limit, will be capped at this value. - - - - - - - Applies a global histogram equalization to the image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - - The number of different luminance levels. Typical values are 256 for 8-bit grayscale images - or 65536 for 16-bit grayscale images. - - Indicating whether to clip the histogram bins at a specific value. - The histogram clip limit. Histogram bins which exceed this limit, will be capped at this value. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - A implementing the grayscale levels logic for . - - - - - - - - A implementing the cdf application levels logic for . - - - - - - - - Enumerates the different types of defined histogram equalization methods. - - - - - A global histogram equalization. - - - - - Adaptive histogram equalization using a tile interpolation approach. - - - - - Adaptive histogram equalization using sliding window. Slower then the tile interpolation mode, but can yield to better results. - - - - - Data container providing the different options for the histogram equalization. - - - - - Gets the default instance. - - - - - Gets or sets the histogram equalization method to use. Defaults to global histogram equalization. - - - - - Gets or sets the number of different luminance levels. Typical values are 256 for 8-bit grayscale images - or 65536 for 16-bit grayscale images. - Defaults to 256. - - - - - Gets or sets a value indicating whether to clip the histogram bins at a specific value. - It is recommended to use clipping when the AdaptiveTileInterpolation method is used, to suppress artifacts which can occur on the borders of the tiles. - Defaults to false. - - - - - Gets or sets the histogram clip limit. Adaptive histogram equalization may cause noise to be amplified in near constant - regions. To reduce this problem, histogram bins which exceed a given limit will be capped at this value. The exceeding values - will be redistributed equally to all other bins. The clipLimit depends on the size of the tiles the image is split into - and therefore the image size itself. - Defaults to 350. - - For more information, see also: https://en.wikipedia.org/wiki/Adaptive_histogram_equalization#Contrast_Limited_AHE - - - - Gets or sets the number of tiles the image is split into (horizontal and vertically) for the adaptive histogram equalization. - Defaults to 8. - - - - - Defines a processor that normalizes the histogram of an image. - - - - - Initializes a new instance of the class. - - The number of different luminance levels. Typical values are 256 for 8-bit grayscale images - or 65536 for 16-bit grayscale images. - Indicates, if histogram bins should be clipped. - The histogram clip limit. Histogram bins which exceed this limit, will be capped at this value. - - - - Gets the number of luminance levels. - - - - - Gets a value indicating whether to clip the histogram bins at a specific value. - - - - - Gets the histogram clip limit. Histogram bins which exceed this limit, will be capped at this value. - - - - - - - - Creates the that implements the algorithm - defined by the given . - - The . - The . - - - - Defines a processor that normalizes the histogram of an image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The number of different luminance levels. Typical values are 256 for 8-bit grayscale images - or 65536 for 16-bit grayscale images. - Indicates, if histogram bins should be clipped. - The histogram clip limit. Histogram bins which exceed this limit, will be capped at this value. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - Gets the number of luminance levels. - - - - - Gets a value indicating whether to clip the histogram bins at a specific value. - - - - - Gets the histogram clip limit. Histogram bins which exceed this limit, will be capped at this value. - - - - - Calculates the cumulative distribution function. - - The reference to the array holding the cdf. - The reference to the histogram of the input image. - Index of the maximum of the histogram. - The first none zero value of the cdf. - - - - AHE tends to over amplify the contrast in near-constant regions of the image, since the histogram in such regions is highly concentrated. - Clipping the histogram is meant to reduce this effect, by cutting of histogram bin's which exceed a certain amount and redistribute - the values over the clip limit to all other bins equally. - - The histogram to apply the clipping. - Histogram clip limit. Histogram bins which exceed this limit, will be capped at this value. - - - - Convert the pixel values to grayscale using ITU-R Recommendation BT.709. - - The pixel to get the luminance from - The number of luminance levels (256 for 8 bit, 65536 for 16 bit grayscale images) - - - - Defines a processing operation to replace the background color of an . - - - - - Initializes a new instance of the class. - - The options defining blending algorithm and amount. - The to set the background color to. - - - - Gets the Graphics options to alter how processor is applied. - - - - - Gets the background color value. - - - - - - - - Sets the background color of the image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - Defines a radial glow effect applicable to an . - - - - - Initializes a new instance of the class. - - The options effecting blending and composition. - The color or the glow. - - - - Initializes a new instance of the class. - - The options effecting blending and composition. - The color or the glow. - The radius of the glow. - - - - Gets the options effecting blending and composition. - - - - - Gets the glow color to apply. - - - - - Gets the the radius. - - - - - - - - An that applies a radial glow effect an . - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - Defines a radial vignette effect applicable to an . - - - - - Initializes a new instance of the class. - - The options effecting blending and composition. - The color of the vignette. - - - - Initializes a new instance of the class. - - The options effecting blending and composition. - The color of the vignette. - The x-radius. - The y-radius. - - - - Gets the options effecting blending and composition - - - - - Gets the vignette color to apply. - - - - - Gets the the x-radius. - - - - - Gets the the y-radius. - - - - - - - - An that applies a radial vignette effect to an . - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - A pixel sampling strategy that enumerates a limited amount of rows from different frames, - if the total number of pixels is over a threshold. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The maximum number of pixels to process. - always scan at least this portion of total pixels within the image. - - - - Gets the maximum number of pixels to process. (The threshold.) - - - - - Gets a value indicating: always scan at least this portion of total pixels within the image. - The default is 0.1 (10%). - - - - - - - - Gets the closest color to the supplied color based upon the Euclidean distance. - - The pixel format. - - - - Initializes a new instance of the struct. - - The configuration. - The color palette to map from. - - - - Gets the color palette of this . - The palette memory is owned by the palette source that created it. - - - - - Returns the closest color in the palette and the index of that pixel. - The palette contents must match the one used in the constructor. - - The color to match. - The matched color. - The index. - - - - A pixel sampling strategy that enumerates all pixels. - - - - - - - - Provides an abstraction to enumerate pixel regions within a multi-framed . - - - - - Enumerates pixel regions within the image as . - - The image. - The pixel type. - An enumeration of pixel regions. - - - - Provides methods for allowing quantization of images pixels with configurable dithering. - - - - - Gets the quantizer options defining quantization rules. - - - - - Creates the generic frame quantizer. - - The to configure internal operations. - The pixel format. - The . - - - - Creates the generic frame quantizer. - - The pixel format. - The to configure internal operations. - The options to create the quantizer with. - The . - - - - Provides methods to allow the execution of the quantization process on an image frame. - - The pixel format. - - - - Gets the configuration. - - - - - Gets the quantizer options defining quantization rules. - - - - - Gets the quantized color palette. - - - The palette has not been built via . - - - - - Adds colors to the quantized palette from the given pixel source. - - The of source pixels to register. - - - - Quantizes an image frame and return the resulting output pixels. - - The source image frame to quantize. - The bounds within the frame to quantize. - - A representing a quantized version of the source frame pixels. - - - Only executes the second (quantization) step. The palette has to be built by calling . - To run both steps, use . - - - - - Returns the index and color from the quantized palette corresponding to the given color. - - The color to match. - The matched color. - The index. - - - - Allows the quantization of images pixels using Octrees. - - - - - - Initializes a new instance of the class - using the default . - - - - - Initializes a new instance of the class. - - The quantizer options defining quantization rules. - - - - - - - - - - - - - Encapsulates methods to calculate the color palette if an image using an Octree pattern. - - - The pixel format. - - - - Initializes a new instance of the struct. - - The configuration which allows altering default behaviour or extending the library. - The quantizer options defining quantization rules. - - - - - - - - - - - - - - - - - - - - - - - - - Class which does the actual quantization. - - - - - The root of the Octree - - - - - Maximum number of significant bits in the image - - - - - Store the last node quantized - - - - - Cache the previous color quantized - - - - - Initializes a new instance of the class. - - - The maximum number of significant bits in the image - - - - - Gets the mask used when getting the appropriate pixels for a given node. - - - - - Gets or sets the number of leaves in the tree - - - - - Gets the array of reducible nodes - - - - - Add a given color value to the Octree - - The color to add. - - - - Convert the nodes in the Octree to a palette with a maximum of colorCount colors - - The palette to fill. - The maximum number of colors - The palette index, used to calculate the final size of the palette. - - - - Get the palette index for the passed color - - The color to match. - - The index. - - - - - Keep track of the previous node that was quantized - - - The node last quantized - - - - - Reduce the depth of the tree - - - - - Class which encapsulates each node in the tree - - - - - Pointers to any child nodes - - - - - Flag indicating that this is a leaf node - - - - - Number of pixels in this node - - - - - Red component - - - - - Green Component - - - - - Blue component - - - - - The index of this node in the palette - - - - - Initializes a new instance of the class. - - The level in the tree = 0 - 7. - The number of significant color bits in the image. - The tree to which this node belongs. - - - - Gets the next reducible node - - - - - Add a color into the tree - - The color to add. - The number of significant color bits. - The level in the tree. - The tree to which this node belongs. - - - - Reduce this node by removing all of its children - - The number of leaves removed - - - - Traverse the tree, building up the color palette - - The palette - The current palette index - - - - Return the palette index for the passed color - - The pixel data. - The level. - - The representing the index of the pixel in the palette. - - - - - Gets the color index at the given level. - - The color. - The node level. - The index. - - - - Increment the color count and add to the color information - - The pixel to add. - - - - Allows the quantization of images pixels using color palettes. - - - - - Initializes a new instance of the class. - - The color palette. - - - - Initializes a new instance of the class. - - The color palette. - The quantizer options defining quantization rules. - - - - - - - - - - - - - Encapsulates methods to create a quantized image based upon the given palette. - - - The pixel format. - - - - Initializes a new instance of the struct. - - The configuration which allows altering default behaviour or extending the library. - The quantizer options defining quantization rules. - The pixel map for looking up color matches from a predefined palette. - - - - - - - - - - - - - - - - - - - - - - - - - Defines quantization processing for images to reduce the number of colors used in the image palette. - - - - - Initializes a new instance of the class. - - The quantizer used to reduce the color palette. - - - - Gets the quantizer. - - - - - - - - Enables the quantization of images to reduce the number of colors used in the image palette. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The quantizer used to reduce the color palette. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - Contains color quantization specific constants. - - - - - The minimum number of colors to use when quantizing an image. - - - - - The maximum number of colors to use when quantizing an image. - - - - - The minumim dithering scale used to adjust the amount of dither. - - - - - The max dithering scale used to adjust the amount of dither. - - - - - Gets the default dithering algorithm to use. - - - - - Defines options for quantization. - - - - - Gets or sets the algorithm to apply to the output image. - Defaults to ; set to for no dithering. - - - - - Gets or sets the dithering scale used to adjust the amount of dither. Range 0..1. - Defaults to . - - - - - Gets or sets the maximum number of colors to hold in the color palette. Range 0..256. - Defaults to . - - - - - Contains utility methods for instances. - - - - - Helper method for throwing an exception when a frame quantizer palette has - been requested but not built yet. - - The pixel format. - The frame quantizer palette. - - The palette has not been built via - - - - - Execute both steps of the quantization. - - The pixel specific quantizer. - The source image frame to quantize. - The bounds within the frame to quantize. - The pixel type. - - A representing a quantized version of the source frame pixels. - - - - - Quantizes an image frame and return the resulting output pixels. - - The type of frame quantizer. - The pixel format. - The pixel specific quantizer. - The source image frame to quantize. - The bounds within the frame to quantize. - - A representing a quantized version of the source frame pixels. - - - - - A palette quantizer consisting of web safe colors as defined in the CSS Color Module Level 4. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The quantizer options defining quantization rules. - - - - A palette quantizer consisting of colors as defined in the original second edition of Werner’s Nomenclature of Colours 1821. - The hex codes were collected and defined by Nicholas Rougeux - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The quantizer options defining quantization rules. - - - - Allows the quantization of images pixels using Xiaolin Wu's Color Quantizer - - - - - Initializes a new instance of the class - using the default . - - - - - Initializes a new instance of the class. - - The quantizer options defining quantization rules. - - - - - - - - - - - - - An implementation of Wu's color quantizer with alpha channel. - - - - Based on C Implementation of Xiaolin Wu's Color Quantizer (v. 2) - (see Graphics Gems volume II, pages 126-133) - (). - - - This adaptation is based on the excellent JeremyAnsel.ColorQuant by Jérémy Ansel - - - - Algorithm: Greedy orthogonal bipartition of RGB space for variance minimization aided by inclusion-exclusion tricks. - For speed no nearest neighbor search is done. Slightly better performance can be expected by more sophisticated - but more expensive versions. - - - The pixel format. - - - - The index bits. 6 in original code. - - - - - The index alpha bits. 3 in original code. - - - - - The index count. - - - - - The index alpha count. - - - - - The table length. Now 1185921. originally 2471625. - - - - - Initializes a new instance of the struct. - - The configuration which allows altering default behaviour or extending the library. - The quantizer options defining quantization rules. - - - - - - - - - - - - - - - - - - - - - - - - - Gets the index of the given color in the palette. - - The red value. - The green value. - The blue value. - The alpha value. - The index. - - - - Computes sum over a box of any given statistic. - - The cube. - The moment. - The result. - - - - Computes part of Volume(cube, moment) that doesn't depend on RMax, GMax, BMax, or AMax (depending on direction). - - The cube. - The direction. - The moment. - The result. - - - - Computes remainder of Volume(cube, moment), substituting position for RMax, GMax, BMax, or AMax (depending on direction). - - The cube. - The direction. - The position. - The moment. - The result. - - - - Builds a 3-D color histogram of counts, r/g/b, c^2. - - The source data. - The bounds within the source image to quantize. - - - - Converts the histogram into moments so that we can rapidly calculate the sums of the above quantities over any desired box. - - The memory allocator used for allocating buffers. - - - - Computes the weighted variance of a box cube. - - The cube. - The . - - - - We want to minimize the sum of the variances of two sub-boxes. - The sum(c^2) terms can be ignored since their sum over both sub-boxes - is the same (the sum for the whole box) no matter where we split. - The remaining terms have a minus sign in the variance formula, - so we drop the minus sign and maximize the sum of the two terms. - - The cube. - The direction. - The first position. - The last position. - The cutting point. - The whole moment. - The . - - - - Cuts a box. - - The first set. - The second set. - Returns a value indicating whether the box has been split. - - - - Marks a color space tag. - - The cube. - A label. - - - - Builds the cube. - - - - - Moment of r*P(c). - - - - - Moment of g*P(c). - - - - - Moment of b*P(c). - - - - - Moment of a*P(c). - - - - - Moment of P(c). - - - - - Moment of c^2*P(c). - - - - - Represents a box color cube. - - - - - Gets or sets the min red value, exclusive. - - - - - Gets or sets the max red value, inclusive. - - - - - Gets or sets the min green value, exclusive. - - - - - Gets or sets the max green value, inclusive. - - - - - Gets or sets the min blue value, exclusive. - - - - - Gets or sets the max blue value, inclusive. - - - - - Gets or sets the min alpha value, exclusive. - - - - - Gets or sets the max alpha value, inclusive. - - - - - Gets or sets the volume. - - - - - - - - - - - - - - Defines a crop operation on an image. - - - - - Initializes a new instance of the class. - - The target cropped rectangle. - The source image size. - - - - Gets the width. - - - - - - - - Provides methods to allow the cropping of an image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The . - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - - - - A implementing the processor logic for . - - - - - Initializes a new instance of the struct. - - The target processing bounds for the current instance. - The source for the current instance. - The destination for the current instance. - - - - - - - Represents an error that occurs during a transform operation. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class - with a specified error message. - - The message that describes the error. - - - - Initializes a new instance of the class - with a specified error message and a reference to the inner exception that is - the cause of this exception. - - The error message that explains the reason for the exception. - The exception that is the cause of the current exception, or a null reference ( in Visual Basic) if no inner exception is specified. - - - - Defines cropping operation that preserves areas of highest entropy. - - - - - Initializes a new instance of the class. - - - - - Initializes a new instance of the class. - - The threshold to split the image. Must be between 0 and 1. - - is less than 0 or is greater than 1. - - - - - Gets the entropy threshold value. - - - - - - - - Provides methods to allow the cropping of an image to preserve areas of highest entropy. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The . - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - - - - Gets the bounding from the given points. - - - The designating the top left position. - - - The designating the bottom right position. - - - The bounding . - - - - - Finds the bounding rectangle based on the first instance of any color component other - than the given one. - - The to search within. - The color component value to remove. - The channel to test against. - - The . - - - - - Encapsulates an interpolation algorithm for resampling images. - - - - - Gets the radius in which to sample pixels. - - - - - Gets the result of the interpolation algorithm. - - The value to process. - - The - - - - - Applies a transformation upon an image. - - The pixel format. - The transforming image processor. - - - - Implements an algorithm to alter the pixels of an image via resampling transforms. - - The pixel format. - - - - Applies a resampling transform with the given sampler. - - The type of sampler. - The sampler to use. - - - - Encapsulate an algorithm to swizzle pixels in an image. - - - - - Gets the size of the image after transformation. - - - - - Applies the swizzle transformation to a given point. - - Point to transform. - The transformed point. - - - - Defines an affine transformation applicable on an . - - - - - Initializes a new instance of the class. - - The transform matrix. - The sampler to perform the transform operation. - The target dimensions. - - - - Gets the sampler to perform interpolation of the transform operation. - - - - - Gets the matrix used to supply the affine transform. - - - - - Gets the destination size to constrain the transformed image to. - - - - - - - - Provides the base methods to perform affine transforms on an image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - - - - Adjusts an image so that its orientation is suitable for viewing. Adjustments are based on EXIF metadata embedded in the image. - - - - - - - - Adjusts an image so that its orientation is suitable for viewing. Adjustments are based on EXIF metadata embedded in the image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - - - - Returns the current EXIF orientation - - The image to auto rotate. - The - - - - Defines a flipping around the center point of the image. - - - - - Initializes a new instance of the class. - - The used to perform flipping. - - - - Gets the used to perform flipping. - - - - - - - - Provides methods that allow the flipping of an image around its center point. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The . - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - Swaps the image at the X-axis, which goes horizontally through the middle at half the height of the image. - - The source image to apply the process to. - The configuration. - - - - Swaps the image at the Y-axis, which goes vertically through the middle at half of the width of the image. - - The source image to apply the process to. - The configuration. - - - - Utility methods for affine and projective transforms. - - - - - Defines a projective transformation applicable to an . - - - - - Initializes a new instance of the class. - - The transform matrix. - The sampler to perform the transform operation. - The target dimensions. - - - - Gets the sampler to perform interpolation of the transform operation. - - - - - Gets the matrix used to supply the projective transform. - - - - - Gets the destination size to constrain the transformed image to. - - - - - - - - Provides the base methods to perform non-affine transforms on an image. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - - - - Defines a rotation applicable to an . - - - - - Initializes a new instance of the class. - - The angle of rotation in degrees. - The source image size - - - - Initializes a new instance of the class. - - The angle of rotation in degrees. - The sampler to perform the rotating operation. - The source image size - - - - Gets the angle of rotation in degrees. - - - - - - - - Provides methods that allow the rotating of images. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The defining the processor parameters. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - - - - Wraps a given angle in degrees so that it falls withing the 0-360 degree range - - The angle of rotation in degrees. - The . - - - - Rotates the images with an optimized method when the angle is 90, 180 or 270 degrees. - - The source image. - The destination image. - The configuration. - - The - - - - - Rotates the image 180 degrees clockwise at the centre point. - - The source image. - The destination image. - The configuration. - - - - Rotates the image 270 degrees clockwise at the centre point. - - The source image. - The destination image. - The configuration. - - - - Rotates the image 90 degrees clockwise at the centre point. - - The source image. - The destination image. - The configuration. - - - - Defines a skew transformation applicable to an . - - - - - Initializes a new instance of the class. - - The angle in degrees to perform the skew along the x-axis. - The angle in degrees to perform the skew along the y-axis. - The source image size - - - - Initializes a new instance of the class. - - The angle in degrees to perform the skew along the x-axis. - The angle in degrees to perform the skew along the y-axis. - The sampler to perform the skew operation. - The source image size - - - - Gets the angle of rotation along the x-axis in degrees. - - - - - Gets the angle of rotation along the y-axis in degrees. - - - - - The function implements the bicubic kernel algorithm W(x) as described on - Wikipedia - A commonly used algorithm within image processing that preserves sharpness better than triangle interpolation. - - - - - - - - - - - - - - The function implements the box algorithm. Similar to nearest neighbor when upscaling. - When downscaling the pixels will average, merging together. - - - - - - - - - - - - - - Cubic filters contain a collection of different filters of varying B-Spline and - Cardinal values. With these two values you can generate any smoothly fitting - (continuious first derivative) piece-wise cubic filter. - - - - - - - The Catmull-Rom filter is a well known standard Cubic Filter often used as a interpolation function. - This filter produces a reasonably sharp edge, but without a the pronounced gradient change on large - scale image enlargements that a 'Lagrange' filter can produce. - - - - - The Hermite filter is type of smoothed triangular interpolation Filter, - This filter rounds off strong edges while preserving flat 'color levels' in the original image. - - - - - The function implements the Mitchell-Netravali algorithm as described on - Wikipedia - - - - - The function implements the Robidoux algorithm. - - - - - - The function implements the Robidoux Sharp algorithm. - - - - - - The function implements the spline algorithm. - - - - The function implements the Robidoux Sharp algorithm. - - - - - - Initializes a new instance of the struct. - - The sampling radius. - The B-Spline value. - The Cardinal cubic value. - - - - - - - - - - - - - The function implements the Lanczos kernel algorithm as described on - Wikipedia. - - - - - Implements the Lanczos kernel algorithm with a radius of 2. - - - - - Implements the Lanczos kernel algorithm with a radius of 3. - - - - - Implements the Lanczos kernel algorithm with a radius of 5. - - - - - Implements the Lanczos kernel algorithm with a radius of 8. - - - - - Initializes a new instance of the struct. - - The sampling radius. - - - - - - - - - - - - - The function implements the nearest neighbor algorithm. This uses an unscaled filter - which will select the closest pixel to the new pixels position. - - - - - - - - - - - - - - The function implements the triangle (bilinear) algorithm. - Bilinear interpolation can be used where perfect image transformation with pixel matching is impossible, - so that one can calculate and assign appropriate intensity values to pixels. - - - - - - - - - - - - - - The function implements the welch algorithm. - - - - - - - - - - - - - - - Provides methods to help calculate the target rectangle when resizing using the - enumeration. - - - - - Calculates the target location and bounds to perform the resize operation against. - - The source image size. - The resize options. - - The tuple representing the location and the bounds - - - - - Points to a collection of of weights allocated in . - - - - - Initializes a new instance of the struct. - - - - - Gets the start index for the destination row. - - - - - Gets the the length of the kernel. - - - - - Gets the span representing the portion of the that this window covers. - - The . - - - - - Computes the sum of vectors in 'rowSpan' weighted by weight values, pointed by this instance. - - The input span of vectors - The weighted sum - - - - Copy the contents of altering - to the value . - - - - - Provides resize kernel values from an optimized contiguous memory region. - - - - - Gets the length of the destination row/column - - - - - Gets the maximum diameter of the kernels. - - - - - Gets a string of information to help debugging - - - - - Disposes instance releasing it's backing buffer. - - - - - Disposes the object and frees resources for the Garbage Collector. - - Whether to dispose of managed and unmanaged objects. - - - - Returns a for an index value between 0 and DestinationSize - 1. - - - - - Computes the weights to apply at each pixel when resizing. - - The type of sampler. - The - The destination size - The source size - The to use for buffer allocations - The - - - - Initializes the kernel map. - - - - - Builds a for the row (in ) - referencing the data at row within , - so the data reusable by other data rows. - - - - - Returns a referencing values of - at row . - - - - - Memory-optimized where repeating rows are stored only once. - - - - - Defines an image resizing operation with the given and dimensional parameters. - - - - - Initializes a new instance of the class. - - The resize options. - The source image size. - - - - Gets the sampler to perform the resize operation. - - - - - Gets the destination width. - - - - - Gets the destination height. - - - - - Gets the resize rectangle. - - - - - Gets a value indicating whether to compress or expand individual pixel color values on processing. - - - - - Gets a value indicating whether to premultiply the alpha (if it exists) during the resize operation. - - - - - - - - Implements resizing of images using various resamplers. - - The pixel format. - - - - - - - - - - - - - Implements the resize algorithm using a sliding window of size - maximized by . - The height of the window is a multiple of the vertical kernel's maximum diameter. - When sliding the window, the contents of the bottom window band are copied to the new top band. - For more details, and visual explanation, see "ResizeWorker.pptx". - - - - - Defines a swizzle operation on an image. - - The swizzle function type. - - - - Initializes a new instance of the class. - - The swizzler operation. - - - - Gets the swizzler operation. - - - - - - - - The base class for all transform processors. Any processor that changes the dimensions of the image should inherit from this. - - The pixel format. - - - - Initializes a new instance of the class. - - The configuration which allows altering default behaviour or extending the library. - The source for the current processor instance. - The source area to process for the current processor instance. - - - - - - - Contains helper methods for working with transforms. - - - - - Updates the dimensional metadata of a transformed image - - The pixel format. - The image to update - - - - Contains utility methods for working with transforms. - - - - - Returns a value that indicates whether the specified matrix is degenerate - containing one or more values equivalent to or a - zero determinant and therefore cannot be used for linear transforms. - - The transform matrix. - - - - Returns a value that indicates whether the specified matrix is degenerate - containing one or more values equivalent to or a - zero determinant and therefore cannot be used for linear transforms. - - The transform matrix. - - - - Returns a value that indicates whether the specified matrix contains any values - that are not a number . - - The transform matrix. - The . - - - - Returns a value that indicates whether the specified matrix contains any values - that are not a number . - - The transform matrix. - The . - - - - Applies the projective transform against the given coordinates flattened into the 2D space. - - The "x" vector coordinate. - The "y" vector coordinate. - The transform matrix. - The . - - - - Creates a centered rotation matrix using the given rotation in degrees and the source size. - - The amount of rotation, in degrees. - The source image size. - The . - - - - Creates a centered rotation matrix using the given rotation in radians and the source size. - - The amount of rotation, in radians. - The source image size. - The . - - - - Creates a centered skew matrix from the give angles in degrees and the source size. - - The X angle, in degrees. - The Y angle, in degrees. - The source image size. - The . - - - - Creates a centered skew matrix from the give angles in radians and the source size. - - The X angle, in radians. - The Y angle, in radians. - The source image size. - The . - - - - Gets the centered transform matrix based upon the source and destination rectangles. - - The source image bounds. - The transformation matrix. - The - - - - Creates a matrix that performs a tapering projective transform. - - - The rectangular size of the image being transformed. - An enumeration that indicates the side of the rectangle that tapers. - An enumeration that indicates on which corners to taper the rectangle. - The amount to taper. - The - - - - Returns the rectangle bounds relative to the source for the given transformation matrix. - - The source rectangle. - The transformation matrix. - - The . - - - - - Returns the rectangle relative to the source for the given transformation matrix. - - The source rectangle. - The transformation matrix. - - The . - - - - - Returns the size relative to the source for the given transformation matrix. - - The source size. - The transformation matrix. - - The . - - - - - Returns the rectangle relative to the source for the given transformation matrix. - - The source rectangle. - The transformation matrix. - - The . - - - - - Returns the size relative to the source for the given transformation matrix. - - The source size. - The transformation matrix. - - The . - - - - - A helper class for constructing instances for use in projective transforms. - - - - - Prepends a matrix that performs a tapering projective transform. - - An enumeration that indicates the side of the rectangle that tapers. - An enumeration that indicates on which corners to taper the rectangle. - The amount to taper. - The . - - - - Appends a matrix that performs a tapering projective transform. - - An enumeration that indicates the side of the rectangle that tapers. - An enumeration that indicates on which corners to taper the rectangle. - The amount to taper. - The . - - - - Prepends a centered rotation matrix using the given rotation in degrees. - - The amount of rotation, in degrees. - The . - - - - Prepends a centered rotation matrix using the given rotation in radians. - - The amount of rotation, in radians. - The . - - - - Prepends a centered rotation matrix using the given rotation in degrees at the given origin. - - The amount of rotation, in radians. - The rotation origin point. - The . - - - - Prepends a centered rotation matrix using the given rotation in radians at the given origin. - - The amount of rotation, in radians. - The rotation origin point. - The . - - - - Appends a centered rotation matrix using the given rotation in degrees. - - The amount of rotation, in degrees. - The . - - - - Appends a centered rotation matrix using the given rotation in radians. - - The amount of rotation, in radians. - The . - - - - Appends a centered rotation matrix using the given rotation in degrees at the given origin. - - The amount of rotation, in radians. - The rotation origin point. - The . - - - - Appends a centered rotation matrix using the given rotation in radians at the given origin. - - The amount of rotation, in radians. - The rotation origin point. - The . - - - - Prepends a scale matrix from the given uniform scale. - - The uniform scale. - The . - - - - Prepends a scale matrix from the given vector scale. - - The horizontal and vertical scale. - The . - - - - Prepends a scale matrix from the given vector scale. - - The horizontal and vertical scale. - The . - - - - Appends a scale matrix from the given uniform scale. - - The uniform scale. - The . - - - - Appends a scale matrix from the given vector scale. - - The horizontal and vertical scale. - The . - - - - Appends a scale matrix from the given vector scale. - - The horizontal and vertical scale. - The . - - - - Prepends a centered skew matrix from the give angles in degrees. - - The X angle, in degrees. - The Y angle, in degrees. - The . - - - - Prepends a centered skew matrix from the give angles in radians. - - The X angle, in radians. - The Y angle, in radians. - The . - - - - Prepends a skew matrix using the given angles in degrees at the given origin. - - The X angle, in degrees. - The Y angle, in degrees. - The skew origin point. - The . - - - - Prepends a skew matrix using the given angles in radians at the given origin. - - The X angle, in radians. - The Y angle, in radians. - The skew origin point. - The . - - - - Appends a centered skew matrix from the give angles in degrees. - - The X angle, in degrees. - The Y angle, in degrees. - The . - - - - Appends a centered skew matrix from the give angles in radians. - - The X angle, in radians. - The Y angle, in radians. - The . - - - - Appends a skew matrix using the given angles in degrees at the given origin. - - The X angle, in degrees. - The Y angle, in degrees. - The skew origin point. - The . - - - - Appends a skew matrix using the given angles in radians at the given origin. - - The X angle, in radians. - The Y angle, in radians. - The skew origin point. - The . - - - - Prepends a translation matrix from the given vector. - - The translation position. - The . - - - - Prepends a translation matrix from the given vector. - - The translation position. - The . - - - - Appends a translation matrix from the given vector. - - The translation position. - The . - - - - Appends a translation matrix from the given vector. - - The translation position. - The . - - - - Prepends a raw matrix. - - The matrix to prepend. - - The resultant matrix is degenerate containing one or more values equivalent - to or a zero determinant and therefore cannot be used - for linear transforms. - - The . - - - - Appends a raw matrix. - - The matrix to append. - - The resultant matrix is degenerate containing one or more values equivalent - to or a zero determinant and therefore cannot be used - for linear transforms. - - The . - - - - Returns the combined matrix for a given source size. - - The source image size. - The . - - - - Returns the combined matrix for a given source rectangle. - - The rectangle in the source image. - - The resultant matrix is degenerate containing one or more values equivalent - to or a zero determinant and therefore cannot be used - for linear transforms. - - The . - - - - Provides enumeration over how the image should be resized. - - - - - Crops the resized image to fit the bounds of its container. - - - - - Pads the resized image to fit the bounds of its container. - If only one dimension is passed, will maintain the original aspect ratio. - - - - - Pads the image to fit the bound of the container without resizing the - original source. - When downscaling, performs the same functionality as - - - - - Constrains the resized image to fit the bounds of its container maintaining - the original aspect ratio. - - - - - Resizes the image until the shortest side reaches the set given dimension. - Upscaling is disabled in this mode and the original image will be returned - if attempted. - - - - - Stretches the resized image to fit the bounds of its container. - - - - - The target location and size of the resized image has been manually set. - - - - - The resize options for resizing images against certain modes. - - - - - Gets or sets the resize mode. - - - - - Gets or sets the anchor position. - - - - - Gets or sets the center coordinates. - - - - - Gets or sets the target size. - - - - - Gets or sets the sampler to perform the resize operation. - - - - - Gets or sets a value indicating whether to compress - or expand individual pixel colors the value on processing. - - - - - Gets or sets the target rectangle to resize into. - - - - - Gets or sets a value indicating whether to premultiply - the alpha (if it exists) during the resize operation. - - - - - Provides enumeration over how the image should be rotated. - - - - - Do not rotate the image. - - - - - Rotate the image by 90 degrees clockwise. - - - - - Rotate the image by 180 degrees clockwise. - - - - - Rotate the image by 270 degrees clockwise. - - - - - Enumerates the various options which determine how to taper corners - - - - - Taper the left or top corner - - - - - Taper the right or bottom corner - - - - - Taper the both sets of corners - - - - - Enumerates the various options which determine which side to taper - - - - - Taper the left side - - - - - Taper the top side - - - - - Taper the right side - - - - - Taper the bottom side - - - - - Specifies the position in a stream to use for reading. - - - - - Specifies the beginning of a stream. - - - - - Specifies the current position within a stream. - - - - - Provides methods to protect against invalid parameters for a DEBUG build. - - - Provides methods to protect against invalid parameters for a DEBUG build. - - - - - Verifies whether a specific condition is met, throwing an exception if it's false. - - The condition - The error message - - - - Verifies, that the target span is of same size than the 'other' span. - - The element type of the spans - The target span. - The 'other' span to compare 'target' to. - The name of the parameter that is to be checked. - - has a different size than - - - - - Verifies, that the `target` span has the length of 'minSpan', or longer. - - The element type of the spans - The target span. - The 'minSpan' span to compare 'target' to. - The name of the parameter that is to be checked. - - has less items than - - - - - Ensures that the value is not null. - - The target object, which cannot be null. - The name of the parameter that is to be checked. - The type of the value. - is null. - - - - Ensures that the target value is not null, empty, or whitespace. - - The target string, which should be checked against being null or empty. - Name of the parameter. - is null. - is empty or contains only blanks. - - - - Ensures that the specified value is less than a maximum value. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - The type of the value. - - is greater than the maximum value. - - - - - Verifies that the specified value is less than or equal to a maximum value - and throws an exception if it is not. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - The type of the value. - - is greater than the maximum value. - - - - - Verifies that the specified value is greater than a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - The type of the value. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - The type of the value. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value and less than - or equal to a maximum value and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The maximum value. - The name of the parameter that is to be checked. - The type of the value. - - is less than the minimum value of greater than the maximum value. - - - - - Verifies, that the method parameter with specified target value is true - and throws an exception if it is found to be so. - - The target value, which cannot be false. - The name of the parameter that is to be checked. - The error message, if any to add to the exception. - - is false. - - - - - Verifies, that the method parameter with specified target value is false - and throws an exception if it is found to be so. - - The target value, which cannot be true. - The name of the parameter that is to be checked. - The error message, if any to add to the exception. - - is true. - - - - - Verifies, that the `source` span has the length of 'minLength', or longer. - - The element type of the spans. - The source span. - The minimum length. - The name of the parameter that is to be checked. - - has less than items. - - - - - Verifies, that the `source` span has the length of 'minLength', or longer. - - The element type of the spans. - The target span. - The minimum length. - The name of the parameter that is to be checked. - - has less than items. - - - - - Verifies that the 'destination' span is not shorter than 'source'. - - The source element type. - The destination element type. - The source span. - The destination span. - The name of the argument for 'destination'. - - - - Verifies that the 'destination' span is not shorter than 'source'. - - The source element type. - The destination element type. - The source span. - The destination span. - The name of the argument for 'destination'. - - - - Provides methods to protect against invalid parameters. - - - Provides methods to protect against invalid parameters. - - - - - Ensures that the value is a value type. - - The target object, which cannot be null. - The name of the parameter that is to be checked. - The type of the value. - is not a value type. - - - - Ensures that the value is not null. - - The target object, which cannot be null. - The name of the parameter that is to be checked. - The type of the value. - is null. - - - - Ensures that the target value is not null, empty, or whitespace. - - The target string, which should be checked against being null or empty. - Name of the parameter. - is null. - is empty or contains only blanks. - - - - Ensures that the specified value is less than a maximum value. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - The type of the value. - - is greater than the maximum value. - - - - - Verifies that the specified value is less than or equal to a maximum value - and throws an exception if it is not. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - The type of the value. - - is greater than the maximum value. - - - - - Verifies that the specified value is greater than a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - The type of the value. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - The type of the value. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value and less than - or equal to a maximum value and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The maximum value. - The name of the parameter that is to be checked. - The type of the value. - - is less than the minimum value of greater than the maximum value. - - - - - Verifies, that the method parameter with specified target value is true - and throws an exception if it is found to be so. - - The target value, which cannot be false. - The name of the parameter that is to be checked. - The error message, if any to add to the exception. - - is false. - - - - - Verifies, that the method parameter with specified target value is false - and throws an exception if it is found to be so. - - The target value, which cannot be true. - The name of the parameter that is to be checked. - The error message, if any to add to the exception. - - is true. - - - - - Verifies, that the `source` span has the length of 'minLength', or longer. - - The element type of the spans. - The source span. - The minimum length. - The name of the parameter that is to be checked. - - has less than items. - - - - - Verifies, that the `source` span has the length of 'minLength', or longer. - - The element type of the spans. - The target span. - The minimum length. - The name of the parameter that is to be checked. - - has less than items. - - - - - Verifies that the 'destination' span is not shorter than 'source'. - - The source element type. - The destination element type. - The source span. - The destination span. - The name of the argument for 'destination'. - - - - Verifies that the 'destination' span is not shorter than 'source'. - - The source element type. - The destination element type. - The source span. - The destination span. - The name of the argument for 'destination'. - - - - Ensures that the specified value is less than a maximum value. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is less than or equal to a maximum value - and throws an exception if it is not. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is greater than a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value and less than - or equal to a maximum value and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The maximum value. - The name of the parameter that is to be checked. - - is less than the minimum value of greater than the maximum value. - - - - - Ensures that the specified value is less than a maximum value. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is less than or equal to a maximum value - and throws an exception if it is not. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is greater than a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value and less than - or equal to a maximum value and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The maximum value. - The name of the parameter that is to be checked. - - is less than the minimum value of greater than the maximum value. - - - - - Ensures that the specified value is less than a maximum value. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is less than or equal to a maximum value - and throws an exception if it is not. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is greater than a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value and less than - or equal to a maximum value and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The maximum value. - The name of the parameter that is to be checked. - - is less than the minimum value of greater than the maximum value. - - - - - Ensures that the specified value is less than a maximum value. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is less than or equal to a maximum value - and throws an exception if it is not. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is greater than a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value and less than - or equal to a maximum value and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The maximum value. - The name of the parameter that is to be checked. - - is less than the minimum value of greater than the maximum value. - - - - - Ensures that the specified value is less than a maximum value. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is less than or equal to a maximum value - and throws an exception if it is not. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is greater than a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value and less than - or equal to a maximum value and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The maximum value. - The name of the parameter that is to be checked. - - is less than the minimum value of greater than the maximum value. - - - - - Ensures that the specified value is less than a maximum value. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is less than or equal to a maximum value - and throws an exception if it is not. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is greater than a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value and less than - or equal to a maximum value and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The maximum value. - The name of the parameter that is to be checked. - - is less than the minimum value of greater than the maximum value. - - - - - Ensures that the specified value is less than a maximum value. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is less than or equal to a maximum value - and throws an exception if it is not. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is greater than a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value and less than - or equal to a maximum value and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The maximum value. - The name of the parameter that is to be checked. - - is less than the minimum value of greater than the maximum value. - - - - - Ensures that the specified value is less than a maximum value. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is less than or equal to a maximum value - and throws an exception if it is not. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is greater than a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value and less than - or equal to a maximum value and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The maximum value. - The name of the parameter that is to be checked. - - is less than the minimum value of greater than the maximum value. - - - - - Ensures that the specified value is less than a maximum value. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is less than or equal to a maximum value - and throws an exception if it is not. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is greater than a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value and less than - or equal to a maximum value and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The maximum value. - The name of the parameter that is to be checked. - - is less than the minimum value of greater than the maximum value. - - - - - Ensures that the specified value is less than a maximum value. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is less than or equal to a maximum value - and throws an exception if it is not. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is greater than a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value and less than - or equal to a maximum value and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The maximum value. - The name of the parameter that is to be checked. - - is less than the minimum value of greater than the maximum value. - - - - - Ensures that the specified value is less than a maximum value. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is less than or equal to a maximum value - and throws an exception if it is not. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is greater than a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value and less than - or equal to a maximum value and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The maximum value. - The name of the parameter that is to be checked. - - is less than the minimum value of greater than the maximum value. - - - - - Ensures that the specified value is less than a maximum value. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is less than or equal to a maximum value - and throws an exception if it is not. - - The target value, which should be validated. - The maximum value. - The name of the parameter that is to be checked. - - is greater than the maximum value. - - - - - Verifies that the specified value is greater than a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value - and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The name of the parameter that is to be checked. - - is less than the minimum value. - - - - - Verifies that the specified value is greater than or equal to a minimum value and less than - or equal to a maximum value and throws an exception if it is not. - - The target value, which should be validated. - The minimum value. - The maximum value. - The name of the parameter that is to be checked. - - is less than the minimum value of greater than the maximum value. - - - - - Helper methods to throw exceptions - - - - - Throws an when fails. - - - - - Throws an when fails. - - - - - Throws an when fails. - - - - - Throws an when fails. - - - - - Throws an when fails. - - - - - Throws an when fails. - - - - - Throws an when fails. - - - - - Throws an when fails. - - - - - Throws a new . - - The message to include in the exception. - The argument name. - Thrown with and . - - - - Throws a new . - - The argument name. - The message to include in the exception. - Thrown with and . - - - - Throws a new . - - The argument name. - The message to include in the exception. - Thrown with and . - - - - Provides single-precision floating point constants and static methods for trigonometric, logarithmic, and other common mathematical functions. - - MathF emulation on platforms that don't support it natively. - - - - Represents the ratio of the circumference of a circle to its diameter, specified by the constant, π. - - - - - Returns the absolute value of a single-precision floating-point number. - - - A number that is greater than or equal to , but less than or equal to . - - - A single-precision floating-point number, x, such that 0 ≤ x ≤. - - - - - Returns the angle whose tangent is the quotient of two specified numbers. - - The y coordinate of a point. - The x coordinate of a point. - - An angle, θ, measured in radians, such that -π≤θ≤π, and tan(θ) = y / x, where - (x, y) is a point in the Cartesian plane. Observe the following: For (x, y) in - quadrant 1, 0 < θ < π/2.For (x, y) in quadrant 2, π/2 < θ≤π.For (x, y) in quadrant - 3, -π < θ < -π/2.For (x, y) in quadrant 4, -π/2 < θ < 0.For points on the boundaries - of the quadrants, the return value is the following:If y is 0 and x is not negative, - θ = 0.If y is 0 and x is negative, θ = π.If y is positive and x is 0, θ = π/2.If - y is negative and x is 0, θ = -π/2.If y is 0 and x is 0, θ = 0. If x or y is - , or if x and y are either or - , the method returns . - - - - - Returns the smallest integral value that is greater than or equal to the specified single-precision floating-point number. - - A single-precision floating-point number. - - The smallest integral value that is greater than or equal to . - If is equal to , , - or , that value is returned. - Note that this method returns a instead of an integral type. - - - - - Returns the cosine of the specified angle. - - An angle, measured in radians. - - The cosine of . If is equal to , , - or , this method returns . - - - - - Returns e raised to the specified power. - - A number specifying a power. - - The number e raised to the power . - If equals or , that value is returned. - If equals , 0 is returned. - - - - - Returns the largest integer less than or equal to the specified single-precision floating-point number. - - A single-precision floating-point number. - - The largest integer less than or equal to . - If is equal to , , - or , that value is returned. - - - - - Returns the larger of two single-precision floating-point numbers. - - The first of two single-precision floating-point numbers to compare. - The second of two single-precision floating-point numbers to compare. - - Parameter or , whichever is larger. - If , or , or both and are - equal to , is returned. - - - - - Returns the smaller of two single-precision floating-point numbers. - - The first of two single-precision floating-point numbers to compare. - The second of two single-precision floating-point numbers to compare. - - Parameter or , whichever is smaller. - If , , or both and are equal - to , is returned. - - - - - Returns a specified number raised to the specified power. - - A single-precision floating-point number to be raised to a power. - A single-precision floating-point number that specifies a power. - The number raised to the power . - - - - Rounds a single-precision floating-point value to the nearest integral value. - - A single-precision floating-point number to be rounded. - - The integer nearest . - If the fractional component of is halfway between two integers, one of which is even and the other odd, then the even number is returned. - Note that this method returns a instead of an integral type. - - - - - Rounds a single-precision floating-point value to the nearest integer. - A parameter specifies how to round the value if it is midway between two numbers. - - A single-precision floating-point number to be rounded. - Specification for how to round if it is midway between two other numbers. - - The integer nearest . If is halfway between two integers, one of which is even - and the other odd, then determines which of the two is returned. - Note that this method returns a instead of an integral type. - - - is not a valid value of . - - - - Returns the sine of the specified angle. - - An angle, measured in radians. - - The sine of . - If is equal to , , - or , this method returns . - - - - - Returns the square root of a specified number. - - The number whose square root is to be found. - - One of the values in the following table. - parameter Return value Zero or positive The positive square root of . - Negative Equals - Equals - . - - - - diff --git a/Assets/Raindrop/Core/IMTextManager.cs b/Assets/Raindrop/Core/IMTextManager.cs index c75c140..329c1c7 100644 --- a/Assets/Raindrop/Core/IMTextManager.cs +++ b/Assets/Raindrop/Core/IMTextManager.cs @@ -31,7 +31,6 @@ using Newtonsoft.Json; //using System.Web.Script.Serialization; using System.Collections.Generic; using UnityEngine; -using Color = SixLabors.ImageSharp.Color; namespace Raindrop { diff --git a/Assets/Raindrop/Core/Settings.cs b/Assets/Raindrop/Core/Settings.cs index eac5c8e..d5c7439 100644 --- a/Assets/Raindrop/Core/Settings.cs +++ b/Assets/Raindrop/Core/Settings.cs @@ -39,8 +39,6 @@ using OpenMetaverse.StructuredData; //using System.Web.Script.Serialization; using Newtonsoft.Json; using System.ComponentModel; -using SixLabors.ImageSharp; -using Color = SixLabors.ImageSharp.Color; using Formatting = System.Xml.Formatting; //using Font = Catnip.Drawing.Font; using Logger = OpenMetaverse.Logger; @@ -163,11 +161,6 @@ namespace Raindrop //[JsonIgnore] //public Font Font; - [JsonIgnore] - public Color ForeColor; - - [JsonIgnore] - public Color BackColor; public String Name; diff --git a/Assets/Raindrop/Disk/ReadWrite.cs b/Assets/Raindrop/Disk/ReadWrite.cs index cd49daf..46037a1 100644 --- a/Assets/Raindrop/Disk/ReadWrite.cs +++ b/Assets/Raindrop/Disk/ReadWrite.cs @@ -1,5 +1,4 @@ -using SixLabors.ImageSharp; -using System; +using System; using System.Collections.Generic; using System.IO; using System.Linq; @@ -77,12 +76,6 @@ namespace Raindrop.Disk - public static bool SaveTextureToFile(Image image) - { - - //image.Save(outputStream, format); - return true; - } } } diff --git a/Assets/Raindrop/Imaging.cs b/Assets/Raindrop/Imaging.cs index d2693ef..233b0f3 100644 --- a/Assets/Raindrop/Imaging.cs +++ b/Assets/Raindrop/Imaging.cs @@ -4,16 +4,5 @@ namespace Raindrop { static public class Imaging { - public static Texture2D LoadT2DWithoutMipMaps(byte[] thebytes) - { - var texture = new Texture2D(1, 1, TextureFormat.ARGB32, false); // impt there is a jobs bug here - var loaderSettings = AsyncImageLoader.LoaderSettings.Default; - loaderSettings.generateMipmap = false; // impt there is a bug here - - // Use hacky LoaderSettings - var loadSuccess = AsyncImageLoader.LoadImage(texture, thebytes, loaderSettings); - - return texture; - } } } \ No newline at end of file diff --git a/Assets/Raindrop/Render/TerrainSplat.cs b/Assets/Raindrop/Render/TerrainSplat.cs index 6578916..3bc5a6d 100644 --- a/Assets/Raindrop/Render/TerrainSplat.cs +++ b/Assets/Raindrop/Render/TerrainSplat.cs @@ -386,7 +386,7 @@ namespace Raindrop.Rendering if (state == TextureRequestState.Finished && assetTexture?.AssetData != null) { Texture2D img; - img = Imaging.LoadT2DWithoutMipMaps(assetTexture.AssetData); + img = T2D.LoadT2DWithoutMipMaps(assetTexture.AssetData); detailTexture[i] = (Texture2D)img; } textureDone.Set(); diff --git a/Assets/Tests/ImagingTests/ImagingTests.cs b/Assets/Tests/ImagingTests/ImagingTests.cs index 6bd0297..2996ff6 100644 --- a/Assets/Tests/ImagingTests/ImagingTests.cs +++ b/Assets/Tests/ImagingTests/ImagingTests.cs @@ -3,6 +3,7 @@ using System.Collections; using System.Collections.Generic; using System.IO; using NUnit.Framework; +using OpenMetaverse.Imaging; using UnityEditor; using UnityEngine; using UnityEngine.TestTools; @@ -46,11 +47,12 @@ namespace Raindrop.Tests.ImagingTests [Test] public void readBytes_ImagePath() { - Assert.True(BetterStreamingAssets.FileExists(_inputImageSubPath)); + BetterStreamingAssets.Initialize(); //fuck, this is easy to forget. + Assert.True(BetterStreamingAssets.FileExists(_inputImageSubPath), "SA file not exist : \n " + _inputImageSubPath); byte[] thebytes = BetterStreamingAssets.ReadAllBytes(_inputImageSubPath); - Assert.True(thebytes.Length > 0); + Assert.True(thebytes.Length > 0, "File is empty size"); } //can read and decode the jp2 from streamingassets. then save to local caching directory. @@ -67,7 +69,7 @@ namespace Raindrop.Tests.ImagingTests Assert.True(thebytes.Length > 0); - var texture = Raindrop.Imaging.LoadT2DWithoutMipMaps(thebytes); + var texture = T2D.LoadT2DWithoutMipMaps(thebytes); Assert.True(texture.height > 5); //todo so arbitrary