Public API Changes in Aspose.Imaging 2.4.0

Raw Data Control Properties Added to RasterImage Class

We have added several properties to RasterImage class in order assist with the Raw Data Processing. Details of these properties are as follow,

  1. Property Aspose.Imaging.RasterImage.IsRawDataAvailable determines if raw data processing can be performed. If this property returns false you should not use any of the further properties or raw data methods otherwise you are not guaranteed to get the correct results.
  2. Property Aspose.Imaging.RasterImage.RawCustomColorConverter specifies the custom color converter.
  3. Property Aspose.Imaging.RasterImage.RawDataFormat defines the raw data pixel layout of the initial image.
  4. Property Aspose.Imaging.RasterImage.RawDataSettings defines the whole raw data settings of the initial image.
  5. Property Aspose.Imaging.RasterImage.RawDitheringMethod specifies the raw data dithering method.
  6. Property Aspose.Imaging.RasterImage.RawFallbackIndex should be used for the indexed RGB raw data conversion.
  7. Property Aspose.Imaging.RasterImage.RawIndexedColorConverter specifies the indexed color converter.
  8. Property Aspose.Imaging.RasterImage.RawLineSize shows the raw pixel data row size in bytes.

Below provided code demonstrates the usage for a few of aforesaid properties,

C#

 using (RasterImage image = (RasterImage)Aspose.Imaging.Image.Load(path))

{

    // convert images supporting raw data processing.

    if (image.IsRawDataAvailable)

    {

        // set the fallback index to 3 palette entry.

        image.RawFallbackIndex = 3;

        // ensure palette conversion is used on the image.

        image.RawDitheringMethod = DitheringMethods.PaletteConversion;

        // the image will be converted according to above settings.

        image.Save(outputPath);

    }

}

Visual Basic

 Using image As RasterImage = CType(Aspose.Imaging.Image.Load(path), RasterImage)

	' convert images supporting raw data processing.

	If image.IsRawDataAvailable Then

		' set the fallback index to 3 palette entry.

		image.RawFallbackIndex = 3

		' ensure palette conversion is used on the image.

		image.RawDitheringMethod = DitheringMethods.PaletteConversion

		' the image will be converted according to above settings.

		image.Save(outputPath)

	End If

End Using

Class PixelDataFormat Added

Class Aspose.Imaging.PixelDataFormat added with v2.4, is used to specify the format of pixel data layout. The class contains several useful properties to determine the data layout,

  1. Property Aspose.Imaging.PixelDataFormat.PixelFormat returns the color space used. As of v2.4 the following properties are available: Grayscale, RGB, YCbCr, CMYK, YCCK.
  2. Property Aspose.Imaging.PixelDataFormat.BitsPerPixel returns the total bits per pixel number.
  3. Property Aspose.Imaging.PixelDataFormat.ChannelsCount returns the number of channels used per pixel.
  4. Property Aspose.Imaging.PixelDataFormat.ChannelBits returns the bits counts for each channel.

To instantinate the PixelDataFormat you need to use one of the static properties available (as of v2.4), each of which determines the specific pixel data layout.

  1. Rgb32Bpp
  2. CMYK
  3. Rgb24Bpp
  4. Rgb16Bpp555
  5. RgbIndexed8Bpp
  6. RgbIndexed4Bpp
  7. RgbIndexed2Bpp
  8. RgbIndexed1Bpp
  9. YCbCr
  10. Grayscale
  11. Ycck

We will keep on adding new static properties when new raw data formats will be available.

Interface IPartialRawDataLoader added

Interface Aspose.Imaging.IPartialRawDataLoader has been added with Aspose.Imaging v2.4 in order to assist with the raw data processing. It allows loading of raw data by blocks similar to IPartialPixelLoader interface allowing loading of pixel data by blocks.

C#

 /// <summary>

/// The raw data loader.

/// </summary>

private class MyLoader : IPartialRawDataLoader

{

    /// <summary>

    /// Processes the loaded data.

    /// </summary>

    /// <param name="rectangle">The data rectangle.</param>

    /// <param name="data">The raw data.</param>

    /// <param name="start">The start data point. If not equal to (left,top) meaning that it is not full rectangle we have.</param>

    /// <param name="end">The end data point. If not equal to (right,bottom) meaning that it is not full rectangle we have.</param>

    public void Process(Rectangle rectangle, byte[] data, Point start, Point end)

    {

        // perform pixel processing.

    }

}

/// <summary>

/// Loads the data.

/// </summary>

/// <param name="path">The image path.</param>

public static void LoadData(string path)

{

    using (RasterImage image = (RasterImage)Aspose.Imaging.Image.Load(path))

    {

        // loads raw data if possible partially.

        if (image.IsRawDataAvailable)

        {

            image.LoadRawData(image.Bounds, image.RawDataSettings, new MyLoader());

        }

    }

}

Visual Basic

 ''' <summary>

''' The raw data loader.

''' </summary>

Private Class MyLoader

	Implements IPartialRawDataLoader

	''' <summary>

	''' Processes the loaded data.

	''' </summary>

	''' <param name="rectangle">The data rectangle.</param>

	''' <param name="data">The raw data.</param>

	''' <param name="start">The start data point. If not equal to (left,top) meaning that it is not full rectangle we have.</param>

	''' <param name="end">The end data point. If not equal to (right,bottom) meaning that it is not full rectangle we have.</param>

	Public Sub Process(ByVal rectangle As Rectangle, ByVal data() As Byte, ByVal start As Point, ByVal [end] As Point)

		' perform pixel processing.

	End Sub

End Class

''' <summary>

''' Loads the data.

''' </summary>

''' <param name="path">The image path.</param>

Public Shared Sub LoadData(ByVal path As String)

	Using image As RasterImage = CType(Aspose.Imaging.Image.Load(path), RasterImage)

		' loads raw data if possible partially.

		If image.IsRawDataAvailable Then

			image.LoadRawData(image.Bounds, image.RawDataSettings, New MyLoader())

		End If

	End Using

End Sub

Interface IIndexedColorConverter added

Interface Aspose.Imaging.IIndexedColorConverter has been added with Aspose.Imaging v2.4 to assist with raw data processing for Index Color Conversion.

Interface IColorConverter added

Interface Aspose.Imaging.IColorConverter has been added with Aspose.Imaging v2.4 to assist with raw data processing for RGB Color Conversion.

Interface IRasterImageRawDataLoader Added

Interface Aspose.Imaging.IRasterImageRawDataLoader has been added into Aspose.Imaging v2.4 to assist with raw data processing. It allows loading of raw data by using the LoadRawData method and returns the RawDataSettings property value.

Interface IRasterImagePixelLoader Added

Interface Aspose.Imaging.IRasterImagePixelLoader added with v2.4, identifies an object capable of partial pixel loading.

C#

 using (Image image = Aspose.Imaging.Image.Load(path))

{

  // determine if partial pixel loading is possible.

  IRasterImagePixelLoader loader = image as IRasterImagePixelLoader;

}

Visual Basic

 Using image As Image = Aspose.Imaging.Image.Load(path)

  ' determine if partial pixel loading is possible.

  Dim loader As IRasterImagePixelLoader = TryCast(image, IRasterImagePixelLoader)

End Using

GifImageException Class Added

The GifImageException class has been added to Aspose.Imaging.Exceptions.ImageFormats namespace in order to handle errors triggered due to GIF file format.

C#

 try

{

    using (Image image = Image.Load(fileName + ".gif"))

    {

    }

}

catch (GifImageException ex)

{

    ...

}

Visual Basic

 Try

	Using image As Image = Image.Load(fileName & ".gif")

	End Using

Catch ex As GifImageException

	...

End Try

Enum JfifDensityUnits Added

A new enumeration by the name of JfifDensityUnits has been added to the Aspose.Imaging.FileFormats.Jpeg namespace. The possible values and their descriptions are provided below,

  1. JfifDensityUnits.NoUnits - No units, Density properties just state pixel proportions.
  2. JfifDensityUnits.PixelsPerCm - Pixels per centimeter
  3. JfifDensityUnits.PixelsPerInch - Pixels per inch

Enum Field ExifFileSource.Others Added

A new field for EXIF 2.3 specification added to the ExifFileSource enumeration.

C#

 using (JpegImage image = (JpegImage)Image.Load(fileName))

{

    image.ExifData.FileSource = ExifFileSource.Others;

    ...

}

Visual Basic

 Using image As JpegImage = CType(Image.Load(fileName), JpegImage)

	image.ExifData.FileSource = ExifFileSource.Others

	...

End Using

Enum Field ExifProperties.PhotographicSensitivity Added

A new field by the name of PhotographicSensitivity has been added to {ExifProperties}} enumeration for EXIF 2.3 specification.

C#

 using (TiffImage image = (TiffImage)Image.Load(fileName))

{

    TiffDataType tiffDataType = image.ExifData.Properties[(int)ExifProperties.PhotographicSensitivity];

    ...

}

Visual Basic

 Using image As TiffImage = CType(Image.Load(fileName), TiffImage)

	Dim tiffDataType As TiffDataType = image.ExifData.Properties(CInt(Fix(ExifProperties.PhotographicSensitivity)))

	...

End Using

Enum Field JpegCompressionColorMode.Grayscale Added

A new field by the name of Grayscale has been added to {JpegCompressionColorMode}} enumeration for setting compression color mode for grayscale images.

C#

 JpegOptions  options = new JpegOptions();

options.ColorType = JpegCompressionColorMode.Grayscale;

Visual Basic

 Dim options As New JpegOptions()

options.ColorType = JpegCompressionColorMode.Grayscale

Enum Field JpegCompressionColorMode.Ycck Added

A new field by the name of Ycck has been added to {JpegCompressionColorMode}} enumeration for setting compression color mode for Ycck images.

C#

 JpegOptions  options = new JpegOptions();

options.ColorType = JpegCompressionColorMode.Ycck;

Visual Basic

 Dim options As New JpegOptions()

options.ColorType = JpegCompressionColorMode.Ycck

CadCallout, CadCalloutData, CadCalloutLeader and CadCalloutLine Classes Added

The CadCallout, CadCalloutData, CadCalloutLeader & CadCalloutLine classes have been added to the Aspose.Imaging.FileFormats.Cad.CadObjects namespace.

C#

 using (Image image = Image.Load(fileName))

{

    CadImage cadImage = (CadImage)image;

    CadCallout cadCallout = cadImage.Entities[0] as CadCallout;

    CadCalloutData cadCalloutData = cadCallout.CalloutData;

    CadCalloutLeader cadCalloutLeader = cadCalloutData.Leader;

    CadCalloutLine cadCalloutLine = cadCalloutLeader.LeaderLine;

     ...

}

Visual Basic

 Using image As Image = Image.Load(fileName)

	Dim cadImage As CadImage = CType(image, CadImage)

	Dim cadCallout As CadCallout = TryCast(cadImage.Entities(0), CadCallout)

	Dim cadCalloutData As CadCalloutData = cadCallout.CalloutData

	Dim cadCalloutLeader As CadCalloutLeader = cadCalloutData.Leader

	Dim cadCalloutLine As CadCalloutLine = cadCalloutLeader.LeaderLine

	...

End Using

CadPolylineBase, CadLwPolyline, CadPolyline and CadPolyline3D Classes Added

The CadPolylineBase, CadLwPolyline, CadPolyline & CadPolyline3D classes have been added to the Aspose.Imaging.FileFormats.Cad.CadObjects namespace.

C#

 using (Image image = Image.Load(fileName))

{

    CadImage cadImage = (CadImage)image;

    CadPolylineBase cadPolylineBase = cadImage.Entities[0] as CadPolylineBase;

    CadLwPolyline cadLwPolyline= cadImage.Entities[1] as CadLwPolyline;

    CadPolyline cadPolyline = cadImage.Entities[2] as CadPolyline;

    CadPolyline3D cadPolyline3D = cadImage.Entities[3] as CadPolyline3D;

    ...

}

Visual Basic

 Using image As Image = Image.Load(fileName)

	Dim cadImage As CadImage = CType(image, CadImage)

	Dim cadPolylineBase As CadPolylineBase = TryCast(cadImage.Entities(0), CadPolylineBase)

	Dim cadLwPolyline As CadLwPolyline= TryCast(cadImage.Entities(1), CadLwPolyline)

	Dim cadPolyline As CadPolyline = TryCast(cadImage.Entities(2), CadPolyline)

	Dim cadPolyline3D As CadPolyline3D = TryCast(cadImage.Entities(3), CadPolyline3D)

	...

End Using

Cad2DVertex and Cad3DVertex Classes Added

The Cad2DVertex & Cad3DVertex classes have been added to the Aspose.Imaging.FileFormats.Cad.CadObjects namespace.

C#

 using (Image image = Image.Load(fileName))

{

     CadImage cadImage = (CadImage)image;

     Cad2DVertex сad2DVertex = cadImage.Entities[0] as Cad2DVertex;

     Cad3DVertex сad3DVertex = cadImage.Entities[1] as Cad3DVertex;

     ...

}

Visual Basic

 Using image As Image = Image.Load(fileName)

	 Dim cadImage As CadImage = CType(image, CadImage)

	 Dim сad2DVertex As Cad2DVertex = TryCast(cadImage.Entities(0), Cad2DVertex)

	 Dim сad3DVertex As Cad3DVertex = TryCast(cadImage.Entities(1), Cad3DVertex)

	 ...

End Using

CadAlignedDimension Class Added

The CadAlignedDimension class has been added to the Aspose.Imaging.FileFormats.Cad.CadObjects namespace.

C#

 using (Image image = Image.Load(fileName))

{

    CadImage cadImage = (CadImage)image;

    CadAlignedDimension cadAlignedDimension = cadImage.Entities[0] as CadAlignedDimension;

    ...

}

Visual Basic

 Using image As Image = Image.Load(fileName)

	Dim cadImage As CadImage = CType(image, CadImage)

	Dim cadAlignedDimension As CadAlignedDimension = TryCast(cadImage.Entities(0), CadAlignedDimension)

	...

End Using

CadAngularDimension Class Added

The CadAngularDimension class has been added to the Aspose.Imaging.FileFormats.Cad.CadObjects namespace.

C#

 using (Image image = Image.Load(fileName))

{

     CadImage cadImage = (CadImage)image;

     CadAngularDimension cadAngularDimension = cadImage.Entities\[0\] as CadAngularDimension;

     ...

}

Visual Basic

 Using image As Image = Image.Load(fileName)

	 Dim cadImage As CadImage = CType(image, CadImage)

	 Dim cadAngularDimension As CadAngularDimension = cadImage.Entities\TryCast((0\), CadAngularDimension)

	 ...

End Using

CadDiametricDimension Class Added

The CadDiametricDimension class has been added to the Aspose.Imaging.FileFormats.Cad.CadObjects namespace.

C#

 using (Image image = Image.Load(fileName))

{

     CadImage cadImage = (CadImage)image;

     CadDiametricDimension cadDiametricDimension = cadImage.Entities[0] as CadDiametricDimension;

     ...

}

Visual Basic

 Using image As Image = Image.Load(fileName)

	 Dim cadImage As CadImage = CType(image, CadImage)

	 Dim cadDiametricDimension As CadDiametricDimension = TryCast(cadImage.Entities(0), CadDiametricDimension)

	 ...

End Using

CadHelix Class Added

The CadHelix class has been added to the Aspose.Imaging.FileFormats.Cad.CadObjects namespace.

C#

 using (Image image = Image.Load(fileName))

{

     CadImage cadImage = (CadImage)image;

     CadHelix cadHelix = cadImage.Entities[0] as CadHelix;

     ...

}

Visual Basic

 Using image As Image = Image.Load(fileName)

	 Dim cadImage As CadImage = CType(image, CadImage)

	 Dim cadHelix As CadHelix = TryCast(cadImage.Entities(0), CadHelix)

	 ...

End Using

CadInsertObject Class Added

The CadInsertObject class has been added to the Aspose.Imaging.FileFormats.Cad.CadObjects namespace.

C#

 using (Image image = Image.Load(fileName))

{

     CadImage cadImage = (CadImage)image;

     CadInsertObject cadInsertObject = cadImage.Entities[0] as CadInsertObject;

     ...

}

Visual Basic

 Using image As Image = Image.Load(fileName)

	 Dim cadImage As CadImage = CType(image, CadImage)

	 Dim cadInsertObject As CadInsertObject = TryCast(cadImage.Entities(0), CadInsertObject)

	 ...

End Using

CadLine Class Added

The CadLine class has been added to the Aspose.Imaging.FileFormats.Cad.CadObjects namespace.

C#

 using (Image image = Image.Load(fileName))

{

     CadImage cadImage = (CadImage)image;

     CadLine cadLine = cadImage.Entities[0] as CadLine;

     ...

}

Visual Basic

 Using image As Image = Image.Load(fileName)

	 Dim cadImage As CadImage = CType(image, CadImage)

	 Dim cadLine As CadLine = TryCast(cadImage.Entities(0), CadLine)

	 ...

End Using

CadMesh Class Added

The CadMesh class has been added to the Aspose.Imaging.FileFormats.Cad.CadObjects namespace.

C#

 using (Image image = Image.Load(fileName))

{

     CadImage cadImage = (CadImage)image;

     CadMesh cadEntity = cadImage.Entities[0] as CadMesh;

     ...

}

Visual Basic

 Using image As Image = Image.Load(fileName)

	 Dim cadImage As CadImage = CType(image, CadImage)

	 Dim cadEntity As CadMesh = TryCast(cadImage.Entities(0), CadMesh)

	 ...

End Using

CadRadialDimension Class Added

The CadRadialDimension class has been added to the Aspose.Imaging.FileFormats.Cad.CadObjects namespace.

C#

 using (Image image = Image.Load(fileName))

{

     CadImage cadImage = (CadImage)image;

     CadRadialDimension cadEntity = cadImage.Entities[0] as CadRadialDimension;

     ...

}

Visual Basic

 Using image As Image = Image.Load(fileName)

	 Dim cadImage As CadImage = CType(image, CadImage)

	 Dim cadEntity As CadRadialDimension = TryCast(cadImage.Entities(0), CadRadialDimension)

	 ...

End Using

CadRotatedDimension Class Added

The CadRotatedDimension class has been added to the Aspose.Imaging.FileFormats.Cad.CadObjects namespace.

C#

 using (Image image = Image.Load(fileName))

{

     CadImage cadImage = (CadImage)image;

     CadRotatedDimension cadRotatedDimension = cadImage.Entities[0] as CadRotatedDimension;

     ...

}

Visual Basic

 Using image As Image = Image.Load(fileName)

	 Dim cadImage As CadImage = CType(image, CadImage)

	 Dim cadRotatedDimension As CadRotatedDimension = TryCast(cadImage.Entities(0), CadRotatedDimension)

	 ...

End Using

CadTableEntity Class Added

The CadTableEntity class has been added to the Aspose.Imaging.FileFormats.Cad.CadObjects namespace.

C#

 using (Image image = Image.Load(fileName))

{

     CadImage cadImage = (CadImage)image;

     CadTableEntity cadEntity = cadImage.Entities[0] as CadTableEntity;

     ...

}

Visual Basic

 Using image As Image = Image.Load(fileName)

	 Dim cadImage As CadImage = CType(image, CadImage)

	 Dim cadEntity As CadTableEntity = TryCast(cadImage.Entities(0), CadTableEntity)

	 ...

End Using

CadViewport Class Added

The CadViewport class has been added to the Aspose.Imaging.FileFormats.Cad.CadObjects namespace.

C#

 using (Image image = Image.Load(fileName))

{

     CadImage cadImage = (CadImage)image;

     CadViewport cadViewport = cadImage.Entities[0] as CadViewport;

     ...

}

Visual Basic

 Using image As Image = Image.Load(fileName)

	 Dim cadImage As CadImage = CType(image, CadImage)

	 Dim cadViewport As CadViewport = TryCast(cadImage.Entities(0), CadViewport)

	 ...

End Using

Modified Cad Object Properties Types

Changed the Cad special data types (such as CadShortParameter) of the Cad objects properties.

 CadAttDef cadAttDef;

short length;

// was:

length = cadAttDef.FieldLength.Value;

// now

length = cadAttDef.FieldLength;  // access without ".Value"

CadAttDef

CadShortParameter to short:

  • CadAttDef.FieldLength
  • CadAttDef.Flags
  • CadAttDef.GenerationFlag
  • CadAttDef.HorizontalAlignment
  • CadAttDef.VerticalJustification

CadStringParameter to string:

  • CadAttDef.Id
  • CadAttDef.PromptString

CadDoubleParameter to double:

  • CadAttDef.ObliqueAngle
  • CadAttDef.ScaleX
  • CadAttDef.Thickness

CadBlockEntity

CadShortParameter to short:

  • CadBlockEntity.Flags

CadHatchBoundaryPathContainer

CadParameter to short:

  • CadHatchBoundaryPathContainer.EdgeType

CadParameter to int:

  • CadHatchBoundaryPathContainer.BoundaryObjectCount

CadMultiLine

CadShortParameter to short:

  • CadMultiLine.NumberOfStyleElements
  • CadMultiLine.NumberOfVertices

CadStringParameter to string:

  • CadMultiLine.StyleName

CadLayerTable

CadShortParameter to short:

  • CadDimensionStyleTable.ColorId
  • CadDimensionStyleTable.Flags
  • CadDimensionStyleTable.LineWeight

CadStringParameter to string:

  • CadDimensionStyleTable.LineTypeName
  • CadDimensionStyleTable.MaterialHanlde
  • CadDimensionStyleTable.Name
  • CadDimensionStyleTable.PlotStyleHandle

CadBoolParameter to bool:

  • CadDimensionStyleTable.PlotFlag

CadDimensionStyleTable

CadShortParameter to short:

  • CadDimensionStyleTable.Dimadec
  • CadDimensionStyleTable.Dimalt
  • CadDimensionStyleTable.Dimaltd
  • CadDimensionStyleTable.Dimaltf
  • CadDimensionStyleTable.Dimaltrnd
  • CadDimensionStyleTable.Dimalttd
  • CadDimensionStyleTable.Dimalttz
  • CadDimensionStyleTable.Dimaltu
  • CadDimensionStyleTable.Dimaltz
  • CadDimensionStyleTable.Dimapost
  • CadDimensionStyleTable.Dimasz
  • CadDimensionStyleTable.Dimatfit
  • CadDimensionStyleTable.Dimaunit
  • CadDimensionStyleTable.Dimazin
  • CadDimensionStyleTable.Dimblk
  • CadDimensionStyleTable.Dimblk1
  • CadDimensionStyleTable.Dimblk2
  • CadDimensionStyleTable.Dimcen
  • CadDimensionStyleTable.Dimclrd
  • CadDimensionStyleTable.Dimclre
  • CadDimensionStyleTable.Dimclrt
  • CadDimensionStyleTable.Dimdec
  • CadDimensionStyleTable.Dimdsep
  • CadDimensionStyleTable.Dimfit
  • CadDimensionStyleTable.Dimfrac
  • CadDimensionStyleTable.Dimjust
  • CadDimensionStyleTable.Dimlim
  • CadDimensionStyleTable.Dimlunit
  • CadDimensionStyleTable.Dimlwd
  • CadDimensionStyleTable.Dimlwe
  • CadDimensionStyleTable.Dimsah
  • CadDimensionStyleTable.Dimsd1
  • CadDimensionStyleTable.Dimsd2
  • CadDimensionStyleTable.Dimse1
  • CadDimensionStyleTable.Dimse2
  • CadDimensionStyleTable.Dimsoxd
  • CadDimensionStyleTable.Dimtad
  • CadDimensionStyleTable.Dimtdec
  • CadDimensionStyleTable.Dimtih
  • CadDimensionStyleTable.Dimtix
  • CadDimensionStyleTable.Dimtmove
  • CadDimensionStyleTable.Dimtofl
  • CadDimensionStyleTable.Dimtoh
  • CadDimensionStyleTable.Dimtol
  • CadDimensionStyleTable.Dimtolj
  • CadDimensionStyleTable.Dimtzin
  • CadDimensionStyleTable.Dimunit
  • CadDimensionStyleTable.Dimupt
  • CadDimensionStyleTable.Dimzin
  • CadDimensionStyleTable.StandardFlag

CadStringParameter to string:

  • CadDimensionStyleTable.Dimldrblk
  • CadDimensionStyleTable.Dimpost
  • CadDimensionStyleTable.Dimtxsty

CadDoubleParameter to double:

  • CadDimensionStyleTable.Dimdle
  • CadDimensionStyleTable.Dimdli
  • CadDimensionStyleTable.Dimexe
  • CadDimensionStyleTable.Dimexo
  • CadDimensionStyleTable.Dimgap
  • CadDimensionStyleTable.Dimlfac
  • CadDimensionStyleTable.Dimrnd
  • CadDimensionStyleTable.Dimscale
  • CadDimensionStyleTable.Dimtfac
  • CadDimensionStyleTable.Dimtm
  • CadDimensionStyleTable.Dimtp
  • CadDimensionStyleTable.Dimtsz
  • CadDimensionStyleTable.Dimtvp
  • CadDimensionStyleTable.Dimtxt

CadLineTypeTableObject

CadShortParameter to short:

  • CadLineTypeTableObject.AlignmentCode
  • CadLineTypeTableObject.Flags
  • CadLineTypeTableObject.NumberOfLinetypeElements

CadStringParameter to string:

  • CadLineTypeTableObject.Description
  • CadLineTypeTableObject.Name

CadDoubleParameter to double:

  • CadLineTypeTableObject.PatternLength

TiffStream Class Methods Renamed

Following methods of the Aspose.Imaging.FileFormats.Tiff.FileManagement.TiffStream class have been renamed,

  • ProcessReadDataShorts(System.Byte[]) to ProcessReadDataShort(System.Byte[])
  • ProcessReadDataUShorts(System.Byte[]) to ProcessReadDataUShort(System.Byte[])

Added Prefixes Indicating the Types of the Parameters:

ProcessWriteData Overrides:

  • ProcessWriteDataDouble(System.Double[],System.Byte[])
  • ProcessWriteDataFloat(System.Single[],System.Byte[])
  • ProcessWriteDataLong(System.Int32[],System.Byte[])
  • ProcessWriteDataRational(Aspose.Imaging.FileFormats.Tiff.TiffRational[],System.Byte[])
  • ProcessWriteDataShort(System.Int16[],System.Byte[])
  • ProcessWriteDataULong(System.UInt32[],System.Byte[])
  • ProcessWriteDataUShort(System.UInt16[],System.Byte[])

Read Array Methods:

  • ReadDoubleArrayInt32(System.Int32)
  • ReadDoubleArrayUInt32(System.UInt32)
  • ReadFloatArrayInt32(System.Int32)
  • ReadFloatArrayUInt32(System.UInt32)
  • ReadRationalArrayInt32(System.Int32)
  • ReadRationalArrayUInt32(System.UInt32)
  • ReadSByteArrayInt32(System.Int32)
  • ReadSByteArrayUInt32(System.UInt32)
  • ReadSLongArrayInt32(System.Int32)
  • ReadSLongArrayUInt32(System.UInt32)
  • ReadSRationalArrayInt32(System.Int32)
  • ReadSRationalArrayUInt32(System.UInt32)
  • ReadSShortArrayInt32(System.Int32)
  • ReadSShortArrayUInt32(System.UInt32)
  • ReadUByteArrayInt32(System.Int32)
  • ReadUByteArrayUInt32(System.UInt32)
  • ReadULongArrayInt32(System.Int32)
  • ReadULongArrayUInt32(System.UInt32)
  • ReadUShortArrayInt32(System.Int32)
  • ReadUShortArrayUInt32(System.UInt32)

Fields Removed From CadVertexBase

Following fields have been removed from the class Aspose.Imaging.FileFormats.Cad.CadObjects.CadVertexBase.

  1. CadVertexBase.bugle
  2. CadVertexBase.curveFitTangentDirection
  3. CadVertexBase.endingWidth
  4. CadVertexBase.flags
  5. CadVertexBase.meshVertexIndex1
  6. CadVertexBase.meshVertexIndex2
  7. CadVertexBase.meshVertexIndex3
  8. CadVertexBase.meshVertexIndex4
  9. CadVertexBase.startingWidth
  10. CadVertexBase.vertexId

Method ReplaceField Removed

Following overloads of the method ReplaceField have been removed from the class Aspose.Imaging.FileFormats.Cad.CadObjects.CadBaseObject.

  1. CadBaseObject.ReplaceField(Cad2DPoint@, Cad2DPoint, string)
  2. CadBaseObject.ReplaceField(Cad3DPoint@, Cad3DPoint, string)
  3. CadBaseObject.ReplaceField(CadSize@, CadSize, string)

Enum SubSamplingMode Removed

Aspose.Imaging.FileFormats.Jpeg.Enums.SubSamplingMode has been removed because sub-sampling settings are determined by JFIF/EXIF standards.

Following enumeration members have been removed too,

  1. Field/Enum Aspose.Imaging.FileFormats.Jpeg.Enums.SubSamplingMode.ModeFull
  2. Field/Enum Aspose.Imaging.FileFormats.Jpeg.Enums.SubSamplingMode.ModeH2V1
  3. Field/Enum Aspose.Imaging.FileFormats.Jpeg.Enums.SubSamplingMode.ModeH2V2
  4. Field/Enum Aspose.Imaging.FileFormats.Jpeg.Enums.SubSamplingMode.ModeNone
Public API Changes in Aspose.Imaging 2.5.0 Public API Changes in Aspose.Imaging 2.3.0