<?xml version="1.0" encoding="UTF-8"?>
<fpdoc-descriptions>
  <package name="lcl">
    <!--
  ====================================================================
    GraphType
  ====================================================================
-->
    <module name="GraphType">
      <short>Definitions of several special types (including Raw Image) to be used for graphics</short>
      <descr/>
      <!-- unresolved type reference Visibility: default -->
      <element name="Classes">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- unresolved type reference Visibility: default -->
      <element name="SysUtils">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- unresolved type reference Visibility: default -->
      <element name="LCLType">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- unresolved type reference Visibility: default -->
      <element name="LCLProc">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- range type Visibility: default -->
      <element name="TGraphicsColor">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- enumeration type Visibility: default -->
      <element name="TGraphicsFillStyle">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TGraphicsFillStyle.fsSurface">
        <short/>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TGraphicsFillStyle.fsBorder">
        <short/>
      </element>
      <!-- enumeration type Visibility: default -->
      <element name="TGraphicsBevelCut">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TGraphicsBevelCut.bvNone">
        <short/>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TGraphicsBevelCut.bvLowered">
        <short/>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TGraphicsBevelCut.bvRaised">
        <short/>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TGraphicsBevelCut.bvSpace">
        <short/>
      </element>
      <!-- enumeration type Visibility: default -->
      <element name="TRawImageColorFormat">
        <short>A raw image can contain RGBA or monochrome pixels.</short>
        <descr>ricfNone indicates an uninitialized image.</descr>
        <seealso/>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TRawImageColorFormat.ricfRGBA">
        <short/>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TRawImageColorFormat.ricfGray">
        <short/>
      </element>
      <!-- enumeration type Visibility: default -->
      <element name="TRawImageByteOrder">
        <short>The LSB/MSB-first byte order of pixel data.</short>
        <descr/>
        <seealso/>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TRawImageByteOrder.riboLSBFirst">
        <short/>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TRawImageByteOrder.riboMSBFirst">
        <short/>
      </element>
      <!-- enumeration type Visibility: default -->
      <element name="TRawImageBitOrder">
        <short>The first pixel in a raw image line can be the left or right pixel of the displaye image.</short>
        <descr/>
        <seealso/>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TRawImageBitOrder.riboBitsInOrder">
        <short>Bit 0 represents first pixel</short>
      <notes><note>?</note>
        </notes>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TRawImageBitOrder.riboReversedBits">
        <short>Bit 0 represents highest pixel</short>
      <notes><note>?</note>
        </notes>
      </element>
      <!-- enumeration type Visibility: default -->
      <element name="TRawImageLineEnd">
        <short>The alignment of raw image scanlines.</short>
        <descr/>
        <seealso/>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TRawImageLineEnd.rileTight">
        <short>Scanlines can begin inside a byte.</short>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TRawImageLineEnd.rileByteBoundary">
        <short>Scanlines start at a byte boundary.</short>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TRawImageLineEnd.rileWordBoundary">
        <short>Scanlines start at a 16 bit boundary.</short>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TRawImageLineEnd.rileDWordBoundary">
        <short>Scanlines start at a 32 bit (DWORD) boundary.</short>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TRawImageLineEnd.rileQWordBoundary">
        <short>Scanlines start at a 64 bit (QWORD) boundary.</short>
      </element>
      <!-- enumeration type Visibility: default -->
      <element name="TRawImageLineOrder">
        <short>The first stored line of pixels can represent the logical top or bottom of the displayed image.</short>
        <descr/>
        <seealso/>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TRawImageLineOrder.riloTopToBottom">
        <short>First scanline at the top</short>
      </element>
      <!-- enumeration value Visibility: default -->
      <element name="TRawImageLineOrder.riloBottomToTop">
        <short>First scanline at the bottom</short>
      </element>
      <!-- record type Visibility: default -->
      <element name="TRawImageDescription">
        <short>Descriptor object for the image format of devices and raw (uncompressed) image data</short>
        <descr>This effectivley is a record with some attached methods. More related procedures exist outside the object.

The object describes the presence and exact storage of the RGBA image and mask pixels, of a device or image. The color information is stored in aligned scanlines.

Note: palettes, BitOrder and ByteOrder seem not to be implemented yet. The meaning of the PaletteXXX values and of BitOrder is undefined, so far.

xxxBitsPerPixel and xxxPrecisionMask applies to color data. For masked images, the pixels and the mask are two different arrays, containing different elements.</descr>
        <seealso>
          <link id="TRawImage"/>
        </seealso>
      <notes><note>where?</note>
        </notes>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.Format">
        <short>An initialized image can contain color (RGBA) or monochrome pixels.</short>
        <descr>
          <var>ricfNone</var> indicates an uninitialized image.</descr>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.HasPalette">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.Depth">
        <short>Number of used bits per pixel</short>
        <descr>The color and pixel storage can be subject to alignment, so that the logical color Depth can be less than the physical BitsPerPixel.</descr>
        <seealso/>
      <notes><note>What if a palette is used?</note>
        </notes>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.Width">
        <short>Width of the image in pixels</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.Height">
        <short>Height of the image in pixels.</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.PaletteColorCount">
        <short>Number of entries in the color palette. 0 when no palette is present.</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.BitOrder">
        <short>[unusable by definition]</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.ByteOrder">
        <short>The LSB/MSB-first byte order of color data.</short>
        <descr/>
        <seealso/>
        <errors>[Not yet implemented]</errors>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.LineOrder">
        <short>The first stored line of pixels can represent the logical top or bottom of the displayed image.</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.ColorCount">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.BitsPerPixel">
        <short>Number of bits stored per pixel</short>
        <descr>
          <var>BitsPerPixel</var> can be greater than the logical (used) <var>Depth</var>.</descr>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.LineEnd">
        <short>Alignment of the scanlines.</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.RedPrec">
        <short>Bits per pixel in the Red channel</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.RedShift">
        <short>Bit offset of the Red channel in color data.</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.GreenPrec">
        <short>Bits per pixel in the Green channel</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.GreenShift">
        <short>Bit offset of the Green channel in color data.</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.BluePrec">
        <short>Bits per pixel in the Blue channel</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.BlueShift">
        <short>Bit offset of the Blue channel in color data.</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.AlphaPrec">
        <short>Bits per pixel in the Alpha channel</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.AlphaShift">
        <short>Bit offset of the Alpha channel in color data.</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.AlphaSeparate">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.AlphaBitsPerPixel">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.AlphaLineEnd">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.AlphaBitOrder">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImageDescription.AlphaByteOrder">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- pointer type Visibility: default -->
      <element name="PRawImageDescription">
        <short>Pointer to <link id="TRawImageDescription"/>
        </short>
        <descr/>
        <seealso/>
      </element>
      <!-- record type Visibility: default -->
      <element name="TRawImage">
        <short>An uncompressed graphics image (bitmap)</short>
        <descr>This object hold the pixels, mask and color palette of the image, as well as a detailed <link id="TRawImageDescription">description</link> of the storage format of these parts.

This object currently is subject to refactoring, don't use it in application code.</descr>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImage.Description">
        <short>
          <var>Description</var> record for the Raw Image</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImage.Data">
        <short>
          <var>Data</var> - a pointer to the actual data of the image</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImage.DataSize">
        <short>
          <var>DataSize</var> - pointer to the size of the image</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImage.Mask">
        <short>
          <var>Mask</var> - pointer to the Mask for use with the image</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImage.MaskSize">
        <short>
          <var>MaskSize</var> - pointer to the size of the mask</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImage.Palette">
        <short>
          <var>Palette</var> - pointer to the palette of colours for this image</short>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImage.PaletteSize">
        <short>
          <var>PaletteSize</var> - pointer to the size of the palette</short>
        <descr/>
        <seealso/>
      </element>
      <!-- pointer type Visibility: default -->
      <element name="PRawImage">
        <short>
          <var>PRawImage</var> - pointer to a <var>TRawImage</var>
        </short>
        <descr/>
        <seealso/>
      </element>
      <!-- record type Visibility: default -->
      <element name="TRawImagePosition">
        <short>Record describing a position in Raw Image data</short>
        <descr>Byte is the byte offset, Bit the bit number/offset in that byte.</descr>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImagePosition.Byte">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- variable Visibility: default -->
      <element name="TRawImagePosition.Bit">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- pointer type Visibility: default -->
      <element name="PRawImagePosition">
        <short>
          <var>PRawImagePosition</var> - pointer to a <var>TRawImagePosition</var>
        </short>
        <descr/>
        <seealso/>
      </element>
      <!-- constant Visibility: default -->
      <element name="RawImageColorFormatNames">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- constant Visibility: default -->
      <element name="RawImageByteOrderNames">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- constant Visibility: default -->
      <element name="RawImageBitOrderNames">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- constant Visibility: default -->
      <element name="RawImageLineEndNames">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- constant Visibility: default -->
      <element name="RawImageLineOrderNames">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- constant Visibility: default -->
      <element name="DefaultByteOrder">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <!-- function Visibility: default -->
      <element name="RawImageMaskIsEmpty">
        <short/>
        <descr/>
        <errors/>
        <seealso/>
      </element>
      <!-- function result Visibility: default -->
      <element name="RawImageMaskIsEmpty.Result">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="RawImageMaskIsEmpty.RawImage">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="RawImageMaskIsEmpty.TestPixels">
        <short/>
      </element>
      <!-- function Visibility: default -->
      <element name="RawImageDescriptionAsString">
        <short/>
        <descr/>
        <errors/>
        <seealso/>
      </element>
      <!-- function result Visibility: default -->
      <element name="RawImageDescriptionAsString.Result">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="RawImageDescriptionAsString.Desc">
        <short/>
      </element>
      <!-- procedure Visibility: default -->
      <element name="FreeRawImageData">
        <short/>
        <descr/>
        <errors/>
        <seealso/>
      </element>
      <!-- argument Visibility: default -->
      <element name="FreeRawImageData.RawImage">
        <short/>
      </element>
      <!-- procedure Visibility: default -->
      <element name="ReleaseRawImageData">
        <short/>
        <descr/>
        <errors/>
        <seealso/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ReleaseRawImageData.RawImage">
        <short/>
      </element>
      <!-- procedure Visibility: default -->
      <element name="CreateRawImageData">
        <short/>
        <descr/>
        <errors/>
        <seealso/>
      </element>
      <!-- argument Visibility: default -->
      <element name="CreateRawImageData.Width">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="CreateRawImageData.Height">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="CreateRawImageData.BitsPerPixel">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="CreateRawImageData.LineEnd">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="CreateRawImageData.Data">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="CreateRawImageData.DataSize">
        <short/>
      </element>
      <!-- procedure Visibility: default -->
      <element name="CreateRawImageLineStarts">
        <short/>
        <descr/>
        <errors/>
        <seealso/>
      </element>
      <!-- argument Visibility: default -->
      <element name="CreateRawImageLineStarts.Width">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="CreateRawImageLineStarts.Height">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="CreateRawImageLineStarts.BitsPerPixel">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="CreateRawImageLineStarts.LineEnd">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="CreateRawImageLineStarts.LineStarts">
        <short/>
      </element>
      <!-- procedure Visibility: default -->
      <element name="CreateRawImageDescFromMask">
        <short/>
        <descr/>
        <errors/>
        <seealso/>
      </element>
      <!-- argument Visibility: default -->
      <element name="CreateRawImageDescFromMask.SrcRawImageDesc">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="CreateRawImageDescFromMask.DestRawImageDesc">
        <short/>
      </element>
      <!-- procedure Visibility: default -->
      <element name="GetRawImageXYPosition">
        <short/>
        <descr/>
        <errors/>
        <seealso/>
      </element>
      <!-- argument Visibility: default -->
      <element name="GetRawImageXYPosition.RawImageDesc">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="GetRawImageXYPosition.LineStarts">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="GetRawImageXYPosition.x">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="GetRawImageXYPosition.y">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="GetRawImageXYPosition.Position">
        <short/>
      </element>
      <!-- procedure Visibility: default -->
      <element name="ExtractRawImageRect">
        <short/>
        <descr/>
        <errors/>
        <seealso/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ExtractRawImageRect.SrcRawImage">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ExtractRawImageRect.SrcRect">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ExtractRawImageRect.DestRawImage">
        <short/>
      </element>
      <!-- procedure Visibility: default -->
      <element name="ExtractRawImageDataRect">
        <short/>
        <descr/>
        <errors/>
        <seealso/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ExtractRawImageDataRect.SrcRawImageDesc">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ExtractRawImageDataRect.SrcRect">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ExtractRawImageDataRect.SrcData">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ExtractRawImageDataRect.DestRawImageDesc">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ExtractRawImageDataRect.DestData">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ExtractRawImageDataRect.DestDataSize">
        <short/>
      </element>
      <!-- function Visibility: default -->
      <element name="GetBitsPerLine">
        <short>
          <var>GetBitsPerLine</var> - returns the number of bits per line (as a pointer)</short>
        <descr/>
        <errors/>
        <seealso/>
      </element>
      <!-- function result Visibility: default -->
      <element name="GetBitsPerLine.Result">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="GetBitsPerLine.Width">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="GetBitsPerLine.BitsPerPixel">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="GetBitsPerLine.LineEnd">
        <short/>
      </element>
      <!-- procedure Visibility: default -->
      <element name="ReadRawImageBits">
        <short/>
        <descr/>
        <errors/>
        <seealso/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ReadRawImageBits.TheData">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ReadRawImageBits.Position">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ReadRawImageBits.BitsPerPixel">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ReadRawImageBits.Prec">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ReadRawImageBits.Shift">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ReadRawImageBits.BitOrder">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="ReadRawImageBits.Bits">
        <short/>
      </element>
      <!-- procedure Visibility: default -->
      <element name="WriteRawImageBits">
        <short/>
        <descr/>
        <errors/>
        <seealso/>
      </element>
      <!-- argument Visibility: default -->
      <element name="WriteRawImageBits.TheData">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="WriteRawImageBits.Position">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="WriteRawImageBits.BitsPerPixel">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="WriteRawImageBits.Prec">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="WriteRawImageBits.Shift">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="WriteRawImageBits.BitOrder">
        <short/>
      </element>
      <!-- argument Visibility: default -->
      <element name="WriteRawImageBits.Bits">
        <short/>
      </element>
      <!-- variable Visibility: default -->
      <element name="MissingBits">
        <short/>
        <descr/>
        <seealso/>
      </element>
      <element name="TRawImageDescription.MaskBitsPerPixel">
        <short>Bits per mask pixel, 0 when no mask is present.</short>
        <descr>A pixel Mask (currently) has a logical depth of 1 bit per pixel, but a pixel can occupy an entire byte.
As opposed to the Alpha (transparency) channel, a Mask is stored in its own array.
A Mask value of 1 means that the pixel is masked (transparent); a value of 0 means the pixel value is shown (opaque).</descr>
      <notes><note>?</note><note>of bits or bytes?</note>
        </notes>
      </element>
      <element name="TRawImageDescription.MaskShift">
        <short>The bit offset of the mask bit</short>
      <notes><note>if stored in a byte?</note>
        </notes>
      </element>
      <element name="TRawImageDescription.MaskLineEnd">
        <short>Alignment of Mask lines.</short>
      </element>
      <element name="TRawImageDescription.MaskBitOrder">
        <short>Bit order of the Mask.</short>
      </element>
      <element name="TRawImageDescription.PaletteBitsPerIndex">
        <short>Bits per palette index, stored in the pixel data</short>
        <descr>When a palette is used, the color description fields apply to the
        palette colors, while pixel data contains the palette index. Then Depth
        applies to the size of the palette colors, and the pixel data is described
        by PaletteBitsPerIndex and PaletteShift</descr>
        <errors>[palettes are not yet implemented]</errors>
      <notes><note>?</note>
        </notes>
      </element>
      <element name="TRawImageDescription.PaletteShift">
        <short/>
      </element>
      <element name="TRawImageDescription.PaletteLineEnd">
        <short/>
        <descr/>
      <notes><note>what?</note>
        </notes>
      </element>
      <element name="TRawImageDescription.PaletteBitOrder">
        <short>Bit order of the palette indices</short>
      <notes><note>?</note>
        </notes>
      </element>
      <element name="TRawImageDescription.PaletteByteOrder">
        <short>Byte order of the palette indices</short>
      <notes><note>?</note>
        </notes>
      </element>
      <element name="TRawImageDescription.Init">
        <short>Initialize the image descriptor to all zeroes.</short>
        <descr>A constructor cannot be used here, it would break compatibility with a record.</descr>
      </element>
      <element name="TRawImageDescription.Init_BPP24_B8G8R8_BIO_TTB">
        <short>Init for an unmasked 24 bit RGB image (LSB Blue).</short>
        <descr>
          <p>Init_BPP24_B8G8R8_BIO_TTB - initiator for specified format</p>
          <pre>{ pf24bit:
 Format=ricfRGBA HasPalette=false Depth=24 PaletteColorCount=0
 BitOrder=riboBitsInOrder ByteOrder=DefaultByteOrder
 LineOrder=riloTopToBottom
 BitsPerPixel=24 LineEnd=rileDWordBoundary
 RedPrec=8 RedShift=16 GreenPrec=8 GreenShift=8 BluePrec=8 BlueShift=0
} </pre>
        </descr>
      </element>
      <element name="TRawImageDescription.Init_BPP24_B8G8R8_M1_BIO_TTB">
        <short>Init for a masked 24 bit RGB image (LSB Blue)</short>
        <descr>
          <p>Init_BPP24_B8G8R8_M1_BIO_TTB - initiator for specfied format</p>
          <pre>{ pf24bit:

 Format=ricfRGBA HasPalette=false Depth=24 PaletteColorCount=0
 BitOrder=riboBitsInOrder ByteOrder=DefaultByteOrder
 LineOrder=riloTopToBottom
 BitsPerPixel=24 LineEnd=rileDWordBoundary
 RedPrec=8 RedShift=16 GreenPrec=8 GreenShift=8 BluePrec=8 BlueShift=0
 Masked
}</pre>
        </descr>
      </element>
      <element name="TRawImageDescription.Init_BPP32_B8G8R8_BIO_TTB">
        <short>Init for an unmasked 32 bit RGB image (LSB blue)</short>
        <descr>
          <p>
            <var>Init_BPP32_B8G8R8_BIO_TTB</var> - initiator for specified format</p>
          <pre>{ pf32bit:

 Format=ricfRGBA HasPalette=false Depth=24 PaletteColorCount=0
 BitOrder=riboBitsInOrder ByteOrder=DefaultByteOrder
 LineOrder=riloTopToBottom
 BitsPerPixel=32 LineEnd=rileDWordBoundary
 RedPrec=8 RedShift=16 GreenPrec=8 GreenShift=8 BluePrec=8 BlueShift=0
 No alpha
 No mask
} </pre>
        </descr>
      </element>
      <element name="TRawImageDescription.Init_BPP32_B8G8R8_M1_BIO_TTB">
        <short>Init for a masked 32 bit RGB image (LSB blue)</short>
        <descr>
          <p>
            <var>Init_BPP32_B8G8R8_M1_BIO_TTB</var> - initiator for specified format</p>
          <pre>{ pf32bit:

 Format=ricfRGBA HasPalette=false Depth=24 PaletteColorCount=0
 BitOrder=riboBitsInOrder ByteOrder=DefaultByteOrder
 LineOrder=riloTopToBottom
 BitsPerPixel=32 LineEnd=rileDWordBoundary
 RedPrec=8 RedShift=16 GreenPrec=8 GreenShift=8 BluePrec=8 BlueShift=0
 no alpha
 with mask
}
</pre>
        </descr>
      </element>
      <element name="TRawImageDescription.Init_BPP32_B8G8R8A8_BIO_TTB">
        <short>Init for an unmasked 32 bit RGBA image (LSB blue)</short>
        <descr>
          <p>
            <var>Init_BPP32_B8G8R8A8_BIO_TTB</var> - initiator for specified format</p>
          <pre>{ pf32bit:

 Format=ricfRGBA HasPalette=false Depth=32 PaletteColorCount=0
 BitOrder=riboBitsInOrder ByteOrder=DefaultByteOrder
 LineOrder=riloTopToBottom
 BitsPerPixel=32 LineEnd=rileDWordBoundary
 RedPrec=8 RedShift=16 GreenPrec=8 GreenShift=8 BluePrec=8 BlueShift=0
 alpha
 no mask
}
</pre>
        </descr>
      </element>
      <element name="TRawImageDescription.Init_BPP32_B8G8R8A8_M1_BIO_TTB">
        <short>Init for a masked 32 bit RGBA image (LSB blue)</short>
        <descr>
          <p>
            <var>Init_BPP32_B8G8R8A8_M1_BIO_TTB</var> - initiator for specified format</p>
          <pre>{ pf32bit:

 Format=ricfRGBA HasPalette=false Depth=32 PaletteColorCount=0
 BitOrder=riboBitsInOrder ByteOrder=DefaultByteOrder
 LineOrder=riloTopToBottom
 BitsPerPixel=32 LineEnd=rileDWordBoundary
 RedPrec=8 RedShift=16 GreenPrec=8 GreenShift=8 BluePrec=8 BlueShift=0
 alpha
 masked
}
</pre>
        </descr>
      </element>
      <element name="TRawImageDescription.GetDescriptionFromMask">
        <short>Returns an monochrome image descriptor constructed from the Mask</short>
      </element>
      <element name="TRawImageDescription.GetDescriptionFromAlpha">
        <short>Returns an monochrome image descriptor constructed from the Alpha channel</short>
      </element>
      <element name="TRawImageDescription.BytesPerLine">
        <short>The number of bytes per scanline.</short>
      </element>
      <element name="TRawImageDescription.BitsPerLine">
        <short>The number of bits per scanline.</short>
      </element>
      <element name="TRawImageDescription.MaskBytesPerLine">
        <short>The number of bytes per Mask scanline.</short>
      </element>
      <element name="TRawImageDescription.MaskBitsPerLine">
        <short>The number of bits per Mask scanline.</short>
      </element>
      <element name="TRawImageDescription.AsString">
        <short>The image descriptor as a string.</short>
      </element>
      <element name="TRawImageDescription.IsEqual">
        <short>Compares with the given description, returns True if it's equal.</short>
      </element>
      <element name="TRawImage.Init">
        <short>
          <var>Init</var> - initiator for the object. Don't use a contructor here, it will break compatibility with a record</short>
      </element>
      <element name="TRawImage.CreateData">
        <short>
          <var>CreateData</var> - method to create the data for the record</short>
      </element>
      <element name="TRawImage.FreeData">
        <short>Destroys the allocated Data, Mask and Palette arrays.</short>
      </element>
      <element name="TRawImage.ReleaseData">
        <short>
          <var>ReleaseData</var> - frees the resources when finished with th edata</short>
      </element>
      <element name="TRawImage.ExtractRect">
        <short>
          <var>ExtractRect</var> - find the position of the bounding rectangle from the raw data</short>
      </element>
      <element name="TRawImage.PerformEffect">
        <short>
          <var>PerformEffect</var> - applies a specified special effect to the data of the Raw Image</short>
      </element>
      <element name="TRawImage.ReadBits">
        <short>
          <var>ReadBits</var> - reads the bit values for the raw image data at a given position</short>
      </element>
      <element name="TRawImage.ReadChannels">
        <short>Reads the R, G, B and Alpha channel values at a given position in pixel data.</short>
      </element>
      <element name="TRawImage.ReadMask">
        <short>Read the Mask value at the given position in the image data. Returns AMask=True if the pixel is transparent.</short>
        <descr>The position in the Mask data typically differs from the position in the color data.</descr>
      </element>
      <element name="TRawImage.WriteBits">
        <short>Writes ABits into Data at the given position.</short>
      </element>
      <element name="TRawImage.WriteChannels">
        <short>
          <var>WriteChannels</var> - writes the specified channel values at the nominated position</short>
      </element>
      <element name="TRawImage.IsMasked">
        <short>
          <var>IsMasked</var> - returns True if the specified pixels are masked</short>
      </element>
      <element name="TRawImage.IsTransparent">
        <short>
          <var>IsTransparent</var> - returns True if the specified pixels are transparent</short>
      </element>
      <element name="TRawImage.IsEqual">
        <short>
          <var>IsEqual</var> - returns True if the current and specified images are equal</short>
      </element>
      <element name="TRawImageLineStarts">
        <short>
          <var>TRawImageLineStarts</var> - contains a list of the start positions of the lines in the Raw Image</short>
      </element>
      <element name="TRawImageLineStarts.Positions">
        <short>
          <var>Positions</var> - the array of start positions</short>
      </element>
      <element name="TRawImageLineStarts.Init">
        <short>
          <var>Init</var> - initiator for the object. Don't use a constructor here, it will break compatibility with a record</short>
      </element>
      <element name="TRawImageLineStarts.GetPosition">
        <short>
          <var>GetPosition</var> - returns the position specified by x, y coordinates as a <var>TRawImagePosition</var>
        </short>
      </element>
      <element name="PRawImageLineStarts">
        <short>
          <var>PRawImageLineStarts</var> - pointer to <var>TRawImageLineStarts</var>
        </short>
      </element>
      <element name="GetBytesPerLine">
        <short>
          <var>GetBytesPerLine</var> - returns the number of bytes per line (as a pointer)</short>
      </element>
      <element name="CopyImageData">
        <short>
          <var>CopyImageData</var> - copies data from <var>ASource</var> to <var>ADestination</var>, returning True if successful</short>
      </element>
      <element name="TRawImageLineEnd.rileDQWordBoundary">
        <short>Scanlines start at a 128 bit boundary.</short>
      </element>
      <element name="TRawImageQueryFlag">
        <short>Image formats supported by a device, or present in image data</short>
      <notes><note>?</note>
        </notes>
      </element>
      <element name="RawImage_ReadBits">
        <short>Read color bits.</short>
        <descr>AData is the pointer to the pixel data.
APosition is the position of a pixel within AData.
ABitsPerPixel is the size of a stored pixel.
APrec and AShift select the field (color channel or palette index).

The bits are extracted into the low order bits of the result (ABits).</descr>
        <seealso>
          <link id="RawImage_WriteBits"/>
        </seealso>
      </element>
      <element name="RawImage_WriteBits">
        <short>Write color or mask data, from the high bits of ABits.</short>
        <errors>ReadBits returns the value in the low order bits</errors>
        <seealso>
          <link id="RawImage_ReadBits"/>
        </seealso>
      </element>
    </module>
    <!-- GraphType -->
  </package>
</fpdoc-descriptions>