public Separation(String name, PdfColorSpace alternateSpace, PdfFunction tintTransform)
: this(new PdfName(name), alternateSpace.GetPdfObject(), tintTransform.GetPdfObject())
{
if (!tintTransform.CheckCompatibilityWithColorSpace(alternateSpace))
{
throw new PdfException(PdfException.FunctionIsNotCompatibleWitColorSpace, this);
}
}
public DeviceN(IList <String> names, PdfColorSpace alternateSpace, PdfFunction tintTransform)
: this(new PdfArray(names, true), alternateSpace.GetPdfObject(), tintTransform.GetPdfObject())
{
if (tintTransform.GetInputSize() != GetNumberOfComponents() || tintTransform.GetOutputSize() != alternateSpace
.GetNumberOfComponents())
{
throw new PdfException(PdfException.FunctionIsNotCompatibleWitColorSpace, this);
}
}
public TensorProductPatchMesh(PdfColorSpace cs, int bitsPerCoordinate, int bitsPerComponent, int bitsPerFlag
, PdfArray decode)
: base(new PdfStream(), PdfShading.ShadingType.TENSOR_PRODUCT_PATCH_MESH, cs.GetPdfObject())
{
SetBitsPerCoordinate(bitsPerCoordinate);
SetBitsPerComponent(bitsPerComponent);
SetBitsPerFlag(bitsPerFlag);
SetDecode(decode);
}
public CoonsPatchMesh(PdfColorSpace cs, int bitsPerCoordinate, int bitsPerComponent, int bitsPerFlag, PdfArray
decode)
: base(new PdfStream(), PdfShading.ShadingType.COONS_PATCH_MESH, cs.GetPdfObject())
{
SetBitsPerCoordinate(bitsPerCoordinate);
SetBitsPerComponent(bitsPerComponent);
SetBitsPerFlag(bitsPerFlag);
SetDecode(decode);
}
public Radial(PdfColorSpace cs, float x0, float y0, float r0, float[] color0, float x1, float y1, float r1
, float[] color1, bool[] extend)
: this(cs, x0, y0, r0, color0, x1, y1, r1, color1)
{
if (extend != null)
{
SetExtend(extend[0], extend[1]);
}
}
public FreeFormGouraudShadedTriangleMesh(PdfColorSpace cs, int bitsPerCoordinate, int bitsPerComponent, int
bitsPerFlag, PdfArray decode)
: base(new PdfStream(), PdfShading.ShadingType.FREE_FORM_GOURAUD_SHADED_TRIANGLE_MESH, cs.GetPdfObject())
{
SetBitsPerCoordinate(bitsPerCoordinate);
SetBitsPerComponent(bitsPerComponent);
SetBitsPerFlag(bitsPerFlag);
SetDecode(decode);
}
public Radial(PdfColorSpace cs, float x0, float y0, float r0, float[] color0, float x1, float y1, float r1
, float[] color1)
: base(new PdfDictionary(), PdfShading.ShadingType.RADIAL, cs.GetPdfObject())
{
SetCoords(x0, y0, r0, x1, y1, r1);
PdfFunction func = new PdfFunction.Type2(new PdfArray(new float[] { 0, 1 }), null, new PdfArray(color0), new
PdfArray(color1), new PdfNumber(1));
SetFunction(func);
}
public LatticeFormGouraudShadedTriangleMesh(PdfColorSpace cs, int bitsPerCoordinate, int bitsPerComponent,
int verticesPerRow, PdfArray decode)
: base(new PdfStream(), PdfShading.ShadingType.LATTICE_FORM_GOURAUD_SHADED_TRIANGLE_MESH, cs.GetPdfObject(
))
{
SetBitsPerCoordinate(bitsPerCoordinate);
SetBitsPerComponent(bitsPerComponent);
SetVerticesPerRow(verticesPerRow);
SetDecode(decode);
}
public Axial(PdfColorSpace cs, float x0, float y0, float[] color0, float x1, float y1, float[] color1)
: base(new PdfDictionary(), PdfShading.ShadingType.AXIAL, cs.GetPdfObject())
{
if (cs is PdfSpecialCs.Pattern)
{
throw new ArgumentException("colorSpace");
}
SetCoords(x0, y0, x1, y1);
PdfFunction func = new PdfFunction.Type2(new PdfArray(new float[] { 0, 1 }), null, new PdfArray(color0), new
PdfArray(color1), new PdfNumber(1));
SetFunction(func);
}
public UncoloredTilingPattern(PdfColorSpace underlyingColorSpace)
: base(new PdfArray(JavaUtil.ArraysAsList(PdfName.Pattern, underlyingColorSpace.GetPdfObject())))
{
}
public TensorProductPatchMesh(PdfColorSpace cs, int bitsPerCoordinate, int bitsPerComponent, int bitsPerFlag
, float[] decode)
: this(cs, bitsPerCoordinate, bitsPerComponent, bitsPerFlag, new PdfArray(decode))
{
}
public LatticeFormGouraudShadedTriangleMesh(PdfColorSpace cs, int bitsPerCoordinate, int bitsPerComponent,
int verticesPerRow, float[] decode)
: this(cs, bitsPerCoordinate, bitsPerComponent, verticesPerRow, new PdfArray(decode))
{
}
public FreeFormGouraudShadedTriangleMesh(PdfColorSpace cs, int bitsPerCoordinate, int bitsPerComponent, int
bitsPerFlag, float[] decode)
: this(cs, bitsPerCoordinate, bitsPerComponent, bitsPerFlag, new PdfArray(decode))
{
}
public Radial(PdfColorSpace cs, PdfArray coords, PdfFunction function)
: base(new PdfDictionary(), PdfShading.ShadingType.RADIAL, cs.GetPdfObject())
{
SetCoords(coords);
SetFunction(function);
}
public override int GetNumberOfComponents()
{
return(PdfColorSpace.MakeColorSpace(((PdfArray)GetPdfObject()).Get(1)).GetNumberOfComponents());
}
public virtual PdfColorSpace GetUnderlyingColorSpace()
{
return(PdfColorSpace.MakeColorSpace(((PdfArray)GetPdfObject()).Get(1)));
}
public FunctionBased(PdfColorSpace colorSpace, PdfFunction function)
: this(colorSpace.GetPdfObject(), function)
{
}