//-------------------------------------------------------//
public static clMatrix3x2 MatrixMult(clMatrix3x2 A, clMatrix3x2 B)
{
clMatrix3x2 C = new clMatrix3x2();
C.m.m11 = A.m.m11 * B.m.m11 + A.m.m12 * B.m.m21 + A.m.m13 * 0;
C.m.m12 = A.m.m11 * B.m.m12 + A.m.m12 * B.m.m22 + A.m.m13 * 0;
C.m.m13 = A.m.m11 * B.m.m13 + A.m.m12 * B.m.m23 + A.m.m13 * 1;
C.m.m21 = A.m.m21 * B.m.m11 + A.m.m22 * B.m.m21 + A.m.m23 * 0;
C.m.m22 = A.m.m21 * B.m.m12 + A.m.m22 * B.m.m22 + A.m.m23 * 0;
C.m.m23 = A.m.m21 * B.m.m13 + A.m.m22 * B.m.m23 + A.m.m23 * 1;
return(C);
}
//-------------------------------------------------------//
public static clMatrix3x2 MatrixMult(clMatrix3x2 A, clMatrix3x2 B)
{
clMatrix3x2 C = new clMatrix3x2();
C.m.m11 = A.m.m11 * B.m.m11 + A.m.m12 * B.m.m21 + A.m.m13 * 0;
C.m.m12 = A.m.m11 * B.m.m12 + A.m.m12 * B.m.m22 + A.m.m13 * 0;
C.m.m13 = A.m.m11 * B.m.m13 + A.m.m12 * B.m.m23 + A.m.m13 * 1;
C.m.m21 = A.m.m21 * B.m.m11 + A.m.m22 * B.m.m21 + A.m.m23 * 0;
C.m.m22 = A.m.m21 * B.m.m12 + A.m.m22 * B.m.m22 + A.m.m23 * 0;
C.m.m23 = A.m.m21 * B.m.m13 + A.m.m22 * B.m.m23 + A.m.m23 * 1;
return C;
}
//---------------------------------------------------//
/// <summary>
/// randers the polyline to [outAreaPicture] and [outLinePicture]. [outAreaPicture] will be filled with [RGBColor]. [outLinePicture] will only be outlined with [RGBColor].
/// </summary>
/// <param name="outAreaPicture">Picture-Buffer.<br /> <b>No</b> [RGBColor] values are allowed within the buffer-data!<br /> Can be NULL.</param>
/// <param name="outLinePicture">Picture-Buffer.<br /> Can be NULL.</param>
/// <param name="partIndex">Index of the Part to draw</param>
/// <param name="matrix">Homogeneous coordinates to transform the point data</param>
/// <param name="RGBColor">RGB color to draw with</param>
public void addRasterObject(int[,] outAreaPicture, int[,] outLinePicture, int partIndex, clMatrix3x2 matrix, int RGBColor)
{
int w = 0;
int h = 0;
if (outLinePicture != null)
{
w = outLinePicture.GetLength(0);
h = outLinePicture.GetLength(1);
}
else if (outAreaPicture != null)
{
w = outAreaPicture.GetLength(0);
h = outAreaPicture.GetLength(1);
}
else
{
return;
}
int i = sf_addRasterObject(m_SLI_lib, outAreaPicture, outLinePicture, partIndex, matrix.m, RGBColor, w, h);
checkForErros();
//System.Diagnostics.Debug.WriteLine("addRasterObject() return = " + i);
}
private static extern Int32 sf_addRasterObject(int sliI, int [,] outFilledPicture, int [,] outLinePicture, int partIndex, clMatrix3x2.ty_Matrix matrix, int color, int width, int height);
//---------------------------------------------------//
/// <summary>
/// randers the polyline to [outAreaPicture] and [outLinePicture]. [outAreaPicture] will be filled with [RGBColor]. [outLinePicture] will only be outlined with [RGBColor].
/// </summary>
/// <param name="outAreaPicture">Picture-Buffer.<br /> <b>No</b> [RGBColor] values are allowed within the buffer-data!<br /> Can be NULL.</param>
/// <param name="outLinePicture">Picture-Buffer.<br /> Can be NULL.</param>
/// <param name="partIndex">Index of the Part to draw</param>
/// <param name="matrix">Homogeneous coordinates to transform the point data</param>
/// <param name="RGBColor">RGB color to draw with</param>
public void addRasterObject(int[,] outAreaPicture, int[,] outLinePicture, int partIndex, clMatrix3x2 matrix, int RGBColor)
{
int w=0;
int h=0;
if (outLinePicture != null)
{
w=outLinePicture.GetLength(0);
h=outLinePicture.GetLength(1);
}
else if (outAreaPicture != null)
{
w=outAreaPicture.GetLength(0);
h=outAreaPicture.GetLength(1);
}
else
{
return;
}
int i = sf_addRasterObject(m_SLI_lib, outAreaPicture, outLinePicture, partIndex, matrix.m, RGBColor, w, h);
checkForErros();
//System.Diagnostics.Debug.WriteLine("addRasterObject() return = " + i);
}
