/// <summary>
/// Creates an instance of this class
/// </summary>
/// <param name="affineTransformVector"></param>
public AffineCoordinateTransformation2D(params double[] affineTransformVector)
{
_a = affineTransformVector[0];
_b = affineTransformVector[1];
_c = affineTransformVector[2];
_d = affineTransformVector[3];
_e = affineTransformVector[4];
_f = affineTransformVector[5];
//var mat = new System.Drawing.Drawing2D.Matrix((float)_a, (float)_b,
// (float)_d, (float)_e, (float)_c, (float)_f);
//var matInv = mat.Clone();
//matInv.Invert();
////
//var m = ToMatrix();
var minv = ToMatrix();
var rep = new alglib.matinv.matinvreport();
var info = 0;
alglib.matinv.rmatrixinverse(ref minv, 3, ref info, rep);
_ainv = minv[0, 0];
_binv = minv[0, 1];
_cinv = minv[2, 0];
_dinv = minv[1, 0];
_einv = minv[1, 1];
_finv = minv[2, 1];
}
/// <summary>
/// Creates an instance of this class
/// </summary>
/// <param name="affineTransformVector"></param>
public AffineCoordinateTransformation2D(params double[] affineTransformVector)
{
_a = affineTransformVector[0];
_b = affineTransformVector[1];
_c = affineTransformVector[2];
_d = affineTransformVector[3];
_e = affineTransformVector[4];
_f = affineTransformVector[5];
//var mat = new System.Drawing.Drawing2D.Matrix((float)_a, (float)_b,
// (float)_d, (float)_e, (float)_c, (float)_f);
//var matInv = mat.Clone();
//matInv.Invert();
////
//var m = ToMatrix();
var minv = ToMatrix();
var rep = new alglib.matinv.matinvreport();
var info = 0;
alglib.matinv.rmatrixinverse(ref minv, 3, ref info, rep);
_ainv = minv[0, 0];
_binv = minv[0, 1];
_cinv = minv[2, 0];
_dinv = minv[1, 0];
_einv = minv[1, 1];
_finv = minv[2, 1];
}
