public void NormalBlendOp2 ()
{
var lhs = GetSourceImage ("blend1.png");
var rhs = GetSourceImage ("blend2.png");
var lhs_wrap = new BitmapWrapper (lhs);
var rhs_wrap = new BitmapWrapper (rhs);
var op = new NormalBlendOp ();
op.Apply (rhs_wrap, lhs_wrap);
Compare (lhs, "normalblend2.png");
}
public void ColorBurnBlendOp2 ()
{
var lhs = GetSourceImage ("blend1.png");
var rhs = GetSourceImage ("blend2.png");
var lhs_wrap = new BitmapWrapper (lhs);
var rhs_wrap = new BitmapWrapper (rhs);
var op = new ColorBurnBlendOp ();
op.Apply (rhs_wrap, lhs_wrap);
Compare (lhs, "colorburnblend2.png");
}
public void XorBlendOp1 ()
{
var lhs = GetSourceImage ("blend1.png");
var rhs = GetSourceImage ("blend2.png");
var lhs_wrap = new BitmapWrapper (lhs);
var rhs_wrap = new BitmapWrapper (rhs);
var op = new XorBlendOp ();
op.Apply (lhs_wrap, rhs_wrap);
Compare (rhs, "xorblend1.png");
}
public void DifferenceBlendOp2 ()
{
var lhs = GetSourceImage ("blend1.png");
var rhs = GetSourceImage ("blend2.png");
var lhs_wrap = new BitmapWrapper (lhs);
var rhs_wrap = new BitmapWrapper (rhs);
var op = new DifferenceBlendOp ();
op.Apply (rhs_wrap, lhs_wrap);
Compare (lhs, "differenceblend2.png");
}
public void ColorDodgeBlendOp1 ()
{
var lhs = GetSourceImage ("blend1.png");
var rhs = GetSourceImage ("blend2.png");
var lhs_wrap = new BitmapWrapper (lhs);
var rhs_wrap = new BitmapWrapper (rhs);
var op = new ColorDodgeBlendOp ();
op.Apply (lhs_wrap, rhs_wrap);
Compare (rhs, "colordodgeblend1.png");
}
public void ReflectBlendOp2 ()
{
var lhs = GetSourceImage ("blend1.png");
var rhs = GetSourceImage ("blend2.png");
var lhs_wrap = new BitmapWrapper (lhs);
var rhs_wrap = new BitmapWrapper (rhs);
var op = new ReflectBlendOp ();
op.Apply (rhs_wrap, lhs_wrap);
Compare (lhs, "reflectblend2.png");
}
public void NegationBlendOpOp1 ()
{
var lhs = GetSourceImage ("blend1.png");
var rhs = GetSourceImage ("blend2.png");
var lhs_wrap = new BitmapWrapper (lhs);
var rhs_wrap = new BitmapWrapper (rhs);
var op = new NegationBlendOp ();
op.Apply (lhs_wrap, rhs_wrap);
Compare (rhs, "negationblend1.png");
}
public void AdditiveBlendOp2 ()
{
var lhs = GetSourceImage ("blend1.png");
var rhs = GetSourceImage ("blend2.png");
var lhs_wrap = new BitmapWrapper (lhs);
var rhs_wrap = new BitmapWrapper (rhs);
var op = new AdditiveBlendOp ();
op.Apply (rhs_wrap, lhs_wrap);
Compare (lhs, "additiveblend2.png");
}
public void OverlayBlendOp2 ()
{
var lhs = GetSourceImage ("blend1.png");
var rhs = GetSourceImage ("blend2.png");
var lhs_wrap = new BitmapWrapper (lhs);
var rhs_wrap = new BitmapWrapper (rhs);
var op = new OverlayBlendOp ();
op.Apply (rhs_wrap, lhs_wrap);
Compare (lhs, "overlayblend2.png");
}
public void LightenBlendOp2 ()
{
var lhs = GetSourceImage ("blend1.png");
var rhs = GetSourceImage ("blend2.png");
var lhs_wrap = new BitmapWrapper (lhs);
var rhs_wrap = new BitmapWrapper (rhs);
var op = new LightenBlendOp ();
op.Apply (rhs_wrap, lhs_wrap);
Compare (lhs, "lightenblend2.png");
}
public void TotalPixelsVersusSumPixel()
{
BitmapWrapper bitmap = new BitmapWrapper(@"d:\temp\analysis\multiple_movement\test_266.jpg");
Assert.IsFalse(bitmap.pixelAnalysis.SumPixelHex == bitmap.pixelAnalysis.totalPixelColors);
}
private static void CallTheFrequencyCount(CUDA cuda, CUdeviceptr deviceInput, CUdeviceptr deviceInputSet, CUdeviceptr deviceOutput, BitmapWrapper wrapper, int setSize)
{
new CudaFunctionCall(cuda, Names.CountSetsFrequencies)
.AddParameter(deviceInput)
.AddParameter(deviceInputSet)
.AddParameter(deviceOutput)
.AddParameter((uint)wrapper.Width)
.AddParameter((uint)wrapper.Height)
.AddParameter((uint)setSize)
.Execute(ProjectConstants.BlockSize, ProjectConstants.BlockSize, 1, ProjectConstants.GridSize, ProjectConstants.GridSize);
}
