public void OpInequalityTest001()
{
int width = 16;
int height = 16;
Pixel color = Pixel.BlackPixel;
Pixel spixel = new Pixel(127, 127, 127);
sbyte scolor = 127;
Bitmap bmp = new Bitmap();
bmp.Init(height, width, 0);
bmp.Fill(scolor);
IPixelMap map1 = PixelMapTests.CreateInitVerifyPixelMap(width, height, Pixel.BlackPixel);
IPixelMap map2 = PixelMapTests.CreateInitVerifyPixelMap(width, height, Pixel.GreenPixel);
IPixelMap map3 = PixelMapTests.CreateInitVerifyPixelMap(width, height, Pixel.RedPixel);
PixelReference pix1 = (PixelReference)map1.CreateGPixelReference(0);
PixelReference pix2 = (PixelReference)map2.CreateGPixelReference(0);
PixelReference pix3 = (PixelReference)map3.CreateGPixelReference(0);
PixelReference pix4 = (PixelReference)bmp.CreateGPixelReference(0);
PixelReference pix11 = (PixelReference)pix1.Duplicate();
PixelReference pix21 = (PixelReference)pix2.Duplicate();
PixelReference pix31 = (PixelReference)pix3.Duplicate();
Assert.True(pix1 != pix2);
Assert.False(pix1 != pix11);
Assert.True(pix3 != pix2);
Assert.False(pix2 != pix21);
Assert.True(pix3 != pix1);
Assert.False(pix3 != pix31);
Assert.True(pix3 != (PixelReference)null);
Assert.True((PixelReference)null != pix3);
}
public void DuplicateTest001()
{
int width = 32;
int height = 32;
Pixel color = Pixel.RedPixel;
Bitmap bmp = new Bitmap();
bmp.Init(height, width, 0);
bmp.Fill(-70);
PixelReference pix = (PixelReference)bmp.CreateGPixelReference(0);
pix.SetOffset(10, 16);
var pix2 = (PixelReference)pix.Duplicate();
Assert.Equal(pix.Offset, pix2.Offset);
Assert.Same(pix.Parent, pix2.Parent);
Assert.Equal(pix.ColorNumber, pix2.ColorNumber);
Assert.True(pix == pix2);
pix.SetGray(90);
pix.IncOffset();
Assert.True(pix != pix2);
pix2.IncOffset();
Assert.True(pix == pix2);
pix2.SetBGR(0x00ffffff);
Assert.True((Pixel)pix.ToPixel() == Pixel.WhitePixel);
}
public void OffsetTest001()
{
int width = 32;
int height = 32;
Pixel color = Pixel.BluePixel;
IPixelMap map1 = PixelMapTests.CreateInitVerifyPixelMap(width, height, color);
PixelReference pix = (PixelReference)map1.CreateGPixelReference(0);
pix.Offset = 3 * width;
Assert.Equal(3 * width, pix.Offset);
}
public void RedOffsetTest()
{
int width = 256;
int height = 256;
Pixel color = Pixel.BluePixel;
IPixelMap map1 = PixelMapTests.CreateInitVerifyPixelMap(width, height, color);
PixelReference pix = (PixelReference)map1.CreateGPixelReference(0);
Assert.Equal(2, pix.RedOffset);
pix.RedOffset = 0;
Assert.Equal(0, pix.RedOffset);
}
public virtual Graphics.PixelMap GetPixmap(int subsample, Rectangle rect, Graphics.PixelMap retval)
{
if (_ymap == null)
{
return(null);
}
if (retval == null)
{
retval = new Graphics.PixelMap();
}
int w = rect.Width;
int h = rect.Height;
int pixsep = 3;
int rowsep = w * pixsep;
sbyte[] bytes = retval.Init(h, w, null).Data;
_ymap.Image(subsample, rect, 0, bytes, rowsep, pixsep, false);
if ((_crmap != null) && (_cbmap != null) && (_crcbDelay >= 0))
{
_cbmap.Image(subsample, rect, 1, bytes, rowsep, pixsep, _crcbHalf);
_crmap.Image(subsample, rect, 2, bytes, rowsep, pixsep, _crcbHalf);
}
PixelReference pixel = retval.CreateGPixelReference(0);
for (int i = 0; i < h;)
{
pixel.SetOffset(i++, 0);
if ((_crmap != null) && (_cbmap != null) && (_crcbDelay >= 0))
{
pixel.YCC_to_RGB(w);
}
else
{
for (int x = w; x-- > 0; pixel.IncOffset())
{
pixel.SetGray((sbyte)(127 - pixel.Blue));
}
}
}
return(retval);
}
public void ParentTest()
{
int width = 256;
int height = 256;
Pixel color = Pixel.BluePixel;
IPixelMap map1 = PixelMapTests.CreateInitVerifyPixelMap(width, height, color);
IPixelMap map2 = PixelMapTests.CreateInitVerifyPixelMap(width, height, color);
PixelReference pix = (PixelReference)map1.CreateGPixelReference(0);
Assert.Same(pix.Parent, map1);
pix.Parent = map2;
Assert.NotSame(map1, map2);
Assert.NotSame(pix.Parent, map1);
Assert.Same(pix.Parent, map2);
}
public virtual Graphics.PixelMap GetPixmap()
{
if (_ymap == null)
{
return(null);
}
int w = _ymap.Iw;
int h = _ymap.Ih;
int pixsep = 3;
int rowsep = w * pixsep;
sbyte[] bytes = new sbyte[h * rowsep];
_ymap.Image(0, bytes, rowsep, pixsep, false);
if ((_crmap != null) && (_cbmap != null) && (_crcbDelay >= 0))
{
_cbmap.Image(1, bytes, rowsep, pixsep, _crcbHalf);
_crmap.Image(2, bytes, rowsep, pixsep, _crcbHalf);
}
// Convert image to RGB
Graphics.PixelMap ppm = new Graphics.PixelMap().Init(bytes, h, w);
PixelReference pixel = ppm.CreateGPixelReference(0);
for (int i = 0; i < h;)
{
pixel.SetOffset(i++, 0);
if ((_crmap != null) && (_cbmap != null) && (_crcbDelay >= 0))
{
pixel.YCC_to_RGB(w);
}
else
{
for (int x = w; x-- > 0; pixel.IncOffset())
{
pixel.SetGray((sbyte)(127 - pixel.Blue));
}
}
}
return(ppm);
}
public void EqualsPixelReference()
{
int width = 16;
int height = 16;
Pixel color = Pixel.BluePixel;
IPixelMap map1 = PixelMapTests.CreateInitVerifyPixelMap(width, height, color);
IPixelMap map2 = PixelMapTests.CreateInitVerifyPixelMap(width, height, color);
IPixelMap map3 = PixelMapTests.CreateInitVerifyPixelMap(width, height, Pixel.BlackPixel);
PixelReference pix1 = (PixelReference)map1.CreateGPixelReference(0);
PixelReference pix2 = (PixelReference)map2.CreateGPixelReference(0);
PixelReference pix3 = (PixelReference)map3.CreateGPixelReference(0);
Assert.True(pix1.Equals(pix2));
Assert.False(pix1.Equals(pix3));
Assert.False(pix1.Equals((PixelReference)null));
}
public void SetBGRTest001()
{
int width = 32;
int height = 32;
Pixel color = Pixel.RedPixel;
var map = PixelMapTests.CreateInitVerifyPixelMap(width, height, color);
PixelReference pix = (PixelReference)map.CreateGPixelReference(0);
pix.SetOffset(10, 16);
pix.SetBGR(0xafcfdf);
Pixel testColor = new Pixel(0xafcfdf);
Assert.True((Pixel)pix.ToPixel() == testColor);
pix.SetOffset(10, 15);
Assert.False((Pixel)pix.ToPixel() == testColor);
pix.SetOffset(10, 17);
Assert.False((Pixel)pix.ToPixel() == testColor);
}