public void LoadDICOMTestDataSet(List <ushort> buffer, ushort num_of_images, double winCentre, double winWidth, double intercept, bool signed)
{
ushort i = 0;
short k;
winCentre_vox = (int)(winCentre);
winWidth_vox = (int)(winWidth);
int winMax = Convert.ToInt32(winCentre_vox + 0.5 * winWidth);
int winMin = winMax - (int)(winWidth);
winMax -= 32768;
winMin -= 32768;
vol = new VoxelVolume(517, manager);
boxMinCon = new Float4(0, 0, 0, 0);
boxMaxCon = new Float4(512, 512, 512, 0);
/* для ускорения работы с буфером вокселей, ось x самая внутренняя. VolumetricMethodsInVisualEffects2010 */
for (var f = 1; f <= num_of_images; f++)
{
for (var y = 0; y < 512; y++)
{
for (var x = 0; x < 512; x++)
{
i = buffer[(f - 1) * 512 * 512 + (x * 512 + y)];
k = (short)(i - 32768);
if (k > winMin && k < winMax) // учесть преобразование wincentre
{
var xx = (int)((x / 512.0) * (513.0 - 5));
var yy = 512 - (int)((y / 512.0) * (513.0 - 5));
var zz = (int)((f / 167.0) * (166.0));
vol.SetValue(xx, (330 - zz * 2), yy, k);
vol.SetValue(xx, (330 - zz * 2 + 1), yy, k);
vol.SetValue(xx, (330 - zz * 2 + 2), yy, k);
}
}
}
}
camfactorX = 2;
//camfactorY = 2;
camfactorZ = 2;
}
public void LoadHeadDICOMTestDataSet(List<ushort> buffer, ushort num_of_images, double winCentre, double winWidth, double intercept, bool signed)
{
ushort i = 0;
short k;
winCentre_vox = (int)(winCentre);
winWidth_vox = (int)(winWidth);
int winMax = Convert.ToInt32(winCentre_vox + 0.5 * winWidth);
int winMin = winMax - (int)(winWidth);
winMax -= 32768;
winMin -= 32768;
vol = new VoxelVolume(517, manager);
boxMinCon = new Float4(0, 0, 0, 0);
boxMaxCon = new Float4(512, 512, 512, 0);
/* для ускорения работы с буфером вокселей, ось x самая внутренняя. VolumetricMethodsInVisualEffects2010 */
for (var f = 1; f <= num_of_images; f++)
{
for (var y = 0; y < 512; y++)
{
for (var x = 0; x < 512; x++)
{
i = buffer[(f - 1) * 512 * 512 + (x * 512 + y)];
k = (short)(i - 32768);
if (k > winMin && k < winMax) // учесть преобразование wincentre
{
var xx = (int)((x / 512.0) * (513.0 - 5));
var yy = 512 - (int)((y / 512.0) * (513.0 - 5));
var zz = (int)((f / 348.0) * (349.0));
vol.SetValue(xx, (330 - zz * 2), yy, k);
vol.SetValue(xx, (330 - zz * 2 + 1), yy, k);
vol.SetValue(xx, (330 - zz * 2 + 2), yy, k);
}
}
}
}
camfactorX = 2;
//camfactorY = 2;
camfactorZ = 2;
}
public void LoadHeadDICOMTestDataSet(List<ushort> buffer, ushort num_of_images, double winCentre, double winWidth, double intercept, bool signed)
{
ushort i = 0;
short k;
winCentre_vox = (int)(winCentre);
winWidth_vox = (int)(winWidth);
int winMax = Convert.ToInt32(winCentre_vox + 0.5 * winWidth);
int winMin = winMax - (int)(winWidth);
winMax -= 32768;
winMin -= 32768;
vol = new VoxelVolume(517, manager);
boxMinCon = new Float4(0, 0, 0, 0);
boxMaxCon = new Float4(512, 512, 512, 0);
/* to speed up the buffer voxels x axis innermost. VolumetricMethodsInVisualEffects2010 */
for (var f = 1; f <= num_of_images; f++){
for (var y = 0; y < 512; y++){
for (var x = 0; x < 512; x++){
i = buffer[(f - 1) * 512 * 512 + (x * 512 + y)];
k = (short)(i - 32768);
if (k > winMin && k < winMax) // consider converting win centre
{
var xx = (int)((x / 512.0) * (513.0 - 5));
var yy = 512 - (int)((y / 512.0) * (513.0 - 5));
var zz = (int)((f / 348.0) * (349.0));
vol.SetValue(xx, (330 - zz * 2), yy, k);
vol.SetValue(xx, (330 - zz * 2 + 1), yy, k);
vol.SetValue(xx, (330 - zz * 2 + 2), yy, k);
}
}
}
GC.Collect();
}
GC.Collect();
camfactorX = 2;
camfactorY = 2;
camfactorZ = 2;
}
