public void CalculateAspectCorrection(CGVolume volume, CGMaterialSettingsEx matSettings)
{
float totalLength = 0;
float totalULength = 0;
float l, u;
for (int g = 0; g < Count; g++)
{
this[g].GetLengths(volume, out l, out u);
totalLength += l;
totalULength += u;
}
AspectCorrection = volume.Length / (totalLength / totalULength);
/*
* float crossLength = volume.GetCrossLength(0);
* for (int g = 0; g < Count; g++)
* {
* // Calculate local U
* if (matSettings.LocalU)
* this[g].CalculateLocalINTERNAL(volume);
* // Aspect correction
* this[g].AspectCorrectionU = 1;
* this[g].AspectCorrectionV = 1;
* switch (matSettings.KeepAspect)
* {
* case CGKeepAspectMode.ScaleU:
* if (matSettings.LocalU)
* this[g].AspectCorrectionU = this[g].LocalLength / volume.Length;
* else
* this[g].AspectCorrectionU = crossLength / volume.Length;
* break;
* case CGKeepAspectMode.ScaleV:
* if (matSettings.LocalU)
* this[g].AspectCorrectionV = volume.Length / this[g].LocalLength;
* else
* this[g].AspectCorrectionV = volume.Length / crossLength;
* break;
* }
* }
*
*
*/
}
public void CalculateAspectCorrection(CGVolume volume, CGMaterialSettingsEx matSettings)
{
if (matSettings.KeepAspect == CGKeepAspectMode.Off)
{
AspectCorrection = 1;
}
else
{
float totalLength = 0;
float totalULength = 0;
float l, u;
for (int g = 0; g < Count; g++)
{
this[g].GetLengths(volume, out l, out u);
totalLength += l;
totalULength += u;
}
AspectCorrection = volume.Length / (totalLength / totalULength);
}
}
