protected override VoxelHolder modifyVoxel(VoxelHolder original, int x, int y, int z)
{
double percentInside = 1;
percentInside *= percentOverlapping(x, min.x);
percentInside *= percentOverlapping(y, min.y);
percentInside *= percentOverlapping(z, min.z);
percentInside *= percentOverlapping(-x, -max.x);
percentInside *= percentOverlapping(-y, -max.y);
percentInside *= percentOverlapping(-z, -max.z);
if (percentInside <= 0.001)
{
return(original);
}
if (percentInside >= 0.999)
{
return(new Voxel(value.averageMaterialType(), overwriteShape? value.averageOpacity(): original.averageOpacity()));
}
byte newOpacity = (byte)((original.averageOpacity() * (1 - percentInside) + value.averageOpacity() * (percentInside)));
byte newSubstance = original.averageMaterialType();
if (newOpacity >= 2 * original.averageOpacity() ||
(overwriteSubstance && percentInside > 0.5))
{
newSubstance = value.averageMaterialType();
}
if (!overwriteShape)
{
newOpacity = original.averageOpacity();
}
return(new Voxel(newSubstance, newOpacity));
}
protected override VoxelHolder modifyVoxel(VoxelHolder original, int x, int y, int z)
{
float dis = (center - new Vector3(x, y, z)).magnitude;
if (dis > maxDis)
{
return(original);
}
if (dis < minDis)
{
return(new Voxel(value.averageMaterialType(), overwriteShape? value.averageOpacity(): original.averageOpacity()));
}
byte newOpacity = (byte)((original.averageOpacity() * (dis - minDis) + value.averageOpacity() * (maxDis - dis)) / 2);
byte newSubstance = value.averageMaterialType();
if (newOpacity >= 2 * original.averageOpacity() ||
(overwriteSubstance && dis < radius))
{
newSubstance = value.averageMaterialType();
}
if (!overwriteShape)
{
newOpacity = original.averageOpacity();
}
return(new Voxel(newSubstance, newOpacity));
}
protected override VoxelHolder modifyVoxel(VoxelHolder original, int x, int y, int z)
{
float dis = (center - new Vector3(x, y, z)).magnitude;
if (dis > maxDis)
return original;
if (dis < minDis)
return new Voxel(value.averageMaterialType(), overwriteShape? value.averageOpacity(): original.averageOpacity());
byte newOpacity = (byte)((original.averageOpacity() * (dis - minDis) + value.averageOpacity() * (maxDis - dis)) / 2);
byte newSubstance = value.averageMaterialType();
if (newOpacity >= 2 *original.averageOpacity() ||
(overwriteSubstance && dis < radius))
newSubstance = value.averageMaterialType();
if (!overwriteShape)
newOpacity = original.averageOpacity();
return new Voxel(newSubstance, newOpacity);
}
protected override VoxelHolder modifyVoxel(VoxelHolder original, int x, int y, int z)
{
Vector3 center = (min + max) / 2;
float radius = center.x - min.x;
float minDis = (radius - 1);
float maxDis = (radius + 1);
float dis = (center - new Vector3(x, y, z)).magnitude;
if (dis > maxDis)
return original;
if (dis < minDis)
return value;
byte newOpacity = (byte)((original.averageOpacity() * (dis - minDis) + value.averageOpacity() * (maxDis - dis)) / 2);
if (newOpacity >= 2 *original.averageOpacity() ||
(overwriteSubstance && dis < radius))
return new Voxel(value.averageMaterialType(), newOpacity);
return new Voxel(original.averageMaterialType(), newOpacity);
}
protected override VoxelHolder modifyVoxel(VoxelHolder original, int x, int y, int z)
{
double percentInside = 1;
percentInside *= percentOverlapping(x, min.x);
percentInside *= percentOverlapping(y, min.y);
percentInside *= percentOverlapping(z, min.z);
percentInside *= percentOverlapping(-x, -max.x);
percentInside *= percentOverlapping(-y, -max.y);
percentInside *= percentOverlapping(-z, -max.z);
if (percentInside <= 0.001)
return original;
if (percentInside >= 0.999)
return new Voxel(value.averageMaterialType(), overwriteShape? value.averageOpacity(): original.averageOpacity());
byte newOpacity = (byte)((original.averageOpacity() * (1 -percentInside) + value.averageOpacity() * (percentInside)));
byte newSubstance = original.averageMaterialType();
if (newOpacity >= 2 *original.averageOpacity() ||
(overwriteSubstance && percentInside > 0.5))
newSubstance = value.averageMaterialType();
if (!overwriteShape)
newOpacity = original.averageOpacity();
return new Voxel(newSubstance, newOpacity);
}
public static VoxelHolder setSphere(VoxelHolder original, int x, int y, int z, Vector3 min, Vector3 max, VoxelHolder val)
{
Vector3 center = (min + max) / 2;
float radius = center.x - min.x;
float minDis = (radius - 1);
float maxDis = (radius + 1);
float dis = (center - new Vector3(x, y, z)).magnitude;
if (dis > maxDis)
return original;
if (dis < minDis)
return val;
byte newOpacity = (byte)((original.averageOpacity() * (dis - minDis) + val.averageOpacity() * (maxDis - dis)) /2);
if ((dis - minDis) > 0.5f)
return new Voxel(val.averageMaterialType(), newOpacity);
return new Voxel(original.averageMaterialType(), newOpacity);
}
public static VoxelHolder setSphere(VoxelHolder original, int x, int y, int z, Vector3 min, Vector3 max, VoxelHolder val)
{
Vector3 center = (min + max) / 2;
float radius = center.x - min.x;
float minDis = (radius - 1);
float maxDis = (radius + 1);
float dis = (center - new Vector3(x, y, z)).magnitude;
if (dis > maxDis)
{
return(original);
}
if (dis < minDis)
{
return(val);
}
byte newOpacity = (byte)((original.averageOpacity() * (dis - minDis) + val.averageOpacity() * (maxDis - dis)) / 2);
if ((dis - minDis) > 0.5f)
{
return(new Voxel(val.averageMaterialType(), newOpacity));
}
return(new Voxel(original.averageMaterialType(), newOpacity));
}