public override void SetFilledSides(VoxelOrientationPlane filledPlanes)
{
if ((filledPlanes & VoxelOrientationPlane.X_UP) == VoxelOrientationPlane.X_UP)
{
xPlane |= UP_MASK;
}
if ((filledPlanes & VoxelOrientationPlane.X_DOWN) == VoxelOrientationPlane.X_DOWN)
{
xPlane |= DOWN_MASK;
}
if ((filledPlanes & VoxelOrientationPlane.Y_UP) == VoxelOrientationPlane.Y_UP)
{
yPlane |= UP_MASK;
}
if ((filledPlanes & VoxelOrientationPlane.Y_DOWN) == VoxelOrientationPlane.Y_DOWN)
{
yPlane |= DOWN_MASK;
}
if ((filledPlanes & VoxelOrientationPlane.Z_UP) == VoxelOrientationPlane.Z_UP)
{
zPlane |= UP_MASK;
}
if ((filledPlanes & VoxelOrientationPlane.Z_DOWN) == VoxelOrientationPlane.Z_DOWN)
{
zPlane |= DOWN_MASK;
}
}
public override void SetFilledSides(VoxelOrientationPlane filledPlanes)
{
if ((filledPlanes & VoxelOrientationPlane.X_UP) == VoxelOrientationPlane.X_UP)
{
xPlaneUp = LENGTH_OF_VOXEL;
}
if ((filledPlanes & VoxelOrientationPlane.X_DOWN) == VoxelOrientationPlane.X_DOWN)
{
xPlaneDown = LENGTH_OF_VOXEL;
}
if ((filledPlanes & VoxelOrientationPlane.Y_UP) == VoxelOrientationPlane.Y_UP)
{
yPlaneUp = LENGTH_OF_VOXEL;
}
if ((filledPlanes & VoxelOrientationPlane.Y_DOWN) == VoxelOrientationPlane.Y_DOWN)
{
yPlaneDown = LENGTH_OF_VOXEL;
}
if ((filledPlanes & VoxelOrientationPlane.Z_UP) == VoxelOrientationPlane.Z_UP)
{
zPlaneUp = LENGTH_OF_VOXEL;
}
if ((filledPlanes & VoxelOrientationPlane.Z_DOWN) == VoxelOrientationPlane.Z_DOWN)
{
zPlaneDown = LENGTH_OF_VOXEL;
}
}
public override void SetFilledSides(VoxelOrientationPlane filledPlanes)
{
// ReSharper disable BitwiseOperatorOnEnumWithoutFlags
if ((filledPlanes & VoxelOrientationPlane.X_UP) == VoxelOrientationPlane.X_UP)
{
xPlaneUp = LENGTH_OF_VOXEL;
}
if ((filledPlanes & VoxelOrientationPlane.X_DOWN) == VoxelOrientationPlane.X_DOWN)
{
xPlaneDown = LENGTH_OF_VOXEL;
}
if ((filledPlanes & VoxelOrientationPlane.Y_UP) == VoxelOrientationPlane.Y_UP)
{
yPlaneUp = LENGTH_OF_VOXEL;
}
if ((filledPlanes & VoxelOrientationPlane.Y_DOWN) == VoxelOrientationPlane.Y_DOWN)
{
yPlaneDown = LENGTH_OF_VOXEL;
}
if ((filledPlanes & VoxelOrientationPlane.Z_UP) == VoxelOrientationPlane.Z_UP)
{
zPlaneUp = LENGTH_OF_VOXEL;
}
if ((filledPlanes & VoxelOrientationPlane.Z_DOWN) == VoxelOrientationPlane.Z_DOWN)
{
zPlaneDown = LENGTH_OF_VOXEL;
}
// ReSharper restore BitwiseOperatorOnEnumWithoutFlags
}
public unsafe void SetVoxelPointGlobalIndex(int i, int j, int k, Part p, VoxelOrientationPlane plane = VoxelOrientationPlane.FILL_VOXEL, byte location = 15)
{
lock (voxelPoints)
{
int index = i + 8 * j + 64 * k - offset;
SetPart(p, index, plane, location);
}
}
//Sets point and ensures that includedParts includes p
public unsafe void SetVoxelPointGlobalIndex(int zeroBaseIndex, Part p, VoxelOrientationPlane plane = VoxelOrientationPlane.FILL_VOXEL, byte location = 15)
{
lock (voxelPoints)
{
zeroBaseIndex -= offset;
SetPart(p, zeroBaseIndex, plane, location);
}
}
//Use when locking is unnecessary and only to change size, not part
public void SetVoxelPointGlobalIndexNoLock(
int zeroBaseIndex,
byte location,
VoxelOrientationPlane plane = VoxelOrientationPlane.FILL_VOXEL
)
{
zeroBaseIndex -= offset;
voxelPoints[zeroBaseIndex].SetPlaneLocation(plane, location);
}
//Use when certain that locking is unnecessary and need to fill the location
public void SetVoxelPointGlobalIndexNoLock(
int zeroBaseIndex,
Part p,
byte location,
VoxelOrientationPlane plane = VoxelOrientationPlane.FILL_VOXEL
)
{
zeroBaseIndex -= offset;
SetPart(p, zeroBaseIndex, plane, location);
}
unsafe void SetPart(Part p, int index, VoxelOrientationPlane plane, byte location)
{
Part currentPart = voxelPoints[index].part;
//if we update the plane location with this, then we can consider replacing the part here. Otherwise, we don't
bool largerThanLast = voxelPoints[index].SetPlaneLocation(plane, location);
if ((object)currentPart == null || overridingParts.Contains(p) || (largerThanLast && !overridingParts.Contains(currentPart)))
{
voxelPoints[index].part = p;
}
}
// ReSharper disable once UnusedMember.Global
public void SetVoxelPointGlobalIndexNoLock(
int i,
int j,
int k,
Part p,
byte location,
VoxelOrientationPlane plane = VoxelOrientationPlane.FILL_VOXEL
)
{
int index = i + 8 * j + 64 * k - offset;
SetPart(p, index, plane, location);
}
private void SetPart(Part p, int index, VoxelOrientationPlane plane, byte location)
{
PartSizePair pair = voxelPoints[index];
Part currentPart = pair.part;
//if we update the plane location with this, then we can consider replacing the part here. Otherwise, we don't
bool largerThanLast = pair.SetPlaneLocation(plane, location);
if (currentPart is null ||
overridingParts.Contains(p) ||
largerThanLast && !overridingParts.Contains(currentPart))
{
pair.part = p;
}
}
private void SetPart(Part p, int index, VoxelOrientationPlane plane, byte location)
{
PartSizePair pair = voxelPoints[index];
Part currentPart = pair.part;
//if we update the plane location with this, then we can consider replacing the part here. Otherwise, we don't
bool largerThanLast = pair.SetPlaneLocation(plane, location);
int currentPriority = PartPriority(currentPart);
int newPriority = PartPriority(p);
if (newPriority > currentPriority ||
largerThanLast && currentPriority <= 0)
{
pair.part = p;
}
}
//Will return true if the location is updated
public bool SetPlaneLocation(VoxelOrientationPlane plane, byte location)
{
bool returnVal = false;
switch (plane)
{
case VoxelOrientationPlane.X_UP:
if (location >= xPlaneUp)
{
xPlaneUp = location;
returnVal = true;
}
break;
case VoxelOrientationPlane.X_DOWN:
if (location >= xPlaneDown)
{
xPlaneDown = location;
returnVal = true;
}
break;
case VoxelOrientationPlane.Y_UP:
if (location >= yPlaneUp)
{
yPlaneUp = location;
returnVal = true;
}
break;
case VoxelOrientationPlane.Y_DOWN:
if (location >= yPlaneDown)
{
yPlaneDown = location;
returnVal = true;
}
break;
case VoxelOrientationPlane.Z_UP:
if (location >= zPlaneUp)
{
zPlaneUp = location;
returnVal = true;
}
break;
case VoxelOrientationPlane.Z_DOWN:
if (location >= zPlaneDown)
{
zPlaneDown = location;
returnVal = true;
}
break;
case VoxelOrientationPlane.FILL_VOXEL:
xPlaneUp = location;
yPlaneUp = location;
zPlaneUp = location;
xPlaneDown = location;
yPlaneDown = location;
zPlaneDown = location;
break;
}
return(returnVal);
}
public void SetFilledSides(VoxelOrientationPlane filledPlanes)
{
if ((filledPlanes & VoxelOrientationPlane.X_UP) == VoxelOrientationPlane.X_UP)
xPlane |= UP_MASK;
if ((filledPlanes & VoxelOrientationPlane.X_DOWN) == VoxelOrientationPlane.X_DOWN)
xPlane |= DOWN_MASK;
if ((filledPlanes & VoxelOrientationPlane.Y_UP) == VoxelOrientationPlane.Y_UP)
yPlane |= UP_MASK;
if ((filledPlanes & VoxelOrientationPlane.Y_DOWN) == VoxelOrientationPlane.Y_DOWN)
yPlane |= DOWN_MASK;
if ((filledPlanes & VoxelOrientationPlane.Z_UP) == VoxelOrientationPlane.Z_UP)
zPlane |= UP_MASK;
if ((filledPlanes & VoxelOrientationPlane.Z_DOWN) == VoxelOrientationPlane.Z_DOWN)
zPlane |= DOWN_MASK;
}
//Will return true if the location is updated
public override bool SetPlaneLocation(VoxelOrientationPlane plane, byte location)
{
bool returnVal = false;
switch (plane)
{
case VoxelOrientationPlane.X_UP:
{
if (location > xPlaneUp)
{
xPlaneUp = location;
returnVal = true;
}
break;
}
case VoxelOrientationPlane.X_DOWN:
{
if (location > xPlaneDown)
{
xPlaneDown = location;
returnVal = true;
}
break;
}
case VoxelOrientationPlane.Y_UP:
{
if (location > yPlaneUp)
{
yPlaneUp = location;
returnVal = true;
}
break;
}
case VoxelOrientationPlane.Y_DOWN:
{
if (location > yPlaneDown)
{
yPlaneDown = location;
returnVal = true;
}
break;
}
case VoxelOrientationPlane.Z_UP:
{
if (location > zPlaneUp)
{
zPlaneUp = location;
returnVal = true;
}
break;
}
case VoxelOrientationPlane.Z_DOWN:
{
if (location > zPlaneDown)
{
zPlaneDown = location;
returnVal = true;
}
break;
}
case VoxelOrientationPlane.FILL_VOXEL:
{
if (location > xPlaneUp)
xPlaneUp = location;
if (location > xPlaneDown)
xPlaneDown = location;
if (location > yPlaneUp)
yPlaneUp = location;
if (location > yPlaneDown)
yPlaneDown = location;
if (location > zPlaneUp)
zPlaneUp = location;
if (location > zPlaneDown)
zPlaneDown = location;
break;
}
}
return returnVal;
}
//Will return true if the location is updated
public bool SetPlaneLocation(VoxelOrientationPlane plane, byte location)
{
bool returnVal = false;
switch (plane)
{
case VoxelOrientationPlane.X_UP:
{
location = (byte)(location << 4); //shift the byte as necessary
if (location > (xPlane & UP_MASK)) //only compare upper bits
{
xPlane &= DOWN_MASK; //clear out all 4 upper bits but keep lower bits
xPlane |= location; //then overwrite them from location
returnVal = true;
}
break;
}
case VoxelOrientationPlane.X_DOWN:
{
if (location > (xPlane & DOWN_MASK))
{
xPlane &= UP_MASK; //clear out all 4 lower bits
xPlane |= location;
returnVal = true;
}
break;
}
case VoxelOrientationPlane.Y_UP:
{
location = (byte)(location << 4); //shift the byte as necessary
if (location > (yPlane & UP_MASK))
{
yPlane &= DOWN_MASK; //clear out all 4 upper bits
yPlane |= location; //then overwrite them from location
returnVal = true;
}
break;
}
case VoxelOrientationPlane.Y_DOWN:
{
if (location > (yPlane & DOWN_MASK))
{
yPlane &= UP_MASK; //clear out all 4 lower bits
yPlane |= location;
returnVal = true;
}
break;
}
case VoxelOrientationPlane.Z_UP:
{
location = (byte)(location << 4); //shift the byte as necessary
if (location > (zPlane & UP_MASK))
{
zPlane &= DOWN_MASK; //clear out all 4 upper bits
zPlane |= location; //then overwrite them from location
returnVal = true;
}
break;
}
case VoxelOrientationPlane.Z_DOWN:
{
if (location > (zPlane & DOWN_MASK))
{
zPlane &= UP_MASK; //clear out all 4 lower bits
zPlane |= location;
returnVal = true;
}
break;
}
case VoxelOrientationPlane.FILL_VOXEL:
{
if (location > (xPlane & DOWN_MASK))
{
xPlane &= UP_MASK; //clear out all 4 lower bits
xPlane |= location;
}
if (location > (yPlane & DOWN_MASK))
{
yPlane &= UP_MASK; //clear out all 4 lower bits
yPlane |= location;
}
if (location > (zPlane & DOWN_MASK))
{
zPlane &= UP_MASK; //clear out all 4 lower bits
zPlane |= location;
}
location = (byte)(location << 4); //shift the byte as necessary
if (location > (xPlane & UP_MASK))
{
xPlane &= DOWN_MASK; //clear out all 4 upper bits
xPlane |= location; //then overwrite them from location
}
if (location > (yPlane & UP_MASK))
{
yPlane &= DOWN_MASK; //clear out all 4 upper bits
yPlane |= location; //then overwrite them from location
}
if (location > (zPlane & UP_MASK))
{
zPlane &= DOWN_MASK; //clear out all 4 upper bits
zPlane |= location; //then overwrite them from location
}
break;
}
}
return returnVal;
}
public void SetFilledSides(VoxelOrientationPlane filledPlanes)
{
if ((filledPlanes & VoxelOrientationPlane.X_UP) == VoxelOrientationPlane.X_UP)
xPlaneUp = LENGTH_OF_VOXEL;
if ((filledPlanes & VoxelOrientationPlane.X_DOWN) == VoxelOrientationPlane.X_DOWN)
xPlaneDown = LENGTH_OF_VOXEL;
if ((filledPlanes & VoxelOrientationPlane.Y_UP) == VoxelOrientationPlane.Y_UP)
yPlaneUp = LENGTH_OF_VOXEL;
if ((filledPlanes & VoxelOrientationPlane.Y_DOWN) == VoxelOrientationPlane.Y_DOWN)
yPlaneDown = LENGTH_OF_VOXEL;
if ((filledPlanes & VoxelOrientationPlane.Z_UP) == VoxelOrientationPlane.Z_UP)
zPlaneUp = LENGTH_OF_VOXEL;
if ((filledPlanes & VoxelOrientationPlane.Z_DOWN) == VoxelOrientationPlane.Z_DOWN)
zPlaneDown = LENGTH_OF_VOXEL;
}
//Will return true if the location is updated
public bool SetPlaneLocation(VoxelOrientationPlane plane, byte location)
{
bool returnVal = false;
switch (plane)
{
case VoxelOrientationPlane.X_UP:
if (location >= xPlaneUp)
{
xPlaneUp = location;
returnVal = true;
}
break;
case VoxelOrientationPlane.X_DOWN:
if (location >= xPlaneDown)
{
xPlaneDown = location;
returnVal = true;
}
break;
case VoxelOrientationPlane.Y_UP:
if (location >= yPlaneUp)
{
yPlaneUp = location;
returnVal = true;
}
break;
case VoxelOrientationPlane.Y_DOWN:
if (location >= yPlaneDown)
{
yPlaneDown = location;
returnVal = true;
}
break;
case VoxelOrientationPlane.Z_UP:
if (location >= zPlaneUp)
{
zPlaneUp = location;
returnVal = true;
}
break;
case VoxelOrientationPlane.Z_DOWN:
if (location >= zPlaneDown)
{
zPlaneDown = location;
returnVal = true;
}
break;
case VoxelOrientationPlane.FILL_VOXEL:
xPlaneUp = location;
yPlaneUp = location;
zPlaneUp = location;
xPlaneDown = location;
yPlaneDown = location;
zPlaneDown = location;
break;
}
return returnVal;
}
public unsafe void SetVoxelPointGlobalIndexNoLock(int i, int j, int k, Part p, VoxelOrientationPlane plane = VoxelOrientationPlane.FILL_VOXEL, byte location = 255)
{
int index = i + 8 * j + 64 * k - offset;
SetPart(p, index, plane, location);
}
unsafe void SetPart(Part p, int index, VoxelOrientationPlane plane, byte location)
{
Part currentPart = voxelPoints[index].part;
//if we update the plane location with this, then we can consider replacing the part here. Otherwise, we don't
bool largerThanLast = voxelPoints[index].SetPlaneLocation(plane, location);
if ((object)currentPart == null || overridingParts.Contains(p) || (largerThanLast && !overridingParts.Contains(currentPart)))
voxelPoints[index].part = p;
}
//Use when locking is unnecessary and only to change size, not part
public unsafe void SetVoxelPointGlobalIndexNoLock(int zeroBaseIndex, VoxelOrientationPlane plane = VoxelOrientationPlane.FILL_VOXEL, byte location = 255)
{
zeroBaseIndex -= offset;
//voxelPoints[zeroBaseIndex].part = p;
voxelPoints[zeroBaseIndex].SetPlaneLocation(plane, location);
}
//Use when certian that locking is unnecessary
public unsafe void SetVoxelPointGlobalIndexNoLock(int zeroBaseIndex, Part p, VoxelOrientationPlane plane = VoxelOrientationPlane.FILL_VOXEL, byte location = 255)
{
zeroBaseIndex -= offset;
SetPart(p, zeroBaseIndex, plane, location);
}
private void SetVoxelPoint(int i, int j, int k, Part part, VoxelOrientationPlane plane, byte location)
{
int iSec, jSec, kSec;
//Find the voxel section that this point points to
iSec = i >> 3;
jSec = j >> 3;
kSec = k >> 3;
VoxelChunk section;
lock (voxelChunks)
{
section = voxelChunks[iSec, jSec, kSec];
if (section == null)
{
lock(clearedChunks)
{
if(clearedChunks.Count > 0)
{
section = clearedChunks.Pop();
}
}
if (section == null)
section = new VoxelChunk(elementSize, lowerRightCorner + new Vector3d(iSec, jSec, kSec) * elementSize * 8, iSec * 8, jSec * 8, kSec * 8, overridingParts);
else
section.SetChunk(elementSize, lowerRightCorner + new Vector3d(iSec, jSec, kSec) * elementSize * 8, iSec * 8, jSec * 8, kSec * 8, overridingParts);
voxelChunks[iSec, jSec, kSec] = section;
}
}
//Debug.Log(i.ToString() + ", " + j.ToString() + ", " + k.ToString() + ", " + part.partInfo.title);
section.SetVoxelPointGlobalIndex(i + j * 8 + k * 64, part, plane, location);
}
//Use when locking is unnecessary and only to change size, not part
public unsafe void SetVoxelPointGlobalIndexNoLock(int zeroBaseIndex, VoxelOrientationPlane plane = VoxelOrientationPlane.FILL_VOXEL, byte location = 15)
{
zeroBaseIndex -= offset;
//voxelPoints[zeroBaseIndex].part = p;
voxelPoints[zeroBaseIndex].SetPlaneLocation(plane, location);
}
//Will return true if the location is updated public abstract bool SetPlaneLocation(VoxelOrientationPlane plane, byte location);
public abstract void SetFilledSides(VoxelOrientationPlane filledPlanes);
//Will return true if the location is updated
public override bool SetPlaneLocation(VoxelOrientationPlane plane, byte location)
{
bool returnVal = false;
switch (plane)
{
case VoxelOrientationPlane.X_UP:
{
location = (byte)(location << 4); //shift the byte as necessary
if (location > (xPlane & UP_MASK)) //only compare upper bits
{
xPlane &= DOWN_MASK; //clear out all 4 upper bits but keep lower bits
xPlane |= location; //then overwrite them from location
returnVal = true;
}
break;
}
case VoxelOrientationPlane.X_DOWN:
{
if (location > (xPlane & DOWN_MASK))
{
xPlane &= UP_MASK; //clear out all 4 lower bits
xPlane |= location;
returnVal = true;
}
break;
}
case VoxelOrientationPlane.Y_UP:
{
location = (byte)(location << 4); //shift the byte as necessary
if (location > (yPlane & UP_MASK))
{
yPlane &= DOWN_MASK; //clear out all 4 upper bits
yPlane |= location; //then overwrite them from location
returnVal = true;
}
break;
}
case VoxelOrientationPlane.Y_DOWN:
{
if (location > (yPlane & DOWN_MASK))
{
yPlane &= UP_MASK; //clear out all 4 lower bits
yPlane |= location;
returnVal = true;
}
break;
}
case VoxelOrientationPlane.Z_UP:
{
location = (byte)(location << 4); //shift the byte as necessary
if (location > (zPlane & UP_MASK))
{
zPlane &= DOWN_MASK; //clear out all 4 upper bits
zPlane |= location; //then overwrite them from location
returnVal = true;
}
break;
}
case VoxelOrientationPlane.Z_DOWN:
{
if (location > (zPlane & DOWN_MASK))
{
zPlane &= UP_MASK; //clear out all 4 lower bits
zPlane |= location;
returnVal = true;
}
break;
}
case VoxelOrientationPlane.FILL_VOXEL:
{
if (location > (xPlane & DOWN_MASK))
{
xPlane &= UP_MASK; //clear out all 4 lower bits
xPlane |= location;
}
if (location > (yPlane & DOWN_MASK))
{
yPlane &= UP_MASK; //clear out all 4 lower bits
yPlane |= location;
}
if (location > (zPlane & DOWN_MASK))
{
zPlane &= UP_MASK; //clear out all 4 lower bits
zPlane |= location;
}
location = (byte)(location << 4); //shift the byte as necessary
if (location > (xPlane & UP_MASK))
{
xPlane &= DOWN_MASK; //clear out all 4 upper bits
xPlane |= location; //then overwrite them from location
}
if (location > (yPlane & UP_MASK))
{
yPlane &= DOWN_MASK; //clear out all 4 upper bits
yPlane |= location; //then overwrite them from location
}
if (location > (zPlane & UP_MASK))
{
zPlane &= DOWN_MASK; //clear out all 4 upper bits
zPlane |= location; //then overwrite them from location
}
break;
}
}
return(returnVal);
}