public void DoStaticGroundConveyorRegion(MaskData conveyorRegion, int deltaX, int deltaZ)
{
for (int i = 0; i < moverCount; i++)
{
if (moverWeDoNotMove[i])
{
continue;
}
int moverStartX = moverInitialPositions[i].X + moverCharacterPhysics[i].startX;
int moverEndX = moverInitialPositions[i].X + moverCharacterPhysics[i].endX;
int moverY = moverInitialPositions[i].Y;
int moverZ = moverInitialPositions[i].Z;
if (conveyorRegion.IsSetInXRange(moverStartX, moverEndX, moverZ))
{
int groundHeight = GetGroundHeightInXRange(moverStartX, moverEndX, moverZ, moverY, moverY + moverCharacterPhysics[i].height, moverActors[i], staticOnly: true);
if (moverY == groundHeight) // <- on the ground
{
CharacterPhysics.TryMoveHorizontalDidHitWall(ref moverCharacterPhysics[i], this, deltaX, deltaZ, true, ref moverActors[i].position, staticOnly: true);
}
}
}
}
public void DoStaticBlowerRegion(MaskData blowerRegion, int deltaX, int deltaZ, int startY, int endY)
{
for (int i = 0; i < moverCount; i++)
{
if (moverWeDoNotMove[i])
{
continue;
}
int moverStartX = moverInitialPositions[i].X + moverCharacterPhysics[i].startX;
int moverEndX = moverInitialPositions[i].X + moverCharacterPhysics[i].endX;
int moverStartY = moverInitialPositions[i].Y;
int moverEndY = moverStartY + moverCharacterPhysics[i].height;
int moverZ = moverInitialPositions[i].Z;
if (blowerRegion.IsSetInXRange(moverStartX, moverEndX, moverZ))
{
int groundHeight = GetGroundHeightInXRange(moverStartX, moverEndX, moverZ, moverStartY, moverEndY, moverActors[i], staticOnly: true);
bool onGround = (groundHeight == moverStartY);
if (!(moverEndY < startY || moverStartY >= endY)) // <- in the blower's Y range
{
CharacterPhysics.TryMoveHorizontalDidHitWall(ref moverCharacterPhysics[i], this, deltaX, deltaZ, onGround, ref moverActors[i].position, staticOnly: true);
}
}
}
}
public bool MoveNext()
{
while (nextIndex < owner.moverCount)
{
int i = nextIndex;
nextIndex++;
if (maskData.IsSetInXRange(owner.moverInitialPositions[i].X + owner.moverCharacterPhysics[i].startX,
owner.moverInitialPositions[i].X + owner.moverCharacterPhysics[i].endX,
owner.moverInitialPositions[i].Z))
{
current = owner.moverActors[i];
return(true);
}
}
return(false);
}
