def getCurveSegmentLength(self):
pointA = Vector3(
cmds.pointPosition(self.curveName + '.cv[0]')[0],
cmds.pointPosition(self.curveName + '.cv[0]')[1],
cmds.pointPosition(self.curveName + '.cv[0]')[2])
pointB = Vector3(
cmds.pointPosition(self.curveName + '.cv[1]')[0],
cmds.pointPosition(self.curveName + '.cv[1]')[1],
cmds.pointPosition(self.curveName + '.cv[1]')[2])
return Vector3.getDistanceBetweenTwoPoints(pointA, pointB)
def createDoorWalls(self, sideDoorPoint, curveExtremityPoint,
wallGroupName, curveName):
wallsSegmentNames = []
segmentLength = Vector3.getDistanceBetweenTwoPoints(
sideDoorPoint, curveExtremityPoint)
#Get amont of wall we need
wallsNeeded = int(math.ceil(segmentLength / self.getWallSize().x))
#curve = cmds.curve(p=[(sideDoorPoint.x,sideDoorPoint.y,sideDoorPoint.z),(curveExtremityPoint.x,curveExtremityPoint.y,curveExtremityPoint.z)],d=1,n=curveName)
vec1 = Vector3(sideDoorPoint.x, sideDoorPoint.y,
self.center.z) - sideDoorPoint
vec2 = curveExtremityPoint - sideDoorPoint
angle = Vector3.getAngleBetweenVector(vec1, vec2)
spawnPointA = sideDoorPoint
spawnPointB = curveExtremityPoint
for j in range(0, wallsNeeded):
spawnWallPosition = Vector3(
spawnPointA.x -
(spawnPointA.x - spawnPointB.x) * j / wallsNeeded -
(spawnPointA.x - spawnPointB.x) / wallsNeeded / 2,
spawnPointA.y -
(spawnPointA.y - spawnPointB.y) * j / wallsNeeded -
(spawnPointA.y - spawnPointB.y) / wallsNeeded / 2,
spawnPointA.z -
(spawnPointA.z - spawnPointB.z) * j / wallsNeeded -
(spawnPointA.z - spawnPointB.z) / wallsNeeded / 2)
yRotation = 0.0
if sideDoorPoint.x > curveExtremityPoint.x:
yRotation = -90.0 + angle
else:
yRotation = 90.0 - angle
wall = self.createWall(spawnWallPosition,
Vector3(0.0, yRotation, 0.0))
self.walls.append(wall)
wallsSegmentNames.append(wall.name)
cmds.group(wallsSegmentNames, n=wallGroupName)
cmds.xform(wallGroupName, piv=(0, 0, 0))
self.IncrementWallsSegmentIndex()