mc.pathAnimation(locObj, stu=sortedKeyFrameList[0], etu=sortedKeyFrameList[-1] ,c=curveObj)
#For every locator we create, make a bubble and attach that to the locator in worldspace and parent in underneath
makeBubble = mc.polyCube(name="bubble" + str(curveParticleId), w=.1, h=.1, d=.1, sx=5, sy=5, sz=5)
mc.sculpt(makeBubble, maxDisplacement=.1)
mc.delete(makeBubble, ch=True)
getPos = mc.xform(locObj, ws=True, q=True, translation=True)
mc.xform(makeBubble[0], t=(getPos[0], getPos[1], getPos[2]))
mc.parent(makeBubble[0], locObj)
randBubbleSize = random.uniform(.4,.6)#This is what will give our bubbles the random size
mc.scale(randBubbleSize, randBubbleSize, randBubbleSize, makeBubble[0])
#Create nCloth for each bubble and set the collide strength to turn on when the bubble moves, never before.
mc.select(makeBubble[0])
mc.nClothCreate()
bubbleNClothName = mc.rename("nCloth1", "bubbleCloth")
#mc.setAttr(locObj + ".collideStrength", 0)
mc.setKeyframe(bubbleNClothName, attribute='collideStrength', t=[sortedKeyFrameList[0], sortedKeyFrameList[-1]])
mc.setAttr(bubbleNClothName + ".collideStrength", 0)
mc.setKeyframe(bubbleNClothName, attribute='collideStrength', t=[sortedKeyFrameList[0]-1, sortedKeyFrameList[-1]+1])
mc.setKeyframe(bubbleNClothName, attribute='rigidity', t=[sortedKeyFrameList[0], sortedKeyFrameList[-1]+10])
mc.setAttr(bubbleNClothName + ".rigidity", .1)
mc.setKeyframe(bubbleNClothName, attribute='rigidity', t=[sortedKeyFrameList[0]+10, sortedKeyFrameList[-1]])
mc.setAttr(bubbleNClothName + ".inputMeshAttract", .7)
mc.setKeyframe(bubbleNClothName, attribute='inputMeshAttract', t=[sortedKeyFrameList[0], sortedKeyFrameList[-1]+10])
mc.setAttr(bubbleNClothName + ".inputMeshAttract", .4)
mc.setKeyframe(bubbleNClothName, attribute='inputMeshAttract', t=[sortedKeyFrameList[0]+10, sortedKeyFrameList[-1]])
def main():
cmds.polyCube( sx=10, sy=10, sz=10)
cmds.nClothCreate()
