Cube asm script

print("**SCRIPT START**")
import bpy
import math
import time
bpy.context.scene.frame_set(1)
frame = 1
frameStart = 1
fs = 4
class Cube(object):
    id = 0
    curX = 0
    curY = 0
    curZ = 0
    destX = 0
    destY = 0
    destZ = 0

    def __init__(self, id, curX, curY, curZ):
        self.id = id
        self.curX = curX
        self.curY = curY
        self.curZ = curZ

    def setDest(self, destX, destY, destZ):
        self.destX = destX
        self.destY = destY
        self.destZ = destZ

cubes = []
xsize = 10
ysize = 10
zsize = 10
def moveCube(id, x, y, z, fr):
    ob = bpy.data.objects[id]
    bpy.context.scene.frame_set(fr)
    ob.keyframe_insert(data_path="location", index=-1)
    bpy.context.scene.frame_set(fr + fs)
    ob.location = (x, y, z)
    ob.keyframe_insert(data_path="location", index=-1)

def isCube(x, y, z):
    for c in cubes:
        if (c.curX == x) and (c.curY == y) and (c.curZ == z):
            return True
    return False

def createCube(x, y, z, id):
    cubes.append(Cube(id, x, y, z))
    bpy.ops.mesh.primitive_cube_add(location=(x, y, z))
    bpy.context.active_object.name = str(id)
    bpy.context.active_object.scale = (0.5, 0.5, 0.5)
    print(x, ":", y, ":", z, " ", id)

def createCubes(): #Function cause python is stupid and dosent let you break from loops properly
    i = 0
    numberOfCubes = xsize * ysize * zsize
    topy = 0 #Top y is sutracted
    rightx = xsize #Right x is added
    bottomy = ysize #Bottom y is added
    leftx = 0 #Left x is subracted
    while True: #Infinate loop, the for loops have logic to exit the fucntion
        for x in range(0, xsize): #Top creation, 0 -> xsize
            createCube(x + .5, topy - .5, 0, i)
            i += 1
            numberOfCubes -= 1
            if (numberOfCubes == 0): #Check if we are out of cubes to add
                return #If so, exit the whole loop set (this is why we need a function)
        topy -= 1 #If the for loop finishes then we decrement the topy value so the next time we enter this for loop, the cube wont be placed on top of eachother
        #The rest of the for loops work in similar ways, they however are set up to work in diffrent directions

        for y in range(0, ysize): #Right creation, 0 -> ysize
            createCube(rightx + .5, y + .5, 0, i)
            i += 1
            numberOfCubes -= 1
            if (numberOfCubes == 0):
                return
        rightx += 1 #The above dose the same thing as the first loop, it simply makes a live on the right of the cube instaed of the top

        for x in range(0, xsize): #Bottom creation, 0 -> xsize
            createCube(x + .5, bottomy + .5, 0, i)
            i += 1
            numberOfCubes -= 1
            if (numberOfCubes == 0):
                return
        bottomy += 1

        for y in range(0, ysize): #Left creation, 0 -> ysize
            createCube(leftx - .5, y + .5, 0, i)
            i += 1
            numberOfCubes -= 1
            if (numberOfCubes == 0):
                return
        leftx -= 1
        #If we make it here, loop back to the first for loop

createCubes() #Now run the function
l = 0
for z in range(0, zsize): #Now we add a destination to each of the cubes
    for y in range(0, ysize):
        for x in range(0, xsize):
            cubes[l].setDest(x + .5, y + .5, z)
            l += 1
#Now the cubes are set up and in the right posistions
cZ = 0
for c in range (0, len(cubes)):
    print(cubes[c].curX, ",", cubes[c].curY, ",", cubes[c].curZ, ":", cubes[c].destX, ",", cubes[c].destY, ",", cubes[c].destZ)
    if (cubes[c].destZ > cZ):
        frameStart = frame
        cZ = cubes[c].destZ
    else:
        frame = frameStart
    while ((cubes[c].curX != cubes[c].destX) or (cubes[c].curY != cubes[c].destY) or (cubes[c].curZ != cubes[c].destZ)):
        error = 0
        if (cubes[c].curX != cubes[c].destX):
            if (cubes[c].destX - cubes[c].curX > 0):
                dist = 1
            else:
                dist = -1
            if (not isCube(cubes[c].curX + dist, cubes[c].curY, cubes[c].curZ)):
                moveCube(str(cubes[c].id), cubes[c].curX + dist, cubes[c].curY, cubes[c].curZ, frame)
                cubes[c].curX += dist
                frame += fs
            else:
                error = 1
        if (cubes[c].curY != cubes[c].destY):
            if (cubes[c].destY - cubes[c].curY > 0):
                dist = 1
            else:
                dist = -1
            if (not isCube(cubes[c].curX, cubes[c].curY + dist, cubes[c].curZ)):
                moveCube(str(cubes[c].id), cubes[c].curX, cubes[c].curY + dist, cubes[c].curZ, frame)
                cubes[c].curY += dist
                frame += fs
            else:
                error = 1
        if (cubes[c].curZ != cubes[c].destZ):
            if (cubes[c].destZ - cubes[c].curZ > 0):
                dist = 1
            else:
                dist = -1
            if (not isCube(cubes[c].curX, cubes[c].curY, cubes[c].curZ + dist)):
                moveCube(str(cubes[c].id), cubes[c].curX, cubes[c].curY, cubes[c].curZ + dist, frame)
                cubes[c].curZ += dist
                frame += fs
        if (error == 1):
            moveCube(str(cubes[c].id), cubes[c].curX, cubes[c].curY, cubes[c].curZ + dist, frame)
            cubes[c].curZ += dist
            frame += fs
bpy.context.scene.frame_end = frame
print("Done! :D")