def createNewSkeletonfromLevel(level,SolutionAxes):
slabSkeleton = SlabSkeleton.createSkeletonFromSlab(level.slab)
wallSkeletons = []
lowerlevel = level.getLowerLevel()
lowZ = None if lowerlevel is None else lowerlevel.slab.getHighestZ()
print("for ", level, "lowz is: ", lowZ)
test=False
if lowZ is None:
lowZ = 0
for axis in SolutionAxes.axes[0]:
print("here axis",axis.coords[0][1])
for wall in level.walls:
wallSkeletons += WallSkeleton.createSkeletonsFromWall(wall,
lowZ,
level.slab.getLowestZ())
# for wall in level.walls:
# wallSkeleton = WallSkeleton.createSkeletonFromWall(wall)
# x = round(wallSkeleton.poly.centroid().x,2)
# y = round(wallSkeleton.poly.centroid().y,2)
# for axis in SolutionAxes.axes[0]:
# if y==axis.coords[0][1]:
# wallSkeletons += WallSkeleton.createSkeletonsFromWall(wall,
# lowZ,
# level.slab.getLowestZ())
# test = True
# for axis in SolutionAxes.axes[1]:
# if x==axis.coords[0][0]:
# # print("I am here Vertical",mid,"\n",axis)
# wallSkeletons += WallSkeleton.createSkeletonsFromWall(wall,
# lowZ,
# level.slab.getLowestZ())
# test = True
# if test == False: level.walls.remove(wall)
return LevelSkeleton(wallSkeletons, slabSkeleton, level)
def createSkeletonFromLevel(level):
slabSkeleton = SlabSkeleton.createSkeletonFromSlab(level.slab)
wallSkeletons = []
lowerlevel = level.getLowerLevel()
lowZ = None if lowerlevel is None else lowerlevel.slab.getHighestZ()
for wall in level.walls:
wallSkeletons += WallSkeleton.createSkeletonsFromWall(
wall, lowZ, level.slab.getLowestZ())
# wallSkeletons = [WallSkeleton.createSkeletonFromWall(wall) for wall in level.walls]
return LevelSkeleton(wallSkeletons, slabSkeleton, level)