def makeverticalblock(self, loneneighbors, mat):
temporigin = []
tempfaces = []
for block in loneneighbors[mat]:
listoffaces = loneneighbors[mat][block]['faces']
left = block[0]-1, block[1], block[2]
right = block[0]+1, block[1], block[2]
front = block[0], block[1]-1, block[2]
back = block[0], block[1]+1, block[2]
if mat in self.colormaterials and 'models' in self.colormaterials[mat]:
pointlist = PointList()
pointlist.from_tuple_list(self.colormaterials[mat]['models'][0])
pointops = pointlist
else:
pointops = self.defshapes.make_default_flat_blocks()
if front in loneneighbors[mat] or back in loneneighbors[mat]:
pointops = self.fromfileordefault(mat, 0, self.defshapes.make_default_vertical_plusblock)
pointops.rotate_points_z(90)
elif left in loneneighbors[mat] or right in loneneighbors[mat]:
pointops = self.fromfileordefault(mat, 0, self.defshapes.make_default_vertical_plusblock)
elif left in loneneighbors[mat] and right in loneneighbors[mat] and front in loneneighbors[mat] and back in loneneighbors[mat]:
pointops = self.fromfileordefault(mat, 0, self.defshapes.make_default_vertical_plusblock)
else:
pointops = self.fromfileordefault(mat, 0, self.defshapes.make_default_vertical_plusblock)
self.defshapes.remove_neibors(pointops, listoffaces)
self.appendto3dlist(pointops, block)
temporigin.append(pointops.get_avg_point().as_tuple())
tempfaces += pointops
return tempfaces, self.getavgorigins(temporigin)
def fromfileordefault(self, mat, index, defaultfunction):
if mat in self.colormaterials and 'models' in self.colormaterials[mat] and index + 1 <= len(self.colormaterials[mat]['models']):
pointlist = PointList()
pointlist.from_tuple_list(self.colormaterials[mat]['models'][index])
pointops = pointlist
else:
pointops = defaultfunction()
return pointops
def fromfileordefault(self, mat, index, defaultfunction):
if mat in self.colormaterials and 'models' in self.colormaterials[
mat] and index + 1 <= len(self.colormaterials[mat]['models']):
pointlist = PointList()
pointlist.from_tuple_list(
self.colormaterials[mat]['models'][index])
pointops = pointlist
else:
pointops = defaultfunction()
return pointops
def makeverticalblock(self, loneneighbors, mat):
temporigin = []
tempfaces = []
for block in loneneighbors[mat]:
listoffaces = loneneighbors[mat][block]['faces']
left = block[0] - 1, block[1], block[2]
right = block[0] + 1, block[1], block[2]
front = block[0], block[1] - 1, block[2]
back = block[0], block[1] + 1, block[2]
if mat in self.colormaterials and 'models' in self.colormaterials[
mat]:
pointlist = PointList()
pointlist.from_tuple_list(
self.colormaterials[mat]['models'][0])
pointops = pointlist
else:
pointops = self.defshapes.make_default_flat_blocks()
if front in loneneighbors[mat] or back in loneneighbors[mat]:
pointops = self.fromfileordefault(
mat, 0, self.defshapes.make_default_vertical_plusblock)
pointops.rotate_points_z(90)
elif left in loneneighbors[mat] or right in loneneighbors[mat]:
pointops = self.fromfileordefault(
mat, 0, self.defshapes.make_default_vertical_plusblock)
elif left in loneneighbors[mat] and right in loneneighbors[
mat] and front in loneneighbors[
mat] and back in loneneighbors[mat]:
pointops = self.fromfileordefault(
mat, 0, self.defshapes.make_default_vertical_plusblock)
else:
pointops = self.fromfileordefault(
mat, 0, self.defshapes.make_default_vertical_plusblock)
self.defshapes.remove_neibors(pointops, listoffaces)
self.appendto3dlist(pointops, block)
temporigin.append(pointops.get_avg_point().as_tuple())
tempfaces += pointops
return tempfaces, self.getavgorigins(temporigin)