def __new__(cls, transform, **kwargs):
if not isinstance(transform, Transform):
transform = transform.getParent()
select(transform, replace=True)
nClothCreate()
shape = selected()[0]
nc_xform = shape.getParent()
rename(nc_xform, transform.namespace() + 'snCloth' + \
_util.capitalize(transform.name().split(':')[-1]))
shape.__class__ = cls
return shape
def __new__(cls, transform, **kwargs):
if not isinstance(transform, Transform):
transform = transform.getParent()
select(transform, replace=True)
nClothCreate()
shape = selected()[0]
nc_xform = shape.getParent()
rename(nc_xform, transform.namespace() + 'snCloth' + \
_util.capitalize(transform.name().split(':')[-1]))
shape.__class__ = cls
return shape
def assign_new_names(self):
new_name = str(self.newName.text())
if not new_name:
return error('New name is empty.')
# Solve naming conflicts by first naming everything foo#.
for n in self._nodes:
rename(n, 'foo#')
if not new_name.count('%'):
new_name += '%d'
for i, n in enumerate(self._nodes):
self.rename(n, new_name % (i + 1))
def assign_new_names(self):
new_name = str(self.newName.text())
if not new_name:
return error('New name is empty.')
# Solve naming conflicts by first naming everything foo#.
for n in self._nodes:
rename(n, 'foo#')
if not new_name.count('%'):
new_name += '%d'
for i, n in enumerate(self._nodes):
self.rename(n, new_name % (i + 1))
def generate(self):
"""
Generate the maya scene file
:return: None
"""
# Clear the scene for the level
pmcs.newFile(force=True)
# Pivot for rotation
pivot = (self.block_dimensions[X] / 2.0, 0,
self.block_dimensions[Z] / 2.0)
# Go through each level item and place block
for i in range(self.lvl.size[X]):
for j in range(self.lvl.size[Y]):
for k in range(self.lvl.size[Z]):
blk = self.lvl.get_block((i, j, k))
# Don't worry about Empty or RampDummy blocks
if blk.block_type != blocks.BlockType.EMPTY and blk.block_type != blocks.BlockType.RAMP_DUMMY:
# Load the scene file
pmcs.importFile(pmcs.Path(blk.pth))
# Give block a unique name
new_name = "{}_{}_{}_{}".format(
self.group_name, i, j, k)
pmcg.rename(self.group_name, new_name)
# Rotate it based on the orientation
pmcg.rotate(new_name,
[0, 90 * int(blk.orientation), 0],
pivot=pivot)
# Move it to the correct spot
new_spot = [
i * self.block_dimensions[X],
j * self.block_dimensions[Y],
k * self.block_dimensions[Z]
]
pmcg.move(new_name, new_spot)
def rename(self, obj, new_name): rename(obj, new_name) self._renamed += 1
def rename(self, obj, new_name):
rename(obj, new_name)
self._renamed += 1
