def shapeOfMaxSize(list_of_shapes):
"""shapeOfMaxSize(list_of_shapes): finds the shape that has the largest mass in the list and returns it. The shapes in the list must be of same dimension."""
#first, check if shapes can be compared by size
ShapeMerge.dimensionOfShapes(list_of_shapes)
rel_precision = 1e-8
#find it!
max_size = -1e100 # max size encountered so far
count_max = 0 # number of shapes with size equal to max_size
shape_max = None # shape of max_size
for sh in list_of_shapes:
v = abs(Part.cast_to_shape(sh).Mass)
if v > max_size*(1 + rel_precision) :
max_size = v
shape_max = sh
count_max = 1
elif (1-rel_precision) * max_size <= v and v <= (1+rel_precision) * max_size :
count_max = count_max + 1
if count_max > 1 :
raise ValueError("There is more than one largest piece!")
return shape_max
def shapeOfMaxSize(list_of_shapes):
"""shapeOfMaxSize(list_of_shapes): finds the shape that has the largest mass in the list and returns it. The shapes in the list must be of same dimension."""
#first, check if shapes can be compared by size
ShapeMerge.dimensionOfShapes(list_of_shapes)
rel_precision = 1e-8
#find it!
max_size = -1e100 # max size encountered so far
count_max = 0 # number of shapes with size equal to max_size
shape_max = None # shape of max_size
for sh in list_of_shapes:
v = abs(Part.cast_to_shape(sh).Mass)
if v > max_size*(1 + rel_precision) :
max_size = v
shape_max = sh
count_max = 1
elif (1-rel_precision) * max_size <= v and v <= (1+rel_precision) * max_size :
count_max = count_max + 1
if count_max > 1 :
raise ValueError("There is more than one largest piece!")
return shape_max
def clean(self):
"""Clean faces by removing splitter edges."""
r = self.wrapped.removeSplitter()
# removeSplitter() returns a generic Shape type, cast to actual type of object
r = FreeCADPart.cast_to_shape(r)
return Shape.cast(r)
def clean(self):
"""Clean faces by removing splitter edges."""
r = self.wrapped.removeSplitter()
# removeSplitter() returns a generic Shape type, cast to actual type of object
r = FreeCADPart.cast_to_shape(r)
return Shape.cast(r)
