def Display(anyCurve):
" overall display "
if _ghl.GEOMETRY_OUTPUT:
# add diffrent fill and outline to different GeoOut bracnch
i = _ghl.GeoOut.BranchCount
_ghl.GeoOut.Add(anyCurve,Path(i))
_ghl.ColorOut.Add(_ghl.STROKE_COLOR,Path(i))
if IS_FILL:
_ghl.GeoOut.Add(_fill_geometry(anyCurve),Path(i))
_ghl.ColorOut.Add(_ghl.FILL_COLOR,Path(i))
if _ghl.COLOR_OUTPUT:
_fill_color(anyCurve,_ghl.IS_FILL,_ghl.IS_STROKE)
def Display(anyCurve):
" overall display "
if GEOMETRY_OUTPUT:
# add diffrent fill and outline to different GeoOut bracnch
is_fill = STYLE.FILL_COLOR.A > 0
is_stroke = STYLE.STROKE_COLOR.A > 0
i = GeoOut.BranchCount
if is_stroke:
GeoOut.Add(anyCurve,Path(i))
ColorOut.Add(STYLE.STROKE_COLOR,Path(i))
if is_fill:
GeoOut.Add(_fill_geometry(anyCurve),Path(i))
ColorOut.Add(STYLE.FILL_COLOR,Path(i))
if COLOR_OUTPUT:
_fill_color(anyCurve,STYLE.IS_FILL,STYLE.IS_STROKE)
def proc(input, tree, track):
for i, item in enumerate(input):
if hasattr(item, '__iter__'): # if list or tuple
track.append(i)
proc(item, tree, track)
track.pop()
else:
tree.Add(item, Path(*track))
def proc(input,tree,track):
path = Path(Array[int](track))
if len(input) == 0 and none_and_holes: tree.EnsurePath(path); return
for i,item in enumerate(input):
if hasattr(item, '__iter__'): #if list or tuple
track.append(i); proc(item,tree,track); track.pop()
else:
if none_and_holes: tree.Insert(item,path,i)
elif item is not None: tree.Add(item,path)
def proc(input, tree, track):
for i, item in enumerate(input):
if isinstance(item,
(list, tuple)): # don't count iterables like colors
track.append(i)
proc(item, tree, track)
track.pop()
else:
tree.Add(item, Path(*track))
def proc(input, tree, track):
for i, item in enumerate(input):
if isinstance(
item,
(list, tuple, array.array)): # ignore iterables like str
track.append(i)
proc(item, tree, track)
track.pop()
else:
tree.Add(item, Path(*track))
def process_one_item(items, tree, track):
path = Path(Array[int](track))
if len(items) == 0 and none_and_holes:
tree.EnsurePath(path)
return
for i, item in enumerate(items):
if hasattr(item, '__iter__'):
track.append(i)
process_one_item(item, tree, track)
track.pop()
else:
if none_and_holes:
tree.Insert(item, path, i)
elif item is not None:
tree.Add(item, path)
