def openConvexFromVertList(vertices, name=None, description=None, path=None):
if vertices:
gfFigure = [vertices] + [[]] * len(vertices[0])
gfFigure = gf.figureConvexHullUpdate(gfFigure)
gf.figureOpen(gfFigure)
else:
gf.close()
if figureInfo:
figureInfo.setNameDescPath(name, description, path)
def openConvexFromVertList(vertices, name=None, description=None, path=None): if vertices: gfFigure=[vertices]+[[]]*len(vertices[0]) gfFigure=gf.figureConvexHullUpdate(gfFigure) gf.figureOpen(gfFigure) else: gf.close() if figureInfo: figureInfo.setNameDescPath(name, description, path)
def createConvexObjFigure(vertices):
import objFigure
if vertices:
gfFigure=[vertices]+[[]]*len(vertices[0])
gfFigure=gf.figureConvexHullUpdate(gfFigure)
figures=objFigure.fromGfFigure(gfFigure)
if len(figures)>1:
figures=[f for f in figures if f.dim>0]
if len(figures)!=1:
raise RuntimeError("Unspecified error occurred")
return figures.pop()
else:
return None
def createConvexObjFigure(vertices):
import objFigure
if vertices:
gfFigure=[vertices]+[[]]*len(vertices[0])
gfFigure=gf.figureConvexHullUpdate(gfFigure)
gfFigure[0]=vertices; # to avoid rounding, tuples will have the same hash as original
figures=objFigure.fromGfFigure(gfFigure)
if len(figures)>1:
figures=[f for f in figures if f.dim>0]
if len(figures)!=1:
raise RuntimeError("Unspecified error occurred")
return figures.pop()
else:
return None
def createConvexObjFigure(vertices):
import objFigure
if vertices:
gfFigure = [vertices] + [[]] * len(vertices[0])
gfFigure = gf.figureConvexHullUpdate(gfFigure)
gfFigure[0] = vertices
# to avoid rounding, tuples will have the same hash as original
figures = objFigure.fromGfFigure(gfFigure)
if len(figures) > 1:
figures = [f for f in figures if f.dim > 0]
if len(figures) != 1:
raise RuntimeError("Unspecified error occurred")
return figures.pop()
else:
return None