def callback(forcediagram, k, args):
if k % 5:
current_flatness = volmesh_face_flatness(forcediagram)
face_colordict = compare_initial_current(current_flatness,
initial_flatness,
color_scheme=i_to_red)
conduit.face_colordict = face_colordict
conduit.redraw()
def check_eq(self):
ftol = self.scene.settings['3GS']['tol.flatness']
fmax = max(volmesh_face_flatness(self.diagram).values())
atol = self.scene.settings['3GS']['tol.angles']
halffaces = list(self.diagram.faces())
amax = max(self.diagram.faces_attribute('_a', faces=halffaces))
if fmax > ftol or amax > atol:
self.settings['_is.valid'] = False
if fmax < ftol and amax < atol:
self.settings['_is.valid'] = True
forcediagram.draw()
# ------------------------------------------------------------------------------
# 2. pick vertices to fix
# ------------------------------------------------------------------------------
rs.EnableRedraw(True)
vkeys = VolMeshSelector.select_vertices(forcediagram,
message='Select vertices to fix:')
# ------------------------------------------------------------------------------
# 3. planarise
# ------------------------------------------------------------------------------
forcediagram.clear()
initial_flatness = volmesh_face_flatness(forcediagram)
# conduit
conduit = VolmeshConduit(forcediagram)
def callback(forcediagram, k, args, refreshrate=10):
if k % refreshrate:
return
current_flatness = volmesh_face_flatness(forcediagram)
face_colordict = compare_initial_current(current_flatness,
initial_flatness,
color_scheme=i_to_red)
conduit.face_colordict = face_colordict
conduit.redraw()