def _generateSceneNode(self, file_name, offset, peak_height, slopeHeight,
closeTopButtonFace, reversePathToration, splitWord):
Job.yieldThread()
if not splitWord:
scene_node = SceneNode()
mesh = MeshBuilder()
else:
scene_node = []
areaTop = 0
areaBottom = 0
pathDetectNotEqual = False
for subPaths in self._paths:
if splitWord:
mesh = MeshBuilder()
pros = self._vu._gen_offset_paths(subPaths)
clocks = []
for path in subPaths:
reverse = file_name.endswith('.nc')
if reverse == (not reversePathToration):
path.reverse()
(clock, holePoint) = self._vu.clockWish(path)
clocks.append(clock)
lastPaths = self._vu._exec_offset(pros, clocks, 0)
if offset != 0:
currPaths = lastPaths
self._vu.addSidFaces(lastPaths, currPaths, clocks, mesh, 0,
peak_height - slopeHeight)
currPaths = self._vu._exec_offset(pros, clocks, offset)
pathDetectNotEqual = self._vu.addSidFaces(
lastPaths, currPaths, clocks, mesh,
peak_height - slopeHeight, peak_height)
else:
currPaths = lastPaths
self._vu.addSidFaces(lastPaths, currPaths, clocks, mesh, 0,
peak_height)
if closeTopButtonFace:
areaTop += self._vu.addTopButtonFace(True, currPaths, mesh,
peak_height)
areaBottom += self._vu.addTopButtonFace(
False, lastPaths, mesh, 0)
if splitWord:
mesh.calculateNormals(fast=True)
_sceneNode = SceneNode()
_sceneNode.setMeshData(mesh.build())
scene_node.append(_sceneNode)
if not splitWord:
mesh.calculateNormals(fast=True)
scene_node.setMeshData(mesh.build())
else:
scene_node.reverse()
if closeTopButtonFace:
if pathDetectNotEqual:
m = Message(i18n_catalog.i18nc(
'@info:status',
'Top/Buttom area :{} mm\xc2\xb2 ,{} mm\xc2\xb2\n There may be broken, please reduce the offset',
round(areaTop, 2), round(areaBottom, 2)),
lifetime=0)
else:
m = Message(i18n_catalog.i18nc(
'@info:status',
'Top/Buttom area :{} mm\xc2\xb2 ,{} mm\xc2\xb2',
round(areaTop, 2), round(areaBottom, 2)),
lifetime=0)
m.addAction(
'regenerate', i18n_catalog.i18nc('@action:button',
'regenerate'), 'regenerate',
i18n_catalog.i18nc('@info:tooltip', 'Regenerating model'))
m._filename = file_name
m.actionTriggered.connect(self._onMessageActionTriggered)
m.show()
return scene_node
