def do(self, dir_str: QDir) -> bool:
"""Output types:
+ Boundary
+ Frame
"""
file_name = dir_str.filePath(_get_name(self.filename_edit) + '.dxf')
if isfile(file_name) and self.warn_radio.isChecked():
self.exist_warning(file_name)
return False
version = self.version_option.currentText().split()[0]
if self.frame_radio.isChecked():
# Frame
dxf_frame(
self.vpoints,
self.v_to_slvs,
version,
file_name
)
elif self.assembly_radio.isChecked():
# Boundary
dxf_boundary(
self.vpoints,
self.link_radius.value(),
self.interval_option.value()
if self.interval_enable.isChecked() else 0.,
version,
file_name
)
return True
def do(self, dir_str: QDir) -> bool:
"""Output types:
+ Assembly
+ Only wire frame
"""
file_name = dir_str.filePath(_get_name(self.filename_edit) + '.slvs')
if isfile(file_name) and self.warn_radio.isChecked():
self.exist_warning(file_name)
return False
# Wire frame
slvs2_frame(self.vpoints, self.v_to_slvs, file_name)
# Open Solvespace by commend line if available.
cmd = shutil.which("solvespace")
if cmd:
Popen([cmd, file_name], stdout=DEVNULL, stderr=DEVNULL)
if self.frame_radio.isChecked():
self.accept()
return False
# Assembly
vlinks: Dict[str, Set[int]] = {}
for i, vpoint in enumerate(self.vpoints):
for link in vpoint.links:
if link in vlinks:
vlinks[link].add(i)
else:
vlinks[link] = {i}
for name, points in vlinks.items():
if name == VLink.FRAME:
continue
file_name = dir_str.filePath(name + '.slvs')
if isfile(file_name) and self.warn_radio.isChecked():
self.exist_warning(file_name)
return False
slvs2_part([
self.vpoints[i] for i in points
], self.link_radius.value(), file_name)
return True