def getfile(self):
design = Design.open(self)
if design is not None:
self.subdesign = design
self.validatename()
else:
self.subdesign = None
def open(self):
design = Design.open(self)
if not design is None:
self.load_design(design)
if self.menu_system.actions['project_auto_reprocess'].isChecked():
self.reprocessoperations()
self.view_2d.zoomToFit()
def open(self):
design = Design.open(self)
if not design is None:
self.load_design(design)
if self.menu_system.actions['project_auto_reprocess'].isChecked():
self.reprocessoperations()
self.view_2d.zoomToFit()
def load_item(self):
from popupcad.filetypes.design import Design
newitem = Design.open()
newitem.reprocessoperations()
self.items[newitem.id] = newitem
self.refresh_list(newitem)
self.items_updated.emit()
def load_item(self):
from popupcad.filetypes.design import Design
newitem = Design.open()
newitem.reprocessoperations()
self.items[newitem.id] = newitem
self.refresh_list(newitem)
self.items_updated.emit()
def open(self,filename=None):
if filename==None:
design = Design.open(self)
else:
design = Design.load_yaml(filename)
if not design==None:
self.load_design(design)
if self.act_autoreprocesstoggle.isChecked():
self.reprocessoperations()
self.view_2d.zoomToFit()
return sketch_list
def build_input_list(inner_inputs,frozen_operations):
input_list = []
for input_link,frozen_op in zip(inner_inputs,frozen_operations):
input_list.append(InputData((frozen_op.id,0),input_link,0))
return input_list
def find_required_links(needed_by,found_in):
required_links = find_necessary_links(needed_by.operations)
inner_operation_ids = [op.id for op in found_in.operations]
required_links2 = [link for link in required_links if link[0] in inner_operation_ids]
return required_links2
import sys
import PySide.QtGui as qg
app = qg.QApplication(sys.argv[0])
design = Design.open()
design = design.upgrade()
design.reprocessoperations()
t = design.build_tree()
#
inner_operation_indices = [120,121,122,123,124,125]
#
split_design(design,inner_operation_indices)
#
#design.save_yaml('C:/Users/danaukes/desktop/test7.cad')
design.saveAs()
sys.exit(app.exec_())
for input_link, frozen_op in zip(inner_inputs, frozen_operations):
input_list.append(InputData((frozen_op.id, 0), input_link, 0))
return input_list
def find_required_links(needed_by, found_in):
required_links = find_necessary_links(needed_by.operations)
inner_operation_ids = [op.id for op in found_in.operations]
required_links2 = [
link for link in required_links if link[0] in inner_operation_ids
]
return required_links2
import sys
import qt.QtCore as qc
import qt.QtGui as qg
app = qg.QApplication(sys.argv[0])
design = Design.open()
design = design.upgrade()
design.reprocessoperations()
t = design.build_tree()
#
inner_operation_indices = [120, 121, 122, 123, 124, 125]
#
split_design(design, inner_operation_indices)
#
#design.save_yaml('C:/Users/danaukes/desktop/test7.cad')
design.saveAs()
sys.exit(app.exec_())
