def _task_new(self, *args):
types = self.core.get("get_parameter_sets")("task").values()
one_type = sorted(types, key=lambda item: item["weight"])[0]
name = get_non_conflicting_name("Task #%d", [task["name"] for task in self])
new_task = TaskEntity({"type": one_type["name"],
"parameters": one_type["parameters"].copy(),
"name": name})
self.append(new_task)
self.select(new_task)
def add_new(self, new_tp):
if isinstance(new_tp, pycam.Toolpath.Toolpath):
moves = new_tp.path
filters = new_tp.filters
else:
moves, filters = new_tp
name = get_non_conflicting_name("Toolpath #%d", [tp["name"] for tp in self])
attributes = {"visible": True, "name": name}
new_tp = ToolpathEntity(toolpath_path=moves, attributes=attributes, toolpath_filters=filters)
self.append(new_tp)
def _process_new(self, *args):
strategies = self.core.get("get_parameter_sets")("process").values()
strategies.sort(key=lambda item: item["weight"])
strategy = strategies[0]
name = get_non_conflicting_name("Process #%d", [process["name"] for process in self])
new_process = ProcessEntity({"strategy": strategy["name"],
"parameters": strategy["parameters"].copy(),
"name": name})
self.append(new_process)
self.select(new_process)
def _process_new(self, *args):
strategies = self.core.get("get_parameter_sets")("process").values()
strategies.sort(key=lambda item: item["weight"])
strategy = strategies[0]
name = get_non_conflicting_name("Process #%d",
[process["name"] for process in self])
new_process = ProcessEntity({"strategy": strategy["name"],
"parameters": strategy["parameters"].copy(),
"name": name})
self.append(new_process)
self.select(new_process)
def add_model(self, model, name=None, name_template="Model #%d", color=None):
model_dict = ModelEntity(model)
if not name:
name = get_non_conflicting_name(name_template, [m["name"] for m in self])
model_dict["name"] = name
if not color:
color = self.core.get("color_model")
if not color:
color = self.FALLBACK_COLOR.copy()
model_dict["color"] = color
model_dict["visible"] = True
self.append(model_dict)
def add_new(self, new_tp):
if isinstance(new_tp, pycam.Toolpath.Toolpath):
moves = new_tp.path
tool = new_tp.tool
filters = new_tp.filters
else:
moves, tool, filters = new_tp
name = get_non_conflicting_name("Toolpath #%d", [tp["name"] for tp in self])
attributes = {"visible": True, "name": name}
new_tp = ToolpathEntity(toolpath_path=moves, attributes=attributes,
toolpath_filters=filters, tool=tool)
self.append(new_tp)
def add_model(self, model, name=None, name_template="Model #%d",
color=None):
model_dict = ModelEntity(model)
if not name:
name = get_non_conflicting_name(name_template,
[model["name"] for model in self])
model_dict["name"] = name
if not color:
color = self.core.get("color_model")
if not color:
color = self.FALLBACK_COLOR.copy()
model_dict["color"] = color
model_dict["visible"] = True
self.append(model_dict)
def add_new(self, new_tp, name=None):
assert isinstance(new_tp, pycam.Toolpath.Toolpath), \
"Invalid type: %s (%s)" % (type(new_tp), new_tp)
moves = new_tp.path
tool = new_tp.tool
filters = new_tp.filters
if name is None:
name = get_non_conflicting_name("Toolpath #%d",
[tp["name"] for tp in self])
attributes = {"visible": True, "name": name}
new_tp = ToolpathEntity(toolpath_path=moves,
attributes=attributes,
toolpath_filters=filters,
tool=tool)
self.append(new_tp)
def _bounds_new(self, *args):
name = get_non_conflicting_name("Bounds #%d",
[bounds["name"] for bounds in self])
new_bounds = BoundsEntity(self.core, name)
self.append(new_bounds)
self.select(new_bounds)
def get_non_conflicting_name(self, name_template):
return get_non_conflicting_name(
name_template,
[item.get_application_value("name") for item in self.get_all()])
def _bounds_new(self, *args):
name = get_non_conflicting_name("Bounds #%d", [bounds["name"] for bounds in self])
new_bounds = BoundsDict(self.core, name)
self.append(new_bounds)
self.select(new_bounds)
