def __init__(self, layout: QtWidgets.QLayout, simulation: springModule, signal: QtCore.Signal):
super().__init__(layout, signal)
self.properties = {
"end_time": QInputNumber(self.layout(), "Time", value=10),
"h": QInputNumber(self.layout(), "Delta T", value=0.1),
"plot_point": QInputChoice(self.layout(), "Plot Node", 0, [0], ["0"]),
}
self.initSignals()
self.setTarget(simulation)
signal.connect(self.setTarget)
def link(self, property_name: str, signal: QtCore.Signal = None, condition: callable = None, direct: bool = False):
self.element = None
self.direct = direct
if direct:
parts = property_name.split(".")
s = self
def get():
target = s.element
for part in parts:
target = getattr(target, part)
return target
def set(v):
get()
target = s.element
for part in parts[:-1]:
target = getattr(target, part)
setattr(target, parts[-1], v)
return [s.element]
self.setLinkedProperty = set
self.getLinkedProperty = get
self.serializeLinkedProperty = lambda x: "." + property_name + " = %s" % x
else:
def set(v):
elements = []
getattr(self.element, "set_" + property_name)(v)
elements.append(self.element)
for elm in self.element.figure.selection.targets:
elm = elm.target
if elm != self.element:
try:
getattr(elm, "set_" + property_name, None)(v)
except TypeError as err:
pass
else:
elements.append(elm)
return elements
self.setLinkedProperty = set # lambda text: getattr(self.element, "set_"+property_name)(text)
self.getLinkedProperty = lambda: getattr(self.element, "get_" + property_name)()
self.serializeLinkedProperty = lambda x: ".set_" + property_name + "(%s)" % x
if condition is None:
self.condition = lambda x: True
else:
self.condition = condition
self.editingFinished.connect(self.updateLink)
signal.connect(self.setTarget)
def link(self, property_name: str, signal: QtCore.Signal = None, condition: callable = None, direct: bool = False):
self.element = None
self.direct = direct
if direct:
parts = property_name.split(".")
s = self
def get():
target = s.element
for part in parts:
target = getattr(target, part)
return target
def set(v):
get()
target = s.element
for part in parts[:-1]:
target = getattr(target, part)
setattr(target, parts[-1], v)
return [s.element]
self.setLinkedProperty = set
self.getLinkedProperty = get
self.serializeLinkedProperty = lambda x: "." + property_name + " = %s" % x
else:
def set(v):
# special treatment for the xylabels, as they are not directly the target objects
label_object = None
if isinstance(self.element, Text) and isinstance(self.element.figure.selection.targets[0].target, Axes):
for elm in self.element.figure.selection.targets:
elm = elm.target
if self.element == getattr(getattr(elm, f"get_xaxis")(), "get_label")():
label_object = "x"
break
if self.element == getattr(getattr(elm, f"get_yaxis")(), "get_label")():
label_object = "y"
break
elements = []
getattr(self.element, "set_" + property_name)(v)
elements.append(self.element)
for elm in self.element.figure.selection.targets:
elm = elm.target
# special treatment for the xylabels, as they are not directly the target objects
if label_object is not None:
elm = getattr(getattr(elm, f"get_{label_object}axis")(), "get_label")()
if elm != self.element:
try:
getattr(elm, "set_" + property_name, None)(v)
except TypeError as err:
pass
else:
elements.append(elm)
return elements
self.setLinkedProperty = set # lambda text: getattr(self.element, "set_"+property_name)(text)
self.getLinkedProperty = lambda: getattr(self.element, "get_" + property_name)()
self.serializeLinkedProperty = lambda x: ".set_" + property_name + "(%s)" % x
if condition is None:
self.condition = lambda x: True
else:
self.condition = condition
self.editingFinished.connect(self.updateLink)
signal.connect(self.setTarget)
