def __init__(self, ref):
self.curves = {"cp":[], "ncp":[], "kn":[], "nkn":[], "closed":[], "degree":[]}
self.obj = None
if str(type(ref)) == "<type 'Element'>":
self.xml = ref
for xml_curve in self.xml.findall("primitive/curve"):
self.curves["cp"].extend([float(s) for s in xml_curve.get("cp").split(",")])
self.curves["ncp"].append(int(xml_curve.get("ncp")))
self.curves["kn"].extend([float(s) for s in xml_curve.get("kn").split(",")])
self.curves["nkn"].append(int(xml_curve.get("nkn")))
self.curves["closed"].append(par.convertVariantType(xml_curve.get("closed"), c.siBool))
self.curves["degree"].append(int(xml_curve.get("degree")))
else:
self.obj = ref
for curves in self.obj.ActivePrimitive.Geometry.Curves:
self.curves["cp"].extend([t[i] for i in range(len(curves.ControlPoints.Array[0])) for t in curves.ControlPoints.Array])
self.curves["ncp"].append(len(curves.ControlPoints.Array[0]))
self.curves["kn"].extend(curves.Knots.Array)
self.curves["nkn"].append(len(curves.Knots.Array))
self.curves["closed"].append(cur.isClosed(curves))
self.curves["degree"].append(curves.Degree)
self.transform = self.setTransform()
def setParamDefValuesFromXml(self, xml_prop):
for scriptName, paramDef in self.paramDefs.items():
xml_param = xmldom.findChildByAttribute(xml_prop, "parameter", "scriptName", scriptName)
if xml_param is not None:
paramDef.value = par.convertVariantType(xml_param.get("value"), xml_param.get("valueType"))
self.values[scriptName] = paramDef.value
else:
xml_param = xmldom.findChildByAttribute(xml_prop, "fcurveparameter", "scriptName", scriptName)
if xml_param is not None:
paramDef.setFromXml(xml_param)
self.values[scriptName] = paramDef
def setParamDefValuesFromXml(self, xml_prop):
for scriptName, paramDef in self.paramDefs.items():
xml_param = xmldom.findChildByAttribute(xml_prop, "parameter", "scriptName", scriptName)
if xml_param is not None:
paramDef.value = par.convertVariantType(xml_param.get("value"), xml_param.get("valueType"))
self.values[scriptName] = paramDef.value
else:
xml_param = xmldom.findChildByAttribute(xml_prop, "fcurveparameter", "scriptName", scriptName)
if xml_param is not None:
paramDef.setFromXml(xml_param)
self.values[scriptName] = paramDef
def __init__(self, ref):
self.curves = {
"cp": [],
"ncp": [],
"kn": [],
"nkn": [],
"closed": [],
"degree": []
}
self.obj = None
if str(type(ref)) == "<type 'Element'>":
self.xml = ref
for xml_curve in self.xml.findall("primitive/curve"):
self.curves["cp"].extend(
[float(s) for s in xml_curve.get("cp").split(",")])
self.curves["ncp"].append(int(xml_curve.get("ncp")))
self.curves["kn"].extend(
[float(s) for s in xml_curve.get("kn").split(",")])
self.curves["nkn"].append(int(xml_curve.get("nkn")))
self.curves["closed"].append(
par.convertVariantType(xml_curve.get("closed"), c.siBool))
self.curves["degree"].append(int(xml_curve.get("degree")))
else:
self.obj = ref
for curves in self.obj.ActivePrimitive.Geometry.Curves:
self.curves["cp"].extend([
t[i] for i in range(len(curves.ControlPoints.Array[0]))
for t in curves.ControlPoints.Array
])
self.curves["ncp"].append(len(curves.ControlPoints.Array[0]))
self.curves["kn"].extend(curves.Knots.Array)
self.curves["nkn"].append(len(curves.Knots.Array))
self.curves["closed"].append(cur.isClosed(curves))
self.curves["degree"].append(curves.Degree)
self.transform = self.setTransform()
