def SphereFromXML(entity_xml, layer):
return {
"entity":
Sphere(location=createPygameVector3(entity_xml.location),
facing=createPygameVector3(entity_xml.facing),
vertical=createPygameVector3(entity_xml.vertical),
colour=createPygameColor(entity_xml.colour),
radius=float(entity_xml.attrib["radius"]))
}
def Croshair_3DFromXML(entity_xml, layer):
return {
"entity":
Croshair_3D(location=createPygameVector3(entity_xml.location),
facing=createPygameVector3(entity_xml.facing),
vertical=createPygameVector3(entity_xml.vertical),
colour=createPygameColor(entity_xml.colour),
scale=float(entity_xml.attrib["scale"]))
}
def TriangularPyrimid_WireframeFromXML(entity_xml, layer):
return {
"entity":
TriangularPyrimid_Wireframe(
location=createPygameVector3(entity_xml.location),
facing=createPygameVector3(entity_xml.facing),
vertical=createPygameVector3(entity_xml.vertical),
colour=createPygameColor(entity_xml.colour),
scale=float(entity_xml.attrib["scale"]))
}
def Renderable_2DLineFromXML(entity_xml, layer):
return {
"entity":
Renderable_2DLine(length=float(entity_xml.attrib["length"]),
point1=createPygameVector3(entity_xml.facing),
point2=createPygameVector3(entity_xml.vertical),
colour=createPygameColor(entity_xml.colour),
point1_is_midpoint=xml_bool(
entity_xml.attrib["point1_is_midpoint"]))
}
def Renderable_Simple2DCircleFromXML(entity_xml, layer):
return {
"entity":
Renderable_Simple2DCircle(
location=createPygameVector3(entity_xml.location),
facing=createPygameVector3(entity_xml.facing),
vertical=createPygameVector3(entity_xml.vertical),
colour=createPygameColor(entity_xml.colour),
radius=float(entity_xml.attrib["radius"]))
}
def StarFromXML(entity_xml, layer):
rotational_period = float(entity_xml.free_body.attrib["rotational_period"])
angular_velocity = 360 / rotational_period if rotational_period != 0 else 0
return {"entity": Star(radius = float(entity_xml.attrib["radius"]),
mass = float(entity_xml.free_body.attrib["mass"]),
temperature = float(entity_xml.attrib["tempriture"]),
location = createPygameVector3(entity_xml.location),
facing = createPygameVector3(entity_xml.facing),
vertical = createPygameVector3(entity_xml.vertical),
initial_velocity = createPygameVector3(entity_xml.free_body.velocity),
initial_angular_velocity = angular_velocity),
"bound_entities": [binding_tag.text for binding_tag in entity_xml.free_body.getchildren() if binding_tag.tag.split("}")[1] == "bound_entity_name"]}
def PlanetFromXML(entity_xml, layer):
rotational_period = float(entity_xml.free_body.attrib["rotational_period"])
angular_velocity = 360 / rotational_period if rotational_period != 0 else 0
return {"entity": Planet(radius = float(entity_xml.attrib["radius"]),
mass = float(entity_xml.free_body.attrib["mass"]),
parentStar = layer.getEntity(entity_xml.attrib["parent_star"]),
colour = createPygameColor(entity_xml.colour),
location = createPygameVector3(entity_xml.location),
facing = createPygameVector3(entity_xml.facing),
vertical = createPygameVector3(entity_xml.vertical),
initial_velocity = createPygameVector3(entity_xml.free_body.velocity),
initial_angular_velocity = angular_velocity),
"bound_entities": [binding_tag.text for binding_tag in entity_xml.free_body.getchildren() if binding_tag.tag.split("}")[1] == "bound_entity_name"]}
def CroshairFromXML(entity_xml, layer):
return {
"entity":
Croshair(location=createPygameVector3(entity_xml.location),
colour=createPygameColor(entity_xml.colour),
scale=float(entity_xml.attrib["scale"]))
}