#! /usr/bin/python3 from sys import argv, stderr from os import path from xml.dom.minidom import parse def eprint(*args, **kwargs): print(*args, file=stderr, **kwargs) if __name__ == "__main__": _, xml_path = argv xml = parse(xml_path) map_name = path.basename(xml_path)[:-4] print("#include \"common.h\"") print("#include \"map.h\"") print("") print("#ifndef NAMESPACE") print(f"#define NAMESPACE {map_name}") print("") seen_names = set() entrys = [] npc_id = 0 for marker in xml.getElementsByTagName("Marker"): marker_type = marker.getAttribute("type") if marker_type == "Root" or marker_type == "Group": continue map_object = marker.getElementsByTagName("MapObject")[0] name = marker_type + "_" + map_object.getAttribute("name") if name in seen_names: continue seen_names.add(name) x, y, z = [p for p in marker.getAttribute("pos").split(",")] yaw = marker.getAttribute("yaw") + "f" if marker_type == "NPC": npc_id += 1 print(f"#define {name} {npc_id}") if marker_type == "Entry": entrys.append(name) print(f"#define {name}_x {x}") print(f"#define {name}_y {y}") print(f"#define {name}_z {z}") print(f"#define {name}_vec3d {x}, {y}, {z}") print(f"#define {name}_vec4d {x}, {y}, {z}, (((s32){yaw}))") print(f"#define {name}_vec3f {x}.0f, {y}.0f, {z}.0f") print(f"#define {name}_vec4f {x}.0f, {y}.0f, {z}.0f, {yaw}") print(f"#define {name}_yaw {yaw}") print("") for i, entry in enumerate(entrys): print(f"#define {entry} {i}") print(f"EntryList {map_name}_entryList = {{") for entry in entrys: print(" " + entry + "_vec4f,") print("};") print("") for collider in xml.getElementsByTagName("Collider"): map_object = collider.getElementsByTagName("MapObject")[0] name = map_object.getAttribute("name") idx = "0x" + map_object.getAttribute("id") if name in seen_names or " " in name: continue seen_names.add(name) print(f"#define Collider_{name} {idx}") print("") for model in xml.getElementsByTagName("Model"): map_object = model.getElementsByTagName("MapObject")[0] name = map_object.getAttribute("name") idx = "0x" + map_object.getAttribute("id") if name in seen_names or " " in name: continue seen_names.add(name) print(f"#define Model_{name} {idx}") print("") print("#endif") print("") for i, entry in enumerate(entrys): print(f"#define {map_name}_{entry[len('Entry_'):]} {i}")