mirror of
https://github.com/open-goal/jak-project
synced 2026-08-07 10:16:45 -04:00
Tyler Wilding
88 lines
5.1 KiB
Python
88 lines
5.1 KiB
Python
import json
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levels_added = set()
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level_info_sql_lines = []
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def convert_lights_to_sql():
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sql_lines = []
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with open("fixture-lights.json", "r", encoding="utf-8") as f:
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fixtures = json.load(f)
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for level_name, lights in fixtures.items():
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if level_name not in levels_added:
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levels_added.add(level_name)
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# since we get all the levels from the final game, the translate offset can always be 0
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level_info_sql_lines.append(
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f"INSERT INTO level_info (name, translate_x, translate_y, translate_z, last_update, sample_point_update) VALUES ('{level_name}', 0, 0, 0, NULL, NULL);\n"
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)
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for light in lights:
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sql_lines.append(
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f"INSERT INTO light (name, level_name, pos_x, pos_y, pos_z, r, dir_x, dir_y, dir_z, color0_r, color0_g, color0_b, color0_a, decay_start, ambient_point_ratio, brightness) VALUES ('{light['name']}', '{level_name}', {light['bsphere'][0]}, {light['bsphere'][1]}, {light['bsphere'][2]}, {light['bsphere'][3]}, {light['direction'][0]}, {light['direction'][1]}, {light['direction'][2]}, {light['color'][0]}, {light['color'][1]}, {light['color'][2]}, {light['color'][3]}, {light['decay_start']}, {light['ambient-point-ratio']}, {light['brightness']});\n"
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)
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return sql_lines
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lights_sql_lines = convert_lights_to_sql()
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# write out the SQL files
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# with open("fixture-level_info.sql", "w", encoding="utf-8") as f:
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# f.writelines(level_info_sql_lines)
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# with open("fixture-light.sql", "w", encoding="utf-8") as f:
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# f.writelines(lights_sql_lines)
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def convert_regions_to_sql():
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sql_lines = []
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with open("fixture-regions.json", "r", encoding="utf-8") as f:
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fixtures = json.load(f)
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region_face_id = 0
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for level_name, regions in fixtures.items():
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if level_name not in levels_added:
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levels_added.add(level_name)
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# since we get all the levels from the final game, the translate offset can always be 0
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level_info_sql_lines.append(
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f"INSERT INTO level_info (name, translate_x, translate_y, translate_z, last_update, sample_point_update) VALUES ('{level_name}', 0, 0, 0, NULL, NULL);\n"
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)
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for region in regions:
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on_enter = region["on-enter"].replace("'", "''")
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if on_enter == "#f":
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on_enter = ""
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on_exit = region["on-exit"].replace("'", "''")
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if on_exit == "#f":
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on_exit = ""
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on_inside = region["on-inside"].replace("'", "''")
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if on_inside == "#f":
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on_inside = ""
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sql_lines.append(
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f"INSERT INTO `region` (`region_id`, `level_name`, `tree`, `on_enter`, `on_exit`, `on_inside`) values ({region['id']}, '{level_name}', '{region['region-tree']}', '{on_enter}', '{on_exit}', '{on_inside}');\n"
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)
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if "sphere" in region:
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sql_lines.append(f"INSERT INTO `region_sphere` (`region_id`, `x`, `y`, `z`, `r`) values ({region['id']}, {region['sphere'][0]}, {region['sphere'][1]}, {region['sphere'][2]}, {region['sphere'][3]});\n")
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elif region["kind"] == "face":
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for face in region["faces"]:
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sql_lines.append(
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f"INSERT INTO `region_face` (`region_face_id`, `region_id`, `kind`, `flags`, `normal_x`, `normal_y`, `normal_z`, `normal_w`, `pos_x`, `pos_y`, `pos_z`, `pos_w`) values ({region_face_id}, {region['id']}, 'face', '', {face['normal'][0]}, {face['normal'][1]}, {face['normal'][2]}, {face['normal'][3]}, {face['position'][0]}, {face['position'][1]}, {face['position'][2]}, {face['position'][3]});\n"
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)
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point_idx = 0
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for point in face['points']:
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sql_lines.append(
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f"INSERT INTO `region_point` (`region_face_id`, `idx`, `x`, `y`, `z`, `w`) values ({region_face_id}, {point_idx}, {point[0]}, {point[1]}, {point[2]}, {point[3]});\n"
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)
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point_idx += 1
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region_face_id += 1
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elif region["kind"] == "plane":
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sql_lines.append(
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f"INSERT INTO `region_face` (`region_face_id`, `region_id`, `kind`, `flags`, `normal_x`, `normal_y`, `normal_z`, `normal_w`, `pos_x`, `pos_y`, `pos_z`, `pos_w`) values ({region_face_id}, {region['id']}, 'plane', '', {region['normal'][0]}, {region['normal'][1]}, {region['normal'][2]}, {region['normal'][3]}, {region['position'][0]}, {region['position'][1]}, {region['position'][2]}, {region['position'][3]});\n"
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)
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point_idx = 0
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for point in region['points']:
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sql_lines.append(
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f"INSERT INTO `region_point` (`region_face_id`, `idx`, `x`, `y`, `z`, `w`) values ({region_face_id}, {point_idx}, {point[0]}, {point[1]}, {point[2]}, {point[3]});\n"
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)
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point_idx += 1
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region_face_id += 1
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return sql_lines
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with open("fixture-region.sql", "w", encoding="utf-8") as f:
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f.writelines(convert_regions_to_sql())
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