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Split JMS geo imports by region/perm/lod name
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@General-101
General-101 committed Nov 12, 2024
1 parent 2407dbc commit de227ad
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Showing 4 changed files with 225 additions and 173 deletions.
2 changes: 1 addition & 1 deletion io_scene_halo/file_jms/build_scene_retail.py
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Original file line number Diff line number Diff line change
Expand Up @@ -214,7 +214,7 @@ def build_scene_retail(context, JMS, filepath, game_version, reuse_armature, fix
if 'collision' in filepath:
object_name = '@%s' % object_name

object_mesh = mesh_processing.generate_mesh_object_retail(JMS, JMS.vertices, JMS.triangles, object_name, collection, game_version, random_color_gen, armature, context)
mesh_processing.generate_mesh_object_retail(JMS, JMS.vertices, JMS.triangles, object_name, collection, game_version, random_color_gen, armature, context)

primitive_shapes = []
for sphere in JMS.spheres:
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132 changes: 65 additions & 67 deletions io_scene_halo/file_tag/build_scene/generate_h2_scenario.py
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Original file line number Diff line number Diff line change
Expand Up @@ -161,7 +161,7 @@ def generate_object_elements(level_root, collection_name, palette, tag_block, co
context.scene.collection.children.link(asset_collection)

asset_collection.hide_render = True
if collection_name == "Scenery":
if collection_name == "Scenery" or collection_name == "Lights" :
asset_collection.hide_render = False

object_tags = []
Expand Down Expand Up @@ -307,73 +307,73 @@ def generate_light_volumes_elements(level_root, collection_name, palette, tag_bl
for element in tag_block:
pallete_item = palette[element.palette_index]
light_tag = light_tags[element.palette_index]

scnr_light_flags = LightFlags(element.flags_1)
emission_setting = LightmapTypeEnum(element.lightmap_type)
if light_tag and pallete_item:
scnr_light_flags = LightFlags(element.flags_1)
emission_setting = LightmapTypeEnum(element.lightmap_type)

light_name = "%s_%s" % (os.path.basename(pallete_item.name), element.palette_index)

light_shape_type = ShapeTypeEnum(light_tag.shape_type)
if LightFlags.custom_geometry in scnr_light_flags:
light_shape_type = ShapeTypeEnum(element.shape_type)

generate_light = False
if LightmapTypeEnum.use_light_tag_settings == emission_setting:
emission_setting = DefaultLightmapSettingEnum(pallete_item.default_lightmap_setting)
if not emission_setting == DefaultLightmapSettingEnum.dynamic_only:
generate_light = True
else:
if emission_setting == LightmapTypeEnum.lightmaps_only or emission_setting == LightmapTypeEnum.dynamic_with_lightmaps :
generate_light = True

if generate_light:
if light_shape_type == ShapeTypeEnum.sphere:
light_type = "POINT"
elif light_shape_type == ShapeTypeEnum.orthogonal:
light_type = "AREA"
light_name = "%s_%s" % (os.path.basename(pallete_item.name), element.palette_index)

light_shape_type = ShapeTypeEnum(light_tag.shape_type)
if LightFlags.custom_geometry in scnr_light_flags:
light_shape_type = ShapeTypeEnum(element.shape_type)

generate_light = False
if LightmapTypeEnum.use_light_tag_settings == emission_setting:
emission_setting = DefaultLightmapSettingEnum(light_tag.default_lightmap_setting)
if not emission_setting == DefaultLightmapSettingEnum.dynamic_only:
generate_light = True
else:
light_type = "SPOT"

light_data_element = bpy.data.lights.new(light_name, light_type)
if light_shape_type == ShapeTypeEnum.orthogonal:
light_data_element.shape = 'SQUARE'

R, G, B, A = light_tag.diffuse_upper_bound
light_data_element.color = (R, G, B)

tag_light_size_min = light_tag.size_modifier[0]
if tag_light_size_min == 0.0:
tag_light_size_min= 1.0
tag_light_size_max = light_tag.size_modifier[1]
if tag_light_size_max == 0.0:
tag_light_size_max= 1.0
scnr_light_scale = element.lightmap_light_scale
if scnr_light_scale == 0.0:
scnr_light_scale = 1.0

light_size = max(tag_light_size_min, tag_light_size_max)
light_size *= scnr_light_scale

light_data_element.energy = (100 * light_size) * 1000

root = bpy.data.objects.new(light_name, light_data_element)
asset_collection.objects.link(root)

root.parent = level_root
root.location = element.position * 100
ob_scale = element.scale
if ob_scale > 0.0:
root.scale = (ob_scale, ob_scale, ob_scale)

rotation = Euler((radians(0.0), radians(0.0), radians(0.0)), 'XYZ')
roll = Euler((radians(element.rotation[2]), radians(0.0), radians(0.0)), 'XYZ')
pitch = Euler((radians(0.0), -radians(element.rotation[1]), radians(0.0)), 'XYZ')
yaw = Euler((radians(0.0), radians(0.0), radians(element.rotation[0])), 'XYZ')
rotation.rotate(yaw)
rotation.rotate(pitch)
rotation.rotate(roll)
if emission_setting == LightmapTypeEnum.lightmaps_only or emission_setting == LightmapTypeEnum.dynamic_with_lightmaps :
generate_light = True

if generate_light:
if light_shape_type == ShapeTypeEnum.sphere:
light_type = "POINT"
elif light_shape_type == ShapeTypeEnum.orthogonal:
light_type = "AREA"
else:
light_type = "SPOT"

light_data_element = bpy.data.lights.new(light_name, light_type)
if light_shape_type == ShapeTypeEnum.orthogonal:
light_data_element.shape = 'SQUARE'

R, G, B, A = light_tag.diffuse_upper_bound
light_data_element.color = (R, G, B)

tag_light_size_min = light_tag.size_modifier[0]
if tag_light_size_min == 0.0:
tag_light_size_min= 1.0
tag_light_size_max = light_tag.size_modifier[1]
if tag_light_size_max == 0.0:
tag_light_size_max= 1.0
scnr_light_scale = element.lightmap_light_scale
if scnr_light_scale == 0.0:
scnr_light_scale = 1.0

light_size = max(tag_light_size_min, tag_light_size_max)
light_size *= scnr_light_scale

light_data_element.energy = (100 * light_size) * 1000

root = bpy.data.objects.new(light_name, light_data_element)
asset_collection.objects.link(root)

root.parent = level_root
root.location = element.position * 100
ob_scale = element.scale
if ob_scale > 0.0:
root.scale = (ob_scale, ob_scale, ob_scale)

rotation = Euler((radians(0.0), radians(0.0), radians(0.0)), 'XYZ')
roll = Euler((radians(element.rotation[2]), radians(0.0), radians(0.0)), 'XYZ')
pitch = Euler((radians(0.0), -radians(element.rotation[1]), radians(0.0)), 'XYZ')
yaw = Euler((radians(0.0), radians(0.0), radians(element.rotation[0])), 'XYZ')
rotation.rotate(yaw)
rotation.rotate(pitch)
rotation.rotate(roll)

root.rotation_euler = rotation
root.rotation_euler = rotation

def generate_netgame_equipment_elements(level_root, tag_block, context, game_version, file_version, fix_rotations, report, random_color_gen):
asset_collection = bpy.data.collections.get("Netgame Equipment")
Expand Down Expand Up @@ -908,7 +908,5 @@ def generate_scenario_scene(context, H2_ASSET, game_version, game_title, file_ve
generate_camera_flags(context, level_root, "Cutscene Flags", H2_ASSET.cutscene_flags)
if len(H2_ASSET.cutscene_camera_points) > 0:
generate_camera_points(context, level_root, H2_ASSET.cutscene_camera_points)
if len(H2_ASSET.cutscene_camera_points) > 0:
generate_camera_points(context, level_root, H2_ASSET.cutscene_camera_points)
if len(H2_ASSET.decals) > 0:
generate_decals(level_root, "Decals", H2_ASSET.decal_palette, H2_ASSET.decals, context, game_version, file_version, fix_rotations, report, random_color_gen)
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