def load(cls, gas_file: GasFile) -> DecalsGas:
decals_section = gas_file.get_gas().get_section('decals')
decals = [
Decal.from_gas(decal_section)
for decal_section in decals_section.get_sections('t:decal,n:*')
]
return DecalsGas(decals)
def load(cls, gas_file: GasFile):
gas = gas_file.get_gas()
shd_section = gas.get_section('stitch_helper_data')
srg = shd_section.get_attr_value('source_region_guid')
srn = shd_section.get_attr_value('source_region_name')
ses = list()
stitch_editor_sections = shd_section.get_sections()
for se_section in stitch_editor_sections:
dest_region = se_section.get_attr_value('dest_region')
assert se_section.header == f't:stitch_editor,n:{dest_region}'
node_ids = dict()
node_id_attrs = se_section.get_section('node_ids').get_attrs()
for ni_attr in node_id_attrs:
stitch_id = ni_attr.name
node_guid, door = ni_attr.value.split(',')
node_ids[stitch_id] = (node_guid, door)
se = StitchEditor(dest_region, node_ids)
ses.append(se)
stitch_helper_gas = StitchHelperGas(srg, srn, ses)
return stitch_helper_gas
def load_plant_profile_gas(gas_file_path):
plant_distributions = []
gas_file = GasFile(gas_file_path)
gas = gas_file.get_gas()
ppp_section = gas.get_section('perlin_plant_profile')
seed_default = ppp_section.get_attr_value('seed')
templates_default = ppp_section.get_attr_value('templates')
size_default = ppp_section.get_attr_value('size')
for distro_section in ppp_section.get_sections('*'):
seed = distro_section.get_attr_value('seed') or seed_default
templates = distro_section.get_attr_value(
'templates') or templates_default
size = distro_section.get_attr_value('size') or size_default
seed_factor, perlin_offset, perlin_spread = [
float(x) for x in seed.split(',')
]
plant_templates = templates.split()
size = [float(s) for s in size.split()] if size else None
distro = PerlinPlantDistribution(perlin_offset, perlin_spread,
seed_factor, plant_templates, size)
plant_distributions.append(distro)
return PerlinPlantProfile(plant_distributions)
def load(cls, gas_file: GasFile):
gas = gas_file.get_gas()
siege_node_list = gas.get_section('t:terrain_nodes,n:siege_node_list')
nodes_gas = NodesGas()
# attributes
nodes_gas.ambient_color = siege_node_list.get_attr_value('ambient_color')
nodes_gas.ambient_intensity = siege_node_list.get_attr_value('ambient_intensity')
nodes_gas.object_ambient_color = siege_node_list.get_attr_value('object_ambient_color')
nodes_gas.object_ambient_intensity = siege_node_list.get_attr_value('object_ambient_intensity')
nodes_gas.actor_ambient_color = siege_node_list.get_attr_value('actor_ambient_color')
nodes_gas.actor_ambient_intensity = siege_node_list.get_attr_value('actor_ambient_intensity')
nodes_gas.targetnode = siege_node_list.get_attr_value('targetnode')
node_sections = siege_node_list.get_sections()
nodes = list()
for node_section in node_sections:
guid = node_section.get_attr_value('guid')
mesh_guid = node_section.get_attr_value('mesh_guid')
texsetabbr = node_section.get_attr_value('texsetabbr')
bounds_camera = node_section.get_attr_value('bounds_camera')
camera_fade = node_section.get_attr_value('camera_fade')
occludes_camera = node_section.get_attr_value('occludes_camera')
occludes_light = node_section.get_attr_value('occludes_light')
nodesection = node_section.get_attr_value('nodesection')
nodelevel = node_section.get_attr_value('nodelevel')
nodeobject = node_section.get_attr_value('nodeobject')
snode = SNode(guid, mesh_guid, texsetabbr, bounds_camera, camera_fade, occludes_camera, occludes_light, nodesection, nodelevel, nodeobject)
nodes.append(snode)
snode.doors = list()
door_sections = node_section.get_sections('door*')
for door_section in door_sections:
id = door_section.get_attr_value('id')
farguid = door_section.get_attr_value('farguid')
fardoor = door_section.get_attr_value('fardoor')
snode.doors.append(Door(id, farguid, fardoor))
nodes_gas.nodes = nodes
return nodes_gas