def read_prop_list(file: BinaryIO):
assert_version('PROP_LIST', 2, int2(file))
keys = read_list(file, read_prop_key_instance)
props = read_list(file, read_prop_instance)
result = {}
for key in keys:
result[key] = []
for prop in props:
key = keys[prop.key_index]
prop.key = key
result[key].append(prop)
return result
def read_custom_material_mesh_list(file: BinaryIO):
assert_version('CUSTOM_MATERIAL_MESH_LIST', 1, int2(file))
return read_list(file, read_custom_material_mesh)
def read_building_projectile_emitter_list(file: BinaryIO):
assert_version('BUILDING_PROJECTILE_EMITTER_LIST', 1, int2(file))
return read_list(file, read_building_projectile_emitter)
from groups import ideal, errors, virtual
import reader
import plots
def calc_shadow_losses(df, virtual_df):
df["mirrors_shadow_losses"] = virtual_df["shadow_losses"]
df["receiver_shadow_losses"] = df["shadow_losses"] - df[
"mirrors_shadow_losses"]
ideal_tr_dfs = reader.read_list(ideal.transversal)
ideal_ln_dfs = reader.read_list(ideal.longitudinal)
errors_tr_dfs = reader.read_list(errors.transversal)
errors_ln_dfs = reader.read_list(errors.longitudinal)
virtual_mirror_plane = reader.read(virtual.transversal[0])
virtual_abs_tr = reader.read(virtual.transversal[1])
virtual_abs_ln = reader.read(virtual.longitudinal[1])
ideal_plain_tr = ideal_tr_dfs[0]
ideal_plain_ln = ideal_ln_dfs[0]
calc_shadow_losses(ideal_plain_ln, virtual_abs_ln)
# plots.geometry_quantities(ideal_plain_tr, [
# "shadow_losses",
# "mirrors_shadow_losses",
# "receiver_shadow_losses"])
plots.geometry_quantities(ideal_plain_tr, ["intercept_factor"])
plots.geometry_quantities(ideal_plain_ln, ["intercept_factor"])
def read_sound_shape_list(file: BinaryIO):
version = int2(file) # version
return read_list(file, read_sound_shape)
def read_zones_template_list(file: BinaryIO):
assert_version('ZONES_TEMPLATE_LIST', 1, int2(file))
return read_list(file, read_zone_template)
def read_point_light_list(file: BinaryIO):
assert_version('POINT_LIGHT_LIST', 1, int2(file))
return read_list(file, read_point_light)
def read_building_list(file: BinaryIO):
assert_version('BATTLEFIELD_BUILDING_LIST', 1, int2(file))
return read_list(file, read_building)
def read_composite_scene_list(file: BinaryIO):
assert_version('COMPOSITE_SCENE_LIST', 1, int2(file))
return read_list(file, read_composite_scene)
def read_light_probe_list(file: BinaryIO):
assert_version('LIGHT_PROBE_LIST', 1, int2(file))
return read_list(file, read_light_probe)
def read_spot_light_list(file: BinaryIO):
assert_version('SPOT_LIGHT_LIST', 1, int2(file))
return read_list(file, read_spot_light)
def read_particle_list(file: BinaryIO):
assert_version('PARTICLE_EMITTER_LIST', 1, int2(file))
return read_list(file, read_particle)
