def get_light_buffer(obj):
light = obj.data
light_type_name = light.type
light_type = common.LightType.SUN
if light_type_name == "POINT":
light_type = common.LightType.POINT
elif light_type_name == "SPOT":
light_type = common.LightType.SPOT
elif light_type_name == "SUN":
light_type = common.LightType.SUN
elif light_type_name == "AREA":
light_type = common.LightType.AREA
else:
return None
color = light.color
power = light.energy
if bpy.context.scene.render.engine == "CYCLES":
shadow = light.cycles.cast_shadow
else:
shadow = light.use_shadow
spot_blend = 10.0
spot_size = 0.0
if light_type == common.LightType.SPOT:
spot_size = light.spot_size
spot_blend = light.spot_blend
return (common.encode_string(get_object_path(obj)) +
common.encode_string(light.name_full) +
common.encode_int(light_type.value) + common.encode_int(shadow) +
common.encode_color(color) + common.encode_float(power) +
common.encode_float(spot_size) + common.encode_float(spot_blend))
def get_camera_buffer(obj):
cam = obj.data
focal = cam.lens
front_clip_plane = cam.clip_start
far_clip_plane = cam.clip_end
aperture = cam.dof.aperture_fstop
sensor_fit_name = cam.sensor_fit
sensor_fit = common.SensorFitMode.AUTO
if sensor_fit_name == "AUTO":
sensor_fit = common.SensorFitMode.AUTO
elif sensor_fit_name == "HORIZONTAL":
sensor_fit = common.SensorFitMode.HORIZONTAL
elif sensor_fit_name == "VERTICAL":
sensor_fit = common.SensorFitMode.VERTICAL
sensor_width = cam.sensor_width
sensor_height = cam.sensor_height
path = get_object_path(obj)
return (
common.encode_string(path)
+ common.encode_string(obj.name_full)
+ common.encode_float(focal)
+ common.encode_float(front_clip_plane)
+ common.encode_float(far_clip_plane)
+ common.encode_float(aperture)
+ common.encode_int(sensor_fit.value)
+ common.encode_float(sensor_width)
+ common.encode_float(sensor_height)
)
def get_camera_buffer(obj):
cam = obj.data
focal = cam.lens
front_clip_plane = cam.clip_start
far_clip_plane = cam.clip_end
dof_enabled = cam.dof.use_dof
aperture = cam.dof.aperture_fstop
colimator_name = cam.dof.focus_object.name_full if cam.dof.focus_object is not None else ""
sensor_fit_name = cam.sensor_fit
sensor_fit = common.SensorFitMode.AUTO
if sensor_fit_name == "AUTO":
sensor_fit = common.SensorFitMode.AUTO
elif sensor_fit_name == "HORIZONTAL":
sensor_fit = common.SensorFitMode.HORIZONTAL
elif sensor_fit_name == "VERTICAL":
sensor_fit = common.SensorFitMode.VERTICAL
sensor_width = cam.sensor_width
sensor_height = cam.sensor_height
path = get_object_path(obj)
return (common.encode_string(path) + common.encode_string(obj.name_full) +
common.encode_float(focal) +
common.encode_float(front_clip_plane) +
common.encode_float(far_clip_plane) +
common.encode_bool(dof_enabled) + common.encode_float(aperture) +
common.encode_string(colimator_name) +
common.encode_int(sensor_fit.value) +
common.encode_float(sensor_width) +
common.encode_float(sensor_height))
def send_grease_pencil_connection(client: Client, obj):
buffer = common.encode_string(get_object_path(obj))
buffer += common.encode_string(obj.data.name_full)
client.add_command(
common.Command(common.MessageType.GREASE_PENCIL_CONNECTION, buffer, 0))
def send_empty(client: Client, obj):
path = get_object_path(obj)
buffer = common.encode_string(path)
if buffer:
client.add_command(common.Command(common.MessageType.EMPTY, buffer, 0))