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rman_scene.py
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rman_scene.py
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# Translators
from .rman_translators.rman_camera_translator import RmanCameraTranslator
from .rman_translators.rman_light_translator import RmanLightTranslator
from .rman_translators.rman_lightfilter_translator import RmanLightFilterTranslator
from .rman_translators.rman_mesh_translator import RmanMeshTranslator
from .rman_translators.rman_material_translator import RmanMaterialTranslator
from .rman_translators.rman_hair_translator import RmanHairTranslator
from .rman_translators.rman_group_translator import RmanGroupTranslator
from .rman_translators.rman_points_translator import RmanPointsTranslator
from .rman_translators.rman_quadric_translator import RmanQuadricTranslator
from .rman_translators.rman_blobby_translator import RmanBlobbyTranslator
from .rman_translators.rman_particles_translator import RmanParticlesTranslator
from .rman_translators.rman_procedural_translator import RmanProceduralTranslator
from .rman_translators.rman_dra_translator import RmanDraTranslator
from .rman_translators.rman_runprogram_translator import RmanRunProgramTranslator
from .rman_translators.rman_openvdb_translator import RmanOpenVDBTranslator
from .rman_translators.rman_gpencil_translator import RmanGPencilTranslator
from .rman_translators.rman_fluid_translator import RmanFluidTranslator
from .rman_translators.rman_curve_translator import RmanCurveTranslator
from .rman_translators.rman_nurbs_translator import RmanNurbsTranslator
from .rman_translators.rman_volume_translator import RmanVolumeTranslator
from .rman_translators.rman_brickmap_translator import RmanBrickmapTranslator
from .rman_translators.rman_emitter_translator import RmanEmitterTranslator
from .rman_translators.rman_empty_translator import RmanEmptyTranslator
from .rman_translators.rman_alembic_translator import RmanAlembicTranslator
from .rman_translators.rman_hair_curves_translator import RmanHairCurvesTranslator
# utils
from .rfb_utils import object_utils
from .rfb_utils import transform_utils
from .rfb_utils import property_utils
from .rfb_utils import display_utils
from .rfb_utils import string_utils
from .rfb_utils import texture_utils
from .rfb_utils import filepath_utils
from .rfb_utils.envconfig_utils import envconfig
from .rfb_utils import scene_utils
from .rfb_utils.prefs_utils import get_pref
from .rfb_utils import shadergraph_utils
from .rfb_utils import color_manager_blender
from .rfb_utils import scenegraph_utils
# config
from .rman_config import __RFB_CONFIG_DICT__ as rfb_config
from . import rman_constants
from .rfb_logger import rfb_log
from .rman_sg_nodes.rman_sg_node import RmanSgNode
import bpy
import os
import sys
class RmanScene(object):
'''
The RmanScene handles translating the Blender scene.
Attributes:
rman_render (RmanRender) - pointer back to the current RmanRender object
rman () - rman python module
sg_scene (RixSGSCene) - the RenderMan scene graph object
context (bpy.types.Context) - the current Blender context object
depsgraph (bpy.types.Depsgraph) - the Blender dependency graph
bl_scene (bpy.types.Scene) - the current Blender scene object
bl_frame_current (int) - the current Blender frame
bl_view_layer (bpy.types.ViewLayer) - the current Blender view layer
rm_rl (RendermanRenderLayerSettings) - the current rman layer
do_motion_blur (bool) - user requested for motion blur
rman_bake (bool) - user requested a bake render
is_interactive (bool) - whether we are in interactive mode
external_render (bool) - whether we are exporting for external (RIB) renders
is_viewport_render (bool) - whether we are rendering into Blender's viewport
scene_solo_light (bool) - user has solo'd a light (all other lights are muted)
rman_materials (dict) - dictionary of scene's materials
rman_translators (dict) - dictionary of all RmanTranslator(s)
rman_particles (dict) - dictionary of all particle systems used
rman_cameras (dict) - dictionary of all cameras in the scene
obj_hash (dict) - dictionary of hashes to objects ( for object picking )
moving_objects (dict) - dictionary of objects that are moving/deforming in the scene
motion_steps (set) - the full set of motion steps for the scene, including
overrides from individual objects
main_camera (RmanSgCamera) - pointer to the main scene camera
rman_root_sg_node (RixSGGroup) - the main root RixSceneGraph node
render_default_light (bool) - whether to add a "headlight" light when there are no lights in the scene
world_df_node (RixSGShader) - a display filter shader that represents the world color
default_light (RixSGAnalyticLight) - the default "headlight" light
viewport_render_res_mult (float) - the current render resolution multiplier (for IPR)
num_object_instances (int) - the current number of object instances. This is used during IPR to
track the number of instances between edits. We try to use this to determine
when an object is added or deleted.
num_objects_in_viewlayer (int) - the current number of objects in the current view layer. We're using this
to keep track if an object was removed from a collection
objects_in_viewlayer (list) - the list of objects (bpy.types.Object) in this view layer.
'''
def __init__(self, rman_render=None):
self.rman_render = rman_render
self.rman = rman_render.rman
self.sg_scene = None
self.context = None
self.depsgraph = None
self.bl_scene = None
self.bl_frame_current = None
self.bl_view_layer = None
self.rm_rl = None
self.do_motion_blur = False
self.rman_bake = False
self.is_interactive = False
self.external_render = False
self.is_viewport_render = False
self.is_swatch_render = False
self.scene_solo_light = False
self.scene_any_lights = False
self.is_xpu = False
self.rman_materials = dict()
self.rman_translators = dict()
self.rman_particles = dict()
self.rman_cameras = dict()
self.obj_hash = dict()
self.moving_objects = dict()
self.rman_prototypes = dict()
self.motion_steps = set()
self.main_camera = None
self.rman_root_sg_node = None
self.render_default_light = False
self.world_df_node = None
self.default_light = None
self.viewport_render_res_mult = 1.0
self.num_object_instances = 0
self.num_objects_in_viewlayer = 0
self.objects_in_viewlayer = list()
self.ipr_render_into = 'blender'
self.create_translators()
def create_translators(self):
# Create our dictionary of translators. The object type is determined
# by the "_detect_primitive_" function in rfb_utils/object_utils.py
self.rman_translators['CAMERA'] = RmanCameraTranslator(rman_scene=self)
self.rman_translators['LIGHT'] = RmanLightTranslator(rman_scene=self)
self.rman_translators['LIGHTFILTER'] = RmanLightFilterTranslator(rman_scene=self)
self.rman_translators['MATERIAL'] = RmanMaterialTranslator(rman_scene=self)
self.rman_translators['HAIR'] = RmanHairTranslator(rman_scene=self)
self.rman_translators['GROUP'] = RmanGroupTranslator(rman_scene=self)
self.rman_translators['EMPTY'] = RmanEmptyTranslator(rman_scene=self)
self.rman_translators['ARMATURE'] = self.rman_translators['EMPTY']
self.rman_translators['EMPTY_INSTANCER'] = self.rman_translators['EMPTY']
self.rman_translators['POINTS'] = RmanPointsTranslator(rman_scene=self)
self.rman_translators['META'] = RmanBlobbyTranslator(rman_scene=self)
self.rman_translators['PARTICLES'] = RmanParticlesTranslator(rman_scene=self)
self.rman_translators['EMITTER'] = RmanEmitterTranslator(rman_scene=self)
self.rman_translators['DYNAMIC_LOAD_DSO'] = RmanProceduralTranslator(rman_scene=self)
self.rman_translators['DELAYED_LOAD_ARCHIVE'] = RmanDraTranslator(rman_scene=self)
self.rman_translators['PROCEDURAL_RUN_PROGRAM'] = RmanRunProgramTranslator(rman_scene=self)
self.rman_translators['OPENVDB'] = RmanOpenVDBTranslator(rman_scene=self)
self.rman_translators['GPENCIL'] = RmanGPencilTranslator(rman_scene=self)
self.rman_translators['MESH'] = RmanMeshTranslator(rman_scene=self)
self.rman_translators['QUADRIC'] = RmanQuadricTranslator(rman_scene=self)
self.rman_translators['FLUID'] = RmanFluidTranslator(rman_scene=self)
self.rman_translators['CURVE'] = RmanCurveTranslator(rman_scene=self)
self.rman_translators['NURBS'] = RmanNurbsTranslator(rman_scene=self)
self.rman_translators['RI_VOLUME'] = RmanVolumeTranslator(rman_scene=self)
self.rman_translators['BRICKMAP'] = RmanBrickmapTranslator(rman_scene=self)
self.rman_translators['ALEMBIC'] = RmanAlembicTranslator(rman_scene=self)
self.rman_translators['CURVES'] = RmanHairCurvesTranslator(rman_scene=self)
def _find_renderman_layer(self):
self.rm_rl = None
if self.bl_view_layer.renderman.use_renderman:
self.rm_rl = self.bl_view_layer.renderman
def reset(self):
# clear out dictionaries etc.
self.rman_materials.clear()
self.rman_particles.clear()
self.rman_cameras.clear()
self.obj_hash.clear()
self.motion_steps = set()
self.moving_objects.clear()
self.rman_prototypes.clear()
self.main_camera = None
self.render_default_light = False
self.world_df_node = None
self.default_light = None
self.is_xpu = False
self.num_object_instances = 0
self.num_objects_in_viewlayer = 0
self.objects_in_viewlayer.clear()
try:
if self.is_viewport_render:
self.viewport_render_res_mult = float(self.context.scene.renderman.viewport_render_res_mult)
else:
self.viewport_render_res_mult = 1.0
except AttributeError as err:
rfb_log().debug("Cannot set viewport_render_res_mult: %s" % str(err))
def export_for_final_render(self, depsgraph, sg_scene, bl_view_layer, is_external=False):
self.sg_scene = sg_scene
self.context = bpy.context
self.bl_scene = depsgraph.scene_eval
self.bl_view_layer = bl_view_layer
self._find_renderman_layer()
self.depsgraph = depsgraph
self.external_render = is_external
self.is_interactive = False
self.is_viewport_render = False
self.do_motion_blur = self.bl_scene.renderman.motion_blur
self.export()
def export_for_bake_render(self, depsgraph, sg_scene, bl_view_layer, is_external=False):
self.sg_scene = sg_scene
self.context = bpy.context
self.bl_scene = depsgraph.scene_eval
self.bl_view_layer = bl_view_layer
self._find_renderman_layer()
self.depsgraph = depsgraph
self.external_render = is_external
self.is_interactive = False
self.is_viewport_render = False
self.do_motion_blur = self.bl_scene.renderman.motion_blur
self.rman_bake = True
if self.bl_scene.renderman.hider_type == 'BAKE_BRICKMAP_SELECTED':
self.export_bake_brickmap_selected()
else:
self.export_bake_render_scene()
def export_for_interactive_render(self, context, depsgraph, sg_scene):
self.sg_scene = sg_scene
self.context = context
self.bl_view_layer = context.view_layer
self.bl_scene = depsgraph.scene_eval
self._find_renderman_layer()
self.depsgraph = depsgraph
self.external_render = False
self.is_interactive = True
self.is_viewport_render = False
self.rman_bake = False
if self.ipr_render_into == 'blender':
self.is_viewport_render = True
self.do_motion_blur = False
self.export()
def export_for_rib_selection(self, context, sg_scene):
self.reset()
self.bl_scene = context.scene
self.bl_frame_current = self.bl_scene.frame_current
self.sg_scene = sg_scene
self.context = context
self.bl_view_layer = context.view_layer
self._find_renderman_layer()
self.rman_bake = False
self.external_render = False
self.is_interactive = False
self.is_viewport_render = False
self.depsgraph = context.evaluated_depsgraph_get()
self.export_root_sg_node()
self.export_materials([m for m in self.depsgraph.ids if isinstance(m, bpy.types.Material)])
self.export_data_blocks(selected_objects=True)
def export_for_swatch_render(self, depsgraph, sg_scene):
self.sg_scene = sg_scene
self.context = bpy.context #None
self.bl_scene = depsgraph.scene_eval
self.depsgraph = depsgraph
self.external_render = False
self.is_interactive = False
self.is_viewport_render = False
self.do_motion_blur = False
self.rman_bake = False
self.is_swatch_render = True
self.export_swatch_render_scene()
def export(self):
self.reset()
self.render_default_light = self.bl_scene.renderman.render_default_light
if sys.platform != "darwin":
self.is_xpu = (self.bl_scene.renderman.renderVariant != 'prman')
# update variables
string_utils.set_var('scene', self.bl_scene.name.replace(' ', '_'))
string_utils.set_var('layer', self.bl_view_layer.name.replace(' ', '_'))
self.bl_frame_current = self.bl_scene.frame_current
string_utils.update_frame_token(self.bl_frame_current)
rfb_log().debug("Creating root scene graph node")
self.export_root_sg_node()
rfb_log().debug("Calling export_materials()")
#self.export_materials(bpy.data.materials)
self.export_materials([m for m in self.depsgraph.ids if isinstance(m, bpy.types.Material)])
# tell the texture manager to start converting any unconverted textures
# normally textures are converted as they are added to the scene
rfb_log().debug("Calling txmake_all()")
texture_utils.get_txmanager().rman_scene = self
texture_utils.get_txmanager().txmake_all(blocking=True)
self.scene_any_lights = self._scene_has_lights()
rfb_log().debug("Calling export_data_blocks()")
self.export_data_blocks()
self.export_searchpaths()
self.export_global_options()
self.export_hider()
self.export_integrator()
self.export_cameras([c for c in self.depsgraph.objects if isinstance(c.data, bpy.types.Camera)])
# export default light
self.export_defaultlight()
self.main_camera.sg_node.AddChild(self.default_light)
self.export_displays()
self.export_samplefilters()
self.export_displayfilters()
if self.do_motion_blur:
rfb_log().debug("Calling export_instances_motion()")
self.export_instances_motion()
self.rman_render.stats_mgr.set_export_stats("Finished Export", 1.0)
self.num_object_instances = len(self.depsgraph.object_instances)
visible_objects = getattr(self.context, 'visible_objects', list())
self.num_objects_in_viewlayer = len(visible_objects)
self.objects_in_viewlayer = [o for o in visible_objects]
if self.is_interactive:
self.export_viewport_stats()
else:
self.export_stats()
def export_bake_render_scene(self):
self.reset()
# update tokens
string_utils.set_var('scene', self.bl_scene.name.replace(' ', '_'))
string_utils.set_var('layer', self.bl_view_layer.name.replace(' ', '_'))
self.bl_frame_current = self.bl_scene.frame_current
rfb_log().debug("Creating root scene graph node")
self.export_root_sg_node()
rfb_log().debug("Calling export_materials()")
self.export_materials([m for m in self.depsgraph.ids if isinstance(m, bpy.types.Material)])
rfb_log().debug("Calling txmake_all()")
texture_utils.get_txmanager().rman_scene = self
texture_utils.get_txmanager().txmake_all(blocking=True)
self.scene_any_lights = self._scene_has_lights()
rm = self.bl_scene.renderman
rman_root_sg_node = self.get_root_sg_node()
attrs = rman_root_sg_node.GetAttributes()
attrs.SetFloat("dice:worlddistancelength", rm.rman_bake_illlum_density)
rman_root_sg_node.SetAttributes(attrs)
rfb_log().debug("Calling export_data_blocks()")
self.export_data_blocks()
self.export_searchpaths()
self.export_global_options()
self.export_hider()
self.export_integrator()
self.export_cameras([c for c in self.depsgraph.objects if isinstance(c.data, bpy.types.Camera)])
# export default light
self.export_defaultlight()
self.main_camera.sg_node.AddChild(self.default_light)
self.export_bake_displays()
self.export_samplefilters()
self.export_displayfilters()
if self.do_motion_blur:
rfb_log().debug("Calling export_instances_motion()")
self.export_instances_motion()
options = self.sg_scene.GetOptions()
bake_resolution = int(rm.rman_bake_illlum_res)
options.SetIntegerArray(self.rman.Tokens.Rix.k_Ri_FormatResolution, (bake_resolution, bake_resolution), 2)
self.sg_scene.SetOptions(options)
def export_bake_brickmap_selected(self):
self.reset()
# update variables
string_utils.set_var('scene', self.bl_scene.name.replace(' ', '_'))
string_utils.set_var('layer', self.bl_view_layer.name.replace(' ', '_'))
self.bl_frame_current = self.bl_scene.frame_current
rfb_log().debug("Creating root scene graph node")
self.export_root_sg_node()
rfb_log().debug("Calling export_materials()")
self.export_materials([m for m in self.depsgraph.ids if isinstance(m, bpy.types.Material)])
rfb_log().debug("Calling txmake_all()")
texture_utils.get_txmanager().rman_scene = self
texture_utils.get_txmanager().txmake_all(blocking=True)
self.scene_any_lights = self._scene_has_lights()
rm = self.bl_scene.renderman
rman_root_sg_node = self.get_root_sg_node()
attrs = rman_root_sg_node.GetAttributes()
attrs.SetFloat("dice:worlddistancelength", rm.rman_bake_illlum_density)
rman_root_sg_node.SetAttributes(attrs)
self.export_searchpaths()
self.export_global_options()
self.export_hider()
self.export_integrator()
self.export_cameras([c for c in self.depsgraph.objects if isinstance(c.data, bpy.types.Camera)])
# export default light
self.export_defaultlight()
self.main_camera.sg_node.AddChild(self.default_light)
ob = self.context.active_object
self.export_materials([m for m in self.depsgraph.ids if isinstance(m, bpy.types.Material)])
objects_needed = [x.original for x in self.bl_scene.objects if object_utils._detect_primitive_(x) == 'LIGHT']
objects_needed.append(ob.original)
self.export_data_blocks(objects_list=objects_needed)
self.export_samplefilters()
self.export_displayfilters()
options = self.sg_scene.GetOptions()
bake_resolution = int(rm.rman_bake_illlum_res)
options.SetIntegerArray(self.rman.Tokens.Rix.k_Ri_FormatResolution, (bake_resolution, bake_resolution), 2)
self.sg_scene.SetOptions(options)
# Display
display_driver = 'pointcloud'
dspy_chan_Ci = self.rman.SGManager.RixSGDisplayChannel('color', 'Ci')
self.sg_scene.SetDisplayChannel([dspy_chan_Ci])
render_output = '%s.ptc' % ob.renderman.bake_filename_attr
render_output = string_utils.expand_string(render_output)
display = self.rman.SGManager.RixSGShader("Display", display_driver, render_output)
display.params.SetString("mode", 'Ci')
self.main_camera.sg_camera_node.SetDisplay(display)
def export_swatch_render_scene(self):
self.reset()
# options
options = self.sg_scene.GetOptions()
options.SetInteger(self.rman.Tokens.Rix.k_hider_minsamples, get_pref('rman_preview_renders_minSamples', default=0))
options.SetInteger(self.rman.Tokens.Rix.k_hider_maxsamples, get_pref('rman_preview_renders_minSamples', default=1))
options.SetInteger(self.rman.Tokens.Rix.k_hider_incremental, 1)
options.SetString("adaptivemetric", "variance")
scale = 100.0 / self.bl_scene.render.resolution_percentage
w = int(self.bl_scene.render.resolution_x * scale)
h = int(self.bl_scene.render.resolution_y * scale)
options.SetIntegerArray(self.rman.Tokens.Rix.k_Ri_FormatResolution, (w, h), 2)
options.SetFloat(self.rman.Tokens.Rix.k_Ri_PixelVariance, get_pref('rman_preview_renders_pixelVariance', default=0.15))
options.SetInteger(self.rman.Tokens.Rix.k_limits_threads, -2)
options.SetString(self.rman.Tokens.Rix.k_bucket_order, 'horizontal')
self.sg_scene.SetOptions(options)
# searchpaths
self.export_searchpaths()
# integrator
integrator_sg = self.rman.SGManager.RixSGShader("Integrator", "PxrPathTracer", "integrator")
self.sg_scene.SetIntegrator(integrator_sg)
# camera
self.export_cameras([c for c in self.depsgraph.objects if isinstance(c.data, bpy.types.Camera)])
# Display
display_driver = 'blender'
dspy_chan_Ci = self.rman.SGManager.RixSGDisplayChannel('color', 'Ci')
dspy_chan_a = self.rman.SGManager.RixSGDisplayChannel('float', 'a')
self.sg_scene.SetDisplayChannel([dspy_chan_Ci, dspy_chan_a])
display = self.rman.SGManager.RixSGShader("Display", display_driver, 'blender_preview')
display.params.SetString("mode", 'Ci,a')
self.main_camera.sg_camera_node.SetDisplay(display)
rfb_log().debug("Calling materials()")
self.export_materials([m for m in self.depsgraph.ids if isinstance(m, bpy.types.Material)])
rfb_log().debug("Calling export_data_blocks()")
self.export_data_blocks()
def set_root_lightlinks(self, rixattrs=None):
rm = self.bl_scene.renderman
root_sg = self.get_root_sg_node()
attrs = rixattrs
if rixattrs is None:
attrs = root_sg.GetAttributes()
all_lightfilters = [string_utils.sanitize_node_name(l.name) for l in scene_utils.get_all_lightfilters(self.bl_scene)]
if rm.invert_light_linking:
all_lights = [string_utils.sanitize_node_name(l.name) for l in scene_utils.get_all_lights(self.bl_scene, include_light_filters=False)]
for ll in rm.light_links:
light_ob = ll.light_ob
light_nm = string_utils.sanitize_node_name(light_ob.name)
light_props = shadergraph_utils.get_rman_light_properties_group(light_ob)
if light_props.renderman_light_role == 'RMAN_LIGHT':
if light_nm in all_lights:
all_lights.remove(light_nm)
elif light_nm in all_lightfilters:
all_lightfilters.remove(light_nm)
if all_lights:
attrs.SetString(self.rman.Tokens.Rix.k_lighting_subset, ' '. join(all_lights) )
else:
attrs.SetString(self.rman.Tokens.Rix.k_lighting_subset, '*')
if all_lightfilters:
attrs.SetString(self.rman.Tokens.Rix.k_lightfilter_subset, ' '. join(all_lightfilters) )
else:
attrs.SetString(self.rman.Tokens.Rix.k_lightfilter_subset, '*')
else:
attrs.SetString(self.rman.Tokens.Rix.k_lightfilter_subset, ','. join(all_lightfilters) )
if rixattrs is None:
root_sg.SetAttributes(attrs)
def export_root_sg_node(self):
rm = self.bl_scene.renderman
root_sg = self.get_root_sg_node()
attrs = root_sg.GetAttributes()
# set any properties marked riattr in the config file
for prop_name, meta in rm.prop_meta.items():
property_utils.set_riattr_bl_prop(attrs, prop_name, meta, rm, check_inherit=False, remove=False)
self.set_root_lightlinks(rixattrs=attrs)
root_sg.SetAttributes(attrs)
def get_root_sg_node(self):
return self.sg_scene.Root()
def export_materials(self, materials):
for mat in materials:
db_name = object_utils.get_db_name(mat)
rman_sg_material = self.rman_translators['MATERIAL'].export(mat.original, db_name)
if rman_sg_material:
self.rman_materials[mat.original] = rman_sg_material
def check_visibility(self, instance, ob_eval=None):
if not self.is_interactive:
return True
viewport = self.context.space_data
if viewport is None or viewport.type != 'VIEW_3D':
return True
if instance.is_instance:
ob_eval = instance.instance_object
ob_eval_visible = ob_eval.visible_in_viewport_get(viewport)
parent_visible = instance.parent.visible_in_viewport_get(viewport)
return (ob_eval_visible or parent_visible)
if ob_eval is None:
ob_eval = instance.object.evaluated_get(self.depsgraph)
visible = ob_eval.visible_in_viewport_get(viewport)
return visible
def is_instance_selected(self, instance):
ob = instance.object
parent = None
if instance.is_instance:
parent = instance.parent
if not ob.original.select_get():
if parent:
if not parent.original.select_get():
return False
else:
return False
if parent and not parent.original.select_get():
return False
return True
def get_rman_sg_instance(self, ob_inst, rman_sg_node, instance_parent, psys, create=True):
group_db_name = object_utils.get_group_db_name(ob_inst)
rman_parent_node = None
if psys and instance_parent:
rman_parent_node = self.get_rman_prototype(object_utils.prototype_key(instance_parent), ob=instance_parent, create=True)
if rman_parent_node:
if group_db_name in rman_parent_node.instances:
return rman_parent_node.instances[group_db_name]
else:
if group_db_name in rman_sg_node.instances:
return rman_sg_node.instances[group_db_name]
rman_sg_group = None
if create:
rman_group_translator = self.rman_translators['GROUP']
rman_sg_group = rman_group_translator.export(None, group_db_name)
rman_sg_group.sg_node.AddChild(rman_sg_node.sg_node)
if rman_parent_node:
# this is an instance that comes from a particle system
# add this instance to the rman_sg_node that owns the particle system
rman_parent_node.instances[group_db_name] = rman_sg_group
else:
rman_sg_node.instances[group_db_name] = rman_sg_group
return rman_sg_group
def export_instance(self, ob_eval, ob_inst, rman_sg_node, rman_type, instance_parent, psys):
rman_group_translator = self.rman_translators['GROUP']
rman_sg_group = self.get_rman_sg_instance(ob_inst, rman_sg_node, instance_parent, psys, create=True)
is_empty_instancer = False
if instance_parent:
is_empty_instancer = object_utils.is_empty_instancer(instance_parent)
# Object attrs
translator = self.rman_translators.get(rman_type, None)
if translator:
# export instance attributes
translator.export_instance_attributes(ob_eval, rman_sg_group, ob_inst)
# Add any particles necessary
if rman_sg_node.rman_sg_particle_group_node:
if (len(ob_eval.particle_systems) > 0) and ob_inst.show_particles:
rman_sg_group.sg_node.AddChild(rman_sg_node.rman_sg_particle_group_node.sg_node)
# Attach any material overrides
if is_empty_instancer:
if instance_parent.renderman.rman_material_override:
rman_sg_group.sg_node.SetMaterial(None)
else:
# if there is not a material override, we want
# the material of the object
self.attach_material(ob_eval, rman_sg_group)
elif psys:
self.attach_particle_material(psys.settings, instance_parent, ob_eval, rman_sg_group)
rman_sg_group.bl_psys_settings = psys.settings.original
if is_empty_instancer:
# if this is an empty instancer, add as a child to the empty instancer
parent_proto_key = object_utils.prototype_key(instance_parent)
rman_parent_node = self.get_rman_prototype(parent_proto_key, ob=instance_parent, create=True)
rman_parent_node.sg_attributes.AddChild(rman_sg_group.sg_node)
else:
rman_sg_node.sg_attributes.AddChild(rman_sg_group.sg_node)
if rman_type == "META":
# meta/blobbies are already in world space. Their instances don't need to
# set a transform.
return rman_sg_group
rman_sg_group.sg_node.SetInheritTransform(False) # we don't want to inherit the transform
rman_group_translator.update_transform(ob_inst, rman_sg_group)
return rman_sg_group
def export_data_blocks(self, selected_objects=False, objects_list=False):
total = len(self.depsgraph.object_instances)
for i, ob_inst in enumerate(self.depsgraph.object_instances):
ob = ob_inst.object
rfb_log().debug(" Exported %d/%d instances... (%s)" % (i, total, ob.name))
self.rman_render.stats_mgr.set_export_stats("Exporting instances",i/total)
if ob.type in ('CAMERA'):
continue
if selected_objects and not self.is_instance_selected(ob_inst):
continue
# only export these objects
if objects_list and ob.original not in objects_list:
continue
if not self.check_visibility(ob_inst):
rfb_log().debug(" Object (%s) not visible" % (ob.name))
continue
ob_eval = ob.evaluated_get(self.depsgraph)
psys = None
instance_parent = None
proto_key = object_utils.prototype_key(ob_inst)
if ob_inst.is_instance:
psys = ob_inst.particle_system
instance_parent = ob_inst.parent
rman_type = object_utils._detect_primitive_(ob_eval)
rman_sg_node = self.get_rman_prototype(proto_key, ob=ob_eval, create=True)
if not rman_sg_node:
continue
if rman_type == 'LIGHT':
self.check_solo_light(rman_sg_node, ob_eval)
if rman_type in object_utils._RMAN_NO_INSTANCES_:
continue
self.export_instance(ob_eval, ob_inst, rman_sg_node, rman_type, instance_parent, psys)
def export_data_block(self, proto_key, ob):
rman_type = object_utils._detect_primitive_(ob)
if rman_type == "META":
if rman_constants.META_AS_MESH:
return None
# only add the meta instance that matches the family name
if ob.name_full != object_utils.get_meta_family(ob):
return None
if proto_key in self.rman_prototypes:
return self.rman_prototypes[proto_key]
translator = self.rman_translators.get(rman_type, None)
if not translator:
return None
rman_sg_node = None
db_name = object_utils.get_db_name(ob)
rman_sg_node = translator.export(ob, db_name)
if not rman_sg_node:
return None
rman_sg_node.create_sg_attributes(ob)
rman_sg_node.rman_type = rman_type
self.rman_prototypes[proto_key] = rman_sg_node
# motion blur
# we set motion steps for this object, even if it's not moving
# it could be moving as part of a particle system
mb_segs = -1
mb_deform_segs = -1
if self.do_motion_blur:
mb_segs = self.bl_scene.renderman.motion_segments
mb_deform_segs = self.bl_scene.renderman.deform_motion_segments
if ob.renderman.motion_segments_override:
mb_segs = ob.renderman.motion_segments
if mb_segs > 1:
subframes = scene_utils._get_subframes_(mb_segs, self.bl_scene)
rman_sg_node.motion_steps = subframes
self.motion_steps.update(subframes)
if ob.renderman.motion_segments_override:
mb_deform_segs = ob.renderman.deform_motion_segments
if mb_deform_segs > 1:
subframes = scene_utils._get_subframes_(mb_deform_segs, self.bl_scene)
rman_sg_node.deform_motion_steps = subframes
self.motion_steps.update(subframes)
if rman_sg_node.is_transforming or rman_sg_node.is_deforming:
if mb_segs > 1 or mb_deform_segs > 1:
self.moving_objects[ob.name_full] = ob
if mb_segs < 1:
rman_sg_node.is_transforming = False
if mb_deform_segs < 1:
rman_sg_node.is_deforming = False
translator.update(ob, rman_sg_node)
# set object attributes
attrs = rman_sg_node.sg_attributes.GetAttributes()
translator.export_object_attributes_attrs(ob, attrs, remove=False)
rman_sg_node.sg_attributes.SetAttributes(attrs)
# set material
self.attach_material(ob, rman_sg_node, sg_node=rman_sg_node.sg_attributes)
if len(ob.particle_systems) > 0:
# Deal with any particles now.
subframes = []
if self.do_motion_blur:
subframes = scene_utils._get_subframes_(2, self.bl_scene)
self.motion_steps.update(subframes)
particles_group_db = ''
rman_sg_node.rman_sg_particle_group_node = self.rman_translators['GROUP'].export(None, particles_group_db)
psys_translator = self.rman_translators['PARTICLES']
for psys in ob.particle_systems:
psys_db_name = '%s' % psys.name
rman_sg_particles = psys_translator.export(ob, psys, psys_db_name)
if not rman_sg_particles:
continue
psys_translator.set_motion_steps(rman_sg_particles, subframes)
psys_translator.update(ob, psys, rman_sg_particles)
ob_psys = self.rman_particles.get(proto_key, dict())
ob_psys[psys.settings.original] = rman_sg_particles
self.rman_particles[proto_key] = ob_psys
rman_sg_node.rman_sg_particle_group_node.sg_node.AddChild(rman_sg_particles.sg_node)
if rman_type == 'EMPTY':
self._export_hidden_instance(ob, rman_sg_node)
if ob.original.parent:
ob_parent_eval = object_utils.find_parent(ob.original)
if ob_parent_eval:
ob_parent_eval = ob_parent_eval.evaluated_get(self.depsgraph)
parent_proto_key = object_utils.prototype_key(ob.original.parent)
rman_parent_node = self.get_rman_prototype(parent_proto_key, ob=ob_parent_eval, create=True)
rman_parent_node.sg_attributes.AddChild(rman_sg_node.sg_attributes)
else:
# doesn't have a parent, add to root
self.get_root_sg_node().AddChild(rman_sg_node.sg_attributes)
else:
self.get_root_sg_node().AddChild(rman_sg_node.sg_attributes)
return rman_sg_node
def export_instances_motion(self, selected_objects=False):
origframe = self.bl_scene.frame_current
mb_segs = self.bl_scene.renderman.motion_segments
origframe = self.bl_scene.frame_current
motion_steps = sorted(list(self.motion_steps))
first_sample = False
delta = 0.0
if len(motion_steps) > 0:
delta = -motion_steps[0]
psys_translator = self.rman_translators['PARTICLES']
rman_group_translator = self.rman_translators['GROUP']
for samp, seg in enumerate(motion_steps):
first_sample = (samp == 0)
if seg < 0.0:
self.rman_render.bl_engine.frame_set(origframe - 1, subframe=1.0 + seg)
else:
self.rman_render.bl_engine.frame_set(origframe, subframe=seg)
self.depsgraph.update()
time_samp = seg + delta # get the normlized version of the segment
total = len(self.depsgraph.object_instances)
objFound = False
# update camera
if not first_sample and self.main_camera.is_transforming and seg in self.main_camera.motion_steps:
cam_translator = self.rman_translators['CAMERA']
idx = 0
for i, s in enumerate(self.main_camera.motion_steps):
if s == seg:
idx = i
break
cam_translator.update_transform(self.depsgraph.scene_eval.camera, self.main_camera, idx, time_samp)
rfb_log().debug(" Export Sample: %i" % samp)
for i, ob_inst in enumerate(self.depsgraph.object_instances):
if selected_objects and not self.is_instance_selected(ob_inst):
continue
if not self.check_visibility(ob_inst):
continue
psys = None
ob = ob_inst.object.evaluated_get(self.depsgraph)
proto_key = object_utils.prototype_key(ob_inst)
rfb_log().debug(" Exported %d/%d motion instances... (%s)" % (i, total, ob.name))
self.rman_render.stats_mgr.set_export_stats("Exporting motion instances (%d) " % samp ,i/total)
instance_parent = None
if ob_inst.is_instance:
psys = ob_inst.particle_system
instance_parent = ob_inst.parent
rman_type = object_utils._detect_primitive_(ob)
if rman_type in object_utils._RMAN_NO_INSTANCES_:
continue
# check particles for motion
'''
for psys in ob.particle_systems:
ob_psys = self.rman_particles.get(proto_key, None)
if not ob_psys:
continue
rman_sg_particles = ob_psys.get(psys.settings.original, None)
if not rman_sg_particles:
continue
if not seg in rman_sg_particles.motion_steps:
continue
idx = 0
for i, s in enumerate(rman_sg_particles.motion_steps):
if s == seg:
idx = i
break
psys_translator.export_deform_sample(rman_sg_particles, ob, psys, idx)
'''
# object is not moving and not part of a particle system
if ob.name_full not in self.moving_objects and not psys:
continue
rman_sg_node = self.get_rman_prototype(proto_key, ob=ob)
if not rman_sg_node:
continue
# transformation blur
if seg in rman_sg_node.motion_steps:
idx = 0
for i, s in enumerate(rman_sg_node.motion_steps):
if s == seg:
idx = i
break
if rman_sg_node.is_transforming or psys:
rman_sg_group = self.get_rman_sg_instance(ob_inst, rman_sg_node, instance_parent, psys)
if rman_sg_group:
if first_sample:
rman_group_translator.update_transform_num_samples(rman_sg_group, rman_sg_node.motion_steps )
rman_group_translator.update_transform_sample( ob_inst, rman_sg_group, idx, time_samp)
# deformation blur
if rman_sg_node.is_deforming and seg in rman_sg_node.deform_motion_steps:
rman_type = rman_sg_node.rman_type
if rman_type in ['MESH', 'FLUID', 'CURVES']:
translator = self.rman_translators.get(rman_type, None)
if translator:
deform_idx = 0
for i, s in enumerate(rman_sg_node.deform_motion_steps):
if s == seg:
deform_idx = i
break
translator.export_deform_sample(rman_sg_node, ob, deform_idx)
self.rman_render.bl_engine.frame_set(origframe, subframe=0)
rfb_log().debug(" Finished exporting motion instances")
self.rman_render.stats_mgr.set_export_stats("Finished exporting motion instances", 100)
def export_defaultlight(self):
# Export a headlight light if needed
if not self.default_light:
self.default_light = self.sg_scene.CreateAnalyticLight('__defaultlight')
sg_node = self.rman.SGManager.RixSGShader("Light", 'PxrDistantLight' , "light")
self.default_light.SetLight(sg_node)
s_orientPxrLight = [-1.0, 0.0, -0.0, 0.0,
-0.0, -1.0, -0.0, 0.0,
0.0, 0.0, -1.0, 0.0,
0.0, 0.0, 0.0, 1.0]
self.default_light.SetOrientTransform(s_orientPxrLight)
if self.render_default_light and not self.scene_any_lights:
self.default_light.SetHidden(0)
else:
self.default_light.SetHidden(1)
def _scene_has_lights(self):
# Determine if there are any lights in the scene
num_lights = len(scene_utils.get_all_lights(self.bl_scene, include_light_filters=False))
return num_lights > 0
def get_rman_prototype(self, proto_key, ob=None, create=False):
if proto_key in self.rman_prototypes:
return self.rman_prototypes[proto_key]
if not create:
return None
if not ob:
return None
rman_sg_node = self.export_data_block(proto_key, ob)
return rman_sg_node
def get_rman_particles(self, proto_key, psys, ob, create=True):
psys_translator = self.rman_translators['PARTICLES']
group_translator = self.rman_translators['GROUP']
ob_psys = self.rman_particles.get(proto_key, dict())
rman_sg_particles = ob_psys.get(psys.settings.original, None)
if not rman_sg_particles and create:
psys_db_name = '%s' % psys.name
rman_sg_particles = psys_translator.export(ob, psys, psys_db_name)
ob_psys[psys.settings.original] = rman_sg_particles
self.rman_particles[proto_key] = ob_psys
rman_sg_node = self.get_rman_prototype(proto_key)
if rman_sg_node:
if not rman_sg_node.rman_sg_particle_group_node:
particles_group_db = ''
rman_sg_node.rman_sg_particle_group_node = group_translator.export(None, particles_group_db)
rman_sg_node.rman_sg_particle_group_node.sg_node.AddChild(rman_sg_particles.sg_node)
return rman_sg_particles
def _export_hidden_instance(self, ob, rman_sg_node):
translator = self.rman_translators.get('EMPTY')
translator.export_transform(ob, rman_sg_node.sg_node)
if ob.renderman.export_as_coordsys: