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ModulePolymesh Class Reference
Inheritance diagram for ModulePolymesh:
ModuleGeometry ModuleSceneObject ModuleSceneItem ModuleGlObject ModuleProjectItem ModuleObject OfModule ResourceUser EventObject CoreCustomData CoreBaseObject CoreBaseType

Public Member Functions

PolyMesh * get_mesh () const
 
PolyMesh * set_mesh (PolyMesh *mesh)
 
- Public Member Functions inherited from ModuleGeometry
virtual GMathBbox3d get_bbox (const bool &deformed=true, GeometryOverride *override_data=0) const override
 
virtual GMathBbox3d get_bbox_at (const CtxEval &eval_ctx, const double &time, const bool &deformed=true, GeometryOverride *override_data=0) const override
 
void get_uv_tiles (const GeometryUvMap &uv_map, CoreArray< GeometryUvTile > &tiles) const
 
void get_uv_tiles (const int &index, CoreArray< GeometryUvTile > &tiles) const
 
void get_uv_tiles (const CoreString &uv_map_name, CoreArray< GeometryUvTile > &tiles) const
 
GMathVec4f get_uv_range (const unsigned int &uv_map_index) const
 
GMathVec4f get_uv_range (const CoreString &uv_map_name) const
 
GMathBbox3d get_shading_group_bbox (const unsigned int &id, const bool &deformed=true, GeometryOverride *override_data=0) const
 
void assign_material (ModuleMaterial &material, const unsigned int &shading_group_index)
 Assign the given material to the specified shading group of the geometry.
 
void assign_clip_map (ModuleTexture &clip_map, const unsigned int &shading_group_index)
 Assign the given clip map to the specified shading group of the geometry.
 
void assign_displacement (ModuleDisplacement &displacement, const unsigned int &shading_group_index)
 Assign the given displacement to the specified shading group of the geometry.
 
void set_shading_group_visibility (const unsigned int &shading_group_index, const bool &visible)
 Set whether a shading group is visible or not.
 
bool get_shading_group_visibility (const unsigned int &shading_group_index) const
 Get whether a shading group is visible or not.
 
void dirty_geometries ()
 
const GeometryObject * get_geometry (const bool &deformed=true) const
 
const GeometryObject * get_surface (const bool &deformed=true) const
 
const GeometryObject * get_tessellation (const bool &deformed=true) const
 
const GeometryObject * get_displaced_geometry (const bool &front=true) const
 
const GeometryPropertyCollection * get_properties () const
 
const GeometryProperty * get_geometry_property (const unsigned int &property_id, GeometryOverride *override_data=0) const
 
const GeometryProperty * get_tessellation_property (const unsigned int &property_id, GeometryOverride *override_data=0) const
 
const GeometryProperty * get_property (const unsigned int &property_id, GeometryOverride *override_data=0) const
 
const GeometryProperty * get_property (const CoreString &name, GeometryOverride *override_data=0) const
 
GasObject * get_gas (GeometryOverride *override_data=0) const
 
bool is_deformed () const
 Tell if the geometry has a deformer applied to it.
 
bool is_geometry_animated () const
 Tell if the geometry is animated.
 
bool is_displaced (const bool &front=true) const
 
const CoreBasicArray< unsigned
int > & 		get_displaced_shading_groups (const bool &front=true) const
 
GMathVec3d get_max_displacement_bound () const
 
bool is_shading_group_displaced (const unsigned int &index) const
 Tell if a shading group is displaced.
 
const CoreArray< CoreString > & get_uv_map_names (const bool blocking=true) const
 Get the names of the UV maps defined the by geometry.
 
virtual double get_geometry_count () const override
 Return the total number of geometries.
 
virtual double get_primitive_count () const override
 Return the total number of primitives.
 
virtual void get_geometries (CoreArray< ModuleSceneObjectGeometry > &handles, GeometryOverride *override) const override
 
virtual void get_geometries_at (const CtxEval &eval_ctx, const double &anim_dt, CoreArray< ModuleSceneObjectGeometry > &handles, GeometryOverride *override) const override
 
virtual void get_geometry (const CoreBasicArray< unsigned int > &geometry_id_hierarchy, CoreArray< ModuleSceneObjectGeometry > &handles, GeometryOverride *override) const override
 
virtual void get_geometry_at (const CoreBasicArray< unsigned int > &geometry_id_hierarchy, const CtxEval &eval_ctx, const double &anim_dt, CoreArray< ModuleSceneObjectGeometry > &handles, GeometryOverride *override) const override
 
virtual ModuleMaterial * get_default_material () const
 Get the default material for the geometry.
 
const unsigned int & get_raytrace_quality () const
 Get the quality of the raytracing.
 
double get_smoothing_approximation () const
 Get the value of the smoothing approximation to use during the shading.
 
void pre_evaluate (CtxEval &eval_ctx) const
 
virtual size_t get_memory_size () const override
 
void end_evaluation () const
 
void stop_evaluation ()
 Stops the GeometryEvaluator of this Geometry.
 
void on_displacement_storage_mode_change ()
 
- Public Member Functions inherited from ModuleSceneObject
void register_component_implementation ()
 
const CoreArray< CoreString > & get_shading_groups () const
 Return the array of shading group names. C++ only.
 
const CoreArray
< ModuleMaterial * > & 		get_materials () const
 Return the array of materials. C++ only.
 
const CoreArray< ModuleTexture * > & get_clip_maps () const
 Return the array of clip map textures. C++ only.
 
const CoreArray
< ModuleDisplacement * > & 		get_displacements () const
 Return the array of displacements. C++ only.
 
const CoreArray
< ShadingVariablesCtx * > & 		get_sg_shading_variables () const
 Return the array of shading variables per shading group. C++ only.
 
const unsigned int & get_shading_group_count () const
 Return the number of shading groups.
 
virtual const unsigned int & get_object_shading_group_count (const unsigned int &sub_object_index) const
 Return the number of shading groups for the specified sub object //!
 
virtual unsigned int get_object_shading_group_offset (const unsigned int &sub_object_index) const
 Return the shading group offset for the specified sub object //!
 
const unsigned int & get_material_count () const
 Return the number of shading materials.
 
const unsigned int & get_displacement_count () const
 Return the number of displacements.
 
const unsigned int & get_clip_map_count () const
 Return the number of clip maps.
 
const CoreString & get_shading_group (const unsigned int &index) const
 Return the name of the shading group from the specified index.
 
ModuleMaterial * get_material (const unsigned int &index) const
 Return the material assigned to the specified shading group index.
 
ModuleTexture * get_clip_map (const unsigned int &index) const
 Return the texture used as clip map assigned to the specified shading group index.
 
ModuleDisplacement * get_displacement (const unsigned int &index) const
 Return the displacement assigned to the specified shading group index.
 
ShadingVariablesCtx * get_sg_shading_variables (const unsigned int &index) const
 Return shading variables assigned to the specified shading group index.
 
void dirty_shading_groups () const
 Flag shading groups as dirty. For internal use only.
 
void dirty_materials () const
 Flag materials as dirty. For internal use only.
 
void dirty_material_flags () const
 Flag material flags as dirty. For internal use only.
 
void dirty_clip_maps () const
 Flag clip maps as dirty. For internal use only.
 
void dirty_displacements () const
 Flag displacements as dirty. For internal use only.
 
void dirty_sg_shading_variables () const
 Flag shading group shading variables as dirty. For internal use only.
 
ModuleMaterial * get_override_material () const
 Return the override material.
 
void set_override_material (ModuleMaterial *material)
 Set the override material.
 
const CoreArray< ModuleLight * > & get_lights () const
 Return the explicit array of light assigned to the scene object. C++ only.
 
ModuleGroup * get_light_group () const
 Return the light group explicitly attached to the scene object.
 
const unsigned int & get_light_count () const
 Return the number of explicit lights assigned to the scene object.
 
ModuleLight * get_light (const unsigned int &index) const
 Return the explicit light assigned to the scene object at the specified index.
 
bool has_lights () const
 Return true if the scene object has lights.
 
bool is_emission_importance_sampling_enabled () const
 Return true if the scene object emissive shading groups have to be sampled as a light.
 
bool is_emission_texture_importance_sampling_enabled () const
 Return true if emission texture must be importance sampled if emission importance sampling is on.
 
EmissionTextureImportanceSamplingMode get_emission_texture_importance_sampling_mode () const
 Return true if emission texture must be importance sampled if emission importance sampling is on.
 
bool is_emission_importance_sampling_local () const
 Return true if the scene object emissive shading groups have to be sampled as an individual light.
 
bool is_emission_importance_sampling_global () const
 Return true if the scene object emissive shading groups have to be sampled as a light in the global sampling acceleration structure.
 
bool is_emissive_material_light () const
 Return true if the scene object emissive shading groups have to be sampled as a material.
 
const unsigned int & get_emission_sample_count () const
 Return the number of sample that have to be used to sample the geometry if it is a light.
 
bool cast_shadows () const
 Return true if the scene object casts shadows.
 
bool receive_shadows () const
 Return true if the scene object receive shadows.
 
bool receive_self_shadows () const
 Return true if the scene object receive self shadows.
 
bool unseen_by_renderer () const
 Return true if the scene object is invisible to the renderer.
 
bool unseen_by_camera () const
 Return true if the scene object is invisible to the camera.
 
bool unseen_by_rays () const
 Return true if the scene object is unseen by rays.
 
bool unseen_by_reflections () const
 Return true if the scene object is unseen by reflections.
 
bool unseen_by_refractions () const
 Return true if the scene object is unseen by refractions.
 
bool unseen_by_gi () const
 Return true if the scene object is unseen by global illumination.
 
bool unseen_by_sss () const
 Return true if the scene object is unseen by sub-surface scattering.
 
bool unseen_by_query () const
 Return true if the scene object is unseen by queries.
 
void set_unseen_by_query (const bool &value)
 set if the scene object is unseen by queries.
 
bool seen_by_query () const
 Return true if the scene object is seen by queries eventhough not visible.
 
void set_seen_by_query (const bool &value)
 set if the scene object is seen by queries eventhough not visible.
 
bool is_emitter () const
 Return true if the scene object emits global illumination.
 
bool is_matte_object () const
 Return true if the scene object is matte.
 
const GMathVec3d & get_matte_color () const
 Return the matte color.
 
const double & get_matte_alpha () const
 Return the matte alpha.
 
const unsigned int & get_display_mode () const
 Return the display mode.
 
const unsigned int & get_highlight_mode () const
 Return the highlight mode.
 
const double & get_raytrace_geometric_offset () const
 Return the raytrace geometric offset in meter.
 
bool is_visible_by_ray_type (const unsigned int &ray_type) const
 
const unsigned int & get_active_material_count () const
 
const ModuleMaterial::Flags & get_all_material_flags () const
 
const ModuleMaterial::Flags & get_common_material_flags () const
 
virtual const unsigned int & get_object_active_material_count (const unsigned int sub_object_index=0) const
 
virtual const
ModuleMaterial::Flags & 		get_object_all_material_flags (const unsigned int sub_object_index=0) const
 
virtual const
ModuleMaterial::Flags & 		get_object_common_material_flags (const unsigned int sub_object_index=0) const
 
virtual unsigned int get_shading_group_sub_object_index (const unsigned int &shading_group_index) const
 
virtual GeometryOverride * get_geometry_override (const GeometryOverrideConfig &config) const
 
virtual void get_geometry_attributes_override (const GeometryOverrideConfig &config, GeometryAttributesOverride &attributes) const
 
virtual const ResourceData * get_resource_override (const int &resource_id, GeometryOverride &override_data, void *data=0) const
 
void ray_hit (const CtxEval &eval_ctx, CtxShader &shader_ctx, GeometryRaytraceCtx &raytrace_ctx) const
 
void ray_hit_nearest (const CtxEval &eval_ctx, CtxShader &shader_ctx, GeometryRaytraceCtx &raytrace_ctx) const
 
void frustum_hit (const CtxEval &eval_ctx, CtxShader &shader_ctx, GeometryFrustumCtx &frustum_ctx) const
 
void ray_frustum_hit (const CtxEval &eval_ctx, CtxShader &shader_ctx, GeometryRayFrustumCtx &ray_frustum_ctx) const
 
bool is_geometry () const
 Return true if the scene object is a geometry.
 
bool is_compound () const
 Return true if the scene object is a composition of other objects (i.e: combiner, scatterer, geometry bundle)
 
bool is_geometry_bundle ()
 Return true if the scene object is a geometry bundle.
 
virtual unsigned int get_object_count () const
 Return the total number of sub objects.
 
virtual void get_objects (CoreArray< ModuleSceneObject * > &sub_objects)
 Return the list of sub objects.
 
virtual double get_point_count () const
 Return the total number of points.
 
unsigned int sample_geometries_one_point (const CoreBasicArray< ModuleSceneObjectGeometry > &geometries, CoreArray< CoreArray< GeometryPrimitiveSampleDescriptor > > &geometry_samples, const long &seed, const double jittering=0.0) const
 
unsigned int sample_geometries_count (const CoreBasicArray< ModuleSceneObjectGeometry > &geometries, CoreArray< GeometryPrimitiveSampleDescriptor > *geometry_samples, const CtxEval &eval_ctx, const SamplingAlgorithm &algorithm, const SamplingSpace &space, const unsigned int &max_sample_count, const long &seed=0, AppProgressBar *progress_bar=0) const
 
unsigned int sample_geometries_density (const CoreBasicArray< ModuleSceneObjectGeometry > &geometries, CoreArray< GeometryPrimitiveSampleDescriptor > *geometry_samples, const CtxEval &eval_ctx, const SamplingAlgorithm &algorithm, const SamplingSpace &space, const double &max_density, const long &seed=0, AppProgressBar *progress_bar=0) const
 
bool has_shading_variables () const
 
void set_shading_variables (const CoreString &text)
 
void remove_all_shading_variables ()
 
CoreVariant get_shading_variable (const CoreString &variable_name) const
 
ShadingVariablesCtx * get_shading_variables () const
 
Structure * get_structure () const
 
bool is_overriding_children_visibility () const
 
void add_geometry_override (GeometryOverride *override) const
 
void set_custom_id (const unsigned int &value)
 Set the Custom ID.
 
unsigned int get_custom_id () const
 Get the Custom ID.
 
- Public Member Functions inherited from ModuleSceneItem
void register_component_implementation ()
 
bool is_translatable () const
 return true if the item can be translated
 
bool is_rotatable () const
 return true if the item can be rotated
 
bool is_scalable () const
 return true if the item can be scaled
 
bool is_pivot_translatable () const
 return true if the pivot of the item can be translated
 
bool is_pivot_rotatable () const
 return true if the pivot of the item can be rotated
 
bool is_pivot_scalable () const
 return true if the pivot of the item can be scaled
 
ModuleSceneItem * get_parent () const
 Returns the apparent scene item kinematic parent object if any, with respect to attr muted value or parent disabled state.
 
void set_parent (ModuleSceneItem *item, const ParentInPlaceMode &mode=PARENT_IN_PLACE_FORCED_OFF)
 Set the kinematic parent for this item.
 
ModuleSceneItem * get_serialized_parent () const
 Returns the actual scene item kinematic parent object if any, without considering attr muted value or parent disabled state.
 
void set_rotation_order (const GMathRotationOrder &order)
 
void set_rotation_offset_order (const GMathRotationOrder &order)
 
GMathRotationOrder get_rotation_order () const
 
GMathRotationOrder get_rotation_offset_order () const
 
void set_transform (const GMathTransform &xform)
 
void set_translation (const GMathVec3d &t, const Space &space=SPACE_LOCAL, void *requester=0)
 Set the item translation in the given space.
 
void set_rotation (const GMathVec3d &r, const Space &space=SPACE_LOCAL, void *requester=0)
 Set the item rotation in the given space.
 
void set_scaling (const GMathVec3d &s, const Space &space=SPACE_LOCAL, void *requester=0)
 Set the item scaling in the given space.
 
void set_shearing (const GMathVec3d &sh, const Space &space=SPACE_LOCAL, void *requester=0)
 Set the item scaling in the given space.
 
void change_translation (const GMathVec3d &t, const Space &space=SPACE_LOCAL, void *requester=0)
 
void change_rotation (const GMathVec3d &r, const Space &space=SPACE_LOCAL, void *requester=0)
 
void change_scaling (const GMathVec3d &s, const Space &space=SPACE_LOCAL, void *requester=0)
 
void change_shearing (const GMathVec3d &sh, const Space &space=SPACE_LOCAL, void *requester=0)
 
void set_translation_offset (const GMathVec3d &t, const Space &space=SPACE_LOCAL, void *requester=0)
 Set the item translation offset in the given space.
 
void set_rotation_offset (const GMathVec3d &r, const Space &space=SPACE_LOCAL, void *requester=0)
 Set the item rotation offset in the given space.
 
void set_scaling_offset (const GMathVec3d &s, const Space &space=SPACE_LOCAL, void *requester=0)
 Set the item scaling offset in the given space.
 
void change_translation_offset (const GMathVec3d &t, const Space &space=SPACE_LOCAL, void *requester=0)
 
void change_rotation_offset (const GMathVec3d &r, const Space &space=SPACE_LOCAL, void *requester=0)
 
void change_scaling_offset (const GMathVec3d &s, const Space &space=SPACE_LOCAL, void *requester=0)
 
void set_rotation_pivot (const GMathVec3d &r, const Space &space=SPACE_LOCAL)
 Set the position of the rotation pivot in the given space.
 
void set_scaling_pivot (const GMathVec3d &s, const Space &space=SPACE_LOCAL)
 Set the position of the scaling pivot in the given space.
 
void change_rotation_pivot (const GMathVec3d &r, const Space &space=SPACE_LOCAL)
 
void change_scaling_pivot (const GMathVec3d &s, const Space &space=SPACE_LOCAL)
 
void reset_rotation_pivot ()
 Reset the rotation pivot to its initial position.
 
void reset_scaling_pivot ()
 Reset the scaling pivot to its initial position.
 
void inplace_set_translation (const GMathVec3d &t, const Space &space=SPACE_LOCAL, void *requester=0)
 Set the kinematic translation without moving the object (offset the translation)
 
void inplace_set_rotation (const GMathVec3d &r, const Space &space=SPACE_LOCAL, void *requester=0)
 Set the kinematic rotation without moving the object (offset the rotatation)
 
void inplace_set_scaling (const GMathVec3d &s, const Space &space=SPACE_LOCAL, void *requester=0)
 Set the kinematic scaling without moving the object (offset the scale)
 
void inplace_change_translation (const GMathVec3d &t, const Space &space=SPACE_LOCAL, void *requester=0)
 
void inplace_change_rotation (const GMathVec3d &r, const Space &space=SPACE_LOCAL, void *requester=0)
 
void inplace_change_scaling (const GMathVec3d &s, const Space &space=SPACE_LOCAL, void *requester=0)
 
void inplace_set_translation_offset (const GMathVec3d &t, const Space &space=SPACE_LOCAL, void *requester=0)
 Set the translation offset without moving the object.
 
void inplace_set_rotation_offset (const GMathVec3d &r, const Space &space=SPACE_LOCAL, void *requester=0)
 Set the rotation offset without moving the object.
 
void inplace_set_scaling_offset (const GMathVec3d &s, const Space &space=SPACE_LOCAL, void *requester=0)
 Set the scaling offset without moving the object.
 
void inplace_change_translation_offset (const GMathVec3d &t, const Space &space=SPACE_LOCAL, void *requester=0)
 
void inplace_change_rotation_offset (const GMathVec3d &r, const Space &space=SPACE_LOCAL, void *requester=0)
 
void inplace_change_scaling_offset (const GMathVec3d &s, const Space &space=SPACE_LOCAL, void *requester=0)
 
void set_matrix (const GMathMatrix4x4d &matrix, const Space &space)
 Extract translation, rotation, scale and shear values from the given matrix.
 
GMathTransform get_transform (const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 
GMathTransform get_transform_at (const double &time) const
 
GMathTransform compute_transform_at (const double &time) const
 
void get_translation (GMathVec3d &t, const Space &space=SPACE_LOCAL, const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 Returns the item translation in the given space.
 
void get_rotation (GMathVec3d &r, const Space &space=SPACE_LOCAL, const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 Returns the item rotation in the given space.
 
void get_scaling (GMathVec3d &s, const Space &space=SPACE_LOCAL, const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 Returns the item scale in the given space.
 
void get_shearing (GMathVec3d &sh, const Space &space=SPACE_LOCAL, const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 Returns the item shear in the given space.
 
void get_translation_offset (GMathVec3d &t, const Space &space=SPACE_LOCAL, const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 Returns the item translation in the given space.
 
void get_rotation_offset (GMathVec3d &r, const Space &space=SPACE_LOCAL, const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 Returns the item rotation in the given space.
 
void get_scaling_offset (GMathVec3d &s, const Space &space=SPACE_LOCAL, const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 Returns the item scaling in the given space.
 
void get_rotation_pivot (GMathVec3d &r, const Space &space=SPACE_LOCAL, const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 Returns the position of the rotation pivot in the given space.
 
void get_scaling_pivot (GMathVec3d &s, const Space &space=SPACE_LOCAL, const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 Returns the position of the scaling pivot in the given space.
 
void get_rotation_pivot_matrix (GMathMatrix4x4d &r, const Space &space, const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 Returns the item rotation pivot matrix in the given space.
 
void get_scaling_pivot_matrix (GMathMatrix4x4d &r, const Space &space, const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 Returns the item scaling pivot matrix in the given space.
 
const GMathMatrix4x4d & get_kinematic_matrix (const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 
const GMathMatrix4x4d & get_object_matrix (const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 
const GMathMatrix4x4d & get_global_matrix (const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 
const GMathMatrix4x4d & get_inv_global_matrix (const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 
const GMathMatrix4x4d get_reference_global_matrix () const
 
void get_global_position (GMathVec3d &position, const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 
void get_global_orientation (GMathMatrix4x4d &orientation, const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_CURRENT) const
 
void get_translation_at (GMathVec3d &t, const double &time, const Space &space=SPACE_LOCAL) const
 Returns the item translation at the given time in the given space.
 
void get_rotation_at (GMathVec3d &r, const double &time, const Space &space=SPACE_LOCAL) const
 Returns the item rotation at the given time in the given space.
 
void get_scaling_at (GMathVec3d &s, const double &time, const Space &space=SPACE_LOCAL) const
 Returns the item scale at the given time in the given space.
 
void get_shearing_at (GMathVec3d &sh, const double &time, const Space &space=SPACE_LOCAL) const
 Returns the item shear at the given time in the given space.
 
void get_translation_offset_at (GMathVec3d &t, const double &time, const Space &space=SPACE_LOCAL) const
 Returns the item translation in the given space.
 
void get_rotation_offset_at (GMathVec3d &r, const double &time, const Space &space=SPACE_LOCAL) const
 Returns the item rotation in the given space.
 
void get_scaling_offset_at (GMathVec3d &s, const double &time, const Space &space=SPACE_LOCAL) const
 Returns the item scaling in the given space.
 
void get_model_matrix_at (GMathMatrix4x4d &matrix, const double &time) const
 
GMathMatrix4x4d get_kinematic_matrix_at (const double &time) const
 Returns the item kinematic matrix at the given time.
 
GMathMatrix4x4d get_object_matrix_at (const double &time) const
 Returns the item object matrix at the given time.
 
GMathMatrix4x4d get_global_matrix_at (const double &time) const
 Returns the item global matrix at the given time.
 
CoreBasicArray< GMathMatrix4x4d > get_global_matrix_motion_blur_samples (const CtxEval &eval_ctx) const
 Return samples of the global matrix used for the motion blur.
 
GMathMatrix4x4d get_global_matrix_motion_blur_at (const CtxEval &eval_ctx, const double &delta_time) const
 Returns the global matrix for the motion blur at the given time.
 
GMathMatrix4x4d get_global_matrix_motion_blur (const CtxEval &eval_ctx, const GeometryMotionBlurSample &ms) const
 Returns the global matrix for the motion blur at the given motion blur sample.
 
void get_global_position_at (GMathVec3d &position, const double &time) const
 
void get_global_orientation (GMathMatrix4x4d &orientation, const double &time) const
 
const GMathVec3d & get_display_color () const
 
bool is_display_visible () const
 
bool is_display_pickable () const
 
bool is_display_motion_trail (bool selected) const
 
bool is_constrained () const
 
short get_xform_constraint_modifier () const
 
bool is_animated () const
 
bool is_motion_blur_enabled () const
 
bool is_motion_blur_required () const
 
bool is_motion_blurred () const
 
bool is_locally_motion_blurred () const
 
bool is_animation_motion_blurred () const
 
bool has_kinematic_expression () const
 
bool has_local_animation () const
 
void enable_motion_blur (const bool &flag)
 
void require_motion_blur (const int &increment)
 
void require_motion_blur (const bool &flag)
 
void set_matrices_as_dirty (const OfAttr::ValuePage &page=OfAttr::VALUE_PAGE_PREVIOUS)
 
const unsigned int & get_object_count () const
 
const unsigned int & get_object_id () const
 
bool is_visibility_driven () const
 
CoreString get_kinematic_full_name () const
 return the fullname of the item in the transformation hierarchy (world://item)
 
void set_kinematic_full_name_dirty ()
 
bool is_kinematic_full_name_dirty () const
 
bool is_inherit_transform () const
 
unsigned int get_reference_frame () const
 
double get_reference_time () const
 
void update_animation_motion_blur (const bool has_animation_motion_blur)
 update_animation_motion_blur Set the flag ANIMATED_MODEL_MATRIX according to has_animation_motion_blur. If the item has change is animation state then it will propagate motion blur dirtiness
 
const Flags & get_flags () const
 Get flags that are enabled on the current scene item.
 
void enable_flags (const Flags &flags)
 Enable flags on the current scene item.
 
void disable_flags (const Flags &flags)
 Disable flags on the current scene item.
 
- Public Member Functions inherited from ModuleGlObject
virtual bool pre_paint_gl (GlUtilsCtx &ctx) const
 
virtual bool paint_gl (GlUtilsCtx &ctx) const
 
virtual bool destroy_gl_data (GlUtilsGlCtx &gl_ctx) const
 
virtual GMathBbox3d get_gl_bbox (GlUtilsCtx &ctx) const
 

Additional Inherited Members

- Public Types inherited from ModuleGeometry
enum  DisplacementMode {
  DISPLACEMENT_NONE = 0,
  DISPLACEMENT_FRONT = 1,
  DISPLACEMENT_BACK = 2,
  DISPLACEMENT_FRONT_AND_BACK = 3
}
 
- Static Public Member Functions inherited from ModuleGeometry
static unsigned int get_property_id (const CoreString &name)
 
static void lock_properties (const bool &lock)
 
static void get_global_property_names (CoreVector< CoreString > &names)
 Get the registered property names.
 
static void register_properties (const CoreBasicArray< CoreString > &names)
 Globally registers the given names as available properties.
 
- Static Public Attributes inherited from ModuleGeometry
static const ResourceID RESOURCE_ID_GEOMETRY = ModuleObject::declare_resource("geometry")
 The geometry reference.
 
static const ResourceID RESOURCE_ID_GEOMETRY_ANIMATED = ModuleObject::declare_resource("geometry_animated")
 The animated version of the geometry.
 
static const ResourceID RESOURCE_ID_GEOMETRY_DEFORMED = ModuleObject::declare_resource("geometry_deformed")
 The same geometry but deformed by a deformer.
 
static const ResourceID RESOURCE_ID_GEOMETRY_PROPERTIES = ModuleObject::declare_resource("geometry_properties")
 List of properties that are bound to the reference geometry.
 
static const ResourceID RESOURCE_ID_TESSELLATION = ModuleObject::declare_resource("tessellation")
 Tessellated version of the reference geometry.
 
static const ResourceID RESOURCE_ID_TESSELLATION_DEFORMED = ModuleObject::declare_resource("tessellation_deformed")
 Tessellated version of the animated/deformed geometry.
 
static const ResourceID RESOURCE_ID_TESSELLATION_PROPERTIES = ModuleObject::declare_resource("tessellation_properties")
 List of properties that are bound to the tessellated geometry.
 
static const ResourceID RESOURCE_ID_SURFACE = ModuleObject::declare_resource("surface")
 Subdivision surface representation of the reference geometry.
 
static const ResourceID RESOURCE_ID_SURFACE_DEFORMED = ModuleObject::declare_resource("surface_deformed")
 Subdivision surface representation of the animated/deformed geometry.
 
static const ResourceID RESOURCE_ID_SURFACE_PROPERTIES = ModuleObject::declare_resource("surface_properties")
 List of properties that are bound to the subdivision surface geometry.
 
static const ResourceID RESOURCE_ID_DISPLACEMENT_TOPOLOGY = ModuleObject::declare_resource("displacement_topology")
 Topology of the displaced version of the animated/deformed geometry.
 
static const ResourceID RESOURCE_ID_DISPLACEMENT_GEOMETRY_FRONT = ModuleObject::declare_resource("displacement_geometry_front")
 Front of the displaced version of the animated/deformed geometry.
 
static const ResourceID RESOURCE_ID_DISPLACEMENT_GEOMETRY_BACK = ModuleObject::declare_resource("displacement_geometry_back")
 Back of the displaced version of the animated/deformed geometry.
 
static const ResourceID RESOURCE_ID_GAS = ModuleObject::declare_resource("gas")
 Geometric accelleration structure used by the raytracer.
 
static const ResourceID RESOURCE_ID_GEOMETRY_SMOOTHED = ModuleObject::declare_resource("geometry_smoothed")
 
static const ResourceID RESOURCE_ID_GEOMETRY_SMOOTHED_DEFORMED = ModuleObject::declare_resource("geometry_smoothed_deformed")
 
- Protected Member Functions inherited from ModuleGeometry
void register_component_implementations ()
 
virtual void module_constructor (OfObject &object) override
 
virtual void on_attribute_change (const OfAttr &attr, int &dirtiness, const int &dirtiness_flags) override
 
virtual ResourceData * create_resource (const int &id, void *data) const override
 
virtual void on_resource_update (const int &id, ResourceData *resource) override
 
virtual void module_destructor () override
 
virtual void build_shading_groups (CoreArray< CoreString > &shading_groups) const override
 
virtual void build_materials (CoreArray< ModuleMaterial * > &materials) const override
 
virtual void build_clip_maps (CoreArray< ModuleTexture * > &clip_maps) const override
 
virtual void build_displacements (CoreArray< ModuleDisplacement * > &displacements) const override
 
virtual void build_sg_shading_variables (CoreArray< ShadingVariablesCtx * > &sg_shading_variables) const override
 
- Static Protected Member Functions inherited from ModuleGeometry
static void on_object_removed (OfObjectFactory &factory, const CoreString &event_id, void *data)
 
- Protected Attributes inherited from ModuleSceneObject
CoreArray< CoreString > m_shading_groups
 
CoreArray< ModuleMaterial * > m_materials
 
CoreArray< ModuleTexture * > m_clip_maps
 
CoreArray< ModuleDisplacement * > m_displacements
 
CoreArray< ShadingVariablesCtx * > m_sg_shading_variables
 
CoreArray< ModuleLight * > m_lights
 
bool m_shading_groups_dirty
 
bool m_materials_dirty
 
bool m_material_flags_dirty
 
bool m_clip_maps_dirty
 
bool m_displacements_dirty
 
bool m_sg_shading_variables_dirty
 
bool m_lights_dirty
 
SysThreadLockRecursive * m_lock
 
- Static Protected Attributes inherited from ModuleSceneObject
static Flags s_geometry_flag = ModuleSceneItem::reserve_flag()
 
static Flags s_compound_flag = ModuleSceneItem::reserve_flag()