Inheritance diagram for ModuleGeometry:

Public Types
enum	DisplacementMode { DISPLACEMENT_NONE = 0, DISPLACEMENT_FRONT = 1, DISPLACEMENT_BACK = 2, DISPLACEMENT_FRONT_AND_BACK = 3 }

Public Types inherited from ModuleSceneObject
enum	DisplayMode { DISPLAY_WIREFRAME = 0, DISPLAY_CONSTANT = 1, DISPLAY_NORMALS = 2, DISPLAY_SIMPLE_SHADING = 3, DISPLAY_PREVIZ = 4 }

enum	HighlightMode { HIGHLIGHT_NONE = 0, HIGHLIGHT_BBOX = 1, HIGHLIGHT_WIREFRAME = 2, HIGHLIGHT_BOTH = HIGHLIGHT_BBOX\|HIGHLIGHT_WIREFRAME }

enum	SamplingAlgorithm { SAMPLING_RANDOM, SAMPLING_BLUE_NOISE, SAMPLING_PRIMITIVE_CENTER }

enum	SamplingSpace { SAMPLING_LOCAL_BASE = 0, SAMPLING_LOCAL_DEFORMED = 1, SAMPLING_GLOBAL_BASE = 2, SAMPLING_GLOBAL_DEFORMED = 3 }

enum	EmissionImportanceSamplingMode { EMISSION_LOCAL = 0, EMISSION_GLOBAL = 1, EMISSION_NONE = 2 }

enum	EmissionTextureImportanceSamplingMode { ETIS_NONE = 0, ETIS_COLOR = 1, ETIS_WEIGHT = 2, ETIS_BOTH = 3 }

Public Types inherited from ModuleSceneItem
enum	Space { SPACE_LOCAL, SPACE_GLOBAL }

enum	VisibilityMode { VISIBILITY_MODE_OVERRIDE = 0, VISIBILITY_MODE_USE_PROPERTY, VISIBILITY_MODE_USE_PREFERENCES, VISIBILITY_MODE_COUNT }
	VisibilityMode describes how driven visibility attributes are set. More...

enum	ParentInPlaceMode { PARENT_IN_PLACE_PREFERENCE, PARENT_IN_PLACE_FORCED_ON, PARENT_IN_PLACE_FORCED_OFF }
	The ParentInPlaceMode enum.

typedef unsigned long long	Flags

Public Member Functions
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

Static Public Member Functions
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 Member Functions inherited from ModuleSceneObject
static void	merge_geometries (const CoreVector< ModuleSceneObject * > &objects, CoreArray< GMathVec3d > &vertices, CoreArray< unsigned int > &polygon_indices, CoreArray< unsigned int > &polygon_vertex_count, CoreArray< unsigned int > &polygon_shading_groups, CoreArray< CoreString > &shading_group_names, CoreArray< GeometryUvMap > &uv_maps, CoreArray< GeometryNormalMap > &normal_maps, CoreArray< GeometryColorMap > &color_maps, AppProgressBar *progress_bar=0)

Static Public Member Functions inherited from ModuleSceneItem
static const unsigned int &	get_object_count (OfApp &application)

static ModuleSceneItem *	get_scene_item (OfApp &application, const unsigned int &id)
	return the scene item from the specified id

static void	get_all_scene_items (OfApp &application, CoreVector< ModuleSceneItem * > &items)
	return the most up-to-date array of scene items

static VisibilityMode	get_visibility_mode (const OfObject &object)

static Flags	reserve_flag ()
	Get a flag that is not used yet and reserve it.

Static Public Attributes
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
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

Protected Member Functions inherited from ModuleSceneObject
void	set_override_children_visibility (const bool &override_children)

virtual ResourceData *	create_resource_override (const int &id, GeometryOverride &override_data, void *data) const

virtual void	build_shading_groups () const

virtual void	build_materials () const

virtual void	build_clip_maps () const

virtual void	build_displacements () const

virtual void	build_sg_shading_variables () const

void	update_material_flags () const

void	update_geometry_overrides (OfObject &object, const EventInfo &event, void *data)

Protected Member Functions inherited from ModuleSceneItem
void	in_place_set_parent (const ModuleSceneItem *new_parent_module, const bool &in_place)

Static Protected Member Functions
static void	on_object_removed (OfObjectFactory &factory, const CoreString &event_id, void *data)

Additional Inherited Members
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()

Detailed Description

Class defining a geometry in Clarisse. A geometry can expose several resources which correspond to the different way of representing it. Most of the resources are of type GeometryObject but some of them are just here to hold data that is shared by several other resources. All the representations are not always available in memory and they are created on demand. For instance, if subdivision surfaces are not activated, the corresponding resources points directly to the base reprensentations of the geometry.

Member Function Documentation

GMathBbox3d ModuleGeometry::get_bbox	(	const bool &	deformed = `true`,
		GeometryOverride *	override_data = `0`
	)		const

overridevirtual

Get the bounding box of the geometry.

Parameters

[in]	deformed	when true, the function uses the deformed version of the geometry
[in]	override_data	geometry override applied to the geometry (time offset, displacement...)

Returns: the bounding box

Note: This function relies on geometry resources and can potentially create one or several of them if they are not available. Therefore, it is recommanded to call it from a thread.

Reimplemented from ModuleSceneObject.

GMathBbox3d ModuleGeometry::get_bbox_at	(	const CtxEval &	eval_ctx,
		const double &	time,
		const bool &	deformed = `true`,
		GeometryOverride *	override_data = `0`
	)		const

overridevirtual

Get the bounding box of the geometry at a given time.

Parameters

[in]	eval_ctx	a valid evaluation context
[in]	time	the absolute time at which the bounding box must be computed
[in]	deformed	when true, the function uses the deformed version of the geometry
[in]	override_data	geometry override applied to the geometry (time offset, displacement...)

Returns: the bounding box

Note: This function relies on geometry resources and can potentially create one or several of them if they are not available. Therefore, it is recommanded to call it from a thread. Moreover, even if the requested time is absolute, it should stay close to the current frame because geometry resources are created for the current frame.

Reimplemented from ModuleSceneObject.

const GeometryObject * ModuleGeometry::get_displaced_geometry ( const bool & front = true ) const

Get the displaced version of the geometry.

Parameters

[in] front return the front part of the displacement when true, else the back part

Returns: the corresponding resource

Note: This function can potentially create one or more resources so it is recommanded to call it from a thread.

const CoreBasicArray<unsigned int>& ModuleGeometry::get_displaced_shading_groups ( const bool & front = true ) const

inline

Get the list of displaced shading groups.

Parameters

[in] front if true, give the status of the front displacement, else of the back one

Returns: a list containing the IDs of the shading groups that are displaced for the corresponding side.

GasObject * ModuleGeometry::get_gas ( GeometryOverride * override_data = 0 ) const

Get the geometry acceleration structure. This structure is used by the raytracer to detect which primitives are hit.

const GeometryObject* ModuleGeometry::get_geometry ( const bool & deformed = true ) const

inline

Get the base version of the geometry.

Parameters

[in] deformed return the animated/deformed version when true

Returns: the corresponding resource

Note: This function can potentially create one or more resources so it is recommanded to call it from a thread.

void ModuleGeometry::get_geometry	(	const CoreBasicArray< unsigned int > &	geometry_id_hierarchy,
		CoreArray< ModuleSceneObjectGeometry > &	geometries,
		GeometryOverride *	override
	)		const

overridevirtual

The get_geometry(_at) function will set an array of ModuleSceneObjectGeometry containing the geometry(ies if there is bundle). The geometry will be found thanks to the geometry_id_hierarchy. This attributes contains all the indices of the object in regards of their parents.

Example : We want to find E ``` scatterer[ A B combiner[ C bundle[D E] ] ] [ 0 1 2 [ 0 1] ] geometry_id_hierarchy = [2, 1] ``` The function will return 2 ModuleSceneObjectGeometry [D E], to get E you will need to use the geometry_local_index that is stored in the intersection

Reimplemented from ModuleSceneObject.

const GeometryProperty * ModuleGeometry::get_geometry_property	(	const unsigned int &	property_id,
		GeometryOverride *	override_data = `0`
	)		const

Get a property by its ID.

Parameters

[in]	property_id	the unique ID corresponding to the property
[in]	override_data	geometry override applied to the geometry (time offset, displacement...)

Returns: the associated property object

Note: This function can potentially create one or more resources so it is recommanded to call it from a thread.

GMathVec3d ModuleGeometry::get_max_displacement_bound ( ) const

inline

Get the maximum bound of displacement nodes associated to the geometry.

Returns: a 3D vector containing the size of the extension to apply to the bounding box of the geometry for each axis.

const GeometryPropertyCollection * ModuleGeometry::get_properties ( ) const

Return the property array if any exists.

Returns: the property array if any exists.

Note: This function can potentially create one or more resources so it is recommanded to call it from a thread.

const GeometryProperty * ModuleGeometry::get_property	(	const CoreString &	name,
		GeometryOverride *	override_data = `0`
	)		const

Get a property by its name.

Parameters

[in]	name	the name of the property
[in]	override_data	geometry override applied to the geometry (time offset, displacement...)

Returns: the associated property object

Note: This function can potentially create one or more resources so it is recommanded to call it from a thread.

unsigned int ModuleGeometry::get_property_id ( const CoreString & name )

static

Get the ID of a property by its name.

Parameters

[in] name of the property

Returns: a unique ID for this property name

Note: This function can potentially create one or more resources so it is recommanded to call it from a thread.

GMathBbox3d ModuleGeometry::get_shading_group_bbox	(	const unsigned int &	id,
		const bool &	deformed = `true`,
		GeometryOverride *	override_data = `0`
	)		const

Get the bounding box for a shading group of the geometry.

Parameters

[in]	id	the index of the shading group
[in]	deformed	when true, the function uses the deformed version of the geometry

Returns: the bounding box

Note: This function relies on geometry resources and can potentially create one or several of them if they are not available. Therefore, it is recommanded to call it from a thread.

const GeometryObject * ModuleGeometry::get_surface ( const bool & deformed = true ) const

Get the surface of subdivision of the geometry.

Parameters

[in] deformed return the animated/deformed version when true

Returns: the corresponding resource

Note: This function can potentially create one or more resources so it is recommanded to call it from a thread.

const GeometryObject * ModuleGeometry::get_tessellation ( const bool & deformed = true ) const

Get the tessellated version of the geometry.

Parameters

[in] deformed return the animated/deformed version when true

Returns: the corresponding resource

Note: This function can potentially create one or more resources so it is recommanded to call it from a thread.

GMathVec4f ModuleGeometry::get_uv_range ( const unsigned int & uv_map_index ) const

Get the UV range from the geometry's uv map at an index.

If no UVs or UV map not found, returns (0, 0, 0, 0).

Parameters

[in] uv_map_index the index of the object's uv map

Returns: UV range as a GMathVec4f where values are in this order: U min, V min, U max, V max

GMathVec4f ModuleGeometry::get_uv_range ( const CoreString & uv_map_name ) const

Get the UV range from the geometry's uv map with the matching name.

If no UVs or UV map index not found, returns (0, 0, 0, 0).

Parameters

[in] uv_map_name the name of the object's uv map

Returns: UV range as a GMathVec4f where values are in this order: U min, V min, U max, V max

void ModuleGeometry::get_uv_tiles	(	const GeometryUvMap &	uv_map,
		CoreArray< GeometryUvTile > &	tiles
	)		const

Get the non empty UV tiles from a uv map.

Parameters

[in]	uv_map	the uv map containing the tiles
[out]	tiles	the result array of UV tiles

void ModuleGeometry::get_uv_tiles	(	const int &	index,
		CoreArray< GeometryUvTile > &	tiles
	)		const

Get the non empty UV tiles from the geometry's uv map at an index.

Parameters

[in]	index	the index of the object's uv map containing the tiles
[out]	tiles	the result array of UV tiles

void ModuleGeometry::get_uv_tiles	(	const CoreString &	uv_map_name,
		CoreArray< GeometryUvTile > &	tiles
	)		const

Get the non empty UV tiles from the geometry's uv map with the matching name.

Parameters

[in]	uv_map_name	the name of the object's uv map containing the tiles
[out]	tiles	the result array of UV tiles, the array is empty if no map matches the name

bool ModuleGeometry::is_displaced ( const bool & front = true ) const

inline

Tell if the geometry is displaced.

Parameters

[in] front if true, give the status of the front displacement, else of the back one

Returns: true if the side is displaced, else false

void ModuleGeometry::lock_properties ( const bool & lock )

static

Locks the property map.

Parameters

[in] action to perform: lock or unlock.

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Protected Member Functions

Static Protected Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation