#include <RAY_DemoMountain.h>

Inheritance diagram for HDK_Sample::RAY_DemoMountain:

Public Member Functions
	RAY_DemoMountain (int splits=1)

	~RAY_DemoMountain () override

const char *	className () const override

int	initialize (const UT_BoundingBox *) override

void	getBoundingBox (UT_BoundingBox &box) override
	The bounding box is the "object space" bounds of the procedural. More...

void	render () override

void	fractalSplit ()
	Split into 4 new procedurals (each rendering a triangle) More...

void	fractalRender ()
	Render triangle geometry. More...

Public Member Functions inherited from RAY_Procedural
	RAY_Procedural ()

virtual	~RAY_Procedural ()

virtual bool	isEqual (const RAY_Procedural *) const

virtual bool	canGenerateInstancedGeometry () const

int	lookupParmToken (const char *name) const

RAY_ProceduralGeo	createGeometry () const
	Allocate geometry for this procedural. More...

const int64 *	getIParm (int token, size_t &size) const

const fpreal64 *	getFParm (int token, size_t &size) const

const UT_StringHolder *	getSParm (int token, size_t &size) const

const int64 *	getIParm (const char *name, size_t &size) const

const fpreal64 *	getFParm (const char *name, size_t &size) const

const UT_StringHolder *	getSParm (const char *name, size_t &size) const

bool	import (const char name, int32 value, int vectorsize) const

bool	import (const char name, int64 value, int vectorsize) const

bool	import (const char name, fpreal32 value, int vectorsize) const

bool	import (const char name, fpreal64 value, int vectorsize) const

bool	import (const char *name, UT_String &result, int idx=0) const

bool	import (const char *name, UT_StringHolder &result, int idx=0) const

bool	import (RAY_Handle handle, const char name, int32 value, int vectorsize) const

bool	import (RAY_Handle handle, const char name, int64 value, int vectorsize) const

bool	import (RAY_Handle handle, const char name, fpreal32 value, int vectorsize) const

bool	import (RAY_Handle handle, const char name, fpreal64 value, int vectorsize) const

bool	import (RAY_Handle handle, const char *name, UT_String &result, int idx=0) const

bool	import (RAY_Handle handle, const char *name, UT_StringHolder &result, int idx=0) const

bool	importAll (RAY_Handle handle, UT_Options &settings, bool local_only=false) const

RAY_ROProceduralGeo	createGeometry (GU_DetailHandle &gdh) const

RAY_ROProceduralGeo	createGeometry (GU_ConstDetailHandle &gdh) const

RAY_ROProceduralGeo	createGeometry (const GU_DetailHandle gdh, int nsegments, const fpreal shutter_times=nullptr) const

RAY_ROProceduralGeo	createGeometry (const GU_ConstDetailHandle gdh, int nsegments, const fpreal shutter_times=nullptr) const

RAY_ProceduralData *	data ()

Additional Inherited Members
Static Public Member Functions inherited from RAY_Procedural
static void	optimizeGeometry (GU_Detail &gdp, bool create_normals_if_needed)

static void	optimizeGeometry (GU_DetailHandle &gdp, bool create_normals_if_needed)

Protected Member Functions inherited from RAY_Procedural
const GA_Attribute *	queryGeometrySegment (const GA_Attribute *attr, int seg) const

void	clearGeometrySegments (GA_Attribute *attr)

fpreal	getLevelOfDetail (const UT_BoundingBox &box) const

RAY_ProceduralChildPtr	createChild () const

void	openGeometryObject ()

void	addGeometry (GU_Detail *gdp, fpreal shutter)

int	openProceduralObject ()
	Open a procedural object. More...

void	addProcedural (RAY_Procedural *proc)

int	addProcedural (int argc, char argv[], const UT_BoundingBox box=0)

void	openVolumeObject ()
	Open a volume object. More...

void	addVolume (VGEO_Volume *volume, fpreal shutter)

void	setPreTransform (const UT_Matrix4D &transform, fpreal shutter)

void	setTransform (const UT_Matrix4D &transform, fpreal shutter)

void	setStylerInfo (const RAY_StylerInfo &styler_info)

bool	setShopMaterialPath (const char shop_materialpath, const char material_override=nullptr, const char *property_map=nullptr)

void	debugSettings (const char *style="object") const
	Print out the object's settings to stderr. More...

void	processPrimitiveMaterial (const GEO_Primitive *prim)

void	closeObject ()

bool	parseMaterialIFD (const char *filename)

int	queryWorldTransformSamples () const
	Query the number of transform samples for the world. More...

UT_Matrix4D	queryWorldTransform (int sample) const
	Get the world transform. More...

RAY_ObjectHandle	queryObject (const char *name) const

RAY_MaterialHandle	queryMaterial (const char *name) const

RAY_LightHandle	queryLight (const char *name) const

int	queryTransformSamples (RAY_Handle handle) const

UT_Matrix4D	queryTransform (RAY_Handle handle, int sample) const

const UT_Matrix4D &	queryShaderTransform (RAY_ObjectHandle handle, int sample) const

const STY_Styler &	queryStyler (RAY_ObjectHandle handle) const

const char *	queryName (RAY_Handle handle) const

const char *	queryRootName () const
	Get the name of the object which owns this procedural. More...

int	queryGeometrySamples (RAY_ObjectHandle handle) const

RAY_ROProceduralGeo	queryGeometry (RAY_ObjectHandle handle) const

bool	changeSetting (const char name, const char value, const char *style="object")

bool	changeSetting (const char name, int argc, const char const argv, const char style="object")

bool	changeSetting (const char name, int argc, const int argv, const char *style="object")

bool	changeSetting (const char name, int argc, const fpreal argv, const char *style="object")

bool	declareSetting (const char name, const char value)

bool	declareSetting (const char name, int argc, const char const *argv)

bool	declareSetting (const char name, int argc, const int argv)

bool	declareSetting (const char name, int argc, const fpreal argv)

Static Protected Member Functions inherited from RAY_Procedural
static void	lookupPrimitiveMaterialAttributes (const GEO_Detail &geo, RAY_PrimitiveMaterialAttributes &attribs)

Detailed Description

Examples:: RAY/RAY_DemoMountain.C.

Definition at line 48 of file RAY_DemoMountain.h.

Constructor & Destructor Documentation

RAY_DemoMountain::RAY_DemoMountain ( int splits = 1 )

Examples:: RAY/RAY_DemoMountain.C, and RAY/RAY_DemoMountain.h.

Definition at line 69 of file RAY_DemoMountain.C.

RAY_DemoMountain::~RAY_DemoMountain ( )

override

Examples:: RAY/RAY_DemoMountain.h.

Definition at line 76 of file RAY_DemoMountain.C.

Member Function Documentation

const char * RAY_DemoMountain::className ( ) const

overridevirtual

The class name is used in diagnostic messages. It can simply be the name of the class, or alternatively, you can choose a unique name for each procedural instance.

Implements RAY_Procedural.

Examples:: RAY/RAY_DemoMountain.C, and RAY/RAY_DemoMountain.h.

Definition at line 82 of file RAY_DemoMountain.C.

void RAY_DemoMountain::fractalRender ( )

Render triangle geometry.

Examples:: RAY/RAY_DemoMountain.C, and RAY/RAY_DemoMountain.h.

Definition at line 198 of file RAY_DemoMountain.C.

void RAY_DemoMountain::fractalSplit ( )

Split into 4 new procedurals (each rendering a triangle)

Examples:: RAY/RAY_DemoMountain.C, and RAY/RAY_DemoMountain.h.

Definition at line 171 of file RAY_DemoMountain.C.

void RAY_DemoMountain::getBoundingBox ( UT_BoundingBox & box )

overridevirtual

The bounding box is the "object space" bounds of the procedural.

Implements RAY_Procedural.

Examples:: RAY/RAY_DemoMountain.C, and RAY/RAY_DemoMountain.h.

Definition at line 120 of file RAY_DemoMountain.C.

int RAY_DemoMountain::initialize ( const UT_BoundingBox * box )

overridevirtual

The initialize method is called when the procedural is created. Returning zero (failure) will abort the rendering of this procedural.

The bounding box passed in is the user defined bounding box. If the user didn't specify a bounding box, then the box will be NULL.

Implements RAY_Procedural.

Examples:: RAY/RAY_DemoMountain.C, and RAY/RAY_DemoMountain.h.

Definition at line 88 of file RAY_DemoMountain.C.

void RAY_DemoMountain::render ( )

overridevirtual

The render method is called when the procedural is required to either generate geometry or split into more procedurals. Inside the render() method you should make calls to open/add/close geometry or sub-procedurals.

The way that a procedural splits is critical to the performance of mantra's ray tracer. For optimal performance, make sure that sub-procedural bounding boxes overlap as little as possible - which allows mantra to build more optimal trees for ray tracing.

In multi-threaded renders, the render() method needs to be reentrant

that is, the render() method on different RAY_Procedural objects may be called simultaneously by different threads. This means that you should design the code in your procedural such that global data structures are protected by a thread lock (for example, a UT_Lock).
Note
The render method may be called more than once during a render to regenerate the geometry.

Implements RAY_Procedural.

Examples:: RAY/RAY_DemoMountain.C, and RAY/RAY_DemoMountain.h.

Definition at line 131 of file RAY_DemoMountain.C.

The documentation for this class was generated from the following files:

samples/RAY/RAY_DemoMountain.h
samples/RAY/RAY_DemoMountain.C

Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation