mitkCUDAVersatileVRScene Class Reference

mitkCUDAVersatileVRScene - a 3D scene for shaded semi-transparent rendering from volume datasets. Accelerated with the CUDA interface. More...

#include <mitkCUDAVersatileVRScene.h>

Inherits mitkVis2Scene3D.

Inheritance diagram for mitkCUDAVersatileVRScene:

[legend]Collaboration diagram for mitkCUDAVersatileVRScene:

[legend]List of all members.

Public Member Functions
virtual void	RenderGL ()
void	SetData (mitkICVolume *data)
void	SetDataModified ()
void	SetBackGroundColor (float r, float g, float b)
void	GetBackGroundColor (float &r, float &g, float &b)
mitkRGBATransferFunction1D *	GetTransferFunction (int index)
void	SetTransferFunction (int index, mitkRGBATransferFunction1D *tf)
void	SetStdSampleDistance (float stdSampleDistance)
float	GetStdSampleDistance ()
void	SetLightDirection (float x, float y, float z)
void	GetLightDirection (float &x, float &y, float &z)
void	SetLightIntensity (float intensity)
void	SetLightColor (float r, float g, float b)
void	SetAmbient (float value)
float	GetAmbient ()
void	SetDiffuse (float value)
float	GetDiffuse ()
void	SetSpecular (float value)
float	GetSpecular ()
void	SetSpecularPower (float value)
float	GetSpecularPower ()
void	RotateLightDirection (bool turnOn)
virtual void	OnMouseDown (int mouseButton, bool ctrlDown, bool shiftDown, int xPos, int yPos)
virtual void	OnMouseUp (int mouseButton, bool ctrlDown, bool shiftDown, int xPos, int yPos)
virtual void	OnMouseMove (bool ctrlDown, bool shiftDown, int xPos, int yPos)
void	SetCroppingBounds (const float CroppingBounds[6])
void	GetCroppingBounds (float CroppingBounds[6])
void	SetPreintegration (bool preInt)
bool	GetPreintegration ()

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Detailed Description

mitkCUDAVersatileVRScene - a 3D scene for shaded semi-transparent rendering from volume datasets. Accelerated with the CUDA interface.

mitkCUDAVersatileVRScene is a 3D scene for shaded semi-transparent rendering from volume datasets. Accelerated with the CUDA interface. mitkCUDAVersatileVRScene needs a container subclasses from mitkSceneContainer. You can use mitkGLWindow for the container, or implement your own container.

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Member Function Documentation

float mitkCUDAVersatileVRScene::GetAmbient (   )

Get the ambient factor of the material of the isosurface Returns: Return The ambient factor of the material of the isosurface

void mitkCUDAVersatileVRScene::GetBackGroundColor (  float &  r, float &  g, float &  b )

Return the background color of the scene Parameters: r  Return the red component of the background color. g  Return the green component of the background color. b  Return the blue component of the background color.

void mitkCUDAVersatileVRScene::GetCroppingBounds (  float  CroppingBounds[6]  )

Get the cropping boundary Parameters: CroppingBounds,:  the cropping boundary

float mitkCUDAVersatileVRScene::GetDiffuse (   )

Get the diffuse factor of the material of the isosurface Returns: Return The diffuse factor of the material of the isosurface

void mitkCUDAVersatileVRScene::GetLightDirection (  float &  x, float &  y, float &  z )

Return the light direction Parameters: x  Return the x component of the light direction. y  Return the y component of the light direction. z  Return the z component of the light direction.

bool mitkCUDAVersatileVRScene::GetPreintegration (   )

Get the preintegration status Returns: : the preintegration status

float mitkCUDAVersatileVRScene::GetSpecular (   )

Get the specular factor of the material of the isosurface Returns: Return The specular factor of the material of the isosurface

float mitkCUDAVersatileVRScene::GetSpecularPower (   )

Get the specular power of the material of the isosurface Returns: Return The specular power of the material of the isosurface

float mitkCUDAVersatileVRScene::GetStdSampleDistance (   )

Get the standard sample distance where the opacity of each step equals to the alpha channel of the transfered value. Returns: Return the standard sample distance

mitkRGBATransferFunction1D* mitkCUDAVersatileVRScene::GetTransferFunction (  int  index  )

Get the transfer function Returns: Return the transfer function.

virtual void mitkCUDAVersatileVRScene::OnMouseDown (  int  mouseButton, bool  ctrlDown, bool  shiftDown, int  xPos, int  yPos )  [virtual]

The Interface for handling the mouse pressed event pass by the container Reimplemented from mitkVis2Scene3D.

virtual void mitkCUDAVersatileVRScene::OnMouseMove (  bool  ctrlDown, bool  shiftDown, int  xPos, int  yPos )  [virtual]

The Interface for handling the mouse moved event pass by the container Reimplemented from mitkVis2Scene3D.

virtual void mitkCUDAVersatileVRScene::OnMouseUp (  int  mouseButton, bool  ctrlDown, bool  shiftDown, int  xPos, int  yPos )  [virtual]

The Interface for handling the mouse released event pass by the container Reimplemented from mitkVis2Scene3D.

virtual void mitkCUDAVersatileVRScene::RenderGL (   )  [virtual]

The Interface for handling the render event pass by the container Reimplemented from mitkVis2Scene3D.

void mitkCUDAVersatileVRScene::RotateLightDirection (  bool  turnOn  )

Turn this on to enter the light rotation interaction mode. Parameters: Whether  turn the light rotation mode on.

void mitkCUDAVersatileVRScene::SetAmbient (  float  value  )

Set the ambient factor of the material of the isosurface Parameters: value  The ambient factor of the material of the isosurface

void mitkCUDAVersatileVRScene::SetBackGroundColor (  float  r, float  g, float  b )

Set the background color of the scene Parameters: r  Specify the red component of the background color. g  Specify the green component of the background color. b  Specify the blue component of the background color.

void mitkCUDAVersatileVRScene::SetCroppingBounds (  const float  CroppingBounds[6]  )

Set the cropping boundary Parameters: CroppingBounds,:  the cropping boundary

void mitkCUDAVersatileVRScene::SetData (  mitkICVolume *  data  )

Set the data object to be rendered Parameters: data  The data object to be rendered.

void mitkCUDAVersatileVRScene::SetDataModified (   )

Tell the scene the data is modified when any modification is done to the data object

void mitkCUDAVersatileVRScene::SetDiffuse (  float  value  )

Set the diffuse factor of the material of the isosurface Parameters: value  The diffuse factor of the material of the isosurface

void mitkCUDAVersatileVRScene::SetLightColor (  float  r, float  g, float  b )

Set the color of the light source Parameters: r  Specify the red component of the light source color. g  Specify the green component of the light source color. b  Specify the blue component of the light source color.

void mitkCUDAVersatileVRScene::SetLightDirection (  float  x, float  y, float  z )

Set the light direction Parameters: x  Specify the x component of the light direction. y  Specify the y component of the light direction. z  Specify the z component of the light direction.

void mitkCUDAVersatileVRScene::SetLightIntensity (  float  intensity  )

Set the light's intensity Parameters: intensity  Light's intensity

void mitkCUDAVersatileVRScene::SetPreintegration (  bool  preInt  )

Set the preintegration status Parameters: preInt,:  the preintegration status

void mitkCUDAVersatileVRScene::SetSpecular (  float  value  )

Set the specular factor of the material of the isosurface Parameters: value  The specular factor of the material of the isosurface

void mitkCUDAVersatileVRScene::SetSpecularPower (  float  value  )

Set the specular power of the material of the isosurface Parameters: value  The specular power of the material of the isosurface

void mitkCUDAVersatileVRScene::SetStdSampleDistance (  float  stdSampleDistance  )

Set the standard sample distance where the opacity of each step equals to the alpha channel of the transfered value. Parameters: stdSampleDistance  The standard sample distance

void mitkCUDAVersatileVRScene::SetTransferFunction (  int  index, mitkRGBATransferFunction1D *  tf )

Set the transfer function Parameters: tf  The transfer function.

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

• mitkCUDAVersatileVRScene.h

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