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mitkCUDAIsosurfaceVRScene Class Reference

mitkCUDAIsosurfaceVRScene - a 3D scene to display isosurfaces from volume datasets. Accelerated with the CUDA interface. More...

#include <mitkCUDAIsosurfaceVRScene.h>

Inherits mitkVis2Scene3D.

Inheritance diagram for mitkCUDAIsosurfaceVRScene:

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Collaboration diagram for mitkCUDAIsosurfaceVRScene:

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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)
void SetIsovalue (float isovalue)
float GetIsovalue ()
void SetSurfaceColor (float r, float g, float b)
void GetSurfaceColor (float &r, float &g, float &b)
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 SetIllustrativeShading (int illustrative)
bool GetIllustrativeShading ()
void SetCroppingBounds (const float CroppingBounds[6])
void GetCroppingBounds (float CroppingBounds[6])

Detailed Description

mitkCUDAIsosurfaceVRScene - a 3D scene to display isosurfaces from volume datasets. Accelerated with the CUDA interface.

mitkCUDAIsosurfaceVRScene is a 3D scene to display isosurfaces from volume datasets. Accelerated with the CUDA interface. mitkCUDAIsosurfaceVRScene needs a container subclasses from mitkSceneContainer. You can use mitkGLWindow for the container, or implement your own container.


Member Function Documentation

float mitkCUDAIsosurfaceVRScene::GetAmbient  ) 
 

Get the ambient factor of the material of the isosurface

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

void mitkCUDAIsosurfaceVRScene::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 mitkCUDAIsosurfaceVRScene::GetCroppingBounds float  CroppingBounds[6]  ) 
 

Get the cropping boundary

Parameters:
CroppingBounds,: the cropping boundary

float mitkCUDAIsosurfaceVRScene::GetDiffuse  ) 
 

Get the diffuse factor of the material of the isosurface

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

bool mitkCUDAIsosurfaceVRScene::GetIllustrativeShading  ) 
 

Get the illustrative shading status

Returns:
: Return the illustrative shading status.

float mitkCUDAIsosurfaceVRScene::GetIsovalue  ) 
 

Get the isovalue of the isosurface to be displayed.

Returns:
Return the isovalue.

void mitkCUDAIsosurfaceVRScene::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.

float mitkCUDAIsosurfaceVRScene::GetSpecular  ) 
 

Get the specular factor of the material of the isosurface

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

float mitkCUDAIsosurfaceVRScene::GetSpecularPower  ) 
 

Get the specular power of the material of the isosurface

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

void mitkCUDAIsosurfaceVRScene::GetSurfaceColor float &  r,
float &  g,
float &  b
 

Get the color of the isosurface to be displayed

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

virtual void mitkCUDAIsosurfaceVRScene::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 mitkCUDAIsosurfaceVRScene::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 mitkCUDAIsosurfaceVRScene::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 mitkCUDAIsosurfaceVRScene::RenderGL  )  [virtual]
 

The Interface for handling the render event pass by the container

Reimplemented from mitkVis2Scene3D.

void mitkCUDAIsosurfaceVRScene::RotateLightDirection bool  turnOn  ) 
 

Turn this on to enter the light rotation interaction mode.

Parameters:
Whether turn the light rotation mode on.

void mitkCUDAIsosurfaceVRScene::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 mitkCUDAIsosurfaceVRScene::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 mitkCUDAIsosurfaceVRScene::SetCroppingBounds const float  CroppingBounds[6]  ) 
 

Set the cropping boundary

Parameters:
CroppingBounds,: the cropping boundary

void mitkCUDAIsosurfaceVRScene::SetData mitkICVolume data  ) 
 

Set the data object to be rendered

Parameters:
data The data object to be rendered.

void mitkCUDAIsosurfaceVRScene::SetDataModified  ) 
 

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

void mitkCUDAIsosurfaceVRScene::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 mitkCUDAIsosurfaceVRScene::SetIllustrativeShading int  illustrative  ) 
 

Turn on or turn off illustrative shading.

Parameters:
shade,: The illustrative shading status.

void mitkCUDAIsosurfaceVRScene::SetIsovalue float  isovalue  ) 
 

Set the isovalue of the isosurface to be displayed.

Parameters:
isovalue The isovalue.

void mitkCUDAIsosurfaceVRScene::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 mitkCUDAIsosurfaceVRScene::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 mitkCUDAIsosurfaceVRScene::SetLightIntensity float  intensity  ) 
 

Set the light's intensity

Parameters:
intensity Light's intensity

void mitkCUDAIsosurfaceVRScene::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 mitkCUDAIsosurfaceVRScene::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 mitkCUDAIsosurfaceVRScene::SetSurfaceColor float  r,
float  g,
float  b
 

Set the color of the isosurface to be displayed

Parameters:
r Specify the red component of the surface color.
g Specify the green component of the surface color.
b Specify the blue component of the surface color.


The documentation for this class was generated from the following file:
Generated on Tue Feb 25 15:01:49 2014 for MITK (Medical Imaging ToolKit) by  doxygen 1.4.3