MITK (Medical Imaging ToolKit): mitkView Class Reference

mitkView is a 3d view to display 3D surface rendered or volume rendered image. To display 3d images, you must create one or several models (either mitkSurfaceModel or mitkVolumeModel) firstly, then add them using the function

    mitkView *aView = new mitkView;
    //Set the parent window, and fill out the whole parent window
    aView->SetParent(parentWindowId);  
    aView->SetLeft(0);
    aView->SetTop(0);
    aView->SetWidth(parentWindowWidth);
    aView->SetHeight(parentWindowHeight);   
    aView->Show();

Member Function Documentation

void mitkView::AddAdditionalLight ( mitkLight * lit ) [inline]

Add an additional light to this view.

Parameters:

lit

the light to add

Note:: At most 5 additional light can be added to the view.

void mitkView::AddModel ( mitkModel * model ) [inline]

Add a model to this view for display. View can contain many models, including surface model, volume model and widget model, and display them simultaneity. So view provides a set of functions to manage the models.

See also:

Parameters:

model

Specify the model that will be added to this view.

void mitkView::AlignScene ( ) [inline]

Warning:: Internal function. Don't call it directly.

mitkManipulator* mitkView::CreateManipulator

(

)

Create a default manipulator for the mouse events processing. Subclass can override this function to create a proper manipulator.

void mitkView::DisableCalculateFrameSpeed ( ) [inline]

Disable frame speed calculation.

Note:: It is only a hint to actual implementor and depends on actual implementation. Maybe it will not take any effect.

void mitkView::DisableLoD ( ) [inline]

Disable LoD rendering mode.

Note:: It is only a hint to rendering method and depends on actual implementation. Maybe it will not take any effect.

void mitkView::EnableCalculateFrameSpeed ( ) [inline]

Enable frame speed calculation.

Note:: It is only a hint to actual implementor and depends on actual implementation. Maybe it will not take any effect.

void mitkView::EnableLoD ( ) [inline]

Enable LoD rendering mode.

Note:: It is only a hint to rendering method and depends on actual implementation. Maybe it will not take any effect.

mitkLight* mitkView::GetAdditionalLight ( int idx ) [inline]

Get the idx'th additional light.

Parameters:

idx

the index of the light to get

int mitkView::GetAdditionalLightCount ( ) [inline]

Get the count of additional lights.

Returns:: Return the count of additional lights.

void* mitkView::GetApplicationId ( void ) [inline]

Get the system dependent application id

Returns:: Return the system dependent parent window id

void mitkView::GetBackColor	(	int &	rColor,
		int &	gColor,
		int &	bColor
	)	`[inline]`

Get the background color of this view.

Parameters:

	rColor	Return the red component of the background color. The value range is from 0 to 255.
	gColor	Return the green component of the background color. The value range is from 0 to 255.
	bColor	Return the blue component of the background color. The value range is from 0 to 255.

void mitkView::GetBackColor	(	unsigned char &	rColor,
		unsigned char &	gColor,
		unsigned char &	bColor
	)	`[inline]`

Get the background color of this view.

Parameters:

	rColor	Return the red component of the background color. The value range is from 0 to 255.
	gColor	Return the green component of the background color. The value range is from 0 to 255.
	bColor	Return the blue component of the background color. The value range is from 0 to 255.

void mitkView::GetBackColor	(	float &	rColor,
		float &	gColor,
		float &	bColor
	)	`[inline]`

Get the background color of this view.

Parameters:

	rColor	Return the red component of the background color. The value range is from 0.0 to 1.0.
	gColor	Return the green component of the background color. The value range is from 0.0 to 1.0.
	bColor	Return the blue component of the background color. The value range is from 0.0 to 1.0.

mitkCamera* mitkView::GetCamera ( ) [inline]

Get the camera of this view.

Returns:: Return the camera of this view.

mitkLight* mitkView::GetDefaultLight ( ) [inline]

Get the default light of this view.

Returns:: Return the light of this view.

Note:: The position of the default light is calculated by the view automatically, so any changes of the position will be discarded.

void* mitkView::GetDeviceContext ( void ) [inline]

Get the system dependent device context id

Returns:: Return the system dependent device context id

double mitkView::GetFrameSpeed ( ) [inline]

Get frame speed.

Returns:: Return the frame speed.

int mitkView::GetHeight ( ) [inline]

Get the Height of this view

Returns:: Return the height of this view

int mitkView::GetLeft ( ) [inline]

Get the Left position in local coordinate of its parent window

Returns:: Return the Left position in local coordinate of its parent window

mitkLight* mitkView::GetLight ( ) [inline]

Provided for back compatibility, just the same as SetSliceNum().

mitkModel* mitkView::GetModel ( int i ) [inline]

Get the model in specified position.

Parameters:

Zero based index to specify the position of the model.

Returns:: Return the ith model in this view.

int mitkView::GetModelCount ( ) [inline]

Get the model count in this view.

Returns:: Return the model count in this view.

mitkList* mitkView::GetModels ( ) [inline]

Get the list of models in this view.

Returns:: Return the internal list of models. User can access each model through the interface of mitkList.

int mitkView::GetNumberOfPropsRendered ( ) [inline]

Warning:: Internal function. Don't call it directly.

void* mitkView::GetParent ( void ) [inline]

Get the system dependent parent window id

Returns:: Return the system dependent parent window id

void mitkView::GetPixelData	(	int	xOffset,
		int	yOffset,
		int	width,
		int	height,
		unsigned char *	buffer,
		int	packAlignment = `4`,
		bool	swapRGB = `false`
	)	`[inline]`

Get frame buffer data (RGB pixel data) in the specified region. This function is provided for convenience. It does the same thing as GetPixelData24().

Parameters:

	xOffset	specify the x coordinate of the left bottom corner
	yOffset	specify the y coordinate of the left bottom corner
	width	specify the width of the region
	height	specify the height of the region
	buffer	return the the frame buffer data. The data is RGB color data, and is arranged in the order of R1G1B1R2G2B2...
	packAlignment	pack alignment bytes
	swapRGB	whether swap RGB channel or not (i.e. true: use GL_BGR format to get pixel data, false: use GL_RGB format to get pixel data

Warning:: The parameter "buffer" must point to a memory block which can contain width*height RGB pixel samples. If packAlignment is 4, the total bytes of one line (contain width samples) must be devided exactly by 4, i.e. one line should be ((width*3+3) & (~3)) bytes. Otherwise, one line should be exactly width*3 bytes. Furthermore, this memory block must be allocated by the user before call this function.

unsigned char* mitkView::GetPixelData	(	int	xOffset,
		int	yOffset,
		int	width,
		int	height
	)	`[inline]`

Get frame buffer data in the specified region.

Parameters:

	xOffset	Specify the x coordinate of the left bottom corner
	yOffset	Specify the y coordinate of the left bottom corner
	width	Specify the width of the region
	height	Specify the height of the region

Returns:: Return the address of the frame buffer data. The data is RGB color data, and is arranged in the order of R1G1B1R2G2B2...

Note:: This function is obsolete, please use another function to get frame buffer data.

void mitkView::GetPixelData24	(	int	xOffset,
		int	yOffset,
		int	width,
		int	height,
		unsigned char *	buffer,
		int	packAlignment = `4`,
		bool	swapRGB = `false`
	)	`[inline]`

Get frame buffer data (RGB pixel data) in the specified region.

Parameters:

	xOffset	specify the x coordinate of the left bottom corner
	yOffset	specify the y coordinate of the left bottom corner
	width	specify the width of the region
	height	specify the height of the region
	buffer	return the the frame buffer data. The data is RGB color data, and is arranged in the order of R1G1B1R2G2B2...
	packAlignment	pack alignment bytes
	swapRGB	whether swap RGB channel or not (i.e. true: use GL_BGR format to get pixel data, false: use GL_RGB format to get pixel data

Warning:: The parameter "buffer" must point to a memory block which can contain width*height RGB pixel samples. If packAlignment is 4, the total bytes of one line (contain width samples) must be devided exactly by 4, i.e. one line should be ((width*3+3) & (~3)) bytes. Otherwise, one line should be exactly width*3 bytes. Furthermore, this memory block must be allocated by the user before call this function.

void mitkView::GetPixelData32	(	int	xOffset,
		int	yOffset,
		int	width,
		int	height,
		unsigned char *	buffer,
		bool	swapRGB = `false`
	)	`[inline]`

Get frame buffer data (RGBA pixel data) in the specified region.

Parameters:

	xOffset	specify the x coordinate of the left bottom corner
	yOffset	specify the y coordinate of the left bottom corner
	width	specify the width of the region
	height	specify the height of the region
	buffer	return the the frame buffer data. The data is RGBA color data, and is arranged in the order of R1G1B1A1R2G2B2A2...
	swapRGB	whether swap RGB channel or not (i.e. true: use GL_BGR format to get pixel data, false: use GL_RGB format to get pixel data

Warning:: The parameter "buffer" must point to a memory block which can contain width*height RGBA pixel samples. This memory block must be allocated by the user before call this function.

const int* mitkView::GetPosition ( ) [inline]

Get the position (Left and Top) in local coordinate of its parent window

Returns:: Return a pointer to the position. The first element is Left, and the second element is Top.

void* mitkView::GetRenderContext ( void ) [inline]

Get the system dependent render context id

Returns:: Return the system dependent render context id

double mitkView::GetRenderTime ( ) [inline]

Get the elapsed time of render process in seconds.

Returns:: the elapsed time in seconds

const mitkQuaternion& mitkView::GetRotation ( void ) [inline]

Get the Rotation of the view.

Returns:: Return the quaternion of the rotation.

float mitkView::GetScale ( void ) [inline]

Get the scale of the view.

Returns:: Return the scale of the view.

mitkScene* mitkView::GetScene ( ) [inline]

Get the scene embeded in the container window

Returns:: Return the scene embeded in the container window

bool mitkView::GetSelected ( ) [inline]

Set the selected status of this view. If view is selected, it will be added a red frame.

Parameters:

isSelected

isSelected=true, set the view is selected. isSelected=false, set the view is unselected.

const int* mitkView::GetSize ( ) [inline]

Get the size (Width and Height) of this view

Returns:: Return a pointer to the size. The first element is Width, and the second element is Height.

int mitkView::GetTop ( ) [inline]

Get the Top position in local coordinate of its parent window

Returns:: Return the Top position in local coordinate of its parent window

float mitkView::GetTranslateSpeed ( ) [inline]

Warning:: Internal function. Don't call it directly.

void mitkView::GetTranslation ( float trans[3] ) [inline]

Get the translation of the view.

Parameters:

	trans[0]	return translation in x-axis
	trans[1]	return translation in y-axis
	trans[2]	return translation in z-axis

Warning:: This function is provided for convenience. Don't call it directly.

float mitkView::GetTranslationX ( ) [inline]

Get the translation along x-axis of the view.

Returns:: Return the translation along x-axis of the view.

Warning:: This function is provided for convenience. Don't call it directly.

float mitkView::GetTranslationY ( ) [inline]

Get the translation along y-axis of the view.

Returns:: Return the translation along y-axis of the view.

Warning:: This function is provided for convenience. Don't call it directly.

float mitkView::GetTranslationZ ( ) [inline]

Get the translation along z-axis of the view.

Returns:: Return the translation along z-axis of the view.

Warning:: This function is provided for convenience. Don't call it directly.

void mitkView::GetViewPort ( int vp[4] ) [inline]

Get the viewport of this view. Not all of the area of a view is used to display the image. Only the viewport is used to display the image. The position and size of viewport are calculated automatically according to the size of image.

Parameters:

	vp[0]	return the left position of the viewport
	vp[1]	return the top position of the viewport
	vp[2]	return the width of the viewport
	vp[3]	return the height of the viewport

const int* mitkView::GetViewPort ( ) [inline]

Returns:: Return a pointer to the viewport. The first element is the Left position. The second element is the Top position. The third element is the Width of the viewport. The fourth element is the Height of the viewport.

int mitkView::GetWidth ( ) [inline]

Get the Width of this view

Returns:: Return the width of this view

void* mitkView::GetWindowId ( void ) [inline]

Get the system dependent window id

Returns:: Return the system dependent window id

void mitkView::GetZbufferData	(	int	x1,
		int	y1,
		int	x2,
		int	y2,
		float *	buffer
	)	`[inline]`

Get z buffer data in the specified region.

Parameters:

	x1	Specify the x coordinate of the left bottom corner
	y1	Specify the y coordinate of the left bottom corner
	x2	Specify the x coordinate of the right top corner. x2 >= x1 must be satisfied.
	y2	Specify the y coordinate of the right top corner. y2 >= y1 must be satisfied.
	buffer	Return the z buffer data.

Warning:: The parameter "buffer" must point to a memory block which can contain (x2-x1+1)*(y2-y1+1) floats (i.e. (x2-x1+1)*(y2-y1+1)*4 bytes). This memory block must be allocated by the user before call this function.

float* mitkView::GetZbufferData	(	int	x1,
		int	y1,
		int	x2,
		int	y2
	)	`[inline]`

Get z buffer data in the specified region.

Parameters:

	x1	Specify the x coordinate of the left bottom corner
	y1	Specify the y coordinate of the left bottom corner
	x2	Specify the x coordinate of the right top corner. x2 >= x1 must be satisfied.
	y2	Specify the y coordinate of the right top corner. y2 >= y1 must be satisfied.

Returns:: Return the address of the z buffer data.

bool mitkView::HasUnprocessedMouseMessage ( ) [inline]

Test if there is any unprocessed mouse message (button down/up) in the message queue of rendering thread. Use it in your rendering algorithm to achieve a fine mouse response.

Returns:: Return ture if there are some unprocessed mouse messages, otherwise return false.

bool mitkView::IsAdditionalLightModified ( ) [inline]

Check whether there is a modified additional light

Returns:: Return true if there is a modified additional light, otherwise Return false

bool mitkView::IsCameraModified ( ) [inline]

Check whether the camera has been modified

Returns:: Return true if the camera has been modified, otherwise Return false

bool mitkView::IsLoDEnabled ( ) [inline]

Test if the LoD mode is enabled.

Returns:: Return true if the LoD mode is enabled, otherwise return false.

bool mitkView::IsModelsModified ( ) [inline]

Check whether there is a modified model

Returns:: Return true if there is a modified model, otherwise Return false

void mitkView::MakeCurrent ( ) [inline]

Make the OpenGL context of the container window current

virtual void mitkView::PrintSelf ( ostream & os ) [virtual]

Print the necessary information about this object for the debugging purpose.

Parameters:

The specified ostream to output information.

Reimplemented from mitkObject.

Reimplemented in mitkImageView.

void mitkView::RemoveAdditionalLight ( mitkLight * lit ) [inline]

Remove an additional light in this view.

Parameters:

lit

specify the light that will be removed from this view

Note:: If lit is found in the list of models, it will be removed from the list. Otherwise nothing happens.

void mitkView::RemoveAdditionalLight ( int idx ) [inline]

Remove the additional light in specified position.

Parameters:

idx

zero based index to specify the position of the additional light

void mitkView::RemoveAllAdditionalLights ( ) [inline]

Remove all additional lights in this view.

void mitkView::RemoveAllModel ( ) [inline]

Provided for back compatibility, just the same as SetSliceNum().

void mitkView::RemoveModel ( int i ) [inline]

Remove the model in specified position.

Parameters:

Zero based index to specify the position of the model.

void mitkView::RemoveModel ( mitkModel * model ) [inline]

Remove a model in this view.

Parameters:

model

Specify the model that will be removed from this view. If model is found in the list of models, it will be removed from the list. Otherwise nothing happens.

void mitkView::ResetScene ( ) [inline]

Reset the geometric position of all of the models in this view.

void mitkView::Rotate ( const mitkQuaternion & q ) [inline]

Rotate all of the models in this view.

Parameters:

the quaternion of the rotation

Note:: The rotation is incremental.

void mitkView::Rotate	(	float	ax,
		float	ay,
		float	az,
		float	angle
	)	`[inline]`

Rotate all of the models in this view around axis (ax,ay,az) for angle degrees.

Parameters:

	ax	the x-coordinate of rotation axis
	ay	the y-coordinate of rotation axis
	az	the z-coordinate of rotation axis
	angle	the angle of rotation in degrees

Note:: The rotation is incremental.

void mitkView::Rotate	(	float	deltX,
		float	deltY,
		float	deltZ
	)	`[inline]`

Rotate all of the models in this view around x, y, z axis.

Parameters:

	deltX	Specify the rotation around x-axis in degrees.
	deltY	Specify the rotation around y-axis in degrees.
	deltZ	Specify the rotation around z-axis in degrees.

Note:: The rotation is incremental.

void mitkView::Scale ( float delt ) [inline]

Scale all of the models in this view in x, y, z directions.

Parameters:

delt

Specify the scale in x, y, z directions. This function scales the models equally in each direction.

void mitkView::SetBackColor	(	int	rColor,
		int	gColor,
		int	bColor
	)	`[inline]`

Set the background color of this view.

Parameters:

	rColor	Specify the red component of the background color. The valid range is from 0 to 255.
	gColor	Specify the green component of the background color. The valid range is from 0 to 255.
	bColor	Specify the blue component of the background color. The valid range is from 0 to 255.

void mitkView::SetBackColor	(	float	rColor,
		float	gColor,
		float	bColor
	)	`[inline]`

Set the background color of this view.

Parameters:

	rColor	Specify the red component of the background color. The valid range is from 0.0 to 1.0.
	gColor	Specify the green component of the background color. The valid range is from 0.0 to 1.0.
	bColor	Specify the blue component of the background color. The valid range is from 0.0 to 1.0.

void mitkView::SetBackColor	(	unsigned char	rColor,
		unsigned char	gColor,
		unsigned char	bColor
	)	`[inline]`

Set the background color of this view.

Parameters:

	rColor	Specify the red component of the background color. The valid range is from 0 to 255.
	gColor	Specify the green component of the background color. The valid range is from 0 to 255.
	bColor	Specify the blue component of the background color. The valid range is from 0 to 255.

void mitkView::SetCamera ( mitkCamera * cam ) [inline]

Set the camera of this view.

Parameters:

cam

the new camera of this view

void mitkView::SetDefaultLight ( mitkLight * lit ) [inline]

Set the default light of this view.

Parameters:

lit

the new light of this view

Note:: The position of the default light is calculated by the view automatically. It is unchangeable.

void mitkView::SetHeight ( int heightSize ) [inline]

Set the Height of this view

Parameters:

heightSize

Specify the height of this view.

void mitkView::SetLeft ( int leftPos ) [inline]

Set the Left position in local coordinate of its parent window

Parameters:

leftPos

Specify the Left coordinate.

void mitkView::SetManipulator

(

mitkManipulator *

mani

)

Set another manipulator to replace the current manipulator. This function provides a chance for the user to override the behavior of mouse events processing.

Parameters:

mani

Specify the new manipulator for process the mouse events

void mitkView::SetParent ( void * parentId ) [inline]

Set the parent window id.

Parameters:

parentId

Parent window Id. This value is OS dependent, and the type in different OS is different. For example, in Windows OS, the type is HWND. You can convert the OS dependent type to void* directly.

void mitkView::SetPosition ( int a[2] ) [inline]

Set the position (Left and Top) in local coordinate of its parent window

Parameters:

	a[0]	Specify the Left coordinate.
	a[1]	Specify the Top coordinate.

void mitkView::SetPosition	(	int	leftPos,
		int	topPos
	)	`[inline]`

Set the position (Left and Top) in local coordinate of its parent window

Parameters:

	leftPos	Specify the Left coordinate.
	topPos	Specify the Top coordinate.

void mitkView::SetRotation ( const mitkQuaternion & q ) [inline]

Set rotations of all models in this view to the quaternion "q".

Parameters:

the quaternion of the rotation

void mitkView::SetRotation	(	float	ax,
		float	ay,
		float	az,
		float	angle
	)	`[inline]`

Set rotations of all models in this view.

Parameters:

	ax	the x-coordinate of rotation axis
	ay	the y-coordinate of rotation axis
	az	the z-coordinate of rotation axis
	angle	the angle of rotation in degrees

void mitkView::SetRotation	(	float	x,
		float	y,
		float	z
	)	`[inline]`

Set rotations of all models in this view.

Parameters:

	x	Specify the rotation around x-axis in degrees.
	y	Specify the rotation around y-axis in degrees.
	z	Specify the rotation around z-axis in degrees.

void mitkView::SetSelected ( bool isSelected ) [inline]

Set the selected status of this view. If view is selected, it will be added a red frame.

Parameters:

isSelected

isSelected=true, set the view is selected. isSelected=false, set the view is unselected.

void mitkView::SetSize ( int a[2] ) [inline]

Set the size (Width and Height) of this view

Parameters:

	a[0]	Specify the width of this view.
	a[1]	Specify the height of this view.

void mitkView::SetSize	(	int	widthSize,
		int	heightSize
	)	`[inline]`

Set the size (Width and Height) of this view

Parameters:

	widthSize	Specify the width of this view.
	heightSize	Specify the height of this view.

void mitkView::SetTitleBar ( int titleBar ) [inline]

Set if the window has a title bar

void mitkView::SetTop ( int topPos ) [inline]

Get the Top position in local coordinate of its parent window

Parameters:

topPos

Specify the Top coordinate.

void mitkView::SetWidth ( int widthSize ) [inline]

Set the Width of this view

Parameters:

widthSize

Specify the width of this view.

void mitkView::SetWindowName ( const char * winName ) [inline]

Set the name of the window

void mitkView::Show ( ) [inline]

Show this view. Usually call it when a view is created. And the later updating of this view should call Update().

void mitkView::SwapBuffers ( ) [inline]

Swap the buffers of the container window

void mitkView::Translate	(	float	deltX,
		float	deltY,
		float	deltZ
	)	`[inline]`

Translate all of the models in this view in x, y, z directions.

Parameters:

	deltX	Specify the translation in x direction
	deltY	Specify the translation in y direction
	deltZ	Specify the translation in z direction


Public Member Functions
virtual void	PrintSelf (ostream &os)
void *	GetWindowId ()
void *	GetParent ()
void *	GetApplicationId ()
void *	GetDeviceContext ()
void *	GetRenderContext ()
void	SetParent (void *parentId)
const int *	GetPosition ()
int	GetLeft ()
int	GetTop ()
void	SetPosition (int leftPos, int topPos)
void	SetPosition (int a[2])
void	SetLeft (int leftPos)
void	SetTop (int topPos)
int	GetTitleBar ()
void	SetTitleBar (int titleBar)
void	SetTitleBarOn ()
void	SetTitleBarOff ()
const int *	GetSize ()
int	GetWidth ()
int	GetHeight ()
void	SetSize (int widthSize, int heightSize)
void	SetSize (int a[2])
void	SetWidth (int widthSize)
void	SetHeight (int heightSize)
const int *	GetViewPort ()
void	GetViewPort (int vp[4])
const char *	GetWindowName ()
void	SetWindowName (const char *winName)
void	Show ()
void	Hide ()
void	Update ()
void	MakeCurrent ()
void	SwapBuffers ()
void	SetBackColor (unsigned char rColor, unsigned char gColor, unsigned char bColor)
void	SetBackColor (float rColor, float gColor, float bColor)
void	SetBackColor (int rColor, int gColor, int bColor)
void	GetBackColor (float &rColor, float &gColor, float &bColor)
void	GetBackColor (unsigned char &rColor, unsigned char &gColor, unsigned char &bColor)
void	GetBackColor (int &rColor, int &gColor, int &bColor)
void	ResetScene ()
void	Translate (float deltX, float deltY, float deltZ)
void	Rotate (float deltX, float deltY, float deltZ)
void	Rotate (float ax, float ay, float az, float angle)
void	Rotate (const mitkQuaternion &q)
void	SetRotation (float x, float y, float z)
void	SetRotation (float ax, float ay, float az, float angle)
void	SetRotation (const mitkQuaternion &q)
void	Scale (float delt)
mitkManipulator *	CreateManipulator ()
void	SetManipulator (mitkManipulator *mani)
void	AddModel (mitkModel *model)
void	RemoveModel (mitkModel *model)
void	RemoveModel (int i)
void	RemoveAllModels ()
void	RemoveAllModel ()
mitkModel *	GetModel (int i)
mitkList *	GetModels ()
int	GetModelCount ()
int	GetNumberOfPropsRendered ()
void	SetCamera (mitkCamera *cam)
mitkCamera *	GetCamera ()
void	SetDefaultLight (mitkLight *lit)
mitkLight *	GetDefaultLight ()
mitkLight *	GetLight ()
void	AddAdditionalLight (mitkLight *lit)
void	RemoveAdditionalLight (int idx)
void	RemoveAdditionalLight (mitkLight *lit)
void	RemoveAllAdditionalLights ()
int	GetAdditionalLightCount ()
mitkLight *	GetAdditionalLight (int idx)
void	AlignScene ()
float *	GetZbufferData (int x1, int y1, int x2, int y2)
void	GetZbufferData (int x1, int y1, int x2, int y2, float *buffer)
unsigned char *	GetPixelData (int xOffset, int yOffset, int width, int height)
void	GetPixelData (int xOffset, int yOffset, int width, int height, unsigned char *buffer, int packAlignment=4, bool swapRGB=false)
void	GetPixelData24 (int xOffset, int yOffset, int width, int height, unsigned char *buffer, int packAlignment=4, bool swapRGB=false)
void	GetPixelData32 (int xOffset, int yOffset, int width, int height, unsigned char *buffer, bool swapRGB=false)
void	SetSelected (bool isSelected)
bool	GetSelected ()
float	GetTranslateSpeed ()
float	GetTranslationX ()
float	GetTranslationY ()
float	GetTranslationZ ()
void	GetTranslation (float trans[3])
const mitkQuaternion &	GetRotation ()
float	GetScale ()
bool	HasUnprocessedMouseMessage ()
void	EnableLoD ()
void	DisableLoD ()
bool	IsLoDEnabled ()
double	GetFrameSpeed ()
double	GetRenderTime ()
void	EnableCalculateFrameSpeed ()
void	DisableCalculateFrameSpeed ()
bool	IsModelsModified ()
bool	IsCameraModified ()
bool	IsAdditionalLightModified ()
mitkScene *	GetScene ()

mitkView Class Reference

Public Member Functions

Detailed Description

Member Function Documentation