ViewController class along with changing the pan, zoom, and orientation of the model display, this controls such things as the display status of analysis results.
It can be called from Application class.
. More...

Public Member Functions
int	ActiveSubWindowIndex ()
	Returns an index for the active window. More...

bool	CaptureResultView (String &title, String &comment)
	Captures the result view. More...

void	CascadeSubWindows ()
	Cascades windows.

void	ClearSelect ()
	Clears the selection of an object.

void	CloseActiveSubWindow ()
	Closes the active window.

void	CloseNotActiveSubWindows ()
	Closes all windows except for the active window.

double	ContourMaxValue ()
	Returns the maximum value of contour displayed in the window. More...

double	ContourMinValue ()
	Returns the minimum value of contour displayed in the window. More...

int	CreateView (String &name)
	Creates a viewpoint to add to the view list. More...

void	DeleteView (String &name)
	Deletes the viewpoint specified by the name from the view list. More...

void	DeleteViewByIndex (int index)
	Deletes the viewpoint specified by the index from the view list. More...

void	ExportViewpoints (String &filename, String array &viewpoints)
	Exports viewpoints to a file. More...

void	Fit ()
	Fits the size of the model to the size of the window.

bool	GetCompositeView ()
	Returns True as the return value if the composite result is displayed. More...

bool	GetContourLabelView ()
	Returns True as the return value if a contour max position label is displayed. More...

bool	GetContourView ()
	Returns True as the return value if a contour plot is displayed. More...

int	GetCurrentCase ()
	Returns the current case ID. More...

Selection *	GetCurrentSelection ()
	Returns the selection object for the current view.

bool	GetCutPlanesOutLinesView ()
	Returns True as the return value when [Show Only Cut Faces] is enabled. More...

bool	GetFluxLineView ()
	Returns True as the return value if a flux line plot is displayed. More...

bool	GetModelCopyView ()
	Returns True as the return value if a model copy is displayed. More...

bool	GetOnlyCutFacesView ()
	Returns True as the return value when [Show Model in Front/Behind Plane] is active. More...

bool	GetOriginalModelView ()
	Returns True as the return value if a original model is displayed. More...

double	GetPhase ()
	Returns the current phase as a real number. More...

bool	GetScaledDisplacementView ()
	Returns True as the return value if the scale is applied to the result display. More...

int	GetStep ()
	Returns the current step number as an integer. More...

bool	GetVectorView ()
	Returns True as the return value if a vector plot is displayed. More...

void	Hiddenline ()
	Switches to the hides lines display.

void	HideAll ()
	Hides all regions.

void	HideAllAirRegions ()
	Hides all air regions.

void	HideAllShells ()
	Hides all shells.

void	HideMorphing ()
	Hides morphing.

void	ImportViewpoints (String &filename)
	Imports viewpoints from files. More...

void	Iso ()
	Displays an isometric view of the model.

bool	IsSingleton ()
	Since this is an internal function, it is not officially supported. More...

bool	IsValid ()
	Returns True if an object is valid. More...

void	MaximizeActiveSubWindow ()
	Maximizes the active window.

void	NewSubWindow ()
	Duplicates the active window and a new window is opened.

int	NumSubWindows ()
	Returns the number of open windows.

void	Pan (double deltax, double deltay)
	Controls the panning of a camera. More...

void	Roll (double degree)
	Rotates the viewpoint of the model on the fixed plane. More...

void	Rotate (double degree_x, double degree_y)
	Rotates the viewpoint by the specified angle. More...

void	RotateTo (double degree_x, double degree_y, double degree_z)
	Controls the rotation of a camera. More...

void	SelectByCirclePixelPos (int x1, int y1, int x2, int y2, int type)
	Uses the pixel coordinate system to make a circular selection. More...

void	SelectByCircleWorldPos (double x1, double y1, double z1, double x2, double y2, double z2, int type)
	Uses the world coordinate system to make a circular selection. More...

void	SelectByCylinder (Cylinder *cylinder, bool visible)
	Selects object included in an area by specifying an area in a circle or cylinder. More...

void	SelectByID (int index)
	Selects object by specifying an ID. More...

void	SelectByPolylinePixelPos (String array &pos, int type)
	Uses the pixel coordinate system to make a polygonal selection. More...

void	SelectByPolylineWorldPos (String array &pos, int type)
	Uses geometry obtained from converting a polyhedron in a world coordinate system to a pixel coordinate system to select a range. More...

void	SelectByPosition (double x, double y, double z, bool visible)
	Selects object in position by specifying coordinates. More...

void	SelectByRange (Point lower, Point upper, bool visible)
	Selects object included in an area by specifying a rectangle or parallelepiped. More...

void	SelectByRectanglePixelPos (int x1, int y1, int x2, int y2, int type)
	Uses the pixel coordinate system to make a rectangular selection. More...

void	SelectByRectangleWorldPos (double x1, double y1, double z1, double x2, double y2, double z2, int type)
	Uses geometry obtained from converting a cuboid in a world coordinate system to a pixel coordinate system to select a range. More...

void	SelectEdge ()
	Switches to the edge selection mode.

void	SelectElement ()
	Switches to the element selection mode.

void	SelectElementEdge ()
	Switches to the element edge selection mode.

void	SelectElementFace ()
	Switches to the element face selection mode.

void	SelectElementVertex ()
	Switches to the node selection mode.

void	SelectFace ()
	Switches to the face selection mode.

void	SelectPart ()
	Switches to the the part selection mode.

void	SelectPixelPos (int x, int y, int type)
	Selects object in position by specifying pixel coordinates. More...

void	SelectVertex ()
	Switches to the vertex selection mode.

void	SelectWorldPos (double x, double y, double z, int type)
	Selects object in position by specifying world coordinates. More...

void	SetActiveSubWindow (int index)
	Switches another window to active. More...

void	SetActiveSubWindowSize (int width, int height)
	Specifies window size. More...

void	SetAllView (String &name)
	Changes the view of all windows by selecting the viewpoint from the view list. More...

void	SetAllViewByIndex (int index)
	Changes the view of all windows by specifying view with index in the view list. More...

void	SetCamera (double pos_x, double pos_y, double pos_z, double tar_x, double tar_y, double tar_z, double up_x, double up_y, double up_z, double width, double height)
	Specifies the camera position. More...

void	SetCompositeView (bool flag)
	Specifies the flag for displaying the composite result. More...

void	SetContourLabelView (bool flag)
	Specifies the flag for displaying a contour max position label. More...

void	SetContourView (bool flag)
	Specifies the flag for displaying a contour plot. More...

void	SetCurrentCase (int currentCase)
	Specifies the current case ID. More...

void	SetCutPlanesOutLinesView (bool flag)
	Specifies a flag for enabling [Show Cut Plane Outlines]. More...

void	SetExtendedSelection (bool flag)
	Switches to the surface selection mode. More...

void	SetFluxLineView (bool flag)
	Specifies the flag for displaying a flux line plot. More...

void	SetModelCopyView (bool flag)
	Specifies the flag for displaying a model copy. More...

void	SetOnlyCutFacesView (bool flag)
	Specifies a flag to set [Show Model in Front/Behind Plane] as active. More...

void	SetOriginalModelView (bool flag)
	Specifies a flag for displaying the original model. More...

void	SetPhase (double phase)
	Specifies the current phase. More...

void	SetScaledDisplacementView (bool flag)
	Specifies a flag for applying the scale to the result display. More...

void	SetSightThrough (bool flag)
	Switches to the sight through mode. More...

void	SetStep (int step)
	Specifies the current step number. More...

void	SetVectorView (bool flag)
	Specifies the flag for displaying a vector plot. More...

void	SetVertexVisibility (bool flag)
	Displays or hides a vertex. More...

void	SetView (String &name)
	Changes the view by specifying the viewpoint from the view list. More...

void	SetViewByIndex (int index)
	Changes the view by specifying the index in the view list. More...

void	Shaded ()
	Switches to the shading display.

void	ShowAll ()
	Shows all regions.

void	ShowAllAirRegions ()
	Shows all air regions.

void	ShowAllShells ()
	Displays all shells. More...

void	ShowMesh ()
	Displays the mesh model.

void	ShowMeshGeometry ()
	Displays the mesh model outline.

void	ShowModel ()
	Displays a solid/region model.

void	ShowMorphing ()
	Displays morphing.

void	TileSubWindows ()
	Displays windows side by side.

void	UpdateView ()
	Redraws the graphics window. More...

double	VectorMaxValue ()
	Returns the maximum value of vector displayed in the window. More...

double	VectorMinValue ()
	Returns the minimum value of vector displayed in the window. More...

void	Wireframe ()
	Switches to the wireframe display.

void	Xy ()
	Rotates the model to display the XY plane.

void	Xz ()
	Rotates the model to display the XZ plane.

void	Yx ()
	Rotates the model to display the YZ plane.

void	Yz ()
	Rotates the model to display the YX plane.

void	Zoom (double zoomfactor)
	Controls the zoom of a camera. More...

void	Zx ()
	Rotates the model to display the ZX plane.

void	Zy ()
	Rotates the model to display the ZY plane.

Detailed Description

ViewController class along with changing the pan, zoom, and orientation of the model display, this controls such things as the display status of analysis results.
It can be called from Application class.
.

Example of calling the class object:

app.View()

The following coordinate system is used to explain some of the commands

Pixel coordinate system:
Coordinate system for displaying a 2D plane. The position is expressed by a pixel. The upper-left corner of the display is specified as the point of origin (0,0), the right-side is defined as the X-axis, and the downward direction is defined as the Y-axis.
World Coordinate System:
Coordinate system of the 3D space shown in the display. This has the same origin point and axis definition (X-axis, Y-axis, Z-axis) as all of the coordinate systems in JMAG-Designer.

Member Function Documentation

int ViewController::ActiveSubWindowIndex ( )

Returns an index for the active window.

Returns: Index for active window

bool ViewController::CaptureResultView	(	String &	title,
		String &	comment
	)

Captures the result view.

Parameters

title	Title
comment	Comment

double ViewController::ContourMaxValue ( )

Returns the maximum value of contour displayed in the window.

Returns: Maximum value of contour

double ViewController::ContourMinValue ( )

Returns the minimum value of contour displayed in the window.

Returns: Minimum value of contour

int ViewController::CreateView ( String & name )

Creates a viewpoint to add to the view list.

Parameters

name	Name of the view point

void ViewController::DeleteView ( String & name )

Deletes the viewpoint specified by the name from the view list.

Parameters

name	Name of the view point

void ViewController::DeleteViewByIndex ( int index )

Deletes the viewpoint specified by the index from the view list.

Parameters

index Viewpoint index

void ViewController::ExportViewpoints	(	String &	filename,
		String array &	viewpoints
	)

Exports viewpoints to a file.

Parameters

filename	File path
viewpoints	List of viewpoint names for exporting

bool ViewController::GetCompositeView ( )

Returns True as the return value if the composite result is displayed.

Returns: Whether or not the composite result is displayed

bool ViewController::GetContourLabelView ( )

Returns True as the return value if a contour max position label is displayed.

Returns: Whether or not a contour max position label is displayed

bool ViewController::GetContourView ( )

Returns True as the return value if a contour plot is displayed.

Returns: Whether or not a contour plot is displayed

int ViewController::GetCurrentCase ( )

Returns the current case ID.

Returns: Current case ID

The currentCase is numbered from 1.

bool ViewController::GetCutPlanesOutLinesView ( )

Returns True as the return value when [Show Only Cut Faces] is enabled.

Returns: [Show Cut Plane Outlines] is enabled or disabled

bool ViewController::GetFluxLineView ( )

Returns True as the return value if a flux line plot is displayed.

Returns: Whether or not a flux line plot is displayed

bool ViewController::GetModelCopyView ( )

Returns True as the return value if a model copy is displayed.

Returns: Whether or not a copy of the model is displayed

bool ViewController::GetOnlyCutFacesView ( )

Returns True as the return value when [Show Model in Front/Behind Plane] is active.

Returns: Whether or not [Show Model in Front/Behind Plane] is active

bool ViewController::GetOriginalModelView ( )

Returns True as the return value if a original model is displayed.

Returns: Whether or not a original model is displayed

double ViewController::GetPhase ( )

Returns the current phase as a real number.

Returns: Current phase

bool ViewController::GetScaledDisplacementView ( )

Returns True as the return value if the scale is applied to the result display.

Returns: Whether or not a scaling factor is applied

int ViewController::GetStep ( )

Returns the current step number as an integer.

Returns: Current step number

bool ViewController::GetVectorView ( )

Returns True as the return value if a vector plot is displayed.

Returns: Whether or not a vector plot is displayed

void ViewController::ImportViewpoints ( String & filename )

Imports viewpoints from files.

Parameters

filename File path

bool ViewController::IsSingleton ( )

Since this is an internal function, it is not officially supported.

Deprecated:

bool ViewController::IsValid ( )

Returns True if an object is valid.

Returns: Whether or not the ViewController object is valid

void ViewController::Pan	(	double	deltax,
		double	deltay
	)

Controls the panning of a camera.

Parameters

deltax	Horizontal displacement
deltay	Vertical displacement

void ViewController::Roll ( double degree )

Rotates the viewpoint of the model on the fixed plane.

Parameters

degree Angle

void ViewController::Rotate	(	double	degree_x,
		double	degree_y
	)

Rotates the viewpoint by the specified angle.

Parameters

degree_x	Angle from the X-axis
degree_y	Angle from the Y-axis

void ViewController::RotateTo	(	double	degree_x,
		double	degree_y,
		double	degree_z
	)

Controls the rotation of a camera.

Parameters

degree_x	X angle
degree_y	Y angle
degree_z	Z angle

void ViewController::SelectByCirclePixelPos	(	int	x1,
		int	y1,
		int	x2,
		int	y2,
		int	type
	)

Uses the pixel coordinate system to make a circular selection.

Parameters

x1	First point of the circle (center of the circle) - X-axis
y1	First point of the circle (center of the circle) - Y-axis
x2	Second point of the circle (a point on the circumference) - X-axis
y2	Second point of the circle (a point on the circumference) - Y-axis
type	0x01:Shift 0x02:Control 0x03:Shift&Control

The JMAG-Designer window must be dislayed prior to using these commands.
These are keyboard commands.

Add to the selection by making a selection while holding down the Shift key.
Deselect an area by clicking the area while holding down the Ctrl key.
Holding down the Shift and Ctrl keys is the same as only holding down the Ctrl key.

void ViewController::SelectByCircleWorldPos	(	double	x1,
		double	y1,
		double	z1,
		double	x2,
		double	y2,
		double	z2,
		int	type
	)

Uses the world coordinate system to make a circular selection.

Parameters

x1	First point of the circle (center of the circle) - X-axis
y1	First point of the circle (center of the circle) - Y-axis
z1	First point of the sphere (center of the sphere) - Z-axis
x2	Second point of the circle (a point on the circumference) - X-axis
y2	Second point of the circle (a point on the circumference) - Y-axis
z2	Second point of the sphere (a point on the spherical surface) - Z-axis
type	0x01:Shift 0x02:Control 0x03:Shift&Control

The JMAG-Designer window must be dislayed prior to using these commands.
These are keyboard commands.

Add to the selection by making a selection while holding down the Shift key.
Deselect an area by clicking the area while holding down the Ctrl key.
Holding down the Shift and Ctrl keys is the same as only holding down the Ctrl key.

void ViewController::SelectByCylinder	(	Cylinder *	cylinder,
		bool	visible
	)

Selects object included in an area by specifying an area in a circle or cylinder.

Parameters

cylinder	Definition for cylinder area
visible	0 : Selects hidden targets 1 : Selects only visible targets

void ViewController::SelectByID ( int index )

Selects object by specifying an ID.

Parameters

index ID

void ViewController::SelectByPolylinePixelPos	(	String array &	pos,
		int	type
	)

Uses the pixel coordinate system to make a polygonal selection.

Parameters

pos	Polygonal vertex coordinate (x,y) table (2 row arrangement)
type	0x01:Shift 0x02:Control 0x03:Shift&Control

The JMAG-Designer window must be dislayed prior to using these commands.
These are keyboard commands.

Add to the selection by making a selection while holding down the Shift key.
Deselect an area by clicking the area while holding down the Ctrl key.
Holding down the Shift and Ctrl keys is the same as only holding down the Ctrl key.

void ViewController::SelectByPolylineWorldPos	(	String array &	pos,
		int	type
	)

Uses geometry obtained from converting a polyhedron in a world coordinate system to a pixel coordinate system to select a range.

Parameters

pos
type	0x01:Shift 0x02:Control 0x03:Shift&Control

The JMAG-Designer window must be dislayed prior to using these commands.
These are keyboard commands.

Add to the selection by making a selection while holding down the Shift key.
Deselect an area by clicking the area while holding down the Ctrl key.
Holding down the Shift and Ctrl keys is the same as only holding down the Ctrl key.

void ViewController::SelectByPosition	(	double	x,
		double	y,
		double	z,
		bool	visible
	)

Selects object in position by specifying coordinates.

Parameters

x	X-coordinate
y	Y-coordinate
z	Z-coordinate
visible	0 : Selects hidden targets 1 : Selects only visible targets

void ViewController::SelectByRange	(	Point *	lower,
		Point *	upper,
		bool	visible
	)

Selects object included in an area by specifying a rectangle or parallelepiped.

Parameters

lower	Point sequence coordinate of first point (x, y, z)
upper	Point sequence coordinate of second point (x, y, z)
visible	0 : Selects hidden targets 1 : Selects only visible targets

void ViewController::SelectByRectanglePixelPos	(	int	x1,
		int	y1,
		int	x2,
		int	y2,
		int	type
	)

Uses the pixel coordinate system to make a rectangular selection.

Parameters

x1	First point of the rectangular selection - X-coordinate
y1	First point of the rectangular selection - Y-coordinate
x2	Second point of rectangular selection (The diagonal line of the first point) - X-coordinate
y2	Second point of rectangular selection (The diagonal line of the first point) - Y-coordinate
type	0x01:Shift 0x02:Control 0x03:Shift&Control

The JMAG-Designer window must be dislayed prior to using these commands.
These are keyboard commands.

Add to the selection by making a selection while holding down the Shift key.
Deselect an area by clicking the area while holding down the Ctrl key.
Holding down the Shift and Ctrl keys is the same as only holding down the Ctrl key.

void ViewController::SelectByRectangleWorldPos	(	double	x1,
		double	y1,
		double	z1,
		double	x2,
		double	y2,
		double	z2,
		int	type
	)

Uses geometry obtained from converting a cuboid in a world coordinate system to a pixel coordinate system to select a range.

Parameters

x1	First point of the cuboid - X-coordinate
y1	First point of the cuboid - Y-coordinate
z1	First point of the cuboid - Z-coordinate
y2	Second point of the cuboid - y-coordinate
x2	Second point of the cuboid - X-coordinate
z2	Second point of the cuboid - Z-coordinate
type	0x01:Shift 0x02:Control 0x03:Shift&Control

The JMAG-Designer window must be dislayed prior to using these commands.
These are keyboard commands.

Add to the selection by making a selection while holding down the Shift key.
Deselect an area by clicking the area while holding down the Ctrl key.
Holding down the Shift and Ctrl keys is the same as only holding down the Ctrl key.

void ViewController::SelectPixelPos	(	int	x,
		int	y,
		int	type
	)

Selects object in position by specifying pixel coordinates.

Parameters

x	X-coordinate of selection
y	Y-coordinate of selection
z	Z-coordinate of selection
type	0x01:Shift 0x02:Control 0x03:Shift&Control

The JMAG-Designer window must be dislayed prior to using these commands.
These are keyboard commands.

Add to the selection by making a selection while holding down the Shift key.
Deselect an area by clicking the area while holding down the Ctrl key.
Holding down the Shift and Ctrl keys is the same as only holding down the Ctrl key.

void ViewController::SelectWorldPos	(	double	x,
		double	y,
		double	z,
		int	type
	)

Selects object in position by specifying world coordinates.

Parameters

x	X-coordinate of selection
y	Y-coordinate of selection
z	Z-coordinate of selection
type	0x01:Shift 0x02:Control 0x03:Shift&Control

The JMAG-Designer window must be dislayed prior to using these commands.
These are keyboard commands.

Add to the selection by making a selection while holding down the Shift key.
Deselect an area by clicking the area while holding down the Ctrl key.
Holding down the Shift and Ctrl keys is the same as only holding down the Ctrl key.

void ViewController::SetActiveSubWindow ( int index )

Switches another window to active.

Parameters

index Index for the created window (in order of old to new windows)

void ViewController::SetActiveSubWindowSize	(	int	width,
		int	height
	)

Specifies window size.

Parameters

width	Window width
height	Window height

void ViewController::SetAllView ( String & name )

Changes the view of all windows by selecting the viewpoint from the view list.

Parameters

name	Name of the viewpoint

void ViewController::SetAllViewByIndex ( int index )

Changes the view of all windows by specifying view with index in the view list.

Parameters

index Viewpoint index

void ViewController::SetCamera	(	double	pos_x,
		double	pos_y,
		double	pos_z,
		double	tar_x,
		double	tar_y,
		double	tar_z,
		double	up_x,
		double	up_y,
		double	up_z,
		double	width,
		double	height
	)

Specifies the camera position.

Parameters

pos_x	Camera position - X-coordinate
pos_y	Camera position - Y-coordinate
pos_z	Camera position - Z-coordinate
tar_x	Image capture - X-coordinate
tar_y	Image capture - Y-coordinate
tar_z	Image capture - Z-coordinate
up_x	Upper direction of image capture - X-component
up_y	Upper direction of image capture - Y-component
up_z	Upper direction of image capture - Z-component
width	Image capture width
height	Image capture height

void ViewController::SetCompositeView ( bool flag )

Specifies the flag for displaying the composite result.

Parameters

flag	True=1 : Displays composite result False=0 : Hides the composite result

void ViewController::SetContourLabelView ( bool flag )

Specifies the flag for displaying a contour max position label.

Parameters

flag	True=1 : Displays a label False=0 : Hides a label

void ViewController::SetContourView ( bool flag )

Specifies the flag for displaying a contour plot.

Parameters

flag	True=1 : Displays a contour plot False=0 : Hides a contour plot

void ViewController::SetCurrentCase ( int currentCase )

Specifies the current case ID.

Parameters

currentCase Current case ID

The currentCase is numbered from 1.

void ViewController::SetCutPlanesOutLinesView ( bool flag )

Specifies a flag for enabling [Show Cut Plane Outlines].

Parameters

flag	True=1 : Displays cut geometry outline False=0 : Hides cut geometry outline

void ViewController::SetExtendedSelection ( bool flag )

Switches to the surface selection mode.

Parameters

flag	True=1 : Starts surface selection mode False=0 : Exits surface selection mode

void ViewController::SetFluxLineView ( bool flag )

Specifies the flag for displaying a flux line plot.

Parameters

flag	True=1 : Displays flux lines False=0 : Hides flux lines

void ViewController::SetModelCopyView ( bool flag )

Specifies the flag for displaying a model copy.

Parameters

flag	True=1 : Displays a model copy False=0 : Hides a model copy

void ViewController::SetOnlyCutFacesView ( bool flag )

Specifies a flag to set [Show Model in Front/Behind Plane] as active.

Parameters

flag	True=1 : Sets [Show %Model in Front/Behind Plane] to active False=0 : Sets [Show %Model in Front/Behind Plane] to inactive

void ViewController::SetOriginalModelView ( bool flag )

Specifies a flag for displaying the original model.

Returns: flag
True=1 : Display the original model

False=0 : Hides the original model

void ViewController::SetPhase ( double phase )

Specifies the current phase.

Parameters

phase Phase

void ViewController::SetScaledDisplacementView ( bool flag )

Specifies a flag for applying the scale to the result display.

Parameters

flag	True=1 : Applies the scaling factor False=0 : Does not apply the scaling factor

void ViewController::SetSightThrough ( bool flag )

Switches to the sight through mode.

Parameters

flag	True=1 : Starts sight through mode False=0 : Exits sight through mode

void ViewController::SetStep ( int step )

Specifies the current step number.

Parameters

step	Step number

void ViewController::SetVectorView ( bool flag )

Specifies the flag for displaying a vector plot.

Parameters

flag	True=1 : Displays a vector plot False=0 : Hides a vector plot

void ViewController::SetVertexVisibility ( bool flag )

Displays or hides a vertex.

Parameters

flag	True=1 : Highlights vertices False=0 : Does not highlight vertices

void ViewController::SetView ( String & name )

Changes the view by specifying the viewpoint from the view list.

Parameters

name	Name of the viewpoint

void ViewController::SetViewByIndex ( int index )

Changes the view by specifying the index in the view list.

Parameters

index Viewpoint index

void ViewController::ShowAllShells ( )

Displays all shells.

Shows all beams for 2D models.

void ViewController::UpdateView ( )

Redraws the graphics window.

Changes are not reflected in the graphics window until a script with a step or a phase is modified and all process for scripts have ended.
The model in the graphics window is redrawn immediately when running this command.

double ViewController::VectorMaxValue ( )

Returns the maximum value of vector displayed in the window.

Returns: Maximum value of vector

double ViewController::VectorMinValue ( )

Returns the minimum value of vector displayed in the window.

Returns: Minimum value of vector

void ViewController::Zoom ( double zoomfactor )

Controls the zoom of a camera.

Parameters

zoomfactor Magnification

Public Member Functions

Detailed Description

Member Function Documentation