Unigine::WidgetWindow Class
Header: | #include <UnigineWidgets.h> |
Inherits: | Widget |
This class creates a titled window.
WidgetWindow Class
Members
static WidgetWindowPtr create ( const Ptr<Gui> & gui, const char * str = 0, int x = 0, int y = 0 )
Constructor. Creates a window with given parameters.Arguments
- const Ptr<Gui> & gui - GUI, to which the new window will belong.
- const char * str - Window title. This is an optional parameter.
- int x - Horizontal space between the widgets in the window and between them and the window border. This is an optional parameter.
- int y - Vertical space between the widgets in the window and between them and the window border. This is an optional parameter.
Ptr<WidgetWindow> cast( const Ptr<Widget> & widget )
Casts a WidgetWindow out of the Widget instance.Arguments
- const Ptr<Widget> & widget - Pointer to Widget.
Return value
Pointer to WidgetWindow.void setBlendable( int blendable )
Sets a value indicating if the window can fade in and out when changing to the minimized state and back.Arguments
- int blendable - 1 to allow fading in and out, 0 to disallow it.
int isBlendable( )
Returns a value indicating if the window can fade in and out when changing to the minimized state and back. The default is 0.Return value
1 if the window can fade in and out; otherwise, 0.void setColor( const Math::vec4 & color )
Sets a color for the global color multiplier. The default is equivalent to vec4(1,1,1,1) (white).Arguments
- const Math::vec4 & color - Multiplier color.
Math::vec4 getColor( )
Returns a color of the global color multiplier.Return value
Multiplier color.void setFloatable( int floatable )
Sets a value indicating if the window is animated when changing to the minimized state and back.Arguments
- int floatable - 1 to allow animating the window, 0 not to make it.
int isFloatable( )
Returns a value indicating if the window is animated when changing to the minimized state and back. The default is 0.Return value
1 if the window is animated; otherwise, 0.void setMaxHeight( int height )
Sets the maximum height value for the window.Arguments
- int height - Maximum height value.
int getMaxHeight( )
Returns the maximum height value of the window.Return value
Maximum height value.void setMaxWidth( int width )
Sets the maximum width value for the window.Arguments
- int width - Maximum width value.
int getMaxWidth( )
Returns the maximum width value of the window.Return value
Maximum width value.void setMoveable( int moveable )
Sets a value indicating if the window is movable.Arguments
- int moveable - 1 to set the window as movable; otherwise, 0.
int isMoveable( )
Returns a value indicating if the window is movable. The default is 1.Return value
1 if the window is movable; otherwise, 0.void setPadding( int l, int r, int t, int b )
Sets widget paddings for all sides. Padding clears an area around the content of a widget (inside of it).Arguments
- int l - Left-side padding in pixels.
- int r - Right-side padding in pixels.
- int t - Top padding in pixels.
- int b - Bottom padding in pixels.
int getPaddingBottom( )
Returns the current bottom padding for the widget content.Return value
Bottom padding in pixels.int getPaddingLeft( )
Returns the current left-side padding for the widget content.Return value
Left-side padding in pixels.int getPaddingRight( )
Returns the current right-side padding for the widget content.Return value
Right-side padding in pixels.int getPaddingTop( )
Returns the current top padding for the widget content.Return value
Top padding in pixels.void setSizeable( int sizeable )
Sets a value indicating if the window is resizeable.Arguments
- int sizeable - 1 to allow resizing the window, 0 to disallow it.
int isSizeable( )
Returns a value indicating if the window is resizeable. The default is 0.Return value
1 if the window is resizeable; otherwise, 0.void setSnapDistance( int distance )
Sets a distance, at which the window snaps to another window or screen edge.Arguments
- int distance - Distance in pixels.
int getSnapDistance( )
Returns the distance, at which the window snaps to another window or screen edge. The default is 0 (do not snap).Return value
Distance in pixels.void setSpace( int x, int y )
Sets a space between the widgets in the window and between them and the window border.Arguments
- int x - Horizontal space. If a negative value is provided, 0 will be used instead.
- int y - Vertical space. If a negative value is provided, 0 will be used instead.
int getSpaceX( )
Returns the horizontal space between the widgets in the window and between them and the window border.Return value
Horizontal space.int getSpaceY( )
Returns the vertical space between the widgets in the window and between them and the window border.Return value
Vertical space.void setText( const char * text )
Sets a window title.Arguments
- const char * text - Window title.
const char * getText( )
Returns the current window title.Return value
Window title.void setTextAlign( int align )
Sets alignment of the window title.Arguments
- int align - One of the ALIGN_* pre-defined variables.
int getTextAlign( )
Returns the alignment of the window title.Return value
One of the ALIGN_* pre-defined variables.void setTitleable( int titleable )
Sets a value indicating if the window is minimized when double-clicking on it. The default is 0.Arguments
- int titleable - 1 to allow minimization, 0 to disallow it.
int isTitleable( )
Returns a value indicating if the window is minimized when double-clicking on it. The default is 0.Return value
1 if the window is minimized when double-clicking on it; otherwise, 0.void setTransform( const Math::mat4 & transform )
Sets the global widget transformation matrix. This 2D matrix can be tilted, rotated, moved or modified in many ways in 3D space.Arguments
- const Math::mat4 & transform - Transformation matrix.
Math::mat4 getTransform( )
Returns the global widget transformation matrix.Return value
Transformation matrix.Ptr<WidgetWindow> getWidgetWindow( )
Returns a window pointer.Return value
WidgetWindow pointer.int type( )
WidgetWindow type.Return value
WidgetWindow type identifier.Last update:
2018-12-27
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