Unigine::ObjectGui Class
| Header: | #include <UnigineObjects.h> |
| Inherits: | Object |
This class allows to create a flat GUI object that is positioned in the world and to which different widgets are assigned to be displayed. Basically, ObjectGui is a flat display to which a player can come to and click some buttons. GUI objects can undergo postprocessing filtering, for example, blurring or any other one.
Notice
When you create an instance of the ObjectGui class, it is automatically associated with an instance of the Guiclass.
The following samples demonstrate the ObjectGui class usage:
ObjectGui Class
Members
static ObjectGuiPtr create(float width, float height, const char * name = 0)
Constructor. Creates a new GUI object with given properties.Arguments
- float width - Physical width of the new GUI object in units.
- float height - Physical height of the new GUI object in units.
- const char * name - Path to the folder with GUI skin (the RC file and textures). If no value is specified, the default gui skin will be used.
Ptr<ObjectGui> cast(const Ptr<Object> & base)
Arguments
- const Ptr<Object> & base
Ptr<ObjectGui> cast(const Ptr<Node> & node)
Arguments
- const Ptr<Node> & node
void setBackground(int background)
Sets a value indicating if the GUI background (black screen) should be rendered.Arguments
- int background - 1 to render GUI background, 0 to keep it transparent.
int getBackground()
Returns a value indicating if GUI background (black screen) is rendered.Return value
1 if background is rendered; otherwise, 0.void setBillboard(int billboard)
Sets a value indicating if the GUI object should be a billboard.Arguments
- int billboard - 1 to be a billboard; otherwise, 0.
int isBillboard()
Returns a value indicating if the GUI object is a billboard.Return value
1 if the GUI object is a billboard; otherwise, 0.void setControlDistance(float distance)
Sets a distance at which the GUI becomes controllable.Arguments
- float distance - A new distance in units.
float getControlDistance()
Returns the distance at which the GUI becomes controllable.Return value
The distance in units.void setDepthTest(int test)
Sets a value indicating if depth test should be used for the GUI object.Arguments
- int test - 1 to use depth test; otherwise, 0.
int getDepthTest()
Returns a value indicating if the GUI object uses depth test.Return value
1 if the GUI object uses depth test; otherwise, 0.Ptr<Gui> getGui()
Returns a Gui instance associated with the object.Return value
Gui smart pointer.void setMouseShow(int show)
Sets a value indicating if the mouse cursor should be rendered in the GUI object.Arguments
- int show - 1 to render the mouse cursor; otherwise, 0.
int getMouseShow()
Returns a value indicating if the mouse cursor is rendered in the GUI object.Return value
1 if the cursor is rendered; otherwise, 0.float getPhysicalHeight()
Returns the physical height of the GUI object.Return value
The height in units.void setPhysicalSize(float width, float height)
Sets physical dimensions of the GUI object.Arguments
- float width - A new width in units.
- float height - A new height in units.
float getPhysicalWidth()
Returns the physical width of the GUI object.Return value
The width in units.void setPolygonOffset(float offset)
Sets an offset of the GUI object above the background to avoid z-fighting.Arguments
- float offset - A polygon offset in units.
float getPolygonOffset()
Returns an offset of the GUI object above the background to avoid z-fighting.Return value
The polygon offset in units.int getScreenHeight()
Returns the screen height of the GUI object.Return value
The height in pixels.void setScreenSize(int width, int height)
Sets screen dimensions of the GUI object.Arguments
- int width - A new width in pixels.
- int height - A new height in pixels.
int getScreenWidth()
Returns the screen width of the GUI object.Return value
The width in pixels.int type()
Last update: 2017-07-03
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