dtk_draw_shape(3) [debian man page]

DTK_DRAW_SHAPE(3)						Draw Toolkit manual						 DTK_DRAW_SHAPE(3)

NAME

       dtk_draw_shape - Draw a shape in the window

SYNOPSIS

       #include <drawtk.h>

       void dtk_draw_shape(const dtk_hshape shp);

DESCRIPTION

       dtk_draw_shape()  draw  the shape referenced by shp in the current window. The position of the drawing depends on the rotation and transla-
       tion previously set by dtk_*move_shape() and dtk_*rotate_shape() (the rotation is first applied to the shape and then the translation).

       This function assumes there is a valid OpenGL rendering context in the calling thread. So a successfull call  to  dtk_make_current_window()
       should have been performed previously in the current thread.

RETURN VALUE

       None.

SEE ALSO

       dtk_move_shape(3), dtk_make_current_window(3)

EPFL
								       2010							 DTK_DRAW_SHAPE(3)

DTK_CREATE_COMPOSITE_SHAPE(3)					Draw Toolkit manual				     DTK_CREATE_COMPOSITE_SHAPE(3)

NAME

       dtk_create_composite_shape - Create or modify a shape holding other shapes

SYNOPSIS

       #include <drawtk.h>

       dtk_hshape dtk_create_composite_shape(dtk_hshape shp,
					     unsigned int num,
					     const dtk_hshape *list,
					     int free_children);

DESCRIPTION

       dtk_create_composite_shape()  creates a shape made of num different shapes specified by the array list. When dtk_draw_shape(3) is called on
       the composite shape, all referenced shapes will be rendered in the order of list. The composite shape create its  own  copy  of	the  shape
       list, so there is no need to keep the array pointed by list allocated after the function returns.

       If free_children is a non-zero value, the destruction of the composite shape will destroy the underlaying shapes. If free_children is zero,
       destroying the composite shape will leave the referenced shapes untouched, so that dtk_destroy_shape() should be called for all	individual
       shapes.

       shp  can be used to modify a previously created shape. If it is non-null, the handle will be used to modify the shape referenced by shp: no
       new shape is created and the returned value is ensured to be shp in case of success, NULL otherwise. If shp  is	NULL,  the  function  will
       attempt to create a new shape.

RETURN VALUE

       In  case  of  success  the  function returns the handle to the newly created or modified shape. If the shp argument is non-null, the handle
       returned is the same value. In case of error, NULL is returned.

SEE ALSO

       dtk_destroy_shape(3), dtk_create_shape(3)

EPFL
								       2010					     DTK_CREATE_COMPOSITE_SHAPE(3)