On the stm32f746g, output is sent to the screen via the FrameBuffer class. This includes methods such as clear (changing the colour of all pixels) and drawPixel, which are mapped directly to LCD-controlling functions in the board support package. There is, however, no support for double buffering, leading to stuttering when redrawing the screen.
The stm32f746g supports two layers, a foreground and a background layer, for which the visibility can be set independently and which can even be blended together. Currently, only the foreground layer is used. However, a FrameBuffer extension could implement double buffering via page flipping by toggling the visibility of both layers and selecting the inactive one.
On the stm32f746g, output is sent to the screen via the
FrameBufferclass. This includes methods such asclear(changing the colour of all pixels) anddrawPixel, which are mapped directly to LCD-controlling functions in the board support package. There is, however, no support for double buffering, leading to stuttering when redrawing the screen.The stm32f746g supports two layers, a foreground and a background layer, for which the visibility can be set independently and which can even be blended together. Currently, only the foreground layer is used. However, a
FrameBufferextension could implement double buffering via page flipping by toggling the visibility of both layers and selecting the inactive one.