Method and apparatus for enabling multiuser use

A multimedia platform, comprising:

• a memory configured to receive a left eye frame and a right eye frame from a three dimensional (3D) application, wherein the left eye frame and the right eye frame each represents a different view of a scene;
• a display controller configured to read one frame of the left eye frame and the right eye frame from the memory;
• the display controller configured to redirect the one frame to a corresponding display upon direction of a driver;
• the display controller configured to render the frame at the corresponding display;
• the display controller configured to read a remaining frame from the memory;
• the display controller configured to redirect the remaining frame to another corresponding display when an active space region between the left eye frame and the right eye frame is reached and upon direction from the driver;
• and
• the display controller configured to render the remaining frame at the another corresponding display.

A method for enabling multiple display rendering, comprising:

• storing multiple frames from a three dimensional (3D) application, wherein each frame represents a different view of a scene;
• reading each frame from the multiple buffers;
• redirecting each frame to a corresponding display in response to a display select from a driver;
• and
• rendering each frame at the correspondng display.

A computer-readable storage medium configured to store a set of instructions used for manufacturing an electronic device, wherein the electronic device comprises:

• multiple buffers configured to receive multiple frames from a three dimensional (3D) application, wherein each frame represents a different view of a scene;
• a display controller configured to read each frame from the multiple buffers;
• the display controller configured to redirect each frame to a corresponding display in response to a display select from a driver;
• and
• the display controller configured to render each frame at the corresponding display.