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You can also select one of the specific back-ends of Monocle with the system property monocle.platform. Not all Monocle back-ends work with all Prism back-ends, so you might need to set prism.order as well.

For accelerated rendering with Monocle it is currently necessary to set -Dembedded=monocle

monocle.platform	prism.order options	Hardware on which this might work
`MX6`	es2 (default) or `sw`	Freescale i.MX6 SDP or similar boards. Needs accelerated Vivante graphics drivers for framebuffer; not all OS configurations have these.
`OMAP`	`es2` (default) or `sw`	BeagleBoard xM. Note that the es2 pipeline requires PowerVR graphics drivers, which are only available on soft float configurations of Linux on the BeagleBoard.
`OMAPX11`	`es2`	BeagleBoard (might require additional Prism changes)
`X11`	`es2`	BeagleBoard (might require additional Prism changes); Linux/x86 desktop
`Linux`	`sw`	Any Linux system with the sw renderer.
`Headless`	`sw`	Any system
`VNC`	`sw`	Any system

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Accelerated rendering on Freescale i.MX6 and , BeagleBoard xM and Raspberry Pi
Mouse, key and single-point/multi-point touch input with Linux device nodes
Synthesis of mouse events from touch events
Double-buffered software rendering to memory-mapped /dev/fb0
Cursors on OMAP3 and i.MX6
Touch coordinate transformations for screen calibration
Pluggable pipeline for touch event cleanup
Nested event loops
Robot input and capture
Most of HelloSanity is working on Freescale i.MX6 and BeagleBoard xM
Headless implementation running on embedded and desktop platforms, passing unit and system tests (base/graphics tests, system tests and Linux input tests)
VNC server mode with remote display and mouse input
Mouse input and accelerated rendering on X11

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What's not done yet:

Drag and drop
Window input grabbing
Dispman port
Android port
DirectFB portUnification with Prism's platform recognition

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