de.jreality.toolsystem.raw

Class WiiMoteOSC

java.lang.Object

de.jreality.toolsystem.raw.WiiMoteOSC

All Implemented Interfaces:

RawDevice

public class WiiMoteOSC
extends Object
implements RawDevice

Receives WiiMote events via OSC Make sure to uncomment the WiiMoteOSC bits in toolconfig.xml if you want to use this driver. The OSC detour is a bit of a kludge, but unfortunately none of the Java WiiMote libraries were satisfactory, and the Bluetooth libraries for Java didn't seem to work well with WiiMotes, either. Instructions for Mac OS X: - Install DarwiinRemoteOSC (http://mac.softpedia.com/get/Utilities/darwiinremoteOSC.shtml). - Launch DarwiinRemoteOSC and pair your WiiMote with the computer (i.e., push 1 and 2 on the WiiMote at the same time). After a few seconds, you should see some squiggly lines in the DarwiinRemoteOSC window if you shake the WiiMote. Instructions for Linux: - Install wiiosc (http://www.nescivi.nl/wiiosc/). - Launch wiiosc from the command line, with the following parameters: wiiosc 5600 57150 127.0.0.1 auto Pair your WiiMote with your computer (i.e., push 1 and 2 on the WiiMote at the same time). After a few seconds, wiiosc should confirm the connection with the WiiMote. Instructions for Windows: - Not sure; if you're lucky, you may be able to install wiiosc and use the Linux approach.

Author:

brinkman

Constructor Summary

Constructors

Constructor and Description
WiiMoteOSC()

Method Summary

Modifier and Type	Method and Description
void	dispose()
String	getName()
void	initialize(Viewer viewer, Map<String,Object> config) Basically the actual constructor.
ToolEvent	mapRawDevice(String rawDeviceName, InputSlot inputDevice)
void	messageReceived(OSCMessage msg, SocketAddress sender, long time)
void	setEventQueue(ToolEventQueue queue) Here the ToolEventQueue that has a thread running is attached to the device.

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

WiiMoteOSC

public WiiMoteOSC()

Method Detail

dispose

public void dispose()

Specified by:

dispose in interface RawDevice

getName

public String getName()

Specified by:

getName in interface RawDevice

initialize

public void initialize(Viewer viewer,
                       Map<String,Object> config)

Description copied from interface: RawDevice

Basically the actual constructor. reads the config (from the RawDeviceConfig) and the viewer to set up a Device using Info of the config map. Note that in e.g. DeviceJinputController, the viwer is not even needed.

Specified by:

initialize in interface RawDevice

mapRawDevice

public ToolEvent mapRawDevice(String rawDeviceName,
                              InputSlot inputDevice)

Specified by:

mapRawDevice in interface RawDevice

Returns:

a ToolEvent representing a reasonable initial value for the mapping - that means the source must be the given input slot!

setEventQueue

public void setEventQueue(ToolEventQueue queue)

Description copied from interface: RawDevice

Here the ToolEventQueue that has a thread running is attached to the device. This way the device can feed the Queue with toolEvents

Specified by:

setEventQueue in interface RawDevice

messageReceived

public void messageReceived(OSCMessage msg,
                            SocketAddress sender,
                            long time)