Wiimote
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| − | + | __NOTOC__ | |
| − | + | {{Quicklinks}} | |
| + | <br /> | ||
| − | ==Procedure== | + | == Overview == |
| − | * Install the bluez libraries | + | You can use the Wiimote(Plus) and the nunchuck for controlling the viewer. Using a wiimote, one has a powerful freehand 3d-controller which has all the options to navigate freely when in a presentation situation. The software used is [http://abstrakraft.org/cwiid/ cwiid]. Cwiid lets you control the accelerometer, the ir-camera, and every button on the wiimote and nunchuck through the use of config-files. The hardware used: 1 Wiimote(~40 euro), 1 nunchuck(~20 euro), 1 wireless wiibar(~15 euro), and a bluetooth dongle(~10 euro). |
| + | |||
| + | == Procedure == | ||
| + | * Install the bluez libraries (libbluetooth3 and libbluetooth-dev) | ||
* Run the bluetooth daemon | * Run the bluetooth daemon | ||
| − | * Download and compile cwiid | + | * Download and compile cwiid from git |
<source lang="bash"> | <source lang="bash"> | ||
| − | + | git clone https://github.com/abstrakraft/cwiid.git | |
| − | cd /cwiid | + | cd ./cwiid |
| − | + | aclocal | |
| − | ./configure | + | autoconf |
| + | ./configure | ||
make | make | ||
make install | make install | ||
</source> | </source> | ||
| + | * Or you can simply download wminput and wmgui via apt-get or so. | ||
| + | <source lang="bash"> | ||
| + | apt-get install wminput wmgui | ||
| + | </source> | ||
| + | |||
* Make a new configuration file for wminput, and fill with the wiimote-only or wiimote-nunchuck(prefered) setup | * Make a new configuration file for wminput, and fill with the wiimote-only or wiimote-nunchuck(prefered) setup | ||
<source lang="bash"> | <source lang="bash"> | ||
vi /usr/local/etc/cwiid/wminput/opensim | vi /usr/local/etc/cwiid/wminput/opensim | ||
</source> | </source> | ||
| − | ===Wiimote-Only=== | + | === Wiimote-Only === |
| − | There are basically 4 essential keys that the viewer uses, but the wiimote interface is not really suited to control 4 buttons within the hand's normal reach. So - lets have a look at that configfile again - you can see that the right mouse-button is out of alignment with your normal handposition on the wiimote. You normally won't use that button(option menu) as often as the other onces. The buttons within reach are all configured to control the way you position the camera. | + | There are basically 4 essential keys that the viewer uses, but the wiimote interface is not really suited to control 4 buttons within the hand's normal reach. So - lets have a look at that configfile again - you can see that the right mouse-button is out of alignment with your normal handposition on the wiimote. You normally won't use that button(option menu) as often as the other onces. The buttons within reach are all configured to control the way you position the camera. A-Button is mouse leftclick(select object, select pivot-point), The B-Button is yaw, and digital-down is pitch. |
<source lang="bash"> | <source lang="bash"> | ||
#ir_ptr | #ir_ptr | ||
| Line 32: | Line 42: | ||
</source> | </source> | ||
| − | ===Wiimote-Nunchuck=== | + | === Wiimote-Nunchuck === |
With a nunchuck we can relieve the moving-controls to the analogue controller. Also, the down-button linked to left-ctrl is somewhat a hack. It works, but it's not the most natural approach possible. The wiimote-nunchuck configuration: | With a nunchuck we can relieve the moving-controls to the analogue controller. Also, the down-button linked to left-ctrl is somewhat a hack. It works, but it's not the most natural approach possible. The wiimote-nunchuck configuration: | ||
<source lang="bash"> | <source lang="bash"> | ||
| Line 39: | Line 49: | ||
Plugin.ir_ptr.X = ~ABS_X | Plugin.ir_ptr.X = ~ABS_X | ||
Plugin.ir_ptr.Y = ~ABS_Y | Plugin.ir_ptr.Y = ~ABS_Y | ||
| − | Wiimote.A | + | Wiimote.A = BTN_LEFT |
| − | Wiimote.B | + | Wiimote.B = KEY_LEFTALT |
| − | Nunchuk.C | + | Nunchuk.C = KEY_LEFTSHIFT |
| − | Nunchuk.Z | + | Nunchuk.Z = KEY_LEFTCTRL |
| − | Wiimote.Up | + | Wiimote.Up = KEY_PAGEUP |
| − | Wiimote.Down | + | Wiimote.Down = KEY_PAGEDOWN |
| − | Wiimote.Left | + | Wiimote.Left = KEY_LEFT |
| − | Wiimote.Right | + | Wiimote.Right = KEY_RIGHT |
| − | Wiimote.Plus | + | Wiimote.Plus = BTN_RIGHT |
| − | Wiimote.Minus | + | Wiimote.Minus = KEY_B |
| − | Wiimote.Home | + | Wiimote.Home =KEY_M |
| − | #Wiimote.1 | + | #Wiimote.1 = KEY_PROG1 |
| − | #Wiimote.2 | + | #Wiimote.2 = KEY_PROG2 |
| − | Plugin.nunchuk_stick2btn.Up | + | Plugin.nunchuk_stick2btn.Up = KEY_UP |
| − | Plugin.nunchuk_stick2btn.Down | + | Plugin.nunchuk_stick2btn.Down = KEY_DOWN |
| − | Plugin.nunchuk_stick2btn.Left | + | Plugin.nunchuk_stick2btn.Left = KEY_LEFT |
| − | Plugin.nunchuk_stick2btn.Right | + | Plugin.nunchuk_stick2btn.Right = KEY_RIGHT |
</source> | </source> | ||
| − | ''Notice the Plugin.nunchuck_stick2btn, which is only in the | + | ''Notice the Plugin.nunchuck_stick2btn, which is only in the git-version of cwiid.'' |
* Load the uinput kernel module | * Load the uinput kernel module | ||
Latest revision as of 20:20, 3 March 2012
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Languages: |
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[edit] Overview
You can use the Wiimote(Plus) and the nunchuck for controlling the viewer. Using a wiimote, one has a powerful freehand 3d-controller which has all the options to navigate freely when in a presentation situation. The software used is cwiid. Cwiid lets you control the accelerometer, the ir-camera, and every button on the wiimote and nunchuck through the use of config-files. The hardware used: 1 Wiimote(~40 euro), 1 nunchuck(~20 euro), 1 wireless wiibar(~15 euro), and a bluetooth dongle(~10 euro).
[edit] Procedure
- Install the bluez libraries (libbluetooth3 and libbluetooth-dev)
- Run the bluetooth daemon
- Download and compile cwiid from git
git clone https://github.com/abstrakraft/cwiid.git cd ./cwiid aclocal autoconf ./configure make make install
- Or you can simply download wminput and wmgui via apt-get or so.
apt-get install wminput wmgui- Make a new configuration file for wminput, and fill with the wiimote-only or wiimote-nunchuck(prefered) setup
vi /usr/local/etc/cwiid/wminput/opensim[edit] Wiimote-Only
There are basically 4 essential keys that the viewer uses, but the wiimote interface is not really suited to control 4 buttons within the hand's normal reach. So - lets have a look at that configfile again - you can see that the right mouse-button is out of alignment with your normal handposition on the wiimote. You normally won't use that button(option menu) as often as the other onces. The buttons within reach are all configured to control the way you position the camera. A-Button is mouse leftclick(select object, select pivot-point), The B-Button is yaw, and digital-down is pitch.
#ir_ptr
include buttons
Plugin.ir_ptr.X = ~ABS_X
Plugin.ir_ptr.Y = ~ABS_Y
Wiimote.A = BTN_LEFT
Wiimote.Plus = BTN_RIGHT
Wiimote.B = KEY_LEFTALT
Wiimote.Down = KEY_LEFTCTRL[edit] Wiimote-Nunchuck
With a nunchuck we can relieve the moving-controls to the analogue controller. Also, the down-button linked to left-ctrl is somewhat a hack. It works, but it's not the most natural approach possible. The wiimote-nunchuck configuration:
include buttons Plugin.ir_ptr.X = ~ABS_X Plugin.ir_ptr.Y = ~ABS_Y Wiimote.A = BTN_LEFT Wiimote.B = KEY_LEFTALT Nunchuk.C = KEY_LEFTSHIFT Nunchuk.Z = KEY_LEFTCTRL Wiimote.Up = KEY_PAGEUP Wiimote.Down = KEY_PAGEDOWN Wiimote.Left = KEY_LEFT Wiimote.Right = KEY_RIGHT Wiimote.Plus = BTN_RIGHT Wiimote.Minus = KEY_B Wiimote.Home =KEY_M #Wiimote.1 = KEY_PROG1 #Wiimote.2 = KEY_PROG2 Plugin.nunchuk_stick2btn.Up = KEY_UP Plugin.nunchuk_stick2btn.Down = KEY_DOWN Plugin.nunchuk_stick2btn.Left = KEY_LEFT Plugin.nunchuk_stick2btn.Right = KEY_RIGHT
Notice the Plugin.nunchuck_stick2btn, which is only in the git-version of cwiid.
- Load the uinput kernel module
modprobe uinput
- Start wminput with the opensim config
wminput -c opensim
