GIMX - User contributions [en]

Translations:RPi/1/de

2016-02-03T11:23:53Z

Hinge:

Warnung: RPi Unterstützung sollte als experimentell betrachtet werden.Es kann zu Problemen kommen, wenn GIMX auf dem RPi ausgeführt werden soll.

RPi/de

2016-02-03T11:23:53Z

Hinge:

Warnung: RPi Unterstützung sollte als experimentell betrachtet werden.Es kann zu Problemen kommen, wenn GIMX auf dem RPi ausgeführt werden soll.

GIMX can run on many Linux targets, and the [http://www.raspberrypi.org/ the Raspberry Pi] is one of them!
== Tested setup ==
* Raspberry Pi: model B, 256MB
* Distro: [http://www.raspberrypi.org/downloads Raspbian Jessie] (2015-09-24)
* '''Self-powered USB hub''': Belkin 7 ports F4U017 (self-powered = with an external power supply)
* Keyboard: n25te plugged on the USB hub
* Mouse: Logitech G500 plugged on the USB hub
* PS3: FAT - FW 4.41

* Bluetooth dongle: Pluscom BT20 (CSR Bluecore4-rom) plugged on the USB hub

* DIY USB adapter: Teensy 2.0 + CP2102 plugged on the USB hub

== Firmware update ==
As early firmwares had severe USB issues it is recommended to update the firmware before using GIMX. 
Updating the firmware may also be useful if you plan to use a Logitech force feedback wheel (the uhid kernel module was missing in earlier firmwares). 
Type the following command:
<pre>sudo rpi-update</pre>
And don't forget to reboot:
<pre>sudo reboot</pre>
Tested Rpi firmware:
<pre>pi@raspberrypi ~ $ uname -a
Linux raspberrypi 4.1.9+ #819 PREEMPT Thu Oct 1 20:31:26 BST 2015 armv6l
GNU/Linux</pre>



== GIMX installation ==
<pre>sudo apt-get install gdebi
wget http://gimx.fr/download/gimx-raspbian -O gimx.deb
sudo gdebi gimx.deb</pre>

If you get a "Dependency is not satisfiable: ..." error message, upgrade Raspbian:
<pre>sudo apt-get update && sudo apt-get upgrade</pre>

== Stop/disable triggerhappy service ==
[https://github.com/wertarbyte/triggerhappy/blob/master/README Triggerhappy] is a daemon that opens every input device for reading, and that consumes a few percent of the CPU time.

It seems a good idea to stop it while running GIMX.

To stop triggerhappy:
sudo service triggerhappy stop
To disable triggerhappy:
sudo update-rc.d triggerhappy disable

== Run GIMX ==
Read the [[Quick_Start|Quick start page]] to learn how to run GIMX through the GUI. 
A good idea is to run GIMX directly from a terminal, without starting a graphical session. 
This can be done over the network, using a ssh client. 
Ideally, GIMX should be launched without using the Ethernet port (because it is connected on the USB bus). 
More details on command line options on [[Command_line|this page]]. 
=== Bluetooth ===
In a terminal:
gimx -t Sixaxis -c <config file> -b <PS3 bdaddr>
The dongle address has to be changed before running the above commands.

=== DIY USB adapter ===
In einem Terminal:
gimx -c <config file> -p /dev/<ttyUSB port>

=== Without DIY USB adapter (RU) ===

====Подготовка RPi====

Нам подойдет любая из моделей RPi:
Raspberry Pi A+
Raspberry Pi B
Raspberry Pi B+
Raspberry Pi 2
Raspberry Pi Zero

По умолчанию RPi отправляет отладочные сообщения на последовательный порт.
Что бы использовать последовательный порт для своих нужд необходимо выполнить команду в терминале:
<pre>
sudo raspi-config
</pre>
Откроется gрограмма конфигурации
Выберем пункт:
<pre>
"Advanced Options" затем выберем "Serial" затем "No" затем "Finish"
</pre>
Но этого не достаточно. По умолчанию частота последовательного порта 3 MHz поднимем её до 8 MHz.
Выполним команду в терминале:
<pre>
sudo nano /boot/config.txt
</pre>
Добавим строку (если она существует просто поправте ее значение)
<pre>
init_uart_clock=8000000
</pre>
Установим GIMX для этого выполним последовательно команды в терминале:
<pre>
sudo apt-get install gdebi
wget http://gimx.fr/download/gimx-raspbian -O gimx.deb
sudo gdebi gimx.deb
sudo service triggerhappy stop
sudo update-rc.d triggerhappy disable
sudo reboot
</pre>
После того как перезагрузится RPi (если она загрузится не в X) выполним команду в терминале:
<pre>
startx
</pre>
И сделаем ссылку на AMA0
<pre>
sudo ln -s /dev/ttyAMA0 /dev/ttyUSB0
</pre>

==== Подготовка Teensy ====

Нам подойдут
Teensy 2.0
Teensy++ 2.0

Следуя инструкции
https://www.pjrc.com/teensy/3volt.html
Припаяем MCP1825S-3302E/DB
Это даст нам напряжение на последовательном порту безопасное для RPi

Скачаем нужную нам прошивку
[http://gimx.fr/download/gimx-firmwares Firmwares]
Прошьем её с помощью [http://www.pjrc.com/teensy/loader.html Teensy Loader].

==== Схема подключения ====
[http://i.imgur.com/zKHfN3F.png http://i.imgur.com/zKHfN3F.png]
[http://i.imgur.com/sdedoFG.jpg http://i.imgur.com/sdedoFG.jpg]

Translations:RPi/Page display title/de

2016-02-03T11:20:59Z

Hinge: Created page with "RPi"

RPi

Translations:RPi/1/de

2016-02-03T11:20:21Z

Hinge: Created page with "Warnung: RPi Unterstützung sollte als experimentell betrachtet werden. Bereiten Sie sich darauf vor auf Probleme zu stoßen, wenn Sie GIMX auf dem RPi nutzen möchten."

Warnung: RPi Unterstützung sollte als experimentell betrachtet werden. Bereiten Sie sich darauf vor auf Probleme zu stoßen, wenn Sie GIMX auf dem RPi nutzen möchten.

RPi/de

2016-02-03T11:20:21Z

Hinge: Created page with "Warnung: RPi Unterstützung sollte als experimentell betrachtet werden. Bereiten Sie sich darauf vor auf Probleme zu stoßen, wenn Sie GIMX auf dem RPi nutzen möchten."

Warnung: RPi Unterstützung sollte als experimentell betrachtet werden. Bereiten Sie sich darauf vor auf Probleme zu stoßen, wenn Sie GIMX auf dem RPi nutzen möchten.

GIMX can run on many Linux targets, and the [http://www.raspberrypi.org/ the Raspberry Pi] is one of them!
== Tested setup ==
* Raspberry Pi: model B, 256MB
* Distro: [http://www.raspberrypi.org/downloads Raspbian Jessie] (2015-09-24)
* '''Self-powered USB hub''': Belkin 7 ports F4U017 (self-powered = with an external power supply)
* Keyboard: n25te plugged on the USB hub
* Mouse: Logitech G500 plugged on the USB hub
* PS3: FAT - FW 4.41

* Bluetooth dongle: Pluscom BT20 (CSR Bluecore4-rom) plugged on the USB hub

* DIY USB adapter: Teensy 2.0 + CP2102 plugged on the USB hub

== Firmware update ==
As early firmwares had severe USB issues it is recommended to update the firmware before using GIMX. 
Updating the firmware may also be useful if you plan to use a Logitech force feedback wheel (the uhid kernel module was missing in earlier firmwares). 
Type the following command:
<pre>sudo rpi-update</pre>
And don't forget to reboot:
<pre>sudo reboot</pre>
Tested Rpi firmware:
<pre>pi@raspberrypi ~ $ uname -a
Linux raspberrypi 4.1.9+ #819 PREEMPT Thu Oct 1 20:31:26 BST 2015 armv6l
GNU/Linux</pre>



== GIMX installation ==
<pre>sudo apt-get install gdebi
wget http://gimx.fr/download/gimx-raspbian -O gimx.deb
sudo gdebi gimx.deb</pre>

If you get a "Dependency is not satisfiable: ..." error message, upgrade Raspbian:
<pre>sudo apt-get update && sudo apt-get upgrade</pre>

== Stop/disable triggerhappy service ==
[https://github.com/wertarbyte/triggerhappy/blob/master/README Triggerhappy] is a daemon that opens every input device for reading, and that consumes a few percent of the CPU time.

It seems a good idea to stop it while running GIMX.

To stop triggerhappy:
sudo service triggerhappy stop
To disable triggerhappy:
sudo update-rc.d triggerhappy disable

== Run GIMX ==
Read the [[Quick_Start|Quick start page]] to learn how to run GIMX through the GUI. 
A good idea is to run GIMX directly from a terminal, without starting a graphical session. 
This can be done over the network, using a ssh client. 
Ideally, GIMX should be launched without using the Ethernet port (because it is connected on the USB bus). 
More details on command line options on [[Command_line|this page]]. 
=== Bluetooth ===
In a terminal:
gimx -t Sixaxis -c <config file> -b <PS3 bdaddr>
The dongle address has to be changed before running the above commands.

=== DIY USB adapter ===
In einem Terminal:
gimx -c <config file> -p /dev/<ttyUSB port>

=== Without DIY USB adapter (RU) ===

====Подготовка RPi====

Нам подойдет любая из моделей RPi:
Raspberry Pi A+
Raspberry Pi B
Raspberry Pi B+
Raspberry Pi 2
Raspberry Pi Zero

По умолчанию RPi отправляет отладочные сообщения на последовательный порт.
Что бы использовать последовательный порт для своих нужд необходимо выполнить команду в терминале:
<pre>
sudo raspi-config
</pre>
Откроется gрограмма конфигурации
Выберем пункт:
<pre>
"Advanced Options" затем выберем "Serial" затем "No" затем "Finish"
</pre>
Но этого не достаточно. По умолчанию частота последовательного порта 3 MHz поднимем её до 8 MHz.
Выполним команду в терминале:
<pre>
sudo nano /boot/config.txt
</pre>
Добавим строку (если она существует просто поправте ее значение)
<pre>
init_uart_clock=8000000
</pre>
Установим GIMX для этого выполним последовательно команды в терминале:
<pre>
sudo apt-get install gdebi
wget http://gimx.fr/download/gimx-raspbian -O gimx.deb
sudo gdebi gimx.deb
sudo service triggerhappy stop
sudo update-rc.d triggerhappy disable
sudo reboot
</pre>
После того как перезагрузится RPi (если она загрузится не в X) выполним команду в терминале:
<pre>
startx
</pre>
И сделаем ссылку на AMA0
<pre>
sudo ln -s /dev/ttyAMA0 /dev/ttyUSB0
</pre>

==== Подготовка Teensy ====

Нам подойдут
Teensy 2.0
Teensy++ 2.0

Следуя инструкции
https://www.pjrc.com/teensy/3volt.html
Припаяем MCP1825S-3302E/DB
Это даст нам напряжение на последовательном порту безопасное для RPi

Скачаем нужную нам прошивку
[http://gimx.fr/download/gimx-firmwares Firmwares]
Прошьем её с помощью [http://www.pjrc.com/teensy/loader.html Teensy Loader].

==== Схема подключения ====
[http://i.imgur.com/zKHfN3F.png http://i.imgur.com/zKHfN3F.png]
[http://i.imgur.com/sdedoFG.jpg http://i.imgur.com/sdedoFG.jpg]

Translations:RPi/13/de

2016-02-03T11:15:36Z

Hinge: Created page with "=== DIY USB adapter === In einem Terminal: gimx -c <config file> -p /dev/<ttyUSB port>"

=== DIY USB adapter ===
In einem Terminal:
gimx -c <config file> -p /dev/<ttyUSB port>

RPi/de

2016-02-03T11:15:36Z

Hinge: Created page with "=== DIY USB adapter === In einem Terminal: gimx -c <config file> -p /dev/<ttyUSB port>"

'''Warning: RPi support should be considered as experimental. Be prepared to face issues if you try GIMX on the RPi.'''

GIMX can run on many Linux targets, and the [http://www.raspberrypi.org/ the Raspberry Pi] is one of them!
== Tested setup ==
* Raspberry Pi: model B, 256MB
* Distro: [http://www.raspberrypi.org/downloads Raspbian Jessie] (2015-09-24)
* '''Self-powered USB hub''': Belkin 7 ports F4U017 (self-powered = with an external power supply)
* Keyboard: n25te plugged on the USB hub
* Mouse: Logitech G500 plugged on the USB hub
* PS3: FAT - FW 4.41

* Bluetooth dongle: Pluscom BT20 (CSR Bluecore4-rom) plugged on the USB hub

* DIY USB adapter: Teensy 2.0 + CP2102 plugged on the USB hub

== Firmware update ==
As early firmwares had severe USB issues it is recommended to update the firmware before using GIMX. 
Updating the firmware may also be useful if you plan to use a Logitech force feedback wheel (the uhid kernel module was missing in earlier firmwares). 
Type the following command:
<pre>sudo rpi-update</pre>
And don't forget to reboot:
<pre>sudo reboot</pre>
Tested Rpi firmware:
<pre>pi@raspberrypi ~ $ uname -a
Linux raspberrypi 4.1.9+ #819 PREEMPT Thu Oct 1 20:31:26 BST 2015 armv6l
GNU/Linux</pre>



== GIMX installation ==
<pre>sudo apt-get install gdebi
wget http://gimx.fr/download/gimx-raspbian -O gimx.deb
sudo gdebi gimx.deb</pre>

If you get a "Dependency is not satisfiable: ..." error message, upgrade Raspbian:
<pre>sudo apt-get update && sudo apt-get upgrade</pre>

== Stop/disable triggerhappy service ==
[https://github.com/wertarbyte/triggerhappy/blob/master/README Triggerhappy] is a daemon that opens every input device for reading, and that consumes a few percent of the CPU time.

It seems a good idea to stop it while running GIMX.

To stop triggerhappy:
sudo service triggerhappy stop
To disable triggerhappy:
sudo update-rc.d triggerhappy disable

== Run GIMX ==
Read the [[Quick_Start|Quick start page]] to learn how to run GIMX through the GUI. 
A good idea is to run GIMX directly from a terminal, without starting a graphical session. 
This can be done over the network, using a ssh client. 
Ideally, GIMX should be launched without using the Ethernet port (because it is connected on the USB bus). 
More details on command line options on [[Command_line|this page]]. 
=== Bluetooth ===
In a terminal:
gimx -t Sixaxis -c <config file> -b <PS3 bdaddr>
The dongle address has to be changed before running the above commands.

=== DIY USB adapter ===
In einem Terminal:
gimx -c <config file> -p /dev/<ttyUSB port>

=== Without DIY USB adapter (RU) ===

====Подготовка RPi====

Нам подойдет любая из моделей RPi:
Raspberry Pi A+
Raspberry Pi B
Raspberry Pi B+
Raspberry Pi 2
Raspberry Pi Zero

По умолчанию RPi отправляет отладочные сообщения на последовательный порт.
Что бы использовать последовательный порт для своих нужд необходимо выполнить команду в терминале:
<pre>
sudo raspi-config
</pre>
Откроется gрограмма конфигурации
Выберем пункт:
<pre>
"Advanced Options" затем выберем "Serial" затем "No" затем "Finish"
</pre>
Но этого не достаточно. По умолчанию частота последовательного порта 3 MHz поднимем её до 8 MHz.
Выполним команду в терминале:
<pre>
sudo nano /boot/config.txt
</pre>
Добавим строку (если она существует просто поправте ее значение)
<pre>
init_uart_clock=8000000
</pre>
Установим GIMX для этого выполним последовательно команды в терминале:
<pre>
sudo apt-get install gdebi
wget http://gimx.fr/download/gimx-raspbian -O gimx.deb
sudo gdebi gimx.deb
sudo service triggerhappy stop
sudo update-rc.d triggerhappy disable
sudo reboot
</pre>
После того как перезагрузится RPi (если она загрузится не в X) выполним команду в терминале:
<pre>
startx
</pre>
И сделаем ссылку на AMA0
<pre>
sudo ln -s /dev/ttyAMA0 /dev/ttyUSB0
</pre>

==== Подготовка Teensy ====

Нам подойдут
Teensy 2.0
Teensy++ 2.0

Следуя инструкции
https://www.pjrc.com/teensy/3volt.html
Припаяем MCP1825S-3302E/DB
Это даст нам напряжение на последовательном порту безопасное для RPi

Скачаем нужную нам прошивку
[http://gimx.fr/download/gimx-firmwares Firmwares]
Прошьем её с помощью [http://www.pjrc.com/teensy/loader.html Teensy Loader].

==== Схема подключения ====
[http://i.imgur.com/zKHfN3F.png http://i.imgur.com/zKHfN3F.png]
[http://i.imgur.com/sdedoFG.jpg http://i.imgur.com/sdedoFG.jpg]

Translations:Axis translation parameters/11/de

2016-02-03T07:42:44Z

Hinge: Created page with "=Beschleunigung="

=Beschleunigung=

Axis translation parameters/de

2016-02-03T07:42:44Z

Hinge: Created page with "=Beschleunigung="

Work in progress...
Give simple use cases such as: how to bind a joystick axis to an axis
A few things could be taken in this old forum tutorial: http://forum.gimx.fr/viewtopic.php?f=4&t=39#6

<languages />

This page explains the purpose of each axis translation parameter.

=Dead zone=

The dead zone parameter allows to shift the stick positions away from the stick center. 
This allows to skip all the stick positions around the stick center that do not generate in-game movement (these positions are called the dead zone of the stick). 
If lowest input motion do not generate enough movement, increase the dead zone parameter.

=Dead zone shape=

The dead zone shape can be set to either rectangle or circle. 
Other shapes will be added in a future version.

=Sensitivity=

The sensitivity parameter is nothing more than a multiplier: input motion is multiplied so as to scale to the output motion range. 
Increase it if the movement is too slow and decrease it if the movement is too fast. 
It can be a negative value, so as to reverse the motion direction. 
Remember that the output motion range is limited (the stick has a max position). 

To map a joystick axis to a stick axis, use a value of 128/32768 (about 0.004). 
To map a joystick axis to a button axis, use a value of 256/32768 (about 0.008).

=X/Y ratio=

The x/y ratio allows to change the vertical sensitivity independently from the horizontal sensitivity.
vertival_sens = sens * xy_ratio

=Beschleunigung=

The acceleration parameter allows to change the in-game acceleration. 
Values higher than 1 increase the effective acceleration, whereas values lower that 1 decrease it. 
In-game acceleration is generally positive, which means there is a value in the 0..1 range that will cancel it (at least for games that use simple look mechanics).

=Buffer size and filter=

These parameters are specific to the mouse smoothing, which is detailed on the [[Mouse_Calibration|Mouse calibration]] page.