Difference between revisions of "Arcade Machine"

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NOTE: Currently, the input mapping instructions are out of date, they will be updated soonish
 
NOTE: Currently, the input mapping instructions are out of date, they will be updated soonish
  
−
== Getting it to work ==
+
== Getting it to start ==
  
−
There's a basic UvA machine in the Arcade Box; with Wake on Lan. Just send the
+
There's a basic Dell machine in the Arcade Box; with Wake on Lan. Just send the
 
WOL packet to the right mac address, which can be found on the machine:
 
WOL packet to the right mac address, which can be found on the machine:
 +
 
   00:21:70:03:31:1b
 
   00:21:70:03:31:1b
  
Line 24: Line 25:
 
   sudo etherwake 00:21:70:03:31:1b -i wlan0
 
   sudo etherwake 00:21:70:03:31:1b -i wlan0
  
−
Or:
+
Or, equivalently:
 +
 
 
   wakeonlan 00:21:70:03:31:1b
 
   wakeonlan 00:21:70:03:31:1b
  
Line 41: Line 43:
 
The Arcade Machine input exposes itself as a single keyboard over USB and PS/2.
 
The Arcade Machine input exposes itself as a single keyboard over USB and PS/2.
 
This is problematic for most games, with the exception of MAME and a few
 
This is problematic for most games, with the exception of MAME and a few
−
emulators.
+
emulators. Some games expect an input device per player, so one "keyboard"
−
 
+
then simply is not enough.
−
The chip does not expose more than one HID, we will have to fiddle around a
 
−
bit to get all the software to read from the input devices as two seperate
 
−
devices. MAME is known to handle the basic PS2 input just fine (AFAIK),
 
−
but for other emulators this can be a problem.
 
−
Solutions include writing our own input driver or perhaps faking a
 
−
device in X.
 
−
 
 
−
See the "Writing out own input driver" below for more details.
 
  
 
Basic instructions:
 
Basic instructions:
Line 72: Line 66:
  
 
This should be handled by the Input over PS2/USB as well. It is probably mapped
 
This should be handled by the Input over PS2/USB as well. It is probably mapped
−
to a key.
+
to some a key.
  
 
=== Video ===
 
=== Video ===
Line 88: Line 82:
 
It mostly boils down to two tasks:
 
It mostly boils down to two tasks:
  
−
1) disable/enable the "keyboard" interface: ~/disable_*.sh or ~/enable_*.sh
+
1) disable/enable the "keyboard" interface in X (to avoid double input):
 +
 
 +
  ~/disable_*.sh or ~/enable_*.sh
  
 
2) start/stop uinput-mapper with the right configuration:
 
2) start/stop uinput-mapper with the right configuration:
  
−
   sudo ./uinput-mapper/map_CONFIGNAME
+
   sudo input-read -D /dev/input/by-id/usb-Cypress_I-PAC_Arcade_Control_Interface-event-kbd | sudo input-create configs/techinc.py
  
 
And just hit ^C to stop it.
 
And just hit ^C to stop it.
Line 101: Line 97:
 
==== Super Hexagon ====
 
==== Super Hexagon ====
  
−
Disable uinput-mapper and enable the ``keyboard'' interface.
+
Disable uinput-mapper and enable the "keyboard" interface.
  
 +
==== Jamestown ====
 +
 +
Disable the "keyboard" interface; enable uinput-mapper with techinc.py configuration
  
 
==== Emulators ====
 
==== Emulators ====
Line 117: Line 116:
 
Code: https://github.com/MerlijnWajer/uinput-mapper
 
Code: https://github.com/MerlijnWajer/uinput-mapper
  
−
Compile:
+
For usage instructions, see: http://hetgrotebos.org/wiki/uinput-mapper
−
 
 
−
  make
 
  
−
Run:
+
And the techinc.py config can be viewed online:
  
−
  sudo ./map
+
http://googleco.de/uinput-mapper/tree/configs/techinc.py
  
 
Map:
 
Map:
Line 137: Line 134:
 
   Yellow Button: BTN_3
 
   Yellow Button: BTN_3
  
 +
== User Interface ==
  
−
Notes / Future usage:
+
TODO.
−
 
 
−
* ./disable_unusable_keyboard.sh
 
−
* sudo ./uinput-mapper/map &
 
−
* Run your emulator/game
 
−
 
 
−
== Key remapping ==
 
−
 
 
−
Remapping of keys is trivial, if you know a bit of C (preprocessor).
 
−
Open up custom_map.h and edit to your liking
 
−
 
 
−
Note:
 
−
* Last argument to KEYMAP can be a statement or a function; which takes a single (value) argument and results in an integer.
 
−
* You cannot map INPUT keys other than those of type EV_KEY and you cannot map them to OUTPUT joystick keys other than the ones currently defined in the example.
 
−
* JOYCOUNT defines the amount of joysticks to create.
 
−
 
 
−
<b>Do not forget to recompile:</b>
 
−
 
 
−
    make
 
−
 
 
−
 
 
−
Example config.h: (See the repository for one with lots of comments)
 
−
Note that the INPUT_PATH is incorrect for the arcade machine.
 
−
 
 
−
#include "config_functions.h"
 
−
 
−
/* -------------------------------------------------------------------------- */
 
−
/* ----------------------------- FIRST SECTION ----------------------------- */
 
−
/* -------------------------------------------------------------------------- */
 
−
 
−
#ifndef H_GLOBAL_MAP
 
−
#define H_GLOBAL_MAP
 
−
 
−
/* Set up amount of joysticks here */
 
−
#define JOYCOUNT 2
 
−
 
−
/* Set up event to read from */
 
−
#define INPUT_PATH "/dev/input/by-path/platform-i8042-serio-0-event-kbd"
 
−
 
−
#endif
 
−
 
−
/* -------------------------------------------------------------------------- */
 
−
/* ----------------------------- SECOND SECTION ----------------------------- */
 
−
/* -------------------------------------------------------------------------- */
 
−
 
−
#ifdef H_CONFIGURE_JOYSTICKS
 
−
#ifndef H_CONFIGURE_JOYSTICKS_SEEN
 
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#define H_CONFIGURE_JOYSTICKS_SEEN
 
−
 
−
 
−
/* Configure first joystick.
 
−
  *
 
−
  * Here we just tell the program what keys event we will expose and what
 
−
  * keys we want to use.
 
−
  *
 
−
  * If a key is not enabled here, it will never be passed.
 
−
  */
 
−
 
−
/* We want to send ABS and KEY events */
 
−
JOYSTICK_SET_OPT(EV_ABS, UI_SET_EVBIT, 0)
 
−
JOYSTICK_SET_OPT(EV_KEY, UI_SET_EVBIT, 0)
 
−
 
−
/* Hats:
 
−
  * We set the absmax and absmin; otherwise the hats make no sense.
 
−
  */
 
−
JOYSTICK_ADD_KEY(ABS_HAT0X, UI_SET_ABSBIT, 0)
 
−
JOYSTICK_SET_LIM(absmax, 1, ABS_HAT0X)
 
−
JOYSTICK_SET_LIM(absmin, -1, ABS_HAT0X)
 
−
JOYSTICK_ADD_KEY(ABS_HAT0Y, UI_SET_ABSBIT, 0)
 
−
JOYSTICK_SET_LIM(absmax, 1, ABS_HAT0Y)
 
−
JOYSTICK_SET_LIM(absmin, -1, ABS_HAT0Y)
 
−
 
−
/* XXX: ALWAYS SET BTN_JOYSTICK TO EXPOSE A JOYSTICK DEVICE */
 
−
JOYSTICK_ADD_KEY(BTN_JOYSTICK, UI_SET_KEYBIT, 0)
 
−
 
−
/* Buttons. */
 
−
JOYSTICK_ADD_KEY(BTN_0, UI_SET_KEYBIT, 0)
 
−
JOYSTICK_ADD_KEY(BTN_1, UI_SET_KEYBIT, 0)
 
−
JOYSTICK_ADD_KEY(BTN_2, UI_SET_KEYBIT, 0)
 
−
JOYSTICK_ADD_KEY(BTN_3, UI_SET_KEYBIT, 0)
 
−
 
−
/* Second joystick ; same comments as first one */
 
−
JOYSTICK_SET_OPT(EV_ABS, UI_SET_EVBIT, 1)
 
−
JOYSTICK_SET_OPT(EV_KEY, UI_SET_EVBIT, 1)
 
−
 
−
JOYSTICK_ADD_KEY(ABS_HAT0X, UI_SET_ABSBIT, 1)
 
−
JOYSTICK_SET_LIM(absmax, 1, ABS_HAT0X)
 
−
JOYSTICK_SET_LIM(absmin, -1, ABS_HAT0X)
 
−
 
−
JOYSTICK_ADD_KEY(ABS_HAT0Y, UI_SET_ABSBIT, 1)
 
−
JOYSTICK_SET_LIM(absmax, 1, ABS_HAT0X)
 
−
JOYSTICK_SET_LIM(absmin, -1, ABS_HAT0X)
 
−
 
−
JOYSTICK_ADD_KEY(BTN_JOYSTICK, UI_SET_KEYBIT, 1)
 
−
 
−
JOYSTICK_ADD_KEY(BTN_0, UI_SET_KEYBIT, 1)
 
−
JOYSTICK_ADD_KEY(BTN_1, UI_SET_KEYBIT, 1)
 
−
JOYSTICK_ADD_KEY(BTN_2, UI_SET_KEYBIT, 1)
 
−
JOYSTICK_ADD_KEY(BTN_3, UI_SET_KEYBIT, 1)
 
−
 
−
#endif
 
−
#endif
 
−
 
−
/* -------------------------------------------------------------------------- */
 
−
/* ----------------------------- THIRD SECTION ----------------------------- */
 
−
/* -------------------------------------------------------------------------- */
 
−
 
−
#ifdef H_JOYMAP
 
−
#ifndef H_JOYMAP_SEEN
 
−
#define H_JOYMAP_SEEN
 
−
 
−
/* First joystick */
 
−
 
−
LEGAL_VALUE(e.value == 1 || e.value == 0,
 
−
    /* HAT */
 
−
    KEYMAP(EV_KEY, KEY_UP, ABS_HAT0Y, EV_ABS, 0, -)
 
−
    KEYMAP(EV_KEY, KEY_DOWN, ABS_HAT0Y, EV_ABS, 0, +)
 
−
    KEYMAP(EV_KEY, KEY_LEFT, ABS_HAT0X, EV_ABS, 0, -)
 
−
    KEYMAP(EV_KEY, KEY_RIGHT, ABS_HAT0X, EV_ABS, 0, +)
 
−
 
−
    /* Red buttons */
 
−
    KEYMAP(EV_KEY, KEY_LEFTCTRL, BTN_0, EV_KEY, 0, +)
 
−
    KEYMAP(EV_KEY, KEY_LEFTALT, BTN_1, EV_KEY, 0, +)
 
−
    KEYMAP(EV_KEY, KEY_SPACE, BTN_2, EV_KEY, 0, +)
 
−
 
−
    /* Yellow button */
 
−
    KEYMAP(EV_KEY, KEY_1, BTN_3, EV_KEY, 0, +)
 
−
)
 
−
 
−
/* Second joystick */
 
−
 
−
LEGAL_VALUE(e.value == 1 || e.value == 0,
 
−
    /* HAT */
 
−
    KEYMAP(EV_KEY, KEY_R, ABS_HAT0Y, EV_ABS, 1, -)
 
−
    KEYMAP(EV_KEY, KEY_F, ABS_HAT0Y, EV_ABS, 1, +)
 
−
    KEYMAP(EV_KEY, KEY_D, ABS_HAT0X, EV_ABS, 1, -)
 
−
    KEYMAP(EV_KEY, KEY_G, ABS_HAT0X, EV_ABS, 1, +)
 
−
 
−
    /* Red buttons */
 
−
    KEYMAP(EV_KEY, KEY_A, BTN_0, EV_KEY, 1, +)
 
−
    KEYMAP(EV_KEY, KEY_S, BTN_1, EV_KEY, 1, +)
 
−
    KEYMAP(EV_KEY, KEY_Q, BTN_2, EV_KEY, 1, +)
 
−
 
−
    /* Yellow button */
 
−
    KEYMAP(EV_KEY, KEY_2, BTN_3, EV_KEY, 1, +)
 
−
)
 
−
 
−
#endif
 
−
#endif
 
  
 
== Games ==
 
== Games ==

Revision as of 23:55, 23 May 2013

Projects
Participants Control-k, Maijin, Realitygaps, Wizzup
Skills Programming
Status Active
Niche Software
Purpose Fun

Arcade Machine

We now own a <MODEL> Arcade Machine. The plan is to bring new life into the machine by putting a computer in there and hooking that computer to the joystick input and screens. The computer runs MAME and other emulators, such as Amiga or SNES emulators.

NOTE: Currently, the input mapping instructions are out of date, they will be updated soonish

Getting it to start

There's a basic Dell machine in the Arcade Box; with Wake on Lan. Just send the WOL packet to the right mac address, which can be found on the machine: 

 00:21:70:03:31:1b

Here is an example command line that will turn on the machine (etherwake defaults to eth0, so wlan0 is specified) 

 sudo etherwake 00:21:70:03:31:1b -i wlan0

Or, equivalently: 

 wakeonlan 00:21:70:03:31:1b

From: http://gsd.di.uminho.pt/jpo/software/wakeonlan/

Input

Arcade Machine input

The input can be read as PS2 (and USB); using a chip that we got alongside the Arcade Machine:

http://www.ultimarc.com/jpac.html http://www.ultimarc.com/jpac2.html

The Arcade Machine input exposes itself as a single keyboard over USB and PS/2. This is problematic for most games, with the exception of MAME and a few emulators. Some games expect an input device per player, so one "keyboard" then simply is not enough.

Basic instructions: 

 ./disable_unusable_keyboard.sh
 cd uinput-mapper/
 make
 sudo ./map

Other Input

We attached two PlayStation controllers, but I (Wizzup) am not a big fan of them. Regardless, there's a USB hub so feel free to plug in other controllers! It would be nice to have proper SNES ones.

This may be useful: https://www.thinkgeek.com/product/f08d/ and http://www.amazon.com/Classic-USB-Super-Nintendo-Controller-PC/dp/B002JAU20W Or we can make our own.

Coin Input

This should be handled by the Input over PS2/USB as well. It is probably mapped to some a key.

Video

We replaced the built-in monitor with a TFT monitor.

Sound

The sound works and is connected to the computer as well.

Common tasks

There are a few simple tasks until we've written a pretty interface + set of scritps.

It mostly boils down to two tasks:

1) disable/enable the "keyboard" interface in X (to avoid double input): 

 ~/disable_*.sh or ~/enable_*.sh

2) start/stop uinput-mapper with the right configuration: 

 sudo input-read -D /dev/input/by-id/usb-Cypress_I-PAC_Arcade_Control_Interface-event-kbd | sudo input-create configs/techinc.py

And just hit ^C to stop it.

Games (with instructions)

Super Hexagon

Disable uinput-mapper and enable the "keyboard" interface.

Jamestown

Disable the "keyboard" interface; enable uinput-mapper with techinc.py configuration

Emulators

  • ZSNES (SNES)
  • UAE (Amiga)
  • MAME
  • ...

Writing our own input driver

Axes to axes, Buttons to buttons

Code: https://github.com/MerlijnWajer/uinput-mapper

For usage instructions, see: http://hetgrotebos.org/wiki/uinput-mapper

And the techinc.py config can be viewed online:

http://googleco.de/uinput-mapper/tree/configs/techinc.py

Map:

  • Creates two joystick input devices in /dev/input
  • Both joystick devices are mapped sanely.
  • HAT0X / HAT0Y seem to work now that we specified absmin and absmax.

Keys are mapped like this: 

 HAT -> HAT0X, HAT0Y
 Red Buttons, left to right: BTN_0, BTN_1, BTN_2
 Yellow Button: BTN_3

User Interface

TODO.

Games

List of games:

Native

  • Jamestown (works with joysticks)
  • Syobon (not yet! Ubuntu didn't have it in their repo ☹)

Amiga

In UAE, just add the games as floppies.

  • SWIV (Great shoot them up game)
  • Pinball Fantasies

SNES

...

Other uses

  • We can use it to control a variety of stuff. (light, sound)
  • We can hook other consoles into it.
  •  ???

brain-dump AndreasR (possible user interface)

https://aur.archlinux.org/packages/mamepgui/

http://qmc2.arcadehits.net/download.html

http://mame.mindkiller.com/?section=downloads&project=mame

http://gmameui.sourceforge.net/

http://www.raspberrypi.org/phpBB3/viewtopic.php?t=15915&p=163781

http://rbelmont.mameworld.info/?page_id=163

http://gxmame.sourceforge.net/

Addition by Wizzup: http://www.anti-particle.com/wahcade.shtml

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