MAME, an acronym that stands for Multiple Arcade Machine Emulator, is an emulator designed to reproduce older arcade system hardware via software on a modern personal computer.
MMMAME
(Midsouth Makers MAME Cabinet)
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Sanded cabinet and gutted
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| Information
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| Owner
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Group
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| Lead
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critter42 & MemphisArtGuy
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| Version
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2.0
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| Status
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In Progress
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| Started On
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November 2012
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| Cost
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Free
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TODO List
- Spray paint the rest of the base colors before laying down the vinyl paint mask.
- Lay the vinyl and paint the cabinet black.
- Lay out and make the joystick/button panel
- Mount and wire the controller board to the panel
- Purchase/Paint a 2'x4' 1/2 sheet of plywood for the back of the cabinet.
Design
Computer
- HP Compaq DC7600 Convertible Minitower PC 3.2 GHZ
- OS Ubuntu 12.04
- 2 HDD on SATA BUS - Roms Drive - OS Drive
- WIFI Adapter : ENUWI-G2 802.11 B/G
- 1Gb DDR2 - Would like to upgrade to 4Gb
- 19inch 3:4 LCD
Display
Audio
Software
Controls
The Williams Defender cabinet shared the "base cabinet" with many other games like Joust and Sinistar. This fact makes it very easy to make multiple control decks. The control decks dimensions are 23 1/2 inches by 8 inches made of 3/4 plywood.
We have a few leftover parts from the last MAME project, also ordered a set of buttons and joysticks form Ebay seller TwistedQuarter for $29.99 plus $10 shipping as a donation.
Danny is currently running a custom firmware on an Arduino Uno and checking the results of that. Interface was too laggy
Graphics
Side Stencils
Custom Electronics for the Controls
A custom board was fabricated for controlling the buttons and joysticks V-USB MAMEPanel was ported to work for the Atmel atmega644p micro controller. The hardware currently emulates 2 joysticks with 8 buttons each and a keyboard hid device. MAMEPanel is expandable to 3 joysticks and a mouse input is also possible. Hardware has only been tested with windows built in tool for testing joysticks, real world performance is still to be determined. It should be fine since it is based on a working and tested design. Below is the current keymap and schematic.
// Atmega32 Shift switch off
PROGMEM const unsigned char NormalMapping[NUMBER_OF_INPUTS] =
{ // Pin Atmega Board Function
KEY_5, // 40 PA0 X6-1 COINTRIGGER
0, // 39 PA1 X4-8 none
0, // 38 PA2 X4-7 none
KEY_2, // 37 PA3 X4-6 JOY2START
KEY_1, // 36 PA4 X4-5 JOY1START
J1_Button8, // 35 PA5 X4-4 JOY1BUTTON8
J1_Button7, // 34 PA6 X4-3 JOY1BUTTON7
J1_Button6, // 33 PA7 X4-2 JOY1BUTTON6
0, // 1 PB0 X9-2 SHIFTSWITCH
J2_Button8, // 2 PB1 X7-1 JOY2BUTTON8
J2_Button7, // 3 PB2 X7-2 JOY2BUTTON7
J2_Button6, // 4 PB3 X8-1 JOY2BUTTON6
J2_Button5, // 5 PB4 X8-2 JOY2BUTTON5
J2_Button4, // 6 PB5 X5-1 JOY2BUTTON4
J2_Button3, // 7 PB6 X5-2 JOY2BUTTON3
J2_Button2, // 8 PB7 X5-3 JOY2BUTTON2
J1_Up, // 22 PC0 X3-2 JOY1UP
J1_Left, // 23 PC1 X3-3 JOY1LEFT
J1_Right, // 24 PC2 X3-4 JOY1RIGHT
J1_Button1, // 25 PC3 X3-5 JOY1BUTTON1
J1_Button2, // 26 PC4 X3-6 JOY1BUTTON2
J1_Button3, // 27 PC5 X3-7 JOY1BUTTON3
J1_Button4, // 28 PC6 X3-8 JOY1BUTTON4
J1_Button5, // 29 PC7 X4-1 JOY1BUTTON5
J2_Button1, // 15 PD1 X5-4 JOY2BUTTON1
J2_Right, // 17 PD3 X5-5 JOY2RIGHT
J2_Left, // 18 PD4 X5-6 JOY2LEFT
J2_Up, // 19 PD5 X5-7 JOY2UP
J2_Down, // 20 PD6 X5-8 JOY2DOWN
J1_Down // 21 PD7 X3-1 JOY1DOWN
};
// Atmega32 Shift switch on
PROGMEM const unsigned char ShiftMapping[NUMBER_OF_INPUTS]=
{ // Pin Atmega Board Function
KEY_5, // 40 PA0 X6-1 COINTRIGGER
0, // 39 PA1 X4-8 none
0, // 38 PA2 X4-7 none
AC_Mute, // 37 PA3 X4-6 JOY2START
KEY_P, // 36 PA4 X4-5 JOY1START
0, // 35 PA5 X4-4 JOY1BUTTON8
0, // 34 PA6 X4-3 JOY1BUTTON7
0, // 33 PA7 X4-2 JOY1BUTTON6
0, // 1 PB0 X9-2 SHIFTSWITCH
0, // 2 PB1 X7-1 JOY2BUTTON8
0, // 3 PB2 X7-2 JOY2BUTTON7
0, // 4 PB3 X8-1 JOY2BUTTON6
0, // 5 PB4 X8-2 JOY2BUTTON5
0, // 6 PB5 X5-1 JOY2BUTTON4
KM_ALT_F4, // 7 PB6 X5-2 JOY2BUTTON3
KM_SHIFT_F7, // 8 PB7 X5-3 JOY2BUTTON2
KEY_UpArrow, // 22 PC0 X3-2 JOY1UP
KEY_LeftArrow, // 23 PC1 X3-3 JOY1LEFT
KEY_RightArrow, // 24 PC2 X3-4 JOY1RIGHT
KEY_Enter, // 25 PC3 X3-5 JOY1BUTTON1
KEY_Esc, // 26 PC4 X3-6 JOY1BUTTON2
KEY_Tab, // 27 PC5 X3-7 JOY1BUTTON3
0, // 28 PC6 X3-8 JOY1BUTTON4
0, // 29 PC7 X4-1 JOY1BUTTON5
KEY_F7, // 15 PD1 X5-4 JOY2BUTTON1
AC_VolumeUp, // 17 PD3 X5-5 JOY2RIGHT
AC_VolumeDown, // 18 PD4 X5-6 JOY2LEFT
KEY_PageUp, // 19 PD5 X5-7 JOY2UP
KEY_PageDown, // 20 PD6 X5-8 JOY2DOWN
KEY_DownArrow // 21 PD7 X3-1 JOY1DOWN
};
Cosmetics
- Cabinet — The cabinet will be black with green and blue artwork. Spray paint was purchase by Danny and Ben
- T-molding — will also be black and has been purchased by Dan
Gallery
| MAME Cabinet |
| Measuring or acceptable artwork sizes
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Bill of Materials
- DC7600
- Samsung 19 inch 930b LCD
- Defender Arcade Cabinet
Contributors
External Links
Cabrio
Virtual HID Keyboard
Arduino USB Sheild
Teensy HID Keyboard
Arduino Uno HID Keyboard
References
