905 VGA Experiments in Tennis
905 : VGA Experiments in Tennis
- Author: Tom Keddie
- Description: Simple Game
- GitHub repository
- Open in 3D viewer
- Clock: 25175000 Hz
- Feedback: ✅ 2
How it works
VGA game using paddles attached to input.
How to test
Attach VGA pmod and connect to monitor. Use the inputs to move the paddles
External Hardware
- Digilent VGA PMOD or mole99 vga pmod.
- Buttons to play game on in0-in3
IO
| # | Input | Output | Bidirectional |
|---|---|---|---|
| 0 | left paddle up | r1/r0 (mole99/digilent) | g0 |
| 1 | left paddle down | g1/r1 (mole99/digilent) | g1 |
| 2 | right paddle up | b1/r2 (mole99/digilent) | g2 |
| 3 | right paddle down | vsync/r3 (mole99/digilent) | g3 |
| 4 | score reset | r0/b0 (mole99/digilent) | hsync |
| 5 | Speed LSB | g0/b1 (mole99/digilent) | vsync |
| 6 | Speed MSB | b0/b2 (mole99/digilent) | tied low |
| 7 | pmod sel (high=mole99, low=digilent) | hsync/b3 (mole99/digilent) | tied low |
User feedback
- alexandercoabad: The project (game) is working using VGA monitor, VGA PMOD, and input buttons connected to the demo board! Thanks! 🥰
- mattvenn: Tested with Mole99 VGA PMOD, all controls worked correctly, score reset works, speed set works.