DMGC-ATTINY VIEWER

A software implementation of the ATTINY85 code that BucketM0use made for the DMGC.

HOW TO USE

Run with SDL2

• Install c++ development tools, libyaml-cpp and SDL2
  • Example in Ubuntu install: apt-get install build-essential libyaml-cpp-dev libsdl2-dev
• make
• executables are dropped in bin directory

Examples

There are currently three example sketches

DMGC-IPS-ATTINY85

This is the original sketch. Refer to DMGC-IPS-01 for details.

DMGC-IPS-ATTINY85-PLUS

This is the same as the original, but improved using the key/button handler which is using states to determine the positions of buttons. Better practice instead of blocking with while loops. :P.

BREATHING

A more extended example, allowing for different modes.

• Breathing - Increases and decreases brightness at a specific rate. Changes to random color when brightness is at 5 or below, starting a new cycle
• Left to Right (LTR) - Run a gradient from left to right while brightning the a random color to the max, fade out and then restart
• Right to Left - Same as LTR, but going in the opposite direction
• Center Out - Same as LTR, but starting from right and select and going outward
• Out to Center - Same as LTR, but starting at up and A
• Random - Randomizes the order of the cycling as LTR

Deploy to ATTINY85 in Arduino IDE

• Symlink library directory as src in the directory of the sketch
  • In windows: mklink /J src ....\library
  • In linux: ln -s ../../library src
• Open ino sketch, compile & upload

Finally

Have fun!

TODO

• Cleanup/Optimize configuration content
• Add additional utils as needed
• Adafruit_NeoPixel
  • Implement other functionality
• EEPROM
  • Fix get/put templating
  • Implement other functionality
• Implement fast_led library functionality (http://fastled.io/)
• Try to match as close as possible the hardware speed at 8mhz