FroggyTV

hehe froggy

TODO:

• Rename bpm to clock, ticks, pulses or similar
• Bpm.RESOLUTION = 640 (32x10x2)
  • 32 MAX_MULT
  • 10 PERCENT_INCREMENTS
  • 2 pulses per bpm (one on one off)
  • FWIW Pams is 192 mult @ 320 BPM
• Implement PWM in terms of Sequence
  • Only one Delay gets ticked at a time, rather than all
• Flesh out Gate screens
• Implement Sync and Reset
  • Is stop/start a reset, or resume?
    • reset!
• Implement probability
• Stress test max 12 gate screens? - (Is an expander possible?)

IDEAS:

• Metronome screen
• Loading/splash screen
• Phase/offset?
• Settings menu?
  • Swappable pointer sprite?
• Frames on menu UI?
• Alternate screen modes:
  • Type 1: Pulse width + Probability
  • Type 2: Simple Euclidean Sequencer (Length and Density)
  • Type 3: Binary Sequencer (A la Trigseq on O_C Hemispheres)
• Dynamically adjust PWM percentage as mult increases?
• C/C++/Rust timing library?
• "pew" mode (10ms trigger)

Viewing Logs with Mu

Assumes bash or bash-like shell (not Windows). Assumes screen is installed and avaiable in $PATH. Replace usbmodem143401 with output of ls.

ls /dev/tty.*
screen /dev/tty.usbmodem14340 1115200

Running Tests and Linting with Nox

First, ensure nox is installed and in your $PATH.

python3 -m pip install nox

Then it is easy as running:

nox

Rerunning Nox on File Changes

rerun -c -p "**/*.py" nox

Rerunning Tests (pytest) on File Changes

rerun -c -p '**/*.py' 'pytest -rx'

Copy Files to Pi Pico on Save

Requires the rerun Ruby gem to be installed and avaiable in $PATH. Assumes pi pico is mounted at the location specified. Assumes bash or bash-like shell. i.e. probably needs adjusted on windows.

rerun -c -p "src/**/*.py" "cp -R src/froggytv/*.py /Volumes/CIRCUITPY/"

Overclocking?

This may work, but it could be dumb to implement as below adafruit/circuitpython#4339 (comment)