RFullum

'''
opens midi connection 
takes midi notes from source (for example, your DAW)
finds the octaves of those notes beyond the range of human hearing until octave of note is within visible light range
converts frequency of the color octave to wavelength
approximates RGB value for color of note
displays color of note in window
'''

import rtmidi

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// Processing 3 sketch: Used on Raspberry Pi with 7" touchscreen.
// Touchscreen tracks XY position of finger and sends as serial data over
// bluetooth. That data is received by MaxMSP patch and used to control
// cutoff frequency and resonance of audio filters, real time.

import processing.serial.*;

Serial port;
int val = 0;
int valueScale = 128;

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/**
 * Check your Microphone Permissions, especially on Mac. 
 * I had to delete Unity Hub, run the unity project, allow mic access when the warning pops up,
 * and then reinstall Unity Hub or restore it from the trash after mic access is granted. 
 */

using System.Collections;
using System.Collections.Generic;
using UnityEngine;

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'''
Two Number Guessing Game:
-Player 1 picks two random numbers, A and B. In reality they can be any two real numbers.
    In python we run into trouble with numbers larger than 2,147,483,647 due
    to 32 bit arithmetic, so we'll bound the limits here.
-Player 2 can see one of the two numbers.
-Player 2 then has to decide which number is larger.

It seems like it would be a random chance. Regardless of what number A is,
there's an infinite amount of numbers greater than, and an infinte amount of

RFullum

'''
The Coin Flip Prediction Game:
The player picks a sequence of three coin flip outcomes.
The computer picks the sequence most likely to beat the player.
A coin is flipped until the sequence matches either the player
or the computer's sequence and the winner is declared.

The basic steps:
1- User picks 3 outcomes
2- Computer picks better outcomes

RFullum

/**
 * Sketch for Arduino Nano 33 IoT
 * 
 * Connects to WiFi network and uses UDP to send 
 * onboard sensor data.
 * 
 * Sensors: 3D Gyro and 3D accelerometer (6 values)
 * Sensor values are Floats cast to a byte array. 
 * They must be recast to Float on the remote device
 * receiving the UDP data.

RFullum

Just a collection of functions i add to my .bash_profile (mac) and .bashrc (linux) on almost every device i have.

# Simultaneously create and switch to new directory
function mkcd () { mkdir -p "$@" && cd "$@"; }

# Simultaneously change into directory and list files
function cdls () { cd "$@" && ls -ah "."; }


# Repleace spaces in filenames in a directory with an underscore

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#!/bin/bash

for i in *.mov; do ffmpeg -i "$i" -c:v libx264 -crf 23 -preset medium -movflags +faststart -vf scale=-1:1080,format=yuv420p -ac 2 "${i%.*}.mp4"; done

RFullum

#!/bin/bash

for i in *.mkv; do ffmpeg -i "$i" -c:v libx264 -crf 23 -preset medium -movflags +faststart -vf scale=-1:1080,format=yuv420p -ac 2 "${i%.*}.mp4"; done

RFullum

#Simultaneously create and switch to new directory
function mkcd () { mkdir -p "$@" && cd "$@"; }

#Repleace spaces in filenames in a directory with an underscore
function repspace () { find . -type f -name "* *" -exec bash -c 'mv "$0" "${0// /_}"' {} ";" ; }

#Prompt
PS1="%F{cyan}%n:%1~$%f "

autoload -Uz compinit && compinit