RemyPorter

s = (scale :C, :chromatic)
a = (line 0, 1, steps: 18)
r = (ring 1/4.0, 1/2.9, 1/3.0).stretch(36)
density = (ring 6, 6, 8, 12, 6, 4, 3, 2)
point = 6
apoint = 9
rpoint = 18

with_fx :reverb, room: 0.8 do
  with_fx :band_eq do |be|

RemyPorter

numbers =[14,103,81,12,22,65,90,35,46,10,98,95,116,102,8,56,95,110,15,118,104,99,15,96,107,51,66,92,43,16,74,8,123,68,103,79,123,24,97,11,82,100,97,94,88,31,91,12,92,4,63,39,48,22,52,128,4,10,31,65,31,126,42,21,45,8,95,39,42,100,75,87,25,56,110,91,122,28,96,83,42,42,94,27,58,74,15,79,36,49,30,18,68,80,107,81,106,52,51,56,49,112,123,30,99,125,24,40,60,127,113,99,44,20,30,93,10,82,93,40,38,18,91,78,46,33,21,4,100,14,99,120,104,76,82,109,72,117,31,68,41,91,128,31,82,50,125,1,74,91,36,50,67,98,46,1,67,103,58,118,93,59,13,1,100,90,96,75,26,78,75,16,80,18,25,4,77,8,122,58,84,6,66,97,43,21,60,106,48,49,78,120,110,84,125,70,112,84,55,1,127,94,110,56,121,117,31,61,21,95,92,53,64,100,62,88,60,63,40,16,27,121,103,85,43,59,55,50,69,36,56,75,119,33,121,73,92,123,72,3,51,119,109,67,6,105,4,19,76,46,10,11,29,66,31,67]

def make_phrase(name, data, &block)
  slice = data
  beats = slice.shift
  per = slice.shift
  if per < beats
    per += beats
  end
  minmax = [slice.shift, slice.shift]

RemyPorter

#A Fizzbuzz implementation for SonicPi
use_bpm 120
live_loop :fizzbuzz do
  fb = tick :fb
  if fb % 3 == 0
    sample :bd_klub
  end
  if fb % 5 == 0
    sample :sn_zome
  end

RemyPorter

import uuid

a = randomGaussian() * HALF_PI
b = randomGaussian() * HALF_PI
c = randomGaussian() * HALF_PI
d = randomGaussian() * HALF_PI
e = randomGaussian() * HALF_PI
f = randomGaussian() * HALF_PI

scaleFactor = 200

RemyPorter

32 => int bands;
6 => int threshold;
2048 => int size;

20 => int low;
10000 => int high;
(high - low) / bands => float step;

BPF banded[bands];
FFT ffts[bands];

RemyPorter

public class Conductor {
	float interval;
	int divs;
	int divsPerM;
	fun void setTiming(float bpm, int subdivs, int measure) {
		bpm / subdivs / 60 => interval;
		subdivs => divs;
		subdivs * measure => divsPerM;
	}

RemyPorter

/**
 * This sketch does a number of things.
 * First, it uses OSC Motion and a LeapMotion controller to drive
 * Finger tracking. Each Finger is associated with an AMSynth implemented
 * in Minim. The X/Y/Z coordinates of the fingers are mapped to frequencies
 * and amplitudes of the oscilators.
 *
 * Finally, there's a running video capture that feeds into a pointillist filter.
 * Each finger drives this, dropping points. If the finger is "cold" (not in Leap's view),
 * then it grabs random pixels from the video and draws an ellipse in that color, centered on

RemyPorter

"""The observer pattern, implemented as decorators,
to simplify event-binding. Usage:

EventSender("foo")
class FooSender:
    def some_method(self):
        …
        self.send_foo_event(details)

EventReceiver("foo","foo_handler")

RemyPorter

Keybase proof

I hereby claim:

• I am remyporter on github.
• I am remyporter (https://keybase.io/remyporter) on keybase.
• I have a public key whose fingerprint is D840 B879 0B81 8F62 5F75 5BF9 E7DF E43C 3AB9 6896

To claim this, I am signing this object:

RemyPorter

import random
choices = ["da","ja"]
truth = random.choice(choices)
false =[c for c in choices if c != truth]
false = false[0]
gods = [lambda: truth, lambda: false, lambda: random.choice(choices)]
a = random.choice(gods)
b = a
while b == a:
  b = random.choice(gods)