shiihs shimpe

## approach.py
import math
import itertools
from operator import mul
from functools import reduce

def approx(freq, exponents):
    resulting_list = []
    maxvals = [ list(range(0, math.ceil(math.log(freq, exp)))) for exp in exponents]
    print("maxvals = ", maxvals)
    cartesian_product = itertools.product(*maxvals)

## 8bit.sc
(
s.waitForBoot({
    Ndef(\bits, {
        var t = PulseCount.ar(Impulse.ar(8e3));
        var sig = HPF.ar(
            (
                ((t * 15) & (t >> 5)) |
                ((t * 5) & (t >> [3, 4])) |
                ((t * 2) & (t >> 9)) |
                ((t * 8) & (t >> 11)) |

## test_swirl.scd

(
// By James McCartney
var w, h = 1080, v = 720, seed, run = true, phase = 0;

var text_radius = 300; // pixels
var text_angle_increment = 7.degrad; // 7 degrees converted to radians
var text_start_angle = 0;
var text_center_x = 0;
var text_center_y = 0;

## piday.scd

      
              1 file
            
          
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                shimpe
                / piday.scd
            
            
              Created
              March 27, 2020 17:14
            
              
                code for piday project
              
          
    (
s.waitForBoot({
var deg_to_bass = (
1: "c3",
2: "d3",
3: "e3",
4: "f3",
5: "g3",
6: "a3",
7: "b3",

  
## vexflow in supercollider
(
var webview = WebView().minSize_(300@200);
var browser = View(bounds:900@700).layout_(VLayout(webview));
webview.setHtml(html:"
	<div id=\"myscore\"></div>

	<script src=\"https://unpkg.com/vexflow/releases/vexflow-min.js\"> </script>
	<script>
	var vf = new Vex.Flow.Factory({
	renderer: {elementId: 'myscore', width: 500, height: 200}

## abcjs in supercollider
// note: the trickiest part to getting scores to work is to
// properly escape all the quotes " and backslashes \ while creating the html string
// showing simple fragment
(
var webview = WebView().minSize_(300@600);
var browser = View(bounds:900@700).layout_(VLayout(webview));
webview.setHtml(html:"<html>
	<head>
	<meta charset='utf-8'>
	<meta http-equiv=\"content-type\" content=\"text/html\" />

## FreeJazzScreenCastCode.scd
// continuous
(
~stream = Pwhite(50, 70, 5).asStream;
)

(
~stream.next.debug("next value");
)

(

## project_coughin_dance.scd

      
              1 file
            
          
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                shimpe
                / project_coughin_dance.scd
            
            
              Last active
              August 16, 2020 11:25
            
              
                added proper latency compensation
              
          
    /////////////////////////////////////////////////////////////////////////////////////////////////
//
// functions: wrap up functionality in a neat name
//
(
var f = {
| a, b |
a + b; // last thing in function is what is returned
};

  
## slowmovingtextclip.py
import moviepy.editor as mpy
from vectortween.Mapping import Mapping

basename = 'video.mp4'
inputfile = basename + ".mp4"
outputfile = basename + ".new.mp4"
video_file = mpy.VideoFileClip(inputfile)
duration = video_file.duration # duration
video_width, video_height = video_file.size
textclip = mpy.TextClip("www.YouTube.com",fontsize=30,color="red")

## colored_word.py
# Import everything needed to edit video clips
from moviepy.editor import *
from vectortween.PointAnimation import PointAnimation

fps = 25
duration = 10
W = 2000
H = 500

# Generate a text clip
	import math
	import itertools
	from operator import mul
	from functools import reduce

	def approx(freq, exponents):
	resulting_list = []
	maxvals = [ list(range(0, math.ceil(math.log(freq, exp)))) for exp in exponents]
	print("maxvals = ", maxvals)
	cartesian_product = itertools.product(*maxvals)
	(
	s.waitForBoot({
	Ndef(\bits, {
	var t = PulseCount.ar(Impulse.ar(8e3));
	var sig = HPF.ar(
	(
	((t * 15) & (t >> 5)) \|
	((t * 5) & (t >> [3, 4])) \|
	((t * 2) & (t >> 9)) \|
	((t * 8) & (t >> 11)) \|

	(
	// By James McCartney
	var w, h = 1080, v = 720, seed, run = true, phase = 0;

	var text_radius = 300; // pixels
	var text_angle_increment = 7.degrad; // 7 degrees converted to radians
	var text_start_angle = 0;
	var text_center_x = 0;
	var text_center_y = 0;
	(
	var webview = WebView().minSize_(300@200);
	var browser = View(bounds:900@700).layout_(VLayout(webview));
	webview.setHtml(html:"
	<div id=\"myscore\"></div>

	<script src=\"https://unpkg.com/vexflow/releases/vexflow-min.js\"> </script>
	<script>
	var vf = new Vex.Flow.Factory({
	renderer: {elementId: 'myscore', width: 500, height: 200}
	// note: the trickiest part to getting scores to work is to
	// properly escape all the quotes " and backslashes \ while creating the html string
	// showing simple fragment
	(
	var webview = WebView().minSize_(300@600);
	var browser = View(bounds:900@700).layout_(VLayout(webview));
	webview.setHtml(html:"<html>
	<head>
	<meta charset='utf-8'>
	<meta http-equiv=\"content-type\" content=\"text/html\" />
	// continuous
	(
	~stream = Pwhite(50, 70, 5).asStream;
	)

	(
	~stream.next.debug("next value");
	)

	(
	import moviepy.editor as mpy
	from vectortween.Mapping import Mapping

	basename = 'video.mp4'
	inputfile = basename + ".mp4"
	outputfile = basename + ".new.mp4"
	video_file = mpy.VideoFileClip(inputfile)
	duration = video_file.duration # duration
	video_width, video_height = video_file.size
	textclip = mpy.TextClip("www.YouTube.com",fontsize=30,color="red")
	# Import everything needed to edit video clips
	from moviepy.editor import *
	from vectortween.PointAnimation import PointAnimation

	fps = 25
	duration = 10
	W = 2000
	H = 500

	# Generate a text clip