catfact

/// u-law
(

Routine { s = Server.default.waitForBoot;

	// this N determines lookup table resolution
	n = 512;
	~unit = Array.fill(n, {|i| i.linlin(0, n-1, -1, 1) });

	///////////////////////////////

catfact

Routine {

	SynthDef.new(\buf_del_lpf_fb, {
		arg buf,
		in=0, out=0,
		amp=1.0, pan=0, fb = 0.7,
		fc=4000, rq=1, time=1.0, timelag=0.5;

		var del, loop;

catfact

import requests
import subprocess

community_url = "https://raw.githubusercontent.com/monome/norns-community/main/community.json"

def clone_all(url, location):
    res = requests.get(url)
    cat = res.json()
    for entry in cat['entries']:
        proj_url = entry['project_url']

antonhornquist

See examples in the following order (gist files are ordered alphabetically rather than by relevance/how i entered them):

• testsine - simplest possible engine
• passersby and glut - real engines with both commands and polls, the latter with polls defined in code
• r - my modular engine
• ack - ack, including the support library inline (see below)
• testsine_pd - possible way to expose a testsine pd engine
• [co](https://gist.github.

chrisengelsma

#ifndef _POLYNOMIAL_REGRESSION_H
#define _POLYNOMIAL_REGRESSION_H  __POLYNOMIAL_REGRESSION_H
/**
 * PURPOSE:
 *
 *  Polynomial Regression aims to fit a non-linear relationship to a set of
 *  points. It approximates this by solving a series of linear equations using 
 *  a least-squares approach.
 *
 *  We can model the expected value y as an nth degree polynomial, yielding

chris-piekarski

See device/sample/frameworks/PlatformLibrary/README.txt

Platform Library Example
~~~~~~~~~~~~~~~~~~~~~~~~


This directory contains a full example of writing your own Android platform
shared library, without changing the Android framework.  It also shows how to
write JNI code for incorporating native code into the library, and a client
application that uses the library.

jbenet

/* 
author: jbenet
os x, compile with: gcc -o testo test.c 
linux, compile with: gcc -o testo test.c -lrt
*/

#include <time.h>
#include <sys/time.h>
#include <stdio.h>