CnrLwlss

import random, numpy

def genGuess(N,W,H):
    '''Generate sensible initial guess vector (random circle coordinates and radii)'''
    z=numpy.zeros(3*N)
    for i in xrange(0,N):
        z[i*3]=random.random()*W
        z[i*3+1]=random.random()*H
        z[i*3+2]=0.001*min(W,H)+random.random()*(0.009*min(W,H))
    return(z)

tatarize

from queue import Queue
from svgelements import *

"""
The Zingl-Bresenham plotting algorithms are from Alois Zingl's "The Beauty of Bresenham's Algorithm"
( http://members.chello.at/easyfilter/bresenham.html ).
 
In the case of Zingl's work this isn't explicit from his website, however from personal
correspondence "'Free and open source' means you can do anything with it like the MIT licence."

willtemperley

//
//  Simplify.swift
//  adapted from https://gist.github.com/yageek/287843360aeaecdda14cb12f9fbb60dc
//  updated to work with Swift 5.9
//
//  Simplification of a 3D-polyline.
//  A port of https://github.com/hgoebl/simplify-java for Swift
//
//
//  The MIT License (MIT)