chrispahm

// Current implementation:
// The variable bestPossibleEval will be equal to the evaluation of the first simplex iteration
// displaying the best possible solution to the problem.
// The while loop will now be terminated if the current bestEvaluation is smaller (due to negtaive sign)
// than the acceptableThreshold -> supposed to be the way its done in GAMS

    while (branches.length > 0 && toleranceFlag === true) {
        var acceptableThreshold = this.bestPossibleEval * (1 - (tolerance/100));
        // Abort while loop if termination tolerance is both specified and condition is met
        if (tolerance > 0) {

chrispahm

/*
	Vorgewende
	API Methods
	lineString (poly, (angle), (distance)) - Returns array consisting of a GeoJSON lineString for each headland for the given field
	Polygon (poly, workingWidth, (angle), (distance))- Returns an array consisting of a GeoJSON Polygon for each headland using the working width as its width for the given field
*/
const GJV = require("geojson-validation")
const turf = require('@turf/turf')

module.exports = {

chrispahm

/*
	Vorgewende
	API Methods
	lineString (poly, (angle), (distance)) - Returns array consisting of a GeoJSON lineString for each headland for the given field
	Polygon (poly, workingWidth, (angle), (distance))- Returns an array consisting of a GeoJSON Polygon for each headland using the working width as its width for the given field
*/
const GJV = require("geojson-validation")
const turf = require('@turf/turf')

module.exports = {

chrispahm

var resizedPoly = turf.transformScale(polygon, 1000)

Draw.add(resizedPoly)
Draw.add(turf.simplify(resizedPoly, {tolerance: 0.05, highQuality: true}))
Draw.add(turf.simplify(resizedPoly, {tolerance: 0.4, highQuality: true}))
vorgewende.lineString(turf.simplify(resizedPoly, {tolerance: 0.05, highQuality: true}),38)
map.fitBounds(turf.bbox(resizedPoly))

chrispahm

# GAMS run init script
#
# This atom init script will execute the current GAMS file
# and subsequently open the according listing (.lst) file
# An example hack to log to the console when each text editor is saved.
# You would need to have linter-gams installed and adjust the below filepaths
# to your needs

atom.commands.add 'atom-text-editor', 'gams:run', =>
  return unless editor = atom.workspace.getActiveTextEditor()

chrispahm

	 /*************************************************************
     * Method: reformatGAMS
     * Scope: Public:
     * Agruments: model: The model we want solver to operate on
     			  optcr: Termination tolerance
     * Purpose: Convert a friendly JSON model into a model for a
     *          real solving library...in this case
     *          GAMS
     **************************************************************/
	//    this.reformatGAMS = function (model, optcr) {

chrispahm

/*************************************************************
     * Method: lstParse
     * Scope: Public:
     * Agruments: listingFile: The GAMS listingFile file to interpreted 
     			  model: The model we want solver to operate on
     * Purpose: Convert the results of a GAMS CPLEX solve to a 
     * 			friendly JSON similar to the one generated by
     *			the jsLPsolver
     **************************************************************/
	// Check model status, and only proceed if status code is in modelStatus-Array

chrispahm

// open the developer console in Atom (ctrl-shift-i on Windows)
// and paste the following code in order to get a list of all
// active parameters currently used in the GAMS model
global.gamsView.filter(elem => {
  function checkRef(ref) {
    let flag = false
    ref.forEach(ref => {
      if (ref.file.includes('templ.gms') || ref.file.includes('model')) flag = true
    })
    return flag

chrispahm

JPG:
$ brew install jpegoptim
$ mkdir lowRes
$ sips -Z 1024 *.jpg --out lowRes
$ cd lowRes
$ find . -name "*.jpg" -exec jpegoptim -m80 -o -p --strip-all {} \;

- PNG:
$ brew install optipng
$ mkdir lowRes

chrispahm

var coeff = [
  [1,0],
  [2,0],
  [3,0],
  [4,0],
  [0,1],
  [1,1],
  [2,1],
  [3,1],
  [0,2],