nanjizal

package cornerContour._application;

import starling.rendering.IndexData;
import starling.rendering.VertexData;
import openfl.display.Sprite;
import openfl.events.Event;
import openfl.display.Graphics;
import openfl.display.BitmapData;
import openfl.geom.Vector3D;
// contour code

nanjizal

public inline
    function mitreDraw( ax_: Float, ay_: Float, bx_: Float, by_: Float, width_: Float, clockWise: Bool ){
        // bx_, by_ currently not required... but incase.
        // work out the opposite point to j, ie the mitre corner.
        //   calculate the difference from centre
        var deltaX = ax_ - jx;
        var deltaY = ay_ - jy;
        //   reflect j in relation to a
        var mitreCornerX = ax_ + deltaX;
        var mitreCornerY = ay_ + deltaY;

nanjizal

    public inline
    function channelBlend( ch0: PixelChannel
                         , ch1: PixelChannel
                         , ch2: PixelChannel
                         , ch3: PixelChannel ){
        var a1: Float = c0; // abstract conversion
        var r1: Float = c1;
        var g1: Float = c2;
        var b1: Float = c3;
        var a2: Float = ch0;

nanjizal

(function ($hx_exports, $global) { "use strict"; var $hx_script = (function (exports, global) { // Generated by Haxe 4.3.3
(function ($hx_exports, $global) { "use strict";
$hx_exports["lime"] = $hx_exports["lime"] || {};
var $hxClasses = {},$estr = function() { return js_Boot.__string_rec(this,''); },$hxEnums = $hxEnums || {},$_;
function $extend(from, fields) {
	var proto = Object.create(from);
	for (var name in fields) proto[name] = fields[name];
	if( fields.toString !== Object.prototype.toString ) proto.toString = fields.toString;
	return proto;
}

nanjizal

// package iterMagic;
https://try.haxe.org/#05CF3741
/* 
  Basic data structure to work with images made of Int, does not provide color specific manipulation.
*/
import haxe.ds.GenericStack; // assess to GenericCell
import haxe.ds.Vector;

typedef BytesInt = haxe.io.Bytes;
typedef ArrInt = Array<Int>;

nanjizal

function main() {
  trace("Freya Hermite Monotonic curve");
  var w = 0.5;
  var x = 0.;
  for( x10 in 0...10 ){
		x = x10/10;
    trace( x + ' : ' + cubicMidpointEaseInOut( x, w ) );
  }
  trace( 1. + ' : ' + cubicMidpointEaseInOut( 1., w ) );
}

nanjizal

import haxe.ds.Vector;
function main() {
  var a: A<ArrInt> = A.arrInt( 10 );
  var v: A<VecInt> = A.vecInt( 10 );
  a[3]=1;
  v[2]=2;
  trace( a[3] );
  trace( v[2] );
}
typedef ArrInt = Array<Int>;

nanjizal

//https://try.haxe.org/#3C9bD72e
import haxe.ds.GenericStack; // assess to GenericCell

enum abstract ImageType(Int) {
	var BYTES;
	var ARRAY;
	var UINT32ARRAY;
	var VECTOR;
	var GENERICSTACK;
}

nanjizal

//https://try.haxe.org/#d6768054
enum abstract ImageType( Int ) {
	var BYTES;
  var ARRAY;
  var UINT32ARRAY;
  var VECTOR;
}
@:access( IDataImage )
@:transitive
@:multiType

nanjizal

class HolderImage{
	public var image: IDataImage;
  public function new( image: IDataImage ){
		this.image = image;
  }
}
class Test {
	static function main() {
    var holderImage = new HolderImage( new ByteImage( 100, 100 ) );
    var b = new UInt32ArrayImage(100, 100);