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kinetics.js
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kinetics.js
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/*
* Kinetics (2022) by Mitchell
* Pause a Kinetic by clicking on the canvas.
* Increase and decrease the p5js framerate by tapping the left and right arrows.
* Pause the Kinetic's top layer by tapping down arrow.
* Press H for X-HQ, M for HQ, L for LQ.
* Save a frame by tapping S.
* Reset the Kinetic by by tapping backspace.
*/
//#region colors
window.$fxhashFeatures = {
}
let white = "#fbf9ee";
let primaryColors = [
"#0060aa",
"#ffed10",
"#e20025",
"#1c1c1c",
"#FFFAF0"];
let colorWays =
[
["#008E98", "#005679","#F78200", "#FFFEF9"],
["#008E98","#F78200", "#005679", "#FFFEF9"],
["#0abdc6", "#711c91", "#133e7c", "#1c1c1c"],
["#a3d9b3", "#d9625a", "#fbe672", "#FFFEF9"],
["#711c91", "#ea00d9", "#00AF52", "#1c1c1c"],
["#045334", "#f9f17f", "#ef1414", "#FFFEF9"],
["#FFFF00", "#F5AD94", "#0060aa", "#1c1c1c"],
["#D7A22A", "#9F792C", "#006778", "#FFFEF9"],
["#045334", "#6f67e5", "#d65eaa", "#FFFEF9"],
["#6f67e5", "#f9f17f", "#d65eaa", "#FFFEF9"],
["#4A0000", "#4A0000", "#4A0000", "#1c1c1c"],
["#C6C6C6", "#C6C6C6", "#023853", "#1c1c1c"],
["#C6C6C6", "#C6C6C6", "#e20025", "#FFFEF9"],
["#C6C6C6", "#C6C6C6", "#0060aa", "#FFFEF9"],
["#023853", "#023853", "#023853", "#FFFEF9"],
["#e20025", "#FE0002", "#4A0000", "#1c1c1c"],
["#4A0000", "#131739", "#f9f5cc", "#FFFEF9"],
["#4F2683", "#131739", "#FFC62F", "#FFFEF9"],
["#0060aa", "#7030A2", "#0170C1", "#FFFEF9"],
["#0060aa", "#7030A2", "#0170C1", "#1c1c1c"],
["#0060aa", "#FFFAF0", "#0170C1", "#1c1c1c"],
["#d65eaa", "#FFFAF0", "#d65eaa", "#FFFEF9"],
["#e20025", "#ef1414", "#4A0000", "#1c1c1c"],
["#0060aa", "#FFFAF0", "#0170C1", "#FFFEF9"],
["#00AF52", "#FFFAF0", "#0170C1", "#FFFEF9"],
["#711c91", "#ea00d9", "#00AF52", "#1c1c1c"],
["#0060aa", "#0060aa", "#0060aa", "#1c1c1c"],
["#0060aa", "#FFFAF0", "#0170C1", "#FFFEF9"],
["#e20025", "#FFFAF0", "#FE0002", "#FFFEF9"],
["#e20025", "#ffed10", "#FE0002", "#FFFEF9"],
["#7030A2", "#0170C1", "#FE0002", "#1c1c1c"],
["#0060aa", "#e20025", "#FE0002", "#FFFEF9"],
["#0b0b0b", "#363636", "#f5f5f5", "#FFFEF9"],
["#E4312b", "#000000", "#149954", "#1c1c1c"],
["#E4312b", "#000000", "#149954", "#FFFEF9"],
["#008C45", "#F4F9FF", "#CD212A", "#FFFEF9"],
["#012169", "#C8102E", "#C8102E", "#FFFEF9"],
["#0b0b0b", "#363636", "#f5f5f5", "#1c1c1c"],
["#2D2825", "#2D2825", "#f5f5f5", "#FFFEF9"],
["#241773", "#9E7C0C", "#C60C30", "#FFFEF9"],
["#00AF52", "#FE0002", "#00AF52", "#1c1c1c"],
["#f4dfad", "#ffed10", "#FE0002", "#FFFEF9"],
['#363636', '#363636', '#f5f5f5', "#FFFEF9"],
['#004C54', '#A5ACAF', '#004C54', "#FFFEF9"],
['#0b0b0b', '#FFFAF0', '#FFFAF0', "#FFFEF9"],
['#FFFF00', '#0b0b0b', '#FFFAF0', "#FFFEF9"],
['#0b0b0b', '#FFFAF0', '#FFFAF0', "#FFFEF9"],
['#0b0b0b', '#0b0b0b', '#0b0b0b', "#FFFEF9"],
['#A71930', '#A5ACAF', '#A71930', "#1c1c1c"],
['#0738AC', '#D5270F', '#D5275A', "#FFFEF9"],
['#ef1414', '#ef1414', '#d65eaa', "#FFFEF9"],
['#131739', '#045334', '#045334', "#FFFEF9"],
['#131739', '#3f7eb3', '#ff007c', "#FFFEF9"],
['#3f7eb3', '#3f7eb3', '#131739', "#FFFEF9"],
['#231f20', '#231f20', '#045334', "#FFFEF9"],
['#a76bcf', '#a76bcf', '#ff007c', "#1c1c1c"],
['#9c5026', '#9c5026', '#9c5026', "#FFFEF9"],
]
//#endregion
//#region randoms
const hashPairs = [];
for (let j = 0; j < 32; j++) {
hashPairs.push(Math.floor(fxrand()*255));
}
const decPairs = hashPairs.map(x => {
return x;
});
let decPairs2 = hashPairs.map(x => {
return (x % 2) + 1;
});
let decPairs3 = hashPairs.map(x => {
return (x % 3) + 1;
});
let decPairs4 = hashPairs.map(x => {
return (x % 4) + 1
});
let decPairs5 = hashPairs.map(x => {
return (x % 5) + 1
});
let decPairs7 = hashPairs.map(x => {
return (x % 7) + 1
});
let decPairs10 = hashPairs.map(x => {
return (x % 10) + 1;
});
let decPairs30 = hashPairs.map(x => {
return (x % 30) + 1;
});
let decPairs15 = hashPairs.map(x => {
return (x % 15) + 1;
});
let decPairs50 = hashPairs.map(x => {
return (x % 50) + 1;
});
let decPairs100 = hashPairs.map(x => {
return (x % 100) + 1;
});
//#endregion
//#region variables
let features = {
pointsAcross: decPairs[6] + 1,
pointsDown: decPairs[7] + 1,
trompe_loiel: decPairs[12] < 120,
flippedX: decPairs3[23] === 1,
flippedY: decPairs3[5] === 1,
flat: decPairs[12] >= 120,
horizontalGradient: decPairs4[8] === 4 || (decPairs7[9] === 1 && decPairs2[0] === 1),
verticalGradient: decPairs4[8] <= 3 || (decPairs7[9] === 1 && decPairs2[0] === 2),
blockHeightXL: decPairs4[18] === 4,
blockHeightL: decPairs4[18] === 3,
blockHeightM: decPairs4[18] === 2,
blockHeightS: decPairs4[18] === 1,
blockHeight: 0,
reverseShearX: decPairs4[17] === 3,
reverseShearY: decPairs4[17] === 3 && decPairs2[19] === 1,
matter: decPairs4[19] > 3 ? "#1c1c1c" : "#FFFEF9",
filterAmount: decPairs7[28] + 1,
gapSize: decPairs50[15] + 1,
xPacking: decPairs7[5],
yPacking: decPairs5[6],
wiggling: (decPairs3[11] === 1 || decPairs3[4] === 1) && decPairs7[13] === 0,
masked: (decPairs7[7] === 1)
};
const verticalGradient = 1,horizontalGradient = 2;
let delayLeftRightLowerLimit,delayTopBottomLowerLimit,myWidth, myHeight, tempScale = .99,totalShapes = { shape:[] },delayTopBottomUpperLimit,delayLeftRightLowerLimitI,delayTopBottomLowerLimitI,delayTopBottomUpperLimitI,pgMain,pgMain2,pgMain3,pgMain4,pgBackground,ripple2I,ripple3I,ripple4I,ripple5I,ripple6I,color1,color2,color3,smallerDimension,cutRightIncrement,cutLeftIncrement,isCutLeft,isCutRight,cutTempLeft,cutTempRight,curveDegreeLeftIncrement,curveDegreeLeft,curveDegreeRightIncrement,curveDegreeRight,cutBottomIncrement,cutTopIncrement,isCutTop,isCutBottom,cutTempTop,cutTempBottom,curveDegreeTopIncrement,curveDegreeTop,curveDegreeBottomIncrement,curveDegreeBottom,nHeightMin,nHeightMax,nWidthMin,nWidthMax,nW,nH,halfWidth,halfHeight,ellipseWidth,heightOfArea,maxOffsetLeft,maxOffsetRight,widthOfArea,clearC,clearC2,isOutline,strokeWeightOfOutline,shapeStart2,isCurvedRight,isCurvedLeft,isCurvedTop,isCurvedBottom,co,cWhite,xTemp,xTemp2,xStopWidth,xSwitchWidth,yTemp,yStopHeight,ySwitchHeight,n4,strokeColor,centerX,centerY,initDelayLeftRightLowerLimit,initDelayTopBottomLowerLimit,initDelayTopBottomUpperLimit,drawTCU,drawOnCanvas,drawSlide,shapes=[],points=[],colorWay=[],ripple=0,ripple2=0,ripple3=0,ripple4=0,ripple5=0,ripple6=0,boardWidth=0,boardWidthDivided=0,myHeightWidth=0,isLoading=!0,gradientDirection=1,pause=!1,pauseShapes=!1,cutLeft=0,cutRight=0,curveRadiusLeft=0,curveRadiusRight=0,cutTop=0,cutBottom=0,noise47GT75=0,noise49GT6=0,curveRadiusTop=0,curveRadiusBottom=0,heightMinusBw=0,maxOffsetLeftRightAbs2=0,maxOffsetLeftRightAbs=0,tblDone=!1,tbuDone=!1,lrlDone=!1,circleDirectionLeft=1,circleDirectionRight=1,hideCurtain=!1,shiftAmountY=0,shiftAmountX=0,l3Done=!1,offsetAmountBottomLeft=0,offsetAmountBottomRight=0,offsetAmountTopRight=0,offsetAmountTopLeft=0,incrementOffsetLeft=.1,incrementOffsetRight=.1,offsetLeft=0,offsetRight=0,outlineIsCurved=!1,initCurveDegreeLeftIncrement=0,initCurveDegreeRightIncrement=0,initCurveDegreeTopIncrement=0,initCurveDegreeBottomIncrement=0,initCutLeftIncrement=0,initCutRightIncrement=0,initCutTopIncrement=0,initCutBottomIncrement=0,leftCircle=!1,rightCircle=!1,split=!1,scaler=.01,drawShapesWeight=0,myFrameRate=60,circleRadius=0,d=0,n=0,l=0,n2=0,l2=0,l3=0,l3I=0,n3=0,dInit=0,tanWav=1===decPairs10[1],sinWav=decPairs4[1]>2,circleX=0,blockHeightGapSize=0,incrementDegree=0,dividerHeight=0,w3=0,h3=0,
drawFlipX=function(){},drawFlipY=function(){},drawLeftRight=function(){},drawTopBottom=function(){},drawRemoveTop=function(){},drawRemoveBottom=function(){},drawHorizontalGap=function(){},drawVerticalGap=function(){}, circleFunction, curveFunctionTop, curveFunctionLeft, curveFunctionRight, curveFunctionBottom,drawResetCircle = function() {}, drawWiggle = function() {}, drawResetCurveLeft = function() {}, drawResetCurveRight = function() {}, drawResetCurveTop = function() {}, drawResetCurveBottom = function() {}, drawResetCutRight = function() {}, drawResetCutLeft = function() {}, drawResetCutTop = function() {}, drawResetCutBottom = function() {};
//#endregion
//#region core functions
function setup() {
isLoading = true;
noiseSeed(decPairs[31]);
myFrameRate = 20+(20*fxrand());
pixelDensity(3);
smallerDimension = windowWidth < windowHeight ? windowWidth : windowHeight;
myWidth = smallerDimension/2;
myHeight = myWidth * (16 / 9);
canvas = createCanvas(smallerDimension * (9 / 16), smallerDimension);
canvas.mouseClicked(function () {
pause = !pause;
});
dividerHeight = height * decPairs3[20];
myHeightWidth = (myHeight * width / myWidth);
boardWidth = width / 20;
boardWidthDivided = boardWidth / 2;
features.blockHeight = features.blockHeightXL ? height / 2 :
features.blockHeightL ? height / 3 :
features.blockHeightM ? height / 4 :
features.blockHeightS ? height / 5 :
height / 4;
features.BlockDivider = features.blockHeightXL ? 2 :
features.blockHeightL ? 3 :
features.blockHeightM ? 4 :
features.blockHeightS ? 5 :
2;
blockHeightGapSize = features.blockHeight + features.gapSize;
gradientDirection = features.horizontalGradient ? horizontalGradient : features.verticalGradient ? verticalGradient : gradientDirection;
features.colorWay = colorWays[decPairs[0] % colorWays.length];
primaryColors.sort(function(a, b){
if(a.charAt(decPairs5[0]) < b.charAt(decPairs5[0])) { return -1; }
if(a.charAt(decPairs5[0]) > b.charAt(decPairs5[0])) { return 1; }
return 0;
})
features.colorWay2 = colorWay.concat(primaryColors);
clearC = color("#FFFFFF");
clearC2 = color("#FFFFFF");
clearC.setAlpha(0);
clearC2.setAlpha(1);
features.backgroundColor = color(features.colorWay[3]);
features.solidBackground = noise(30) < .7;
fill(features.backgroundColor);
noStroke();
rect(0, 0, smallerDimension, smallerDimension)
features.strokeCapSquare = noise(11) > .1;
if (features.strokeCapSquare) {
strokeCap(SQUARE);
}
pgBackground = createGraphics(myWidth, myHeight);
pgMain = createGraphics(myWidth, myHeight);
pgMain2 = createGraphics(width, height);
pgMain4 = createGraphics(width, height);
pgMain3 = createImage(parseInt(width), parseInt(height));
pgMain.noFill();
split = noise(245) > .5;
color3 = color(features.colorWay[0]);
color1 = color(features.colorWay[2]);
color2 = color(features.colorWay[1]);
features.filterColor = primaryColors[decPairs[21]%primaryColors.length];
nW = noise(8) <= .5 ? (noise(5) * .6) : (noise(5) * .3);
nH = noise(7) <= .5 ? (noise(6) * .2) : (noise(6) * .4);
scaler *= noise(7) * noise(8);
nHeightMin = nH * height;
nHeightMax = (1 - nH) * height;
nWidthMin = nW * width;
nWidthMax = (1 - nW) * width;
features.HasVerticalGap = nW > .3 ? noise(33) > .9 : noise(33) > .8;
features.HasHorizontalGap = noise(34) > .6;
features.VerticalGapSize = noise(39);
features.HorizontalGapSize = 3 * noise(38);
features.filtered = decPairs[3] <= 140;
features.removeLeftAndRight = features.filtered;
heightOfArea = nHeightMax - nHeightMin;
widthOfArea = nWidthMax - nWidthMin;
rightCircle = decPairs3[4] === 1;
leftCircle = decPairs3[11] === 1;
features.centered = noise(87) > .6;
centerX = myWidth / 2 * noise(91);
centerY = myHeight / 2 * noise(45);
circleRadius = widthOfArea > heightOfArea ? heightOfArea / 2 : widthOfArea / 2;
w3 = width*3
h3 = height*3;
features.offset = noise(69) > .45;
if (features.offset) {
offsetAmountBottomLeft = (noise(70) > .5 ? -1 : 1) * noise(68) * nWidthMin / 2;
offsetAmountBottomRight = (noise(71) > .5 ? -1 : 1) * noise(69) * nWidthMin / 2;
offsetAmountTopRight = (noise(72) > .5 ? -1 : 1) * noise(80) * nWidthMin / 2;
offsetAmountTopLeft = (noise(73) > .5 ? -1 : 1) * noise(81) * nWidthMin / 2;
incrementOffsetLeft = (offsetAmountTopLeft - offsetAmountBottomLeft) / heightOfArea;
incrementOffsetRight = (offsetAmountTopRight - offsetAmountBottomRight) / heightOfArea;
}
offsetLeft = 0;
offsetRight = 0;
maxOffsetLeft = incrementOffsetLeft * heightOfArea;
maxOffsetRight = incrementOffsetRight * heightOfArea;
maxOffsetLeftRightAbs2 = Math.abs(maxOffsetLeft + maxOffsetRight);
maxOffsetLeftRightAbs = maxOffsetLeftRightAbs/2;
cutLeft = 0;
cutRight = 0;
cutRightIncrement = 0;
cutLeftIncrement = 0;
cutTempLeft = 0;
cutTempRight = 0;
cutTop = 0;
cutBottom = 0;
cutBottomIncrement = 0;
cutTopIncrement = 0;
cutTempTop = 0;
cutTempBottom = 0;
isCurvedLeft = noise(129) > .5;
isCurvedRight = noise(130) > .5;
isCurvedBottom = noise(131) > .75;
isCurvedTop = noise(132) > .75;
isCutLeft = isCurvedLeft ? noise(100) > .65 : noise(100) > .6;
isCutRight = isCurvedRight ? noise(104) > .65 : noise(104) > .6;
isCutBottom = isCurvedBottom ? noise(105) > .8 : noise(105) > .75;
isCutTop = isCurvedTop ? noise(106) > .8 : noise(106) > .75;
features.removeTopAndBottom = features.filtered && (isCurvedTop || isCurvedBottom || isCutTop || isCutBottom);
if (isCutLeft) {
cutLeft = (noise(1, 2) > .5 ? -1 : 1) * noise(79) * widthOfArea / 4;
cutLeftIncrement = noise(102);
drawResetCutLeft = incrementCutLeft;
}
if (isCutRight) {
cutRight = (noise(2, 2) > .5 ? -1 : 1) * noise(75) * widthOfArea / 4;
cutRightIncrement = noise(103);
drawResetCutRight = incrementCutRight;
}
if (isCurvedRight) {
curveRadiusRight = (noise(24) > .5 ? -1 : 1) * (widthOfArea / 5) * noise(22);
curveDegreeRightIncrement = 2*TWO_PI / (height/decPairs3[21] % 180)
curveDegreeRight = 0;
drawResetCurveRight = incrementCurveDegreeRight;
let curveRightFunctionSeed = noise(17);
if(curveRightFunctionSeed <= .38) {
features.curveFunctionRight = "Cos";
curveFunctionRight = Math.cos;
} else if (curveRightFunctionSeed < .75) {
features.curveFunctionRight = "Sin";
curveFunctionRight = Math.sin;
} else {
features.curveFunctionRight = "Tan";
curveFunctionRight = Math.tan;
}
}
if (isCurvedLeft) {
curveRadiusLeft = (noise(23) > .5 ? -1 : 1) * (widthOfArea / 5) * noise(21);
curveDegreeLeftIncrement = 2*TWO_PI / (height/decPairs3[21] % 180)
curveDegreeLeft = 0;
drawResetCurveLeft = incrementCurveDegreeLeft;
let curveLeftFunctionSeed = noise(19);
if(curveLeftFunctionSeed <= .38) {
features.curveFunctionLeft = "Cos";
curveFunctionLeft = Math.cos;
} else if (curveLeftFunctionSeed < .75) {
features.curveFunctionLeft = "Sin";
curveFunctionLeft = Math.sin;
} else {
features.curveFunctionLeft = "Tan";
curveFunctionLeft = Math.tan;
}
}
if (isCurvedBottom) {
curveRadiusBottom = (noise(24) > .5 ? -1 : 1) * (heightOfArea / 5) * noise(22);
curveDegreeBottomIncrement = 2*TWO_PI / (width/decPairs3[21] % 180)
curveDegreeBottom = 0;
drawResetCurveBottom = incrementCurveDegreeBottom;
let curveBottomFunctionSeed = noise(29);
if(curveBottomFunctionSeed <= .38) {
features.curveFunctionBottom = "Cos";
curveFunctionBottom = Math.cos;
} else if (curveBottomFunctionSeed < .75) {
features.curveFunctionBottom = "Sin";
curveFunctionBottom = Math.sin;
} else {
features.curveFunctionBottom = "Tan";
curveFunctionBottom = Math.tan;
}
}
if (isCurvedTop) {
curveRadiusTop = (noise(23) > .5 ? -1 : 1) * (heightOfArea / 5) * noise(21);
curveDegreeTopIncrement = 2*TWO_PI / (width/decPairs3[21] % 180)
curveDegreeTop = 0;
drawResetCurveTop = incrementCurveDegreeTop;
let curveTopFunctionSeed = noise(28);
if(curveTopFunctionSeed <= .33) {
features.curveFunctionTop = "Cos";
curveFunctionTop = Math.cos;
} else if (curveTopFunctionSeed < .67) {
features.curveFunctionTop = "Sin";
curveFunctionTop = Math.sin;
} else {
features.curveFunctionTop = "Tan";
curveFunctionTop = Math.tan;
}
}
if (isCutTop) {
cutTop = (noise(1, 2) > .5 ? -1 : 1) * noise(79) * heightOfArea / 5;
cutTopIncrement = noise(104);
drawResetCutTop = incrementCutTop;
}
if (isCutBottom) {
cutBottom = (noise(2, 2) > .5 ? -1 : 1) * noise(75) * heightOfArea / 5;
cutBottomIncrement = noise(105);
drawResetCutBottom = incrementCutBottom;
}
initCurveDegreeBottomIncrement = curveDegreeBottomIncrement;
initCurveDegreeTopIncrement = curveDegreeTopIncrement;
initCurveDegreeRightIncrement = curveDegreeRightIncrement;
initCurveDegreeLeftIncrement = curveDegreeLeftIncrement;
initCutBottomIncrement = cutBottomIncrement;
initCutTopIncrement = cutTopIncrement;
initCutRightIncrement = cutRightIncrement;
initCutLeftIncrement = cutLeftIncrement;
delayLeftRightLowerLimit = heightOfArea/2;
delayTopBottomLowerLimit = nWidthMin;
delayTopBottomUpperLimit = nWidthMax;
initDelayLeftRightLowerLimit = delayLeftRightLowerLimit;
initDelayTopBottomLowerLimit = delayTopBottomLowerLimit;
initDelayTopBottomUpperLimit = delayTopBottomUpperLimit;
heightMinusBw = height - boardWidthDivided
delayLeftRightLowerLimitI = width / (10);
delayTopBottomLowerLimitI = height / (10);
delayTopBottomUpperLimitI = height / (10);
myStrokeWeight = height / decPairs100[15];
drawShapesWeight = 1 + noise(95) > .8 ? decPairs2[10] : decPairs5[10];
strokeWeightOfOutline = (strokeWeightOfOutline * 2) > widthOfArea - boardWidth ? strokeWeightOfOutline / 4 : strokeWeightOfOutline;
isOutline = noise(59) > .8;
outlineIsCurved = noise(78) > .5;
strokeWeightOfOutline = myStrokeWeight;
noise47GT75 = noise(47) > .75;
noise49GT6 = noise(49) > .6;
incrementDegree = (180 / (circleRadius*2)) * (PI / 180);
d = PI / (decPairs7[14]);
circleDirectionLeft = (noise(134) > .5 ? 1 : -1);
circleDirectionRight = (noise(133) > .5 ? 1 : -1);
dInit = d;
features.shapesType = noise(44) > .8 ? 3 : noise(44) > .6 ? 2 : noise(44) > .4 ? 1 : "";
ripple2I = width/decPairs[10]/2.5;
ripple3I = width/decPairs[11]/2.5;
ripple4I = width/decPairs[12]/2.5;
ripple5I = width/decPairs[13]/2.5;
ripple6I = width/decPairs[14]/2.5;
n = noise(3) > .5 ? 0 : noise(70) * .5;
n = (height) * (n > .5 ? 1 - n : n);
l = noise (3) > .6 && noise(2) > .3 ? 0 : noise(21) * .5;
l = width * (l > .5 ? 1 - l : l);
l2 = width - (2 * (l));
n2 = height - (2 * (n));
l3 = 0;
l3I = height / 30;
n3 = n2/2;
n4 = n+n3;
ellipseWidth = height/decPairs5[21];
halfWidth = width/2;
halfHeight = height/2;
grid();
createShapes();
console.log(getAttributes());
frameRate(myFrameRate);
if (features.trompe_loiel) {
drawTCU = drawTrompeLoiel
} else if (features.flat) {
drawTCU = drawFlat;
}
if (features.filtered) {
drawOnCanvas = drawFiltered;
} else {
drawOnCanvas = drawOriginal;
}
if (features.flippedX) {
drawFlipX = flipX;
}
if (features.flippedY) {
drawFlipY = flipY;
}
if(features.filtered) {
drawSlide = incrementDelay;
} else {
drawSlide = incrementDelay2;
}
if(features.removeLeftAndRight) {
drawLeftRight = removeLeftRight;
}
if(features.removeTopAndBottom) {
drawTopBottom = removeTopBottom;
}
if(isCutTop || isCurvedTop) {
drawRemoveTop = removeTop;
}
if(isCutBottom || isCurvedBottom) {
drawRemoveBottom = removeBottom;
}
if (features.HasHorizontalGap) {
drawHorizontalGap = horizontalGap;
}
if (features.HasVerticalGap) {
drawVerticalGap = verticalGap;
}
if(features.wiggling) {
drawWiggle = wiggle;
}
if(rightCircle || leftCircle) {
drawResetCircle = resetCircle;
}
if(tanWav) {
circleFunction = Math.tan;
} else if(sinWav) {
circleFunction = Math.sin;
} else {
circleFunction = Math.cos;
}
isLoading = false;
pause = false;
}
//This function is called by draw when notLoading is false.
function animate() {
isLoading = true;
pgMain2.push();
drawTCU();
pgMain2.pop();
drawOnCanvas();
drawFlipX();
drawFlipY();
fill(features.backgroundColor);
noStroke();
strokeWeight(2);
drawTopBottom();
drawLeftRight();
stroke(features.backgroundColor)
drawHorizontalGap();
drawVerticalGap();
if (ripple > 10) {
drawShapesToCanvas();
}
noFill();
strokeWeight(boardWidth);
stroke(white);
rect(0, 0, width, height);
isLoading = false;
}
function keyPressed() {
if (keyCode === 83) {
saveCanvas(canvas, fxhash, 'jpg');
}
if (keyCode === 39) {
myFrameRate++;
frameRate(myFrameRate);
}
if (keyCode === 37) {
if (myFrameRate > 1) {
myFrameRate--;
frameRate(myFrameRate);
}
}
if (keyCode === 40) {
if(ripple > 30){
pauseShapes = !pauseShapes;
}
}
if(keyCode === 72) {
pixelDensity(10);
}
if(keyCode === 77) {
pixelDensity(3);
}
if(keyCode === 76) {
pixelDensity(1);
}
if (keyCode === 8 || keyCode === 77 || keyCode === 72 || keyCode === 76) {
noLoop();
ripple = 0;
ripple2 = 0;
ripple3 = 0;
ripple4 = 0;
ripple5 = 0;
ripple6 = 0;
curveDegreeBottomIncrement = initCurveDegreeBottomIncrement;
curveDegreeTopIncrement = initCurveDegreeTopIncrement;
curveDegreeRightIncrement = initCurveDegreeRightIncrement;
curveDegreeLeftIncrement = initCurveDegreeLeftIncrement;
cutBottomIncrement = initCutBottomIncrement;
cutTopIncrement = initCutTopIncrement;
cutRightIncrement = initCutRightIncrement;
cutLeftIncrement = initCutLeftIncrement;
delayLeftRightLowerLimit = initDelayLeftRightLowerLimit;
delayTopBottomLowerLimit = initDelayTopBottomLowerLimit;
delayTopBottomUpperLimit = initDelayTopBottomUpperLimit;
l3 = 0;
hideCurtain = false;
l3Done = false;
l3Done = false;
tblDone = false;
tbuDone = false;
lrlDone = false;
pause = false;
isLoading = false;
if(features.filtered) {
drawSlide = incrementDelay;
} else {
drawSlide = incrementDelay2;
}
clear();
fill(features.backgroundColor);
noStroke();
rect(0, 0, smallerDimension, smallerDimension)
noFill();
strokeWeight(boardWidth);
stroke(white);
rect(0, 0, width, height);
loop();
}
}
function draw() {
if (!pause) {
if (!isLoading) {
ripple++;
if (ripple > 10 && !pauseShapes) {
ripple2+=ripple2I;
ripple3+=ripple3I;
ripple4+=ripple4I;
ripple5+=ripple5I;
ripple6+=ripple6I;
ripple2I *=.98;
ripple3I *= .98;
ripple4I *= .98;
ripple5I *= .98;
ripple6I *= .98;
}
resetOffset();
drawResetCurveRight()
drawResetCurveLeft()
drawResetCurveTop()
drawResetCurveBottom()
drawResetCutRight()
drawResetCutLeft()
drawResetCutTop()
drawResetCutBottom()
drawWiggle();
drawResetCircle()
drawSlide();
animate();
}
}
}
function resetCircle() {
circleX = 0;
d = dInit;
}
function resetOffset() {
offsetLeft = 0;
offsetRight = 0;
}
function wiggle() {
dInit *= 1.01;
}
function incrementCurveDegreeRight() {
curveDegreeRight = 0;
curveDegreeRightIncrement *= 1.01;
}
function incrementCurveDegreeLeft() {
curveDegreeLeft = 0;
curveDegreeLeftIncrement *= 1.01;
}
function incrementCurveDegreeTop() {
curveDegreeTop = 0;
curveDegreeTopIncrement *= 1.01;
}
function incrementCurveDegreeBottom() {
curveDegreeBottom = 0;
curveDegreeBottomIncrement *= 1.01;
}
function incrementCutRight() {
cutTempRight = 0;
cutRightIncrement *= 1.01;
}
function incrementCutLeft() {
cutTempLeft = 0;
cutLeftIncrement *= 1.01;
}
function incrementCutTop() {
cutTempTop = 0;
cutTopIncrement *= 1.01;
}
function incrementCutBottom() {
cutTempBottom = 0;
cutBottomIncrement *= 1.01;
}
//#endregion
//#region helpers
function removeTop(i) {
line(i, boardWidthDivided, i, nHeightMin + (isCutTop ? cutTempTop % cutTop : 0) + (isCurvedTop ? curveRadiusTop * curveFunctionTop(curveDegreeTop) : 0));
cutTempTop += cutTopIncrement;
curveDegreeTop += curveDegreeTopIncrement;
}
function removeBottom(i) {
line(i, nHeightMax - (isCutBottom ? cutTempBottom % cutBottom : 0) + (isCurvedBottom ? curveRadiusBottom * curveFunctionBottom(curveDegreeBottom) : 0),
i, height);
cutTempBottom += cutBottomIncrement;
curveDegreeBottom += curveDegreeBottomIncrement;
}
function removeTopBottom() {
stroke(features.backgroundColor);
for (let i = nWidthMin - maxOffsetLeftRightAbs2 - delayTopBottomLowerLimit; i <= nWidthMax + maxOffsetLeftRightAbs2 + delayTopBottomUpperLimit; i++) {
drawRemoveTop(i);
drawRemoveBottom(i);
}
}
function removeLeftRight() {
let temp = 0;
for (let i = boardWidthDivided; i < heightMinusBw; i++) {
if (features.solidBackground) {
strokeColor = features.backgroundColor;
} else {
if (i % 5 === 0) {
strokeColor = features.backgroundColor;
}
if (i % 4 === 0) {
strokeColor = (lerpColor(features.backgroundColor, color1, i / height));
} else {
if (i > height && split) {
strokeColor = (lerpColor(color1, features.backgroundColor, i / dividerHeight));
} else {
strokeColor = (lerpColor(features.backgroundColor, color1, i / dividerHeight));
}
}
}
stroke(strokeColor);
push();
if (i <= nHeightMax - delayLeftRightLowerLimit && i >= nHeightMin + delayLeftRightLowerLimit) {
circleX = circleRadius * circleFunction(d)
line(boardWidthDivided,
i,
(leftCircle ? (nWidthMin) - circleX * circleDirectionLeft : nWidthMin)
+ offsetLeft
+ (isCutLeft ? cutTempLeft % cutLeft : 0)
+ (isCurvedLeft ? curveRadiusLeft * curveFunctionLeft(curveDegreeLeft) : 0),
i);
if (temp > strokeWeightOfOutline && temp < heightOfArea - strokeWeightOfOutline - 1) {
stroke(isOutline ? strokeColor : clearC);
line(nWidthMin + offsetRight + strokeWeightOfOutline + (outlineIsCurved ? (isCutRight ? cutTempRight % cutRight : 0) + (isCurvedRight ? curveRadiusRight * curveFunctionRight(curveDegreeRight) : 0) : 0),
i,
nWidthMax + offsetLeft - strokeWeightOfOutline + (outlineIsCurved ? (isCutLeft ? cutTempLeft % cutLeft : 0) + (isCurvedLeft ? curveRadiusLeft * curveFunctionLeft(curveDegreeLeft) : 0) : 0),
i);
}
if (noise47GT75) {
if (noise(i) > .7) {
stroke(strokeColor);
} else {
stroke(features.backgroundColor)
}
} else {
if (noise49GT6) {
stroke(strokeColor);
} else {
stroke(features.backgroundColor)
}
}
line((rightCircle ? ((nWidthMax) + circleX * circleDirectionRight) : nWidthMax) + offsetRight + (isCutRight ? cutTempRight % cutRight : 0) + (isCurvedRight ? curveRadiusRight * curveFunctionRight(curveDegreeRight) : 0),
i,
width - boardWidthDivided + maxOffsetLeftRightAbs,
i);
offsetLeft += incrementOffsetLeft;
offsetRight += incrementOffsetRight;
temp++;
cutTempLeft += cutLeftIncrement;
cutTempRight += cutRightIncrement;
curveDegreeRight += curveDegreeRightIncrement;
curveDegreeLeft += curveDegreeLeftIncrement;
d += incrementDegree;
} else {
line(boardWidthDivided, i, width - boardWidthDivided, i);
}
pop();
}
if (noise(230) > .5) {
for (let i = boardWidthDivided; i < height - boardWidthDivided; i++) {
if (features.solidBackground) {
strokeColor = features.backgroundColor;
} else {
if (i % 5 === 0) {
strokeColor = features.backgroundColor;
}
if (i % 4 === 0) {
strokeColor = (lerpColor(features.backgroundColor, color1, i / height));
} else {
if (i > height && split) {
strokeColor = (lerpColor(color1, features.backgroundColor, i / dividerHeight));
} else {
strokeColor = (lerpColor(features.backgroundColor, color1, i / dividerHeight));
}
}
}
noFill();
stroke(strokeColor);
push();
if (i < nHeightMax - 1 && i > nHeightMin) {
} else {
line(boardWidthDivided, i, width - boardWidthDivided, i);
}
pop();
}
}
}
function horizontalGap() {
let upperLimit = nHeightMin + (heightOfArea * (1 - features.HorizontalGapSize)) + offsetRight - delayTopBottomUpperLimit;
let lowerLimit = nHeightMin + (heightOfArea * features.HorizontalGapSize) + offsetLeft + delayTopBottomUpperLimit;
for (let i = lowerLimit;
i < upperLimit; i++) {
strokeColor = features.backgroundColor;
stroke(strokeColor);
line(boardWidthDivided, i, width - boardWidthDivided, i);
}
}
function verticalGap() {
let upperLimit = nWidthMin + (widthOfArea * (1 - features.VerticalGapSize));
let lowerLimit = nWidthMin + (widthOfArea * features.VerticalGapSize);
for (let i = 0;
i < height; i++) {
strokeColor = features.backgroundColor;
stroke(strokeColor);
line(lowerLimit, i, upperLimit, i);
}
}
function drawGradientToGraphic(x, y, w, h) {
for (let i = 0; i < w; i += (w / features.xPacking)) {
for (let j = 0; j < h; j += (h / features.yPacking)) {
pgMain.image(pgBackground, i, j, w / features.xPacking, h / features.yPacking);
}
}
}
function drawTrompeLoiel() {
if (features.centered) {
pgBackground.translate(centerX, centerY);
}
pgBackground.fill(features.matter);
pgBackground.rect(0, 0, myWidth, myHeight);
pgMain.fill(features.matter);
pgMain.rect(0, 0, myWidth, myHeight);
pgMain2.fill(features.matter);
pgMain2.rect(0, 0, width, height);
setGradient(0, 0, myWidth, myHeight, color1,
color3, color2,
gradientDirection, pgBackground);
drawGradientToGraphic(0, 0, myWidth, myHeight);
if (features.reverseShearX || features.reverseShearY) {
pgMain2.translate((features.blockHeight / (-2)) + shiftAmountX, (-(features.BlockDivider * features.blockHeight) + features.blockHeight / 2) + shiftAmountY);
} else {
pgMain2.translate((features.blockHeight / (-2)) + shiftAmountX - (features.blockHeight * .66), (-(features.BlockDivider * features.blockHeight) + features.blockHeight / 2) + shiftAmountY);
}
for (let j = 0; j < features.BlockDivider * 2; j++) {
pgMain2.push();
for (let i = 0; i <= features.BlockDivider; i++) {
pgMain2.push();
pgMain2.image(pgMain, features.blockHeight, features.blockHeight, features.blockHeight, features.blockHeight);
pgMain2.push();
if (features.reverseShearX) {
pgMain2.shearX(-PI / 4.0);
} else {
pgMain2.shearX(PI / 4.0);
}
pgMain2.image(pgMain, 0, 0, features.blockHeight, features.blockHeight);
pgMain2.pop();
pgMain2.push();
if (features.reverseShearY) {
pgMain2.shearY(-PI / 4.0);
} else {
pgMain2.shearY(PI / 4.0);
}
pgMain2.image(pgMain, 0, 0, features.blockHeight, features.blockHeight);
pgMain2.pop();
pgMain2.pop();
pgMain2.translate(features.blockHeight + width / features.gapSize, features.blockHeight + width / features.gapSize);
}
pgMain2.pop();
pgMain2.translate(0, features.blockHeight + width / features.gapSize);
}
}
function drawFlat() {
if (features.centered) {
pgBackground.translate(centerX, centerY);
}
pgBackground.fill(features.matter);
pgBackground.rect(0, 0, myWidth, myHeight);
pgMain.fill(features.matter);
pgMain.rect(0, 0, myWidth, myHeight);
pgMain2.fill(features.matter);
pgMain2.rect(0, 0, width, height);
setGradient(0, 0, myWidth, myHeight, color1,
color3, color2,
gradientDirection, pgBackground);
drawGradientToGraphic(0, 0, myWidth, myHeight);
pgMain2.image(pgMain, 0, 0, width, myHeightWidth)
}
function drawFiltered() {
let pcolor = color(features.filterColor);
for (let i = 0; i < width + blockHeightGapSize; i += blockHeightGapSize) {
for (let j = 0; j < height + blockHeightGapSize; j += blockHeightGapSize) {
pcolor.setAlpha(((i+1)*features.filterAmount + (j+1)*features.filterAmount)%32);
pgMain2.noStroke();
pgMain2.fill(pcolor);
pgMain2.rect(i, j, blockHeightGapSize, blockHeightGapSize);
image(pgMain2, i, j, blockHeightGapSize, blockHeightGapSize);
}
}
}
function drawOriginal() {
pgMain3.copy(pgMain2, 0, 0, width, height, 0, 0, width, height);
if (features.masked){
drawShapes(pgMain4);
pgMain3.mask(pgMain4);
pgMain4.clear();
}
image(pgMain3, l, n, l2, n2);
if (!hideCurtain) {
push();
fill(features.backgroundColor);
stroke(features.backgroundColor);
strokeWeight(1);
if (features.flippedX) {
translate(width, 0);
scale(-1, 1);
}
if (features.flippedY) {
translate(0, height);
scale(1, -1);
}
rect(l, n, l2, n3-l3);
rect(l, n4+l3, l2, n3);
pop();
}
}
function flipX() {
translate(width, 0);
scale(-1, 1)
}
function flipY() {
translate(0, height);
scale(1, -1);
}
function setGradient(x, y, w, h, c1, c2, c3, axis, pg) {
pg.noFill();
let cTemp = lerpColor(c2, c3, noise(x));
cTemp.setAlpha(noise(y) * 128)
let temp = 0;
if (axis === verticalGradient) {
for (let i = y; i <= y + h; i++) {
let inter = map(i, y, y + h, 0, 1);
co = lerpColor(c1, c2, inter);
cWhite = lerpColor(c1, cTemp, inter);
xStopWidth = w * noise(i + ripple);
xSwitchWidth = (w - xStopWidth) * noise(i + 1 + ripple);
xTemp = x + xStopWidth - temp;
xTemp2 = x + xStopWidth + xSwitchWidth + temp;
pg.rotate(70 * noise(50) * noise(51));
pg.translate(i%10, i%10);
pg.stroke(co);
pg.line(x, i, xTemp, i);
pg.stroke(cWhite);
pg.line(xTemp, i, xTemp2, i);
pg.stroke(co);
pg.line(xTemp2, i, x + w, i);
temp++;
}
} else if (axis === horizontalGradient) {
for (let i = x; i <= x + w; i++) {
let inter = map(i, x, x + w, 0, 1);
co = lerpColor(c1, c2, inter);
cWhite = lerpColor(c1, cTemp, inter);
pg.rotate(70 * noise(50));
pg.stroke(co);
pg.line(i, y, i, y + h);
yStopHeight = h * noise(i);
ySwitchHeight = (h - yStopHeight) * noise(i + 1);
pg.stroke(co);
pg.line(i, y, i, y + yStopHeight);
pg.stroke(cWhite);
pg.line(i, y + yStopHeight, i, y + yStopHeight + ySwitchHeight);
pg.stroke(co);
pg.line(i, y + yStopHeight + ySwitchHeight, i, y + h);
}
}
}
function grid() {
let w = features.pointsAcross;
let h = features.pointsDown;
let padding = boardWidthDivided;
let horizontalDistanceBetweenPoints = ((width - padding) / w);
let innerHorizontalRadius = (horizontalDistanceBetweenPoints / 2);
let verticalDistanceBetweenPoints = ((height - padding) / h);
let innerVerticalRadius = (verticalDistanceBetweenPoints / 2);
let bit = false;
let yMax = 0;
let xMax = 0;
let i = padding;
let j = padding;
while (j <= (height - 2 * padding + innerVerticalRadius)) {
if (j > yMax) {
yMax = j;
}
while (i <= (width - 2 * padding + innerHorizontalRadius)) {
if (i > xMax) {
xMax = i;
}
let temp = {};
temp.x = (i);
temp.y = (j);
if (!((i === padding || i === (width - 2 * padding)) && !bit)) {
points.push(temp);
}
if ((i === padding || i === ((width - 2 * padding) - (innerHorizontalRadius))) && !bit) {
i += innerHorizontalRadius;
} else {
i += horizontalDistanceBetweenPoints;
}
}
bit = !bit;
j += innerVerticalRadius;
i = padding;
}
}
function drawShapes(pg) {
pg.push();
pg.fill("black");
if (totalShapes.type === 3) {
pg.ellipseMode(CENTER);
let x = (halfWidth + (noise(1) > .5 ? -1 : 1) * ripple4)%w3;