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kernel.js
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kernel.js
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import * as dat from 'dat.gui';
function arrDepth(arr) {
if (arr.length === 0) return 0;
if (arr[0].length === undefined) return 1;
if (arr[0][0].length === undefined) return 2;
if (arr[0][0][0].length === undefined) return 3;
}
core['Charting`DateTicksFunction'] = () => 'DateTicksFunction'
core['DateListPlot'] = () => {}
function transpose(matrix) {
let newm = structuredClone(matrix);
for (var i = 0; i < matrix.length; i++) {
for (var j = 0; j < i; j++) {
newm[i][j] = matrix[j][i];
newm[j][i] = matrix[i][j];
}
}
return newm;
}
let d3 = false;
let interpolatePath = false;
let g2d = {};
g2d.name = "WebObjects/Graphics";
const g2dComplex = {};
g2dComplex.name = "GraphicsComplex 2D"
interpretate.contextExpand(g2d);
//polyfill for symbols
["FaceForm", "CurrentValue", "FontColor", "Tiny", "VertexColors", "Antialiasing","Small", "Plot", "ListLinePlot", "ListPlot", "Automatic", "Controls","All","TickLabels","FrameTicksStyle", "AlignmentPoint","AspectRatio","Axes","AxesLabel","AxesOrigin","AxesStyle","Background","BaselinePosition","BaseStyle","ColorOutput","ContentSelectable","CoordinatesToolOptions","DisplayFunction","Epilog","FormatType","Frame","FrameLabel","FrameStyle","FrameTicks","FrameTicksStyle","GridLines","GridLinesStyle","ImageMargins","ImagePadding","ImageSize","ImageSizeRaw","LabelStyle","Method","PlotLabel","PlotRange","PlotRangeClipping","PlotRangePadding","PlotRegion","PreserveImageOptions","Prolog","RotateLabel","Ticks","TicksStyle", "TransitionDuration"].map((name)=>{
g2d[name] = () => name;
//g2d[name].destroy = () => name;
g2d[name].update = () => name;
});
g2d["Graphics`Canvas"] = async (args, env) => {
//const copy = {...env};
//modify local axes to transform correctly the coordinates of scaled container
let t = {k: 1, x:0, y:0};
env.onZoom.push((tranform) => {
t = tranform;
});
const copy = {xAxis: env.xAxis, yAxis: env.yAxis};
env.xAxis = (x) => {
return 0;
};
env.yAxis = (y) => {
return 0;
};
env.xAxis.invert = (x) => {
const X = (x - t.x - env.panZoomEntites.left) / t.k;
return copy.xAxis.invert(X);
};
env.yAxis.invert = (y) => {
const Y = (y - t.y - env.panZoomEntites.top) / t.k;
return copy.yAxis.invert(Y);
};
return env.panZoomEntites.canvas
}
g2d.HoldForm = async (args, env) => await interpretate(args[0], env)
g2d.HoldForm.update = async (args, env) => await interpretate(args[0], env)
//g2d.HoldForm.destroy = async (args, env) => await interpretate(args[0], env)
g2d.Scale = async (args, env) => await interpretate(args[0], env)
g2d.Scale.update = async (args, env) => await interpretate(args[0], env)
//g2d.Scale.destroy = async (args, env) => await interpretate(args[0], env)
g2d.NamespaceBox = async (args, env) => await interpretate(args[1], env)
g2d.DynamicModuleBox = async (args, env) => await interpretate(args[1], env)
g2d.TagBox = async (args, env) => await interpretate(args[0], env)
g2d.DynamicModule = async (args, env) => await interpretate(args[1], env)
g2d["Charting`DelayedClickEffect"] = async (args, env) => await interpretate(args[0], env)
g2d.ColorProfileData = () => {}
g2d.ParametricPlot = () => {}
g2d.TransitionDuration = () => "TransitionDuration"
g2d.TransitionType = () => "TransitionType"
var assignTransition = (env) => {
if ('transitiontype' in env) {
switch (env.transitiontype) {
case 'Linear':
env.transitionType = d3.easeLinear
break;
case 'CubicInOut':
env.transitionType = d3.easeCubicInOut
break;
default:
env.transitionType = false;
}
}
if (env.transitionduration) {
env.transitionDuration = env.transitionduration
}
}
g2d.Offset = async (args, env) => {
const list = await interpretate(args[1], env);
/*env.offset = {
x: env.xAxis(list[0]) - env.xAxis(0),
y: env.yAxis(list[1]) - env.yAxis(0)
};*/
const offset = {
x: list[0],
y: list[1]
};
const data = await interpretate(args[0], {...env, offset:offset});
if (Array.isArray(data)) {
const res = [env.xAxis.invert(data[0]) - env.xAxis.invert(0) + offset.x, env.xAxis.invert(data[1]) + offset.y - env.xAxis.invert(0)];
return res;
}
return data;
}
//g2d.Offset.destroy = g2d.Offset
g2d.Offset.update = g2d.Offset
g2d.Graphics = async (args, env) => {
await interpretate.shared.d3.load();
if (!d3) d3 = interpretate.shared.d3.d3;
if (!interpolatePath) interpolatePath = interpretate.shared.d3['d3-interpolate-path'].interpolatePath;
g2d.interpolatePath = interpolatePath;
g2d.d3 = d3;
d3.selection.prototype.maybeTransition = function(type, duration) {
return type ? this.transition().ease(type).duration(duration) : this;
};
d3.selection.prototype.maybeTransitionTween = function(type, duration, d, func) {
return type ? this.transition()
.ease(type)
.duration(duration).attrTween(d, func) : this.attr(d, func.apply(this.node(), this.data())(1.0));
}
/**
* @type {Object}
*/
let options = await core._getRules(args, {...env, context: g2d, hold:true});
if (Object.keys(options).length == 0 && args.length > 1) {
options = await core._getRules(await interpretate(args[1], {...env, context: g2d, hold:true}), {...env, context: g2d, hold:true});
}
console.log(options);
let label = options.PlotLabel;
/**
* @type {HTMLElement}
*/
var container = env.element;
/**
* @type {[Number, Number]}
*/
let ImageSize = await interpretate(options.ImageSize, env);
if (!ImageSize) {
if (env.imageSize) {
if (Array.isArray(env.imageSize)) {
ImageSize = env.imageSize;
} else {
ImageSize = [env.imageSize, env.imageSize*0.618034];
}
} else {
ImageSize = [core.DefaultWidth, 0.618034*core.DefaultWidth];
}
}
const aspectratio = await interpretate(options.AspectRatio, env) || 0.618034;
//if only the width is specified
if (!(ImageSize instanceof Array)) ImageSize = [ImageSize, ImageSize*aspectratio];
console.log('Image size');
console.log(ImageSize);
//simplified version
let axis = [false, false];
let invertedTicks = false;
let ticklengths = [5,5,5,5];
let tickLabels = [true, true, true, true];
let ticks = undefined;
let framed = false;
let axesstyle = undefined;
let ticksstyle = undefined;
console.log(options);
if (options.Frame) {
options.Frame = await interpretate(options.Frame, env);
if (options.Frame === true) {
framed = true;
} else {
if (options.Frame[0][0] === true) framed = true;
if (options.Frame[0] === true) framed = true;
}
}
if (options.Axes) {
options.Axes = await interpretate(options.Axes, env);
if (options.Axes === true) {
axis = [true, true];
} else if (Array.isArray(options.Axes)) {
axis = options.Axes;
}
}
if (framed) {
invertedTicks = true;
axis = [true, true, true, true];
}
if (options.Ticks) {
options.Ticks = await interpretate(options.Ticks, env);
//BRRRR
//left, bottom
if (Array.isArray(options.Ticks)) {
if (Array.isArray(options.Ticks[0])) {
if (Number.isInteger(options.Ticks[0][0]) || Array.isArray(options.Ticks[0][0])) {
ticks = [...options.Ticks, ...options.Ticks];
}
}
}
}
if (options.FrameTicks && framed) {
options.FrameTicks = await interpretate(options.FrameTicks, env);
//I HATE YOU WOLFRAM
ticks = [true, true, true, true];
//left,right, bottom,top
if (Array.isArray(options.FrameTicks)) {
if (Array.isArray(options.FrameTicks[0])) {
if (Array.isArray(options.FrameTicks[0][0])) {
if (Number.isInteger(options.FrameTicks[0][0][0]) || (typeof options.FrameTicks[0][0] === 'string') || Array.isArray(options.FrameTicks[0][0][0])) {
ticks[1] = options.FrameTicks[0][0];
ticks[3] = options.FrameTicks[0][1];
//, options.FrameTicks[1][0], options.FrameTicks[0][1], options.FrameTicks[1][1]];
}
} else {
ticks[1] = options.FrameTicks[0][0];
ticks[3] = options.FrameTicks[0][1];
}
}
if (Array.isArray(options.FrameTicks[1])) {
//console.error(options.FrameTicks[1]);
if (Array.isArray(options.FrameTicks[1][0])) {
if (Number.isInteger(options.FrameTicks[1][0][0]) || (typeof options.FrameTicks[1][0] === 'string') || Array.isArray(options.FrameTicks[1][0][0])) {
ticks[0] = options.FrameTicks[1][0];
ticks[2] = options.FrameTicks[1][1];
//, options.FrameTicks[1][0], options.FrameTicks[0][1], options.FrameTicks[1][1]];
}
} else {
ticks[0] = options.FrameTicks[1][0];
ticks[2] = options.FrameTicks[1][1];
}
}
}
}
if (options.TickDirection) {
const dir = await interpretate(options.TickDirection, env);
if (dir === "Inward") invertedTicks = true;
if (dir === "Outward") invertedTicks = false;
}
if (options.TickLengths) {
options.TickLengths = await interpretate(options.TickLengths, env);
if (!Array.isArray(options.TickLengths)) {
ticklengths = [options.TickLengths, options.TickLengths, options.TickLengths, options.TickLengths];
}
}
if (options.TickLabels) {
options.TickLabels = await interpretate(options.TickLabels, env);
if (!Array.isArray(options.TickLabels)) {
tickLabels = [false, false, false, false];
} else {
tickLabels = options.TickLabels.flat();
}
}
//-----------------
let margin = {top: 0, right: 0, bottom: 10, left: 40};
let padding = {top: 0, right: 0, bottom: 15, left: 0}
if (axis[2]) {
margin.top = margin.bottom;
margin.left = margin.right;
}
if (options.AxesLabel) {
padding.bottom = 10;
margin.top = 30;
margin.right = 50;
padding.right = 50;
}
if (framed) {
padding.left = 40;
padding.left = 30;
margin.left = 30;
margin.right = 40;
margin.top = 30;
padding.bottom = 10;
margin.bottom = 35;
}
if (options.ImagePadding) {
console.log('padding: ');
console.log(options.ImagePadding);
options.ImagePadding = await interpretate(options.ImagePadding, env);
console.log(options.ImagePadding);
if (options.ImagePadding === 'None') {
margin.top = 0;
margin.bottom = 0;
margin.left = 0;
margin.right = 0;
} else if (Number.isInteger(options.ImagePadding)) {
margin.top = options.ImagePadding;
margin.bottom = options.ImagePadding;
margin.left = options.ImagePadding;
margin.right = options.ImagePadding;
} else if (options.ImagePadding === "All") {
} else if (options.ImagePadding === false) {
margin.top = 0;
margin.bottom = 0;
margin.left = 0;
margin.right = 0;
} else {
console.error('given ImagePadding is not supported!');
}
}
let width = ImageSize[0] - margin.left - margin.right;
let height = ImageSize[1] - margin.top - margin.bottom;
if (width <0 || height < 0) {
//overflow - remove all!
margin.top = 0;
margin.bottom = 0;
margin.left = 0;
margin.right = 0;
padding = {top: 0, right: 0, bottom: 0, left: 0};
width = ImageSize[0];
height = ImageSize[1];
}
// append the svg object to the body of the page
let svg;
if (env.inset)
svg = env.inset.append("svg");
else
svg = d3.select(container).append("svg");
if ('ViewBox' in options) {
let boxsize = await interpretate(options.ViewBox, env);
if (!(boxsize instanceof Array)) boxsize = [0,0,boxsize, boxsize*aspectratio];
svg.attr("viewBox", boxsize);
env.viewBox = boxsize;
} else {
svg.attr("width", width + margin.left + margin.right + padding.left)
.attr("height", height + margin.top + margin.bottom + padding.bottom);
env.svgWidth = width + margin.left + margin.right + padding.left;
env.svgHeight = height + margin.top + margin.bottom + padding.bottom;
}
//make it focusable
svg.attr('tabindex', '0');
const listenerSVG = svg;
svg = svg
.append("g")
.attr("transform",
"translate(" + (margin.left + padding.left) + "," + margin.top + ")");
let range = [[-1.15,1.15],[-1.15,1.15]];
let unknownRanges = true;
if (options.PlotRange || env.plotRange) {
const r = env.plotRange || (await interpretate(options.PlotRange, env));
if (Number.isFinite(r[0][0])) {
if (Number.isFinite(r[1][0])) {
range = r;
unknownRanges = false;
} else {
range[0] = r[0];
range[1] = r[0];
}
}
}
/*if (options.FrameTicks && framed && !options.PlotRange) {
//shitty fix for MatrixPlot
console.log('shitty fix for MatrixPLot');
range = [[0,1], [0,1]];
const test = [...options.FrameTicks].flat(Infinity);
console.log(test);
if (!isNaN(test[0])) {
const xx = options.FrameTicks[0].flat(Infinity);
const yy = options.FrameTicks[1].flat(Infinity);
console.log(xx);
console.log(yy);
range[0][1] = Math.max(...xx);
range[1][1] = Math.max(...yy);
unknownRanges = false;
}
console.log(range);
}*/
let transitionType = d3.easeLinear;
if (options.TransitionType) {
const type = await interpretate(options.TransitionType, {...env, context: g2d});
switch (type) {
case 'Linear':
transitionType = d3.easeLinear
break;
case 'CubicInOut':
transitionType = d3.easeCubicInOut
break;
default:
transitionType = undefined;
}
}
console.log(range);
let gX = undefined;
let gY = undefined;
let gTX = undefined;
let gRY = undefined;
let x = d3.scaleLinear()
.domain(range[0])
.range([ 0, width ]);
let xAxis = d3.axisBottom(x);
let txAxis = d3.axisTop(x);
console.log(axis);
if (ticks) {
if (!ticks[0]) {
xAxis = xAxis.tickValues([]);
} else {
if (typeof ticks[0] === 'string') {
switch(ticks[0]) {
case 'Automatic':
break;
case 'None':
xAxis = xAxis.tickValues([]);
break;
case 'DateTicksFunction':
//convert to a proper format
x = d3.scaleTime()
.domain(range[0].map(e => e*1000 - 2208996000*1000))
.range([ 0, width ]);
txAxis = d3.axisTop(x);
xAxis = d3.axisBottom(x);
const temp = x;
x = (d) => temp(d*1000 - 2208996000*1000);
x.copy = temp.copy
x.range = temp.range
x.domain = temp.domain
x.invert = temp.invert
break;
default:
}
} else if (ticks[0] === true) {
console.log('Default ticks');
} else if (Array.isArray(ticks[0][0])) {
const labels = ticks[0].map((el) => el[1]);
xAxis = xAxis.tickValues(ticks[0].map((el) => el[0])).tickFormat(function (d, i) {
return labels[i];
});
} else {
xAxis = xAxis.tickValues(ticks[0]);
}
}
}
if (ticks) {
if (!ticks[2]) {
txAxis = txAxis.tickValues([]);
} else {
if (typeof ticks[2] === 'string') {
switch(ticks[2]) {
case 'Automatic':
break;
case 'None':
txAxis = txAxis.tickValues([]);
break;
case 'DateTicksFunction':
x = d3.scaleTime()
.domain(range[0].map(e => e*1000 - 2208996000*1000))
.range([ 0, width ]);
txAxis = d3.axisTop(x);
xAxis = d3.axisBottom(x);
const temp = x;
x = (d) => temp(d*1000 - 2208996000*1000);
x.copy = temp.copy
x.range = temp.range
x.domain = temp.domain
x.invert = temp.invert
break;
default:
}
} else if (ticks[2] === true) {
console.log('Default ticks');
} else if (Array.isArray(ticks[2][0])) {
const labels = ticks[2].map((el) => el[1]);
txAxis = txAxis.tickValues(ticks[2].map((el) => el[0])).tickFormat(function (d, i) {
return labels[i];
});
} else {
txAxis = txAxis.tickValues(ticks[2]);
}
}
}
if (!tickLabels[0]) xAxis = xAxis.tickFormat(x => ``);
if (!tickLabels[1]) txAxis = txAxis.tickFormat(x => ``);
if (invertedTicks) {
xAxis = xAxis.tickSizeInner(-ticklengths[0]).tickSizeOuter(0);
txAxis = txAxis.tickSizeInner(-ticklengths[2]).tickSizeOuter(0);
} else {
xAxis = xAxis.tickSizeInner(ticklengths[0]).tickSizeOuter(0);
txAxis = txAxis.tickSizeInner(ticklengths[2]).tickSizeOuter(0);
}
// Add Y axis
let y = d3.scaleLinear()
.domain(range[1])
.range([ height, 0 ]);
let yAxis = d3.axisLeft(y);
let ryAxis = d3.axisRight(y);
if (ticks) {
if (!ticks[1]) {
yAxis = yAxis.tickValues([]);
} else {
if (typeof ticks[1] === 'string') {
switch(ticks[1]) {
case 'Automatic':
break;
case 'None':
yAxis = yAxis.tickValues([]);
break;
case 'DateTicksFunction':
y = d3.scaleTime()
.domain(range[1].map(e => e*1000 - 2208996000*1000))
.range([ 0, height ]);
ryAxis = d3.axisRight(y);
yAxis = d3.axisLeft(y);
const proxy = y;
y = (d) => proxy(d*1000 - 2208996000*1000);
y.copy = proxy.copy
y.range = proxy.range
y.domain = proxy.domain
y.invert = proxy.invert
break;
default:
}
} else if (ticks[1] === true) {
console.log('Default ticks');
} else if (Array.isArray(ticks[1][0])) {
const labels = ticks[1].map((el) => el[1]);
yAxis = yAxis.tickValues(ticks[1].map((el) => el[0])).tickFormat(function (d, i) {
return labels[i];
});
} else {
yAxis = yAxis.tickValues(ticks[1]);
}
}
}
if (ticks) {
if (!ticks[3]) {
ryAxis = ryAxis.tickValues([]);
} else {
if (typeof ticks[3] === 'string') {
switch(ticks[3]) {
case 'Automatic':
break;
case 'None':
ryAxis = ryAxis.tickValues([]);
break;
case 'DateTicksFunction':
y = d3.scaleTime()
.domain(range[1].map(e => e*1000 - 2208996000*1000))
.range([ 0, height ]);
ryAxis = d3.axisRight(y);
yAxis = d3.axisLeft(y);
const proxy = y;
y = (d) => proxy(d*1000 - 2208996000*1000);
y.copy = proxy.copy
y.range = proxy.range
y.domain = proxy.domain
y.invert = proxy.invert
break;
default:
}
} else if (ticks[3] === true) {
console.log('Default ticks');
} else if (Array.isArray(ticks[3][0])) {
const labels = ticks[3].map((el) => el[1]);
ryAxis = ryAxis.tickValues(ticks[3].map((el) => el[0])).tickFormat(function (d, i) {
return labels[i];
});
} else {
ryAxis = ryAxis.tickValues(ticks[3]);
}
}
}
if (!tickLabels[2]) yAxis = yAxis.tickFormat(x => ``);
if (!tickLabels[3]) ryAxis = ryAxis.tickFormat(x => ``);
if (invertedTicks) {
yAxis = yAxis.tickSizeInner(-ticklengths[1]).tickSizeOuter(0);
ryAxis = ryAxis.tickSizeInner(-ticklengths[3]).tickSizeOuter(0);
} else {
yAxis = yAxis.tickSizeInner(ticklengths[1]).tickSizeOuter(0);
ryAxis = ryAxis.tickSizeInner(ticklengths[3]).tickSizeOuter(0);
}
env.context = g2d;
env.svg = svg.append("g")
env.xAxis = x;
env.yAxis = y;
env.numerical = true;
env.tostring = false;
env.offset = {x: 0, y: 0};
env.color = 'rgb(68, 68, 68)';
env.stroke = undefined;
env.opacity = 1;
env.fontsize = 10;
env.fontfamily = 'sans-serif';
env.strokeWidth = 1.5;
env.pointSize = 0.013;
env.arrowHead = 1.0;
env.onZoom = [];
env.transitionDuration = 50;
env.transitionType = transitionType;
env.plotRange = range;
axesstyle = {...env};
ticksstyle = {...env};
if (options.AxesStyle) {
await interpretate(options.AxesStyle, axesstyle);
}
if (options.FrameStyle) {
console.warn('FrameStyle');
console.log(options.FrameStyle);
//console.log(JSON.stringify(axesstyle));
await interpretate(options.FrameStyle, axesstyle);
console.log(axesstyle);
}
if (options.FrameTicksStyle) {
await interpretate(options.FrameTicksStyle, ticksstyle);
}
if (axis[0]) gX = svg.append("g").attr("transform", "translate(0," + height + ")").call(xAxis).attr('font-size', ticksstyle.fontsize).attr('fill', ticksstyle.color);
if (axis[2]) gTX = svg.append("g").attr("transform", "translate(0," + 0 + ")").call(txAxis).attr('font-size', ticksstyle.fontsize).attr('fill', ticksstyle.color);
if (axis[1]) gY = svg.append("g").call(yAxis).attr('font-size', ticksstyle.fontsize).attr('fill', ticksstyle.color);
if (axis[3]) gRY = svg.append("g").attr("transform", "translate(" + width + ", 0)").call(ryAxis).attr('font-size', ticksstyle.fontsize).attr('fill', ticksstyle.color);
let labelStyle = {...env};
if (options.LabelStyle) {
await interpretate(options.LabelStyle, labelStyle);
}
if (label) {
label = await interpretate(label, labelStyle);
svg.append("text")
.attr("x", (width / 2) + labelStyle.offset.x)
.attr("y", 0 - (margin.top / 2) + labelStyle.offset.y)
.attr("text-anchor", "middle")
.attr('fill', labelStyle.color)
.style("font-size", labelStyle.fontsize)
.text(label);
}
if (options.AxesLabel && !framed) {
options.AxesLabel = await interpretate(options.AxesLabel, {...env, hold:true});
if (Array.isArray(options.AxesLabel)) {
let temp = {...env};
let value = await interpretate(options.AxesLabel[0], temp);
if (value != 'None' && gX) {
g2d.Text.PutText(gX.append("text")
.attr("x", width + temp.offset.x + 10)
.attr("y", margin.bottom + temp.offset.y)
.attr("font-size", axesstyle.fontsize)
.attr("fill", axesstyle.color)
.attr("text-anchor", "start")
, value, axesstyle);
}
temp = {...env};
value = await interpretate(options.AxesLabel[1], temp);
if (value != 'None' && gY) {
g2d.Text.PutText(gY.append("text")
.attr("x", 0 + temp.offset.x)
.attr("y", -margin.top/2 + temp.offset.y)
.attr("font-size", axesstyle.fontsize)
.attr("fill", axesstyle.color)
.attr("text-anchor", "start")
, value, axesstyle);
}
}
}
if (options.FrameLabel && framed) {
options.FrameLabel = await interpretate(options.FrameLabel, {...env, hold:true});
if (Array.isArray(options.FrameLabel)) {
const lb = await interpretate(options.FrameLabel[0], {...env, hold:true});
const rt = await interpretate(options.FrameLabel[1], {...env, hold:true});
let temp;
let value;
if (lb != 'None' && lb) {
temp = {...env};
value = await interpretate(lb[0], temp);
if (value != 'None' && gY) {
g2d.Text.PutText(gY.append("text")
.attr("transform", "rotate(-90)")
.attr("y", -margin.left + temp.offset.x)
.attr("x", -height/2 - temp.offset.y)
.attr("font-size", axesstyle.fontsize)
.attr("fill", axesstyle.color)
.attr("text-anchor", "middle")
, value, axesstyle);
}
temp = {...env};
value = await interpretate(lb[1], temp);
if (value != 'None' && gRY) {
g2d.Text.PutText(
gRY.append("text")
.attr("x", 0 + temp.offset.x)
.attr("y", margin.bottom + temp.offset.y)
.attr("font-size", axesstyle.fontsize)
.attr("fill", axesstyle.color)
.attr("text-anchor", "middle"),
value, axesstyle);
}
}
if (rt != 'None' && rt) {
temp = {...env};
value = await interpretate(rt[1], temp);
if (value != 'None' && gTX) {
g2d.Text.PutText(
gTX.append("text")
.attr("x", width/2 + temp.offset.x)
.attr("y", margin.bottom + temp.offset.y)
.attr("font-size", axesstyle.fontsize)
.attr("fill", axesstyle.color)
.attr("text-anchor", "middle")
, value, axesstyle);
}
temp = {...env};
value = await interpretate(rt[0], temp);
if (value != 'None' && gX) {
g2d.Text.PutText(gX.append("text")
.attr("x", width/2 + temp.offset.x)
.attr("y", margin.bottom + temp.offset.y)
.attr("font-size", axesstyle.fontsize)
.attr("fill", axesstyle.color)
.attr("text-anchor", "middle")
, value, axesstyle);
}
}
}
}
//since FE object insolates env already, there is no need to make a copy
if (options.TransitionDuration) {
env.transitionDuration = await interpretate(options.TransitionDuration, env);
}
env.local.xAxis = x;
env.local.yAxis = y;
if (options.Controls || (typeof options.Controls === 'undefined')) {
//add pan and zoom
if (typeof options.Controls === 'undefined') {
addPanZoom(listenerSVG, svg, env.svg, gX, gY, gTX, gRY, xAxis, yAxis, txAxis, ryAxis, x, y, env);
} else {
if (await interpretate(options.Controls, env))
addPanZoom(listenerSVG, svg, env.svg, gX, gY, gTX, gRY, xAxis, yAxis, txAxis, ryAxis, x, y, env);
}
}
env.panZoomEntites = {
canvas: listenerSVG,
svg: env.svg,
left: margin.left + padding.left,
top: margin.top,
gX: gX,
gY: gY,
gTX: gTX,
gRY: gRY,
xAxis: xAxis,
yAxis: yAxis,
txAxis: txAxis,
ryAxis: ryAxis,
x: x,
y: y
};
if (!env.inset) {
//Setting GUI
const gui = new dat.GUI({ autoPlace: false, name: '...' , closed:true});
const guiContainer = document.createElement('div');
guiContainer.classList.add('graphics2d-controller');
guiContainer.appendChild(gui.domElement);
const button = { Save:function(){
saveFile(serialize(container.firstChild), "plot.svg");
}};
gui.add(button, 'Save');
env.element.appendChild(guiContainer);
}
const instancesKeys = Object.keys(env.global.stack);
await interpretate(options.Prolog, env);
await interpretate(args[0], env);
await interpretate(options.Epilog, env);
if (unknownRanges) {
if (env.reRendered) {
console.error('Something is wrong with ranges. We could not determine them properly');
console.warn(env);
return;
}
svg.node().style.opacity = 0;
console.warn('d3.js autoscale! Requires double evaluation!!!');
//credits https://gist.github.com/mootari
//thank you, nice guy
const xsize = ImageSize[0] - (margin.left + margin.right);
const ysize = ImageSize[1] - (margin.top + margin.bottom);
let box = env.svg.node().getBBox();
console.log([xsize, ysize]);
console.log(box);
const plotRange = [[x.invert(box.x), x.invert(box.x + box.width)], [y.invert(box.height+box.y), y.invert(box.height+box.y - box.height)]];
console.log(plotRange);
console.warn('Kill all created instances');
const created = Object.keys(env.global.stack).filter((i) => !instancesKeys.some(o => o === i));
for (const i of created) {
env.global.stack[i].dispose();
}
svg.remove();
container.replaceChildren();
return await g2d.Graphics(args, {...env, plotRange: plotRange, reRendered:true});
if (!box.width) {
console.warn('Warning! Looks like an element was not drawn properly');
box.width = ImageSize[0];
box.height = ImageSize[0];
box.x = 0;