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index.html
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index.html
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<!DOCTYPE html>
<html>
<head>
<meta http-equiv="content-type" content="text/html; charset=UTF-8">
<meta charset="UTF-8">
<title>Generate Circuits</title>
<link rel="stylesheet" href="styles.css">
<script src="visualisation/Chart.min.js"></script>
<script src="visualisation/PalerDownload.js"></script>
<script src="gui/generatorparameters.js"></script>
<script src="gui/echocommands.js"></script>
<script src="gui/reorderwires.js"></script>
<script src="toolparameters.js"></script>
<script src="circuits/wireutils.js"></script>
<script src="circuits/placegate.js"></script>
<script src="circuits/template.js"></script>
<script src="circuits/gatestring.js"></script>
<script src="circuits/tgatesprocess.js"></script>
<script src="circuits/chemcircuit.js"></script>
<script src="circuits/addercircuit.js"></script>
<script src="circuits/qrom.js"></script>
<script src="circuits/qftadder.js"></script>
<script src="circuits/cuccaroadder.js"></script>
<script src="gui/tabs.js"></script>
<script src="gui/visualisationoptions.js"></script>
<script src="astateconsume.js"></script>
<script src="binarytools.js"></script>
<script src="quirklink.js"></script>
<script src="gatesslider.js"></script>
<script src="circuitanalysis.js"></script>
<!-- From the WebGL Visualisation part -->
<script src="localscript.js"></script>
<script src="helperfunctions.js"></script>
<script src="visualisation/libs/jquery-1.12.0.min.js"></script>
<script src="visualisation/libs/three.js"></script>
<script src="visualisation/libs/SVGRenderer.js"></script>
<script src="visualisation/libs/Projector.js"></script>
<script src="visualisation/libs/CanvasRenderer.js"></script>
<script src="visualisation/libs/Detector.js"></script>
<script src="visualisation/libs/BoxGeometry.js"></script>
<script src="visualisation/libs/TrackballControls.js"></script>
<script src="visualisation/libs/PalerBoxBufferGeometry.js"></script>
<script src="visualisation/libs/stats.js"></script>
<script src="visualisation/webglvisualiser.js"></script>
<script src="gui/visualisationoptions.js"></script>
<script>
function createModule() {
/*
The emscripten module used to load the compiler
*/
var Module = {
preRun: [],
postRun: [],
print: (function () {
var element = document.getElementById('output');
return function (text) {
element.value += text + "\n";
};
})(),
/*
The first visualisation() is called only after the module has finished loading
*/
onRuntimeInitialized: function () {
//pressGenerate();
CompilationHelpers.startCompiled('circuitnew');
startVisualisation();
},
printErr: function (text) {
if (arguments.length > 1) text = Array.prototype.slice.call(arguments).join(' ');
if (0) {
dump(text + '\n');
}
},
canvas: (function () {
var canvas = document.getElementById('canvas');
return canvas;
})(),
noInitialRun: true//,
//noExitRuntime: true
};
return Module;
}
var Module = createModule();
</script>
<!--
<script id="scripthello" src="emscripten/convertft.js">
</script>
-->
<script>
/*
The visualisation objects
*/
var visualisationDefects = new WebGLVisualiser();
var visualisationPlumb = new WebGLVisualiser();
/*
Visualisation menues
*/
var menuDefects = new VisualisationOptions();
menuDefects.addOptionAndCheckbox("drawBoxes", "menuDefectBoxesChk", [visualisationDefects.boxesGeometry]);
menuDefects.addOptionAndCheckbox("drawPrimals", "menuDefectPrimalChk", [visualisationDefects.primalGeometry, visualisationDefects.primalGeometry2]);
menuDefects.addOptionAndCheckbox("drawDuals", "menuDefectDualChk", [visualisationDefects.dualGeometry, visualisationDefects.dualGeometry2]);
var menuPlumb = new VisualisationOptions();
menuPlumb.addOptionAndCheckbox("drawUnitsPlumb", "plUnitsChk", [visualisationPlumb.plumbingUnits]);
menuPlumb.addOptionAndCheckbox("drawPrimalsPlumb", "plPrimalChk", [visualisationPlumb.plumbingPrimals]);
menuPlumb.addOptionAndCheckbox("drawDualsPlumb", "plDualChk", [visualisationPlumb.plumbingDuals]);
var menuVisualisation = new VisualisationOptions();
menuVisualisation.addOptionAndCheckbox("enableQuirkView", "visQuirkBox");
menuVisualisation.addOptionAndCheckbox("enableDefectView", "visDefectBox");
menuVisualisation.addOptionAndCheckbox("enablePlumbView", "visPlumbBox");
/*
Circuit generator objects
*/
var currentGenerator = null;//should this object still look global?
var echoCommands = new EchoCommands(toolParameters);
var wireOrder = new WireOrder();
var csvAnalysis = "";
function reloadEmscriptenModule() {
Module = createModule();
var x = document.getElementById("scripthello");
if (x != undefined)
x.parentNode.removeChild(x);
var nx = document.createElement("script");
nx.src = "emscripten/convertft.js?cachebuster=" + new Date().getTime();
nx.id = "scripthello";
document.getElementsByTagName('head')[0].appendChild(nx);
}
function startVisualisation() {
var currentVisOptions = menuVisualisation.collectValues();
var currentView = Tabs.getOpenTabButton("view");
if (currentVisOptions["enableDefectView"].visible) {
document.getElementById("viewTabDefect").click();
visualisationDefects.start_defect_view(CompilationHelpers.graph1,
CompilationHelpers.graph2,
CompilationHelpers.graph3,
CompilationHelpers.graph4,
CompilationHelpers.boxes);
}
if (currentVisOptions["enablePlumbView"].visible) {
document.getElementById("viewTabPlumb").click();
visualisationPlumb.start_plumbing_view();
}
document.getElementById(currentView).click();
/*
menu options
*/
visualisationDefects.checkboxClick(menuDefects);
visualisationPlumb.checkboxClick(menuPlumb);
}
function otherCircuitSelected() {
currentGenerator = null;
pressGenerate();
}
function pressGenerate() {
var genParam = new GeneratorParameters();
readToolParameters();
/*
Check which visualisations are enabled
*/
var currentVisualisationOptions = menuVisualisation.collectValues();
echoCommands.echo(undefined, "stats");
echoCommands.echo("computing...", "stats");
var aNewGeneratorWasSelected = (currentGenerator == null);
if (currentGenerator == null) {
switch (toolParameters.circuitGenerator) {
case "majorana":
//generateMajoranaCircuit();
// currentGenerator = new QROMGenerator();
break;
case "qrom":
// generateQROMCircuit();
// generateQROM2Circuit();
currentGenerator = new QROMGenerator();
break;
case "adder":
currentGenerator = new GidneyAdderGenerator();
break;
case "qftadder":
currentGenerator = new QFTAdderGenerator();
break;
case "cuccaro":
currentGenerator = new CuccaroAdderGenerator();
break;
}
//write the HTML for the parameters
document.getElementById("paramsDiv").innerHTML = genParam.generateHTML(currentGenerator.getParameters());
}
var paramValues = genParam.readHTMLValues(currentGenerator.getParameters());
var gateList = currentGenerator.generateCircuit(paramValues, toolParameters);
//mai exista un resetdata in astatesconsume
//resetAnalysisData();
var ngatelist = [];
if (toolParameters.oneTGatePerTimestep) {
ngatelist = oneTGatePerTimeStep(gateList);
}
else {
ngatelist = gateList;
}
//The following three are button actions
if (wireOrder.resetFlag) {
wireOrder.resetOrder(ngatelist);
}
else if (wireOrder.reorderFlag) {
wireOrder.computeFirstWireUsage(ngatelist);
}
else if (wireOrder.swapFlag) {
//swap
wireOrder.swapQubits();
}
else {
//The default is to reset
wireOrder.resetOrder(ngatelist);
}
wireOrder.resetAllFlags();
//write the HTML for the wires swapper and configuration
var buttonNodes = wireOrder.generateButtonsHTML(pressSwap);
var buttonsContainer = document.getElementById("wireswapperdiv");
buttonsContainer.innerHTML = "";//clean all children
for (var ib = 0; ib < buttonNodes.length; ib++) {
buttonsContainer.appendChild(buttonNodes[ib]);
}
/*
The wire ordering is changed at this point where
the circuit was decomposed....for the moment.
*/
var schedlist = arrangeDecomposedCircuit(ngatelist, wireOrder);
if (toolParameters.distillAndConsumeTStates) {
// make a first analysis to know how many T states need to be distilled
var nrTGates = analyseCircuit(schedlist, 0/*no look ahead*/).nrTGates;
schedlist = scheduleGateList(schedlist, nrTGates);
}
//unrolled the single qubit gates
echoCommands.clear("circuitnew");
for (var y = 0; y < schedlist.length; y++) {
echoCommands.echo(schedlist[y], "circuitnew");
}
/*
analyse the circuit and plot the data resulting from the analysis
*/
var analysisData = analyseCircuit(schedlist, toolParameters.lookAhead);
if (!toolParameters.noVisualisation || currentVisualisationOptions["enableQuirkView"].visible) {
var obj = QuirkLink.constructQuirkLink(schedlist, analysisData, wireOrder);
echoCommands.clear("quirkLink");
echoCommands.echo(obj.link, "quirkLink");
var currentViewTabButton = Tabs.getOpenTabButton("view");
document.getElementById("viewTabQuirk").click();
document.getElementById("quirkiframe").src = obj.link;
document.getElementById(currentViewTabButton).click();
}
var distillationDepth = (analysisData.nrTGates * toolParameters.distillationLength);
var localNrVars = Number(gateList[0].split(" ")[1]);
echoCommands.clear("stats");
echoCommands.echo("number wires " + localNrVars, "stats");
echoCommands.echo("current gate list length " + (gateList.length - 3), "stats");
echoCommands.echo("current circuit depth " + analysisData.timesteps, "stats");
echoCommands.echo("nr T gates " + analysisData.nrTGates, "stats");
echoCommands.echo("single distillation depth " + toolParameters.distillationLength, "stats");
echoCommands.echo("total T distillations depth " + distillationDepth, "stats");
if (toolParameters.distillAndConsumeTStates)
estimateBoundingBox(analysisData, aStatesData);
document.getElementById("gateslider").min = 1;
document.getElementById("gateslider").max = gateList.length - 3;
document.getElementById("gateslider").value = 1;
chartAnalysisData(
analysisData.steps,
aStatesData.nra,//.slice(0, distillationDepth + 1),
analysisData.counts
);
csvAnalysis = returnAnalysisAsCSV(
analysisData.steps,
aStatesData.nra,//.slice(0, distillationDepth + 1),
analysisData.counts
);
resetToolParameters();
/*
Update WebGL visualisation
*/
if (currentVisualisationOptions["enableDefectView"].visible || currentVisualisationOptions["enablePlumbView"].visible) {
reloadEmscriptenModule();
// CompilationHelpers.startCompiled('circuitnew');
// startVisualisation();
}
}
function estimateBoundingBox(analysisData, aStatesData) {
var distillationHeight = 10;
var distillationDepth = 6;
var distillationWidth = 16;
var mostAvailableDistilledAStates = aStatesData.nra.reduce(function (a, b) {
return Math.max(a, b);
});
echoCommands.echo("\nEstimated bounding box (plumbing pieces):", "stats");
var totalDepth = analysisData.timesteps * 2;
echoCommands.echo("depth: " + totalDepth, "stats");
var totalWidth = Math.max(mostAvailableDistilledAStates * 2 + 1/*connection around the log qubit block*/,
distillationWidth);
echoCommands.echo("width: " + totalWidth, "stats");
var nrLogQubitsPerLine = Math.floor(distillationWidth / 2);
nrLogQubitsPerLine--;//take one out because some connections use a plumbing piece
var nrQubitLines = Math.ceil(toolParameters.nrVars / nrLogQubitsPerLine);
var totalHeight = nrQubitLines + 2 + distillationHeight;
echoCommands.echo("height: (" + (nrQubitLines + 2) + ") " + totalHeight, "stats");
var volume2 = totalHeight * totalWidth * totalDepth;
echoCommands.echo("volume_2: " + volume2, "stats");
var volume0 = (totalHeight - distillationHeight) * totalWidth * totalDepth;
echoCommands.echo("volume_0: " + volume0, "stats");
var difference = analysisData.timesteps - analysisData.nrTGates * toolParameters.distillationLength;
var unusedDistillationBlock = 2 * difference * distillationWidth * distillationHeight;
unusedDistillationBlock += analysisData.nrTGates * distillationWidth * distillationHeight;
echoCommands.echo("unused distillation volume: " + unusedDistillationBlock, "stats");
echoCommands.echo("estimated used plumbing pieces: " + (volume2 - unusedDistillationBlock), "stats");
}
/*
... 0, 1, 2 -> ... 2, 1, 0
*/
function fromQubitNrToOrderNr(qubitnr, nrLogQubits) {
return nrLogQubits - 1 - qubitnr;
}
/*
... 2, 1, 0 -> ... 0, 1, 2
*/
function fromOrderNrToQubitNr(ordernr, nrLogQubits) {
return nrLogQubits - 1 - ordernr;
}
/*
Set the visualisatino sizes
*/
function setSizeForContainer(containerName) {
var container = document.getElementById(containerName);
var d = document;
var e = d.documentElement;
var x = window.innerWidth || e.clientWidth || this.container.clientWidth;
var y = window.innerHeight || e.clientHeight || this.container.clientHeight;
var WIDTH = x;
var HEIGHT = y;
var oldstyle = container.getAttribute("style");
oldstyle += "display:block; width:" + WIDTH + "px; height:" + (HEIGHT - 20) + "px;";
container.setAttribute("style", oldstyle);
container.style.width = WIDTH + 'px';
container.style.height = (HEIGHT - 20) + 'px';
}
function downloadChartCSV() {
/*
In this version, the csv is precomputed
*/
var csvData = csvAnalysis;
downloadFile("chartanalysis.csv", csvData);
}
function pressReorderWires() {
wireOrder.reorderFlag = true;
pressGenerate();
}
function pressResetWires() {
wireOrder.resetFlag = true;
pressGenerate();
}
function pressSwap() {
wireOrder.swapFlag = true;
pressGenerate();
}
function pressDecompose() {
document.getElementById('btnParse').disabled = !document.getElementById('decomposeCheckBox').checked;
pressGenerate();
}
function pressTDelay() {
document.getElementById('onetpertime').disabled = !document.getElementById('distillandconsume').checked;
if (document.getElementById('onetpertime').disabled)
document.getElementById('onetpertime').checked = false;
pressGenerate();
}
</script>
</head>
<body>
<div style="width:40vw; height:1000vh; float:left;">
<div style="background-color: darkred">
<select id="circuitgenerator" onchange="otherCircuitSelected()">
<option value="qrom">QROM</option>
<option value="majorana">Majorana</option>
<!--<option value="chemistry2">Chemistry2</option>-->
<option value="adder" selected="selected">Gidney Adder</option>
<option value="qftadder">QFT Adder</option>
<option value="cuccaro">Cuccaro Adder</option>
</select>
Parameters:
<br>
<div id="paramsDiv"></div>
</div>
<div style="background-color: darkgreen">
Max avail. distilled A:
<input id="nrMaxAvailable" value="0" size="3" type="number" min=0 onchange="pressGenerate()">
<br>
<input checked type=checkbox id=decomposeCheckBox onclick="pressDecompose()">Decompose to Clifford+T</input>
<br>
<input checked type=checkbox id=distillandconsume onclick="pressTDelay()">Distill and consume T states</input>
<br>
<input type=checkbox id=onetpertime disabled onclick="pressGenerate()">One T gate per time step</input>
<br>
<input type=checkbox id=novisual onclick="pressGenerate()">No visualisation (faster)</input>
<br>
<!-- Tab links -->
<div class="tab">
<button id="generatorDefaultOpen" class="tablinks" onclick="Tabs.openTab(event, 'generatorConsole', 'generator')">Console</button>
<button id="generator1" class="tablinks" onclick="Tabs.openTab(event, 'generatorRaw', 'generator')">Raw Circ.</button>
<button id="generator2" class="tablinks" onclick="Tabs.openTab(event, 'generatorSched', 'generator')">Sched. Circ.</button>
<button id="generator3" class="tablinks" onclick="Tabs.openTab(event, 'generatorLink', 'generator')">Link</button>
<button id="generator4" class="tablinks" onclick="Tabs.openTab(event, 'generatorMemory', 'generator')">Memory</button>
<button id="generator5" class="tablinks" onclick="Tabs.openTab(event, 'generatorChart', 'generator')">Chart</button>
<button id="generator6" class="tablinks" onclick="Tabs.openTab(event, 'generatorWires', 'generator')">Wires</button>
</div>
<!-- Tab content -->
<div id="generatorConsole" class="tabcontent">
<textarea id="stats" cols="60" rows="20">Statistics</textarea>
</div>
<div id="generatorRaw" class="tabcontent">
<textarea id="circuit" cols="60" rows="20" readonly>nothing generated
</textarea>
</div>
<div id="generatorSched" class="tabcontent">
<input id="gateslider" value="0" size="3" type="number" onchange="selectGate()">
<br>
<textarea id="circuitnew" cols="60" rows="20" readonly>nothing generated
</textarea>
</div>
<div id="generatorLink" class="tabcontent">
Copy and paste link from Quirk to parse circuit
<br>
<textarea id="quirkLink" cols="60" rows="20">nothing copied&pasted
</textarea>
<br>
<input id=btnParse type=button value="Parse" onclick="QuirkLink.parseLink()">
<input id=btnGIF type=button value="Get From Frame" onclick="QuirkLink.getLinkFromIFrame()">
<input id=btnSave type=button value="Save To Memory" onclick="QuirkLink.saveToMemory()">
</div>
<div id="generatorMemory" class="tabcontent">
Saved Quirk Links:
<br>
<input type="button" value="Get and Save To Memory" onclick="QuirkLink.getLinkFromIFrame(); QuirkLink.saveToMemory()">
<br>
</div>
<div id="generatorChart" class="tabcontent">
Look ahead:
<input type="number" id="lookahead" min=0 onchange="pressGenerate()" value="0">
<br>
<input type="button" value="Download CSV" onclick="downloadChartCSV()">
<br>
<canvas id="analysisChart" width="200" height="100" style="background-color: white"></canvas>
</div>
<div id="generatorWires" class="tabcontent">
<input type=button id=reorderwires onclick='pressReorderWires()' value="Reorder wires based on first usage"></input>
<br>
<input type=button id=resetwires onclick='pressResetWires()' value="Reset wire order"></input>
<br> The following order is used. Change by clicking pairs to swap.
<div id="wireswapperdiv"></div>
</div>
</div>
<b>This tool is alpha version, and was prepared to present the concept of SurfBraid.</b><br>
Be sure to have a GPU for large WebGL visualisations - otherwise disable it (see checkbox below).
Configure visualisation also from the Setup tab on the right. This version includes an Emscripten compiled C++ module.
Many features of that module are not unlocked from the GUI - this is why sometimes the visualisation will not update.
Some circuit generators are not transformed into Clifford+T, because that corresponding Javascript component was not updated to handle those gate types.
</div>
<div id="contentframe" style="position:relative; top: 0px; left: 0px; float:right; width:57vw;height:100vh">
<div class="tab">
<button id="viewTabQuirk" class="tablinks" onclick="Tabs.openTab(event, 'viewQuirk', 'view')">Quirk</button>
<button id="viewTabDefect" class="tablinks" onclick="Tabs.openTab(event, 'viewDefect', 'view')">Defects</button>
<button id="viewTabPlumb" class="tablinks" onclick="Tabs.openTab(event, 'viewPlumb', 'view')">Plumbing</button>
<button id="viewTabSetup" class="tablinks" onclick="Tabs.openTab(event, 'viewSetup', 'view')">Setup</button>
</div>
<div id="viewQuirk" class="tabcontent">
<iframe id="quirkiframe" src="#" style="width:153%;height:150%;">
<!-- the css scales to 0.65 the contents of the iframe,
and this style is applied afterwards to set the width to 1/0.65 -->
</iframe>
</div>
<div id="viewDefect" class="tabcontent">
<div class=menu name=menu>
Show:
<input type=checkbox id="menuDefectBoxesChk" checked="checked" onclick="visualisationDefects.checkboxClick(menuDefects)"
autocomplete="off">Boxes</input>
<input type=checkbox id="menuDefectPrimalChk" checked="checked" onclick="visualisationDefects.checkboxClick(menuDefects)"
autocomplete="off">Primal</input>
<input type=checkbox id="menuDefectDualChk" checked="checked" onclick="visualisationDefects.checkboxClick(menuDefects)" autocomplete="off">Dual</input>
</div>
<!--where the visualisation is placed-->
<div id=container1 name=container1 style="border:4px solid green;"></div>
</div>
<div id="viewPlumb" class="tabcontent">
<div class=menu name=menu>
Show:
<input type=checkbox id="plUnitsChk" checked="checked" onclick="visualisationPlumb.checkboxClick(menuPlumb)" autocomplete="off">Units</input>
<input type=checkbox id="plPrimalChk" checked="checked" onclick="visualisationPlumb.checkboxClick(menuPlumb)" autocomplete="off">Primal</input>
<input type=checkbox id="plDualChk" checked="checked" onclick="visualisationPlumb.checkboxClick(menuPlumb)" autocomplete="off">Dual</input>
</div>
<!--where the visualisation is placed-->
<div id=container2 name=container2 style="border:4px solid blue;"></div>
</div>
<!-- Tab content -->
<div id="viewSetup" class="tabcontent">
<div class=menu name=menu>
Manual Visualisation:
<input type="button" value="Start" onclick="CompilationHelpers.startCompiled('circuitnew')">
<input type="button" value="View" onclick="startVisualisation()">
<input type="button" value="Clean" onclick="visualisationDefects.deleteAllSceneRelated(); visualisationPlumb.deleteAllSceneRelated();">
</div>
<div class=menu>
Enable Visualisation:
<input id=visQuirkBox type="checkbox" checked>Quirk</input>
<input id=visDefectBox type="checkbox" checked>Defect</input>
<input id=visPlumbBox type="checkbox" checked>Plumb</input>
</div>
<!--download links for the json files generated-->
<p id=downloadlinks name=downloadlinks>
there are no files to download
</p>
<!--where the emscripten stdout is printed-->
<textarea id="output" rows="40" cols="80">
test test
</textarea>
</div>
</div>
<script>
/*
Set the size of the visualisations
*/
setSizeForContainer("viewDefect");
setSizeForContainer("viewPlumb");
setSizeForContainer("viewQuirk");
/*
From the WebGL part.
For a reason which is unknown to me, the containers need to be visible
for the ThreeJS renderers to work. This is why, I am simulating clicks on the divs
*/
document.getElementById("viewDefect").click();
visualisationDefects.setup_visualisation("container1");
// document.getElementsByName("b4")[0].dispatchEvent(event);
document.getElementById("viewPlumb").click();
visualisationPlumb.setup_visualisation("container2");
/*
Default open tab
*/
//document.getElementById("viewTabEmscripten").click();
resetToolParameters();
document.getElementById("generatorDefaultOpen").click();
// document.getElementById("viewTabQuirk").click();
//the default is the defects tab
document.getElementById("viewTabDefect").click();
// document.getElementById("quirkiframe").onload = function () {
// //console.log("Quirk Loaded!");
// alert("Alert!");
// //document.getElementById("generatorDefaultOpen").click();
// document.getElementById("viewTabEmscripten").click();
// }
pressGenerate();
</script>
</body>
</html>