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main.js
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function deepCopy(anything) {
return JSON.parse(JSON.stringify(anything));
}
let keyBindings = {
"Walls": "a",
"Camera": "s",
"Face": "d",
"Position": "f",
"Word": "g",
"Shape": "h",
"Corner": "j",
"Sound": "k",
"Color": "l",
"Play": "q",
"Stop": "p",
"Options": "w",
"Stats": "o"
};
const keyBindingsDefault = deepCopy(keyBindings);
let history = {
1: {},
2: {},
3: {},
4: {},
5: {},
6: {},
7: {},
8: {},
9: {}
};
const historyDefault = deepCopy(history);
// Functions
function wallsEnableTrigHandler(evt, defVal) {
if (defVal != null) {
wallsEnableTrig.checked = defVal;
wallsEnabled = defVal;
} else {
wallsEnabled = !wallsEnabled;
saveSettings();
}
if (!wallsEnabled) {
checkWallsBtn.style.display = "none";
} else {
checkWallsBtn.style.display = "inline-block";
}
checkWallsBtn.style.animationDelay = "0s";
}
function cameraEnableTrigHandler(evt, defVal) {
if (defVal != null) {
cameraEnableTrig.checked = defVal;
cameraEnabled = defVal;
} else {
cameraEnabled = !cameraEnabled;
saveSettings();
}
if (!cameraEnabled) {
checkCameraBtn.style.display = "none";
} else {
checkCameraBtn.style.display = "inline-block";
}
checkCameraBtn.style.animationDelay = "0s";
}
function faceEnableTrigHandler(evt, defVal) {
if (defVal != null) {
faceEnableTrig.checked = defVal;
faceEnabled = defVal;
} else {
faceEnabled = !faceEnabled;
saveSettings();
}
if (!faceEnabled) {
checkFaceBtn.style.display = "none";
} else {
checkFaceBtn.style.display = "inline-block";
}
checkFaceBtn.style.animationDelay = "0s";
}
function positionEnableTrigHandler(evt, defVal) {
if (defVal != null) {
positionEnableTrig.checked = defVal;
positionEnabled = defVal;
} else {
positionEnabled = !positionEnabled;
saveSettings();
}
if (!positionEnabled) {
checkPositionBtn.style.display = "none";
} else {
checkPositionBtn.style.display = "inline-block";
}
checkPositionBtn.style.animationDelay = "0s";
}
function wordEnableTrigHandler(evt, defVal) {
if (defVal != null) {
wordEnableTrig.checked = defVal;
wordEnabled = defVal;
} else {
wordEnabled = !wordEnabled;
saveSettings();
}
if (!wordEnabled) {
checkWordBtn.style.display = "none";
} else {
checkWordBtn.style.display = "inline-block";
}
checkWordBtn.style.animationDelay = "0s";
}
function shapeEnableTrigHandler(evt, defVal) {
if (defVal != null) {
shapeEnableTrig.checked = defVal;
shapeEnabled = defVal;
} else {
shapeEnabled = !shapeEnabled;
saveSettings();
}
if (!shapeEnabled) {
checkShapeBtn.style.display = "none";
} else {
checkShapeBtn.style.display = "inline-block";
}
checkShapeBtn.style.animationDelay = "0s";
}
function cornerEnableTrigHandler(evt, defVal) {
if (defVal != null) {
cornerEnableTrig.checked = defVal;
cornerEnabled = defVal;
} else {
cornerEnabled = !cornerEnabled;
saveSettings();
}
if (!cornerEnabled) {
shapeEnableTrigHandler(null, false);
shapeEnableTrig.disabled = true;
innerCube.style.display = "none";
checkCornerBtn.style.display = "none";
checkShapeBtn.style.display = "none";
} else {
shapeEnableTrig.disabled = false;
innerCube.style.display = "block";
checkCornerBtn.style.display = "inline-block";
}
innerFaceEls.forEach(face => face.style.animationDelay = "0s"),
checkCornerBtn.style.animationDelay = "0s";
}
function soundEnableTrigHandler(evt, defVal) {
if (defVal != null) {
soundEnableTrig.checked = defVal;
soundEnabled = defVal;
} else {
soundEnabled = !soundEnabled;
saveSettings();
}
if (!soundEnabled) {
checkSoundBtn.style.display = "none";
} else {
checkSoundBtn.style.display = "inline-block";
}
checkSoundBtn.style.animationDelay = "0s";
}
function colorEnableTrigHandler(evt, defVal) {
if (defVal != null) {
colorEnableTrig.checked = defVal;
colorEnabled = defVal;
} else {
colorEnabled = !colorEnabled;
saveSettings();
}
if (!colorEnabled) {
checkColorBtn.style.display = "none";
} else {
checkColorBtn.style.display = "inline-block";
}
checkColorBtn.style.animationDelay = "0s"
}
function nLevelInputHandler(evt, defVal) {
if (defVal != null) {
nLevelInput.value = defVal;
nLevel = defVal;
} else {
nLevel = Math.min(Math.max(+nLevelInput.value, 1), 9);
saveSettings();
}
if (+nLevelInput.value < 1 || +nLevelInput.value > 9) {
nLevelInput.classList.add("input-incorrect");
} else {
nLevelInput.classList.remove("input-incorrect");
nBackDisplay.innerHTML = nLevel;
}
}
function sceneDimmerInputHandler(evt, defVal) {
if (defVal) {
sceneDimmerInput.value = defVal;
sceneDimmer = defVal;
} else {
sceneDimmer = +sceneDimmerInput.value;
saveSettings();
}
floors.forEach(floor =>
setFloorBackground(
floor,
sceneDimmer,
tileAHexColor,
tileBHexColor
)
);
}
function zoomInputHandler(evt, defVal) {
if (defVal) {
zoomInput.value = defVal;
zoom = defVal;
} else {
zoom = +zoomInput.value;
saveSettings();
}
sceneWrapper.style.transform = `scale(${zoom})`;
}
function perspectiveInputHandler(evt, defVal) {
if (defVal) {
perspectiveInput.value = defVal;
perspective = defVal;
} else {
perspective = +perspectiveInput.value;
saveSettings();
}
sceneWrapper.style.perspective = `${perspective}em`;
}
function targetStimuliInputHandler(evt, defVal) {
if (defVal) {
targetStimuliInput.value = defVal;
targetNumOfStimuli = defVal;
} else {
targetNumOfStimuli = Math.min(Math.max(+targetStimuliInput.value, 1), 30);
saveSettings();
}
if (+targetStimuliInput.value < 1 || +targetStimuliInput.value > 30) {
targetStimuliInput.classList.add("input-incorrect");
} else {
targetStimuliInput.classList.remove("input-incorrect");
}
}
function baseDelayInputHandler(evt, defVal) {
if (defVal != null) {
baseDelayInput.value = defVal;
baseDelay = defVal;
} else {
baseDelay = Math.min(Math.max(+baseDelayInput.value, 2000), 20000);
saveSettings();
}
if (+baseDelayInput.value < 2000 || +baseDelayInput.value > 20000) {
baseDelayInput.classList.add("input-incorrect");
} else {
baseDelayInput.classList.remove("input-incorrect");
}
}
function maxAllowedMistakesInputHandler(evt, defVal) {
if (defVal != null) {
maxAllowedMistakesInput.value = defVal;
maxAllowedMistakes = defVal;
} else {
maxAllowedMistakes = Math.min(Math.max(+maxAllowedMistakesInput.value, 0), 30);
saveSettings();
}
if (+maxAllowedMistakesInput.value < 0 || +maxAllowedMistakesInput.value > 30) {
maxAllowedMistakesInput.classList.add("input-incorrect");
} else {
maxAllowedMistakesInput.classList.remove("input-incorrect");
}
}
function previousLevelThresholdInputHandler(evt, defVal) {
if (defVal != null) {
previousLevelThresholdInput.value = defVal * 100;
prevLevelThreshold = defVal;
} else {
prevLevelThreshold = +previousLevelThresholdInput.value / 100;
saveSettings();
}
}
function nextLevelThresholdInputHandler(evt, defVal) {
if (defVal != null) {
nextLevelThresholdInput.value = defVal * 100;
nextLevelThreshold = defVal;
} else {
nextLevelThreshold = +nextLevelThresholdInput.value / 100;
saveSettings();
}
}
function setFloorBackground(floor, dimPercent, tileAHexColor, tileBHexColor) {
if (dimPercent > 1) {
dimPercent = 1;
}
let hexSymbols = "0123456789abcdef";
let hexBrightness = hexSymbols[
Math.floor(dimPercent * (hexSymbols.length - 1))
];
if (floor.classList.contains("floor-bottom")) {
floor.style.backgroundImage = `linear-gradient(
#000${hexBrightness},
#000${hexBrightness}
),
radial-gradient(
at 0px 0px,
#0000,
#0000 15%,
20%,
#000
),
repeating-conic-gradient(
${tileAHexColor} 0deg,
${tileAHexColor} 90deg,
${tileBHexColor} 90deg,
${tileBHexColor} 180deg
)`;
} else if (floor.classList.contains("floor-left")) {
floor.style.backgroundImage = `linear-gradient(
#000${hexBrightness},
#000${hexBrightness}
),
radial-gradient(
at 54em 53.5em,
#0000,
#0000 15%,
20%,
#000
),
repeating-conic-gradient(
${tileAHexColor} 0deg,
${tileAHexColor} 90deg,
${tileBHexColor} 90deg,
${tileBHexColor} 180deg
)`;
} else {
floor.style.backgroundImage = `linear-gradient(
#000${hexBrightness},
#000${hexBrightness}
),
radial-gradient(
at 0 53.5em,
#0000,
#0000 15%,
20%,
#000
),
repeating-conic-gradient(
${tileBHexColor} 0deg,
${tileBHexColor} 90deg,
${tileAHexColor} 90deg,
${tileAHexColor} 180deg
)`;
}
}
function resetStats() {
const confirmed = confirm("Are you sure you want to reset all statistics?\nThis operation is irreversible.");
if (!confirmed) {
return;
}
history = historyDefault;
location.reload();
};
function resetOptions() {
const confirmed = confirm("Are you sure you want to reset all settings?\nThis operation is irreversible.");
if (!confirmed) {
return;
}
wallsEnabled = defVal_wallsEnabled;
cameraEnabled = defVal_cameraEnabled;
faceEnabled = defVal_faceEnabled;
positionEnabled = defVal_positionEnabled;
wordEnabled = defVal_wordEnabled;
shapeEnabled = defVal_shapeEnabled;
cornerEnabled = defVal_cornerEnabled;
soundEnabled = defVal_soundEnabled;
colorEnabled = defVal_colorEnabled;
tileAHexColor = defVal_tileAHexColor;
tileBHexColor = defVal_tileBHexColor;
nLevel = defVal_nLevel;
sceneDimmer = defVal_sceneDimmer;
zoom = defVal_zoom;
perspective = defVal_perspective;
targetNumOfStimuli = defVal_targetNumOfStimuli;
baseDelay = defVal_baseDelay;
maxAllowedMistakes = defVal_maxAllowedMistakes;
prevLevelThreshold = defVal_prevLevelThreshold;
nextLevelThreshold = defVal_nextLevelThreshold;
saveSettings();
location.reload();
};
function resetBindings() {
const confirmed = confirm("Are you sure you want to reset all bindings?\nThis operation is irreversible.");
if (!confirmed) {
return;
}
for (const [ stim, key ] of Object.entries(keyBindingsDefault)) {
document.querySelector(`[id^='binding-${stim}']`).value = key;
}
saveBindings();
}
function reloadBindKeys() {
for (let [ stim, key ] of Object.entries(keyBindings)) {
document.querySelector(`.bind-key-${stim}`).innerHTML = `(${key})`;
}
}
function saveBindings() {
const bindings = [...document.querySelectorAll("[id^='binding-']")];
for (let binding of bindings) {
const stim = binding.getAttribute("id").replace("binding-", "");
const key = binding.value.toLowerCase()[0];
binding.value = key; // Ensure just one char on save
if (stim && key) {
keyBindings[stim] = key;
} else {
alert("All buttons need a binding in order to continue.");
}
}
localStorage.setItem(LS_BINDINGS_KEY, JSON.stringify(keyBindings));
bindDialogContent.parentElement.close();
reloadBindKeys();
}
function loadBindings() {
const _keyBindings = JSON.parse(localStorage.getItem(LS_BINDINGS_KEY));
if (_keyBindings) {
let validConf = true;
for (const binding of Object.keys(_keyBindings)) {
if (!Object.keys(keyBindingsDefault).includes(binding)) {
validConf = false;
}
}
keyBindings = validConf ? _keyBindings : deepCopy(keyBindingsDefault);
}
reloadBindKeys();
}
function saveHistory() {
localStorage.setItem(LS_HISTORY_KEY, JSON.stringify(history));
}
function loadHistory() {
const _history = JSON.parse(localStorage.getItem(LS_HISTORY_KEY));
if (_history) {
history = _history;
}
}
function saveSettings() {
const settings = {
wallsEnabled,
cameraEnabled,
faceEnabled,
positionEnabled,
wordEnabled,
shapeEnabled,
cornerEnabled,
soundEnabled,
colorEnabled,
//
nLevel,
sceneDimmer,
zoom,
perspective,
targetNumOfStimuli,
baseDelay,
maxAllowedMistakes,
prevLevelThreshold,
nextLevelThreshold
};
localStorage.setItem(LS_SETTINGS_KEY, JSON.stringify(settings));
return settings;
}
function loadSettings() {
let settings = JSON.parse(localStorage.getItem(LS_SETTINGS_KEY));
if (!settings) {
settings = saveSettings();
}
wallsEnableTrigHandler(null, settings.wallsEnabled);
cameraEnableTrigHandler(null, settings.cameraEnabled);
faceEnableTrigHandler(null, settings.faceEnabled);
positionEnableTrigHandler(null, settings.positionEnabled);
wordEnableTrigHandler(null, settings.wordEnabled);
shapeEnableTrigHandler(null, settings.shapeEnabled);
cornerEnableTrigHandler(null, settings.cornerEnabled);
soundEnableTrigHandler(null, settings.soundEnabled);
colorEnableTrigHandler(null, settings.colorEnabled);
//
nLevelInputHandler(null, settings.nLevel);
sceneDimmerInputHandler(null, settings.sceneDimmer);
zoomInputHandler(null, settings.zoom);
perspectiveInputHandler(null, settings.perspective);
targetStimuliInputHandler(null, settings.targetNumOfStimuli);
baseDelayInputHandler(null, settings.baseDelay);
maxAllowedMistakesInputHandler(null, settings.maxAllowedMistakes);
previousLevelThresholdInputHandler(null, settings.prevLevelThreshold);
nextLevelThresholdInputHandler(null, settings.nextLevelThreshold);
}
function openBindings() {
bindDialogContent.parentElement.show();
for (const [stim, key] of Object.entries(keyBindings)) {
document.querySelector("#binding-" + stim).value = key;
}
}
function toggleOptions() {
const settingsOpen = document.querySelector("#settings-open");
settingsOpen.checked = !settingsOpen.checked;
}
function closeOptions() {
document.querySelector("#settings-open").checked = false;
}
function getBar(n) {
const html = `<div class="bar-chart-bar" style="height: ${n*2}rem;"><div>${n}</div></div>`;
const wrap = document.createElement("DIV");
wrap.innerHTML = html;
return wrap.firstChild;
}
function toggleStats(_dim) {
if (!_dim && statsDialogContent.parentElement.hasAttribute("open")) {
statsDialogContent.parentElement.close();
return;
}
statsDialogContent.parentElement.show();
const dim = _dim || localStorage.getItem("last-dim") || 1;
const radios = [ ...document.querySelectorAll("input[name='dimension']") ];
radios[dim - 1].checked = true;
const _history = history[dim];
const bars = document.querySelector(".bar-chart-bars");
bars.innerHTML = "";
let avgNLevel = 0;
let minNLevel = 10;
let maxNLevel = 0;
let right = 0;
let missed = 0;
let wrong = 0;
const entries = Object.entries(_history);
for (const [ date, points ] of entries) {
let _avgNLevel = 0;
let _minNLevel = 10;
let _maxNLevel = 0;
for (const point of points) {
_avgNLevel += point.nLevel;
_minNLevel = Math.min(_minNLevel, point.nLevel);
_maxNLevel = Math.max(_maxNLevel, point.nLevel);
minNLevel = Math.min(minNLevel, _minNLevel);
maxNLevel = Math.max(maxNLevel, _maxNLevel);
right += point.right;
missed += point.missed;
wrong += point.wrong;
}
_avgNLevel = _avgNLevel / points.length;
avgNLevel += _avgNLevel;
bars.appendChild(getBar(toOneDecimal(_avgNLevel)));
}
avgNLevel = avgNLevel / entries.length;
document.querySelector("#sc-avg").innerHTML = toOneDecimal(avgNLevel) || "-";
document.querySelector("#sc-min").innerHTML = (minNLevel === 10) ? "-" : minNLevel;
document.querySelector("#sc-max").innerHTML = maxNLevel || "-";
document.querySelector("#sc-right").innerHTML = right || "-";
document.querySelector("#sc-missed").innerHTML = missed || "-";
document.querySelector("#sc-wrong").innerHTML = wrong || "-";
}
function toOneDecimal(n) {
return Math.floor(n * 10) / 10;
}
function random(iterable) {
return iterable[
Math.floor(
Math.random() * iterable.length
)
];
}
// Create the blocks
function createBlocks(symbols, n) {
// I don't know how many matching stimuli will be generated in the end
// But I'm sure they are more than stimuli
let blocks = Array(
targetNumOfStimuli * (n + 2) + targetNumOfStimuli
).fill(null);
// Place stimuli
for (let i = 0; i < targetNumOfStimuli; i++) {
// Pick a letter
let symbol = random(symbols);
// Pick a spot
let rnd = Math.floor(Math.random() * (blocks.length - n));
while (blocks[rnd] || blocks[rnd - n] || blocks[rnd + n]) {
rnd = Math.floor(Math.random() * (blocks.length - n - 1));
}
// Put the signal
blocks[rnd] = {
isMatching: undefined, // I'll have to figure out if it's matching
symbol: symbol
};
blocks[rnd + n] = {
isMatching: true,
symbol: symbol
};
matchingStimuli++;
}
// Place noise
for (let i = 0; i < blocks.length; i++) {
if (blocks[i] && blocks[i].isMatching) {
continue;
}
let prev = blocks[i - n];
let next = blocks[i + n];
if (blocks[i] && blocks[i].isMatching === undefined) {
if (prev && prev.symbol === blocks[i].symbol) {
blocks[i].isMatching = true;
matchingStimuli++;
} else {
blocks[i].isMatching = false;
}
continue;
}
// Pick noise
let noise = random(symbols);
// Place noise
if (prev && prev.symbol === noise) {
blocks[i] = {
isMatching: true,
symbol: noise
};
matchingStimuli++;
} else {
blocks[i] = {
isMatching: false,
symbol: noise
};
}
if (next && next.symbol === noise) {
next.isMatching = true;
matchingStimuli++;
}
}
console.log("Matching stimuli", matchingStimuli);
return blocks;
}
function resetPoints() {
matchingStimuli = 0;
rightWalls = 0;
rightCamera = 0;
rightFace = 0;
rightPosition = 0;
rightWord = 0;
rightShape = 0;
rightCorner = 0;
rightSound = 0;
rightColor = 0;
wrongWalls = 0;
wrongCamera = 0;
wrongFace = 0;
wrongPosition = 0;
wrongWord = 0;
wrongShape = 0;
wrongCorner = 0;
wrongSound = 0;
wrongColor = 0;
move(cube, initialCubePosition);
move(innerCube, initialInnerCubePosition);
rotateCamera(-40, -45);
floors.forEach(floor =>
setFloorBackground(
floor,
sceneDimmer,
tileAHexColor,
tileBHexColor
)
);
}
function resetBlock() {
enableWallsCheck = true;
enableCameraCheck = true;
enableFaceCheck = true;
enablePositionCheck = true;
enableWordCheck = true;
enableShapeCheck = true;
enableCornerCheck = true;
enableSoundCheck = true;
enableColorCheck = true;
currWalls = null;
currCamera = null;
currFace = null;
currPosition = null;
currWord = null;
currShape = null;
currCorner = null;
currSound = null;
currColor = null;
checkWallsBtn.classList.remove("right", "wrong");
checkCameraBtn.classList.remove("right", "wrong");
checkFaceBtn.classList.remove("right", "wrong");
checkPositionBtn.classList.remove("right", "wrong");
checkWordBtn.classList.remove("right", "wrong");
checkShapeBtn.classList.remove("right", "wrong");
checkCornerBtn.classList.remove("right", "wrong");
checkSoundBtn.classList.remove("right", "wrong");
checkColorBtn.classList.remove("right", "wrong");
}
function resetIntervals() {
intervals.forEach(interval =>
clearInterval(interval)
);
}
function rotateCamera(cx, cy) {
scene.style.transform = `rotateX(${cx}deg) rotateY(${cy}deg)`;
shape.style.transform = `translate(-50%, -50%) rotateY(${-cy}deg) rotateX(${-cx}deg)`;
}
function move(el, currPosString) {
el.style.transform = `translate3d(${currPosString})`;
}
function wow(htmlElement, cssClass, delay) {
htmlElement.classList.add(cssClass);
setTimeout(() =>
htmlElement.classList.remove(cssClass)
, delay);
}
function speak(text) {
let utter = new SpeechSynthesisUtterance();
utter.lang = 'en-US';
utter.text = text;
speechSynthesis.speak(utter);
return utter;
}
function writeWord(word) {
wallWords.forEach(wall => {
wall.innerText = word;
wow(wall, "text-white", baseDelay - 300);
});
}
function getGameCycle(n) {
let walls;
if (wallsEnabled) {
walls = createBlocks(wallColorsList, n);
}
let cameras;
if (cameraEnabled) {
cameras = createBlocks(points, n);
}
let faces;
if (faceEnabled) {
faces = createBlocks(numbers, n);
}
let positions;
if (positionEnabled) {
positions = createBlocks(moves, n);
}
let words;
if (wordEnabled) {
words = createBlocks(wordsList, n);
}
let shapes;
if (shapeEnabled) {
shapes = createBlocks(shapeClasses, n);
}
let corners;
if (cornerEnabled) {
corners = createBlocks(cornersList, n);
}
let sounds;
if (soundEnabled) {
sounds = createBlocks(letters, n);
}
let colors;
if (colorEnabled) {
colors = createBlocks(colorClasses, n);
}
console.log(
walls, cameras, faces, positions, words, shapes, corners, sounds, colors
);
let i = 0;
return function() {
resetBlock();
if (!isRunning) {
return;
}
let length = targetNumOfStimuli * (n + 2) + targetNumOfStimuli;
let dimensions = 0;
// End game
if (i > length - 1) {
let correctStimuli = 0;
if (wallsEnabled) {
dimensions++;
correctStimuli += rightWalls;
}
if (cameraEnabled) {
dimensions++;
correctStimuli += rightCamera;
}
if (faceEnabled) {
dimensions++;
correctStimuli += rightFace;
}
if (positionEnabled) {
dimensions++;
correctStimuli += rightPosition;
}
if (wordEnabled) {
dimensions++;
correctStimuli += rightWord;
}
if (cornerEnabled) {
dimensions++;
correctStimuli += rightCorner;
if (shapeEnabled) {
dimensions++;
correctStimuli += rightShape;
}
}
if (soundEnabled) {
dimensions++;
correctStimuli += rightSound;
}
if (colorEnabled) {
dimensions++;
correctStimuli += rightColor;
}
let percentage = correctStimuli / matchingStimuli;
let mistakes = 0;
if (wallsEnabled) {
mistakes += wrongWalls;
}
if (cameraEnabled) {
mistakes += wrongCamera;
}
if (faceEnabled) {
mistakes += wrongFace;
}
if (positionEnabled) {
mistakes += wrongPosition;
}
if (wordEnabled) {
mistakes += wrongWord;
}
if (cornerEnabled) {
mistakes += wrongCorner;
if (shapeEnabled) {
mistakes += wrongShape;
}
}
if (soundEnabled) {
mistakes += wrongSound;
}
if (colorEnabled) {
mistakes += wrongColor;
};
const missed = matchingStimuli - correctStimuli;
console.log("matchingStimuli", matchingStimuli);
console.log("correctStimuli", correctStimuli);
console.log("missed", missed);
console.log("mistakes", mistakes);
console.log("dimensions", dimensions);
stop(); // This resets stuff (matchingStimuli etc...)
const resDim = document.querySelector("#res-dim");
const resRight = document.querySelector("#sc-res-right");
const resMissed = document.querySelector("#sc-res-missed");
const resWrong = document.querySelector("#sc-res-wrong");
const lvlRes = document.querySelectorAll("[class^='lvl-res']");
[...lvlRes].forEach(el => el.style.display = "none");
resDim.innerHTML = dimensions + "D";
resRight.innerHTML = correctStimuli;
resMissed.innerHTML = missed;
resWrong.innerHTML = mistakes;
const levelUpCond = (percentage >= nextLevelThreshold) && (mistakes <= maxAllowedMistakes) && nLevel < 9;
const levelDownCond = ((percentage < prevLevelThreshold) || (mistakes > maxAllowedMistakes)) && nLevel > 1;
localStorage.setItem("last-dim", dimensions);
const historyPoint = {
nLevel,
right: correctStimuli,
missed,
wrong: mistakes,
outcome: 0
};
if (levelUpCond) {
historyPoint.outcome = 1;
nLevelInputHandler(null, nLevel + 1);
document.querySelector(".lvl-res-move").style.display = "block";
document.querySelector(".lvl-before").innerHTML = nLevel - 1;
document.querySelector(".lvl-after").innerHTML = nLevel;
} else if (levelDownCond) {
historyPoint.outcome = -1;
nLevelInputHandler(null, nLevel - 1);
document.querySelector(".lvl-res-move").style.display = "block";
document.querySelector(".lvl-before").innerHTML = nLevel + 1;
document.querySelector(".lvl-after").innerHTML = nLevel;
} else {
document.querySelector(".lvl-res-stay").style.display = "block";
document.querySelector(".lvl-stays").innerHTML = nLevel;
}
recapDialogContent.parentElement.show();
const datestamp = new Date().toLocaleDateString("sv");
history[dimensions][datestamp] = history[dimensions][datestamp] || [];
history[dimensions][datestamp].push(historyPoint);
console.log("history", history);
saveSettings();
saveHistory();