const createGenreListWithClickEvent = (genreList, genres, callback) => {
genreList.append(...genres.map((genre) => {
const name = genre["name"];
- const li = document.createElement("li");
- li.setAttribute("data-name", name);
- li.addEventListener("click", callback);
- li.appendChild(document.createTextNode(name));
- return li;
+ const option = document.createElement("option");
+ option.setAttribute("data-name", name);
+ option.addEventListener("click", callback);
+ option.appendChild(document.createTextNode(name));
+ return option;
}));
}
const newY = y + (yDist * up)
ctx.lineTo(x, newY);
ctx.lineTo(newX, newY);
+ ctx.stroke();
return [newX, newY];
}
-const drawArtistOnCtx = (ctx, artistName, x, y) => ctx.strokeText(artistName, x, y);
+const drawArtistOnCtx = (ctx, artistName, x, y) => {
+ ctx.font = "20px sans serif";
+ ctx.strokeText(artistName, x, y);
+}
/**
* Draws paths to the terminal nodes of a round
* @param x, y the point representation of the start of the branch
+ * @param baseCallback a callback that needs the terminal x,y context
*/
-const drawMatchup = (canvas, x, y, iter, left, artist1, artist2) => {
+const drawMatchup = (canvas, x, y, iter, maxIter, left, artists, baseCallback) => {
+ if (iter === maxIter) {
+ return baseCallback(x, y);
+ }
const ctx = canvas.getContext("2d");
+ ctx.direction = left === -1 ? "ltr" : "rtl";
const [width, height] = getDimensions(canvas);
- const drawBranchUp = (xDist, yDist) => drawBranchFrom(ctx, x, y, xDist, yDist, left, 1);
- const drawBranchDown = (xDist, yDist) => drawBranchFrom(ctx, x, y, xDist, yDist, left, -1);
+ const drawBranchUp = (xDist, yDist) => drawBranchFrom(ctx, x, y, xDist, yDist, left, -1);
+ const drawBranchDown = (xDist, yDist) => drawBranchFrom(ctx, x, y, xDist, yDist, left, 1);
const drawArtist = (artistName, x, y) => drawArtistOnCtx(ctx, artistName, x, y);
+ const drawArtist1 = (x, y) => drawArtist(artists.shift()["name"], x, y);
+ const drawArtist2 = (x, y) => drawArtist(artists.pop()["name"], x, y);
ctx.beginPath();
ctx.moveTo(x, y);
- drawArtist(
- artist1["name"],
- ...drawBranchUp(width / iter, height / iter)
+ const branchDistances = [width / (5 * (iter + 1)), height / (9 * (iter + 1))];
+ drawMatchup(
+ canvas,
+ ...drawBranchUp(...branchDistances),
+ iter + 1,
+ maxIter,
+ left,
+ artists,
+ drawArtist1,
);
+
ctx.moveTo(x, y);
- drawArtist(
- artist2["name"],
- ...drawBranchDown(width / iter, height / iter)
+ drawMatchup(
+ canvas,
+ ...drawBranchDown(...branchDistances),
+ iter + 1,
+ maxIter,
+ left,
+ artists,
+ drawArtist2,
);
- ctx.stroke();
}
-const drawBracket = (canvas, artists) => {
+const drawBracket = (canvas, artists, genre) => {
+ const context = canvas.getContext("2d");
+ context.clearRect(0, 0, canvas.width, canvas.height);
drawWinner(canvas);
const [mid_x, mid_y] = getCenter(canvas);
+ context.font = '28px sans serif'
+ context.textAlign = "center";
+ context.strokeText(genre.toUpperCase(), mid_x, 40);
+ context.textAlign = "start";
const [rect_width, rect_height] = getRectangleDimensions(canvas);
const groups = 4;
- const rounds = Math.log2(artists.length / groups);
+ const rounds = Math.max(
+ Math.floor(Math.log2(artists.length / groups)),
+ 1
+ );
for (let group = 1; group <= groups; group++) {
- for (let round = 0; round < rounds; round++) {
- const matchup = [artists.shift(), artists.pop()];
- drawMatchup(canvas, mid_x, mid_y, 2 * round, Math.pow(-1, group), ...matchup);
- }
+ drawMatchup(
+ canvas,
+ mid_x + (Math.pow(-1, group) * (rect_width / 6)),
+ mid_y + (Math.pow(-1, Math.floor(group / 2)) * (rect_height * 2.5)),
+ 0,
+ rounds,
+ Math.pow(-1, group),
+ artists,
+ (x, y) => console.log("hello")
+ );
}
}
const canvas = document.getElementById("bracket");
const formSubmitAction = () => {
- fetch(encodeURI(`http://localhost:8080/artist/genre?genre_name=${genreInput.value}`))
+ fetch(encodeURI(`http://api.brackets.jacobcasper.com/artist/genre?genre_name=${genreInput.value}`))
.then((response) => response.json())
- .then((data) => drawBracket(canvas, data.slice(0, 33)));
+ .then((data) => drawBracket(canvas, data.slice(0, 33), genreInput.value));
}
+ const genreFormSubmitPolyfill = () => formSubmitPolyfill(genreList, formSubmitAction)
+
const createGenreList = (genreList, genres) => {
return createGenreListWithClickEvent(genreList, genres, (e) => {
genreInput.value = e.target.innerText;
- formSubmitPolyfill(genreForm, formSubmitAction);
+ genreFormSubmitPolyfill()
})
}
let genres = JSON.parse(lStorage.getItem("genres"))
if (genres === null) {
- fetch("http://localhost:8080/genre")
+ fetch("http://api.brackets.jacobcasper.com/genre")
.then((response) => response.text())
.then((text) => {
window.localStorage.setItem("genres", text);
formSubmitAction()
});
- genreInput.addEventListener("input", (e) => {
- const input = e.target;
- Array.from(genreList.children).forEach((item) => item.style.display= item.dataset.name.includes(input.value.toLowerCase()) ? "block" : "none");
- });
- genreInput.addEventListener("focus", (e) => {
- genreList.style.display = "block";
- });
- genreInput.addEventListener("blur", (e) => {
- sleep(150).then(() => genreList.style.display = "none");
+ genreInput.addEventListener("change", (e) => {
+ genreFormSubmitPolyfill()
});
canvas.width = window.innerWidth;
canvas.height = window.innerHeight;
- drawBracket(canvas, []);
+ drawBracket(canvas, ['dummy', 'dummy', 'dum' ,'dumhy'], "");
const bgImg = new Image();
bgImg.onload = () => {
projects / brackets.git / blobdiff