Trying to center an image in an HTML5 canvas after rotation [duplicate]

Trying to center an image in an HTML5 canvas after rotation [duplicate] - javascript

jQuery('#carregar').click(function() {
var canvas = document.getElementById('canvas');
var image = document.getElementById('image');
var element = canvas.getContext("2d");
element.clearRect(0, 0, canvas.width, canvas.height);
element.drawImage(image, 0, 0, 300, 300);
});
jsfiddle.net/braziel/nWyDE/
I have a problem to rotate an image 90 ° to the right or to the left.
I use an image on the canvas, the same screen will have several canvas equal to that of the example, but I left it as close as possible to the project.
I ask, how do I rotate the image 90 ° to the left or right when I click "Rotate Left" and "Rotate Right"?
I tried several codes on the internet but none worked.

You can use canvas’ context.translate & context.rotate to do rotate your image
Here’s a function to draw an image that is rotated by the specified degrees:
function drawRotated(degrees){
context.clearRect(0,0,canvas.width,canvas.height);
// save the unrotated context of the canvas so we can restore it later
// the alternative is to untranslate & unrotate after drawing
context.save();
// move to the center of the canvas
context.translate(canvas.width/2,canvas.height/2);
// rotate the canvas to the specified degrees
context.rotate(degrees*Math.PI/180);
// draw the image
// since the context is rotated, the image will be rotated also
context.drawImage(image,-image.width/2,-image.width/2);
// we’re done with the rotating so restore the unrotated context
context.restore();
}
Here is code and a Fiddle: http://jsfiddle.net/m1erickson/6ZsCz/
<!doctype html>
<html>
<head>
<link rel="stylesheet" type="text/css" media="all" href="css/reset.css" /> <!-- reset css -->
<script type="text/javascript" src="http://code.jquery.com/jquery.min.js"></script>
<style>
body{ background-color: ivory; }
canvas{border:1px solid red;}
</style>
<script>
$(function(){
var canvas=document.getElementById("canvas");
var ctx=canvas.getContext("2d");
var angleInDegrees=0;
var image=document.createElement("img");
image.onload=function(){
ctx.drawImage(image,canvas.width/2-image.width/2,canvas.height/2-image.width/2);
}
image.src="houseicon.png";
$("#clockwise").click(function(){
angleInDegrees+=30;
drawRotated(angleInDegrees);
});
$("#counterclockwise").click(function(){
angleInDegrees-=30;
drawRotated(angleInDegrees);
});
function drawRotated(degrees){
ctx.clearRect(0,0,canvas.width,canvas.height);
ctx.save();
ctx.translate(canvas.width/2,canvas.height/2);
ctx.rotate(degrees*Math.PI/180);
ctx.drawImage(image,-image.width/2,-image.width/2);
ctx.restore();
}
}); // end $(function(){});
</script>
</head>
<body>
<canvas id="canvas" width=300 height=300></canvas><br>
<button id="clockwise">Rotate right</button>
<button id="counterclockwise">Rotate left</button>
</body>
</html>

Quickest 2D context image rotation method
A general purpose image rotation, position, and scale.
// no need to use save and restore between calls as it sets the transform rather
// than multiply it like ctx.rotate ctx.translate ctx.scale and ctx.transform
// Also combining the scale and origin into the one call makes it quicker
// x,y position of image center
// scale scale of image
// rotation in radians.
function drawImage(image, x, y, scale, rotation){
ctx.setTransform(scale, 0, 0, scale, x, y); // sets scale and origin
ctx.rotate(rotation);
ctx.drawImage(image, -image.width / 2, -image.height / 2);
}
If you wish to control the rotation point use the next function
// same as above but cx and cy are the location of the point of rotation
// in image pixel coordinates
function drawImageCenter(image, x, y, cx, cy, scale, rotation){
ctx.setTransform(scale, 0, 0, scale, x, y); // sets scale and origin
ctx.rotate(rotation);
ctx.drawImage(image, -cx, -cy);
}
To reset the 2D context transform
ctx.setTransform(1,0,0,1,0,0); // which is much quicker than save and restore
Thus to rotate image to the left (anti clockwise) 90 deg
drawImage(image, canvas.width / 2, canvas.height / 2, 1, - Math.PI / 2);
Thus to rotate image to the right (clockwise) 90 deg
drawImage(image, canvas.width / 2, canvas.height / 2, 1, Math.PI / 2);
Example draw 500 images translated rotated scaled
var image = new Image;
image.src = "https://i.stack.imgur.com/C7qq2.png?s=328&g=1";
var canvas = document.createElement("canvas");
var ctx = canvas.getContext("2d");
canvas.style.position = "absolute";
canvas.style.top = "0px";
canvas.style.left = "0px";
document.body.appendChild(canvas);
var w,h;
function resize(){ w = canvas.width = innerWidth; h = canvas.height = innerHeight;}
resize();
window.addEventListener("resize",resize);
function rand(min,max){return Math.random() * (max ?(max-min) : min) + (max ? min : 0) }
function DO(count,callback){ while (count--) { callback(count) } }
const sprites = [];
DO(500,()=>{
sprites.push({
x : rand(w), y : rand(h),
xr : 0, yr : 0, // actual position of sprite
r : rand(Math.PI * 2),
scale : rand(0.1,0.25),
dx : rand(-2,2), dy : rand(-2,2),
dr : rand(-0.2,0.2),
});
});
function drawImage(image, spr){
ctx.setTransform(spr.scale, 0, 0, spr.scale, spr.xr, spr.yr); // sets scales and origin
ctx.rotate(spr.r);
ctx.drawImage(image, -image.width / 2, -image.height / 2);
}
function update(){
var ihM,iwM;
ctx.setTransform(1,0,0,1,0,0);
ctx.clearRect(0,0,w,h);
if(image.complete){
var iw = image.width;
var ih = image.height;
for(var i = 0; i < sprites.length; i ++){
var spr = sprites[i];
spr.x += spr.dx;
spr.y += spr.dy;
spr.r += spr.dr;
iwM = iw * spr.scale * 2 + w;
ihM = ih * spr.scale * 2 + h;
spr.xr = ((spr.x % iwM) + iwM) % iwM - iw * spr.scale;
spr.yr = ((spr.y % ihM) + ihM) % ihM - ih * spr.scale;
drawImage(image,spr);
}
}
requestAnimationFrame(update);
}
requestAnimationFrame(update);

The other solution works great for square images. Here is a solution that will work for an image of any dimension. The canvas will always fit the image rather than the other solution which may cause portions of the image to be cropped off.
var canvas;
var angleInDegrees=0;
var image=document.createElement("img");
image.onload=function(){
drawRotated(0);
}
image.src="http://greekgear.files.wordpress.com/2011/07/bob-barker.jpg";
$("#clockwise").click(function(){
angleInDegrees+=90 % 360;
drawRotated(angleInDegrees);
});
$("#counterclockwise").click(function(){
if(angleInDegrees == 0)
angleInDegrees = 270;
else
angleInDegrees-=90 % 360;
drawRotated(angleInDegrees);
});
function drawRotated(degrees){
if(canvas) document.body.removeChild(canvas);
canvas = document.createElement("canvas");
var ctx=canvas.getContext("2d");
canvas.style.width="20%";
if(degrees == 90 || degrees == 270) {
canvas.width = image.height;
canvas.height = image.width;
} else {
canvas.width = image.width;
canvas.height = image.height;
}
ctx.clearRect(0,0,canvas.width,canvas.height);
if(degrees == 90 || degrees == 270) {
ctx.translate(image.height/2,image.width/2);
} else {
ctx.translate(image.width/2,image.height/2);
}
ctx.rotate(degrees*Math.PI/180);
ctx.drawImage(image,-image.width/2,-image.height/2);
document.body.appendChild(canvas);
}
http://jsfiddle.net/6ZsCz/1588/

This is the simplest code to draw a rotated and scaled image:
function drawImage(ctx, image, x, y, w, h, degrees){
ctx.save();
ctx.translate(x+w/2, y+h/2);
ctx.rotate(degrees*Math.PI/180.0);
ctx.translate(-x-w/2, -y-h/2);
ctx.drawImage(image, x, y, w, h);
ctx.restore();
}

As #markE mention in his answer
the alternative is to untranslate & unrotate after drawing
It is much faster than context save and restore.
Here is an example
// translate and rotate
this.context.translate(x,y);
this.context.rotate(radians);
this.context.translate(-x,-y);
this.context.drawImage(...);
// untranslate and unrotate
this.context.translate(x, y);
this.context.rotate(-radians);
this.context.translate(-x,-y);

This is full degree image rotation code. I recommend you to check the below example app in the jsfiddle.
https://jsfiddle.net/casamia743/xqh48gno/
The process flow of this example app is
load Image, calculate boundaryRad
create temporary canvas
move canvas context origin to joint position of the projected rect
rotate canvas context with input degree amount
use canvas.toDataURL method to make image blob
using image blob, create new Image element and render
function init() {
...
image.onload = function() {
app.boundaryRad = Math.atan(image.width / image.height);
}
...
}
/**
* NOTE : When source rect is rotated at some rad or degrees,
* it's original width and height is no longer usable in the rendered page.
* So, calculate projected rect size, that each edge are sum of the
* width projection and height projection of the original rect.
*/
function calcProjectedRectSizeOfRotatedRect(size, rad) {
const { width, height } = size;
const rectProjectedWidth = Math.abs(width * Math.cos(rad)) + Math.abs(height * Math.sin(rad));
const rectProjectedHeight = Math.abs(width * Math.sin(rad)) + Math.abs(height * Math.cos(rad));
return { width: rectProjectedWidth, height: rectProjectedHeight };
}
/**
* #callback rotatedImageCallback
* #param {DOMString} dataURL - return value of canvas.toDataURL()
*/
/**
* #param {HTMLImageElement} image
* #param {object} angle
* #property {number} angle.degree
* #property {number} angle.rad
* #param {rotatedImageCallback} cb
*
*/
function getRotatedImage(image, angle, cb) {
const canvas = document.createElement('canvas');
const { degree, rad: _rad } = angle;
const rad = _rad || degree * Math.PI / 180 || 0;
debug('rad', rad);
const { width, height } = calcProjectedRectSizeOfRotatedRect(
{ width: image.width, height: image.height }, rad
);
debug('image size', image.width, image.height);
debug('projected size', width, height);
canvas.width = Math.ceil(width);
canvas.height = Math.ceil(height);
const ctx = canvas.getContext('2d');
ctx.save();
const sin_Height = image.height * Math.abs(Math.sin(rad))
const cos_Height = image.height * Math.abs(Math.cos(rad))
const cos_Width = image.width * Math.abs(Math.cos(rad))
const sin_Width = image.width * Math.abs(Math.sin(rad))
debug('sin_Height, cos_Width', sin_Height, cos_Width);
debug('cos_Height, sin_Width', cos_Height, sin_Width);
let xOrigin, yOrigin;
if (rad < app.boundaryRad) {
debug('case1');
xOrigin = Math.min(sin_Height, cos_Width);
yOrigin = 0;
} else if (rad < Math.PI / 2) {
debug('case2');
xOrigin = Math.max(sin_Height, cos_Width);
yOrigin = 0;
} else if (rad < Math.PI / 2 + app.boundaryRad) {
debug('case3');
xOrigin = width;
yOrigin = Math.min(cos_Height, sin_Width);
} else if (rad < Math.PI) {
debug('case4');
xOrigin = width;
yOrigin = Math.max(cos_Height, sin_Width);
} else if (rad < Math.PI + app.boundaryRad) {
debug('case5');
xOrigin = Math.max(sin_Height, cos_Width);
yOrigin = height;
} else if (rad < Math.PI / 2 * 3) {
debug('case6');
xOrigin = Math.min(sin_Height, cos_Width);
yOrigin = height;
} else if (rad < Math.PI / 2 * 3 + app.boundaryRad) {
debug('case7');
xOrigin = 0;
yOrigin = Math.max(cos_Height, sin_Width);
} else if (rad < Math.PI * 2) {
debug('case8');
xOrigin = 0;
yOrigin = Math.min(cos_Height, sin_Width);
}
debug('xOrigin, yOrigin', xOrigin, yOrigin)
ctx.translate(xOrigin, yOrigin)
ctx.rotate(rad);
ctx.drawImage(image, 0, 0);
if (DEBUG) drawMarker(ctx, 'red');
ctx.restore();
const dataURL = canvas.toDataURL('image/jpg');
cb(dataURL);
}
function render() {
getRotatedImage(app.image, {degree: app.degree}, renderResultImage)
}

I built an image uploader that resizes the image in the background, and also allows the user to rotate the image 90 degrees left or right. This isn't something that is solved with just a few lines of code, so you will want to checkout the jsfiddle https://jsfiddle.net/alienbush/z02jatnr/6/. I also included the complete code below.
The main drawing function looks like this:
let drawOptimizedImage = function (canvas, image, maxSize, rotationDirection) {
let degrees = updateRotationDegrees(rotationDirection)
let newSize = determineSize(image.width, image.height, maxSize.width, maxSize.height, degrees)
canvas.width = newSize.width
canvas.height = newSize.height
let ctx = canvas.getContext('2d')
ctx.save()
ctx.clearRect(0, 0, canvas.width, canvas.height)
if (degrees === 0) {
ctx.drawImage(image, 0, 0, newSize.width, newSize.height)
}
else {
ctx.translate(canvas.width / 2, canvas.height / 2)
ctx.rotate(degrees * Math.PI / 180)
if (Math.abs(degrees) === 180) {
ctx.drawImage(image, -newSize.width / 2, -newSize.height / 2, newSize.width, newSize.height)
}
else { // 90 or 270 degrees (values for width and height are swapped for these rotation positions)
ctx.drawImage(image, -newSize.height / 2, -newSize.width / 2, newSize.height, newSize.width)
}
}
ctx.restore()
}
Here's the complete code:
let imgPreview = document.getElementById('imgPreview')
let canvas = document.getElementById('canvas')
let statusMessage = document.getElementById('statusMessage')
let img = new Image
let maxSize = {
width: 800,
height: 600
}
let rotationDegrees = 0
// canvas.toBlob Polyfill from https://gist.github.com/salzhrani/02a6e807f24785a4d34b
if (!HTMLCanvasElement.prototype.toBlob) {
Object.defineProperty(HTMLCanvasElement.prototype, 'toBlob', {
value: function(callback, type, quality) {
var bin = atob(this.toDataURL(type, quality).split(',')[1]),
len = bin.length,
len32 = len >> 2,
a8 = new Uint8Array(len),
a32 = new Uint32Array(a8.buffer, 0, len32);
for (var i = 0, j = 0; i < len32; i++) {
a32[i] = bin.charCodeAt(j++) |
bin.charCodeAt(j++) << 8 |
bin.charCodeAt(j++) << 16 |
bin.charCodeAt(j++) << 24;
}
var tailLength = len & 3;
while (tailLength--) {
a8[j] = bin.charCodeAt(j++);
}
callback(new Blob([a8], {
'type': type || 'image/png'
}));
}
});
}
document.getElementById('fileInput').addEventListener('change', function(e) {
if (!e.target.files.length) {
return
}
let file = e.target.files[0]
if (isValidMIME(file, ['image/bmp', 'image/jpeg', 'image/png'])) {
img.src = window.URL.createObjectURL(file)
} else {
alert('Invalid file type. The image file must be one of the following: .jpg .jpeg .png .bmp')
}
})
let isValidMIME = function(file, MIMEtypes) {
for (let i = 0; i < MIMEtypes.length; i++) {
if (MIMEtypes[i] === file.type) {
return true
}
}
return false
}
img.addEventListener('load', function() {
rotationDegrees = 0
removeStatusMessage()
drawOptimizedImage(canvas, img, maxSize)
updateImgPreview(canvas, imgPreview)
})
let removeStatusMessage = function() {
statusMessage.textContent = ''
statusMessage.style.display = 'none'
}
let drawOptimizedImage = function(canvas, image, maxSize, rotationDirection) {
let degrees = updateRotationDegrees(rotationDirection)
let newSize = determineSize(image.width, image.height, maxSize.width, maxSize.height, degrees)
canvas.width = newSize.width
canvas.height = newSize.height
let ctx = canvas.getContext('2d')
ctx.save()
ctx.clearRect(0, 0, canvas.width, canvas.height)
if (degrees === 0) {
ctx.drawImage(image, 0, 0, newSize.width, newSize.height)
} else {
ctx.translate(canvas.width / 2, canvas.height / 2)
ctx.rotate(degrees * Math.PI / 180)
if (Math.abs(degrees) === 180) {
ctx.drawImage(image, -newSize.width / 2, -newSize.height / 2, newSize.width, newSize.height)
} else { // 90 or 270 degrees (values for width and height are swapped for these rotation positions)
ctx.drawImage(image, -newSize.height / 2, -newSize.width / 2, newSize.height, newSize.width)
}
}
ctx.restore()
}
let updateRotationDegrees = function(rotationDirection) {
if (rotationDirection === 'clockwise') {
rotationDegrees += 90
} else if (rotationDirection === 'anticlockwise') {
rotationDegrees -= 90
}
if (Math.abs(rotationDegrees) === 360) {
rotationDegrees = 0
}
return rotationDegrees
}
let determineSize = function(width, height, maxW, maxH, degrees) {
let w, h;
degrees = Math.abs(degrees)
if (degrees === 90 || degrees === 270) { // values for width and height are swapped for these rotation positions
w = height
h = width
} else {
w = width
h = height
}
if (w > h) {
if (w > maxW) {
h = h * maxW / w
w = maxW
}
} else {
if (h > maxH) {
w = w * maxH / h
h = maxH
}
}
return {
width: w,
height: h
}
}
let updateImgPreview = function(canvas, div) {
if (canvas.width < div.clientWidth && canvas.height < div.clientHeight) {
div.style.backgroundSize = 'auto'
} else {
div.style.backgroundSize = 'contain'
}
div.style.backgroundImage = 'url(' + canvas.toDataURL() + ')'
}
document.getElementById('clockwiseBtn').addEventListener('click', function() {
removeStatusMessage()
drawOptimizedImage(canvas, img, maxSize, 'clockwise')
updateImgPreview(canvas, imgPreview)
})
document.getElementById('anticlockwiseBtn').addEventListener('click', function() {
removeStatusMessage()
drawOptimizedImage(canvas, img, maxSize, 'anticlockwise')
updateImgPreview(canvas, imgPreview)
})
document.getElementById('uploadBtn').addEventListener('click', function() {
let fileInput = document.getElementById('fileInput')
if (!fileInput.files.length) {
alert('Please choose a file first');
return;
}
let formData = new FormData()
formData.append('fileName', 'yourCustomFileNameHere')
canvas.toBlob(function(blob) {
formData.append('image', blob)
let url = 'theURLtoSendTheFileTo'
sendForm(url, formData, doAfterUploadSuccess)
}, 'image/jpeg', 1.0)
})
let sendForm = function(url, formData, callback) {
// Simulating upload. Use the commented code below for a real upload.
statusMessage.style.display = 'block'
statusMessage.textContent = 'Uploading, please wait...'
setTimeout(callback, 2000)
// let xhr = new XMLHttpRequest()
// addUploadListeners(xhr)
// xhr.open('POST', url, true)
// xhr.onload = function () {
// if (xhr.status == 200) {
// if (callback) { callback(xhr) }
// }
// else if (xhr.status === 0) {
// alert('No response from server. Check network connection.')
// }
// else {
// alert('There was a problem uploading: ' + xhr.statusText)
// }
// }
// statusMessage.style.display = 'block'
// xhr.send(formData)
}
let addUploadListeners = function(xhr) {
xhr.addEventListener('loadstart', function(e) {
statusMessage.textContent = 'Uploading, please wait...'
})
xhr.addEventListener('abort', function(e) {
statusMessage.textContent = 'Aborted upload'
})
xhr.addEventListener('error', function(e) {
statusMessage.textContent = 'Error during upload'
})
}
let doAfterUploadSuccess = function(xhr) {
statusMessage.textContent = 'Success!'
}
body {
background-color: lightgray;
min-height: 100vh;
font-family: -apple-system, BlinkMacSystemFont, 'Segoe UI', Roboto, Oxygen, Ubuntu, Cantarell, 'Open Sans', 'Helvetica Neue', sans-serif;
font-size: 11pt;
font-weight: 400;
-webkit-font-smoothing: antialiased;
margin: 0;
}
button {
outline: none !important;
border-style: none;
background-color: rgb(115, 115, 250);
color: white;
padding: 10px 15px 12px 15px;
cursor: pointer;
border-radius: 2px;
font: inherit;
}
.canvas {
/* You can use display: none; to hide the canvas. The image will upload the same, whether or not the canvas is diplayed. */
display: block;
margin: 0px auto 40px auto;
}
.card {
background: white;
border-radius: 2px;
box-shadow: 0 2px 2px 0 rgba(0, 0, 0, 0.14), 0 3px 1px -2px rgba(0, 0, 0, 0.2), 0 1px 5px 0 rgba(0, 0, 0, 0.12);
}
.img-form {
padding: 15px 15px 0px 15px;
width: 320px;
margin: 0 auto;
}
.img-uploader-panel {
padding: 10px;
width: 340px;
margin: 0px auto 20px auto;
}
.img-uploader-header {
margin-top: 5px;
text-align: center;
}
.img-preview {
display: flex;
background-repeat: no-repeat;
background-position-x: center;
background-position-y: center;
background-size: contain;
border: 1px solid rgb(160, 160, 160);
width: 320px;
height: 320px;
margin: 0 auto;
}
.status-message {
display: none;
align-self: flex-end;
margin: 0;
line-height: 50px;
background-color: rgba(0, 0, 0, 0.5);
color: white;
width: 100%;
text-align: center;
}
.uploader-btn-panel {
display: flex;
padding-top: 10px;
justify-content: center;
align-items: center;
}
.rotate-btn {
font-size: 32px;
padding: 5px 12px 9px 13px;
margin-right: 10px;
background-color: transparent;
color: rgba(83, 83, 249, 1);
}
.clockwise-btn {
transform: rotate(90deg);
}
.anticlockwise-btn {
transform: rotate(270deg);
}
.upload-btn {
margin-left: 20px;
}
<form action="post" id="imgForm" class="img-form">
<label for="fileInput">Add an image:</label><br>
<input type="file" name="fileInput" id="fileInput" accept=".jpg, .jpeg, .png, .bmp">
</form><br>
<div class="img-uploader-panel card">
<p class="img-uploader-header">Image Preview</p>
<div id="imgPreview" class="img-preview">
<p id="statusMessage" class="status-message"></p>
</div>
<div class="uploader-btn-panel">
<button id="anticlockwiseBtn" class="anticlockwise-btn rotate-btn">↺</button>
<button id="clockwiseBtn" class="clockwise-btn rotate-btn">↻</button>
<button id="uploadBtn" class="upload-btn">Upload</button>
</div>
</div>
<canvas id="canvas" class="canvas"></canvas>

Here is Something I did
var ImgRotator = {
angle:parseInt(45),
image:{},
src:"",
canvasID:"",
intervalMS:parseInt(500),
jump:parseInt(5),
start_action:function(canvasID, imgSrc, interval, jumgAngle){
ImgRotator.jump = jumgAngle;
ImgRotator.intervalMS = interval;
ImgRotator.canvasID = canvasID;
ImgRotator.src = imgSrc ;
var image = new Image();
var canvas = document.getElementById(ImgRotator.canvasID);
image.onload = function() {
ImgRotator.image = image;
canvas.height = canvas.width = Math.sqrt( image.width* image.width+image.height*image.height);
window.setInterval(ImgRotator.keepRotating,ImgRotator.intervalMS);
//theApp.keepRotating();
};
image.src = ImgRotator.src;
},
keepRotating:function(){
ImgRotator.angle+=ImgRotator.jump;
var canvas = document.getElementById(ImgRotator.canvasID);
var ctx = canvas.getContext("2d");
ctx.save();
ctx.clearRect(0,0,canvas.width,canvas.height);
ctx.translate(canvas.width/2,canvas.height/2);
ctx.rotate(ImgRotator.angle*Math.PI/180);
ctx.drawImage(ImgRotator.image, -ImgRotator.image.width/2,-ImgRotator.image.height/2);
ctx.restore();
}
}
usage
ImgRotator.start_action("canva",
"data:image/jpeg;base64,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",
500,15
);
HTML
<canvas id="canva" width="350" height="350" style="border:solid thin black;"></canvas>

#Steve Farthing's answer is absolutely right.
But if you rotate more than 4 times then the image will get cropped from both the side.
For that you need to do like this.
$("#clockwise").click(function(){
angleInDegrees+=90 % 360;
drawRotated(angleInDegrees);
if(angleInDegrees == 360){ // add this lines
angleInDegrees = 0
}
});
Then you will get the desired result. Thanks. Hope this will help someone :)

Why not do it for the entire page. At page load detect all images and continuously rotate all of them.
var RotationCollection = {
rotators: [],
start_action: function (showBorders, isoverlap) {
try {
var canvasTemplate = '<canvas id="_ID_" width="350" height="350" ></canvas>';
var ja = 5;
$.each($("img"), function (index, val) {
var newID = "can_" + index;
var can = canvasTemplate.replace("_ID_", newID);
if (showBorders == true) $(can).insertAfter($(val)).css({ "border": "solid thin black", "box-shadow": "5px 5px 10px 2px black", "border-raduis": "15px" });
else $(can).insertAfter($(val));
$(val).remove();
var curRot = new RotationClass(newID, $(val).attr('src'), ja * ((0 == index % 2) ? -1 : 1), isoverlap);
RotationCollection.rotators[index] = curRot;
ja += 5;
//return false;
});
window.setInterval(function () {
$.each(RotationCollection.rotators, function (index, value) {
value.drawRotatedImage();
})
}, 500);
}
catch (err) {
console.log(err.message);
}
}
};
function RotationClass(canvasID, imgSrc, jumgAngle, overlap) {
var self = this;
self.overlap = overlap;
self.angle = parseInt(45);
self.image = {};
self.src = imgSrc;
self.canvasID = canvasID;
self.jump = parseInt(jumgAngle);
self.start_action = function () {
var image = new Image();
var canvas = document.getElementById(self.canvasID);
image.onload = function () {
self.image = image;
canvas.height = canvas.width = Math.sqrt(image.width * image.width + image.height * image.height);
self.drawRotatedImage(self);
};
image.src = self.src;
}
self.start_action();
this.drawRotatedImage = function () {
var self = this;
self.angle += self.jump;
var canvas = document.getElementById(self.canvasID);
var ctx = canvas.getContext("2d");
ctx.save();
if (self.overlap) ctx.clearRect(0, 0, canvas.width, canvas.height);
ctx.translate(canvas.width / 2, canvas.height / 2);
ctx.rotate(self.angle * Math.PI / 180);
ctx.drawImage(self.image, -self.image.width / 2, -self.image.height / 2);
ctx.restore();
}
}
var theApp = {
start_Action: function () {
RotationCollection.start_action(true, true);
}
};
$(document).ready(theApp.start_Action);
Please check out for theApp.start_Action where all action begins
The HTML can be as follows:
<p>
Deepika Padukone.<br />
<img alt="deepika" src="data:image/jpeg;base64,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" />
</p>
<p>
Priyanka Chopra.<br />
<img alt="Priyanka" src="data:image/jpeg;base64,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" />
</p>
Some options to overlap rotations, borders are also added

To rotate and fill (stretch to fit), try this fiddle which uses the corner of the canvas for a start point instead of the center and can rotate 90, 180 and 270 degrees.
Note: the fiddle is stretching a 200 * 300 image to fit a 600 * 650 canvas
const canvas = document.getElementById('canvas');
const image = document.getElementById('source');
const Rotation = {
None: 0,
Right: 90,
Flip: 180,
Left: 270
};
const noRotation = () => Rotate(Rotation.None);
const rotateRight = () => Rotate(Rotation.Right);
const rotateLeft = () => Rotate(Rotation.Left);
const flip = () => Rotate(Rotation.Flip);
const Rotate = (orientation) => rotateImage(canvas, image, orientation);
function rotateImage(canvas, image, rotation){
const rotate = correctRotation(rotation);
const context = canvas.getContext('2d');
let offsetX = 0;
let offsetY = 0;
let displacementX = canvas.width;
let displacementY = canvas.height;
if (rotate === Rotation.Left || rotate === Rotation.Right){
displacementX = canvas.height;
displacementY = canvas.width;
}
switch(rotate) {
case Rotation.Flip:
offsetX = canvas.width;
offsetY = canvas.height;
break;
case Rotation.Left:
offsetY = canvas.height;
break;
case Rotation.Right:
offsetX = canvas.width;
break;
}
context.setTransform(1, 0, 0, 1, offsetX, offsetY);
context.rotate(rotate * Math.PI / 180);
context.drawImage(image, 0,0, displacementX, displacementY )
}
function correctRotation(rotation) {
return !rotation ? Rotation.None
: rotation < Rotation.Flip ? Rotation.Right
: rotation < Rotation.Left ? Rotation.Flip
: Rotation.Left;
}
image.addEventListener('load', e => noRotation() );
https://jsfiddle.net/0unyh7ck/8/

Related

Canvas: How to modify ImageData pixels that exist within a custom path?

I'm trying to create an experience where a user can move a custom cursor over an image and alter the pixels that live within that custom cursor.
In the mousemove event, I try to recreate this custom cursor path and use isPointInPath to determine if the custom cursor is "over" a given point in the main canvas's context.
The code does alter some pixels in the main canvas. However, the following unexpected behaviors are listed below:
moving the cursor alters the pixels of more than one area in the main canvas
the x and y coordinates of the main canvas (derived from imageData) are not correct
(See the image below)
Why is this happening? How could the code be changed such that the custom cursor (aka circle) only changes pixels corresponding to that part of the main canvas?
let image;
let imageData;
const cursorCanvas = document.createElement("canvas");
const cursorCanvasContext = cursorCanvas.getContext("2d");
cursorCanvas.width = 100;
cursorCanvas.height = 100;
drawCursor();
const imageCanvas = document.querySelector("canvas");
imageCanvas.width = window.innerWidth;
imageCanvas.height = window.innerHeight;
const imageCanvasContext = imageCanvas.getContext("2d");
document.querySelector("img").addEventListener("load", (event) => {
image = event.target;
image.crossOrigin = "Anonymous";
drawBackground();
imageData = imageCanvasContext.getImageData(
0,
0,
imageCanvas.width,
imageCanvas.height
);
});
window.addEventListener("mousemove", (event) => {
requestAnimationFrame(() => {
if (imageData) {
imageCanvasContext.beginPath();
imageCanvasContext.arc(
event.clientX,
event.clientY,
cursorCanvas.width / 2,
0,
2 * Math.PI
);
imageCanvasContext.closePath();
for (let i = 0; i < imageData.data.length; i += 4) {
const y = Math.floor(i / imageData.width);
const x = i - y * imageData.width;
if (imageCanvasContext.isPointInPath(x, y)) {
imageData.data[i] = 40;
imageData.data[i + 1] = 40;
imageData.data[i + 2] = 40;
}
}
imageCanvasContext.putImageData(imageData, 0, 0);
}
imageCanvasContext.drawImage(
cursorCanvas,
event.clientX - cursorCanvas.width / 2,
event.clientY - cursorCanvas.height / 2
);
});
});
function drawBackground() {
imageCanvasContext.clearRect(
0,
0,
imageCanvas.width,
imageCanvas.height
);
if (image) {
const ratio =
window.innerWidth > window.innerHeight ?
window.innerWidth / window.innerHeight :
window.innerHeight / window.innerWidth;
imageCanvasContext.drawImage(
image,
0,
0,
image.width,
image.height,
0,
0,
ratio * imageCanvas.width,
ratio * imageCanvas.height
);
}
}
function drawCursor() {
cursorCanvasContext.beginPath();
cursorCanvasContext.arc(
cursorCanvas.width / 2,
cursorCanvas.width / 2,
cursorCanvas.width / 2,
0,
2 * Math.PI
);
cursorCanvasContext.stroke();
cursorCanvasContext.closePath();
}
html,
body {
width: 100vw;
height: 100vh;
overflow: hidden;
}
body {
font-family: sans-serif;
margin: 0;
}
img {
visibility: hidden;
position: absolute;
}
canvas {
cursor: none;
}
<img src="https://i.imgur.com/vzGhITt.jpeg" />
<canvas />

Ah, it seems that I have miscalculated the x and y coordinates of the imageData.
Incorrect:
const y = Math.floor(i / imageData.width);
const x = i - y * imageData.width;
Correct:
const x = (i / 4) % imageData.width;
const y = Math.floor(i / 4 / imageData.width);
let image;
let imageData;
const cursorCanvas = document.createElement("canvas");
const cursorCanvasContext = cursorCanvas.getContext("2d");
cursorCanvas.width = 100;
cursorCanvas.height = 100;
drawCursor();
const imageCanvas = document.querySelector("canvas");
imageCanvas.width = window.innerWidth;
imageCanvas.height = window.innerHeight;
const imageCanvasContext = imageCanvas.getContext("2d");
document.querySelector("img").addEventListener("load", (event) => {
image = event.target;
image.crossOrigin = "Anonymous";
drawBackground();
imageData = imageCanvasContext.getImageData(
0,
0,
imageCanvas.width,
imageCanvas.height
);
});
window.addEventListener("mousemove", (event) => {
if (imageData) {
imageCanvasContext.beginPath();
imageCanvasContext.arc(
event.clientX,
event.clientY,
cursorCanvas.width / 2,
0,
2 * Math.PI
);
imageCanvasContext.closePath();
for (let i = 0; i < imageData.data.length; i += 4) {
const x = (i / 4) % imageData.width;
const y = Math.floor(i / 4 / imageData.width);
if (imageCanvasContext.isPointInPath(x, y)) {
imageData.data[i] = 40;
imageData.data[i + 1] = 40;
imageData.data[i + 2] = 40;
}
}
imageCanvasContext.putImageData(imageData, 0, 0);
}
imageCanvasContext.drawImage(
cursorCanvas,
event.clientX - cursorCanvas.width / 2,
event.clientY - cursorCanvas.height / 2
);
});
function drawBackground() {
imageCanvasContext.clearRect(
0,
0,
imageCanvas.width,
imageCanvas.height
);
if (image) {
const ratio =
window.innerWidth > window.innerHeight ?
window.innerWidth / window.innerHeight :
window.innerHeight / window.innerWidth;
imageCanvasContext.drawImage(
image,
0,
0,
image.width,
image.height,
0,
0,
ratio * imageCanvas.width,
ratio * imageCanvas.height
);
}
}
function drawCursor() {
cursorCanvasContext.beginPath();
cursorCanvasContext.arc(
cursorCanvas.width / 2,
cursorCanvas.width / 2,
cursorCanvas.width / 2,
0,
2 * Math.PI
);
cursorCanvasContext.stroke();
cursorCanvasContext.closePath();
}
html,
body {
width: 100vw;
height: 100vh;
overflow: hidden;
}
body {
font-family: sans-serif;
margin: 0;
}
img {
visibility: hidden;
position: absolute;
}
canvas {
cursor: none;
}
<img src="https://i.imgur.com/vzGhITt.jpeg" />
<canvas />

I am unable to use canvas as background

I want to use one canvas as background for my <section> i saw some post like this one Use <canvas> as a CSS background and try some things but nothing work and i cant figure whats wrong. Maybe it can be done right through js.
This is my js to create canvas
/**/ /* ---- CORE ---- */
/**/var canvas = document.createElement('canvas');
var firstblock = document.getElementById('ifb');
/**/var context = canvas.getContext('2d');
/**/var windowWidth = canvas.width = document.getElementById("ifb").offsetWidth +1;
/**/var windowHeight = canvas.height = document.getElementById("ifb").offsetHeight +1;
/**/canvas.id = 'canvas';
firstblock.appendChild(canvas)
/**/ /* ---- CORE END ---- */
/* ---- CREATING ZONE ---- */
/* ---- SETTINGS ---- */
var numberParticlesStart = 100;
var particleSpeed = 20.3;
var velocity = 0.9;
var circleWidth = 200;
/* ---- INIT ---- */
var particles = [];
var getRandomFloat = function getRandomFloat(min, max) {
return Math.random() * (max - min) + min;
};
/* ---- Particle ---- */
function Particle(x, y) {
this.x = x;
this.y = y;
this.vel = {
x: getRandomFloat(-20, 20) / 100,
y: getRandomFloat(-20, 20) / 100,
min: getRandomFloat(2, 10),
max: getRandomFloat(10, 100) / 10
};
this.color = 'rgba(255, 255, 255, 0.25)';
}
Particle.prototype.render = function () {
context.beginPath();
context.fillStyle = this.color;
context.arc(this.x, this.y, 1, 0, Math.PI * 2);
context.fill();
};
Particle.prototype.update = function () {
var forceDirection = {
x: getRandomFloat(-1, 1),
y: getRandomFloat(-1, 1)
};
if (Math.abs(this.vel.x + forceDirection.x) < this.vel.max) {
this.vel.x += forceDirection.x;
}
if (Math.abs(this.vel.y + forceDirection.y) < this.vel.max) {
this.vel.y += forceDirection.y;
}
this.x += this.vel.x * particleSpeed;
this.y += this.vel.y * particleSpeed;
if (Math.abs(this.vel.x) > this.vel.min) {
this.vel.x *= velocity;
}
if (Math.abs(this.vel.y) > this.vel.min) {
this.vel.y *= velocity;
}
this.testBorder();
};
Particle.prototype.testBorder = function () {
if (this.x > windowWidth) {
this.setPosition(this.x, 'x');
} else if (this.x < 0) {
this.setPosition(windowWidth, 'x');
}
if (this.y > windowHeight) {
this.setPosition(this.y, 'y');
} else if (this.y < 0) {
this.setPosition(windowHeight, 'y');
}
};
Particle.prototype.setPosition = function (pos, coor) {
if (coor === 'x') {
this.x = pos;
} else if (coor === 'y') {
this.y = pos;
}
};
/* ---- Functions ----*/
function loop() {
var i = void 0;
var length = particles.length;
for (i = 0; i < length; i++) {
particles[i].update();
particles[i].render();
}
requestAnimationFrame(loop);
}
/* ---- START ---- */
function init() {
var i = void 0;
for (i = 0; i < numberParticlesStart; i++) {
var angle = Math.random() * 360;
particles.push(new Particle(windowWidth * 0.5 + Math.cos(angle) * circleWidth, windowHeight * 0.5 - Math.sin(angle) * circleWidth));
}
}
init();
window.onresize = function () {
windowWidth = canvas.width = window.innerWidth;
windowHeight = canvas.height = window.innerHeight;
particles = [];
context.clearRect(0, 0, windowWidth, windowHeight);
init();
};
loop();
And this is my html
<section style="height:100%;">
<div class="ip_first_block" id="ifb">
</div>
</section>
One of my attemps:
<section style="height:100%;background: -moz-element(#canvas)">
<div class="ip_first_block" id="ifb">
</div>
</section>

If you want to use canvas as a background so you can use layering concept. you can adjust canvas layer behind main layer. You can help from this code -
// html
<section>
<canvas id="canvas" height="300" width="300"></canvas>
<div></div>
</section>
//css
section {
position: relative;
}
canvas {
border: 1px solid;
position: absolute;
}
div {
height: 300px;
width: 300px;
position: absolute;
border: 1px solid red;
}
//js
var dom = document.getElementById("canvas");
var ctx = dom.getContext("2d");
ctx.fillRect(100, 100, 100, 100);

HTML 5 Canvas - making ball bounce on click & c.fill doesn't work?

I'm trying to make a ball which moves on a line and it bounces on it when clicked on it, but I don't know how to make it bounce on click.
Also, c.fill() doesn't work, I don't know why. (I've used it to fill the ball, maybe it doesn't work like that?)
Any advice would be really helpful since I'm a beginner in canvas, but know these 2 problems really concern me as I can't find any solutions for any of them. 😞
document.addEventListener('DOMContentLoaded', function () {
var canvas = document.querySelector('canvas');
var canvasx = document.getElementById('hr');
var c = canvas.getContext('2d');
canvas.width = canvasx.clientWidth;
canvas.height = canvasx.clientHeight;
var x = 80;
var y = 30;
var dx = 6;
var dy = 2;
var radius = 15;
var gravity = Math.random();
var friction = 0.9;
function animate() {
requestAnimationFrame(animate);
c.clearRect(0, 0, canvas.width, canvas.height);
c.beginPath();
c.arc(x, y, radius, 0, Math.PI * 2, false);
c.strokeStyle = "#eeede7";
c.stroke();
c.beginPath();
c.moveTo(50, canvas.height);
c.lineTo(1870, canvas.height);
c.lineWidth = 3;
c.fillStyle = "#77dff1";
c.fill();
c.strokeStyle = "#77dff1";
c.stroke();
update = function () {
if (y + 20 > canvas.height) {
dy = -dy * friction;
}
else {
dy += gravity;
}
y += dy;
x += dx;
}
function bounce() {
if ((x + radius + 50) > canvas.width || (x - radius - 50) < 0) {
dx = -dx;
}
}
update();
bounce();
}
animate();
function over() {
var px = event.pageX;
if (x - px < 0 || x - px > 0)
{
dx = -dx;
}
}
function bounceBall()
{
}
canvas.addEventListener('mouseover', over, false);
canvas.addEventListener('click', bounceBall, false)
}, false);
#hr {
position: relative;
bottom: 5%;
width: 100%;
margin: 0 auto;
}
hr {
border-color: #77dff1;
max-width: 90%;
}
canvas {
width: 100%;
}
<div id="hr">
<canvas></canvas>
<script src="js/canvas.js"></script>
</div>

How to update text written on canvas

When I try to change the scoreboard using the computerCount variable (as you can see in my if statement in the update function for the ball variable) the other numbers aren't shown properly. Keep in mind that at first 0 works properly.
JSFiddle format - You can change code by going at top right corner that says "Edit" in JSFiddle.
Code:
<!doctype html>
<html lang="en">
<head>
<meta charset="UTF-8">
<title>Pong</title>
<!-- Basic styling, centering the canvas -->
<style>
canvas{
position: absolute;
margin: auto;
top:60px;
bottom:0;
right:0;
left:0;
}
#scoreBoard{
position: absolute;
margin: auto;
top:0;
bottom:640px;
right:720px;
left:20px;
}
</style>
</head>
<body>
<canvas id = "scoreBoard" width="500" height = "100"></canvas>
<script>
var WIDTH = 700
var HEIGHT = 600
var pi = Math.PI
var canvas
var ctx
var keystate
var upArrow = 38;
var downArrow = 40;
var computerCount = 0;
var playerCount = 0;
var player = {
x: null,
y: null,
width: 20,
height: 100,
/**
* Update the position depending on pressed keys
*/
update: function() {
if(keystate[upArrow]){
this.y-=7;
}
if(keystate[downArrow]){
this.y+=7;
}},
/**
* Draw the player paddle to the canvas
*/
draw: function() {
ctx.fillRect(this.x, this.y, this.width, this.height);
}
}
/**
* The ai paddle
*
* #type {Object}
*/
var ai = {
x: null,
y: null,
width: 20,
height: 100,
/**
* Update the position depending on the ball position
*/
update: function() {
var desty = ball.y-(this.height - ball.side)*0.5
this.y += (desty-this.y)*0.2;
},
draw: function() {
ctx.fillRect(this.x, this.y, this.width, this.height);
}
}
/**
* The ball object
*
* #type {Object}
*/
var ball = {
x: null,
y: null,
vel:null,
side: 20,
speed:5,
update: function() {
this.x += this.vel.x;
this.y += this.vel.y;
if(0>this.y || this.y+this.side>HEIGHT){
var offset = this.vel.y<0 ? 0-this.y : HEIGHT-(this.y+this.side);
this.y+=2*offset
this.vel.y*=-1;
}
var AABBIntersect = function(ax, ay, aw, ah, bx, by, bw, bh) {
return ax < bx+bw && ay < by+bh && bx < ax+aw && by < ay+ah;
};
var pdle = this.vel.x<0 ? player : ai;
if(AABBIntersect(pdle.x,pdle.y,pdle.width,pdle.height, this.x, this.y, this.side, this.side)){
this.x = pdle===player ? player.x + player.width : ai.x - this.side;
var n = (this.y+this.side-pdle.y)/(pdle.height+this.side)
var phi = 0.25*pi*(2*n - 1) // pi/4 = 45
this.x = pdle===player ? player.x+player.width : ai.x - this.side;
var n = (this.y+this.side - pdle.y)/(pdle.height+this.side);
var phi = 0.25*pi*(2*n - 1); // pi/4 = 45
this.vel.x = (pdle===player ? 1 : -1)*this.speed*Math.cos(phi);
this.vel.y = this.speed*Math.sin(phi);
}
if(ball.x<0){
computerCount =+1;
ball.x = (WIDTH - ball.side) / 2;
ball.y = (HEIGHT - ball.side) / 2;
}
},
// reset the ball when ball outside of the canvas in the
draw: function() {
ctx.fillRect(this.x, this.y, this.side, this.side);
}
}
function score(){
}
/**
* Starts the game
*/
function main() {
// create, initiate and append game canvas
canvas = document.createElement("canvas");
canvas.width = WIDTH;
canvas.height = HEIGHT;
ctx = canvas.getContext("2d");
document.body.appendChild(canvas);
canvas2 = document.createElement("canvas");
canvas2.setAttribute("id", "scoreBoard");
canvas2.width = 200;
canvas2.height = 100;
ctx2 = canvas2.getContext("2d");
document.body.appendChild(canvas2);
keystate = {};
document.addEventListener("keydown" , function(event){
keystate[event.keyCode] = true;
})
document.addEventListener("keyup" , function(event){
delete keystate[event.keyCode];
})
init();
var loop = function() {
update();
draw();
window.requestAnimationFrame(loop, canvas);
};
window.requestAnimationFrame(loop, canvas);
}
/**
* Initatite game objects and set start positions
*/
function init() {
player.x = player.width;
player.y = (HEIGHT - player.height) / 2;
ai.x = WIDTH - (player.width + ai.width);
ai.y = (HEIGHT - ai.height) / 2;
ball.x = (WIDTH - ball.side) / 2;
ball.y = (HEIGHT - ball.side) / 2;
ball.vel = {
x:ball.speed,
y: 0
}
}
/**
* Update all game objects
*/
function update() {
ball.update();
player.update();
ai.update();
}
function draw(){
ctx.fillStyle = "black"
ctx.fillRect(0,0,WIDTH,HEIGHT)
ctx.save();
ctx2.fillStyle = "red"
ctx2.fillText(String(computerCount),100,100)
ctx2.fillText("VS",120,100)
ctx2.fillText(String(playerCount),175,100)
ctx2.font = "bold 40px monaco"
ctx.fillStyle = "white"
ball.draw();
player.draw();
ai.draw();
var w=4;
var x= (WIDTH-w)*0.5;
var y=2;
var step = HEIGHT/20;
while(y<HEIGHT){
ctx.fillRect(x,y+step*0.25,w,step*0.5)
y+=step;
}
ctx.restore();
}
// start and run the game
main();
</script>
</body>
</html>

You have two problems:
When you draw a number, you do not erase the previous number that is already printed. That is, when the score becomes 1, you render 1 on top of already rendered 0. The easiest way to address it is to do fillRect and draw a black rectangle on top of the previously written score before you draw a new score.
When you fix that, you will notice that your score never goes above 1. The reason is a typo in the code that increments it, replace
computerCount =+1;
with
computerCount += 1;

Mentioned by #Ishamael, line 139's computer count needs to be changed to computerCount += 1; //After this if statement add if the player scores.
In line 221,
function draw(){
ctx.fillStyle = "black";
ctx.fillRect(0,0,WIDTH,HEIGHT);
ctx.save();
ctx2.fillStyle = "black";
ctx2.fillRect(0,0,WIDTH, 100);
ctx2.save();
ctx2.fillStyle = "red";
ctx2.font = "bold 40px monaco";
ctx2.fillText(String(computerCount),100,100);
ctx2.fillText("VS",120,100);
ctx2.fillText(String(playerCount),175,100);
ctx2.save();
ctx.fillStyle = "white";
. . .
}
remember your semicolons and set text style before writing. I also added the repaint to erase the previous scoreboard.

Save only a certain part of an HTML canvas

Is it possible to save or export only a certain part of the canvas rather than the whole canvas?
http://i.stack.imgur.com/hmvYh.jpg
At the moment, when I save the file I get the composition plus the transparent background (light blue in example above) of the entire canvas element I have on the site. What I would like to get is only the gray region (which could be made up of several images and text elements).

Yes you can. Here is the JSFiddle.
First, you need to take a clipping of the image in your canvas. This is pretty simple. I made another canvas (a hidden one) and used the context.drawImage
var hidden_ctx = hidden_canvas.getContext('2d');
hidden_ctx.drawImage(
MainCanvas,
startClippingX,
startClippingY,
clippingWidth,
clippingHeight,
pasteX,
pasteY,
pasteWidth,
pasteHeight
);
Now, we need the Data URL from this canvas so we can download the contents. For this, we will use the canvas.toDataURL method.
var data_url = hidden_canv.toDataURL("image/png");
Now, all we need to do is make a download link (an a element with an href attribute of our data_url) and we're done!

Suppose you have a canvas called oldCanvas and you want to save a rectangular area of width w and height h with its upper left corner at x, y.
Start by making a new canvas element of width w and height h:
var newCanvas = document.createElement('canvas');
newCanvas.width = w;
newCanvas.height = h;
Now copy the rectangular area to the new canvas:
var newContext = newCanvas.getContext('2d');
newContext.drawImage(oldCanvas, x, y, w, h, 0, 0, w, h);
Finally, save the new canvas using toDataUrl() or whatever method you were using previously to save a whole canvas.
For example, you can make an image out of the new canvas:
var newImage = document.createElement('img');
newImage.src = newCanvas.toDataURL();
Then append the new image to the web page:
document.body.appendChild(newImage);
Or maybe you have a container div that you want to append it to.
In any case, once the image is in the document, you can right-click on it and save it as usual.
I've implemented this approach in the following snippet. When you run it, a canvas will be randomly painted. Click and drag on the canvas to select a region that you want to download. A new, downloadable image appears at right.
// Returns a random RGB string (RGBA if alpha is true).
function randomColor(alpha) {
var rgb = [
Math.floor(Math.random() * 255),
Math.floor(Math.random() * 255),
Math.floor(Math.random() * 255)
];
if (alpha) {
rgb.push(Math.random());
}
return 'rgb' + (alpha ? 'a' : '') + '(' + rgb.join(', ') + ')';
}
// Makes a random picture for use in the demonstration.
function makeCanvas() {
var canvas = document.getElementById('oldCanvas'),
context = canvas.getContext('2d'),
width = canvas.width = 400,
height = canvas.height = 500;
context.fillStyle = randomColor();
context.fillRect(0, 0, width, height);
for (var i = 0; i < 200; ++i) {
var x = Math.floor(Math.random() * width),
y = Math.floor(Math.random() * height),
w = Math.floor(Math.random() * width/5),
h = Math.floor(Math.random() * height/5);
context.fillStyle = randomColor(true);
if (Math.floor(Math.random() * 2) === 0) {
context.fillRect(x - w / 2, y - h / 2, w, h);
} else {
context.beginPath();
context.arc(x, y, w, 0, 2 * Math.PI);
context.closePath();
context.fill();
}
}
return canvas;
};
window.onload = function () {
var oldCanvas = makeCanvas(),
oldContext = oldCanvas.getContext('2d'),
targetImage = document.getElementById('targetImage'),
downloadContainer = document.getElementById('downloadContainer'),
selectCanvas = document.getElementById('selectCanvas'),
selectContext = selectCanvas.getContext('2d'),
width = selectCanvas.width = oldCanvas.width,
height = selectCanvas.height = oldCanvas.height;
selectContext.fillStyle = '#000';
downloadContainer.style.left = width + 25 + 'px';
var clipCanvas = document.createElement('canvas'),
clipContext = clipCanvas.getContext('2d');
downloadContainer.appendChild(clipCanvas);
selectCanvas.onmousedown = function (event) {
var x0 = Math.max(0, Math.min(event.clientX, width)),
y0 = Math.max(0, Math.min(event.clientY, height));
targetImage.style.display = 'none';
function update(event) {
var x = Math.max(0, Math.min(event.clientX, width)),
y = Math.max(0, Math.min(event.clientY, height)),
dx = x - x0, w = Math.abs(dx),
dy = y - y0, h = Math.abs(dy);
selectContext.clearRect(0, 0, width, height);
selectContext.fillRect(x0, y0, dx, dy);
clipCanvas.width = w;
clipCanvas.height = h;
if (w*h == 0) {
downloadContainer.style.visibility = 'hidden';
} else {
downloadContainer.style.visibility = 'visible';
clipContext.drawImage(oldCanvas,
x0 + Math.min(0, dx), y0 + Math.min(0, dy), w, h,
0, 0, w, h);
downloadContainer.style.visibility = (w*h == 0 ? 'hidden' : 'visible');
downloadContainer.style.top = Math.min(y0, y) + 'px';
}
};
update(event);
selectCanvas.onmousemove = update;
document.onmouseup = function (event) {
selectCanvas.onmousemove = undefined;
document.onmouseup = undefined;
targetImage.src = clipCanvas.toDataURL();
targetImage.style.display = 'block';
};
};
};
body, div, canvas, img {
margin: 0;
padding: 0;
}
#targetImage {
display: none;
position: absolute;
left: 0;
top: 0;
}
canvas {
display: block;
}
#oldCanvas, #selectCanvas, #downloadContainer {
position: fixed;
}
#downloadContainer {
visibility: hidden;
}
#downloadContainer .label {
position: absolute;
width: 500px;
bottom: -20px;
font-family: sans-serif;
font-size: 17px;
color: #444;
}
#selectCanvas {
opacity: 0.5;
cursor: default;
}
<canvas id="oldCanvas"></canvas>
<canvas id="selectCanvas"></canvas>
<div id="downloadContainer">
<div class="label"> right-click above to download this image </div>
<img id="targetImage">
</div>

Develop Reference

JavaScript is the programming language of the Web.

Trying to center an image in an HTML5 canvas after rotation [duplicate] - javascript

This is the simplest code to draw a rotated and scaled image: function drawImage(ctx, image, x, y, w, h, degrees){ ctx.save(); ctx.translate(x+w/2, y+h/2); ctx.rotate(degrees*Math.PI/180.0); ctx.translate(-x-w/2, -y-h/2); ctx.drawImage(image, x, y, w, h); ctx.restore(); }

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