How to use the read function from jimp
Find comprehensive JavaScript jimp.read code examples handpicked from public code repositorys.
jimp.read is a method in the Jimp image processing library that loads an image file from disk or a URL.
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case '!crop':{ if (msg.attachments.length>0&&msg.attachments[0].content_type.startsWith('image/')){ var attachmentsUrls = msg.attachments.map((u)=>{return u.proxy_url}) attachmentsUrls.forEach((url)=>{ log('cropping '+url) jimp.read(url,(err,img)=>{ if(err){log('Error during cropping'.bgRed);log(err)} img.autocrop() var newMsg='<@'+msg.author.id+'> used `!crop`' if(!creditsDisabled){
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global.opts = new Object(yargs(process.argv.slice(2)).exitProcess(false).parse()) const reSize = async (buffer, ukur1, ukur2) => { return new Promise(async (resolve, reject) => { var baper = await Jimp.read(buffer); var ab = await baper.resize(ukur1, ukur2).getBufferAsync(Jimp.MIME_JPEG) resolve(ab) }) }
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How does jimp.read work?
jimp.read is an asynchronous method that takes a single argument: the path or URL of the image file to be loaded. When called, jimp.read creates a new Jimp image object and loads the image data from the specified file or URL. The method uses the built-in fs module to read files from disk, and it can also load images from remote URLs using the request package. The image format is automatically detected from the file extension, and Jimp supports a wide variety of common image formats such as JPEG, PNG, BMP, and GIF. Once the image data is loaded, it is stored in a Jimp object that can be used for a variety of image manipulation tasks such as cropping, resizing, and applying filters. The Jimp object also provides access to the individual pixels of the image for more advanced image processing tasks. Note that since jimp.read is asynchronous, it returns a Promise that resolves to the loaded Jimp object. This means that you can use async/await syntax or .then() syntax to work with the loaded image data.
GitHub: lowercasename/gathio
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let editToken = randomstring.generate(); let eventImageFilename = ""; let isPartOfEventGroup = false; if (req.files && Object.keys(req.files).length !== 0) { let eventImageBuffer = req.files.imageUpload.data; eventImageFilename = await Jimp.read(eventImageBuffer) .then(img => { img .resize(920, Jimp.AUTO) // resize .quality(80) // set JPEG quality
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GitHub: nai-degen/TavernAIScale
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async function charaWrite(img_url, data, target_img, response = undefined, mes = 'ok'){ try { // Read the image, resize, and save it as a PNG into the buffer let image = null; await jimp.read(img_url).then(img => { return img .resize(400, 600) .getBufferAsync(jimp.MIME_PNG); }).then(data => {
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Ai Example
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const Jimp = require("jimp"); async function resizeImage(inputPath, outputPath, width, height) { try { // Load the image from file using jimp.read const image = await Jimp.read(inputPath); // Resize the image using the resize method image.resize(width, height); // Save the resized image to disk await image.writeAsync(outputPath); console.log( `Resized image to ${width}x${height} and saved to ${outputPath}` ); } catch (error) { console.error(`Error resizing image: ${error}`); } } // Call the resizeImage function with the input and output paths, as well as the desired dimensions resizeImage("./input.jpg", "./output.jpg", 500, 500);
In this example, jimp.read is used to load an image file at the path ./input.jpg. The resize method is then used to resize the image to a width and height of 500 pixels, and the resulting image is saved to the file at ./output.jpg. Note that the resizeImage function is declared as async and uses await to wait for Jimp.read and image.writeAsync to complete.
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didOpen: () => { Swal.showLoading(); }, }); await Jimp.read(original_image_path) .then(async (file) => { if (!fs.existsSync(destination_image_path)) { fs.mkdirSync(destination_image_path, { recursive: true }); }
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GitHub: Chandra-XD/ItsukaChan
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* @returns */ conn.resize = async (buffer, uk1, uk2) => { return new Promise(async(resolve, reject) => { var baper = await jimp.read(buffer); var ab = await baper.resize(uk1, uk2).getBufferAsync(jimp.MIME_JPEG) resolve(ab) }) }
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if (!foundBuild) { throw new NotFoundError(`No build found with id ${buildId}`); } build = foundBuild; const promises = [ jimp.read(req.file.path) .then((image) => image .scaleToFit(300, 300) .quality(72) .getBase64Async(image.getMIME())),
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GitHub: riycoders/Minato-Md
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exports.url = (url) => { return url.match(new RegExp(/https?:\/\/(www\.)?[-a-zA-Z0-9@:%.+~#=]{1,256}\.[a-zA-Z0-9()]{1,6}\b([-a-zA-Z0-9()@:%+.~#?&/=]*)/, 'gi')) } exports.generateProfilePicture = async(buffer) => { const jimp_1 = await jimp.read(buffer); const resz = jimp_1.getWidth() > jimp_1.getHeight() ? jimp_1.resize(550, jimp.AUTO) : jimp_1.resize(jimp.AUTO, 650) const jimp_2 = await jimp.read(await resz.getBufferAsync(jimp.MIME_JPEG)); return { img: await resz.getBufferAsync(jimp.MIME_JPEG)
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GitHub: ennuo/lbparc
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* Converts either a PNG or JPEG to MIP and returns the buffer. * @param {Buffer|string} input - PNG/JPG data/path * @returns {Buffer} - Mip data */ static import = async input => { const image = await Jimp.read(input); const dimensions = (image.bitmap.width < 128) ? 64 : 128; const texture = Buffer.alloc(0x480 + (dimensions * dimensions)); image.resize(dimensions, dimensions);
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GitHub: mxlg2003/VideoManager
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spritePath: tmp + '/sprite.png', stylesheetPath: tmp + '/sprite.css', layout: 'horizontal', compositor: 'jimp' }, function(err) { Jimp.read(tmp + '/sprite.png', function(err, lenna) { if (err) throw err; lenna.quality(60).write(output); rm(tmp, function() { resolve(output);
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GitHub: peppertaco/Tavern
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}); async function charaWrite(img_url, data, target_img, response = undefined, mes = 'ok') { try { // Read the image, resize, and save it as a PNG into the buffer const rawImg = await jimp.read(img_url); const image = await rawImg.cover(400, 600).getBufferAsync(jimp.MIME_PNG); // Get the chunks const chunks = extract(image);
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// online path + no local resource // online path + in change log // convert new map png to jpg await new Promise((resolve, reject) => { Jimp.read(pngPath) .then(img => { console.log(` getting ${fileName} map image...`); return img.quality(70) // set JPEG quality .write(outputPath + ".jpg"); // save
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GitHub: brickcommander/major
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res.send({ message: "success" }); }; async function cropImage(origin, destination, x, y, width, height) { return new Promise(async (resolve, reject) => { Jimp.read(origin) .then((image) => { resolve( image .clone()
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if (id !== req.user._id.toString()) { res.status(401).send('Not authorized!'); return; } const uploadedImage = await Jimp.read(req.file.path); const editedImagePath = path.join(avatarsPath, req.file.filename); await uploadedImage .resize(128, 128) .quality(70)
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GitHub: Ratismal/text-to-gif
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// img.out('-annotate').out('0').out(word); img.out(`caption: ${word}`); img.out('-extent').out(`${width * args.columns}x${height * args.rows}`); img.setFormat('png'); let buf = await imToBuffer(img); let jimg = await Jimp.read(buf); for (let y = 0; y < args.rows; y++) { for (let x = 0; x < args.columns; x++) { let encoder = encoders[y][x];
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GitHub: PRRQRC/commander
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return new Promise((res, rej) => { this.pixels = []; this.colored = []; this.importances = []; Jimp.read(this.heatmap, (err, image) => { if (err) { rej(err); return; } this.map = image; sizeOf(this.heatmap, (err, dimensions) => { if (err) { rej(err); return; }
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}; const jimpResize = (path, i, uploadPath, filename) => { return new Promise((resolve, reject) => { try { Jimp.read(path, (err, image) => { if (err) { //throw err; console.log("jimp", err); return resolve(false);
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GitHub: Wandygans/basebaru1
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async function ppwa(conn, m) { let font = await jimp.loadFont('./name.fnt'), mask = await jimp.read('https://i.imgur.com/552kzaW.png'), welcome = await jimp.read(randomkontol()), avatar = await jimp.read(await conn.profilePictureUrl(m.sender, 'image').catch(() => 'https://telegra.ph/file/24fa902ead26340f3df2c.png')), status = (await conn.fetchStatus(m.sender).catch(console.log) || {}).status?.slice(0, 30) || 'Not Detected' await avatar.resize(460, 460) await mask.resize(460, 460)
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GitHub: Riscky05/Cropit-png
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if (ext !== '.png') { console.error(`Invalid file format. Expected .png, got ${ext}`); return; } const image = await Jimp.read(inputFile); const width = image.bitmap.width; const height = image.bitmap.height; let minX = width; let minY = height;
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const imageURl = image.data.data[0].url; console.log(caption); console.log(imageURl); Jimp.read(imageURl).then((lenna) => { return lenna .resize(1024, 1024, Jimp.RESIZE_NEAREST_NEIGHBOR) .quality(100) .write("./image.jpeg")