Implement application scenarios of intelligent calligraphy and artistic creation in JavaScript

With the continuous development of artificial intelligence technology, more and more scenes are beginning to involve the fields of intelligent calligraphy and artistic creation. The application scenarios for intelligent calligraphy and artistic creation in JavaScript are becoming more and more widespread. From simple font design to complex artistic creation, these application scenarios can all be realized through JavaScript. Let us take a look at some of them below.

1. Font design

The most basic scenario for realizing intelligent calligraphy in JavaScript is font design. By calling drawing libraries such as canvas, or using existing glyphs in SVG scenes, we can design various font effects through dragging, rotating, scaling and other functions. This type of font design can also use technologies such as machine learning to achieve creative design of smart fonts through methods such as generative design.

2. Handwritten text generation

In addition to font design, JavaScript can also be used to automatically generate handwritten text. The technologies involved include deep learning technologies such as convolutional neural networks (CNN). By controlling text style, font, stroke and other parameters, customized handwritten text generation can be achieved. This scenario is most common in functions such as designing business cards and posters. Users can enter information such as name, phone number, address, etc. The program can help manually write personalized fonts and export them to PNG or JPG format for saving.

3. Art creation

In addition to smart font design and handwritten text generation, JavaScript can also be used to create works of art. Through drawing technologies such as SVG in the front-end scene, designers can realize their creative designs through code. For example, you can use the path animation function in SVG to create vivid works of art; and use the filter function of SVG to achieve various color effects, giving your work a more personalized style.

4. Intelligent calligraphy scoring system

Using JavaScript and intelligent calligraphy technology, a realistic scoring system can also be implemented. Using deep learning technology, a recognition rate of more than 90% can be achieved for English characters; while for Chinese characters, more complex technology is required. Creating an intelligent calligraphy scoring system takes into account factors such as stroke thickness, writing speed, stroke order, and more. Designers can handwrite characters in the canvas area and have them recognized and rated, thus achieving the integration of artificial calligraphy and machine intelligence scoring.

5. Calligraphy password verification

In some scenarios that require voice verification, we can use intelligent calligraphy technology to replace text passwords. Designers can use specific stroke sequences and sequences to represent specific password characters to achieve cryptographic security verification.

To sum up, with the continuous improvement of JavaScript technology and the rapid development of artificial intelligence technology, more and more application scenarios will involve the fields of intelligent calligraphy and artistic creation. Whether you are designing fonts, generating handwritten text, or creating works of art, JavaScript will be an indispensable tool.

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