WarezDownload
New member
- Регистрация
- 31 Авг 2024
- Сообщения
- 19,857
- Реакции
- 0
Three.js Shading Language and Signed Distance Fields
Free Download Three.js Shading Language and Signed Distance Fields
Published: 3/2025
Created by: Sean Bradley
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Intermediate | Genre: eLearning | Language: English | Duration: 15 Lectures ( 3h 6m ) | Size: 4.8 GB
Learn all about the Three.js Shading Language while specialising in Signed Distance Fields.
What you'll learn
Threejs Shading Language
Signed Distance Fields
Using TSL with import maps or a build tool
Setting up a development environment
TSL imports or color, texture, convertColorSpace and positionLocal
Writing Fragment and Vertex Shaders
Generate patterns using fract, sin, cos, atan, floor, mod
Drawing SDF lines and shapes in 2D and 3D
Using Uniform and UniformArray
Drawing distance lines
Colouring 2D and 3D SDFs
Raymarching
Lighting 3D SDFs
SDF Shadows
SDF Reflections
SDF Union, Intersect and Subtraction
Requirements
This is an intermediate course about Three.js and you should already have some experience using it.
You will need a modern graphics card capable of running GLSL and WGSL shader code.
Description
Three.js Shading Language (TSL) is a framework built to simplify shader development within the Three.js ecosystem.Signed Distance Fields are a way to draw scenes and animations predominantly using mathematical functions.You can draw anything with Signed Distance Fields, and TSL makes that more accessible for developers, especially those without deep knowledge of low-level GLSL, WGSL or graphics programming.So, in the course, we will cover,Basic environment development setup,Importing the required libraries using import maps or a bundler / build tool,Discuss the pre-requisites of a TSL scene,Fragment Shader coordinates,Create several animated patterns from easy to more advanced,Draw various styles of lines,Implement Uniforms and UniformArray,Interact with our scenes using a GUI,Learn the basics of Signed Distance Fields,Draw distance lines using SDF information,Colouring and animating 2D SDFs,Learn the Basics of Raymarching,Lighting 3D SDFs using Lambertian, Ambient and Phong specular,Using Hard and Soft Shadowing,Implement SDF Reflections,Colouring and animating 3D SDFs.And moreBy using TSL's node-based shader graph system, developers can create and manage shaders without needing to write complex GLSL or WGSL code manually.TSL is renderer-agnostic, meaning shaders created with it work seamlessly across different rendering backends like WebGL and WebGPU.Since TSL is written at the Javascript or TypeScript layer, along side your existing Three.js code, you will be able to benefit from the features provided by your IDE, such as IntelliSense code completion, code formatting and linting. Your final production code can also benefit from tree shaking provided by your bundler.Thanks for taking part in my Three.js Shading Language (TSL) and Signed Distance Fields course.Sean
Who this course is for
People who have experience with Threejs and want to write shader code using the techniques of signed distance fields.
Homepage:
DOWNLOAD NOW: Three.js Shading Language and Signed Distance Fields
No Password - Links are Interchangeable
Free Download Three.js Shading Language and Signed Distance Fields
Published: 3/2025
Created by: Sean Bradley
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Intermediate | Genre: eLearning | Language: English | Duration: 15 Lectures ( 3h 6m ) | Size: 4.8 GB
Learn all about the Three.js Shading Language while specialising in Signed Distance Fields.
What you'll learn
Threejs Shading Language
Signed Distance Fields
Using TSL with import maps or a build tool
Setting up a development environment
TSL imports or color, texture, convertColorSpace and positionLocal
Writing Fragment and Vertex Shaders
Generate patterns using fract, sin, cos, atan, floor, mod
Drawing SDF lines and shapes in 2D and 3D
Using Uniform and UniformArray
Drawing distance lines
Colouring 2D and 3D SDFs
Raymarching
Lighting 3D SDFs
SDF Shadows
SDF Reflections
SDF Union, Intersect and Subtraction
Requirements
This is an intermediate course about Three.js and you should already have some experience using it.
You will need a modern graphics card capable of running GLSL and WGSL shader code.
Description
Three.js Shading Language (TSL) is a framework built to simplify shader development within the Three.js ecosystem.Signed Distance Fields are a way to draw scenes and animations predominantly using mathematical functions.You can draw anything with Signed Distance Fields, and TSL makes that more accessible for developers, especially those without deep knowledge of low-level GLSL, WGSL or graphics programming.So, in the course, we will cover,Basic environment development setup,Importing the required libraries using import maps or a bundler / build tool,Discuss the pre-requisites of a TSL scene,Fragment Shader coordinates,Create several animated patterns from easy to more advanced,Draw various styles of lines,Implement Uniforms and UniformArray,Interact with our scenes using a GUI,Learn the basics of Signed Distance Fields,Draw distance lines using SDF information,Colouring and animating 2D SDFs,Learn the Basics of Raymarching,Lighting 3D SDFs using Lambertian, Ambient and Phong specular,Using Hard and Soft Shadowing,Implement SDF Reflections,Colouring and animating 3D SDFs.And moreBy using TSL's node-based shader graph system, developers can create and manage shaders without needing to write complex GLSL or WGSL code manually.TSL is renderer-agnostic, meaning shaders created with it work seamlessly across different rendering backends like WebGL and WebGPU.Since TSL is written at the Javascript or TypeScript layer, along side your existing Three.js code, you will be able to benefit from the features provided by your IDE, such as IntelliSense code completion, code formatting and linting. Your final production code can also benefit from tree shaking provided by your bundler.Thanks for taking part in my Three.js Shading Language (TSL) and Signed Distance Fields course.Sean
Who this course is for
People who have experience with Threejs and want to write shader code using the techniques of signed distance fields.
Homepage:
Код:
https://www.udemy.com/course/threejs-shading-language/DOWNLOAD NOW: Three.js Shading Language and Signed Distance Fields
Код:
Rapidgator
https://rg.to/file/471ad70a23f084c18d00f1dbbef1662f/sygfh.Three.js.Shading.Language.and.Signed.Distance.Fields.part1.rar.html
https://rg.to/file/0f1b35f63aaa8b7941dd086d38543bfb/sygfh.Three.js.Shading.Language.and.Signed.Distance.Fields.part2.rar.html
https://rg.to/file/8a5b0840481da2a50cf96149401d7703/sygfh.Three.js.Shading.Language.and.Signed.Distance.Fields.part3.rar.html
https://rg.to/file/83037ade7e61fc5fb4be197a9ffefaad/sygfh.Three.js.Shading.Language.and.Signed.Distance.Fields.part4.rar.html
https://rg.to/file/ffea35cbdf03d9c51f5e9128a07298d1/sygfh.Three.js.Shading.Language.and.Signed.Distance.Fields.part5.rar.html
Fikper Free Download
https://fikper.com/eFCaJaYa9p/sygfh.Three.js.Shading.Language.and.Signed.Distance.Fields.part1.rar.html
https://fikper.com/iBcYJ5jn42/sygfh.Three.js.Shading.Language.and.Signed.Distance.Fields.part2.rar.html
https://fikper.com/elN22zcNTT/sygfh.Three.js.Shading.Language.and.Signed.Distance.Fields.part3.rar.html
https://fikper.com/8NsCHYs5uG/sygfh.Three.js.Shading.Language.and.Signed.Distance.Fields.part4.rar.html
https://fikper.com/StZUSQEN2T/sygfh.Three.js.Shading.Language.and.Signed.Distance.Fields.part5.rar.html
:
re-connection attacks: You'll learn a number of attacks that can be executed without connecting to the target network and without needing to know the network password. You'll learn how to gather information about the networks around you, discover connected devices, and control connections (deny/allow devices from connecting to networks).Gaining Access: Now that you have gathered information about the networks around you, you'll learn how to crack the key and get the password to your target network whether it uses WEP, WPA, or even WPA2.System Security - In this section, you will learn two main approaches to gain remote access or hack computer systems:Server-Side Attacks: You will learn how to gain full access to computer systems without user interaction. You will learn how to gather useful information about a target system, such as the operating system, open ports, and installed services. Then, you will use this information to discover vulnerabilities and exploit them to gain full control over the target.Client-Side Attacks: If the target system does not contain any weaknesses, then the only way to hack it is by interacting with users. You'll learn how to get the target user to install a backdoor on their system without even realizing it, hijack software updates, and use social engineering techniques.Post Exploitation - In this section, you will learn how to interact with the systems you compromised so far. You'll learn how to access the file system (read/write/upload/execute), maintain your access, and spy on the target (capture keystrokes, turn on the webcam, take , etc.).Website / Web Application Hacking - In this section, you will learn how websites work, how to gather information about a target website, and how to discover and exploit vulnerabilities such as SQL injection, XSS, and authentication bypasses.Android Hacking - This section will focus on exploiting Android devices and securing them. You will learn:How Android architecture works and its security model.How to create and deploy malicious Android applications to gain access to target devices.How to use Metasploit to create and exploit Android payloads.How to perform man-in-the-middle attacks on Android devices and intercept communications.How to protect Android devices from such attacks.Malware Analysis - In this section, you will learn how to analyze, reverse engineer, and defend against malware. This includes:Understanding how malware operates, including trojans, ransomware, and worms.Using tools to reverse engineer and analyze malicious code.Detecting and removing malware from infected systems.Using sandboxing techniques to safely analyze malware behavior.Windows 11 Security Features - Since Windows 11 is the latest OS, it comes with new security measures. This section will cover:Understanding Windows 11 security architecture and its enhancements over previous versions.Hardening Windows 11 to prevent unauthorized access and malware infections.Throughout the course, you'll learn how to use the following tools to achieve the above:VirtualBoxKali LinuxNmapWiresharkMetasploitSQLmapMaltegoNessusNetdiscoverMacchangerProxychainsTor BrowserAircrack-ng suite (Airmon-ng, Airodump-ng, Aireplay-ng, Aircrack-ng)MobSF (Mobile Security Framework)At the end of each section, you will learn how to detect, prevent, and secure systems and yourself from the discussed attacks.Check out the curriculum and the course teaser for more info!With this course, you'll get 24/7 support, so if you have any questions, you can post them in the Q&A section, and we'll respond to you within 24 hours.Notes:This course is created for educational purposes only; all the attacks are launched in my own lab or against systems that I have permission to test.This course is totally a product of Aashir Waqar & Shubham Pareek, and no other organization is associated with it or a certification exam. Although you will receive a Course Completion Certification from Udemy, apart from that, NO OTHER ORGANIZATION IS INVOLVED.
uring the next phase, spend more than 4 hours learning about unwrapping in Rizom UV and texturing in Substance Painter. Explore udims workflow for high-quality unwrapping before delving into the texturing process using color IDs and adding intricate details and decals.Rendering:Finally, discover how to bring your model to life with rendering using Marmoset Toolbag. Learn how to import textures and create materials while setting up lighting and camera angles for that perfect final presentation.Software Used:Throughout this tutorial, you will gain proficiency in utilizing industry-standard software including 3Dsmax for modeling, Rizom UV for unwrapping, Substance Painter for texturing, and Marmoset Toolbag for rendering.Who Should Take This Course?This course is ideal for individuals with basic knowledge of these software tools who are ready to take their skills further by mastering the complete process of creating complex models. Whether you're an aspiring game developer or a digital artist looking to expand your skill set - this course provides valuable insights into every aspect of creating a high-quality digital asset.Please Note:This course does not include project files or narrated videos; however, its comprehensive content makes it easy for learners at any level of experience in these tools.