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Course

Procedural Shading: Fundamentals and Beyond
feed Course Overview
Introduction keyboard_arrow_down
  1. 01

    Introduction

    Free
  2. 02

    Definition

  3. 03

    Content Overview

  4. 04

    The Shader Editor

1: Fundamentals keyboard_arrow_down
  1. 01

    Colors, Values & Vectors

  2. 02

    Vectors and Pixels

  3. 03

    Coordinate Types

  4. 04

    Value Control

2: Procedural Textures keyboard_arrow_down
  1. 01

    Noise Textures

  2. 02

    Shape Control

  3. 03

    Repetition

  4. 04

    Texture Composition

  5. 05

    Space Manipulation

3: Shading Principles keyboard_arrow_down
  1. 01

    PBR

  2. 02

    Geometric Dependency - Context Sensitivity

  3. 03

    Generating PBR Maps

4: Shader Composition keyboard_arrow_down
  1. 01

    Blending & Masking

  2. 02

    Randomization

  3. 03

    Semi-Procedural Workflow

  4. 04

    Volumetric Shaders

5: Modular Setup keyboard_arrow_down
  1. 01

    Parametrization

  2. 02

    Nodegroups

6: Automation keyboard_arrow_down
  1. 01

    Drivers

  2. 02

    Animation

Workflow Examples keyboard_arrow_down
  1. 01

    Walls (Chapter 2+)

  2. 02

    Wood (Chapter 3+)

  3. 03

    Dynamic Walls (Chapter 4+)

  4. 04

    Wooden Boards (Chapter 5+)

  5. 05

    Fire (Chapter 6+)

  6. 06

    Rainy Window (Chapter 6+)

Files & Tools keyboard_arrow_down
  1. insert_drive_file

    Example Scene

    visibility_off
  2. insert_drive_file

    Example Scene - Simplified

    visibility_off
  3. insert_drive_file

    Visualization (Chapter 1-4): Value Graph

    visibility_off
  4. insert_drive_file

    Visualization (Chapter 2-5): Space Origami

    visibility_off
  5. insert_drive_file

    Example Shader (Chapter 3-1): Rock

    visibility_off
  6. insert_drive_file

    Example Shader (Chapter 4-1): Dilapidated Cube Scene

    visibility_off
  7. insert_drive_file

    Example Shader (Chapter 4-3): Image Texture De-Tiling

    visibility_off
  8. insert_drive_file

    Example Shader (Chapter 4-3): Semi-Procedural Fishbones Boards

    visibility_off
  9. insert_drive_file

    Example Shader (Chapter 4-4): Procedural Volumetric Clouds

    visibility_off

Course

Procedural Shading: Fundamentals and Beyond
Introduction keyboard_arrow_down
  1. 01

    Introduction

    Free
  2. 02

    Definition

  3. 03

    Content Overview

  4. 04

    The Shader Editor

1: Fundamentals keyboard_arrow_down
  1. 01

    Colors, Values & Vectors

  2. 02

    Vectors and Pixels

  3. 03

    Coordinate Types

  4. 04

    Value Control

2: Procedural Textures keyboard_arrow_down
  1. 01

    Noise Textures

  2. 02

    Shape Control

  3. 03

    Repetition

  4. 04

    Texture Composition

  5. 05

    Space Manipulation

3: Shading Principles keyboard_arrow_down
  1. 01

    PBR

  2. 02

    Geometric Dependency - Context Sensitivity

  3. 03

    Generating PBR Maps

4: Shader Composition keyboard_arrow_down
  1. 01

    Blending & Masking

  2. 02

    Randomization

  3. 03

    Semi-Procedural Workflow

  4. 04

    Volumetric Shaders

5: Modular Setup keyboard_arrow_down
  1. 01

    Parametrization

  2. 02

    Nodegroups

6: Automation keyboard_arrow_down
  1. 01

    Drivers

  2. 02

    Animation

Workflow Examples keyboard_arrow_down
  1. 01

    Walls (Chapter 2+)

  2. 02

    Wood (Chapter 3+)

  3. 03

    Dynamic Walls (Chapter 4+)

  4. 04

    Wooden Boards (Chapter 5+)

  5. 05

    Fire (Chapter 6+)

  6. 06

    Rainy Window (Chapter 6+)

Files & Tools keyboard_arrow_down
  1. insert_drive_file

    Example Scene

  2. insert_drive_file

    Example Scene - Simplified

    Free
  3. insert_drive_file

    Visualization (Chapter 1-4): Value Graph

  4. insert_drive_file

    Visualization (Chapter 2-5): Space Origami

  5. insert_drive_file

    Example Shader (Chapter 3-1): Rock

  6. insert_drive_file

    Example Shader (Chapter 4-1): Dilapidated Cube Scene

  7. insert_drive_file

    Example Shader (Chapter 4-3): Image Texture De-Tiling

  8. insert_drive_file

    Example Shader (Chapter 4-3): Semi-Procedural Fishbones Boards

  9. insert_drive_file

    Example Shader (Chapter 4-4): Procedural Volumetric Clouds

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Files & Tools

Example Shader (Chapter 4-3): Semi-Procedural Fishbones Boards

7th August 2020

info License: CC-BY
flag Report Problem

Published by

Simon Thommes

Example shader showcasing the use of image textures as part of a mainly procedural pattern, as shown in Chapter 4-3.

semi-procedural_fishbone_floor.png

The image texture used in this example is a wood texture from the Blender Cloud licensed under CC0.

4 Comments

Join to comment publicly.

altieresdelsent

17th August 2020 - 02:04

why clearcoat does not work with this wood? I thought that clearcoat would automatically add a effect similar to "coating" or varnish/glaze. At least that as my impression from chapter 3-1 PBR, when you were showcasing clearcoat.

Simon Thommes

17th August 2020 - 10:52

*@altieresdelsent* It is true that Clearcoat ignores the regular normal map of the shader and uses an individual one, thus add in a smooth finish on surfaces that are made bumpy via normal map. However, this shader does not use a simple normal map, but displacement. So the detail that you see is in the actual geometry at render time, which means that the clearcoat layer will also follow that bumpy surface.

If you want a completely smooth finish, you have to eliminate the displacement effect and instead use a normal map.

Huân Lê-Vương

7th September 2020 - 07:15

At this part in the screenshot, you multiply the width value then divide it again. Does it actually do anything?

https://photos.app.goo.gl/waW9HpP12X2A8nBM6

Simon Thommes

7th September 2020 - 11:52

*@Huân Lê-Vương* Good find! Looking at it now, it is redundant. The way this happened is by step by step adjusting the setup. That node served a purpose at some point.

Small things like this usually don't impact the performance that much. What is much more relevant is keeping down the number and complexity of textures like noises. But it is definitely nice to keep the node setup clear of mathematical redundancies!

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