Selecting the proper shading algorithm

Contents

• Introduction Introduction

  • Create materials for 3D architectural visualization applications

    39s
  • Working with the exercise files

    35s
• 1. Preparing Geometry for Materials 1. Preparing Geometry for Materials

  • Organizing the scene

    1m 21s
  • Projecting textures

    2m 39s
  • Mapping geometry for UV editing

    4m 4s
  • Adjusting UV layouts

    3m 49s
• 2. Maya Shaders for Arnold 2. Maya Shaders for Arnold

  • Setting up Arnold for materials

    4m 4s
  • Selecting the proper shading algorithm

    1m 40s
  • Using PBR materials

    3m 30s
  • Additional surface types

    1m 25s
• 3. Creating Arnold Materials 3. Creating Arnold Materials

  • Creating basic materials

    5m 15s
  • Transparent surfaces and glass

    4m 45s
  • Creating grass using displacement

    6m 15s
  • Self-illumination materials

    2m 59s
  • Clipping foliage with opacity

    3m 11s
• 4. Substance Materials in Maya 4. Substance Materials in Maya

  • Installing the Substance plug-ins

    1m 58s
  • Using the Substance Source library

    2m 31s
  • Importing Substance materials to Maya

    3m 3s
  • Modifying Substance materials in Maya

    2m 22s
• 5. Substance Alchemist 5. Substance Alchemist

  • Using Substance Alchemist

    4m 16s
  • Creating materials in Alchemist

    4m 16s
  • Layering materials in Alchemist

    4m 31s
  • Creating materials from bitmaps

    5m 51s
  • Exporting from Alchemist

    2m 46s
  • Importing substance bitmaps to Maya

    4m 48s
• 6. Substance Designer 6. Substance Designer

  • The Substance Designer interface

    4m 22s
  • Creating Substance materials

    2m 38s
  • Creating stucco material color

    5m 28s
  • Controlling stucco relief and gloss

    5m 19s
  • Exposing Substance parameters

    4m 45s
  • Adding the material to Maya

    4m 50s
• Conclusion Conclusion

  • Next steps

    16s