"Texture progression" is not a well-defined term in common usage

  Texture progression

Texture progression is not a well-defined term in common usage. However, based on the words themselves, it could refer to the development or evolution of textures in various contexts. Here are a few potential interpretations:

1. Art and Design   

 In the realm of art and design, "texture progression" might refer to the intentional variation or change in textures within a visual composition. This could involve transitioning from smoother textures to more detailed or complex ones to create visual interest and depth in an artwork.

2. Music Production

: In music production, "texture progression" could relate to the gradual buildup or modification of musical textures within a piece. This might involve adding or subtracting layers of sound, changing instrumentation, or altering the density of musical elements over the course of a composition.

3. Cooking and Food

: In the culinary context, "texture progression" could describe the deliberate variation in textures within a dish. Chefs often aim to create a harmonious balance of textures, such as combining crunchy, creamy, and tender elements to enhance the overall dining experience.

4. Material Science and Engineering

: In the field of material science or engineering, "texture progression" could refer to the study of how the physical or mechanical properties of materials change or progress based on their internal or surface textures. This could have applications in fields like metallurgy, where the texture of a metal can impact its strength and behavior.

5. Computer Graphics and Animation

: In computer graphics and animation, "texture progression" might relate to the dynamic alteration of surface textures applied to digital objects over time. This could be used to simulate changes in weathering, aging, or other environmental factors.

6. Textural Analysis

: In fields like geology, "texture progression" might pertain to the study of how the texture of rocks or minerals changes under different geological conditions, providing insights into their formation and history.