Texture Size Profiler | Texture Size Profiler/Heatmap System Framework

$8
Publisher Golem Kin Games
File size 20.06MB
Number of files 24
Latest version 1
Latest release date 2025-02-19 12:53:29
First release date 2025-02-19 12:53:29
Supported Unity versions 2018.4.2 or higher

Struggling with bloated build sizes and performance issues caused by textures? The Texture Size Heatmap Tool is your ultimate solution for texture optimization in Unity. This powerful Editor utility provides a comprehensive overview of texture memory usage, helping you identify and resolve performance bottlenecks effortlessly.

With a color-coded heatmap directly in the Scene View, you can instantly visualize which objects are consuming the most memory—green for low usage, red for high. The tool's adjustable thresholds and customizable gradients allow you to fine-tune the heatmap to focus on specific texture sizes.


Dive deeper with the detailed breakdown feature: for any selected object, view texture-specific information such as resolution, memory size (in MB), compression format, and alpha channel presence. Use the interactive "Select Texture" button to quickly locate textures in the Project view for further inspection.

Perfect for developers working on mobile, desktop, or console projects, the Texture Size Heatmap Tool simplifies the daunting task of texture optimization, empowering you to reduce build sizes and improve runtime performance with ease.


Key Features:

  • Visual Heatmap: Instantly identify texture-heavy objects in the Scene View with intuitive color-coded feedback.
  • Detailed Breakdown: Access texture-specific details, including resolution, memory size, format, and alpha presence.
  • Customizable Settings: Adjust memory thresholds and gradients for tailored visualization.
  • Interactive Workflow: Select textures directly in the Project view from the detailed breakdown.

Stop guessing and start optimizing! The Texture Size Heatmap Tool is your go-to solution for tackling large textures and ensuring your project is both memory-efficient and high-performing.

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