Sprite Sheet Memory Optimizer

Sprite Sheet Memory Optimizer MCP Connector for Claude

A+

Calculate optimal sprite sheet layouts and analyze memory footprint, utilization, and rendering efficiency.

3 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides deterministic tools for managing texture assets. Use optimize_sprite_layout to determine the most efficient way to pack sprites into sheets using bin-packing algorithms. You can use analyze_memory_impact to evaluate how mip-mapping and texture compression affect VRAM usage, and validate_optimization_thresholds to ensure your layouts meet specific memory and utilization targets.

spritestexturevrambin-packinggraphics-optimization

3 tools expose this connector's capabilities to your AI agent.

analyze_memory_impact

Evaluate the impact of mip-mapping and texture compression on memory footprint

optimize_sprite_layout

Determine the most efficient way to pack a set of sprites into sheets

validate_optimization_thresholds

Check if the current sprite sheet configuration meets quality standards

See how to talk to your AI agent using Sprite Sheet Memory Optimizer.

Calculate the best layout for these sprites: [{name: 'hero', widthPx: 64, heightPx: 64}, {name: 'enemy', widthPx: 32, heightPx: 32}] with a max width of 128 and height of 128, and 2px padding.

The optimal layout uses a single 128x128 sheet with a utilization of 25% and 1 draw call saved.

What is the memory impact of a 1024x1024 texture with mip-maps and ASTC compression?

The base memory is 4MB. With mip-maps, the total is approximately 5.33MB. Using ASTC compression will reduce the footprint by roughly 50-75%.

Check if a sheet with 0.6 utilization and 10MB memory is optimal for a target of 0.7 utilization.

The configuration is not optimal because the utilization (0.6) is below the target threshold (0.7).

Utilization is calculated as the ratio of the sum of all sprite areas to the total area of the resulting texture sheets.

Related Connectors