Enhance realism in 3D scans with this drag and drop advanced post-process blueprint. Easy integration, stunning details.
Instant Photorealism BP provides a comprehensive post-processing solution designed to enhance photorealism in Unreal Engine projects. This blueprint is ideally suited for high-detail photogrammetry assets, aiming to refine scenes by adding depth, detail, and realism. It is most effective when applied to well-composed scenes that require final enhancements to achieve exceptional visual quality. This tool is versatile across various applications, including game development, architectural visualization, and cinematic content production.
Key Features
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Performance Efficiency
The blueprint is optimized for performance, ensuring enhanced visuals with minimal impact on frame rates. It is suitable for a range of development environments, from high-end to mid-range systems.
Ideal Use Cases
Usage Instructions
Insert BP_InstantPhotorealism into your scene. Remove or adjust any conflicting Post Process Volume Actors. Select the blueprint and modify the parameters as needed to suit your scene:
Tip
Try turning every value up or down by a lot to get a feel for what it does, figure out if up or down is better and nudge it in the right direction for your scene, or reset it to the default value when in doubt. The default settings should work for most any scene.
Note
If undesirable effects occur in specific areas, adjust the "Range" values in the Advanced settings to refine the effect application distance. The effects are most prominent up close.
Disclaimer
The 3D models and characters seen in the screenshots are not included in this pack. This is a BP with controls for custom post processing effects to facilitate a specific look.
Features
Asset Details
Blueprints Included: 1
Materials Provided: 5
Textures Included: 2
Network Replication: Not supported
Supported Development Platforms
Additional Notes
The blueprint is optimized for assets from high-detail photogrammetry, designed to enhance realism while ensuring minimal impact on performance.