Adjust the horizon line position when remixing existing skyboxes to match different camera perspectives while preserving the scene's structure.
Control the vertical position of the horizon line in generated skyboxes using values from -100 to 100.
Remix can be used on any paid Individual plan or Team plan. Remix requests can also be made by via the Skybox AI API.
What are common use cases for Horizon Line position changes?
Camera height matching: Align skybox perspective with game's first-person, third-person, or aerial camera positions.
Multi-perspective variations: Create ground-level, eye-level, and elevated views from single skybox.
Flight simulators: Raise horizon (positive values) to show more ground for cockpit views.
Top-down games: Lower horizon (negative values) to show more sky for elevated camera angles.
Platformers: Match fixed camera angle perspectives without regenerating environment.
Level adaptation: Adjust existing skybox library to different gameplay sections with varying camera heights.
Architectural visualization: Switch between street-level and drone perspective views of same scene.
VR experiences: Fine-tune horizon position for seated versus standing VR perspectives.
Parameter Values
| +10 | |
| +8 | |
| +6 | |
| +4 | |
| +2 | |
| 0 | |
| -2 | |
| -4 | |
| -6 | |
| -8 | |
| -10 |
Visual Examples
[Screenshot: Same skybox generated at horizon_offset values of 100, 0, and -100]
Positive values (+1 to +100): More ground visible, less sky. Camera looks upward.
Negative values (-1 to -100): More sky visible, less ground. Camera looks downward.
API Documentation
See the horizon_offset parameter in the Skybox AI API Documentation.
Articles in this section
- Export 3D Models from Skybox AI
- Correct your skybox with Skybox AI's Horizon Controls
- How to create the perfect 360° watermark template for panoramic images
- Create stunning skyboxes for your Roblox games using Skybox AI and Roblox Studio
- Create a Generative AI Galaxy with Blockade Labs Skybox AI and Spline