Camera Render Studio Overview

Camera Render Studio provides multiple projection modes for different production scenarios and immersive environments.

• 2D (Standard) — Classic rendering without projection distortion. Useful for conventional output, stereo validation, and workflows where panoramic remapping is not required.
• VR180 — A stereoscopic projection intended for VR content. The field of view is not limited to 180°. The plugin allows adjusting the viewing angle from 1 to 360 degrees, which provides much more flexibility depending on the project requirements.
• 360 (Equirectangular) — Full panoramic rendering for VR and immersive content, designed for spherical output and complete environmental coverage.
• FullDome — Dome projection for planetariums and immersive installations, intended for hemispherical display environments.The plugin allows adjusting the viewing angle from 1 to 360 degrees, which provides much more flexibility depending on the project requirements.
• Cylindrical — Projection for curved screens, panoramic environments, and wide horizontal immersive display systems.Cylindrical Horizontal FOV support the viewing angle from 1 to 360 degrees and Cylindrical Vertical FOV 1 to 160
• Spherical Mirror — Specialized projection for mirror-based dome systems where pre-warped content is required for spherical mirror installations.

Each projection modifies how the scene is sampled and rendered, affecting field of view, distortion, stereo behavior, camera mapping, and final output format.

The plugin provides two different workflows depending on your goals: fast interactive setup and final production rendering.

1. Realtime Preview

Realtime Preview is designed for fast iteration and visual validation. It allows you to instantly see how your projection will look directly inside the editor viewport and helps you understand how the future render will behave before launching Movie Render Queue.

• Real-time feedback
• Fast adjustments
• Preview of projection distortion and framing
• Detection of artifacts and possible issues with post processes or complex effects before final rendering
• Time saving during scene preparation

For stereo preview, the recommended workflow is to use 2D Stereo. This is the most practical and lightweight way to evaluate stereo behavior during setup. Other projection modes will use the stereo-related settings already configured during 2D Stereo preview, so in most cases this is the best preview mode for stereo work.

2. Final Rendering through Movie Render Queue

Movie Render Queue is used for high-quality final rendering. It applies the full rendering pipeline, supports multiple passes, and is intended for production-ready output in the required projection format.

PathTracing is also available in two practical forms. It can use the standard camera-based rendering workflow, but it can also operate through a full shader-based path where engine shader recompilation is involved and cameras are no longer the primary render source. In that mode, rendering is performed based on shader logic rather than the standard camera workflow.

• High-quality output
• Accurate lighting and sampling
• Support for multiple render passes
• Production-ready results

The preview component controls the behavior of the scene in realtime.

Depending on the projection mode, the user can configure settings such as:

• Projection Type — Defines how the scene is mapped
• Stereo Mode — Defines how stereo preview is evaluated
• IPD — Controls stereo separation
• Field of View (FOV) — Controls visible area depending on projection
• Rotation and Location Offset — Allows additional camera orientation and position adjustments
• ShowFlag — Controls visibility and rendering behavior for specific viewport features
• Projection-Specific Parameters — Parameters unique to the selected projection mode
• Warp Overscan — Adds extra image area for safer warping and stitching
• Edge Feather / Edge Feathering — Helps smooth transitions and reduce visible seams
• Buffer Pass Visualization — Allows inspection of different buffer outputs during preview

These settings affect how the scene is displayed during interactive work in the editor and help prepare a more predictable final render.

Camera Render Studio integrates with Movie Render Queue and provides multiple rendering passes.

• Deferred — Standard rendering pass with lighting, materials, and the main projected output
• Object ID — A specialized mask-based pass intended for compositing workflows and recommended for EXR pipelines
• PathTracing — A physically accurate rendering mode designed for high-end final output

Each pass serves a specific purpose in post-production, quality rendering, and advanced projection workflows.

The PathTracing tool provides a compact set of controls used to define how the projection should behave in the shader-based path tracing workflow.

• Projection — Selects the projection mode used for the PathTracing workflow
• IPD — Defines the stereo eye separation
• IPDFade — Controls how stereo effect transitions are blended
• Full Dome FOV — Controls the viewing angle used for dome rendering
• Cylindrical HFOV — Defines the horizontal field of view for cylindrical projection

The window also includes:

• Apply Settings — Applies the selected PathTracing configuration
• Recompile Shader — Rebuilds the shader path when required by the selected workflow

This tool should be treated as an advanced rendering control intended for high-quality and technically demanding workflows.

Typical workflow when using Camera Render Studio:

1. Choose projection type
2. Adjust settings in Realtime Preview
3. Validate composition, distortion, stereo setup, and possible visual artifacts
4. Switch to Movie Render Queue
5. Select the required render pass
6. Render the final output in the target format

This approach ensures both speed during setup and high quality during final rendering.