Branch: fsr3

fsr3

fsr3.1

mac-autoexp

master

Branches Tags

${ item.name }

Create tag ${ searchTerm }

Create branch ${ searchTerm }

from 'fsr3'

${ noResults }

Commit Graph

20 Commits (fsr3)

Author	SHA1	Message	Date
Nico de Poel	8e879726d7	Split the FSR3 shaders aggregate class from the scriptable object part. This allows the shader references to be serialized as a single asset still, but also for them to be embedded inline inside of a different scriptable object (for PPV2)	2 years ago
Nico de Poel	bd98fdf00d	Turned shaders aggregate into a scriptable object, with a default asset instance that automatically resets to look up the correct shader references.	2 years ago
Nico de Poel	84e5e72ab7	Refactored loading of FSR3 compute shaders, using an aggregate object containing pre-loaded compute shaders instead of the old callbacks. This gives more control to the application about how shaders are loaded/unloaded, and it fits in much more nicely with PPV2's resources. Shaders are currently just serialized as part of the scene component, which isn't the optimal solution yet.	2 years ago
Nico de Poel	5236c28e7e	Added support for dynamic resolution scaling using ScalableBufferManager.	3 years ago
Nico de Poel	8b3a1a7545	Implemented auto-TCR generation feature in BiRP integration example	3 years ago
Nico de Poel	fad865f8bc	Went back to HDR being derived from camera HDR settings. Maybe not entirely correct, but definitely less error prone.	3 years ago
Nico de Poel	490a76986c	Enable HDR by default and clarified the tooltip somewhat	3 years ago
Nico de Poel	b1a7f48abb	Made HDR into an explicit toggle that can be set by the application, rather than a best guess based on the camera settings	3 years ago
Nico de Poel	bcfb4b6769	Check for HDR when selecting RT formats for opaque-only and final output. This makes for fewer assumptions and should provide better support for HDR render paths.	3 years ago
Nico de Poel	8575800995	Allow customization of pre-exposure and exposure inputs	3 years ago
Nico de Poel	3ffbc0573e	Implemented auto-exposure feature. The way this works: compute luminance always outputs an auto-exposure value. The passes using exposure as input can either use this auto-exposure, or use the default read-only exposure value, or use an application-provided exposure.	3 years ago
Nico de Poel	17cc461613	Allow reactive mask and T&C mask to be provided through the inspector	3 years ago
Nico de Poel	ec79c8ab24	Enable reactive mask generation by default	3 years ago
Nico de Poel	5ed7a5279b	Progressed implementation of reactive mask generation pass. Added temporary RT to contain the generated reactive mask, bind it to the FSR2 inputs, and made it available as a toggle on the script.	3 years ago
Nico de Poel	d47b8c78da	Added option to enable FP16 from the scene	3 years ago
Nico de Poel	bececcdbc1	Added a debug tool for dumping system info and making screenshots, and made the camera mover do something a little bit more interesting.	3 years ago
Nico de Poel	0f5f3d9a69	Bits and bobs	3 years ago
Nico de Poel	1aa6e1f90d	Reorganization: created new class for main FSR2 entry points, enums and helper functions. Created a stub Fsr2Context class. Moved jitter helper functions into main FSR2 class. Translated a couple more helper functions.	3 years ago
Nico de Poel	b5f324eb25	- Simplified Unity RCAS shader to basically just a few defines and a direct import of the original FSR2 shader code. - Implemented 1x1 exposure texture and bound it to the compute shader. - Implemented RCAS config data set with precomputed values (so we don't have to do any unsafe float-to-int conversions), apply it to a constant buffer, and made sharpness available as a slider in the inspector.	3 years ago
Nico de Poel	0bdc75ff08	First import of Unity FSR2 test project on built-in render pipeline: - Yoinked a bunch of code from MadGoat SSAA to build a custom render scaler - Added a simple shader to check some of the render buffers during upscaling - Successfully ported the RCAS compute shader from the FSR2 project into Unity!	3 years ago