Deferred Engine For Monogame 3.8x (Fork from Kosmonaut3d)
This fork aims at the current MonoGame framework 3.8x on windows platforms to get the sample running on an updated pipeline. The current state provides a buildable project based on MonoGame 3.8.1.303.
The mid-term aim of this repository is porting the deferred engine and as much features as possible to work on DesktopGL, Android and iOS target platforms.
Feedback to original developer community thread:
-> http://community.monogame.net/t/deferred-engine-playground-download/8180
-> https://kosmonautblog.wordpress.com/
by https://twitter.com/kosmonautgames
Features:
- an easy to use viewer, with lots of GUI options
- G-buffer creation with support for physically based materials ( albedo, normal, roughness, metallic, mask)
- Cook-Torrance specular shading and Oren-Nayar diffuse shading for point lights
- light and mesh frustum culling
- deferred point lights, directional lights and environment mapping
- soft shadows
- dynamically updating point light shadows depending on scene changes
- temporal anti-aliasing
- HDR Bloom
- screen space ambient occlusion (HBAO)
- screen sapce reflections
- linear HDR pipeline.
- EXPERIMENTAL: screen space emissive materials (not updated to work right now)
Controls:
- " ^ " / the key above TAB : debug console with suggestions (tab to autocomplete)
- Space: Go into editor mode
- R / T: Change transformation gizmos between translation and rotation
- Del : Delete object
- Insert : Copy object
- WASD : move the camera
- right mouse drag : rotate the camera
- F1 : Cycle through render targets (albedo, normals, depth etc.)
How to manipulate the scene
- See the Main / MainLogic.cs for details. Manipulate and add scene objects in Initialize() and Update();
Notes:
This solution provides a basic 3d deferred rendering engine implemented in Monogame. You will need to have Monogame (3.6.0187 or newer) installed and Visual Studio 2013+ to compile.
This is not intended to be an engine used for custom programs / games, but rather a playground which makes it easy to understand and implement custom shaders.
The sample scene contains the Sponza Atrium (from Crytek), the Stanford Dragon (http://www.cc.gatech.edu/projects/large_models/) and Daft Punk Helmets (by Anders Lejczak - http://www.colacola.se/expo_daft.htm)