Francesc Teruel Rodríguez
- GitHub: francesctr4
Mario García Sutil
- GitHub: mariogs5
| Action | Input |
|---|---|
| Orbit Camera | Alt + Right Mouse Button + Drag |
| Free Look | Right Mouse Button + Drag |
| Move Forward | W |
| Move Backward | S |
| Move Left | A |
| Move Right | D |
| Move Up | E |
| Move Down | Q |
| Speed Boost | Hold Shift (while moving) |
| Zoom In/Out | Right Mouse Button + Scroll |
| Action | Key | Description |
|---|---|---|
| GBuffer - Final Render | 1 |
Shows final rendered output |
| GBuffer - Albedo | 2 |
Displays albedo colors |
| GBuffer - Normals | 3 |
Visualizes surface normals |
| GBuffer - Position | 4 |
Shows world-space positions |
| GBuffer - View Direction | 5 |
Displays camera-relative view vectors |
| GBuffer - Depth | 6 |
Visualizes depth buffer |
| GBuffer - Ambient Occlusion | 7 |
Shows Screen Space AO (SSAO) map |
| GBuffer - Metallic | 8 |
Displays metallic values |
| GBuffer - Roughness | 9 |
Visualizes roughness values |
| Cycle Cubemaps | M |
Rotates through available cubemaps |
| Toggle Editor UI | N |
Shows/hides editor interface |
| Cycle Rendering Modes | B |
Switches between rendering techniques |
| PBR - Cycle Materials | V |
Switches between PBR materials |
| PBR - Cycle Meshes | C |
Switches between PBR meshes |
Physically-Based Rendering is a collection of render techniques that are based on the underlying lighting theory of the physical world. Image-Based Lighting is a collection of techniques to light objects, not by direct analytical lights, but by treating the surrounding environment as one big light source.
| Setting Name | Purpose |
|---|---|
| Image Based Lighting | Toggle IBL calculations on/off. |
| Metallic Influence | Slider to alter the Metallic coeficient of the material. |
| Roughness Influence | Slider to alter the Roughness coeficient of the material. |
Remember to check the other Debug Keys for additional interactions!
| Shader Name | Purpose |
|---|---|
| FORWARD_PBR_DIRECT_TEXTURED.glsl | Computes direct lighting using the PBR model in a forward rendering textured pass. |
| FORWARD_PBR_IBL_TEXTURED.glsl | Performs forward PBR rendering with both direct lighting influence and IBL. Uses precomputed environment maps for ambient lighting. Supports full texture-based material inputs. |
| DEFERRED_PBR_IBL_TEXTURED_GEOMETRY.glsl | G-Buffer pass in deferred rendering. Writes PBR-relevant surface data (position, normal, albedo, metallic, roughness, ...) to textures for use in a later lighting pass. |
| DEFERRED_PBR_IBL_TEXTURED_QUAD.glsl | Lighting/composition pass in deferred rendering. Reads the G-Buffer and applies lighting including IBL precomputed environment maps for ambient lighting. |
| Shader Name | Purpose |
|---|---|
| EQUIRECTANGULAR_TO_CUBEMAP.glsl | Converts an HDR equirectangular image (panoramic environment map) into a cubemap format for skyboxes and IBL. |
| SKYBOX.glsl | Renders the cubemap as a skybox used for visual background and environment reflection source. |
| DIFFUSE_IRRADIANCE_CONVOLUTION.glsl | Generates a low-frequency cubemap used for diffuse IBL, by convolving the environment map. |
| SPECULAR_PREFILTER_CONVOLUTION.glsl | Generates a mipmapped cubemap used for specular IBL. Each mip level corresponds to different surface roughness. |
| BRDF_INTEGRATION_CONVOLUTION.glsl | Precomputes a 2D lookup texture (BRDF LUT) used for the split-sum approximation in PBR specular IBL, based on roughness and view angle. |
Screen space ambient occlusion (SSAO) is a computer graphics technique for efficiently approximating the ambient occlusion effect in real time.
| Attachment | Preview | |
|---|---|---|
| Final Render |  |
 |
| SSAO Pass |  |
 |
| Final Render with SSAO |  |
 |
| Setting Name | Purpose |
|---|---|
| SSAO Status | Toggle Screen Space Ambient Occlusion on/off. |
| AO Texture | Toggle the PBR AO texture on/off. |
| Kernel Size | Controls the number of sample points used to estimate occlusion; larger values can improve accuracy but reduce performance. |
| Radius | Defines the sampling radius around each pixel in world space; determines how far to look for occluding geometry. |
| Bias | Prevents self-occlusion artifacts (a.k.a. shadow acne) by ignoring very close geometry. Higher values reduce false occlusion but may miss subtle shadows. |
| Power | Adjusts the final contrast or intensity of the ambient occlusion; higher values darken occluded areas more strongly. |
| Shader Name | Purpose |
|---|---|
| SSAO.glsl | Generate SSAO Texture |
| SSAO_BLUR.glsl | Blur SSAO Texture |
| FORWARD_PRE_SSAO_RENDER.glsl | (Blinn-Phong) Get Position and Normal Texture in Forward Rendering |
| FORWARD_SSAO_RENDER.glsl | (Blinn-Phong) Forward Rendering using SSAO |
| DEFERRED_RENDER_GEOMETRY.glsl | (Blinn-Phong) Deferred Rendering using SSAO |
| DEFERRED_RENDER_QUAD.glsl | (Blinn-Phong) Deferred Rendering using SSAO |
| DEFERRED_PBR_IBL_TEXTURED_GEOMETRY.glsl | (PBR) Deferred Rendering using SSAO |
| DEFERRED_PBR_IBL_TEXTURED_QUAD.glsl | (PBR) Deferred Rendering using SSAO |
| Attachment | Preview |
|---|---|
| Albedo |  |
| Normals |  |
| Position |  |
| View Direction |  |
| Depth |  |
| Ambient Occlusion |  |
| Metallic (PBR) |  |
| Roughness (PBR) |  |
| Skybox (IBL) |  |
| Irradiance (IBL) |  |
| Prefilter (IBL) |  |
| BRDF (IBL) |  |
| Final Render |  |
| Attachment | Preview |
|---|---|
| Albedo |  |
| Normals |  |
| Position |  |
| View Direction |  |
| Depth |  |
| Final Render |  |
| Stress Test |  |