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Getting Started
What's Inside?
Project Workflow
Migrating to Unigine
Migrating to Unigine From Unreal Engine
Migrating to Unigine From Unity
Programming Quick Start
1. Basic Scene Objects and Coordinate System
2. Logging and Printing Messages to Console
3. Saving and Loading a World
4. Closing the Application
5. Working with Smart Pointers
6. Creating and Deleting Nodes at Runtime
7. Creating and Setting Up a Camera
8. Creating and Setting up Light Sources
9. Creating, Applying and Deleting Materials at Runtime
10. Managing Existing Scene Objects
11. Performing Basic Transformations (Move, Rotate, Scale)
12. Making It in Time
13. Managing Intersections
14. Getting and Managing User Inputs
15. Implementing Game Logic and Using Properties
16. Creating User Interface
Getting Started with VR
Classes and Components Overview
System Requirements
Video Tutorials
Interface
Interface Overview
The Scene Viewport
Essentials
Importing 3D Models
Instancing Nodes
Materials
Lighting
Tracker Tool
Global Illumination
Georeferenced Terrain Generation
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Content Optimization
Decals
Performance Inspection with Microprofile
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Microprofile for Artists
Principles of Operation
Virtual World Structure
World Management
Properties
Hierarchy and Inheritance
Custom Component System
Rendering
Rendering Sequence
Scattering
Parallel-Split Shadow Mapping
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Eastern European Countryside
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UnigineEditor
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Working With Projects
Managing Worlds
Scene Navigation
Creating and Importing Nodes
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Adjusting Node Parameters
Transformation and Common Parameters
Visual Representation
Properties
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Setting Up Materials
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Setting Up Properties
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Setting Up Cameras
Using Visual Helpers
System Menu
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Creating a Terrain
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Generating Buildings
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Usage Examples
Custom Import Plugin
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Creating and Attaching a Cloth
Creating a Car with Suspension Joints
Creating Mirrors Using Viewports (Rendering to Texture) or Materials
A Simple Mechanism Using Joints
Creating Routes
Creating Pylons and Wires Using Ropes
Dynamic Meshes
Enabling Selective Surface-Based Collision
Playing Sounds on Collisions
Intersections
Mesh Class
Working with Console
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UnigineScript
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Creating C# Application
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engine.system Functions
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bvec4 Class
dmat4 Class
dvec2 Class
dvec3 Class
dvec4 Class
half Class
hvec2 Class
hvec3 Class
hvec4 Class
ivec2 Class
ivec3 Class
ivec4 Class
mat2 Class
mat3 Class
mat4 Class
quat Class
vec2 Class
vec3 Class
vec4 Class
Node-Related Classes
Node Class
NodeDummy Class
NodeExtern Class
NodeExternBase Class
NodeLayer Class
NodePivot Class
NodeReference Class
NodeTrigger Class
Networking Functionality
Socket Class
Pathfinding-Related Classes
Navigation Class
NavigationMesh Class
NavigationSector Class
Obstacle Class
ObstacleBox Class
ObstacleCapsule Class
ObstacleSphere Class
PathRoute Class
PathRouteIntersection Class
Physics-Related Classes
Contact Class
Physics Class
PhysicsIntersection Class
PhysicsIntersectionNormal Class
Plugins-Related Classes
AppEasyBlendInterface Class
OpenFlightImport Class
engine.grabber Functions
engine.kinect Functions
engine.oculus Functions
AppProjectionInterface Class
engine.surround Functions
engine.vive Functions
engine.wall Functions
CIGI Client Plugin
CIGI Client interface
IArticulatedPart Class
IComponent Class
IEntity Class
IViewBase Class
IView Class
IViewGroup Class
ICigiHostPacket Class
ICigiArticulatedControl Class
ICigiArticulatedShortControl Class
ICigiAtmosphereControl Class
ICigiCelestialControl Class
ICigiComponentControl Class
ICigiComponentShortControl Class
ICigiEntityControl Class
ICigiEntityClampedControl Class
ICigiEnvironmentControl Class
ICigiEnvironmentRequest Class
ICigiIGControl Class
ICigiMaritimeControl Class
ICigiRateControl Class
ICigiSensorControl Class
ICigiSymbolCircleDef Class
ICigiSymbolClone Class
ICigiSymbolControl Class
ICigiSymbolShortControl Class
ICigiSymbolLineDef Class
ICigiSymbolSurfaceDef Class
ICigiSymbolTextDef Class
ICigiTerrestrialControl Class
ICigiTrackerControl Class
ICigiViewControl Class
ICigiWaveControl Class
ICigiWeatherControl Class
ICigiViewDef Class
ICigiEarthModelDef Class
ICigiSegmentDef Class
ICigiTrajectoryDef Class
ICigiVolumeDef Class
ICigiHatHotRequest Class
ICigiIGPacket Class
ICigiStartOfFrame Class
ICigiAerosolResponse Class
ICigiHatHotResponse Class
ICigiHatHotExtResponse Class
ICigiLosResponse Class
ICigiLosExtResponse Class
ICigiLosSegmentRequest Class
ICigiLosVectorRequest Class
ICigiMaritimeResponse Class
ICigiPositionRequest Class
ICigiPositionResponse Class
ICigiSensorResponse Class
ICigiSensorExtResponse Class
ICigiTerrestrialResponse Class
ICigiWeatherResponse Class
HLA Client Plugin
Rendering-Related Classes
Camera Class
Ffp Class
Material Class
Materials Class
Mesh Class
MeshDynamic Class
Primitives Class
Render Class
RenderEnvironmentPreset Class
Renderer Class
RenderContext Class
RenderState Class
Shader Class
StructuredBuffer Class
Texture Class
TextureRender Class
Viewport Class
Content Creation
3D Models Requirements
Art Assets Conversion
Content Optimization
Lights Optimization
Dynamic Reflections Optimization
Water Optimization
Terrain Optimization
Physics Optimization
VR Best Practices
Materials
Hierarchy and Inheritance
Custom Materials
Samples
Tutorials
Adding Morph Targets
Migrating to UNIGINE 2.7.3
API Migration
Console Migration
Content Migration
IG Template
Setting Up Properties
IG Configuration
Environment Settings
Table of Contents
Warning! This version of documentation is OUTDATED, as it describes an older SDK version! Please switch to the documentation for the latest SDK version.
Warning! This version of documentation describes an old SDK version which is no longer supported! Please upgrade to the latest SDK version.

SSS

This section contains settings related to the subsurface scattering. The SSS effect should be used to imitate human skin, wax, etc.

Notice
Do not forget to enable the SSS effect for a material.

Subsurface scattering settings

Subsurface Scattering Settings

Enabled Toggles the SSS effect on and off.
Quality Quality of the subsurface scattering:
  • Low — low quality.
  • Medium — medium quality.
  • High — high quality.
  • Ultra — ultra quality.
Quality = Low
Quality = Low
 Quality = Ultra
Quality = Ultra
Resolution Resolution used for the subsurface scattering:
  • Half — half resolution.
  • Full — full resolution.
Radius The subsurface scattering multiplier: the higher the value, the deeper the light goes through the mesh.
Radius = 1
Radius = 1
 Radius = 0.2
Radius = 0.2
Color The subsurface scattering color. If the SSS color is the same as the color of the material, the SSS won't take an effect.
Last update: 2018-12-27
Build: ()