///<summary>
/// Blends the bounciness of the two materials together.
///</summary>
///<param name="materialA">First material of the pair.</param>
///<param name="materialB">Second material of the pair.</param>
/// <param name="blender">Blender to use to blend the material properties.</param>
///<param name="blendedCoefficient">Blended bounciness coefficient.</param>
public static void GetBounciness(Material materialA, Material materialB, PropertyBlender blender, out float blendedCoefficient)
{
InteractionProperties properties;
if (materialA != null && materialB != null &&
MaterialInteractions.TryGetValue(new MaterialPair(materialA, materialB), out properties))
{
blendedCoefficient = properties.Bounciness;
return;
}
blendedCoefficient = blender(materialA.Bounciness, materialB.Bounciness, null);
}
static WheelSlidingFriction()
{
DefaultSlidingFrictionBlender = new PropertyBlender(BlendFriction);
}
static MaterialManager()
{
FrictionBlender = DefaultFrictionBlender;
BouncinessBlender = DefaultBouncinessBlender;
MaterialInteractions = new Dictionary<MaterialPair, InteractionProperties>();
}
///<summary>
/// Blends the bounciness of the two materials together.
///</summary>
///<param name="materialA">First material of the pair.</param>
///<param name="materialB">Second material of the pair.</param>
/// <param name="blender">Blender to use to blend the material properties.</param>
///<param name="blendedCoefficient">Blended bounciness coefficient.</param>
public static void GetBounciness(Material materialA, Material materialB, PropertyBlender blender, out float blendedCoefficient)
{
InteractionProperties properties;
if (materialA != null && materialB != null &&
MaterialInteractions.TryGetValue(new MaterialPair(materialA, materialB), out properties))
{
blendedCoefficient = properties.Bounciness;
return;
}
blendedCoefficient = blender(materialA.Bounciness, materialB.Bounciness, null);
}
static WheelBrake()
{
DefaultRollingFrictionBlender = new PropertyBlender(BlendFriction);
}
static WheelSlidingFriction()
{
DefaultSlidingFrictionBlender = new PropertyBlender(BlendFriction);
}
static WheelDrivingMotor()
{
DefaultGripFrictionBlender = new PropertyBlender(BlendFriction);
}
static WheelBrake()
{
DefaultRollingFrictionBlender = new PropertyBlender(BlendFriction);
}
static MaterialManager()
{
FrictionBlender = DefaultFrictionBlender;
BouncinessBlender = DefaultBouncinessBlender;
MaterialInteractions = new Dictionary <MaterialPair, InteractionProperties>();
}
static WheelDrivingMotor()
{
DefaultGripFrictionBlender = new PropertyBlender(BlendFriction);
}
