Fog that computes a low-level volumetric fog More...

Inheritance diagram for essentials.Environment.Fog.AtmosphereVolumeFog:

Public Member Functions
	AtmosphereVolumeFog (IEnumerable< IOrbital > orbitals, double highZ=0.0, double lowZ=-10_000.0)

override void	Simulate (double time, double x, double y, double z)
	Simulate the environment with the time, and an x/y/z More...

Public Member Functions inherited from essentials.Environment.Fog.AtmosphereFog
	AtmosphereFog (IEnumerable< IOrbital > orbitals)

Protected Attributes
virtual float	VolumeDensity => 0.05f

Additional Inherited Members
Properties inherited from essentials.Environment.Fog.AtmosphereFog
virtual Rgba	FogColorBase `[get]`

sealed override Rgba	Color `[get]`

Properties inherited from pluginbase.Objects.World.Environment.Fog.FogBase
virtual FogType	RenderMode `[get]`

virtual float	Density `[get]`

virtual Rgba	Color `[get]`

Properties inherited from pluginbase.Objects.World.Environment.IFog
FogType	RenderMode `[get]`
	Gets the fog render mode More...

float	Density `[get]`
	Gets the fog density More...

Rgba	Color `[get]`
	Gets the color of the fog More...

Properties inherited from pluginbase.Objects.World.Environment.IVolumeFog
float	VolumeDensity `[get]`
	Density of the volumetric fog More...

double	LowZ `[get]`
	How low the fog goes More...

double	HighZ `[get]`
	How high the fog goes More...

Detailed Description

Fog that computes a low-level volumetric fog

Constructor & Destructor Documentation

◆ AtmosphereVolumeFog()

essentials.Environment.Fog.AtmosphereVolumeFog.AtmosphereVolumeFog	(	IEnumerable< IOrbital >	orbitals,
		double	highZ = `0.0`,
		double	lowZ = `-10_000.0`
	)

             : base(orbitals)
         {
             _orbitals = orbitals.Where(x => x.HasEmittance).ToArray();
             _highZ = highZ;
             _lowZ = lowZ;
         }

Member Function Documentation

◆ Simulate()

override void essentials.Environment.Fog.AtmosphereVolumeFog.Simulate	(	double	time,
		double	x,
		double	y,
		double	z
	)

virtual

Simulate the environment with the time, and an x/y/z

Parameters

time	Time.
x	X.
y	Y.
z	Z.

Reimplemented from essentials.Environment.Fog.AtmosphereFog.

         {
             base.Simulate(time, x, y, z);
             _volumePower = 1f - Math.Min(1f, _orbitals.Sum(o => o.EmittanceDiffuse.Luminosity * Math.Max(0f, o.Direction.Z * 1.5f)));
         }

Member Data Documentation

◆ VolumeDensity

virtual float essentials.Environment.Fog.AtmosphereVolumeFog.VolumeDensity => 0.05f

protected

The documentation for this class was generated from the following file:

essentials/Environment/Fog/AtmosphereVolumeFog.cs

Public Member Functions

Protected Attributes