Class SecondOrderReaction

Simulates a differential equation of the form dz/dt = c * x * y. This is the same math as is used to describe a second-order chemical reaction, so I've elected to adopt that terminology. It should be an apt analogy for every use of this interaction - acid rain happens when air pollution meets rain; predation happens when predator meets prey; etc.

N.B. this class, like all WorldLayerInteractions, does not modify the input layers. In chemical terms, the inputs are both catalysts by default - they are not affected by the reaction. If you wish an input to be affected, create another instance of SecondOrderReaction that has that input as its product.

Inheritance

System.Object

WorldLayerInteraction<System.Single>

SecondOrderReaction

Implements

IWorldLayerInteraction

IWorldLayerRelationship

Inherited Members

WorldLayerInteraction<Single>.Verify(List<LocString>)

WorldLayerInteraction<Single>.DescribeParameterized(WorldArea)

WorldLayerInteraction<Single>.GetDependencyIndexByLayerName(String)

WorldLayerInteraction<Single>.ValueOf(String, Single[])

WorldLayerInteraction<Single>.PostWorldgenValueOf(String, Single[])

WorldLayerInteraction<Single>.ToString()

WorldLayerInteraction<Single>.RequiresNeighborhood

WorldLayerInteraction<Single>.Dependencies

WorldLayerInteraction<Single>.PostWorldgenDependencies

WorldLayerInteraction<Single>.OutputLayer

Namespace: Eco.Simulation.WorldLayers.LayerInteractions

Assembly: Eco.Simulation.dll

Syntax

public class SecondOrderReaction : WorldLayerInteraction<float>, IWorldLayerInteraction, IWorldLayerRelationship

Constructors

SecondOrderReaction()

Declaration

public SecondOrderReaction()

Properties

ActivePostWorldgen

Declaration

public bool ActivePostWorldgen { get; set; }

Property Value

Type	Description
System.Boolean

DependencyLayerNames

Declaration

public override string[] DependencyLayerNames { get; }

Property Value

Type	Description
System.String[]

Overrides

Eco.Simulation.WorldLayers.WorldLayerInteraction<System.Single>.DependencyLayerNames

DescribeGeneral

Declaration

public override string DescribeGeneral { get; }

Property Value

Type	Description
System.String

Overrides

Eco.Simulation.WorldLayers.WorldLayerInteraction<System.Single>.DescribeGeneral

OutputLayerName

Declaration

public override string OutputLayerName { get; }

Property Value

Type	Description
System.String

Overrides

Eco.Simulation.WorldLayers.WorldLayerInteraction<System.Single>.OutputLayerName

ProductLayerName

Declaration

public string ProductLayerName { get; set; }

Property Value

Type	Description
System.String

ReactantOneLayerName

Declaration

public string ReactantOneLayerName { get; set; }

Property Value

Type	Description
System.String

ReactantTwoLayerName

Declaration

public string ReactantTwoLayerName { get; set; }

Property Value

Type	Description
System.String

ReactionRate

Declaration

public float ReactionRate { get; set; }

Property Value

Type	Description
System.Single

WorldInitDependencyLayerNames

Declaration

public override string[] WorldInitDependencyLayerNames { get; }

Property Value

Type	Description
System.String[]

Overrides

Eco.Simulation.WorldLayers.WorldLayerInteraction<System.Single>.WorldInitDependencyLayerNames

Methods

Apply(Single, Single[], WorldLayerNeighborInfo[])

Declaration

public override float Apply(float currentValue, float[] dependencyValues, WorldLayerNeighborInfo[] neighborValues)

Parameters

Type	Name	Description
System.Single	currentValue
System.Single[]	dependencyValues
WorldLayerNeighborInfo[]	neighborValues

Returns

Type	Description
System.Single

Overrides

Eco.Simulation.WorldLayers.WorldLayerInteraction<System.Single>.Apply(System.Single, System.Single[], Eco.Simulation.WorldLayers.WorldLayerNeighborInfo[])

DescribeAggregated(IEnumerable<Single>)

Declaration

protected override string DescribeAggregated(IEnumerable<float> intermediateDescriptions)

Parameters

Type	Name	Description
System.Collections.Generic.IEnumerable<System.Single>	intermediateDescriptions

Returns

Type	Description
System.String

Overrides

Eco.Simulation.WorldLayers.WorldLayerInteraction<System.Single>.DescribeAggregated(System.Collections.Generic.IEnumerable<System.Single>)

DescribeSpecific(Single, Single[], WorldLayerNeighborInfo[])

Declaration

protected override float DescribeSpecific(float currentValue, float[] dependencyValues, WorldLayerNeighborInfo[] neighborValues)

Parameters

Type	Name	Description
System.Single	currentValue
System.Single[]	dependencyValues
WorldLayerNeighborInfo[]	neighborValues

Returns

Type	Description
System.Single

Overrides

Eco.Simulation.WorldLayers.WorldLayerInteraction<System.Single>.DescribeSpecific(System.Single, System.Single[], Eco.Simulation.WorldLayers.WorldLayerNeighborInfo[])

PostWorldgen(Single, Single[], WorldLayerNeighborInfo[])

Declaration

public override float PostWorldgen(float currentValue, float[] dependencyValues, WorldLayerNeighborInfo[] neighborValues)

Parameters

Type	Name	Description
System.Single	currentValue
System.Single[]	dependencyValues
WorldLayerNeighborInfo[]	neighborValues

Returns

Type	Description
System.Single

Overrides

Eco.Simulation.WorldLayers.WorldLayerInteraction<System.Single>.PostWorldgen(System.Single, System.Single[], Eco.Simulation.WorldLayers.WorldLayerNeighborInfo[])

Implements

IWorldLayerInteraction

IWorldLayerRelationship