routing

package
v0.0.0-...-5a422e6 Latest Latest
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 Go to latest Published: Jul 29, 2024 License: MIT Imports: 8 Imported by: 0

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Index

Constants

View Source 
const MINIMUM_VOLUME = 1e-2

Variables

This section is empty.

Functions

func LumpedConstituentTransport 

func LumpedConstituentTransport(inflowLoads, lateralLoads, outflows, storage data.ND1Float64,
	initialStoredMass float64,
	x, pointInput, deltaT float64,
	outflowLoads, pointSourceLoad data.ND1Float64) (storedMass float64)

Types

type ConstituentDecay 

type ConstituentDecay struct {
	X data.ND1Float64

	DeltaT data.ND1Float64
	// contains filtered or unexported fields
}

func (*ConstituentDecay) ApplyParameters 

func (m *ConstituentDecay) ApplyParameters(parameters data.ND2Float64)

func (*ConstituentDecay) Description 

func (m *ConstituentDecay) Description() sim.ModelDescription

func (*ConstituentDecay) FindDimensions 

func (m *ConstituentDecay) FindDimensions(parameters data.ND2Float64) []int

func (*ConstituentDecay) InitialiseDimensions 

func (m *ConstituentDecay) InitialiseDimensions(dims []int)

func (*ConstituentDecay) InitialiseStates 

func (m *ConstituentDecay) InitialiseStates(n int) data.ND2Float64

func (*ConstituentDecay) Run 

func (m *ConstituentDecay) Run(inputs data.ND3Float64, states data.ND2Float64, outputs data.ND3Float64)

type InstreamCoarseSediment 

type InstreamCoarseSediment struct {
	// contains filtered or unexported fields
}

func (*InstreamCoarseSediment) ApplyParameters 

func (m *InstreamCoarseSediment) ApplyParameters(parameters data.ND2Float64)

func (*InstreamCoarseSediment) Description 

func (m *InstreamCoarseSediment) Description() sim.ModelDescription

func (*InstreamCoarseSediment) FindDimensions 

func (m *InstreamCoarseSediment) FindDimensions(parameters data.ND2Float64) []int

func (*InstreamCoarseSediment) InitialiseDimensions 

func (m *InstreamCoarseSediment) InitialiseDimensions(dims []int)

func (*InstreamCoarseSediment) InitialiseStates 

func (m *InstreamCoarseSediment) InitialiseStates(n int) data.ND2Float64

func (*InstreamCoarseSediment) Run 

func (m *InstreamCoarseSediment) Run(inputs data.ND3Float64, states data.ND2Float64, outputs data.ND3Float64)

type InstreamDissolvedNutrientDecay 

type InstreamDissolvedNutrientDecay struct {
	// contains filtered or unexported fields
}

func (*InstreamDissolvedNutrientDecay) ApplyParameters 

func (m *InstreamDissolvedNutrientDecay) ApplyParameters(parameters data.ND2Float64)

func (*InstreamDissolvedNutrientDecay) Description 

func (m *InstreamDissolvedNutrientDecay) Description() sim.ModelDescription

func (*InstreamDissolvedNutrientDecay) FindDimensions 

func (m *InstreamDissolvedNutrientDecay) FindDimensions(parameters data.ND2Float64) []int

func (*InstreamDissolvedNutrientDecay) InitialiseDimensions 

func (m *InstreamDissolvedNutrientDecay) InitialiseDimensions(dims []int)

func (*InstreamDissolvedNutrientDecay) InitialiseStates 

func (m *InstreamDissolvedNutrientDecay) InitialiseStates(n int) data.ND2Float64

func (*InstreamDissolvedNutrientDecay) Run 

func (m *InstreamDissolvedNutrientDecay) Run(inputs data.ND3Float64, states data.ND2Float64, outputs data.ND3Float64)

type InstreamFineSediment 

type InstreamFineSediment struct {
	// contains filtered or unexported fields
}

func (*InstreamFineSediment) ApplyParameters 

func (m *InstreamFineSediment) ApplyParameters(parameters data.ND2Float64)

func (*InstreamFineSediment) Description 

func (m *InstreamFineSediment) Description() sim.ModelDescription

func (*InstreamFineSediment) FindDimensions 

func (m *InstreamFineSediment) FindDimensions(parameters data.ND2Float64) []int

func (*InstreamFineSediment) InitialiseDimensions 

func (m *InstreamFineSediment) InitialiseDimensions(dims []int)

func (*InstreamFineSediment) InitialiseStates 

func (m *InstreamFineSediment) InitialiseStates(n int) data.ND2Float64

func (*InstreamFineSediment) Run 

func (m *InstreamFineSediment) Run(inputs data.ND3Float64, states data.ND2Float64, outputs data.ND3Float64)

type InstreamParticulateNutrient 

type InstreamParticulateNutrient struct {
	// contains filtered or unexported fields
}

func (*InstreamParticulateNutrient) ApplyParameters 

func (m *InstreamParticulateNutrient) ApplyParameters(parameters data.ND2Float64)

func (*InstreamParticulateNutrient) Description 

func (m *InstreamParticulateNutrient) Description() sim.ModelDescription

func (*InstreamParticulateNutrient) FindDimensions 

func (m *InstreamParticulateNutrient) FindDimensions(parameters data.ND2Float64) []int

func (*InstreamParticulateNutrient) InitialiseDimensions 

func (m *InstreamParticulateNutrient) InitialiseDimensions(dims []int)

func (*InstreamParticulateNutrient) InitialiseStates 

func (m *InstreamParticulateNutrient) InitialiseStates(n int) data.ND2Float64

func (*InstreamParticulateNutrient) Run 

func (m *InstreamParticulateNutrient) Run(inputs data.ND3Float64, states data.ND2Float64, outputs data.ND3Float64)

type Lag 

type Lag struct {
	// contains filtered or unexported fields
}

func (*Lag) ApplyParameters 

func (m *Lag) ApplyParameters(parameters data.ND2Float64)

func (*Lag) Description 

func (m *Lag) Description() sim.ModelDescription

func (*Lag) FindDimensions 

func (m *Lag) FindDimensions(parameters data.ND2Float64) []int

func (*Lag) InitialiseDimensions 

func (m *Lag) InitialiseDimensions(dims []int)

func (*Lag) InitialiseStates 

func (m *Lag) InitialiseStates(n int) data.ND2Float64

func (*Lag) Run 

func (m *Lag) Run(inputs data.ND3Float64, states data.ND2Float64, outputs data.ND3Float64)

type LumpedConstituentRouting 

type LumpedConstituentRouting struct {
	X data.ND1Float64

	DeltaT data.ND1Float64
	// contains filtered or unexported fields
}

func (*LumpedConstituentRouting) ApplyParameters 

func (m *LumpedConstituentRouting) ApplyParameters(parameters data.ND2Float64)

func (*LumpedConstituentRouting) Description 

func (m *LumpedConstituentRouting) Description() sim.ModelDescription

func (*LumpedConstituentRouting) FindDimensions 

func (m *LumpedConstituentRouting) FindDimensions(parameters data.ND2Float64) []int

func (*LumpedConstituentRouting) InitialiseDimensions 

func (m *LumpedConstituentRouting) InitialiseDimensions(dims []int)

func (*LumpedConstituentRouting) InitialiseStates 

func (m *LumpedConstituentRouting) InitialiseStates(n int) data.ND2Float64

func (*LumpedConstituentRouting) Run 

func (m *LumpedConstituentRouting) Run(inputs data.ND3Float64, states data.ND2Float64, outputs data.ND3Float64)

type Muskingum 

type Muskingum struct {
	K      data.ND1Float64
	X      data.ND1Float64
	DeltaT data.ND1Float64
}

func (*Muskingum) ApplyParameters 

func (m *Muskingum) ApplyParameters(parameters data.ND2Float64)

func (*Muskingum) Description 

func (m *Muskingum) Description() sim.ModelDescription

func (*Muskingum) FindDimensions 

func (m *Muskingum) FindDimensions(parameters data.ND2Float64) []int

func (*Muskingum) InitialiseDimensions 

func (m *Muskingum) InitialiseDimensions(dims []int)

func (*Muskingum) InitialiseStates 

func (m *Muskingum) InitialiseStates(n int) data.ND2Float64

func (*Muskingum) Run 

func (m *Muskingum) Run(inputs data.ND3Float64, states data.ND2Float64, outputs data.ND3Float64)

type StorageRouting 

type StorageRouting struct {
	InflowBias      data.ND1Float64
	RoutingConstant data.ND1Float64
	RoutingPower    data.ND1Float64

	DeltaT data.ND1Float64
	// contains filtered or unexported fields
}

func (*StorageRouting) ApplyParameters 

func (m *StorageRouting) ApplyParameters(parameters data.ND2Float64)

func (*StorageRouting) Description 

func (m *StorageRouting) Description() sim.ModelDescription

func (*StorageRouting) FindDimensions 

func (m *StorageRouting) FindDimensions(parameters data.ND2Float64) []int

func (*StorageRouting) InitialiseDimensions 

func (m *StorageRouting) InitialiseDimensions(dims []int)

func (*StorageRouting) InitialiseStates 

func (m *StorageRouting) InitialiseStates(n int) data.ND2Float64

func (*StorageRouting) Run 

func (m *StorageRouting) Run(inputs data.ND3Float64, states data.ND2Float64, outputs data.ND3Float64)

Source Files

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