generation

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

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Index

Constants

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const (
	EFFECTIVELY_ZERO = 1e-8
)

Variables

This section is empty.

Functions

This section is empty.

Types

type BankErosion 

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

func (*BankErosion) ApplyParameters 

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

func (*BankErosion) Description 

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

func (*BankErosion) FindDimensions 

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

func (*BankErosion) InitialiseDimensions 

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

func (*BankErosion) InitialiseStates 

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

func (*BankErosion) Run 

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

type DynamicSednetGully 

type DynamicSednetGully struct {
	YearDisturbance data.ND1Float64
	GullyEndYear    data.ND1Float64
	Area            data.ND1Float64

	GullyAnnualAverageSedimentSupply data.ND1Float64
	GullyPercentFine                 data.ND1Float64
	// contains filtered or unexported fields
}

func (*DynamicSednetGully) ApplyParameters 

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

func (*DynamicSednetGully) Description 

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

func (*DynamicSednetGully) FindDimensions 

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

func (*DynamicSednetGully) InitialiseDimensions 

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

func (*DynamicSednetGully) InitialiseStates 

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

func (*DynamicSednetGully) Run 

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

type DynamicSednetGullyAlt 

type DynamicSednetGullyAlt struct {
	YearDisturbance data.ND1Float64
	GullyEndYear    data.ND1Float64
	Area            data.ND1Float64

	GullyAnnualAverageSedimentSupply data.ND1Float64
	GullyPercentFine                 data.ND1Float64
	// contains filtered or unexported fields
}

func (*DynamicSednetGullyAlt) ApplyParameters 

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

func (*DynamicSednetGullyAlt) Description 

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

func (*DynamicSednetGullyAlt) FindDimensions 

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

func (*DynamicSednetGullyAlt) InitialiseDimensions 

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

func (*DynamicSednetGullyAlt) InitialiseStates 

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

func (*DynamicSednetGullyAlt) Run 

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

type EmcDwc 

type EmcDwc struct {
	EMC data.ND1Float64
	DWC data.ND1Float64
}

func (*EmcDwc) ApplyParameters 

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

func (*EmcDwc) Description 

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

func (*EmcDwc) FindDimensions 

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

func (*EmcDwc) InitialiseDimensions 

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

func (*EmcDwc) InitialiseStates 

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

func (*EmcDwc) Run 

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

type FixedConcentration 

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

func (*FixedConcentration) ApplyParameters 

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

func (*FixedConcentration) Description 

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

func (*FixedConcentration) FindDimensions 

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

func (*FixedConcentration) InitialiseDimensions 

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

func (*FixedConcentration) InitialiseStates 

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

func (*FixedConcentration) Run 

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

type PassLoadIfFlow 

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

func (*PassLoadIfFlow) ApplyParameters 

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

func (*PassLoadIfFlow) Description 

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

func (*PassLoadIfFlow) FindDimensions 

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

func (*PassLoadIfFlow) InitialiseDimensions 

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

func (*PassLoadIfFlow) InitialiseStates 

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

func (*PassLoadIfFlow) Run 

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

type SednetDissolvedNutrientGeneration 

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

func (*SednetDissolvedNutrientGeneration) ApplyParameters 

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

func (*SednetDissolvedNutrientGeneration) Description 

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

func (*SednetDissolvedNutrientGeneration) FindDimensions 

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

func (*SednetDissolvedNutrientGeneration) InitialiseDimensions 

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

func (*SednetDissolvedNutrientGeneration) InitialiseStates 

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

func (*SednetDissolvedNutrientGeneration) Run 

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

type SednetParticulateNutrientGeneration 

type SednetParticulateNutrientGeneration struct {
	Nutrient_Enrichment_Ratio data.ND1Float64

	Nutrient_Enrichment_Ratio_Gully data.ND1Float64

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

func (*SednetParticulateNutrientGeneration) ApplyParameters 

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

func (*SednetParticulateNutrientGeneration) Description 

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

func (*SednetParticulateNutrientGeneration) FindDimensions 

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

func (*SednetParticulateNutrientGeneration) InitialiseDimensions 

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

func (*SednetParticulateNutrientGeneration) InitialiseStates 

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

func (*SednetParticulateNutrientGeneration) Run 

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

type USLEFineSedimentGeneration 

type USLEFineSedimentGeneration struct {
	S             data.ND1Float64
	P             data.ND1Float64
	RainThreshold data.ND1Float64
	Alpha         data.ND1Float64
	Beta          data.ND1Float64
	Eta           data.ND1Float64
	A1            data.ND1Float64
	A2            data.ND1Float64
	A3            data.ND1Float64
	DWC           data.ND1Float64
	// contains filtered or unexported fields
}

func (*USLEFineSedimentGeneration) ApplyParameters 

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

func (*USLEFineSedimentGeneration) Description 

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

func (*USLEFineSedimentGeneration) FindDimensions 

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

func (*USLEFineSedimentGeneration) InitialiseDimensions 

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

func (*USLEFineSedimentGeneration) InitialiseStates 

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

func (*USLEFineSedimentGeneration) Run 

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

Source Files

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