Global Temperature/Evaporation Methods

Global temperature/evaporation methods. More...

Collaboration diagram for Global Temperature/Evaporation Methods:

Functions
int	climate_readParams (char *tok[], int ntoks)
	Reads climate/temperature parameters from input line of data.
int	climate_readEvapParams (char *tok[], int ntoks)
	Reads evaporation parameters from input line of data.
int	climate_readAdjustments (char *tok[], int ntoks)
	Reads adjustments to monthly evaporation or rainfall from input line of data.
void	climate_validate (void)
	Validates climatological variables.
void	climate_openFile (void)
	Opens a climate file and reads in first set of values.
void	climate_initState (void)
	Initializes climate state variables.
void	climate_setState (DateTime theDate)
	Sets climate variables for current date.
DateTime	climate_getNextEvapDate (void)
	Gets the next date when evaporation rate changes.

Detailed Description

Global temperature/evaporation methods.

Function Documentation

climate_getNextEvapDate()

DateTime climate_getNextEvapDate

(

void

)

Gets the next date when evaporation rate changes.

Returns

The current value of NextEvapDate

See also

Declaration contract for climate_getNextEvapDate().

climate_initState()

void climate_initState

(

void

)

Initializes climate state variables.

See also

Declaration contract for climate_initState().

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climate_openFile()

void climate_openFile

(

void

)

Opens a climate file and reads in first set of values.

See also

Declaration contract for climate_openFile().

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climate_readAdjustments()

int climate_readAdjustments	(	char *	tok[],
		int	ntoks )

Reads adjustments to monthly evaporation or rainfall from input line of data.

Parameters

[in]	tok	Array of string tokens
[in]	ntoks	Number of tokens

Returns

Error code

• Data formats are:
  • TEMPERATURE v1 ... v12
  • EVAPORATION v1 ... v12
  • RAINFALL v1 ... v12
  • CONDUCTIVITY v1 ... v12
  • N-PERV subcatchID patternID
  • DSTORE subcatchID patternID
  • INFIL subcatchID patternID

See also

Declaration contract for climate_readAdjustments().

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climate_readEvapParams()

int climate_readEvapParams	(	char *	tok[],
		int	ntoks )

Reads evaporation parameters from input line of data.

Parameters

[in]	tok	Array of string tokens
[in]	ntoks	Number of tokens

Returns

Error code

• Data formats are:
  • CONSTANT value
  • MONTHLY v1 ... v12
  • TIMESERIES name
  • TEMPERATURE
  • FILE (v1 ... v12)
  • RECOVERY name
  • DRY_ONLY YES/NO

See also

Declaration contract for climate_readEvapParams().

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climate_readParams()

int climate_readParams	(	char *	tok[],
		int	ntoks )

Reads climate/temperature parameters from input line of data.

Parameters

[in]	tok	Array of string tokens
[in]	ntoks	Number of tokens

Returns

Error code

• Format of data can be:
  • TIMESERIES name
  • FILE name (start) (units)
  • WINDSPEED MONTHLY v1 v2 ... v12
  • WINDSPEED FILE
  • SNOWMELT v1 v2 ... v6
  • ADC IMPERV/PERV v1 v2 ... v10

See also

Declaration contract for climate_readParams().

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climate_setState()

void climate_setState

(

DateTime

theDate

)

Sets climate variables for current date.

Parameters

[in]

theDate

Simulation date

See also

Declaration contract for climate_setState().

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climate_validate()

void climate_validate

(

void

)

Validates climatological variables.

See also

Declaration contract for climate_validate().

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