energy_balance_outputs Struct Reference

#include <leaf_energy_balance.h>

Public Attributes
double	Deltat
	Temperature difference (leaf - air) (degrees C) More...
double	E_loss
	Rate of energy loss due to transpiration (J / m^2 / s) More...
double	EPenman
	Potential transpiration rate (mmol / m^2 / s) More...
double	EPriestly
	Priestly transpiration rate (mmol / m^2 / s) More...
double	gbw
	Total boundary layer conductance to water vapor, for mass fluxes (m / s) More...
double	gbw_canopy
	Canopy boundary layer conductance to water vapor, for mass fluxes (m / s) More...
double	gbw_leaf
	Leaf boundary layer conductance to water vapor, for mass fluxes (m / s) More...
double	gbw_molecular
	Total boundary layer conductance to water vapor, for molecular fluxes (mol / m^2 / s) More...
double	gsw
	Stomatal conductance to water vapor, for mass fluxes (m / s) More...
double	H
	Rate of sensible heat loss (J / m^2 / s) More...
double	leaf_temp_check
	Equals zero if loop has converged (degrees C) More...
double	PhiN
	Net energy available for transpiration and heat loss (J / m^2 / s) More...
double	RH_canopy
	Relative humidity in the canopy, just outside the leaf boundary layer (dimensionless) More...
double	storage
	Rate of energy storage by the leaf; should be zero (J / m^2 / s) More...
double	TransR
	Transpiration rate (mmol / m^2 / s) More...
size_t	iterations
	Number of iterations used by convergence loop. More...

Detailed Description

Definition at line 4 of file leaf_energy_balance.h.

Member Data Documentation

Deltat

double Deltat

Temperature difference (leaf - air) (degrees C)

Definition at line 5 of file leaf_energy_balance.h.

Referenced by c3CanAC(), and CanAC().

E_loss

double E_loss

Rate of energy loss due to transpiration (J / m^2 / s)

Definition at line 6 of file leaf_energy_balance.h.

EPenman

double EPenman

Potential transpiration rate (mmol / m^2 / s)

Definition at line 7 of file leaf_energy_balance.h.

Referenced by c3CanAC(), and CanAC().

EPriestly

double EPriestly

Priestly transpiration rate (mmol / m^2 / s)

Definition at line 8 of file leaf_energy_balance.h.

Referenced by c3CanAC(), and CanAC().

gbw

double gbw

Total boundary layer conductance to water vapor, for mass fluxes (m / s)

Definition at line 9 of file leaf_energy_balance.h.

gbw_canopy

double gbw_canopy

Canopy boundary layer conductance to water vapor, for mass fluxes (m / s)

Definition at line 10 of file leaf_energy_balance.h.

gbw_leaf

double gbw_leaf

Leaf boundary layer conductance to water vapor, for mass fluxes (m / s)

Definition at line 11 of file leaf_energy_balance.h.

gbw_molecular

double gbw_molecular

Total boundary layer conductance to water vapor, for molecular fluxes (mol / m^2 / s)

Definition at line 12 of file leaf_energy_balance.h.

Referenced by c3CanAC(), and CanAC().

gsw

double gsw

Stomatal conductance to water vapor, for mass fluxes (m / s)

Definition at line 13 of file leaf_energy_balance.h.

H

double H

Rate of sensible heat loss (J / m^2 / s)

Definition at line 14 of file leaf_energy_balance.h.

iterations

size_t iterations

Number of iterations used by convergence loop.

Definition at line 20 of file leaf_energy_balance.h.

leaf_temp_check

double leaf_temp_check

Equals zero if loop has converged (degrees C)

Definition at line 15 of file leaf_energy_balance.h.

PhiN

double PhiN

Net energy available for transpiration and heat loss (J / m^2 / s)

Definition at line 16 of file leaf_energy_balance.h.

RH_canopy

double RH_canopy

Relative humidity in the canopy, just outside the leaf boundary layer (dimensionless)

Definition at line 17 of file leaf_energy_balance.h.

storage

double storage

Rate of energy storage by the leaf; should be zero (J / m^2 / s)

Definition at line 18 of file leaf_energy_balance.h.

TransR

double TransR

Transpiration rate (mmol / m^2 / s)

Definition at line 19 of file leaf_energy_balance.h.

Referenced by c3CanAC(), and CanAC().

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

• /github/workspace/src/module_library/leaf_energy_balance.h