c3_temperature_response_parameters Struct Reference

#include <c3_temperature_response.h>

Public Attributes
double	Gstar_c
	Arrhenius scaling parameter for Gstar (dimensionless) More...
double	Gstar_Ea
	Arrhenius activation energy for Gstar (J / mol) More...
double	Jmax_c
	Arrhenius scaling parameter for Jmax_norm. More...
double	Jmax_Ea
	Arrhenius activation energy for Jmax_norm (J / mol) More...
double	Kc_c
	Arrhenius scaling parameter for Kc (dimensionless) More...
double	Kc_Ea
	Arrhenius activation energy for Kc (J / mol) More...
double	Ko_c
	Arrhenius scaling parameter for Ko (dimensionless) More...
double	Ko_Ea
	Arrhenius activation energy for Ko (J / mol) More...
double	phi_PSII_0
	Order 0 coefficient of polynomial response for theta (dimensionless) More...
double	phi_PSII_1
	Order 1 coefficient of polynomial response for theta ((degrees C)^(-1)) More...
double	phi_PSII_2
	Order 2 coefficient of polynomial response for theta ((degrees C)^(-2)) More...
double	RL_c
	Arrhenius scaling parameter for RL_norm (dimensionless) More...
double	RL_Ea
	Arrhenius activation energy for RL_norm (J / mol) More...
double	theta_0
	Order 0 coefficient of polynomial response for theta (dimensionless) More...
double	theta_1
	Order 1 coefficient of polynomial response for theta ((degrees C)^(-1)) More...
double	theta_2
	Order 2 coefficient of polynomial response for theta ((degrees C)^(-2)) More...
double	Tp_c
	Johnson, Eyring, & Williams scaling parameter for Tp_norm (dimensionless) More...
double	Tp_Ha
	Johnson, Eyring, & Williams enthalpy of activation for Tp_norm (J / mol) More...
double	Tp_Hd
	Johnson, Eyring, & Williams enthalpy of deactivation for Tp_norm (J / mol) More...
double	Tp_S
	Johnson, Eyring, & Williams entropy parameter for Tp_norm (J / K / mol) More...
double	Vcmax_c
	Arrhenius scaling parameter for Vcmax_norm (dimensionless) More...
double	Vcmax_Ea
	Arrhenius activation energy for Vcmax_norm (J / mol) More...

Detailed Description

Definition at line 4 of file c3_temperature_response.h.

Member Data Documentation

Gstar_c

double Gstar_c

Arrhenius scaling parameter for Gstar (dimensionless)

Definition at line 5 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

Gstar_Ea

double Gstar_Ea

Arrhenius activation energy for Gstar (J / mol)

Definition at line 6 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

Jmax_c

double Jmax_c

Arrhenius scaling parameter for Jmax_norm.

Definition at line 7 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

Jmax_Ea

double Jmax_Ea

Arrhenius activation energy for Jmax_norm (J / mol)

Definition at line 8 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

Kc_c

double Kc_c

Arrhenius scaling parameter for Kc (dimensionless)

Definition at line 9 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

Kc_Ea

double Kc_Ea

Arrhenius activation energy for Kc (J / mol)

Definition at line 10 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

Ko_c

double Ko_c

Arrhenius scaling parameter for Ko (dimensionless)

Definition at line 11 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

Ko_Ea

double Ko_Ea

Arrhenius activation energy for Ko (J / mol)

Definition at line 12 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

phi_PSII_0

double phi_PSII_0

Order 0 coefficient of polynomial response for theta (dimensionless)

Definition at line 13 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

phi_PSII_1

double phi_PSII_1

Order 1 coefficient of polynomial response for theta ((degrees C)^(-1))

Definition at line 14 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

phi_PSII_2

double phi_PSII_2

Order 2 coefficient of polynomial response for theta ((degrees C)^(-2))

Definition at line 15 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

RL_c

double RL_c

Arrhenius scaling parameter for RL_norm (dimensionless)

Definition at line 16 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

RL_Ea

double RL_Ea

Arrhenius activation energy for RL_norm (J / mol)

Definition at line 17 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

theta_0

double theta_0

Order 0 coefficient of polynomial response for theta (dimensionless)

Definition at line 18 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

theta_1

double theta_1

Order 1 coefficient of polynomial response for theta ((degrees C)^(-1))

Definition at line 19 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

theta_2

double theta_2

Order 2 coefficient of polynomial response for theta ((degrees C)^(-2))

Definition at line 20 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

Tp_c

double Tp_c

Johnson, Eyring, & Williams scaling parameter for Tp_norm (dimensionless)

Definition at line 21 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

Tp_Ha

double Tp_Ha

Johnson, Eyring, & Williams enthalpy of activation for Tp_norm (J / mol)

Definition at line 22 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

Tp_Hd

double Tp_Hd

Johnson, Eyring, & Williams enthalpy of deactivation for Tp_norm (J / mol)

Definition at line 23 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

Tp_S

double Tp_S

Johnson, Eyring, & Williams entropy parameter for Tp_norm (J / K / mol)

Definition at line 24 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

Vcmax_c

double Vcmax_c

Arrhenius scaling parameter for Vcmax_norm (dimensionless)

Definition at line 25 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

Vcmax_Ea

double Vcmax_Ea

Arrhenius activation energy for Vcmax_norm (J / mol)

Definition at line 26 of file c3_temperature_response.h.

Referenced by c3_temperature_response().

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

• /github/workspace/src/module_library/c3_temperature_response.h