rxn_CMAQ_OH_HNO3.F90 File Reference

The camp_rxn_CMAQ_OH_HNO3 module. More...

Go to the source code of this file.

Data Types
interface	camp_rxn_cmaq_oh_hno3::rxn_cmaq_oh_hno3_t
	Generic test reaction data type. More...

Modules
module	camp_rxn_cmaq_oh_hno3
	The rxn_CMAQ_OH_HNO3_t type and associated functions.

Macros
#define	NUM_REACT_   this%condensed_data_int(1)
#define	NUM_PROD_   this%condensed_data_int(2)
#define	k0_A_   this%condensed_data_real(1)
#define	k0_B_   this%condensed_data_real(2)
#define	k0_C_   this%condensed_data_real(3)
#define	k2_A_   this%condensed_data_real(4)
#define	k2_B_   this%condensed_data_real(5)
#define	k2_C_   this%condensed_data_real(6)
#define	k3_A_   this%condensed_data_real(7)
#define	k3_B_   this%condensed_data_real(8)
#define	k3_C_   this%condensed_data_real(9)
#define	SCALING_   this%condensed_data_real(10)
#define	CONV_   this%condensed_data_real(11)
#define	NUM_INT_PROP_   2
#define	NUM_REAL_PROP_   11
#define	NUM_ENV_PARAM_   1
#define	REACT_(x)   this%condensed_data_int(NUM_INT_PROP_ + x)
#define	PROD_(x)   this%condensed_data_int(NUM_INT_PROP_ + NUM_REACT_ + x)
#define	DERIV_ID_(x)   this%condensed_data_int(NUM_INT_PROP_ + NUM_REACT_ + NUM_PROD_ + x)
#define	JAC_ID_(x)   this%condensed_data_int(NUM_INT_PROP_ + 2*(NUM_REACT_ + NUM_PROD_) + x)
#define	YIELD_(x)   this%condensed_data_real(NUM_REAL_PROP_ + x)

Functions/Subroutines
type(rxn_cmaq_oh_hno3_t) function, pointer	camp_rxn_cmaq_oh_hno3::constructor ()
	Constructor for CMAQ OH+HNO3 reaction.
subroutine	camp_rxn_cmaq_oh_hno3::initialize (this, chem_spec_data, aero_rep, n_cells)
	Initialize the reaction data, validating component data and loading any required information into the condensed data arrays for use during solving.
elemental subroutine	camp_rxn_cmaq_oh_hno3::finalize (this)
	Finalize the reaction.

Detailed Description

The camp_rxn_CMAQ_OH_HNO3 module.

Definition in file rxn_CMAQ_OH_HNO3.F90.

Macro Definition Documentation

CONV_

#define CONV_   this%condensed_data_real(11)

DERIV_ID_

#define DERIV_ID_

(

x

)

this%condensed_data_int(NUM_INT_PROP_ + NUM_REACT_ + NUM_PROD_ + x)

JAC_ID_

#define JAC_ID_

(

x

)

this%condensed_data_int(NUM_INT_PROP_ + 2*(NUM_REACT_ + NUM_PROD_) + x)

k0_A_

#define k0_A_   this%condensed_data_real(1)

k0_B_

#define k0_B_   this%condensed_data_real(2)

k0_C_

#define k0_C_   this%condensed_data_real(3)

k2_A_

#define k2_A_   this%condensed_data_real(4)

k2_B_

#define k2_B_   this%condensed_data_real(5)

k2_C_

#define k2_C_   this%condensed_data_real(6)

k3_A_

#define k3_A_   this%condensed_data_real(7)

k3_B_

#define k3_B_   this%condensed_data_real(8)

k3_C_

#define k3_C_   this%condensed_data_real(9)

NUM_ENV_PARAM_

#define NUM_ENV_PARAM_   1

NUM_INT_PROP_

#define NUM_INT_PROP_   2

NUM_PROD_

#define NUM_PROD_   this%condensed_data_int(2)

NUM_REACT_

#define NUM_REACT_   this%condensed_data_int(1)

NUM_REAL_PROP_

#define NUM_REAL_PROP_   11

PROD_

#define PROD_

(

x

)

this%condensed_data_int(NUM_INT_PROP_ + NUM_REACT_ + x)

REACT_

#define REACT_

(

x

)

this%condensed_data_int(NUM_INT_PROP_ + x)

SCALING_

#define SCALING_   this%condensed_data_real(10)

YIELD_

#define YIELD_

(

x

)

this%condensed_data_real(NUM_REAL_PROP_ + x)