sub_model_PDFiTE.F90 File Reference

The camp_sub_model_PDFiTE module. More...

Go to the source code of this file.

Data Types
type	camp_sub_model_pdfite::sub_model_pdfite_t
	Generic test reaction data type. More...

Modules
module	camp_sub_model_pdfite
	The sub_model_PDFiTE_t type and associated functions.

Macros
#define	NUM_PHASE_   this%condensed_data_int(1)
#define	GAS_WATER_ID_   this%condensed_data_int(2)
#define	NUM_ION_PAIRS_   this%condensed_data_int(3)
#define	TOTAL_INT_PARAM_   this%condensed_data_int(4)
#define	TOTAL_FLOAT_PARAM_   this%condensed_data_int(5)
#define	NUM_INT_PROP_   5
#define	NUM_REAL_PROP_   0
#define	NUM_ENV_PARAM_   1
#define	PHASE_ID_(x)
#define	PAIR_INT_PARAM_LOC_(x)
#define	PAIR_FLOAT_PARAM_LOC_(x)
#define	ION_PAIR_ACT_ID_(x)
#define	NUM_CATION_(x)
#define	NUM_ANION_(x)
#define	CATION_ID_(x)
#define	ANION_ID_(x)
#define	NUM_INTER_(x)
#define	JAC_WATER_ID_(p, x)
#define	JAC_CATION_ID_(p, x, y)
#define	JAC_ANION_ID_(p, x, y)
#define	NUM_B_(x, y)
#define	INTER_SPEC_ID_(x, y)
#define	INTER_SPEC_LOC_(x, y)
#define	CATION_MW_(x)
#define	ANION_MW_(x)
#define	CATION_N_(x)
#define	ANION_N_(x)
#define	MIN_RH_(x, y)
#define	MAX_RH_(x, y)
#define	B_Z_(x, y, z)

Functions/Subroutines
type(sub_model_pdfite_t) function, pointer	camp_sub_model_pdfite::constructor ()
	Constructor for activity reaction.
subroutine	camp_sub_model_pdfite::initialize (this, aero_rep_set, aero_phase_set, chem_spec_data)
	Initialize the reaction data, validating component data and loading any required information into the condensed data arrays for use during solving.
subroutine	camp_sub_model_pdfite::finalize (this)
	Finalize the reaction.
subroutine	camp_sub_model_pdfite::finalize_array (this)
	Finalize an array of reactions.
real(kind=dp) function	camp_sub_model_pdfite::priority (this)
	Return a real number representing the priority of the sub model calculations. Low priority sub models may use the results of higher priority sub models. Lower numbers indicate higher priority.

Detailed Description

The camp_sub_model_PDFiTE module.

Definition in file sub_model_PDFiTE.F90.

Macro Definition Documentation

ANION_ID_

#define ANION_ID_

(

x

)

Value:

this%condensed_data_int(pair_int_param_loc_(x)+4)

ANION_MW_

#define ANION_MW_

(

x

)

Value:

this%condensed_data_real(pair_float_param_loc_(x)+1)

ANION_N_

#define ANION_N_

(

x

)

Value:

this%condensed_data_real(pair_float_param_loc_(x)+3)

B_Z_

#define B_Z_	(		x,
			y,
			z )

Value:

this%condensed_data_real(inter_spec_loc_(x,y)+1+z)

CATION_ID_

#define CATION_ID_

(

x

)

Value:

this%condensed_data_int(pair_int_param_loc_(x)+3)

CATION_MW_

#define CATION_MW_

(

x

)

Value:

this%condensed_data_real(pair_float_param_loc_(x))

CATION_N_

#define CATION_N_

(

x

)

Value:

this%condensed_data_real(pair_float_param_loc_(x)+2)

GAS_WATER_ID_

#define GAS_WATER_ID_   this%condensed_data_int(2)

INTER_SPEC_ID_

#define INTER_SPEC_ID_	(		x,
			y )

Value:

this%condensed_data_int(pair_int_param_loc_(x)+5+(1+2*num_ion_pairs_)*num_phase_+num_inter_(x)+y)

INTER_SPEC_LOC_

#define INTER_SPEC_LOC_	(		x,
			y )

Value:

this%condensed_data_int(pair_int_param_loc_(x)+5+(1+2*num_ion_pairs_)*num_phase_+2*(num_inter_(x))+y)

ION_PAIR_ACT_ID_

#define ION_PAIR_ACT_ID_

(

x

)

Value:

this%condensed_data_int(pair_int_param_loc_(x))

JAC_ANION_ID_

#define JAC_ANION_ID_	(		p,
			x,
			y )

Value:

this%condensed_data_int(pair_int_param_loc_(x)+5+(1+num_ion_pairs_)*num_phase_+(p-1)*num_ion_pairs_+y)

JAC_CATION_ID_

#define JAC_CATION_ID_	(		p,
			x,
			y )

Value:

this%condensed_data_int(pair_int_param_loc_(x)+5+num_phase_+(p-1)*num_ion_pairs_+y)

JAC_WATER_ID_

#define JAC_WATER_ID_	(		p,
			x )

Value:

this%condensed_data_int(pair_int_param_loc_(x)+5+p)

MAX_RH_

#define MAX_RH_	(		x,
			y )

Value:

this%condensed_data_real(inter_spec_loc_(x,y)+1)

MIN_RH_

#define MIN_RH_	(		x,
			y )

Value:

this%condensed_data_real(inter_spec_loc_(x,y))

NUM_ANION_

#define NUM_ANION_

(

x

)

Value:

this%condensed_data_int(pair_int_param_loc_(x)+2)

NUM_B_

#define NUM_B_	(		x,
			y )

Value:

this%condensed_data_int(pair_int_param_loc_(x)+5+(1+2*num_ion_pairs_)*num_phase_+y)

NUM_CATION_

#define NUM_CATION_

(

x

)

Value:

this%condensed_data_int(pair_int_param_loc_(x)+1)

NUM_ENV_PARAM_

#define NUM_ENV_PARAM_   1

NUM_INT_PROP_

#define NUM_INT_PROP_   5

NUM_INTER_

#define NUM_INTER_

(

x

)

Value:

this%condensed_data_int(pair_int_param_loc_(x)+5)

NUM_ION_PAIRS_

#define NUM_ION_PAIRS_   this%condensed_data_int(3)

NUM_PHASE_

#define NUM_PHASE_   this%condensed_data_int(1)

NUM_REAL_PROP_

#define NUM_REAL_PROP_   0

PAIR_FLOAT_PARAM_LOC_

#define PAIR_FLOAT_PARAM_LOC_

(

x

)

Value:

this%condensed_data_int(num_int_prop_+num_phase_+num_ion_pairs_+x)

PAIR_INT_PARAM_LOC_

#define PAIR_INT_PARAM_LOC_

(

x

)

Value:

this%condensed_data_int(num_int_prop_+num_phase_+x)

PHASE_ID_

#define PHASE_ID_

(

x

)

Value:

this%condensed_data_int(num_int_prop_+x)

TOTAL_FLOAT_PARAM_

#define TOTAL_FLOAT_PARAM_   this%condensed_data_int(5)

TOTAL_INT_PARAM_

#define TOTAL_INT_PARAM_   this%condensed_data_int(4)