Preparation of fields for PDRFoam. More...

Include dependency graph for PDRsetFields.H:

Macros
#define	floatSMALL 1.e-10

#define	DEFAULT_K 0.00015

#define	DEFAULT_EPS 1e-5

#define	DEFAULT_T 300

#define	DEFAULT_P 100000

#define	DEFAULT_SU 0.5

#define	DEFAULT_LOBS 0.1

#define	DEFAULT_EP 0.01

#define	K_WALL_FN "kqRWallFunction"

#define	EPS_WALL_FN "epsilonWallFunction"

#define	ALPHAT_WALL "nutkWallFunction"

#define	MUT_WALL_FN "mutkWallFunction"

#define	NUT_WALL_FN "nutkWallFunction"

#define	K_WALL_FN_LEGACY "compressible::kqRWallFunction"

#define	EPS_WALL_FN_LEGACY "compressible::epsilonWallFunction"

#define	ALPHAT_WALL_FN_LEGACY "alphatWallFunction;\n\t\tPrt\t0.85"

#define	MIN_AB_FOR_SIZE 0.002

#define	MAX_VB_FOR_SIZE 0.9

#define	COUNT_FOR_SIZE 0.1

#define	MIN_COUNT_FOR_SIZE 0.05

Functions
scalar	block_overlap (DynamicList< PDRobstacle > &blocks, const labelRange &range, const scalar multiplier=1.0)
	Calculate block/block overlaps. More...

scalar	block_cylinder_overlap (DynamicList< PDRobstacle > &blocks, const labelRange &range, const UList< PDRobstacle > &cylinders)
	Calculate block/cylinder overlaps. More...

Detailed Description

Preparation of fields for PDRFoam.

Original source file PDRsetFields.H

Definition in file PDRsetFields.H.

Macro Definition Documentation

◆ floatSMALL

#define floatSMALL 1.e-10

Definition at line 54 of file PDRsetFields.H.

◆ DEFAULT_K

#define DEFAULT_K 0.00015

Definition at line 59 of file PDRsetFields.H.

◆ DEFAULT_EPS

#define DEFAULT_EPS 1e-5

Definition at line 60 of file PDRsetFields.H.

◆ DEFAULT_T

#define DEFAULT_T 300

Definition at line 61 of file PDRsetFields.H.

◆ DEFAULT_P

#define DEFAULT_P 100000

Definition at line 62 of file PDRsetFields.H.

◆ DEFAULT_SU

#define DEFAULT_SU 0.5

Definition at line 63 of file PDRsetFields.H.

◆ DEFAULT_LOBS

#define DEFAULT_LOBS 0.1

Definition at line 64 of file PDRsetFields.H.

◆ DEFAULT_EP

#define DEFAULT_EP 0.01

Definition at line 66 of file PDRsetFields.H.

◆ K_WALL_FN

#define K_WALL_FN "kqRWallFunction"

Definition at line 69 of file PDRsetFields.H.

◆ EPS_WALL_FN

#define EPS_WALL_FN "epsilonWallFunction"

Definition at line 70 of file PDRsetFields.H.

◆ ALPHAT_WALL

#define ALPHAT_WALL "nutkWallFunction"

Definition at line 71 of file PDRsetFields.H.

◆ MUT_WALL_FN

#define MUT_WALL_FN "mutkWallFunction"

Definition at line 72 of file PDRsetFields.H.

◆ NUT_WALL_FN

#define NUT_WALL_FN "nutkWallFunction"

Definition at line 73 of file PDRsetFields.H.

◆ K_WALL_FN_LEGACY

#define K_WALL_FN_LEGACY "compressible::kqRWallFunction"

Definition at line 75 of file PDRsetFields.H.

◆ EPS_WALL_FN_LEGACY

#define EPS_WALL_FN_LEGACY "compressible::epsilonWallFunction"

Definition at line 76 of file PDRsetFields.H.

◆ ALPHAT_WALL_FN_LEGACY

#define ALPHAT_WALL_FN_LEGACY "alphatWallFunction;\n\t\tPrt\t0.85"

Definition at line 77 of file PDRsetFields.H.

◆ MIN_AB_FOR_SIZE

#define MIN_AB_FOR_SIZE 0.002

Definition at line 82 of file PDRsetFields.H.

◆ MAX_VB_FOR_SIZE

#define MAX_VB_FOR_SIZE 0.9

Definition at line 83 of file PDRsetFields.H.

◆ COUNT_FOR_SIZE

#define COUNT_FOR_SIZE 0.1

Definition at line 84 of file PDRsetFields.H.

◆ MIN_COUNT_FOR_SIZE

#define MIN_COUNT_FOR_SIZE 0.05

Definition at line 85 of file PDRsetFields.H.

Function Documentation

◆ block_overlap()

scalar block_overlap	(	DynamicList< PDRobstacle > &	blocks,
		const labelRange &	range,
		const scalar	multiplier = `1.0`
	)

Calculate block/block overlaps.

Binary self-intersections are to be checked for blocks. Resulting negative blocks are appended to blocks. These new blocks have the opposite sign from input blocks, and blockage multiplied by multiplier.

If the number of newly generated blocks is required, check the size of blocks on output vs input to see how many have been added.

Parameters

[in,out]	blocks
[in]	range	- the range within blocks to be examined

Returns: overlap volume

◆ block_cylinder_overlap()

scalar block_cylinder_overlap	(	DynamicList< PDRobstacle > &	blocks,
		const labelRange &	range,
		const UList< PDRobstacle > &	cylinders
	)

Calculate block/cylinder overlaps.

Binary intersections are to be checked for blocks and cylinders. Resulting negative blocks are appended to blocks. These new blocks have the opposite sign from input blocks, and blockage multiplied by multiplier.