SnowDrift.h File Reference

#include <stdio.h>
#include <math.h>
#include <stdlib.h>
#include <iostream>
#include <meteoio/MeteoIO.h>
#include <meteoio/plugins/ARPSIO.h>
#include <alpine3d/SnowpackInterface.h>
#include <alpine3d/ebalance/EnergyBalance.h>
#include <alpine3d/snowdrift/checksum.h>

Go to the source code of this file.

Classes
struct	WIND_FIELD
class	SnowDriftA3D

Macros
#define	WS0   0.5
#define	TKE   0
#define	SALTATION   1
	switch for saltation simulation
#define	SUBLIMATION   0
	switch for drifting snow sublimation
#define	FIELD3D_OUTPUT   0
	output with all three-dimensional fields (only possible for sublimation)
#define	SUBLIMATION_OUTPUT   0
	debug output of drifting snow sublimation
#define	T_FB   1
	switch for feedback between sublimation and air temperature
#define	Q_FB   1
	switch for feedback between sublimation and humidity
#define	C_FB   1
	switch for feedback between sublimation and snow concentration
#define	READK   0
	define as 1 if you have K from ARPS wind fields INCLUDING turbulence
#define	WRITE_DRIFT_FLUXES   0
	set to 1 in order to write snow drift fluxes
#define	dt_diff   0.5
	Small calculation step length for snow diffusion.

Typedefs
typedef mio::Array2D< int >	CElementArray
typedef mio::Array1D< double >	CDoubleArray
typedef mio::Array1D< int >	CIntArray

Enumerations
enum	DRIFT_OUTPUT { OUT_CONC , OUT_SUBL }
enum	param_type {   CON , HUM , SUB , TEM ,   SUB2 }
enum	aspect_type { OTHER , BOTTOM }

---

Class Documentation

WIND_FIELD

struct WIND_FIELD

Class Members
unsigned int	start_step
string	wind

Macro Definition Documentation

C_FB

#define C_FB   1

switch for feedback between sublimation and snow concentration

dt_diff

#define dt_diff   0.5

Small calculation step length for snow diffusion.

FIELD3D_OUTPUT

#define FIELD3D_OUTPUT   0

output with all three-dimensional fields (only possible for sublimation)

Q_FB

#define Q_FB   1

switch for feedback between sublimation and humidity

READK

#define READK   0

define as 1 if you have K from ARPS wind fields INCLUDING turbulence

SALTATION

#define SALTATION   1

switch for saltation simulation

SUBLIMATION

#define SUBLIMATION   0

switch for drifting snow sublimation

SUBLIMATION_OUTPUT

#define SUBLIMATION_OUTPUT   0

debug output of drifting snow sublimation

T_FB

#define T_FB   1

switch for feedback between sublimation and air temperature

TKE

#define TKE   0

WRITE_DRIFT_FLUXES

#define WRITE_DRIFT_FLUXES   0

set to 1 in order to write snow drift fluxes

WS0

#define WS0   0.5

Typedef Documentation

CDoubleArray

typedef mio::Array1D<double> CDoubleArray

CElementArray

typedef mio::Array2D<int> CElementArray

CIntArray

typedef mio::Array1D<int> CIntArray

Enumeration Type Documentation

aspect_type

enum aspect_type

Enumerator
OTHER
BOTTOM

DRIFT_OUTPUT

enum DRIFT_OUTPUT

Enumerator
OUT_CONC
OUT_SUBL

param_type

enum param_type

Enumerator
CON
HUM
SUB
TEM
SUB2