Ice thicknesses and water depth. More...

#include <icemodel.hh>

Public Member Functions
void	IceENtoLonLat (int e, int n, double &lon, double &lat)

void	GroundENtoLonLat (int e, int n, double &lon, double &lat)

void	WaterENtoLonLat (int e, int n, double &lon, double &lat)

	IceModel (int model=0, int earth_mode=0, int WEIGHTABSORPTION_SETTING=1)

double	IceThickness (double lon, double lat)

double	IceThickness (const Position &pos)

double	Surface (double lon, double lat)

double	Surface (const Position &pos)

double	SurfaceAboveGeoid (double lon, double lat)

double	SurfaceAboveGeoid (const Position &pos)

double	WaterDepth (double lon, double lat)

double	WaterDepth (const Position &pos)

Position	PickInteractionLocation (int ibnposition, Settings settings1, const Position &rbn, Interaction interaction1)

Position	PickBalloonPosition ()

void	GetMAXHORIZON (Balloon *bn1)

int	RossIceShelf (const Position &position)

int	IceOnWater (const Position &postition)

int	RossExcept (const Position &position)

int	RonneIceShelf (const Position &position)

int	WestLand (const Position &pos)

int	AcceptableRfexit (const Vector &nsurf_rfexit, const Position &rfexit, const Vector &n_exit2rx)

double	GetBalloonPositionWeight (int ibnpos)

int	OutsideAntarctica (const Position &pos)

int	OutsideAntarctica (double lat)

int	WhereDoesItEnterIce (const Position &posnu, const Vector &nnu, double stepsize, Position &r_enterice)

int	WhereDoesItExitIce (const Position &posnu, const Vector &nnu, double stepsize, Position &r_enterice)

int	WhereDoesItExitIceForward (const Position &posnu, const Vector &nnu, double stepsize, Position &r_enterice)

void	CreateCartesianTopAndBottom (int resolution, bool force_new=false)

const TH2 *	GetCartesianTop () const

const TH2 *	GetCartesianBottom () const

bool	CartesianIsInIce (double x, double y, double z)

int	GetIceIntersectionsCartesian (const Position &posnu, const Vector &nnu, std::vector< std::pair< double, double > > &intersections, double initial_step_size=50, int map_resolution=2000)

void	CreateHorizons (Settings settings1, Balloon bn1, double theta_bn, double phi_bn, double altitude_bn, ofstream &foutput)

Vector	GetSurfaceNormal (const Position &r_out)

double	GetN (double depth)

double	GetN (const Position &pos)

double	EffectiveAttenuationLength (Settings *settings1, const Position &pos, const int &whichray)

void	FillArraysforTree (double lon_ground[1068][869], double lat_ground[1068][869], double lon_ice[1200][1000], double lat_ice[1200][1000], double lon_water[1200][1000], double lat_water[1200][1000])

int	PickUnbiased (Interaction interaction1, double len_int_kgm2, double &position_weight, double chord_step, Vector force_dir=0)

int	PickUnbiasedPointSourceNearBalloon (Interaction interaction1, const Position balloon_position, double max_ps_distance, double chord_step, double len_int_kgm2, const Vector *force_dir=0)

double	getSampleX () const

double	getSampleY () const

void	LonLattoEN (double lon, double lat, double &E, double &N)

Public Member Functions inherited from EarthModel
	EarthModel (int model=0, int WEIGHTABSORPTION_SETTING=1)

virtual double	Geoid (double latitude)

virtual double	Geoid (const Position &pos)

virtual int	InFirn (const Position &pos)

virtual double	SurfaceDeepIce (const Position &pos)

virtual double	RockSurface (double lon, double lat)

virtual double	RockSurface (const Position &pos)

double	GetDensity (double altitude, const Position earth_in, int &crust_entered, bool *inice=0)

int	Getchord (bool unbiased_selection, double len_int_kgm2, const Position &earth_in, double distance_in_ice, bool include_ice_absorption, const Position &posnu, int inu, double &chord, double &probability_tmp, double &weight1_tmp, double &nearthlayers, double myair, double &total_kgm2, int &crust_entered, int &mantle_entered, int &core_entered)

Vector	GetSurfaceNormal (const Position &r_out)

void	EarthCurvature (double *array, double depth_temp)

Position	WhereDoesItEnter (const Position &posnu, const Vector &nnu)

int	GeoidIntersection (Vector x0, Vector p0, Position int1, Position int2, double extra_height=5500, double *ds=0) const

Public Attributes
TH2D	h_ice_thickness

TH2D	h_ground_elevation

TH2D	h_water_depth

double	bedmap_R

double	bedmap_nu

int	nCols_ice

int	nRows_ice

int	cellSize

int	xLowerLeft_ice

int	yLowerLeft_ice

int	nCols_ground

int	nRows_ground

int	xLowerLeft_ground

int	yLowerLeft_ground

int	nCols_water

int	nRows_water

int	xLowerLeft_water

int	yLowerLeft_water

int	NODATA

vector< double >	volume_inhorizon

Public Attributes inherited from EarthModel
double	radii [3]

double	volume

double	ice_area

double	max_icevol_perbin

double	max_icethk_perbin

Protected Member Functions
double	Area (double latitude)

void	ENtoLonLat (int e_coord, int n_coord, double xLowerLeft, double yLowerLeft, double &lon, double &lat)

void	ReadIceThickness ()

void	ReadGroundBed ()

void	ReadWaterDepth ()

Protected Member Functions inherited from EarthModel
void	ReadCrust (string)

double	SmearPhi (int ilon, double rand)

double	SmearTheta (int ilat, double rand)

double	dGetTheta (int itheta)

double	dGetPhi (int ilon)

void	GetILonILat (const Position &, int &ilon, int &ilat)

double	GetLat (double theta)

double	GetLon (double phi)

Vector	PickPosnuForaLonLat (double lon, double lat, double theta, double phi)

Protected Attributes
int	ice_model

int	DEPTH_DEPENDENT_N

double	volume_inhorizon_average

vector< vector< int > >	ilon_inhorizon

vector< vector< int > >	ilat_inhorizon

vector< vector< int > >	easting_inhorizon

vector< vector< int > >	northing_inhorizon

vector< double >	maxvol_inhorizon

double	cart_max_z

double	cart_min_z

double	sample_x

double	sample_y

TH2 *	cart_ice_top

TH2 *	cart_ice_bot

TFile *	cart_ice_file

int	cart_resolution

Protected Attributes inherited from EarthModel
int	EARTH_MODEL

int	CONSTANTICETHICKNESS

int	CONSTANTCRUST

int	FIXEDELEVATION

int	FLATSURFACE

int	weightabsorption

double	thetastep

double	phistep

double	surfacer [NLON][NLAT]

double	icer [NLON][NLAT]

double	waterr [NLON][NLAT]

double	softsedr [NLON][NLAT]

double	hardsedr [NLON][NLAT]

double	uppercrustr [NLON][NLAT]

double	middlecrustr [NLON][NLAT]

double	lowercrustr [NLON][NLAT]

double	geoid [NLAT]

double	MIN_ALTITUDE_CRUST

double	elevationarray [NLON][NLAT]

double	waterthkarray [NLON][NLAT]

double	icethkarray [NLON][NLAT]

double	softsedthkarray [NLON][NLAT]

double	hardsedthkarray [NLON][NLAT]

double	uppercrustthkarray [NLON][NLAT]

double	middlecrustthkarray [NLON][NLAT]

double	lowercrustthkarray [NLON][NLAT]

double	crustthkarray [NLON][NLAT]

double	waterdensityarray [NLON][NLAT]

double	icedensityarray [NLON][NLAT]

double	softseddensityarray [NLON][NLAT]

double	hardseddensityarray [NLON][NLAT]

double	uppercrustdensityarray [NLON][NLAT]

double	middlecrustdensityarray [NLON][NLAT]

double	lowercrustdensityarray [NLON][NLAT]

double	area [NLAT]

double	average_iceth

Additional Inherited Members
Static Public Member Functions inherited from EarthModel
static double	LongtoPhi_0isPrimeMeridian (double longitude)

static double	LongtoPhi_0is180thMeridian (double longitude)

Static Public Attributes inherited from EarthModel
static constexpr double	R_EARTH =6.378140E6

Static Protected Attributes inherited from EarthModel
static constexpr int	getchord_method =2

static const double	GEOID_MAX

static const double	GEOID_MIN

static const double	COASTLINE

static constexpr int	NLON =180

static constexpr int	NLAT =90

static constexpr int	NPHI =180

static const double	MAXTHETA

static const int	ILAT_COASTLINE

Detailed Description

Ice thicknesses and water depth.

Definition at line 103 of file icemodel.hh.

Inheritance diagram for IceModel:

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Collaboration diagram for IceModel:

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The documentation for this class was generated from the following files:

components/icemc/icemodel.hh
components/icemc/icemodel.cc

Public Member Functions

Public Attributes

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description