icemodel.hh File Reference

#include <cmath>
#include <iostream>
#include <fstream>
#include <vector>
#include "earthmodel.hh"

Go to the source code of this file.

Classes
class	IceModel
	Ice thicknesses and water depth. More...

Variables
const double	FIRNDEPTH =-150.
const double	scale_factor =0.97276901289
const double	ellipsoid_inv_f = 298.257223563
const double	ellipsoid_b = EarthModel::R_EARTH*(1-(1/ellipsoid_inv_f))
const double	eccentricity = sqrt((1/ellipsoid_inv_f)*(2-(1/ellipsoid_inv_f)))
const double	bedmap_a_bar = pow(eccentricity,2)/2 + 5*pow(eccentricity,4)/24 + pow(eccentricity,6)/12 + 13*pow(eccentricity,8)/360
const double	bedmap_b_bar = 7*pow(eccentricity,4)/48 + 29*pow(eccentricity,6)/240 + 811*pow(eccentricity,8)/11520
const double	bedmap_c_bar = 7*pow(eccentricity,6)/120 + 81*pow(eccentricity,8)/1120
const double	bedmap_d_bar = 4279*pow(eccentricity,8)/161280
const double	bedmap_c_0 = (2*EarthModel::R_EARTH / sqrt(1-pow(eccentricity,2))) * pow(( (1-eccentricity) / (1+eccentricity) ),eccentricity/2)
const string	crust20_in ="data/outcr"
const string	crust20_out ="altitudes.txt"

Variable Documentation

const double bedmap_a_bar = pow(eccentricity,2)/2 + 5*pow(eccentricity,4)/24 + pow(eccentricity,6)/12 + 13*pow(eccentricity,8)/360

const double bedmap_b_bar = 7*pow(eccentricity,4)/48 + 29*pow(eccentricity,6)/240 + 811*pow(eccentricity,8)/11520

const double bedmap_c_0 = (2*EarthModel::R_EARTH / sqrt(1-pow(eccentricity,2))) * pow(( (1-eccentricity) / (1+eccentricity) ),eccentricity/2)

const double bedmap_c_bar = 7*pow(eccentricity,6)/120 + 81*pow(eccentricity,8)/1120

const double bedmap_d_bar = 4279*pow(eccentricity,8)/161280

const string crust20_in ="data/outcr"

const string crust20_out ="altitudes.txt"

const double eccentricity = sqrt((1/ellipsoid_inv_f)*(2-(1/ellipsoid_inv_f)))

const double ellipsoid_b = EarthModel::R_EARTH*(1-(1/ellipsoid_inv_f))

const double ellipsoid_inv_f = 298.257223563

const double FIRNDEPTH =-150.

const double scale_factor =0.97276901289