6 #ifndef USML_OCEAN_PROFILE_MUNK_H
7 #define USML_OCEAN_PROFILE_MUNK_H
9 #include <usml/ocean/profile_model.h>
66 virtual void sound_speed(
const wposition& location,
67 matrix<double>* speed,
wvector* gradient=NULL ) ;
88 double axis_depth=1300.0,
double scale=1300.0,
89 double axis_speed=1500.0,
double epsilon=7.37e-3,
91 :
profile_model(attmodel), _axis_depth(axis_depth), _scale(scale),
92 _axis_speed(axis_speed), _epsilon(epsilon)
99 double scale() {
return _scale; }
double axis_speed()
Sound speed on the deep sound channel axis (m/s).
Definition: profile_munk.h:102
Creates an analytic model for the Munk profile, an idealized representation of a deep sound (SOFAR) c...
Definition: profile_munk.h:36
World location in geodetic earth coordinates (latitude, longitude, and altitude). ...
Definition: wposition.h:39
const double _axis_speed
Sound speed on the deep sound channel axis (m/s).
Definition: profile_munk.h:47
double epsilon()
Perturbation coefficient.
Definition: profile_munk.h:105
const double _epsilon
Perturbation coefficient.
Definition: profile_munk.h:50
const double _scale
Depth scaling factor (meters).
Definition: profile_munk.h:44
double scale()
Depth scaling factor (meters).
Definition: profile_munk.h:99
profile_munk(double axis_depth=1300.0, double scale=1300.0, double axis_speed=1500.0, double epsilon=7.37e-3, attenuation_model *attmodel=NULL)
Build Munk profile from its component parts.
Definition: profile_munk.h:87
const double _axis_depth
Depth of the deep sound channel axis (meters)
Definition: profile_munk.h:41
A "profile model" computes the environmental parameters of ocean water.
Definition: profile_model.h:28
double axis_depth()
Depth of the deep sound channel axis (meters)
Definition: profile_munk.h:96
World vector in spherical earth coordinates.
Definition: wvector.h:42
An attenuation loss model computes the absorption of sound by the minerals in sea water...
Definition: attenuation_model.h:30