| Name | Description | Date and time | |
|---|---|---|---|
| ancnl.for | Acoustic waves, no winds/currents, no losses. | 08-Aug-2016 16:01 | 6.9K |
| ancwl.for | Acoustic waves, no winds/currents, with losses. | 08-Aug-2016 15:54 | 7.4K |
| awcnl.for | Acoustic waves, with winds/currents, no losses. | 08-Aug-2016 15:57 | 7.6K |
| awcwl.for | Acoustic waves, with winds/currents, with losses. | 08-Aug-2016 15:59 | 9.0K |
| gnwnl.for | Gravity waves, no winds/currents, no losses. | 31-Jul-2017 15:59 | 68K |
| gwwnl.for | Gravity waves, with winds/currents, no losses. | 31-Jul-2017 17:55 | 144K |
| Name | Description |
|---|---|
| wlinear.for | A linear wind-velocity profile, described in Wlinear.pdf |
| wtide.for | A wind-velocity model that represents an atmospheric tide, described in Wtide.pdf |
| ulogz2.for | A logarithmic wind-velocity profile, described in Ulogz2.pdf |
| wgauss2.for | A Gaussian wind-velocity profile, described in Wgauss2.pdf |
| vvortx3.for | A wind-velocity model that represents a vortex, described in Vvortx3.pdf |
| vtanh.for | A wind-velocity profile represented by hyperbolic tangents, described in Vtanh.pdf |
| Name | Description |
|---|---|
| npcurr.for | A do-nothing wind-velocity perturbation model, described in npcurr.for |
| vdraft.for | A wind-velocity perturbation model of an updraft and downdraft, described in Vdraft.pdf |
| vdraft2.for | A wind-velocity perturbation model of an updraft and downdraft, described in Vdraft2.pdf |
| vvortx4.for | A wind-velocity perturbation model representing a vortex, described in Vvortx4.pdf |
| vdraft3.for | A wind-velocity perturbation model of an updraft and downdraft, described in Vdraft3.pdf |
| Name | Description |
|---|---|
| gamrtdm.for | A sound-speed model of the atmosphere as a perfect gas based on temperature, described in GamRTdM.pdf |
| cstanh.for | A sound-speed profile using hyperbolic tangents, not yet converted from Microsoft FORTRAN, described in Cstanh.pdf |
| csspoke.for | A sound-speed profile using hyperbolic tangents, not yet converted from Microsoft FORTRAN, described in CsSpoke.pdf |
| csspok2.for | A sound-speed profile using hyperbolic tangents, not yet converted from Microsoft FORTRAN, described in CsSpok2.pdf |
| csmunk1.for | An ocean sound-channel sound-speed profile based on work of Walter Munk, described in CsMunk1.pdf |
| csmunk2.for | An ocean sound-channel sound-speed profile based on work of Walter Munk, not yet converted from Microsoft FORTRAN, described in CsMunk2.pdf |
| ctanh.for | A sound-speed profile using hyperbolic tangents, described in Ctanh.pdf |
| ctable.for | A sound-speed profile using hyperbolic tangents, not yet converted from Microsoft FORTRAN, described in Ctable.pdf |
| csmunk3.for | An ocean sound-channel sound-speed profile based on work of Walter Munk, not yet converted from Microsoft FORTRAN, described in csmunk3.for |
| cfit1.for | A sound-speed profile based on a fitting method of A. K. Paul, not yet converted from Microsoft FORTRAN, described in cfit1.for |
| Name | Description |
|---|---|
| npspeed.for | A do-nothing sound-speed perturbation model, described in npspeed.for |
| cblob2.for | A sound-speed perturbation model that is an increase (or decrease) in sound speed in a localized region, described in Cblob2.pdf |
| cblob3.for | A sound-speed perturbation model that is an increase (or decrease) in sound speed in a localized region, not yet converted from Microsoft FORTRAN, described in Cblob3.pdf |
| cblob4.for | A sound-speed perturbation model that is an increase (or decrease) in sound speed in a localized region, not yet converted from Microsoft FORTRAN, described in Cblob4.pdf |
| cswave.for | A sound-speed perturbation model that is a wave at a localized height, not yet converted from Microsoft FORTRAN, described in cswave.for |
| cswav2.for | A sound-speed perturbation model that is a wave at a localized height, not yet converted from Microsoft FORTRAN, described in cswav2.for |
| Name | Description |
|---|---|
| rhoriz.for | A receiver-surface model at a constant elevation, described in Rhoriz.pdf |
| rbotm.for | A receiver-surface model at a constant height above the terrain or ocean bottom, described in Rbotm.pdf |
| rvert.for | A receiver-surface model at a constant horizontal distance from a specified location, described in Rvert.pdf |
| Name | Description |
|---|---|
| ghoriz.for | A terrain (or ocean bottom) model at a constant elevation, described in Ghoriz.pdf |
| gtanh.for | A terrain (or ocean bottom) model represented by hyperbolic tangents, described in Gtanh.pdf |
| glorenz.for | A terrain (or ocean bottom) model that is a single ridge, described in Glorenz.pdf |
| Gtopo.pdf | A terrain (or ocean bottom) model based on a double Fourier transform, does not yet exist, described in Gtopo.pdf |
| gtanh2.for | A terrain (or ocean bottom) model represented by hyperbolic tangents, described in Gtanh2.pdf |
| Name | Description |
|---|---|
| npbotm.for | A do-nothing terrain (or ocean bottom) perturbation model, described in npbotm.for |
| Name | Description |
|---|---|
| nsurf.for | A do-nothing ocean upper-surface model, described in nsurf.for |
| shoriz.for | An ocean upper-surface model at a constant elevation, described in Shoriz.pdf |
| Name | Description |
|---|---|
| npsurf.for | A do-nothing ocean upper-surface perturbation model, described in npsurf.for |
| Name | Description |
|---|---|
| slloss.for | A loss model based on the Skretting and Leroy formula, described in SLloss.pdf |
| muardc.for | A loss model based on the ARDC formula, described in MuARDC.pdf |
| sbloss.for | A loss model based on the Sutherland and Bass formula, described in SBloss.pdf |
| Name | Description |
|---|---|
| npabsr.for | A do-nothing loss perturbation model, described in npabsr.for |
| Name | Description |
|---|---|
| ntemp.for | A do-nothing temperature model, described in ntemp.for |
| Tlinear.for | A temperature profile with a linear dependence on height, described in Tlinear.pdf |
| ttable.for | A temperature profile using a cubic fit between points, not recommended to use, described in Ttable.pdf |
| ttanh5.for | A temperature profile based on hyperbolic tangents, described in Ttanh5.pdf |
| Ttanh6.for | A temperature profile based on hyperbolic tangents, described in Ttanh6.pdf |
| Name | Description |
|---|---|
| nptemp.for | A do-nothing temperature perturbation model, described in nptemp.for |
| tblob2.for | A temperature perturbation model having an increase (or decrease) in temperature in a local region, described in Tblob2.pdf |
| tdraft.for | A temperature perturbation model for an updraft and downdraft wind perturbation model, described in Tdraft.pdf |
| tdraft2.for | A temperature perturbation model for an updraft and downdraft wind perturbation model, described in Tdraft2.pdf |
| Tplume.for | A temperature perturbation model that represents a plume in a huricane, described in Tplume.pdf |
| Twave.for | A temperature perturbation model that represents a periodic variation such as with a gravity wave, described in Twave.pdf |
| Name | Description |
|---|---|
| mwconst.for | A molecular-weight model for constant molecular weight as a function of height, described in MWconst.pdf |
| Name | Description |
|---|---|
| pexp.for | An exponential pressure profile, described in Pexp.pdf |
| pscaleh.for | A pressure profile that depends on the temperature dependence of a variable scale height, described in pscaleh.for |
| Name | Description |
|---|---|
| nppres.for | A do-nothing pressure perturbation model, described in nppres.for |
| Name | Description |
|---|---|
| ngrav.for | A do-nothing gravity model, described in ngrav.for |
| gconst.for | A constant gravity model, described in gconst.pdf |
| Name | Description |
|---|---|
| npgrav.for | A do-nothing gravity perturbation model, described in npgrav.for |
| Name | Description |
|---|---|
| nrho.for | A do-nothing density model, described in nrho.for |
| rhosmp.for | A simple density model that depends on pressure and temperature through the perfect gas law, described in rhosmp.for |
| Name | Description |
|---|---|
| nprho.for | A do-nothing density perturbation model, described in nprho.for |