Variables required for Ionoseis

[rvishnkr]

Need @dylanmikesell to confirm whether a variable is for a ray or a point along the ray.

WASP var name	GeoAc calculation	netCDF var name	ray/point	type
wasp_kr(alt, nray)	next[3] * TO_DEG	wasp_kr	point	float
wasp_kt(alt, nray)	next[4] * TO_DEG.	wasp_kt	point	float
wasp_kf(alt, nray)	next[5] * TO_DEG	wasp_kf	point	float
wasp_colatitude(alt, nray)	next[1] * TO_DEG	wasp_colatitude	point	float
wasp_longitude(alt, nray)	next[2] * TO_DEG	wasp_longitude	point	float
wasp_altitude(alt, nray)	next[0] - r_earth	wasp_altitude	point	float
wasp_Veff(alt, nray)	-attenuation	wasp_Veff	point	float
wasp_arrival_time(alt, nray)	travel_time_sum	wasp_arrival_time	point	float
wasp_amplitude(alt, nray)	20.0*log10(GeoAc_Amplitude(&final_vals,0,GeoAc_theta,GeoAc_phi,sources, spl))	wasp_amplitude	point	float
wasp_takeoff_angle(nray).	phi	wasp_takeoff_angle	ray	float

[dylanmikesell]

Are you going to add those kr, kt, and kf variables to the netcdf? I don't see those in the netcdf you sent me today. I checked the following variables and then look good: TravelTime_1_s z_km lat_1_deg lon_1_deg I can plot these in 3D and they look correct. I would like to check the wavenumber variables next (kr, kt, kf). These are the critical variables for the modeling beyond this step. I think the attenuation variables are fine. I may change their units in the C-code this summer...but for now they are fine.

…

On Tue, Apr 6, 2021 at 6:03 PM ravi ***@***.***> wrote: Need @dylanmikesell <https://github.com/dylanmikesell> to confirm whether a variable is for a ray or a point along the ray. WASP var name GeoAc calculation netCDF var name ray/point type wasp_kr(alt, nray) next[3] * TO_DEG wasp_kr point float wasp_kt(alt, nray) next[4] * TO_DEG. wasp_kt point float wasp_kf(alt, nray) next[5] * TO_DEG wasp_kf point float wasp_colatitude(alt, nray) next[1] * TO_DEG wasp_colatitude point float wasp_longitude(alt, nray) next[2] * TO_DEG wasp_longitude point float wasp_altitude(alt, nray) next[0] - r_earth wasp_altitude point float wasp_Veff(alt, nray) -attenuation wasp_Veff float wasp_arrival_time(alt, nray) travel_time_sum wasp_arrival_time float wasp_amplitude(alt, nray) 20.0*log10(GeoAc_Amplitude(&final_vals,0,GeoAc_theta,GeoAc_phi,sources, spl)) wasp_amplitude float wasp_takeoff_angle(nray). phi phi ray float — You are receiving this because you were mentioned. Reply to this email directly, view it on GitHub <#11>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/ABVIE4WLB27W55OA24X4GU3THOOLVANCNFSM42PWSK2Q> .