The simulations begin just above 1m below the surface
Two traces (Vertical 'Z' and radial 'N') per 1mm depth change going down to 5m
Source: 1Ne downward source
Synthetic produced using Bob Hermann's COMPUTER PROGRAMS IN SEISMOLOGY
Input model convention (Km, Km/s)
Output: CGS

The sac files are named according the the following convention:
model_hp3_layer_over_halfspace_0.001225_0.0_0.001.R.sac
model name: 'model_hp3_layer_over_halfspace'
source depth (km): '0.001225' i.e. 1.225m from surface
Receiver depth (km): '0.0' i.e. 0.0m from surface meaning receiver is at the surface.
Receiver distance (km): '0.001' i.e. 1m away (epicenterial distance is 1m away)

Source time function, as measured at Mars Yard:
HP3_source_STF.sac

SEIS FIR filter infomration (from 400 to 100 Hz):
FIR_table_binary_files.zip
The zip file contains:
- 8 binary files (coef_LPF1 - coef_LPF8.bin) corresponding to the fir_table_data in each “store_fir_coef” command, 1024 bytes each (256 coeffs, 4 bytes each),
- 8 binary files (SEIS_STORE_FIR_COEF_coef_LPF1- SEIS_STORE_FIR_COEF_LPF8.bin) corresponding to the 8 “store_fir_coef” commands (IDP part) to be sent, 1032 bytes each as defined in the messages dictionary 2.1:  SEIS_STORE_FIR_COEF: 8 + 16 + 8 + 8 + 8192 + 24 = 8256 bits,
- A Python script to edit each table content.