Starting Test Harness... Reading parameters from file: AudPerSS.par This test routine calculates the response of a model. This simulation is run from the specification in file 'Meddis86.sim'. ReadPars_Utility_SimulationSpec: Reading from 'Meddis86.sim': ReadPars_PureTone: Reading from 'PTone1.par': ReadPars_PreEmphasis_BandPass: Reading from 'PreEmph1.par': ReadPars_IHC_Meddis86: Reading from 'Meddis86.par': Simulation Specification Utility Module Parameters:- Simulation instruction list:- Process: PureTone < PTone1.par Process: PreEmphasis_BandPass < PreEmph1.par Process: IHC_Meddis86 < Meddis86.par Diagnostics mode = ON, Ramp interval = 2.5 ms Starting test harness... Pure Tone Module Parameters:- Frequency = 1000 Hz, Intensity = 20 dB SPL, Duration = 20 ms, Sampling interval = 0.05 ms Preemphasis Band Pass Filter Module Parameters:- Filter order = 2, Pre-attenuation = 0 dB Lower/Upper cut-off Frequencies = 450 / 8500 Hz. Meddis 86 IHC Synapse Module Parameters:- Permeability constant, A = 100, and B = 6000 Release rate, g = 2000 /s, Replenishment rate, y = 5.05 /s Loss rate, l = 2500 /s, Reprocessing rate, x = 66.31 /s Recovery rate, r = 6580 /s, Firing rate, h = 50000 spikes/s Maximum transmitter packets in free pool, M = 1. Output sent to file 'output.dat'. The process took 0.06 CPU seconds to run. Finished test.
The screen output shows the diagnostics produced by the driving program. The program starts with a few lines which indicate that the program is starting and the main file from which the programs main parameters are read. It then goes on to give a an explanation of what the program is doing: running the simulation specification found in the `Meddis86.sim' file (this is in the lutear/Examples directory).
What then follows is the result of the driving program printing the diagnostics from the running of the simulation specification.