Click here to Download # # LinearCommon # mod_type lin_01 tscale 0.001 # Time resolution (s) tn 1024 # filter t size <unit> name unit1 # This name can be used in the .rsp file rate 0.0 (spk/s) # Mean rate of independent Poisson source prob_c 0.2 (prob) # Prob. of included each spike from common source delay_c 0.002 (s) # Delay added to spikes from common source spread_c 0.000 (s) # Window for uniform placement of common spikes burst_dur 0.0 (s) # Duration of burst (or 0.0 for no burst) burst_prob 0.0 (prob) # Probability of a spike at each sampling time # during a burst </unit> <unit> name unit2 # This name can be used in the .rsp file rate 0.0 (spk/s) # Mean rate of independent Poisson source prob_c 0.2 (prob) # Prob. of included each spike from common source delay_c 0.002 (s) # Delay added to spikes from common source spread_c 0.000 (s) # Window for uniform placement of common spikes burst_dur 0.0 (s) # Duration of burst (or 0.0 for no burst) burst_prob 0.0 (prob) # Probability of a spike at each sampling time # during a burst </unit> # # Linear filter # <filter> type Maxwell # shape of filter n 128 # length of filter (sampling units) m1 0.020 (s) # peak time of Maxwell kernel area 1.0 # total area of filter [or specify 'max'] plot_filename NULL # name of file for writing plot data [NULL] </filter> # # Spike generation # <spike_gen> type poisson # Spike generation algorithm offset0 0.0 # Add to filter output, BEFORE scaling (0.0) scale 0.14 # Multiply filter output (1.0)a offset 0.0 # Add to filter output, AFTER scaling (0.0) toffset 0.040 (s) # Time delay added to spike times refract_mean 0.000 (s) # Mean of Gaussian distributed refractory period refract_sd 0.000 (s) # SD of Gaussian distributed refractory period </spike_gen>