Click here to Download # # GaborSimp # mod_type filter_xyt # Model type sscale 0.04 (deg/pix) # Spatial resolution tscale 0.002 (s/frame) # Temporal resolution xn 32 (pix) # Horizontal size yn 32 (pix) # Vertical size tn 2048 (frame) # Duration # # Spatial Gabor filter # <filter> name spatial # Name form 2d # '2d' ['1d'] type Gabor # Gabor is Gaussian times cosine theta 0 (deg) # preferred orientation sf 2.00 (cyc/deg) # Spatial frequency sd_orth 0.150 (deg) # SD space orthogonal sd_par 0.215 (deg) # SD space parallel phase 0 (deg) # Spatial phase # plot_filename zz.gabor.2d # name of file for writing plot data [NULL] </filter> # # Biphasic temporal filter # <filter> name temporal # Name type Maxwell # shape of filter origin center # ['zero'] or 'center' m1 0.020 (s) # peak time of Maxwell kernel m2 0.040 (s) # optional 2nd kernel, peak time amp2 -0.800 # relative amplitude of optional 2nd kernel area 1.0 # total area of filter [or specify 'max'] # plot_filename zz.tfilt.pl # name of file for writing plot data [NULL] </filter> model_write_filter -1 # 1=write, -1=no write # # Spike generation # <spike_gen> type poisson # Spike generation algorithm, dflt "poisson"; "ifc" offset0 -0.74 # Add to filter output, BEFORE scaling [0.0] scale 0.025 # Multiply filter output [1.0] offset 0.0 # Add to filter output, AFTER scaling [0.0] toffset 0.030 (s) # Time delay added to spike times spike_dump 0 # Dump firing probability to 'zz.dump.pl' if 1 </spike_gen>