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Analysis Help
Analysis: W.F. averaging - spikes within cycle

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A number of bins are set up for each waveform in the "W.F. # list", evenly dividing the normalized cycles. Each action potential in the range to be analysed triggers a "sweep" from each of the above waveforms. Sweeps are added in to the appropriate bins, based on the point in the cycle where each sweep was triggered. The window and delay are set as they are for spike triggered averages.

 

Key sequence  Parameter Initial Value
<Esc>AWBV  Analysis method  W.F. averaging - spikes within cycle
<Esc>SF  Run file  ?
<Esc>SRS  Start of run  0 msec
<Esc>SRE  End of run  2.14748e_08 msec
<Esc>SRD  # of deleted sections  0
<Esc>SCW  Cycle W.F. #  ?
<Esc>Wn<CR>SCV  Cycle crossings  ?
<Esc>SCS  Base cycles on stop time  N
<Esc>SCT  Base cycles on spike trains  N
<Esc>SCID  Phase selection delay  0 msec
<Esc>SCIW  Phase selection window  0.1 msec
<Esc>SSWN  Spike W.F. #  ?
<Esc>Wn<CR>SS  W.F. spikes  ?
<Esc>SAWL  W.F. # list  All
<Esc>SAWD  W.F. avg delay  0 msec
<Esc>SAWW  W.F. avg window  ?
<Esc>SAB  # bins- avg  ?
<Esc>SCP  Percent of cycle active  0
<Esc>SAS  Start bin- avg  1
<Esc>SAP  Preview averaged data  N
<Esc>SDD  Graph description  ""
<Esc>SDSA  Auto scale  Y
<Esc>SDSXS  X scale bars  Y
<Esc>SDSYS  Y scale bars  Y
<Esc>SDTI  Interpolation  Y
<Esc>SDTX  Extend interpolation  Y
<Esc>SDTO  Overlay bins  N
<Esc>SDTR  Display relative levels  N
<Esc>SDTS  Display std dev  N
<Esc>SDTT  Top title display  Y
<Esc>SDUL  Sample units  mV
<Esc>SDUT  Time units  msec

 

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Copyright © 2019 G. R. Detillieux, Spinal Cord Research Centre, The University of Manitoba.