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Analysis Help
Analysis: Averaged W.F. level vs W.F. level

An averaged graph of levels on one waveform versus the corresponding levels on another waveform is displayed. The X-axis waveform is selected by the "Amplitude W.F. #", and the Y-axis waveform is selected by the "Second ampl. W.F. #". The parameters "W.F. amplitude delay" and "W.F. amplitude window" indicate a range of points, relative to the point where each Y-axis waveform sample occurs, used to obtain the corresponding level reading on the X-axis waveform. The parameters "Min W.F. amplitude" and "Max W.F. amplitude" can restrict the voltage levels allowed on the X-axis to a smaller range. Similarly, the parameters "Second min W.F. ampl." and "Second max W.F. ampl." restrict the Y-axis. Only points whose X and Y axis level readings stay within their respective bounds will be included in the graph.

Unlike the raw W.F. level X-Y graph, the range of voltage levels for the X-axis is divided into a number of bins, and all Y-axis levels are added into these bins to obtain an average curve which is displayed. The "Fixed W.F. level bins" option has the same effect here as it does for the "Trace averaging based on W.F. level" analysis, causing the "Min W.F. amplitude" and "Max W.F. amplitude" to define a fixed range which is divided into bins, even if it exceeds the range of levels in the waveform.


Key sequence  Parameter Initial Value
<Esc>AGWYA  Analysis method  Averaged W.F. level vs W.F. level
<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>SLWN  Amplitude W.F. #  0
<Esc>SLWRL  Min W.F. amplitude  -80000 mV
<Esc>SLWRU  Max W.F. amplitude  79997.6 mV
<Esc>SLWD  W.F. amplitude delay  0 msec
<Esc>SLWW  W.F. amplitude window  0.1 msec
<Esc>SLSWN  Second ampl. W.F. #  0
<Esc>SLSWRL  Second min W.F. ampl.  -80000 mV
<Esc>SLSWRU  Second max W.F. ampl.  79997.6 mV
<Esc>SLWF  Fixed W.F. level bins  N
<Esc>SGB  # bins- graph  100
<Esc>SLWP  W.F. ampl. as % of max  N
<Esc>SLSWP  Second W.F. ampl. as % of max  N
<Esc>SGR  Regression degree  0
<Esc>SDD  Graph description  ""
<Esc>SDM  Main graph title  ""
<Esc>SDGG  Graph type  Adaptive
<Esc>SDGH  Histogram type  Adaptive
<Esc>SDGS  Std. deviation type  Adaptive
<Esc>SDGD  Diamond symbol size  5
<Esc>SDGT  Graph tag symbol  ""
<Esc>SDSA  Auto scale  Y
<Esc>SDSR  Round out scale bars  Y
<Esc>SDSXS  X scale bars  Y
<Esc>SDSYS  Y scale bars  Y
<Esc>SDSXL  Min X  0
<Esc>SDSXU  Max X  0
<Esc>SDSYL  Min Y  0
<Esc>SDSYU  Max Y  0
<Esc>SDSYHL  Min Y- hist  0
<Esc>SDSYHU  Max Y- hist  0
<Esc>SDTA  Show areas under curves  N
<Esc>SDTH  Histogram display  N
<Esc>SDTS  Display std dev  N
<Esc>SDTT  Top title display  Y
<Esc>SDUL  Sample units  mV


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Copyright © 2017 G. R. Detillieux, Spinal Cord Research Centre, The University of Manitoba.