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Analysis Help
Analysis: Averaged trace amplitude vs trace amplitude


An averaged graph of displacements measured on one trace, for each frame, versus the displacements on another trace for these frames is displayed. The X-axis trace is selected by the "Amplitude trace #", and the Y-axis trace is selected by the "Second ampl. trace #". The range of voltage displacements for the X-axis is divided evenly into a number of bins, and all Y-axis displacements are added into these bins to obtain an average curve which is displayed.

The trace amplitude measurements for the X-axis are taken the same way they are for the "Raw trace amplitude vs step cycle" graph. Deleted frames, and frames whose tag values are not in the "Tag list" are excluded.

The trace amplitude measurements for the Y-axis are taken in a very similar way. The position of the two points in the frame's window are selected by the parameters "Second trace ampl. point" and "Second trace ampl. ref". These two parameters have corresponding "window" parameters, which can be used to select two ranges of points in the frame's window; the action taken in these ranges is determined by the parameters "Find second max trace ampl.", "Average second trace ampl. ref." and "Second trace ampl. integration".

 

Key sequence  Parameter Initial Value
<Esc>AGTYA  Analysis method  Averaged trace amplitude vs trace amplitude
<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>ST  Tag list  All
<Esc>SCID  Phase selection delay  0 msec
<Esc>SCIW  Phase selection window  0.1 msec
<Esc>SLTN  Amplitude trace #  0
<Esc>SLTS  Trace amplitude point  ?
<Esc>SLTR  Trace amplitude ref  -0.1 msec
<Esc>SLTWS  Trace ampl. point window  0.1 msec
<Esc>SLTWR  Trace ampl. ref window  0.1 msec
<Esc>SLTWA  Average trace ampl. ref.  N
<Esc>SLTWD  Trace ampl. ref. regression degree  0
<Esc>SLTWF  Find max trace amplitude  Y
<Esc>SLTWI  Trace ampl. integration  N
<Esc>SLTWM  Average trace ampl. sample  N
<Esc>SLSTN  Second ampl. trace #  0
<Esc>SLSTS  Second trace ampl. point  ?
<Esc>SLSTR  Second trace ampl. ref  -0.1 msec
<Esc>SLSTWS  Second trace ampl. point window  0.1 msec
<Esc>SLSTWR  Second trace ampl. ref window  0.1 msec
<Esc>SLSTWA  Average second trace ampl. ref.  N
<Esc>SLSTWD  Second trace ampl. ref. regr. degree  0
<Esc>SLSTWF  Find second max trace ampl.  Y
<Esc>SLSTWI  Second trace ampl. integration  N
<Esc>SLSTWM  Average second trace ampl. sample  N
<Esc>SGB  # bins- graph  100
<Esc>SLTP  Trace ampl. as % of max  N
<Esc>SLSTP  Second trace 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.