20Lgt

Description Plot 20 times the log, to the base 10, of the current trace.   Hot Key  none Script alias previous = current result = 20*log10(current) plotf result 20*lgt(%s) previous Example Open scope and paste this script into the command window. Then press <Ctrl + R> to plot an exponential function then select the menu calculator/Functions/20Lgt set units = rad pi =4*atan(1) numpoints = 1000 time = (vector(numpoints)/(numpoints-1)*1m) newplot expplot time setplot expplot y = exp(2*pi*time*1k) plot y homecursors

exp

Description Plot e^trace, where trace represents the current trace.   Hot Key  none Script alias previous = current result = exp(current) plotf result exp(%s) previous Example Open scope and paste this script into the command window. Then press <Ctrl + R> to plot an linear function then select the menu calculator/Functions/20Lgt set units = rad pi =4*atan(1) numpoints = 1000 time = (vector(numpoints)/(numpoints-1)*1m) newplot expplot time setplot expplot y = 2*pi*time*1k plot y homecursors

lgt

Description Plot the log, to the base 10, of the current trace.   Hot Key  none Script alias previous = current result = log10(current) plotf result lgt(%s) previous Example Open scope and paste this script into the command window. Then press <Ctrl + R> to plot an exponential function then select the menu calculator/Functions/lgt set units = rad pi =4*atan(1) numpoints = 1000 time = (vector(numpoints)/(numpoints-1)*1m) newplot expplot time setplot expplot y = exp(2*pi*time*1k) plot y homecursors

ln

Description Plot the log, to the base e, of the current trace.   Hot Key  none Script alias previous = current result = ln(current) plotf result log(%s) previous Example Open scope and paste this script into the command window. Then press <Ctrl + R> to plot an exponential function then select the menu calculator/Functions/lgt set units = rad pi =4*atan(1) numpoints = 1000 time = (vector(numpoints)/(numpoints-1)*1m) newplot expplot time setplot expplot y = exp(2*pi*time*1k) plot y homecursors

phaseextend

Description Plot a version of the current angle trace without 180 deg discontinuities.   Phaseextend is automatically performed when you do bode plots or select phase in the Add Waveforms dialog. You may need this function if you do subsequent waveform calculations. Hot Key  none Script alias previous = current result = phaseextend(current) plotf result phaseExt(%s) previous Example Get Circuits/buttfil/buttfil1.dwg and run a simulation. In Scope5 fo the following script and the select the calculator\Functions\phaseextend menu. phase = ph(vout) plot phase

reciprocal

Description Plot the reciprocal of the current trace.   Hot Key  none Script alias previous = current result = 1/current plotf result reciprocal(%s) previous Example Open scope and paste this script into the command window. Then press <Ctrl + R> to plot an exponential function the select the menu calculator/Functions/reciprocal set units = rad pi =4*atan(1) numpoints = 1000 time = (vector(numpoints)/(numpoints-1)*1m) newplot expplot time setplot expplot y = exp(2*pi*time*1k) plot y homecursors

rotate 60 Deg

Description Rotate right 60 degrees, real vectors only   This only makes sense if the x-axis spcing is uniform. See also linearize. Hot Key  none Script _points = length(current)/6 rotate current _points Example Open scope and paste this script into the command window. Then press <Ctrl + R> to plot an sinefunction the select the menu calculator/Functions/rotate 60 Deg set units = rad pi =4*atan(1) numpoints = 1000 time = (vector(numpoints)/(numpoints-1)*1m) newplot sineplot time setplot sineplot y = sin(2*pi*time*1k) plot y homecursors set units = deg

rotate 90 Deg

Description Rotate right 90 degrees, real vectors only   This only makes sense if the x-axis spcing is uniform. See also linearize. Hot Key  none Script _points = length(current)/4 rotate current _points Example Open scope and paste this script into the command window. Then press <Ctrl + R> to plot an sinefunction the select the menu calculator/Functions/rotate 90 Deg set units = rad pi =4*atan(1) numpoints = 1000 time = (vector(numpoints)/(numpoints-1)*1m) newplot sineplot time setplot sineplot y = sin(2*pi*time*1k) plot y homecursors set units = deg

sqrt

Description Plot 20 times the log, to the base 10, of the current trace.   Hot Key  none Script alias previous = current result = sqrt(current) plotf result sqrt(%s) previous Example Open scope and paste this script into the command window. Then press <Ctrl + R> to plot an exponential function the select the menu calculator/Functions/sqrt set units = rad pi =4*atan(1) numpoints = 1000 time = (vector(numpoints)/(numpoints-1)*1m) newplot lineplot time setplot lineplot y = 2*pi*time*1k plot y homecursors