e921a2b7-4bcf-44d7-aa91-cf9ce74d8b94 18 Lee Curtis Snook 4 5 false false 0 0 decimal

&[DATE] &[TIME] - &[FILENAME]

I manually entered the values from the calculated matrix below and plotted the graph.

M 101 3.1416 3.9348 - 3.1416 3.9348 - 2.0261 - .1239 2.0261 - .1239 0.524 1.2114 - 0.524 1.2114 - 0.0752 - .976 - 0.0752 - .976 - .0069 102 mat :

Matrix 1

M matrix values manually
entered from Matrix 2

q

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I now want the same plot using the following calculations;

α π 11 mat :

α 3.1416 11 mat

q 091 range :

The result is similar to M matrix above only with the i terms

α π :

α q P i α * (n^n! / vectorize n 0 q sum :

α q P vectorize 11 3.1416 i * + 3.9348 - 3.1416 i * + 3.9348 - 2.0261 i * - 0.1239 2.0261 i * - 0.1239 0.524 i * + 1.2114 - 0.524 i * + 1.2114 - 0.0752 i * - 0.976 - 0.0752 i * - 0.976 - 0.0069 i * + 101 mat

Doesn't Plot

α q P vectorize

Matrix 2

Seting x and y to the real and imaginary terms:

α q x α q P vectorize Re :

α q y α q P vectorize Im :

α q x 11 3.9348 - 3.9348 - 0.1239 0.1239 1.2114 - 1.2114 - 0.976 - 0.976 - 101 mat

α q y 0 3.1416 3.1416 2.0261 - 2.0261 - 0.524 0.524 0.0752 - 0.0752 - 0.0069 101 mat

Doesn't plot

α q x α q y 2 1 sys

Maybe I need to concatinate the x(α;q) matrix with the y(α;q) matrix but I don't know how
The result show look like matrix M in the first example which does plot.