Fixed up Figure 1

Figure 1 actually had a rate of pi/8192 rads per second squared, not the documented pi/16384. Also, there were other issues with the figure that were merely annoying.

README.md

@@ -58,8 +58,8 @@ Figure 1 - Example Chirping Phasor Sample Series Data
 ![Figure 1](graphics/figure1.svg)
 
 From the figure, we can see a linearly increasing frequency. The data is complex in nature. If you only
-need the imaginary value, that can be extracted. The real value is calculated simultaneously for free
-and may be useful for compensating for, or for creating doppler shifts with complex signal data.
+need the 'real' or 'imaginary' value, either can be extracted. They are calculated simultaneously for the
+price of one. For DSP applications, you most likely would require both.
 
 # Interface Compatibility
 This component has been tested to be interface-able with C++20 compiles. Note that the compiled library code

graphics/PlotNotes.txt

@@ -18,7 +18,7 @@ gnuplot
 set term svg size 520, 360 font "Helvetica,12" background rgb "grey90"
 set output 'figure1.svg'
 set xrange [0:1023]
-set yrange [-1.5:1.5]
+set yrange [-1.5:1.6]
 set xtics 128
 set ytics 0.5
 set grid xtics
@@ -29,4 +29,4 @@ set title "ChirpingPhasor accel=pi/16384, omega0=0.0, phi=0.0"
 set title "ChirpingPhasor accel=pi/16384 rads/sample^2, omega0=0.0, phi=0.0"
 
 # This is one long line, not two lines. Output goes directly to the file 'figure1.svg'.
-plot 'chirpingPhasorB32.in' binary format="%uint%float%float" using 1:3 with lines title "imag(n)", 'chirpingPhasorB32.in' binary format="%uint%float%float" using 1:2 with dots title "real(n)"
+plot 'chirpingPhasorB32.in' binary format="%uint%float%float" using 1:2 with lines title "real(n)", 'chirpingPhasorB32.in' binary format="%uint%float%float" using 1:3 with dots title "imag(n)"