Fake data, run 4, two sine waves

I have made a test run using fake input data that consisted of superposition of two sine waves of different amplitudes and frequencies. Windowing method was overlapped Hann window.

The FFT size was 1800 seconds, consisting of thirty 60 second segments.

All plots are logarithmic.

INPUT
OUTPUT
PLOT
Sine wave 1 Sine wave 2 Sine wave 1 Sine wave 2
210 Hz
-73 degrees
amplitude=100.0 		215 Hz
-55 degrees
amplitude=1.0 		-73.0021654592 degrees
Sh=2211.94682612 		-55.0016325956 degrees
Sh=22.1206254544 		Plot A
210 Hz
-73 degrees
amplitude=1000.0 		210.5 Hz
-55 degrees
amplitude=1.0 		-73.0021654592 degrees
Sh=22119.4682612 		-55.0016020098 degrees
Sh=22.1196154167 		Plot B
210 Hz
-73 degrees
amplitude=1000.0 		210.1 Hz
-55 degrees
amplitude=1.0 		-73.0021654592 degrees
Sh=22119.4682612 		-55.0031567348 degrees
Sh=22.1211820688 		Plot C
210 Hz
-73 degrees
amplitude=1000.0 		210.05 Hz
-55 degrees
amplitude=1.0 		-73.0021654592 degrees
Sh=22119.4682612 		-55.0014507781 degrees
Sh=22.1192837454 		Plot D
210 Hz
-73 degrees
amplitude=100.0 		210.01 Hz
-55 degrees
amplitude=1.0 		-73.004748985 degrees
Sh=2211.63976979 		76.1500137584 degrees
Sh=13.3285392063 		Plot E
210 Hz
-73 degrees
amplitude=10.0 		210.01 Hz
-55 degrees
amplitude=1.0 		-73.0281313459 degrees
Sh=220.885403692 		-51.9826054014 degrees
Sh=19.0569488693 		Plot F
210 Hz
-73 degrees
amplitude=5.0 		210.01 Hz
-55 degrees
amplitude=1.0 		-73.0542822187 degrees
Sh=110.288444707 		-53.604394685 degrees
Sh=20.5811041054 		Plot G

Plot A

Plot B

Plot C

Plot D

Plot E

Plot F

Plot G