the previous post with triangle and hann allowed me to make some conclusions about the signal after listening. it seems that the signal properly spreads with triangle and hann with partial_tukey. in this post im going to try the same thing with triangle and hann in the partial_tukey rounds and also try to use rectangle and hamming similarly with some kind of turning where rectangle and triangle will put me in a place where i can make a conclusion to go further with the acoustics. im going to try a dual conversion step with both conversions using the same apodoziation setup and the first conversion will consist of the quantization at 10, and the min and max set to 5 and 8 respectively and the second with 12 8 and 8 so i can also get a conclusions going about the signal in respect to how the conversion operates with a little manipulation on the user side.

gauss(0.123);gauss(0.123);partial_tukey(5/0.341/0.341);flattop;bartlett;bartlett;nuttall;nuttall;gauss(0.123);gauss(0.123)

gauss(0.123);gauss(0.123);partial_tukey(5/0.341/0.341);flattop;bartlett;bartlett;nuttall;nuttall;gauss(0.123);gauss(0.123)

gauss(0.123);gauss(0.123);partial_tukey(5/0.341/0.341);flattop;triangle;triangle;hann;hann;gauss(0.123);gauss(0.123)

gauss(0.123);gauss(0.123);partial_tukey(5/0.341/0.341);flattop;triangle;triangle;hann;hann;gauss(0.123);gauss(0.123)

gauss(0.123);gauss(0.123);partial_tukey(5/0.341/0.341);flattop;hamming;rectangle;rectangle;hamming;gauss(0.123);gauss(0.123)

gauss(0.123);gauss(0.123);partial_tukey(5/0.341/0.341);flattop;hamming;rectangle;rectangle;hamming;gauss(0.123);gauss(0.123)

gauss(0.123);gauss(0.123);punchout_tukey(5/-0.341/0.341);blackman;connes;welch;kaiser_bessel;bartlett_hann;gauss(0.123);gauss(0.123)

gauss(0.123);gauss(0.123);punchout_tukey(6/-0.341/0.341);blackman_harris_4term_92db;hamming;rectangle;rectangle;hamming;blackman_harris_4term_92db;gauss(0.123);gauss(0.123)

gauss(0.123);gauss(0.123);tukey(7/0.451/0.451);blackman;welch;bartlett_hann;hann;connes;flattop;blackman;gauss(0.123);gauss(0.123)

(full round - first conversion 12, 10, 5, 8 slider values)

gauss(0.123);gauss(0.123);partial_tukey(5/0.341/0.341);flattop;bartlett;bartlett;nuttall;nuttall;gauss(0.123);gauss(0.123);gauss(0.123);gauss(0.123);partial_tukey(5/0.341/0.341);flattop;bartlett;bartlett;nuttall;nuttall;gauss(0.123);gauss(0.123);gauss(0.123);gauss(0.123);partial_tukey(5/0.341/0.341);flattop;triangle;triangle;hann;hann;gauss(0.123);gauss(0.123);gauss(0.123);gauss(0.123);partial_tukey(5/0.341/0.341);flattop;triangle;triangle;hann;hann;gauss(0.123);gauss(0.123);gauss(0.123);gauss(0.123);partial_tukey(5/0.341/0.341);flattop;hamming;rectangle;rectangle;hamming;gauss(0.123);gauss(0.123);gauss(0.123);gauss(0.123);partial_tukey(5/0.341/0.341);flattop;hamming;rectangle;rectangle;hamming;gauss(0.123);gauss(0.123);gauss(0.123);gauss(0.123);punchout_tukey(5/-0.341/0.341);blackman;connes;welch;kaiser_bessel;bartlett_hann;gauss(0.123);gauss(0.123);gauss(0.123);gauss(0.123);punchout_tukey(6/-0.341/0.341);blackman_harris_4term_92db;hamming;rectangle;rectangle;hamming;blackman_harris_4term_92db;gauss(0.123);gauss(0.123);gauss(0.123);gauss(0.123);tukey(7/0.451/0.451);blackman;welch;bartlett_hann;hann;connes;flattop;blackman;gauss(0.123);gauss(0.123)

(second conversion with setup above, 12, 15, 8, 8 slider values)