- #1
Rootzee
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- How did you find PF?
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Hello all, new to this forum. For an (art) sound installation I would like to apply the the changes in frequency one can hear when a church bell is swinging through the air onto other acoustic sounds in a computer.
I understand there are many variables ( size, material and thickness of the bell, speed it is swinging with, force it is being hit with, rate of decay, surrounding acoustics, etc etc) but I am wondering if anybody knows of certain frequency curves that are at play in the changing sounds (Doppler effect among others?).
My background is in music, not in physics. I am using Logic Pro as my computer software to record and edit, but I can get my hands on other software if necessary. Perhaps it would be useful to first establish the sound frequency characteristics of a generic bell (sounding in place), and then add the expected changes when swinging in the air?
Many thanks for your thoughts.
( my sincere apologies if this is not the right place to post this - please advise as to where to post this properly)
I understand there are many variables ( size, material and thickness of the bell, speed it is swinging with, force it is being hit with, rate of decay, surrounding acoustics, etc etc) but I am wondering if anybody knows of certain frequency curves that are at play in the changing sounds (Doppler effect among others?).
My background is in music, not in physics. I am using Logic Pro as my computer software to record and edit, but I can get my hands on other software if necessary. Perhaps it would be useful to first establish the sound frequency characteristics of a generic bell (sounding in place), and then add the expected changes when swinging in the air?
Many thanks for your thoughts.
( my sincere apologies if this is not the right place to post this - please advise as to where to post this properly)
!
