Also, what wire (gage/solid or stranded) do you normally use to connect these? I was just using like 20 gage stranded audio wire. I'm sure it doesn't matter, just curious.
Excellent information! Thanks a whole bunch. Yeah I realized I was probably trying to do something that did not make a whole lot of sense, especially since I don't have those nifty switch jacks. I asked one of my Physics professors and he basically said the same thing. I came to report the news...
Any signal can be broken down into an infinite number of simple sinusoid components. Fourier is mind blowing.
http://mathworld.wolfram.com/FourierSeries.html
I have an old telephone switchboard with standard 1/4'' TRS connectors that I am planning to rewire for use with my many many many guitar effect pedals and recorders and things. The switchboard has 4 panels, each panel has two rows of 26 jacks.
Let the 'o' be jacks and the '|' symbols are not...
Thanks for your help. I am having difficulties in understanding something else. If I have an initial value say log(2) and my final value of 10, and I want 12 logarithmically distributed samples, do I say is my step size going to be (10 - log(2))/12? I am kind of confused about how to implement...
For the use of linear and logarithmic interpolation, how can I produce linearly and logarithmically spaced arrays in C? I know in Matlab the code is
A = linspace(a,b,c) or A = logspace(a,b,c)
but how can I do this in C?