sound-synthesis

I want to do some real time sound processing and I heard about supercollider and it looks great, but I want to stick to python as far as 'normal' programming is the issue. Is there any way to load a python script as a module to supercollider or the oposite? meaning importing a library to my python code and using the supercollider features? I did not find much info about it in the web so any help will be great. I am not aware of a python implementation of SuperCollider, however it is very easy to communicate between SC and Python with OpenSoundControl . Here is some sample code, from a tutorial

I want to know what is the best way to play more then 1 note at the time in assembly. If you can, please add a procedure that explain your answer. Thanks! Orange, next code is a program a made long time ago in EMU8086 and Windows XP (it ran at that time). Now I have Windows 8 64 bits and it doesn't run anymore. I will give you the code because it may help you. All the names and comments are in spanish because I am costarrican, but the assembler code is universal (google translator will give you a hand): .model small .stack 100h .data ;-----------------------------------------------------------

I am creating a pitch detection program that extracts the fundamental frequency from the power spectrum obtained from the FFT of a frame. This is what I have so far: divide input audio signal into frames. multiply frame with a Hamming window compute the FFT and magnitude of the frame sqrt(real^2 + img^2) find the fundamental frequency (peak) by harmonic product spectrum convert the frequency of the peak (bin frequency) to note (e. g. ~440 Hz is A4) Now the program produces an integer with value from 0 to 87 for each frame. Each integer corresponds to a piano note according to a formula I found