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I am currently trying to get a real-time FFT working for a project on an Arduino 101 which uses the Intel Curie chip. All the fft libraries (if any) seem to be for the Arduino Uno and architecture dependent (most of them have assembly stuff for optimization).

I was wondering if there is any robust, up do date and most importantly working (with the latest Arduino 101) library. I have tried the PlainFFT library which I read might be compatible with the Arduino 101 (https://forum.arduino.cc/index.php?topic=409791.0) however this library seems to be out of date using old extensions of sketch files and old library names in it's code (I could not get it to work). Alternatively I wanted to try and tailor a pure C code such as https://github.com/jtfell/c-fft which seem to have their own Makefile for compilation (this one uses a C99 compiler). I could compile and use these codes on a Linux terminal but I am not sure how to go on about making it run inside an Arduino sketch.

I am currently trying to get a real-time FFT working for a project on an Arduino 101 which uses the Intel Curie chip. All the FFT libraries (if any) seem to be for the Arduino Uno and architecture dependent (most of them have assembly stuff for optimization).

I was wondering if there is any robust, up do date and most importantly working (with the latest Arduino 101) library. I have tried the PlainFFT library which I read might be compatible with the Arduino 101 (https://forum.arduino.cc/index.php?topic=409791.0).

However this library seems to be out of date, using old extensions of sketch files and old library names in its code (I could not get it to work). Alternatively I wanted to try and tailor a pure C code such as https://github.com/jtfell/c-fft, which seems to have its own Makefile for compilation (this one uses a C99 compiler). I could compile and use this code on a Linux terminal but I am not sure how to go on about making it run inside an Arduino sketch.