tiborsimon/smart-sinusoids

The easiest way to generate sine or cosine signals in MATLAB.

MLS package: To be able to install this library as an MLS package, you have to download it from GitHub as an MLS package: https://github.com/tiborsimon/smart-sinusoids/releases/latest

DEPENDENCY: This library is dependent on the Simple Input Parser library. You can install both library as an MLS package. Get the latest Simple Input Parser release from GitHub: https://github.com/tiborsimon/matlab-library-system/releases/latest

Sinusoid generator framework for MATLAB. Get the sinusoid wave you want, without worrying about the generation method.

Case 1

n - number of samples
N - periods in it

stem( ssin('n N', 200, 1.5) )

Case 2

L - signal lenght
N - periods in the signal
fs - with a given sample frequency

stem( ssin('L N fs', 0.001, 3, 48e3) )

Case 3

f - signal frequency
N - periods in the signal
fs - with a given sample frequency

stem( ssin('f N fs', 440, 1.3, 48e3) )

Case 4

f - signal frequency
n - number of samples
fs - with a given sample frequency

stem( ssin('f n fs', 440, 200, 48e3) )

Case 5

f - signal frequency
L - signal lenght
fs - with a given sample frequency

stem( ssin('f L fs', 800, 0.001, 48e3) )

In every case every parameter can be substituted with the eqvivalent counterparst. ie. f~T, fs~dt, L~n,dt ...

The amplitude (A) and phase (phi) are optional with the defualt values A=1 and phi=0.

Go to the GitHub page to find out more: https://github.com/tiborsimon/smart-sinusoids

Smart Sinusoids is MLS package compatible. Check out the tiborsimon/matlab-library-system here or on GitHub for more details: https://github.com/tiborsimon/matlab-library-system

See Tibor's other projects at: http://tiborsimon.io