| |
G_FFT For ASP.NET If you develop signal processing and signal analysis applications, you'll be ecstatic that someone put together this set of Fast Fourier Transform (FFT) and related functions. This laboratory supplies you with Forward and Inverse FFT of real data and calculates Complex Forward FFT of complex data. Power and Amplitude spectrums of given data sequences pose no problem for this brain. And there are multiple correlation functions for two vectors, real and complex.
Create signal processing and signal analysis application using Well designed mathematical and scientific functions.
use OOFFTR to calculate Forward Fast Fourier Transform of real data.
use OOIFFTR to calculate Inverse Forward Fast Fourier Transform of real data.
use OOFTC to calculate Complex Forward Fast Fourier Transform of complex data.
use OOIFFTC to calculate Inverse Complex Forward Fast Fourier Transform of complex data.
use OOPowerSpectrum to calculate the amplitude spectrum of a given data sequence.
use OOAmplitudeSpectrum to calculate the amplitude spectrum of a given data sequence.
use OOREALConvol to calculate the convolution of two complex vectors.
use OOCOMPConvol to calculate the complex convolution of two complex vectors.
use OOFFTRAutoCorr to calculate the correlation of two real vectors.
use OOFFTRCrossCorr to calculate the complex auto-correlation of two complex vectors using Fast Fourier Transformation.
use OOCompCrossCorr to calculate the complex cross-correlation of two complex vectors using Fast Fourier Transform.
use SigBandPassFilter to generate digital band pass filter data. use SigHigPassFilter to generate digital high pass filter data.
use SigLowPassFilter to generate low pass data. use LinDecimate to lower the sampling rate of a given data set.
use SigFindMinMax to find the minimum and maximum of a given vector.
use SigSortData to sort a vector in ascending order using Shell sort algorithm.
use SigWindows to provide time-domain windows ( Exact Blackman, Hanning, Hamming, Rectangular)
use SmoothData to reduce noises from a given set of sampled data.
use GMLagrange to find the Lagrange interpolation method to construct a polynominal to fit a given set of data points.
Explore the included ASP.NET C# sample projects to learn how to use these functions. and more!
These Tools DO Compute! With G_Math and G_FFT, you may never have to design a math function from scratch again. For high performance in calculations, order one or both of these "must have" products today!
|
|