SIGNAL PROCESSING IN PASCAL


Choose a source program (*.pas) by clicking the appropriate button.

TFFT.DAT
TFFT.PAS
TGFFT.PAS
FOURIER.PAS
DISCFOUR.PAS
DISFOUR1.PAS
ANALFOUR.PAS
TFILTERS.PAS
TGFILTER.PAS
FILTER_R.PAS
INPUT.TXT .
TEST_FIL.PAS
TSHOCKSP.PAS
GSHOCKSP.PAS
SHOCKSP1.PAS
RESPONSE.PAS
RESPONS1.PAS
SPEED.DAT
SIGNAL.DAT
DECONV.PAS
GDECONV.PAS
SMOOFT.PDF
SMOOTH.PAS
SMOOTH.DAT
TSAVGOL.PAS
Program Description

  • Input data file (test signal F(t))
  • Program to demonstrate Fast Fourier Transform
  • Program to demonstrate Fast Fourier Transform with graphic options
  • Fourier coefficients procedures used by programs below
  • Calculate the Fourier coefficients of a periodic discrete function
  • Calculate the Fourier coefficients of a periodic discrete function and draw the reconstructed signal from Fourier coefficients
  • Calculate the Fourier coefficients of a periodic analytic function
  • Program to demonstrate Butterworth highpass numeric filter
  • Program to demonstrate Butterworth highpass numeric filter with graphic options
  • All-purpose Butterworth numeric Filter
  • Input text file for program below (test signal with 200 pts)
  • Program to demonstrate lowpass and highpass Butterworth numeric filter
  • Acceleration Shock Spectrum (acc. at basis)
  • Acceleration Shock Spectrum with graphic options
  • Acceleration Shock Spectrum (speed at basis) NEW
  • Program to demonstrate the response of a 1 dof oscillator (acc) NEW
  • Program to demonstrate the response of a 1 dof oscillator (speed) NEW
  • Data input file for programs below
  • Program to demonstrate deconvolution
  • Program to demonstrate deconvolution with graphic options
  • Explanation file of program below (SMOOTH)
  • Smoothing an array of N oordinates Y's (ascending order abscissas) (with graphic option)
  • Data file for programs smooth or tsavgol
  • Smoothing an array of N ordinates Y's (ascending order abscissas) using Savitzky-Golay filter coefficients


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© J-P Moreau Last modified 02/03/2011 - E-mail: jpmoreau@wanadoo.fr