lbajardsilogic@201: /* -*- c-basic-offset: 4 indent-tabs-mode: nil -*-  vi:set ts=8 sts=4 sw=4: */
lbajardsilogic@79: 
lbajardsilogic@201: /*	Sound Access	
lbajardsilogic@201: 		EASAIER client application.	
lbajardsilogic@201: 		Dublin Institute of Technology - Audio Research Group 2007
lbajardsilogic@201: 		www.audioresearchgroup.com
lbajardsilogic@201: 		Author: Dan Barry
lbajardsilogic@79: 
lbajardsilogic@201: 	This program is free software; you can redistribute it and/or    
lbajardsilogic@201: 	modify it under the terms of the GNU General Public License as    
lbajardsilogic@201: 	published by the Free Software Foundation; either version 2 of the    
lbajardsilogic@201: 	License, or (at your option) any later version.  See the file    
lbajardsilogic@201: 	COPYING included with this distribution for more information.
lbajardsilogic@201: */
lbajardsilogic@229: 
lbajardsilogic@229: #include <QVector>
lbajardsilogic@79: 
lbajardsilogic@79: #define PI 3.14179
lbajardsilogic@79: 
lbajardsilogic@79: void intobyte(int num, char* pbyte1 ,char* pbyte2);
lbajardsilogic@79: 
lbajardsilogic@79: void cart2pol(float* cart, float* mags, float* phases, int framesize);
lbajardsilogic@79: 
lbajardsilogic@79: void pol2cart(float* cart, float* mags, float* phases, int framesize);
lbajardsilogic@79: 
lbajardsilogic@79: void hanning(float* window, int framesize);
lbajardsilogic@79: 
lbajardsilogic@79: void updatephases(float* c_phase,float* p_phase,float* c_synthphase, float* p_synthphase, int framesize,float hopfactor,float interpfactor);
lbajardsilogic@79: 
lbajardsilogic@79: void updatephases2(float* c_phase,float* p_phase,float* c_synthphase, float* p_synthphase, int framesize,float hopfactor,float interpfactor);
lbajardsilogic@79: 
lbajardsilogic@79: void rotatephases(float* c_phase, float* p_phase, float* c_synthphase, float* p_synthphase, int framesize, float interpfactor);
lbajardsilogic@79: 
lbajardsilogic@229: void rotatephases_peaklocked(float* c_phase, float* p_phase, float* c_synthphase, float* p_synthphase, float* cmags, int framesize, float interpfactor);
lbajardsilogic@229: 
lbajardsilogic@229: void cur2last(float* c_phase, float* c_synthphase, float* p_synthphase, int framesize);
lbajardsilogic@229: 
lbajardsilogic@229: int findpeaks(float* c_mags, float* p_mags, float framesize, float* peak_locations);
lbajardsilogic@229: 
lbajardsilogic@229: //void batchADRess();
lbajardsilogic@229: 
lbajardsilogic@229: //void ADRess(float* L_mags, float* L_phase, float* R_mags, float* R_phase, float azimuthvalue, float range, float cutfreq, float bleedthresh, int framesize, bool softbypass);
lbajardsilogic@79: 
lbajardsilogic@79: bool transient_detect(float* L_mags, float* R_mags, float* pL_mags, float* pR_mags, float drumthresh, float framesize);
lbajardsilogic@79: 
lbajardsilogic@79: void sintable(float* sinewave, float length, float sr);
lbajardsilogic@79: 
lbajardsilogic@229: void log10plot(float* L_mags, float* plotFFTarray, int framesize, int plotsize);
lbajardsilogic@79: 
lbajardsilogic@233: void log10plot2(QVector<float>& L_mags, float* plotFFTarray, int framesize, int plotsize);
lbajardsilogic@229: 
lbajardsilogic@233: void applyEQ(float* L_mags, float* R_mags, int framesize, int plotsize, QVector<float>& eqcurve);
lbajardsilogic@229: 
lbajardsilogic@229: void stereo2ms(float* left, float* right, int framesize);
lbajardsilogic@229: 
lbajardsilogic@229: void ms2stereo(float* left, float* right, int framesize);
lbajardsilogic@229: 
lbajardsilogic@233: void bandeq(float* L_mags, float* R_mags, QVector<float>& eqcurve, int framesize);