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util.h

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#ifndef _UTIL_H_
#define _UTIL_H_

#include <iostream.h>
#include <istream.h>
#include <string>
#include <cstdlib> 
#include <fstream.h>
#include <vector.h>
#include <string.h>
#include <strstream.h>
#include <math.h>
extern "C" {
#include <stdlib.h>
#include <stdio.h>
}

typedef unsigned int uint;

#define LINEAR 1

#define EXPONENTIAL 2

#define LOGARITHMIC 3

#define SYLLABLE_BASED 4

const uint A_HIGH_INT = 100000;
const uint maxVal = 10000;

const uint MAX_DBVAL = 60;

const uint maxF0 = 5000; 
const uint minF0 = 500;  
const uint maxF1 = 1000; 
const uint minF1 = 200; 
const uint maxF2 = 2500; 
const uint minF2 = 500; 
const uint maxF3 = 3800; 
const uint minF3 = 2100; 
const uint maxF4 = 4500; 
const uint minF4 = 3000; 
const uint maxF5 = 5000; 
const uint minF5 = 3500; 

const uint jumpTolerance = 50; 

const uint minOq = 10; 
const uint minB1 = 30; 
const uint minB2 = 30; 
const uint minB3 = 30; 
const uint minB4 = 40; 
const uint minB5 = 45; 
const uint minB6 = 50; 
const uint minBnp = 30; 
const uint minBtp = 30; 

const uint MIN_SPEECHRATE = 70; 
const uint MAX_SPEECHRATE = 150; 


typedef enum {
  straight, 
  rise, 
  fall, 
} CONTOUR_TYPE;


typedef struct {
  bool use4Freq;
  bool use5Freq;
  uint changeDurMethod;
  bool verbose;
  bool warningsOff;
  bool copyDB;
  bool copysynthesis;
  bool senSyn; 
  uint 
  f0, 
    f1, 
    f2, 
    f3,
    f4, 
    f5, 
    f6,
    b1, 
    b2, 
    b3, 
    b4, 
    b5, 
    b6,
    a1, 
    a2, 
    a3, 
    a4, 
    a5, 
    a6,
    b1p, 
    b2p,  
    b3p, 
    b4p, 
    b5p, 
    b6p,
    av, 
    ah, 
    oq, 
    aturb, 
    af, 
    ab, 
    avp; 
  int tl; 
  uint fl, 
    gain, 
    anv, 
    fnz, 
    bnz, 
    fnp, 
    bnp, 
    ui, 
    sr, 
    nf, 
    ss, 
    rs, 
    sb, 
    cp, 
    os, 
    gv, 
    gh, 
    gf, 
    sq, 
    di, 
    df1, 
    db1, 
    ftp, 
    btp, 
    ftz, 
    btz, 
    a2f, 
    a3f, 
    a4f, 
    a5f, 
    a6f, 
    a1v, 
    a2v, 
    a3v, 
    a4v, 
    atv; 

  bool  
  f0Dyn,  
    f1Dyn,  
    f2Dyn,  
    f3Dyn,  
    f4Dyn,  
    f5Dyn,  
    f6Dyn,  
    b1Dyn,  
    b2Dyn,  
    b3Dyn,  
    b4Dyn,  
    b5Dyn,  
    b6Dyn,  
    b2pDyn,  
    b3pDyn,  
    b4pDyn,  
    b5pDyn,  
    b6pDyn,  
    avDyn,  
    ahDyn,  
    oqDyn,  
    aturbDyn,  
    afDyn,  
    abDyn,  
    tlDyn,  
    flDyn,  
    anvDyn,  
    fnzDyn,  
    bnzDyn,  
    fnpDyn,  
    bnpDyn,  
    sqDyn,  
    diDyn,  
    df1Dyn,  
    db1Dyn,  
    ftpDyn,  
    btpDyn,  
    ftzDyn,  
    btzDyn,  
    a2fDyn,  
    a3fDyn,  
    a4fDyn,  
    a5fDyn,  
    a6fDyn,  
    a1vDyn,  
    a2vDyn,  
    a3vDyn,  
    a4vDyn,  
    atvDyn; 

} globalsT;

double mean(const vector<uint>& vec);

void changeMean(vector<uint>& Vals, uint rate);

void smoothe(vector<uint>& Vals, uint winsize);

void changeContrast(vector<uint>& Vals, short rate, double mean);

void interpolateLinear(vector<uint>&, uint start, uint end);

vector<uint> interpolateLinear(uint length, uint start, uint end);

double ST2Hz(uint freq, double semiTone);

double Hz2ST(uint freq1, uint freq2);



double gradient2Hz (uint freq, uint time, double gradient);

uint checkMaxF0(uint freq);
uint checkMaxF1(uint freq);
uint checkMaxF2(uint freq);
uint checkMaxF3(uint freq);
uint checkMaxF4(uint freq);
uint checkMaxF5(uint freq);

uint checkMinF0(uint freq);
uint checkMinF1(uint freq);
uint checkMinF2(uint freq);uint checkMinF0(uint freq);
uint checkMinF3(uint freq);
uint checkMinF4(uint freq);
uint checkMinF5(uint freq);

void addJitterVec(vector<uint>& vals, uint rate);

void error(string msg, int errNo);

void warn(string msg);

void printVec(vector<uint> vec);

void printVec(vector<int> vec);

vector<uint> subVec(vector<uint> vec, uint start, uint end);


vector<uint> modelTrack(string name, uint valNum, vector<uint> f0ValVec, vector<uint> f0TimeVec);
vector<int> modelTrack(string name, uint valNum, vector<int> f0ValVec, vector<uint> f0TimeVec);

vector<int> change_valNum(string name, uint valNum, uint left, uint right, vector<int> orig);

vector<uint> change_valNum(string name, uint valNum, uint left, uint right, vector<uint> orig);

vector<uint> change_valNum_stop(string name, uint valNum, uint left, uint right, vector<uint> orig);


vector<string> string2vec(string buffer);

uint msec2frames(uint dur, globalsT glob);

uint calcNewDur(uint dur, int rate, globalsT glob);

uint F12BW(uint f1);

#endif /* _UTIL_H */

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