source: Sophya/trunk/SophyaProg/Tests/tnt.cc@ 2828

#include <stdio.h>
#include <stdlib.h>
#include <math.h>
#include <iostream>

#include "sopnamsp.h"
#include "histinit.h"
#include "dvlist.h"
#include "ntuple.h"
#include "xntuple.h"
#include "datatable.h"
#include "swppfdtable.h"

/*  Programme test des classes  DVList, NTuple,, XNTuple          */
/*  DataTable et les handlers PPF                                 */
/*  SOPHYA - R. Ansari (LAL)  -   2000 -  2005                    */

void test_dvl();
void test_ntuple();
void test_xntuple() ; 
void test_Xntuple() ; 
void test_DataTable() ; 
void test_SwPPFDataTable() ; 

int main(int narg, char *arg[])
{
  SophyaInit();
  if (narg < 2) {
    cout << " tnt/Erreur arg - Usage: tnt d/n/x/X/DT/SWDT \n" 
         << " d:DVList n:NTuple x/X:XNTuple DT,SWDT: SwPPF/DataTable test \n" << endl;
    exit(0);
  }

  try {
    if (*arg[1] == 'd')  test_dvl();
    else if (*arg[1] == 'n')  test_ntuple();
    else if (*arg[1] == 'x')  test_xntuple();
    else if (*arg[1] == 'X')  test_Xntuple();
    else if (strcmp(arg[1],"DT") == 0)  test_DataTable();
    else if (strcmp(arg[1],"SWDT") == 0)  test_SwPPFDataTable();
  }
  catch(PThrowable exc ) {
    cerr << "tnt-main() , Catched exception: \n" << exc.Msg() << endl;
  }
  catch(std::exception ex) {
    cerr << "tnt-main() , Catched exception ! " << (string)(ex.what()) << endl;
  }
  catch(...) {
    cerr << "tnt-main() , Catched ... ! " << endl;
  }
}

/*  ***** Test de NTuple simple ***** */
void test_ntuple()
{
  char * names[3] = {"XPos", "YPos", "Val"};
  int i,j, k;
  float xnt[3];

  cout << "======= test_ntuple:  Testing NTuple ======= " << endl;

 cout << "Creation Ntuple avec X,Y,Val ... " << endl;
 NTuple  nt1(3, names, 20);

 k = 0;
 for(j=0; j<8; j++)
   for(i=0; i<12; i++)
     { xnt[0] = i+0.5;  xnt[1] = j+0.5;  xnt[2] = k;
     nt1.Fill(xnt); k++; }

 nt1.Info().Comment() = "NTuple de Test - Cree par tnt.cc";
 nt1.Info()["Version"] = SophyaVersion();
 nt1.Show(cout);
 nt1.Print(0, 5);
 nt1.Print(18, 5);
 nt1.Print(94, 5);

 string fn = "nt.ppf";
 {
  cout << "Ecriture NTuple ds nt.ppf ... \n" << endl;
  ObjFileIO<NTuple> fio(&nt1);
  fio.Write(fn);
 }

 {
   cout << "Lecture NTuple (nt2) ds nt.ppf ... \n" << endl;
   PInPersist fsi(fn);
   NTuple nt2; 
   fsi >> nt2;
   nt2.Show(cout);
   nt2.Print(0, 5);
   nt2.Print(18, 5);
   nt2.Print(94, 5);
 }


}

/*  ***** Test de dvlist ***** */
void test_dvl()
{
DVList dvl;

cout << "\n ======= test_dvl:  Testing MuTyV ======= " << endl;
MuTyV zvs = " ( 1.41 -2.71) ";
MuTyV dvs = "434.898";
MuTyV fvu = 314.1596;
MuTyV ivu = 7654321;
cout << " float->string: fvu= " << fvu << " (string)fvu=" << (string)fvu << endl;
cout << " int->string: ivu= " << ivu << " (string)ivu=" << (string)ivu << endl;
 complex<double> zzd = zvs;
cout << "String->complex<double>: zvs = " << zvs 
     << " (complex<double>)zvs= " << zzd << endl;
cout << "String->double: dvs = " << dvs 
     << " (double)dvs= " << (double)dvs << endl;
TimeStamp ts;
MuTyV tv = ts;
cout << "MuTyV=TimeStamp->String: tv = " << tv 
     << " ->double= " << (double)tv << " ->TimeStamp:" 
     << TimeStamp((double)tv).ToString() << endl;


cout << "\n\n ======= test_dvl:  Testing DVList ======= " << endl;
dvl.SetI("Var XXX", 12345);
dvl.SetI("IV1-80", 80);
dvl.SetI("IV2-330", 330);

dvl.SetD("DV1-0.2", 0.2);
dvl.SetD("DV2-4.5", 4.5);
dvl.SetZ("ZV", complex<r_8>(2.0,-1.44));

dvl.SetI("IVV3-783", 783);
dvl("IVV3-783-O") =  7783;
// dvl["Avec[]"] =  "operateur [] !";
dvl.SetD("DVV3", 3.141592652141592652);
dvl.SetComment("DVV3", "Comment for DVV3, r_8 type variable");
dvl("DVV3avec()") =  44.555e-8; 

dvl.SetS("Blanc_White", "123.456Ma premiere chaine");
dvl.SetI("IntegerValue", 55777);
dvl.SetComment("IntegerValue", "This variable has a comment");
dvl.Comment() = "This is a test DVL produced by the program tdvl.cc \n Using SOPHYA , Feb 2000";

dvl["Sinf"] = "inf 0985";
dvl["ToDay"] = ts;
dvl.Print();


double d = dvl("DV2-4.5");
float f = dvl("DVV3");
int i = dvl("IVV3-783");
complex<r_8> z = dvl("ZV");

printf("\n \n Essai1 (IVV3 DVV3 DV2= ) %d  %.20g  %g \n", i, f, (float)d);
printf("\n \n Essai ZV= (%.2g  %g I) \n", z.real(), z.imag());
cout << "Test Comment/IntegerValue: " << dvl.GetComment("IntegerValue") << endl;
cout << "Test Comment/DVV3: " << dvl.GetComment("DVV3") << endl;

cout << "Test string recup  " << (string)(dvl["Blanc_White"]) << endl;
cout << "Test string recup(int=80)  " << (string)(dvl["IV1-80"]) << endl;
dvl("DVV3") = (double)3.141592652141592652;
cout << "Test string recup(double=Pi..i)  " << (string)(dvl["DVV3"]) << endl;

 {
   cout << " Writing DVList in file PPF dvl.ppf " << endl;
   POutPersist os("dvl.ppf");
   os << dvl ;
 }

 cout << "-------------------------- \n\n" 
      << " reading DVList from file dvl.ppf ... \n" << endl;

 DVList dvlr("dvl.ppf");
 double df1 = (double)( dvlr["DVV3"] );
 double df2 = (double)3.141592652141592652 - df1;
 cout << " Test Precision : Pi-Pi= " << df2  << "DVV3= " << df1 << endl;

 cout << dvlr;

}
void test_DataTable() 
{
  cout << "======= test_DataTable:  simple DataTable test ======= " << endl;
  DataTable dt(64);
  dt.AddIntegerColumn("line");
  dt.AddStringColumn("sline");
  dt.AddDoubleColumn("x");
  dt.AddFloatColumn("f_sin");
  dt.AddFloatColumn("f_cos");
  dt.AddDoubleColumn("f_sinxcos");
  dt.AddDoubleColumn("f_x2");
  dt.AddComplexColumn("cmplx_cos_sin");
  dt.AddDoubleComplexColumn("dcmplx_cos_sin");
  MuTyV rec[10];
  cout << " 1/ First 1000 lines .... " << endl;
  for(int k = 0; k<1000; k++) {
    rec[0] = k;
    string sline = "L-";
    sline += (string)rec[0];
    rec[1] = sline;
    double x = M_PI*k/100.;
    double fx = sin(x)*cos(x);
    double sx = sin(x);
    double cx = cos(x);
    rec[2] = x;
    rec[3] = sx;
    rec[4] = cx;
    rec[5] = fx;
    rec[6] = x*x;
    rec[7] = complex<r_4>(cx, sx);
    rec[8] = complex<r_8>(cx, sx);
    dt.AddLine(rec);
  }
  cout << "1.b/ Use of = operator to make copy of dt " << endl;
  DataTable dtc1;
  dtc1 = dt;

  dt.Show(); 
  cout << " 2/ Lines 1000-2000  .... " << endl;
  for(int k = 1000; k<2000; k++) {
    rec[0] = k;
    string sline = "L-";
    sline += (string)rec[0];
    rec[1] = sline;
    double x = M_PI*k/100.;
    double fx = sin(x)*cos(x);
    double sx = sin(x);
    double cx = cos(x);
    rec[2] = x;
    rec[3] = sx;
    rec[4] = cx;
    rec[5] = fx;
    rec[6] = x*x;
    rec[7] = complex<r_4>(cx, sx);
    rec[8] = complex<r_8>(cx, sx);
    dt.AddLine(rec);
  }
  cout << "2.b/ dt.Show();  : " << endl;
  dt.Show();  
  cout << "2.c/ dtc1.Show();  : " << endl;
  dtc1.Show();  
  cout << "2.d/  dt.LineHeaderToString() dt.LineToString(k)   : " << endl;
  cout << dt.LineHeaderToString() ;
  for(int k = 0; k<1500; k+=75) 
    cout << "Line[" << k << "] " << dt.LineToString(k) << endl ; 
  {
    cout << "3/ Writing DataTable dt to PPF stream dtable.ppf " << endl;
    POutPersist po("dtable.ppf");
    po << dt;
  }
  {
    cout << "4/ Reading DataTable dtr from PPF stream dtable.ppf " << endl;
    PInPersist pi("dtable.ppf");
    DataTable dtr;
    pi >> dtr;
    cout << "4.b/ cout << dtr; " << endl;
    cout << dtr;
    cout << "4.c/  dtr.LineHeaderToString() dtr.LineToString(k)   : " << endl;
    cout << dtr.LineHeaderToString() ;
    for(int k = 0; k<1500; k+=75) 
      cout << "Line[" << k << "] " << dtr.LineToString(k) << endl ; 
    
  }

  cout << "============ FIN  test_DataTable ============== " << endl;  
}

void test_SwPPFDataTable() 
{
  cout << "======= test_SwPPFDataTable():  simple SwPPFDataTable test ======= " << endl;
  {
    POutPersist po("swdtable.ppf");
    SwPPFDataTable dt(po, 64);
    dt.AddIntegerColumn("line");
    dt.AddDoubleColumn("x");
    dt.AddFloatColumn("f_sin");
    dt.AddFloatColumn("f_cos");
    dt.AddDoubleColumn("f_sinxcos");
    dt.AddDoubleColumn("f_x2");
    dt.AddComplexColumn("cmplx_cos_sin");
    dt.AddDoubleComplexColumn("dcmplx_cos_sin");
    MuTyV rec[10];
    cout << " 1/ First 1000 lines .... " << endl;
    for(int k = 0; k<1000; k++) {
      rec[0] = k;
      double x = M_PI*k/100.;
      double fx = sin(x)*cos(x);
      double sx = sin(x);
      double cx = cos(x);
      rec[1] = x;
      rec[2] = sx;
      rec[3] = cx;
      rec[4] = fx;
      rec[5] = x*x;
      rec[6] = complex<r_4>(cx, sx);
      rec[7] = complex<r_8>(cx, sx);
      dt.AddLine(rec);
    }
    cout << "1.b/ Use of = operator to make copy of dt " << endl;
    SwPPFDataTable dtc1;
    dtc1 = dt;
    dt.Show(); 
    cout << " 2/ Lines 1000-2000  .... " << endl;
    for(int k = 1000; k<2000; k++) {
      rec[0] = k;
      double x = M_PI*k/100.;
      double fx = sin(x)*cos(x);
      rec[1] = x;
      rec[2] = sin(x);
      rec[3] = cos(x);
      rec[4] = fx;
      rec[5] = x*x;
      dt.AddLine(rec);
    }
    cout << "2.b/ dt.Show();  : " << endl;
    dt.Show();  
    cout << "2.c/ dtc1.Show();  : " << endl;
    dtc1.Show();  
    cout << "3/ Writing SwPPFDataTable dt to PPF stream swdtable.ppf " << endl;
    po << dt;
  }
  {
    cout << "4/ Reading SwPPFDataTable dtr from PPF stream swdtable.ppf " << endl;
    PInPersist pi("swdtable.ppf");
    SwPPFDataTable dtr;
    pi >> dtr;
    cout << "4.b/ cout << dtr; " << endl;
    cout << dtr;
    cout << "4.c/  dtr.LineHeaderToString() dtr.LineToString(k)   : " << endl;
    cout << dtr.LineHeaderToString() ;
    for(int k = 0; k<1500; k+=75) 
      cout << "Line[" << k << "] " << dtr.LineToString(k) << endl ;     
  }

  cout << "============ FIN  test_SwPPFDataTable() ======== ======= " << endl;  
}




void test_Xntuple() 
{
    char* names[] = {"str1", "str2", "str3", "str4", "str5"} ; 
    XNTuple nt(0, 0, 0, 5, names) ; 
    char** ce = new char*[5] ; 
    int i;
    for(i = 0 ; i < 5 ; i++)
        ce[i] = new char[20] ; 

  cout << "======= test_Xtuple:  simple XNTuple test ======= " << endl;

    strncpy(ce[1], "toto a une auto", 20) ; 
    strncpy(ce[2], "titi a une iti", 20) ; 
    strncpy(ce[3], "tutu a une utu", 20) ; 
    strncpy(ce[4], "tata a une ata", 20) ; 
    for(i = 0 ; i < 100000 ; i++) {
        sprintf(ce[0], "%d", i) ; 
        nt.Fill(NULL, NULL, NULL, ce) ; 
    }
    
    nt.Show() ; 
    cout << nt.LineHeaderToString() ; 
    cout << nt.LineToString(5027) << endl ; 
    
    char* names2[] = {"d0", "d1", "f0", "f1", "f2", "i0", "str0", "str1"} ; 
    XNTuple nt2(2, 3, 1, 2, names2) ; 
    double de[2] ; float fe[3] ; int ie ; 
    char** ce2 = new char*[2] ; 
    for(i = 0 ; i < 2 ; i++) ce2[i] = new char[20] ; 
    strncpy(ce2[1], "glop glop", 20) ; 
    
    for(i = 0 ; i < 100000 ; i++) {
        de[0] = i ; 
        de[1] = sin((double)i) ; 
        fe[0] = i ; 
        fe[1] = i * cos((double)i) ; 
        fe[2] = 2*i ; 
        ie    = -i; 
        sprintf(ce[0], "%d", i) ; 
        nt2.Fill(de, fe, &ie, ce) ; 
    }
    nt2.Show() ; 
    nt2.LineHeaderToString() ; 
    //    nt2.LineToString(20) ; 
}


void test_xntuple() 
{
    char* names[] = {"dblval", "floval", "intval", "strval"} ; 
    XNTuple nt(1, 1, 1, 1, names) ; 
    double de ; 
    float  fe ; 
    int    ie ; 
    char*  ce = new char[22] ; 
    
    
  cout << "======= test_Xtuple:  XNTuple test ======= " << endl;
  int i;
    for(i = 0 ; i < nt.NVar() ; i++)
        printf(" +++ %s <--> %d \n", 
               nt.NomIndex(i).c_str(), nt.IndexNom(nt.NomIndex(i).c_str())) ; 

    for(i = 0 ; i < 100000 ; i++) {
        de = fe = ie = i ; 
        sprintf(ce, "%d", i) ; 
        nt.Fill(&de, &fe, &ie, &ce) ; 
    }
    nt.Show() ; 
    cout << nt.VarList_C("toto") ; 
    cout << nt.LineHeaderToString() ; 
    cout << nt.LineToString(20) << endl << endl ; 
    
    
    XNTuple nt2 ; 
    nt2.SwapPath() = "/tmp/sop/" ; 
    nt2.Copy(nt) ; 
    nt2.Show() ; 
    for(i = 0 ; i < 100000 ; i++) {
        de = fe = ie = i ; 
        sprintf(ce, "%d", i) ; 
        nt2.Fill(&de, &fe, &ie, &ce) ; 
    }
    nt2.Show() ; 
    
    {
      POutPersist os("xnt.ppf");
      os << nt2 ;
    }

    XNTuple::SetSwapPath("/tmp/sop/") ; 
    XNTuple nt3("xnt.ppf") ; 
    nt3.Show() ; 
    
    for(i = 0 ; i < nt3.NEntry() ; i+= 1000)
        printf("%f %f %d %s\n", 
               nt3.GetDVal(i,0), 
               nt3.GetFVal(i,1), 
               nt3.GetIVal(i,2), 
               nt3.GetSVal(i,3).c_str()) ; 
    
    double min, max ; 
    for(i = 0 ; i < nt3.NVar() ; i++) {
        nt3.GetMinMax(i, min, max) ; 
        printf("GetMinMax(%s) : %f/%f\n", 
               nt3.NomIndex(i).c_str(), min, max) ; 
    }
    //    nt3.Show() ; 
}