[573] | 1 | //++
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| 2 | // Verbatim
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| 3 | //
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| 4 |
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[2322] | 5 | #include <iostream>
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[2615] | 6 | #include "sopnamsp.h"
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[573] | 7 | #include "fitsioserver.h"
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| 8 | #include "tvector.h"
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| 9 | //#include "spheregorski.h"
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| 10 | #include "spherethetaphi.h"
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| 11 | #include "localmap.h"
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[768] | 12 | #include "skymapinit.h"
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[573] | 13 |
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| 14 | int main()
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| 15 | {
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| 16 |
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[768] | 17 | SophyaInit();
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| 18 |
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[573] | 19 | FitsIoServer fserv;
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| 20 | int nsmax=32;
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| 21 | // test pour les vecteurs
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| 22 | /*
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| 23 | double tab[12]={1,2,3,4,5,6,7,8,9,10,11,12};
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| 24 | TVector<double> V(12,tab);
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| 25 | delete [] tab;
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| 26 | cout << " impression du vecteur V" << endl;
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| 27 | cout << V << endl;
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| 28 | fserv.save(V, "vecteur.fits");
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| 29 | TVector<double> W(5);
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| 30 | fserv.load(W,"vecteur.fits");
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| 31 | cout << " impression du vecteur W" << endl;
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| 32 | cout << W << endl;
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| 33 | */
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| 34 | // test pour les matrices
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| 35 | /*
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| 36 | double tab[12]={1,2,3,4,5,6,7,8,9,10,11,12};
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| 37 | //TMatrix<double> m(3,4,tab);
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| 38 | TVector<double> m(12,tab);
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| 39 | cout << " impression de la matrice m" << endl;
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| 40 | cout << m << endl;
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| 41 | fserv.save(m, "matrice.fits");
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| 42 | TMatrix<double> mm(2,3);
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| 43 | //TVector<double> mm(12);
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| 44 | fserv.load(mm, "matrice.fits");
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| 45 | cout << " impression de la matrice mm" << endl;
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| 46 | cout << mm << endl;
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| 47 | */
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| 48 | // test pour spheres
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| 49 | /*
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| 50 | // nsmax est parameter chez Gorski (anafast)
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| 51 | int bid=0;
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| 52 |
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| 53 | //int npixtot=12*32*32;
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| 54 | //float map[12*32*32];
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| 55 | // test pour les spheres
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| 56 | // Définition de la sphère
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| 57 | int m=nsmax;
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[837] | 58 | double teta,phi;
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[573] | 59 | SphereGorski<float> sph1(nsmax);
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| 60 | //SphereThetaPhi sph1(nsmax);
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| 61 | for (int j=0;j<sph1.NbPixels();j++)
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| 62 | {
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| 63 | sph1.PixThetaPhi(j,teta,phi);
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| 64 | int bid= sph1.PixIndexSphNest(teta,phi);
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| 65 | int bid2= sph1. NestToRing(bid);
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| 66 | sph1(bid2)= 200* cos(3.*teta)*sin(8*phi);
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| 67 | }
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| 68 | // test projection sur une image fits
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| 69 | cout << " je projette la sphere 1 " <<endl;
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| 70 | char fileimg[]="img1.fits";
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| 71 | fserv.sinus_picture_projection(sph1,fileimg);
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| 72 |
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| 73 | */
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| 74 |
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| 75 |
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| 76 | /*
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| 77 | // test ecriture sur une image
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| 78 | char fileout[]="out.fits";
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| 79 | cout << " ecriture dans " << fileout << endl;
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| 80 | fserv.save(sph1,fileout);
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| 81 | cout << "relecture du fichier " << fileout << " qu'on verse dans une autre sphere" << endl;
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| 82 | m=8;
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| 83 | //SphereThetaPhi sph2(m);
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| 84 | SphereGorski<float> sph2(m);
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| 85 | fserv.load(sph2,fileout);
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| 86 |
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| 87 | for (int j=0;j<10;j++)
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| 88 | {
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| 89 | sph2.PixThetaPhi(j,teta,phi);
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| 90 | int bid= sph2.PixIndexSphNest(teta,phi);
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| 91 | int bid2= sph2.NestToRing(bid);
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| 92 | cout << " ring= " << j << " nest= " << bid << " ring= " << bid2 << endl;
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| 93 | }
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| 94 |
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| 95 | // reprojection sur image
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| 96 | cout << " je projette la sphere 2 " <<endl;
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| 97 | char fileimg2[]="img2.fits";
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| 98 | fserv.sinus_picture_projection(sph2,fileimg2);
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| 99 |
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| 100 | */
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| 101 | // test pour localmap
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| 102 | int m=nsmax;
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| 103 | //SphereGorski<double> sph1(nsmax);
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| 104 | SphereThetaPhi<double> sph1(nsmax);
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| 105 | for (int j=0;j<sph1.NbPixels();j++)
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| 106 | {
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[837] | 107 | double teta,phi;
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[573] | 108 | sph1.PixThetaPhi(j,teta,phi);
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| 109 | //int bid= sph1.PixIndexSphNest(teta,phi);
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| 110 | //int bid2= sph1. NestToRing(bid);
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| 111 | sph1(j)= 200* cos(3.*teta)*sin(8*phi);
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| 112 | }
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| 113 | LocalMap<double> lcl(600,300);
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| 114 | lcl.SetOrigin(90.,180.);
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| 115 | lcl.SetSize(60.,60.);
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| 116 | for (int k=0; k< lcl.NbPixels(); k++)
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| 117 | {
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[837] | 118 | double theta, phi;
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[573] | 119 | lcl.PixThetaPhi(k, theta, phi);
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| 120 | lcl(k)=sph1(sph1.PixIndexSph( theta, phi));
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| 121 | }
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| 122 | cout << " dessin sur img5" << endl;
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| 123 | fserv.picture(lcl,"img5.fits");
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| 124 | cout << " sauvegarde sur out5" << endl;
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| 125 | fserv.save(lcl,"out5.fits");
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| 126 | /*
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| 127 | SphereGorski<double> sph3(nsmax);
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| 128 | lcl.Project(sph3);
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| 129 | cout << " je projette la sphere 3 " <<endl;
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| 130 | char fileimg3[]="img3.fits";
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| 131 | fserv.sinus_picture_projection(sph3,fileimg3);
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| 132 | char fileout3[]="out3.fits";
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| 133 | fserv.save(lcl,fileout3);
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| 134 | LocalMap<double> lcl2(3,4);
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| 135 | fserv.load(lcl2,fileout3);
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| 136 | SphereGorski<double> sph4(nsmax);
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| 137 | lcl2.Project(sph4);
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| 138 | cout << " je projette la sphere 4 " <<endl;
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| 139 | char fileimg4[]="img4.fits";
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| 140 | fserv.sinus_picture_projection(sph4,fileimg4);
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| 141 | */
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| 142 | cout << " ===== Fin de testfits ======== " << endl;
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| 143 | exit( 0 );
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| 144 | }
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