1 | // Dominique YVON, CEA/DAPNIA/SPP 02/2000
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2 |
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3 | #include <stdio.h>
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4 | #include <stdlib.h>
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5 | #include <math.h>
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6 | #include <iostream>
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7 | #include <fstream>
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8 | //#include <SIOUX.h>
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9 |
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10 | #ifdef __MWERKS__
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11 | #include "mwerksmath.h"
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12 | #include "unixmac.h"
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13 | #include "macenvvariables.h"
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14 | #endif
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15 |
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16 | #include "squarefilt.h"
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17 | #include "fitsioserver.h"
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18 |
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19 | #include "alllobe.h"
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20 | #include "alllightsources.h"
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21 | #include "sigcalctools.h"
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22 |
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23 | #define NLatTestMap (256)
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24 |
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25 | static FitsIoServer FitsServer;
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26 | int CompareMapResults();
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27 | int TestSommeMapsInBand(char file1[], long nlat);
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28 |
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29 | int CompareMapResults()
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30 | {
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31 | cout<< "Test du fonctionnement par la comparaison systematique";
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32 | cout<< " Avec les resultats de supertango"<<endl;
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33 |
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34 |
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35 |
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36 | #ifndef __MWERKS__
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37 | char* PATHResults=getenv("PATHResults");
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38 | char* PATHDataLScr=getenv("PATHDataLScr");
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39 | char* PATHCarteLobe=getenv("PATHCarteLobe");
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40 | char* PATHSTangoRes=getenv("PATHSTangoRes");
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41 | #endif
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42 |
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43 | // double Min, Max, Moy, sigma;
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44 | char filename [150];
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45 |
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46 | sprintf(filename,"CarteCieltot_res0256.fits");
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47 |
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48 | TestSommeMapsInBand(filename,NLatTestMap);
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49 |
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50 | return 0;
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51 | }
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52 |
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53 | int TestSommeMapsInBand(char fileTotPower[], long nlat) // Pas fini Ne pas utiliser!
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54 | {
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55 | double Min, Max, Moy, sigma;
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56 | char filename[150];
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57 | // On lit les donnees brutes
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58 | SphereGorski<float> PowerMap(nlat); // Pour se mettre a l'unite nW/m2/St
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59 |
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60 | // Definition channel C
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61 | LobeGaussien LobeGaussChanC(28.2/60.,30.e9,50.e09);
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62 | // LobeConique ConeLobe(1.,10.e9,3000.e9); // pour des test simples
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63 | SquareFilter FlatFilter(36.e9,44.e9); // Hz
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64 |
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65 | // Test lobes
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66 | // On somme les trois contributions intgres sur la bande passante
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67 | /*
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68 | // OK pour le synchrotron
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69 | { LightSynchro Synchro(nlat);
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70 | SigCalcTool ChanCTool(&Synchro,&LobeGaussChanC,&FlatFilter);
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71 | addInInBandPowerMap(PowerMap,ChanCTool); // OK pour le synchrotron
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72 | }
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73 |
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74 | // On ajoute la poussiere diffuse
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75 | { LightDiffDust DiffDust(nlat);
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76 | SigCalcTool ChanCTool(&DiffDust,&LobeGaussChanC,&FlatFilter);
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77 | addInInBandPowerMap(PowerMap,ChanCTool);
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78 | }
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79 |
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80 | // On ajoute le CMB
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81 | { LightCMBPrim CMB(nlat);
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82 | SigCalcTool ChanCTool(&CMB,&LobeGaussChanC,&FlatFilter);
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83 | addInInBandPowerMap(PowerMap,ChanCTool);
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84 | }
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85 |
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86 |
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87 | // On ajoute du bruit
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88 | { SphereGorski<float> NoiseChanCMap(nlat);
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89 | sprintf(filename, "%schannelC_noise_res%04i.fits",PATHSTangoRes,nlat);
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90 | FitsServer.load(NoiseChanCMap,filename);
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91 | scaleMap(1.e-9,NoiseChanCMap); // Pour se mettre W/m2/St
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92 | addMap(PowerMap,NoiseChanCMap);
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93 | }
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94 |
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95 | // Bilan carte sommee
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96 | cout<<"Carte Totale"<<endl;
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97 | MinMaxSigMap(PowerMap,Min,Max,Moy,sigma);
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98 | cout <<"PowerMap: "<<"Min="<<Min<<" Max="<<Max;
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99 | cout<<" Moy="<<Moy<<" sigma="<<sigma<<endl<<endl;
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100 |
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101 | FitsServer.save(PowerMap,file1);
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102 | */
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103 | /*
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104 | // Test-Validation Ptotale si ca se passe bien
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105 | {
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106 | SphereGorski<float> ObsTotSTango(256);
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107 | sprintf(filename, "%schannelC_obs_res0256.fits",PATHSTangoRes);
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108 | FitsServer.load(ObsTotSTango,filename);
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109 | scaleMap(1.e-9,ObsTotSTango); // Pour se mettre W/m2/St
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110 |
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111 | MinMaxSigMap(ObsTotSTango,Min,Max,Moy,sigma);
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112 | cout <<"ObsTotSTango W/m2/sr: "<<"Min="<<Min<<" Max="<<Max;
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113 | cout<<" Moy="<<Moy<<" sigma="<<sigma<<endl<<endl;
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114 |
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115 | divMap1WithMap2(PowerMap,ObsTotSTango);
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116 | MinMaxSigMap(PowerMap,Min,Max,Moy,sigma);
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117 | cout <<"Test: "<<"Min="<<Min<<" Max="<<Max;
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118 | cout<<" Moy="<<Moy<<" sigma="<<sigma<<endl<<endl;
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119 |
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120 | // On sauve la carte sur disque
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121 | sprintf(filename,"SinusDivCieltot_res0256.fits");
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122 | FitsServer.sinus_picture_projection(PowerMap,filename);
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123 |
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124 | // On regarde la carte obtenue
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125 | sprintf(filename,"SinusCieltot_res%04i.fits",nlat);
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126 | FitsServer.sinus_picture_projection(PowerMap,filename);
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127 | }
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128 | */
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129 |
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130 | /*
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131 | // On veut convoluer avec un lobe gaussien
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132 | {
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133 |
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134 | LightSrcMapPowerInband LightMapInCBand(fileTotPower,256,36.e9,44.e9);
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135 | // On utilise une carte deja integree sur la reponse spectrale
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136 | // Dont les bornes en frequence sont specifiees dans le constructeur
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137 | // Pour la forme en coherence avec ChannelC
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138 | // On utilse un lobe (large bande)
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139 |
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140 |
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141 | // Voila l'outil
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142 | SigCalcTool ChannelCtool(&LightMapInCBand,&LobeGaussChanC,&FlatFilter);
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143 |
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144 | // La carte
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145 | SphereGorski<float> ChannelCConvolue(nlat);
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146 |
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147 | // On convolue
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148 | addToSkyMap(ChannelCConvolue, ChannelCtool);
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149 |
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150 | // On sauvegarde
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151 | sprintf(filename,"ChannelConvolue%04i.fits",nlat);
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152 | FitsServer.save(ChannelCConvolue, filename);
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153 |
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154 | MinMaxSigMap(ChannelCConvolue,Min,Max,Moy,sigma);
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155 | cout <<"ChannelCConvolue: "<<"Min="<<Min<<" Max="<<Max;
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156 | cout<<" Moy="<<Moy<<" sigma="<<sigma<<endl<<endl;
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157 |
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158 | // On regarde la carte obtenue
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159 | sprintf(filename,"SinusCielCconvol%04i.fits",nlat);
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160 | FitsServer.sinus_picture_projection(ChannelCConvolue,filename);
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161 | }
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162 | */
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163 |
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164 | /*
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165 | { // On Compare
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166 | #ifndef __MWERKS__
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167 | char* PATHSTangoRes=getenv("PATHSTangoRes");
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168 | #endif
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169 | SphereGorski<float> ObsConvolSTango(nlat);
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170 | sprintf(filename, "%schannelC_convolved.fits",PATHSTangoRes);
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171 | FitsServer.load(ObsConvolSTango,filename);
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172 | // Unite nW/m2/St
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173 |
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174 | // On met a la meme echelle
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175 | LightSrcMapPowerInband LightMapInCBand(fileTotPower,256,36.e9,44.e9);
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176 | SigCalcTool ChannelCtool(&LightMapInCBand,&LobeGaussChanC,&FlatFilter);
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177 | double lobeSize=ChannelCtool.CalcLobeSize(); //Steradian
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178 | double scaleFactor= 1.e-9 * lobeSize; // Pour se mettre W/m2
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179 | scaleMap(scaleFactor,ObsConvolSTango);
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180 |
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181 | MinMaxSigMap(ObsConvolSTango,Min,Max,Moy,sigma);
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182 | cout <<"ObsConvolSTango W/m2/sr: "<<"Min="<<Min<<" Max="<<Max;
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183 | cout<<" Moy="<<Moy<<" sigma="<<sigma<<endl<<endl;
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184 |
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185 | SphereGorski<float> ChannelCConvolue(nlat);
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186 | sprintf(filename,"ChannelConvolue%04i.fits",nlat);
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187 | FitsServer.load(ChannelCConvolue,filename);
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188 |
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189 | MinMaxSigMap(ChannelCConvolue,Min,Max,Moy,sigma);
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190 | cout <<"ChannelCConvolue W/m2/sr: "<<"Min="<<Min<<" Max="<<Max;
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191 | cout<<" Moy="<<Moy<<" sigma="<<sigma<<endl<<endl;
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192 |
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193 | // On divise
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194 | divMap1WithMap2(ChannelCConvolue,ObsConvolSTango);
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195 | MinMaxSigMap(ChannelCConvolue,Min,Max,Moy,sigma);
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196 | cout <<"Test: "<<"Min="<<Min<<" Max="<<Max;
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197 | cout<<" Moy="<<Moy<<" sigma="<<sigma<<endl<<endl;
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198 |
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199 | // On sauvegarde la carte
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200 | sprintf(filename,"SinusConvolDiv%04i.fits",nlat);
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201 | FitsServer.sinus_picture_projection(ChannelCConvolue,filename);
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202 | }
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203 | */
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204 | return 0;
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205 | }
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206 |
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207 |
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208 |
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209 | /*
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210 | // On lit les templates pour voir
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211 | sprintf(filename, "%sdust_res0256.fits",PATHDataLScr);
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212 | FitsServer.load(DiffDustMap,filename);
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213 | MinMaxSigMap(DiffDustMap,Min,Max,Moy,sigma);
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214 | flog<<"DiffDustMap: "<<"Min="<<Min<<" Max="<<Max;
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215 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl<<endl;
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216 |
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217 | */
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218 | /*
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219 | sprintf(filename, "%ssync_res0256.fits",PATHDataLScr);
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220 | FitsServer.load(SynchroMap,filename);
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221 | MinMaxSigMap(SynchroMap,Min,Max,Moy,sigma);
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222 | flog<<"SynchroMap: "<<"Min="<<Min<<" Max="<<Max;
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223 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl<<endl;
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224 | */
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225 |
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226 | /*
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227 | sprintf(filename, "%scmb_res0256.fits",PATHDataLScr);
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228 | FitsServer.load(CMBPrimMap,filename);
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229 | MinMaxSigMap(CMBPrimMap,Min,Max,Moy,sigma);
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230 | flog<<"CMBPrimMap: "<<"Min="<<Min<<" Max="<<Max;
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231 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl<<endl;
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232 | */
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233 |
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234 | /*
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235 | // Test Module synchrotron
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236 | SphereGorski<float> ChanCSynchro(256);
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237 | SphereGorski<float> MYCSynchro(256);
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238 |
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239 |
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240 | // Sans lobes d'abord
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241 | // Lecture resultats de supertango
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242 | sprintf(filename, "%schannelC_sync_res0256.fits",PATHSTangoRes);
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243 | FitsServer.load(ChanCSynchro,filename);
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244 | MinMaxSigMap(ChanCSynchro,Min,Max,Moy,sigma);
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245 | flog<<"ChanCSynchro: "<<"Min="<<Min<<" Max="<<Max;
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246 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl;
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247 |
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248 | // Calcul SigPred
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249 | LightSynchro Synchro(256);
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250 | SigCalcTool ChanCTool(&Synchro,&ConeLobe,&FlatFilter);
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251 | //ChanCTool.SetLightScr(&Synchro);
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252 |
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253 | addInBandPower(MYCSynchro,ChanCTool);
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254 | scaleMap(1.e9,MYCSynchro); // Pour se mettre a l'unite nW/m2/St
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255 | MinMaxSigMap(MYCSynchro,Min,Max,Moy,sigma);
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256 | flog<<"MYCSynchro: "<<"Min="<<Min<<" Max="<<Max;
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257 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl;
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258 | */
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259 | // Validation
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260 | /* //substractMap(MYCSynchro,ChanCSynchro);
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261 | divMap1WithMap2(MYCSynchro,ChanCSynchro);
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262 | MinMaxSigMap(MYCSynchro,Min,Max,Moy,sigma);
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263 | flog<<"Division des cartes: "<<"Min="<<Min<<" Max="<<Max;
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264 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl;
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265 | */
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266 | /* // test
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267 | divMap1WithMap2(MYCSynchro,SynchroMap);
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268 | MinMaxSigMap(MYCSynchro,Min,Max,Moy,sigma);
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269 | flog<<"MycoeffIntegrale MYCSynchro: "<<"Min="<<Min<<" Max="<<Max;
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270 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl;
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271 |
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272 | divMap1WithMap2(ChanCSynchro,SynchroMap);
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273 | MinMaxSigMap(ChanCSynchro,Min,Max,Moy,sigma);
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274 | flog<<"STangoCoeffIntegrale ChanCSynchro: "<<"Min="<<Min<<" Max="<<Max;
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275 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl;
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276 |
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277 | */
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278 |
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279 | /*
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280 | // Test Module CMB
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281 | SphereGorski<float> ChanCCMB(256);
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282 | SphereGorski<float> MYCCMB(256);
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283 |
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284 | // Sans lobes d'abord: Integrale sur les dependances spectrales
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285 | //degrs, freqmin, Freqmax
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286 | LightCMBPrim CMB(256);
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287 | SigCalcTool ChanCTool(&CMB,&ConeLobe,&FlatFilter);
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288 |
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289 | // Lecture resultats de supertango
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290 | sprintf(filename,"%schannelC_cmb_res0256.fits",PATHSTangoRes);
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291 | FitsServer.load(ChanCCMB,filename);
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292 | MinMaxSigMap(ChanCCMB,Min,Max,Moy,sigma);
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293 | flog<<"ChanCCMB: "<<"Min="<<Min<<" Max="<<Max;
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294 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl;
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295 | */
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296 | /* // Calcul SigPred
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297 | addInBandPower(MYCCMB,ChanCTool);
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298 | scaleMap(1.e9,MYCCMB); // Pour se mettre a l'unite nW/m2/St
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299 | MinMaxSigMap(MYCCMB,Min,Max,Moy,sigma);
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300 | flog<<"MYCCMB: "<<"Min="<<Min<<" Max="<<Max;
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301 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl;
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302 | */
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303 | // Validation
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304 |
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305 | /* // test
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306 | divMap1WithMap2(MYCCMB,CMBPrimMap);
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307 | MinMaxSigMap(MYCCMB,Min,Max,Moy,sigma);
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308 | flog<<" MycoeffIntegrale MYCCMB: "<<"Min="<<Min<<" Max="<<Max;
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309 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl;
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310 |
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311 | divMap1WithMap2(ChanCCMB,CMBPrimMap);
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312 | MinMaxSigMap(ChanCCMB,Min,Max,Moy,sigma);
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313 | flog<<"STangoCoeffIntegrale ChanCCMB: "<<"Min="<<Min<<" Max="<<Max;
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314 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl<<endl;
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315 | */
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316 |
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317 | /*
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318 | // Sans lobes d'abord: Integrale sur les dependances spectrales
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319 | //degrs, freqmin, Freqmax
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320 | LightDiffDust DiffDust(256);
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321 | SigCalcTool ChanCTool(&DiffDust,&ConeLobe,&FlatFilter);
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322 |
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323 | // Test Module poussire diffuse
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324 | SphereGorski<float> ChanCDiffDust(256);
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325 | SphereGorski<float> MYCDiffDust(256);
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326 |
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327 |
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328 | // Lecture resultats de supertango
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329 | sprintf(filename,"%schannelC_dust_res0256.fits",PATHSTangoRes);
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330 | FitsServer.load(ChanCDiffDust,filename);
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331 | MinMaxSigMap(ChanCDiffDust,Min,Max,Moy,sigma);
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332 | flog<<"ChanCDiffDust: "<<"Min="<<Min<<" Max="<<Max;
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333 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl;
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334 | */
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335 |
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336 | /* // Calcul SigPred
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337 | addInBandPower(MYCDiffDust,ChanCTool);
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338 | scaleMap(1.e9,MYCDiffDust); // Pour se mettre a l'unite nW/m2/St
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339 | MinMaxSigMap(MYCDiffDust,Min,Max,Moy,sigma);
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340 | flog<<"MYCDiffDust: "<<"Min="<<Min<<" Max="<<Max;
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341 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl;
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342 | */
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343 | // Validation
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344 |
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345 | /* // test
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346 | divMap1WithMap2(MYCDiffDust,DiffDustMap);
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347 | MinMaxSigMap(MYCDiffDust,Min,Max,Moy,sigma);
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348 | flog<<"MycoeffIntegrale MYCDiffDust: "<<"Min="<<Min<<" Max="<<Max;
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349 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl;
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350 |
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351 | divMap1WithMap2(ChanCDiffDust,DiffDustMap);
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352 | MinMaxSigMap(ChanCDiffDust,Min,Max,Moy,sigma);
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353 | flog<<"STangoCoeffIntegrale ChanCDiffDust: "<<"Min="<<Min<<" Max="<<Max;
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354 | flog<<" Moy="<<Moy<<" sigma="<<sigma<<endl<<endl;
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355 | */
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356 |
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357 |
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358 | int Basictests()
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359 | {
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360 | // MakeTrap99Timeline();
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361 | // cerr.setf(ios::scientific);
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362 | cerr<< "C'est parti"<<endl;
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363 |
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364 |
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365 |
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366 | SphereGorski<float>* pTestMap;
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367 | pTestMap= new SphereGorski<float>(64);
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368 | SphereGorski<float>& TestMap=(*pTestMap);
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369 |
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370 | #ifndef __MWERKS__
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371 | char* PATHResults=getenv("PATHResults");
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372 | char* PATHDataLScr=getenv("PATHDataLScr");
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373 | char* PATHCarteLobe=getenv("PATHCarteLobe");
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374 | #endif
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375 |
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376 | //_________________ Test implementation des lobes ___________________
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377 | LobeGaussien GaussLobe(0.3,75.e9,125.e9); //degrs, freqmin, Freqmax
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378 | LobeConique ConeLobe(1.,75.e9,125.e9);
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379 | Lobe4PiGaussien Lobe4Pi1(1.,75.e9,125.e9);
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380 |
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381 | // Test de la classe Cartelobe
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382 | char lobeFileNameRoot[150];
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383 | sprintf(lobeFileNameRoot, "%sdetector100_1_cf",PATHCarteLobe);
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384 | char LobeFitsFile[150];
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385 | sprintf(LobeFitsFile, "%sCarteLobe100GHz_1_cf.fits",PATHResults);
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386 |
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387 |
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388 | // Test LobeCartoMoyen ___________________________________________
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389 | // CarteLobe CarteLobe100GHzCF(lobeFileNameRoot,100.e9); // Hz
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390 | // LobeCartoMoyen LobeCartoTest(&CarteLobe100GHzCF,75.e9,125.e9);
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391 |
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392 | // Un filtre bete........
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393 | SquareFilter FlatFilter(85.e9, 115.e9); // Hz
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394 |
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395 | cout<<"param specifiques a BoloFilterFlat"<<endl;
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396 | cout<<"mean: "<< FlatFilter.meanFreq()<<"/tPeakTransmission: "<<
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397 | FlatFilter.transmission(FlatFilter.meanFreq())<<flush;
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398 | cout<<"Width: "<<FlatFilter.maxFreq()-FlatFilter.minFreq()<<endl;
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399 | /*
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400 | cout<<" Lobe conique:"<<endl;
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401 | cout<<" Nlat gorsky: "<<LobeCartoTest.gorskyNlatFromRes();
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402 | cout<<" Resolution du lobe: "<<LobeCartoTest.lobeResol();
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403 | cout<<" Radian" <<endl;
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404 | */
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405 | char FileSinus[150];
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406 |
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407 | // Du plus simple au plus compliqu
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408 | /*
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409 | // Dipole
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410 | LightDipole Dipole;
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411 | SigCalcTool DipoleTool(&Dipole,&ConeLobe,&FlatFilter);
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412 | // SigCalcTool DipoleTool(&Dipole,&GaussLobe,&FlatFilter);
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413 | compSkyMap(TestMap,DipoleTool);
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414 | sprintf(FileSinus,"%sMapSinus_Dipole.fits",PATHResults);
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415 | FitsServer.sinus_picture_projection(TestMap,FileSinus);
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416 |
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417 | double MaxDipole=0;
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418 | for (long i=0; i<TestMap.NbPixels(); i++)
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419 | if(TestMap(i)>MaxDipole) MaxDipole=TestMap(i);
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420 | cout<<"Maximum du dipole: "<<MaxDipole<<endl;
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421 | */
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422 | /*
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423 | // Quadrupole
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424 | LightQuadrupole Quadrupole;
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425 | SigCalcTool QuadTool(&Quadrupole,&ConeLobe,&FlatFilter);
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426 | compSkyMap(TestMap,QuadTool);
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427 | sprintf(FileSinus,"%sMapSinus_quadrupole.fits",PATHResults);
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428 | FitsServer.sinus_picture_projection(TestMap,FileSinus);
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429 |
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430 | // Total des contributions du dipole
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431 | addToSkyMap(TestMap,DipoleTool);
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432 | sprintf(FileSinus, "%sMapSinus_Dip_Quad.fits",PATHResults);
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433 | FitsServer.sinus_picture_projection(TestMap,FileSinus);
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434 | */
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435 |
|
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436 | /* // Effet du soleil
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437 | double SunAngsize = 4.833e-3; // Radian;
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438 | // double SunAngsize = 4.833e-2; // Debug
|
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439 | QuasiPtSources Sun(5800.,SunAngsize,M_PI/2.,M_PI);
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440 | SigCalcTool SunTool(&Sun,&GaussLobe,&FlatFilter);
|
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441 | //SigCalcTool SunTool(&Sun,&ConeLobe,&FlatFilter);
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442 | compSkyMap(TestMap,SunTool);
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443 |
|
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444 | // sprintf(FileSinus,"%sSphereGorsky_Soleil.fits",PATHResults);
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445 | // FitsServer.save(TestMap, FileSinus);
|
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446 |
|
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447 | sprintf(FileSinus,"%sMapSinus_Soleil.fits",PATHResults);
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448 | FitsServer.sinus_picture_projection(TestMap,FileSinus);
|
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449 |
|
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450 | double MaxSun=0.;
|
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451 | for (long i=0; i<TestMap.NbPixels(); i++)
|
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452 | if(TestMap(i)>MaxSun) MaxSun=TestMap(i);
|
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453 | cout<<"Maximum du soleil: "<<MaxSun<<endl;
|
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454 | */
|
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455 |
|
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456 | /*
|
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457 | // Fluctuation primordiales
|
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458 | LightCMBPrim CMBFlucLight(256,1.e-5);
|
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459 | SigCalcTool CMBGraalTool(&CMBFlucLight,&ConeLobe,&FlatFilter);
|
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460 | compSkyMap(TestMap,CMBGraalTool);
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461 | sprintf(FileSinus,"%sMapSinus_CMBPrimordial.fits",PATHResults);
|
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462 | FitsServer.sinus_picture_projection(TestMap,FileSinus);
|
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463 | */
|
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464 |
|
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465 | /*
|
---|
466 | // Carte synchrotron
|
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467 | LightSynchro Synchro(256);
|
---|
468 | SigCalcTool SynchroTool(&Synchro,&ConeLobe,&FlatFilter);
|
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469 | compSkyMap(TestMap,SynchroTool);
|
---|
470 |
|
---|
471 | sprintf(FileSinus,"%sMapSinus_Synchro.fits",PATHResults);
|
---|
472 | FitsServer.sinus_picture_projection(TestMap,FileSinus);
|
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473 | */
|
---|
474 |
|
---|
475 | /*
|
---|
476 | // Diffuse Dust
|
---|
477 | LightDiffDust DiffDust(256);
|
---|
478 | SigCalcTool DiffDustTool(&DiffDust,&ConeLobe,&FlatFilter);
|
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479 | compSkyMap(TestMap,DiffDustTool);
|
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480 | sprintf(FileSinus,"%sMapSinus_DiffDust.fits",PATHResults);
|
---|
481 | FitsServer.sinus_picture_projection(TestMap,FileSinus);
|
---|
482 |
|
---|
483 | */
|
---|
484 |
|
---|
485 | /*
|
---|
486 | LightGalaxResol Galaxresol(128);
|
---|
487 | SigCalcTool GalacResolTool(&Galaxresol,&ConeLobe,&FlatFilter);
|
---|
488 | compSkyMap(TestMap,GalacResolTool);
|
---|
489 | sprintf(FileSinus,"%sMapSinus_GalaxResol.fits",PATHResults);
|
---|
490 | FitsServer.sinus_picture_projection(TestMap,FileSinus);
|
---|
491 | */
|
---|
492 |
|
---|
493 | /*
|
---|
494 | // Fond galactique non resolues
|
---|
495 | LightGalaxNoResol GalaxNoresol(128);
|
---|
496 | SigCalcTool GalacNoResolTool(&GalaxNoresol,&ConeLobe,&FlatFilter);
|
---|
497 | compSkyMap(TestMap,GalacNoResolTool);
|
---|
498 | sprintf(FileSinus,"%sMapSinus_GalaxNOResol.fits",PATHResults);
|
---|
499 | FitsServer.sinus_picture_projection(TestMap,FileSinus);
|
---|
500 |
|
---|
501 | */
|
---|
502 |
|
---|
503 | return 0;
|
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504 | } |
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