Tutorial_Step3_2D_analysis.ipynb

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     "text": [
      "Welcome to JupyROOT 6.26/08\n"
     ]
    }
   ],
   "source": [
    "%load_ext autoreload\n",
    "%autoreload 2\n",
    "from DarkMatter import *"
   ]
  },
  {
   "cell_type": "code",
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     "text": [
      "==================================================\n",
      "[Log] Package      : EventDisplay\n",
      "[Log] # of Dwarfs  : 17\n",
      "[Log] Channel      : ee\n",
      "[Log] Dimention    : 2\n",
      "[Log] Background   : Gaussian (gaus)\n",
      "[Log] Dispersion   : Etr vs ratio\n",
      "[Log] Minimum mass : 100 GeV\n",
      "[Log] Maximum mass : 32 TeV\n",
      "==================================================\n"
     ]
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     "text": [
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Log] Upper limits are saved in '/Users/dtak/Research/DarkMatter/Output/nextP_2D_ee.npy'\n",
      "==================================================\n",
      "[Log] Package      : EventDisplay\n",
      "[Log] # of Dwarfs  : 17\n",
      "[Log] Channel      : uu\n",
      "[Log] Dimention    : 2\n",
      "[Log] Background   : Gaussian (gaus)\n",
      "[Log] Dispersion   : Etr vs ratio\n",
      "[Log] Minimum mass : 100 GeV\n",
      "[Log] Maximum mass : 32 TeV\n",
      "==================================================\n"
     ]
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      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Log] Upper limits are saved in '/Users/dtak/Research/DarkMatter/Output/nextP_2D_uu.npy'\n",
      "==================================================\n",
      "[Log] Package      : EventDisplay\n",
      "[Log] # of Dwarfs  : 17\n",
      "[Log] Channel      : tt\n",
      "[Log] Dimention    : 2\n",
      "[Log] Background   : Gaussian (gaus)\n",
      "[Log] Dispersion   : Etr vs ratio\n",
      "[Log] Minimum mass : 100 GeV\n",
      "[Log] Maximum mass : 32 TeV\n",
      "==================================================\n"
     ]
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      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Log] Upper limits are saved in '/Users/dtak/Research/DarkMatter/Output/nextP_2D_tt.npy'\n",
      "==================================================\n",
      "[Log] Package      : EventDisplay\n",
      "[Log] # of Dwarfs  : 17\n",
      "[Log] Channel      : ttbar\n",
      "[Log] Dimention    : 2\n",
      "[Log] Background   : Gaussian (gaus)\n",
      "[Log] Dispersion   : Etr vs ratio\n",
      "[Log] Minimum mass : 100 GeV\n",
      "[Log] Maximum mass : 32 TeV\n",
      "==================================================\n"
     ]
    },
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      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Log] Upper limits are saved in '/Users/dtak/Research/DarkMatter/Output/nextP_2D_ttbar.npy'\n",
      "==================================================\n",
      "[Log] Package      : EventDisplay\n",
      "[Log] # of Dwarfs  : 17\n",
      "[Log] Channel      : bbar\n",
      "[Log] Dimention    : 2\n",
      "[Log] Background   : Gaussian (gaus)\n",
      "[Log] Dispersion   : Etr vs ratio\n",
      "[Log] Minimum mass : 100 GeV\n",
      "[Log] Maximum mass : 32 TeV\n",
      "==================================================\n"
     ]
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      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Log] Upper limits are saved in '/Users/dtak/Research/DarkMatter/Output/nextP_2D_bbar.npy'\n",
      "==================================================\n",
      "[Log] Package      : EventDisplay\n",
      "[Log] # of Dwarfs  : 17\n",
      "[Log] Channel      : WW\n",
      "[Log] Dimention    : 2\n",
      "[Log] Background   : Gaussian (gaus)\n",
      "[Log] Dispersion   : Etr vs ratio\n",
      "[Log] Minimum mass : 100 GeV\n",
      "[Log] Maximum mass : 32 TeV\n",
      "==================================================\n"
     ]
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      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Log] Upper limits are saved in '/Users/dtak/Research/DarkMatter/Output/nextP_2D_WW.npy'\n",
      "==================================================\n",
      "[Log] Package      : EventDisplay\n",
      "[Log] # of Dwarfs  : 17\n",
      "[Log] Channel      : ZZ\n",
      "[Log] Dimention    : 2\n",
      "[Log] Background   : Gaussian (gaus)\n",
      "[Log] Dispersion   : Etr vs ratio\n",
      "[Log] Minimum mass : 100 GeV\n",
      "[Log] Maximum mass : 32 TeV\n",
      "==================================================\n"
     ]
    },
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      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Log] Upper limits are saved in '/Users/dtak/Research/DarkMatter/Output/nextP_2D_ZZ.npy'\n",
      "==================================================\n",
      "[Log] Package      : EventDisplay\n",
      "[Log] # of Dwarfs  : 17\n",
      "[Log] Channel      : gamma\n",
      "[Log] Dimention    : 2\n",
      "[Log] Background   : Gaussian (gaus)\n",
      "[Log] Dispersion   : Etr vs ratio\n",
      "[Log] Minimum mass : 13 GeV\n",
      "[Log] Maximum mass : 1258925 TeV\n",
      "==================================================\n"
     ]
    },
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     "text": [
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Log] Upper limits are saved in '/Users/dtak/Research/DarkMatter/Output/nextP_2D_gamma.npy'\n",
      "==================================================\n",
      "[Log] Package      : EventDisplay\n",
      "[Log] # of Dwarfs  : 17\n",
      "[Log] Channel      : nue\n",
      "[Log] Dimention    : 2\n",
      "[Log] Background   : Gaussian (gaus)\n",
      "[Log] Dispersion   : Etr vs ratio\n",
      "[Log] Minimum mass : 100 GeV\n",
      "[Log] Maximum mass : 32 TeV\n",
      "==================================================\n"
     ]
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     "text": [
      "[Error] MIGRAD is NOT converged. Check initial parameters (minuit in mle.py).\n",
      "[Log] Upper limits are saved in '/Users/dtak/Research/DarkMatter/Output/nextP_2D_nue.npy'\n"
     ]
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "cp: /Users/dtak/Research/DarkMatter/Output/nextP_2D_ee.npy: No such file or directory\n",
      "cp: /Users/dtak/Research/DarkMatter/Output/nextP_2D_uu.npy: No such file or directory\n",
      "cp: /Users/dtak/Research/DarkMatter/Output/nextP_2D_tt.npy: No such file or directory\n",
      "cp: /Users/dtak/Research/DarkMatter/Output/nextP_2D_ttbar.npy: No such file or directory\n",
      "cp: /Users/dtak/Research/DarkMatter/Output/nextP_2D_bbar.npy: No such file or directory\n",
      "cp: /Users/dtak/Research/DarkMatter/Output/nextP_2D_WW.npy: No such file or directory\n",
      "cp: /Users/dtak/Research/DarkMatter/Output/nextP_2D_ZZ.npy: No such file or directory\n",
      "cp: /Users/dtak/Research/DarkMatter/Output/nextP_2D_gamma.npy: No such file or directory\n",
      "cp: /Users/dtak/Research/DarkMatter/Output/nextP_2D_nue.npy: No such file or directory\n"
     ]
    }
   ],
   "source": [
    "for channel in const.ListOfChannel:\n",
    "    if channel == \"gamma\":\n",
    "        mass = const.mass4gamma\n",
    "    else:\n",
    "        mass=np.logspace(2, 4.5, 15)\n",
    "        \n",
    "    filename=f\"nextP_2D_{channel}\"\n",
    "    Likelihood.combinedUpperLimits(channel, \"EventDisplay\", \n",
    "                               mass=mass, useBias=True,\n",
    "                               addTheta=True, filename=filename,\n",
    "                               averagedIRF=True, ext=True,\n",
    "                               dwarfs=const.ListOfDwarf,\n",
    "                               bkgModel=\"gaus\", method=2)"
   ]
  },
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