fuse_data_reduction_calfuse_v3.2.3.ipynb

{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {
    "ExecuteTime": {
     "end_time": "2021-04-28T03:28:49.678037Z",
     "start_time": "2021-04-28T03:28:49.672613Z"
    }
   },
   "outputs": [],
   "source": [
    "import numpy as np\n",
    "from scipy.signal import convolve2d \n",
    "from os import path, getcwd, system, getenv\n",
    "from astropy.io import fits\n",
    "from time import perf_counter\n",
    "import urllib.request\n",
    "\n",
    "import matplotlib\n",
    "import matplotlib.pyplot as plt\n",
    "from matplotlib import cm\n",
    "import glob\n",
    "\n",
    "\n",
    "from matplotlib.ticker import (MultipleLocator, FormatStrFormatter,\n",
    "                               AutoMinorLocator)\n",
    "\n",
    "import sys,inspect\n",
    "currentdir = path.dirname(path.abspath(inspect.getfile(inspect.currentframe())))\n",
    "parentdir = path.dirname(currentdir)\n",
    "sys.path.append(parentdir)\n",
    "# from deconv import cube_deconv\n",
    "# from ppxf_wrap import ppxf_wrap\n",
    "\n",
    "# import warnings\n",
    "\n",
    "# if True:\n",
    "#     print('Set warnings.filterwarnings as \"ignore\"')\n",
    "#     print('Warning Message will not be printed')\n",
    "#     warnings.filterwarnings(\"ignore\")\n",
    "\n",
    "from astropy.convolution import convolve, Gaussian1DKernel, Box1DKernel\n",
    "from scipy.optimize import curve_fit\n",
    "from scipy.interpolate import interp1d\n",
    "from scipy import constants\n",
    "import pandas as pd\n",
    "\n",
    "import plotly.express as px"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "metadata": {
    "ExecuteTime": {
     "end_time": "2021-04-28T03:28:49.889153Z",
     "start_time": "2021-04-28T03:28:49.885886Z"
    }
   },
   "outputs": [],
   "source": [
    "def photon_energy_erg(wave_ang=1035): # lambda in Angstrom\n",
    "    return constants.h/1e-7*constants.c/(wave_ang*1e-10)  # ergs"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {
    "ExecuteTime": {
     "end_time": "2021-04-28T03:28:50.115705Z",
     "start_time": "2021-04-28T03:28:50.111036Z"
    }
   },
   "outputs": [],
   "source": [
    "def set_rcparams_prop(amp=1):\n",
    "    fs=18\n",
    "    fs=22\n",
    "    tickmajorwidth=2.5\n",
    "    tickminorwidth=2.5\n",
    "    axeslw=2.5\n",
    "    tmjs=6*amp\n",
    "    tmns=tmjs/3.5*2*amp\n",
    "    plt.rcParams['axes.titlesize']=fs\n",
    "    plt.rcParams['axes.labelsize']=fs\n",
    "    plt.rcParams['xtick.labelsize']=fs\n",
    "    plt.rcParams['ytick.labelsize']=fs\n",
    "    plt.rcParams['axes.linewidth'] = axeslw\n",
    "    plt.rcParams['xtick.major.width'] = tickmajorwidth\n",
    "    plt.rcParams['ytick.major.width'] = tickmajorwidth\n",
    "    plt.rcParams['xtick.minor.width'] = tickminorwidth\n",
    "    plt.rcParams['ytick.minor.width'] = tickminorwidth\n",
    "    plt.rcParams['xtick.major.size'] = tmjs\n",
    "    plt.rcParams['ytick.major.size'] = tmjs\n",
    "    plt.rcParams['xtick.minor.size'] = tmns\n",
    "    plt.rcParams['ytick.minor.size'] = tmns"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "metadata": {
    "ExecuteTime": {
     "end_time": "2021-04-28T03:28:50.760747Z",
     "start_time": "2021-04-28T03:28:50.754690Z"
    }
   },
   "outputs": [],
   "source": [
    "def forprint(*args, textout=1, fmt=[]):\n",
    "    \n",
    "    nargs=len(args)\n",
    "    ncomp=len(args[0])\n",
    "    \n",
    "    if (len(fmt)==0) | (len(fmt) !=nargs):\n",
    "        fmt=np.repeat('%s',nargs)\n",
    "        \n",
    "    if textout == 1:\n",
    "        for i in range(ncomp):\n",
    "            pstr=''\n",
    "#             for arg in args:\n",
    "            for j in range(nargs):\n",
    "#                 pstr=pstr+str(arg[i])+' '\n",
    "                pstr=pstr+(fmt[j] % (args[j])[i])+' '\n",
    "            print(pstr)\n",
    "        \n",
    "    if type(textout) == str:\n",
    "        file = open(textout,'w')\n",
    "#         file.write()\n",
    "        for i in range(ncomp):\n",
    "            pstr=''\n",
    "            for j in range(nargs):\n",
    "#                 pstr=pstr+str(arg[i])+' '\n",
    "                pstr=pstr+(fmt[j] % (args[j])[i])+' '\n",
    "#             for arg in args:\n",
    "#                 pstr=pstr+str(arg[i])+' '\n",
    "            file.write(pstr+'\\n')\n",
    "        file.close()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 12,
   "metadata": {
    "ExecuteTime": {
     "end_time": "2021-04-28T03:28:51.313327Z",
     "start_time": "2021-04-28T03:28:51.309316Z"
    },
    "scrolled": false
   },
   "outputs": [],
   "source": [
    "def read_fuse(data, fmt=0):\n",
    "#     temp=[x,y,z for x,y,z in data]\n",
    "    if fmt==0:\n",
    "        temp=np.array([[x,y,z] for x,y,z in data])\n",
    "    if fmt==1:\n",
    "        temp=np.array([[a,b,c,d,e,f,g] for a,b,c,d,e,f,g in data])\n",
    "    return temp"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {
    "ExecuteTime": {
     "end_time": "2021-04-28T01:29:34.163685Z",
     "start_time": "2021-04-28T01:29:34.161023Z"
    }
   },
   "outputs": [],
   "source": [
    "obs_ids=np.array([\n",
    "    'b1140101', 'b1140201', 'b1140301', \n",
    "    'c0570101', 'c0570201',\n",
    " 'c0570202', 'c0570301', \n",
    "    'c0570401', 'p1340101', 'p1340201'\n",
    "])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  },
  {
   "cell_type": "code",
   "execution_count": 66,
   "metadata": {
    "ExecuteTime": {
     "end_time": "2021-01-31T16:17:57.927967Z",
     "start_time": "2021-01-31T16:17:57.670878Z"
    },
    "scrolled": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "mkdir -p /home/hchung/fuse_data/b1140101\n",
      "cp -f /home/hchung/fuse_data/cadc/b1140101*1attagfraw.fit /home/hchung/fuse_data/b1140101/.\n",
      "mkdir -p /home/hchung/fuse_data/b1140201\n",
      "cp -f /home/hchung/fuse_data/cadc/b1140201*1attagfraw.fit /home/hchung/fuse_data/b1140201/.\n",
      "mkdir -p /home/hchung/fuse_data/b1140301\n",
      "cp -f /home/hchung/fuse_data/cadc/b1140301*1attagfraw.fit /home/hchung/fuse_data/b1140301/.\n",
      "mkdir -p /home/hchung/fuse_data/c0570101\n",
      "cp -f /home/hchung/fuse_data/cadc/c0570101*1attagfraw.fit /home/hchung/fuse_data/c0570101/.\n",
      "mkdir -p /home/hchung/fuse_data/c0570201\n",
      "cp -f /home/hchung/fuse_data/cadc/c0570201*1attagfraw.fit /home/hchung/fuse_data/c0570201/.\n",
      "mkdir -p /home/hchung/fuse_data/c0570202\n",
      "cp -f /home/hchung/fuse_data/cadc/c0570202*1attagfraw.fit /home/hchung/fuse_data/c0570202/.\n",
      "mkdir -p /home/hchung/fuse_data/c0570301\n",
      "cp -f /home/hchung/fuse_data/cadc/c0570301*1attagfraw.fit /home/hchung/fuse_data/c0570301/.\n",
      "mkdir -p /home/hchung/fuse_data/c0570401\n",
      "cp -f /home/hchung/fuse_data/cadc/c0570401*1attagfraw.fit /home/hchung/fuse_data/c0570401/.\n",
      "mkdir -p /home/hchung/fuse_data/p1340101\n",
      "cp -f /home/hchung/fuse_data/cadc/p1340101*1attagfraw.fit /home/hchung/fuse_data/p1340101/.\n",
      "mkdir -p /home/hchung/fuse_data/p1340201\n",
      "cp -f /home/hchung/fuse_data/cadc/p1340201*1attagfraw.fit /home/hchung/fuse_data/p1340201/.\n"
     ]
    }
   ],
   "source": [
    "# copy raw files\n",
    "data_dir='/home/hchung/fuse_data'\n",
    "sub_dir='/cadc'\n",
    "# for i in [8]:\n",
    "for i in range(len(obs_ids)):\n",
    "    obs_id=obs_ids[i]\n",
    "# file_path=glob.glob(file_dir+'p134010100000all4ttagfcal.fit.gz')\n",
    "# file_path=glob.glob(file_dir+'p13401010*1alif4ttagfcal.fit.gz')\n",
    "    raw_file_path=np.array(glob.glob(data_dir+sub_dir+'/'+obs_id+'*1attagfraw.fit'))\n",
    "    obs_dir=data_dir+'/'+obs_id\n",
    "    mkdir_cmd='mkdir -p '+obs_dir\n",
    "    cp_cmd='cp -f '+data_dir+sub_dir+'/'+obs_id+'*1attagfraw.fit'+' '+obs_dir+'/.'\n",
    "    print(mkdir_cmd)\n",
    "    print(cp_cmd)\n",
    "    system(mkdir_cmd)\n",
    "    system(cp_cmd)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 70,
   "metadata": {
    "ExecuteTime": {
     "end_time": "2021-01-31T16:25:12.675954Z",
     "start_time": "2021-01-31T16:25:12.652465Z"
    }
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "['/home/hchung/fuse_data/b1140101/b11401010011attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140101/b11401010021attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140101/b11401010031attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140101/b11401010041attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140101/b11401010051attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140101/b11401010061attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140101/b11401010071attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140101/b11401010081attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140101/b11401010091attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140101/b11401010101attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140101/b11401010111attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140101/b11401010121attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140101/b11401010131attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140101/b11401010141attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140101/b11401010151attagfraw.fit']\n",
      "calfuse /home/hchung/fuse_data/b1140101/b11401010011attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140101/b11401010021attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140101/b11401010031attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140101/b11401010041attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140101/b11401010051attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140101/b11401010061attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140101/b11401010071attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140101/b11401010081attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140101/b11401010091attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140101/b11401010101attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140101/b11401010111attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140101/b11401010121attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140101/b11401010131attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140101/b11401010141attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140101/b11401010151attagfraw.fit\n",
      "/home/hchung/fuse_data/b1140101/calfuse_b1140101.sh\n",
      "['/home/hchung/fuse_data/b1140201/b11402010011attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140201/b11402010021attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140201/b11402010031attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140201/b11402010041attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140201/b11402010051attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140201/b11402010061attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140201/b11402010071attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140201/b11402010081attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140201/b11402010091attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140201/b11402010101attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140201/b11402010111attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140201/b11402010121attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140201/b11402010131attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140201/b11402010141attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140201/b11402010151attagfraw.fit']\n",
      "calfuse /home/hchung/fuse_data/b1140201/b11402010011attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140201/b11402010021attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140201/b11402010031attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140201/b11402010041attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140201/b11402010051attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140201/b11402010061attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140201/b11402010071attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140201/b11402010081attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140201/b11402010091attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140201/b11402010101attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140201/b11402010111attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140201/b11402010121attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140201/b11402010131attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140201/b11402010141attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140201/b11402010151attagfraw.fit\n",
      "/home/hchung/fuse_data/b1140201/calfuse_b1140201.sh\n",
      "['/home/hchung/fuse_data/b1140301/b11403010011attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140301/b11403010021attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140301/b11403010031attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140301/b11403010041attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140301/b11403010051attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140301/b11403010061attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140301/b11403010071attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140301/b11403010081attagfraw.fit'\n",
      " '/home/hchung/fuse_data/b1140301/b11403010091attagfraw.fit']\n",
      "calfuse /home/hchung/fuse_data/b1140301/b11403010011attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140301/b11403010021attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140301/b11403010031attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140301/b11403010041attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140301/b11403010051attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140301/b11403010061attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140301/b11403010071attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140301/b11403010081attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/b1140301/b11403010091attagfraw.fit\n",
      "/home/hchung/fuse_data/b1140301/calfuse_b1140301.sh\n",
      "['/home/hchung/fuse_data/c0570101/c05701010011attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570101/c05701010021attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570101/c05701010031attagfraw.fit']\n",
      "calfuse /home/hchung/fuse_data/c0570101/c05701010011attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570101/c05701010021attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570101/c05701010031attagfraw.fit\n",
      "/home/hchung/fuse_data/c0570101/calfuse_c0570101.sh\n",
      "['/home/hchung/fuse_data/c0570201/c05702010011attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570201/c05702010021attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570201/c05702010031attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570201/c05702010041attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570201/c05702010051attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570201/c05702010061attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570201/c05702010071attagfraw.fit']\n",
      "calfuse /home/hchung/fuse_data/c0570201/c05702010011attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570201/c05702010021attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570201/c05702010031attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570201/c05702010041attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570201/c05702010051attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570201/c05702010061attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570201/c05702010071attagfraw.fit\n",
      "/home/hchung/fuse_data/c0570201/calfuse_c0570201.sh\n",
      "['/home/hchung/fuse_data/c0570202/c05702020011attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020021attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020031attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020041attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020051attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020061attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020071attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020081attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020091attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020101attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020111attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020121attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020131attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020141attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020151attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020161attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570202/c05702020171attagfraw.fit']\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020011attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020021attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020031attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020041attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020051attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020061attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020071attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020081attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020091attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020101attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020111attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020121attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020131attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020141attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020151attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020161attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570202/c05702020171attagfraw.fit\n",
      "/home/hchung/fuse_data/c0570202/calfuse_c0570202.sh\n",
      "['/home/hchung/fuse_data/c0570301/c05703010011attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570301/c05703010021attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570301/c05703010031attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570301/c05703010041attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570301/c05703010051attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570301/c05703010061attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570301/c05703010071attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570301/c05703010081attagfraw.fit']\n",
      "calfuse /home/hchung/fuse_data/c0570301/c05703010011attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570301/c05703010021attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570301/c05703010031attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570301/c05703010041attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570301/c05703010051attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570301/c05703010061attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570301/c05703010071attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570301/c05703010081attagfraw.fit\n",
      "/home/hchung/fuse_data/c0570301/calfuse_c0570301.sh\n",
      "['/home/hchung/fuse_data/c0570401/c05704010011attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570401/c05704010021attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570401/c05704010031attagfraw.fit'\n",
      " '/home/hchung/fuse_data/c0570401/c05704010041attagfraw.fit']\n",
      "calfuse /home/hchung/fuse_data/c0570401/c05704010011attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570401/c05704010021attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570401/c05704010031attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/c0570401/c05704010041attagfraw.fit\n",
      "/home/hchung/fuse_data/c0570401/calfuse_c0570401.sh\n",
      "['/home/hchung/fuse_data/p1340101/p13401010011attagfraw.fit'\n",
      " '/home/hchung/fuse_data/p1340101/p13401010021attagfraw.fit'\n",
      " '/home/hchung/fuse_data/p1340101/p13401010031attagfraw.fit'\n",
      " '/home/hchung/fuse_data/p1340101/p13401010041attagfraw.fit'\n",
      " '/home/hchung/fuse_data/p1340101/p13401010051attagfraw.fit'\n",
      " '/home/hchung/fuse_data/p1340101/p13401010061attagfraw.fit'\n",
      " '/home/hchung/fuse_data/p1340101/p13401010071attagfraw.fit'\n",
      " '/home/hchung/fuse_data/p1340101/p13401010081attagfraw.fit'\n",
      " '/home/hchung/fuse_data/p1340101/p13401010091attagfraw.fit'\n",
      " '/home/hchung/fuse_data/p1340101/p13401010101attagfraw.fit'\n",
      " '/home/hchung/fuse_data/p1340101/p13401010111attagfraw.fit']\n",
      "calfuse /home/hchung/fuse_data/p1340101/p13401010011attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/p1340101/p13401010021attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/p1340101/p13401010031attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/p1340101/p13401010041attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/p1340101/p13401010051attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/p1340101/p13401010061attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/p1340101/p13401010071attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/p1340101/p13401010081attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/p1340101/p13401010091attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/p1340101/p13401010101attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/p1340101/p13401010111attagfraw.fit\n",
      "/home/hchung/fuse_data/p1340101/calfuse_p1340101.sh\n",
      "['/home/hchung/fuse_data/p1340201/p13402010011attagfraw.fit'\n",
      " '/home/hchung/fuse_data/p1340201/p13402010021attagfraw.fit'\n",
      " '/home/hchung/fuse_data/p1340201/p13402010031attagfraw.fit'\n",
      " '/home/hchung/fuse_data/p1340201/p13402010041attagfraw.fit'\n",
      " '/home/hchung/fuse_data/p1340201/p13402010051attagfraw.fit'\n",
      " '/home/hchung/fuse_data/p1340201/p13402010061attagfraw.fit']\n",
      "calfuse /home/hchung/fuse_data/p1340201/p13402010011attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/p1340201/p13402010021attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/p1340201/p13402010031attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/p1340201/p13402010041attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/p1340201/p13402010051attagfraw.fit\n",
      "calfuse /home/hchung/fuse_data/p1340201/p13402010061attagfraw.fit\n",
      "/home/hchung/fuse_data/p1340201/calfuse_p1340201.sh\n"
     ]
    }
   ],
   "source": [
    "# reduce each raw files\n",
    "master_calfuse_cmds=[]\n",
    "# for i in [8]:\n",
    "for i in range(len(obs_ids)):\n",
    "    obs_id=obs_ids[i]\n",
    "    raw_dir=data_dir+'/'+obs_id+'/'\n",
    "    raw_files=np.array(glob.glob(raw_dir+'*1attagfraw.fit'))\n",
    "    raw_files=np.sort(raw_files)\n",
    "    print(raw_files)\n",
    "    calfuse_cmds=[]\n",
    "    for j in range(len(raw_files)):\n",
    "#     for j in range(1):\n",
    "        calfuse_cmd='calfuse '+raw_files[j]\n",
    "        print(calfuse_cmd)\n",
    "        calfuse_cmds.append(calfuse_cmd)\n",
    "        \n",
    "        \n",
    "    sh_file=raw_dir+'calfuse_'+obs_id+'.sh'\n",
    "    forprint(calfuse_cmds, textout=sh_file)\n",
    "    cd_cmd='cd '+raw_dir\n",
    "    print(sh_file)\n",
    "    master_calfuse_cmds.append(cd_cmd)\n",
    "    master_calfuse_cmds.append('sh '+sh_file)\n",
    "    \n",
    "master_sh_file=data_dir+'/master_calfuse.sh'\n",
    "forprint(master_calfuse_cmds, textout=master_sh_file)\n",
    "# master not working"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 73,
   "metadata": {
    "ExecuteTime": {
     "end_time": "2021-01-31T16:31:01.375187Z",
     "start_time": "2021-01-31T16:31:01.362316Z"
    }
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "/home/hchung/fuse_data/master_combine.sh\n"
     ]
    }
   ],
   "source": [
    "# idf combine / bpm_combine / extract spectra\n",
    "master_comb_cmds=[]\n",
    "# for i in [8]:\n",
    "for i in range(len(obs_ids)):\n",
    "    obs_id=obs_ids[i]\n",
    "    idf_dir=data_dir+'/'+obs_id+'/'\n",
    "    idf_files=np.array(glob.glob(idf_dir+'*1attagfidf.fit'))\n",
    "    bpm_files=np.array(glob.glob(idf_dir+'*1attagfbpm.fit'))\n",
    "    idf_files=np.sort(idf_files)\n",
    "#     print(idf_files)\n",
    "    idf_combined=idf_dir+obs_id+'0000attagfidf.fit'\n",
    "    bpm_combined=idf_dir+obs_id+'0000attagfbpm.fit'\n",
    "    \n",
    "    idf_files_space=' '.join(idf_files)\n",
    "    bpm_files_space=' '.join(bpm_files)\n",
    "    \n",
    "    comb_cmds=[]\n",
    "    \n",
    "    comb_cmds.append('idf_combine '+idf_combined+' '+idf_files_space)\n",
    "    comb_cmds.append('bpm_combine '+bpm_combined+' '+idf_combined)\n",
    "    comb_cmds.append('cf_extract_spectra '+idf_combined)\n",
    "        \n",
    "    sh_file=idf_dir+'idf_bpm_combine_extract_spectra_'+obs_id+'.sh'\n",
    "    forprint(comb_cmds, textout=sh_file)\n",
    "    \n",
    "    cd_cmd='cd '+idf_dir\n",
    "    master_comb_cmds.append(cd_cmd)\n",
    "    master_comb_cmds.append('sh '+sh_file)\n",
    "#     print(sh_file)\n",
    "#     master_calfuse_cmds.append('sh '+sh_file)\n",
    "    \n",
    "master_comb_sh_file=data_dir+'/master_combine.sh'\n",
    "print(master_sh_file)\n",
    "forprint(master_comb_cmds, textout=master_comb_sh_file)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 75,
   "metadata": {
    "ExecuteTime": {
     "end_time": "2021-02-01T01:24:42.310346Z",
     "start_time": "2021-02-01T01:24:41.339252Z"
    },
    "scrolled": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "b1140101 B1140101\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010091alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010091alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401019991asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401019991asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010141alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010141alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010121asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010121asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010111alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010111alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010151asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010151asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010031alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010031alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010061alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010061alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010011asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010011asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010121alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010121alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010041asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010041asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010051asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010051asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010111asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010111asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010151alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010151alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010071asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010071asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010021asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010021asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010141asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010141asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010061asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010061asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010091asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010091asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010051alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010051alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010081asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010081asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401019991alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401019991alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010071alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010071alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010031asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010031asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010011alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010011alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010081alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010081alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010101alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010101alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010041alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010041alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010131alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010131alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010131asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010131asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010021alif4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010021alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140101/B11401010101asic4ttagfcal.fit /home/hchung/fuse_data/b1140101/b11401010101asic4ttagfcal.fit\n",
      "b1140201 B1140201\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010041asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010041asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010071asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010071asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010111asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010111asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010091alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010091alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010031alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010031alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010101asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010101asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010151asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010151asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010041alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010041alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010111alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010111alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010131alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010131alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010141alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010141alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010051alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010051alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010061asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010061asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010051asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010051asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010101alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010101alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010021alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010021alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010021asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010021asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402019991alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402019991alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010091asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010091asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402019991asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402019991asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010071alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010071alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010131asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010131asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010081asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010081asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010151alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010151alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010081alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010081alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010011asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010011asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010031asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010031asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010061alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010061alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010121asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010121asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010011alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010011alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010141asic4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010141asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140201/B11402010121alif4ttagfcal.fit /home/hchung/fuse_data/b1140201/b11402010121alif4ttagfcal.fit\n",
      "b1140301 B1140301\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010051asic4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010051asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403019991alif4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403019991alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010061asic4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010061asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010031alif4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010031alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010091alif4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010091alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010011alif4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010011alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010021asic4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010021asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010041alif4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010041alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403019991asic4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403019991asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010071alif4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010071alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010051alif4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010051alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010031asic4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010031asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010081alif4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010081alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010071asic4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010071asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010041asic4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010041asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010081asic4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010081asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010021alif4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010021alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010061alif4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010061alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010091asic4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010091asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/b1140301/B11403010011asic4ttagfcal.fit /home/hchung/fuse_data/b1140301/b11403010011asic4ttagfcal.fit\n",
      "c0570101 C0570101\n",
      "mv /home/hchung/fuse_data/c0570101/C05701010031asic4ttagfcal.fit /home/hchung/fuse_data/c0570101/c05701010031asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570101/C05701010031alif4ttagfcal.fit /home/hchung/fuse_data/c0570101/c05701010031alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570101/C05701010021alif4ttagfcal.fit /home/hchung/fuse_data/c0570101/c05701010021alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570101/C05701019991alif4ttagfcal.fit /home/hchung/fuse_data/c0570101/c05701019991alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570101/C05701010011alif4ttagfcal.fit /home/hchung/fuse_data/c0570101/c05701010011alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570101/C05701010021asic4ttagfcal.fit /home/hchung/fuse_data/c0570101/c05701010021asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570101/C05701019991asic4ttagfcal.fit /home/hchung/fuse_data/c0570101/c05701019991asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570101/C05701010011asic4ttagfcal.fit /home/hchung/fuse_data/c0570101/c05701010011asic4ttagfcal.fit\n",
      "c0570201 C0570201\n",
      "mv /home/hchung/fuse_data/c0570201/C05702019991alif4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702019991alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570201/C05702019991asic4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702019991asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570201/C05702010041asic4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702010041asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570201/C05702010071asic4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702010071asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570201/C05702010041alif4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702010041alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570201/C05702010051alif4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702010051alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570201/C05702010031asic4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702010031asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570201/C05702010061alif4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702010061alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570201/C05702010021asic4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702010021asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570201/C05702010011asic4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702010011asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570201/C05702010011alif4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702010011alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570201/C05702010031alif4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702010031alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570201/C05702010051asic4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702010051asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570201/C05702010061asic4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702010061asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570201/C05702010021alif4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702010021alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570201/C05702010071alif4ttagfcal.fit /home/hchung/fuse_data/c0570201/c05702010071alif4ttagfcal.fit\n",
      "c0570202 C0570202\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020051asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020051asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020081asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020081asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020131alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020131alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020061asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020061asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020111asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020111asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020031asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020031asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020151asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020151asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020041alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020041alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020051alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020051alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020161asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020161asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020091asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020091asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020021asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020021asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020171alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020171alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020141asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020141asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020041asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020041asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020101alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020101alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020071alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020071alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020171asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020171asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020021alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020021alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020161alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020161alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020101asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020101asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020111alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020111alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020071asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020071asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020011alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020011alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020131asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020131asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020141alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020141alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020011asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020011asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020091alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020091alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020121asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020121asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020151alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020151alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020031alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020031alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702029991asic4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702029991asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020061alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020061alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020121alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020121alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702020081alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702020081alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570202/C05702029991alif4ttagfcal.fit /home/hchung/fuse_data/c0570202/c05702029991alif4ttagfcal.fit\n",
      "c0570301 C0570301\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010021alif4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010021alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010061asic4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010061asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010011asic4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010011asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010061alif4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010061alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010021asic4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010021asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010041asic4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010041asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010081alif4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010081alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010071asic4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010071asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010031asic4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010031asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010011alif4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010011alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703019991asic4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703019991asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010071alif4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010071alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010051asic4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010051asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010041alif4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010041alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010031alif4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010031alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010081asic4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010081asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703010051alif4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703010051alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570301/C05703019991alif4ttagfcal.fit /home/hchung/fuse_data/c0570301/c05703019991alif4ttagfcal.fit\n",
      "c0570401 C0570401\n",
      "mv /home/hchung/fuse_data/c0570401/C05704010011asic4ttagfcal.fit /home/hchung/fuse_data/c0570401/c05704010011asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570401/C05704010031asic4ttagfcal.fit /home/hchung/fuse_data/c0570401/c05704010031asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570401/C05704010021alif4ttagfcal.fit /home/hchung/fuse_data/c0570401/c05704010021alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570401/C05704010011alif4ttagfcal.fit /home/hchung/fuse_data/c0570401/c05704010011alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570401/C05704019991alif4ttagfcal.fit /home/hchung/fuse_data/c0570401/c05704019991alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570401/C05704010041alif4ttagfcal.fit /home/hchung/fuse_data/c0570401/c05704010041alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570401/C05704010041asic4ttagfcal.fit /home/hchung/fuse_data/c0570401/c05704010041asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570401/C05704019991asic4ttagfcal.fit /home/hchung/fuse_data/c0570401/c05704019991asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570401/C05704010021asic4ttagfcal.fit /home/hchung/fuse_data/c0570401/c05704010021asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/c0570401/C05704010031alif4ttagfcal.fit /home/hchung/fuse_data/c0570401/c05704010031alif4ttagfcal.fit\n",
      "p1340101 P1340101\n",
      "mv /home/hchung/fuse_data/p1340101/P13401019991asic4ttagfcal.fit /home/hchung/fuse_data/p1340101/p13401019991asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/p1340101/P13401019991alif4ttagfcal.fit /home/hchung/fuse_data/p1340101/p13401019991alif4ttagfcal.fit\n",
      "p1340201 P1340201\n",
      "mv /home/hchung/fuse_data/p1340201/P13402010031asic4ttagfcal.fit /home/hchung/fuse_data/p1340201/p13402010031asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/p1340201/P13402010031alif4ttagfcal.fit /home/hchung/fuse_data/p1340201/p13402010031alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/p1340201/P13402010011alif4ttagfcal.fit /home/hchung/fuse_data/p1340201/p13402010011alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/p1340201/P13402019991asic4ttagfcal.fit /home/hchung/fuse_data/p1340201/p13402019991asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/p1340201/P13402010061alif4ttagfcal.fit /home/hchung/fuse_data/p1340201/p13402010061alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/p1340201/P13402010021asic4ttagfcal.fit /home/hchung/fuse_data/p1340201/p13402010021asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/p1340201/P13402010041asic4ttagfcal.fit /home/hchung/fuse_data/p1340201/p13402010041asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/p1340201/P13402010041alif4ttagfcal.fit /home/hchung/fuse_data/p1340201/p13402010041alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/p1340201/P13402010051asic4ttagfcal.fit /home/hchung/fuse_data/p1340201/p13402010051asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/p1340201/P13402019991alif4ttagfcal.fit /home/hchung/fuse_data/p1340201/p13402019991alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/p1340201/P13402010051alif4ttagfcal.fit /home/hchung/fuse_data/p1340201/p13402010051alif4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/p1340201/P13402010061asic4ttagfcal.fit /home/hchung/fuse_data/p1340201/p13402010061asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/p1340201/P13402010011asic4ttagfcal.fit /home/hchung/fuse_data/p1340201/p13402010011asic4ttagfcal.fit\n",
      "mv /home/hchung/fuse_data/p1340201/P13402010021alif4ttagfcal.fit /home/hchung/fuse_data/p1340201/p13402010021alif4ttagfcal.fit\n"
     ]
    }
   ],
   "source": [
    "#change output file name to lower case\n",
    "# for i in [8]:\n",
    "for i in range(len(obs_ids)):\n",
    "    obs_id=obs_ids[i]\n",
    "    obs_id_upper=obs_id.upper()\n",
    "    print(obs_id, obs_id_upper)\n",
    "    res_dir=data_dir+'/'+obs_id+'/'\n",
    "    res_files=np.array(glob.glob(res_dir+obs_id_upper+'*ttagfcal.fit'))\n",
    "    lower_cmds=[]\n",
    "    for j in range(len(res_files)):\n",
    "        mv_cmd='mv '+res_files[j]+' '+(res_files[j]).lower()\n",
    "        print(mv_cmd)\n",
    "        system(mv_cmd)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {
    "ExecuteTime": {
     "end_time": "2021-04-28T01:29:52.699835Z",
     "start_time": "2021-04-28T01:29:52.680136Z"
    },
    "scrolled": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Filename: /home/hchung/fuse_data/p1340101/p13401019991alif4ttagfcal.fit\n",
      "No.    Name      Ver    Type      Cards   Dimensions   Format\n",
      "  0  PRIMARY       1 PrimaryHDU     401   ()      \n",
      "  1  SPECTRUM      1 BinTableHDU     35   7694R x 7C   [1E, 1E, 1E, 1J, 1E, 1E, 1I]   \n"
     ]
    },
    {
     "data": {
      "text/plain": [
       "SIMPLE  =                    T / Data conforms to FITS standard                 \n",
       "BITPIX  =                   16 / Bits per data value                            \n",
       "NAXIS   =                    0 / Number of data axes                            \n",
       "EXTEND  =                    T / File may contain standard extensions           \n",
       "NEXTEND =                    1 / Number of standard extensions                  \n",
       "GROUPS  =                    F / Image is in group format                       \n",
       "DATE    = '2021-01-31T16:31:20' / file creation date (YYYY-MM-DDThh:mm:ss UT)   \n",
       "                                                                                \n",
       "              DATA DESCRIPTION KEYWORDS                                         \n",
       "                                                                                \n",
       "TELESCOP= 'FUSE              ' / Telescope used to acquire data                 \n",
       "INSTRUME= 'FUV               ' / Instrument in use (one of FUV, FESA, or FESB)  \n",
       "ROOTNAME= 'P1340101999'        / Rootname of the observation set (ppppttooeee)  \n",
       "FILENAME= 'P13401019991alif4ttagfcal.fit' / Name of                             \n",
       "FILETYPE= 'CALIBRATED EXTRACTED SPECTRUM' / Type of data found in data file     \n",
       "EXP_STAT=                    0 / Science data processing status (0=good)        \n",
       "                                                                                \n",
       "              PROPOSAL INFORMATION                                              \n",
       "                                                                                \n",
       "PRGRM_ID= 'P134              ' / Program ID from data header                    \n",
       "TARG_ID = '01                ' / Target ID from data header                     \n",
       "SCOBS_ID= '01                ' / Observation ID from data header                \n",
       "EXP_ID  = '999     '           / Exposure ID from data header                   \n",
       "OBS_ID  = '01                ' / Observation ID from proposal database          \n",
       "PR_INV_L= 'Murphy            ' / Last name of principal investigator            \n",
       "PR_INV_F= 'Edward            ' / First name of principal investigator           \n",
       "                                                                                \n",
       "              TARGET INFORMATION                                                \n",
       "                                                                                \n",
       "TARGNAME= 'NGC4631-A         ' / Target name on proposal                        \n",
       "RA_TARG =        190.536666667 / [deg] Right ascension of the target (J2000)    \n",
       "DEC_TARG=        32.5766666667 / [deg] Declination of the target (J2000)        \n",
       "APER_PA =           235.484558 / [deg] Position angle of Y axis (E of N)        \n",
       "EQUINOX =               2000.0 / Equinox of celestial coordinate system         \n",
       "ELAT    =   3.373089241460E+01 / [deg] Ecliptic latitude                        \n",
       "ELONG   =   1.749783345131E+02 / [deg] Ecliptic longitude                       \n",
       "GLAT    =   8.419127296722E+01 / [deg] Galactic latitude                        \n",
       "GLONG   =   1.426578350403E+02 / [deg] Galactic longitude                       \n",
       "OBJCLASS=                   80 / Object class (modified IUE classification)     \n",
       "SP_TYPE = '                  ' / MK spectral type and luminosity class (or other\n",
       "SRC_TYPE= 'EE                ' / [P]oint or [E]xtended, [C]ontinuum, [E]mission \n",
       "VMAG    =                 9.75 / Target V magnitude                             \n",
       "EBV     =                 0.03 / Color excess E(B-V)                            \n",
       "Z       =                606.0 / Redshift                                       \n",
       "EFLX_950=              1.0E-15 / Expected flux at 950 A                         \n",
       "EFLX1050=              2.0E-15 / Expected flux at 1050 A                        \n",
       "EFLX1150=              4.0E-15 / Expected flux at 1150 A                        \n",
       "HIGH_PM = 'F                 ' / High proper motion target (T or F)             \n",
       "MOV_TARG= 'F                 ' / [F]ixed or [M]oving target                     \n",
       "PCNTRATE=                  1.0 / Expected count rate (sum of all channels)      \n",
       "                                                                                \n",
       "              SUMMARY EXPOSURE INFORMATION                                      \n",
       "                                                                                \n",
       "DATEOBS = '2000-04-29'         / UT date of start of exposure (yyyy-mm-dd)      \n",
       "TIMEOBS = '00:00:55'           / UT start time of exposure (hh:mm:ss)           \n",
       "EXPSTART=   5.166300063657E+04 / Exposure start time (Modified Julian Date)     \n",
       "EXPEND  =       51663.56815421 / Exposure end time (Modified Julian Date)       \n",
       "EXPTIME =               21536. / [s] Total time after screening                 \n",
       "EXPENDC = 'OCC               ' / End condition (ENDO; SAA; OCC; NGHT; ENDE)     \n",
       "NEVENTS =               424091 / Number of events in raw data file              \n",
       "RAWTIME =             21569.32 / [s] Exposure duration of raw data file         \n",
       "PLANTIME=                21564 / [s] Planned exposure time                      \n",
       "SUNANGLE=     126.732925123295 / [deg] Angle between sun and Z axis             \n",
       "MOONANGL=     143.560313989738 / [deg] Angle between moon and Z axis            \n",
       "POLEANGL=     40.2455406420496 / [deg] Angle between orbit pole and Z axis      \n",
       "GEO_LONG=     55.9812719022445 / [deg] Geocentric longitude                     \n",
       "GEO_LAT =     14.9015534502231 / [deg] Geocentric latitude                      \n",
       "MAG_LAT =     21.3317608030454 / [deg] Geomagnetic latitude                     \n",
       "MIN_LIMB=     15.1165538451973 / [deg] Minimum angle above Earth limb           \n",
       "                                                                                \n",
       "NBADEVNT=               131709 / Number of events deleted in screening          \n",
       "NBADPHA =                25879 / Number of events deleted in PHA screening      \n",
       "EXP_BAD =                   30 / [s] Time lost to screening                     \n",
       "EXP_BRST=                   30 / [s] Time lost to event bursts                  \n",
       "EXP_HV  =                    0 / [s] Time lost to low voltage/FIFO overflow     \n",
       "EXP_JITR=                    0 / [s] Time lost to jitter                        \n",
       "EXP_LIM =                    0 / [s] Time with low limb angle                   \n",
       "EXP_SAA =                    0 / [s] Time while in SAA                          \n",
       "EXPNIGHT=                12737 / [s] Night time after screening                 \n",
       "V_GEOCEN=    -4.58572530256824 / [km/s] Observed to geocentric velocity         \n",
       "V_HELIO =    -16.8177649448415 / [km/s] Geocentric to heliocentric velocity     \n",
       "V_LSRDYN=                  -0. / [km/s] Heliocentric to dynamical LSR           \n",
       "V_LSRSTD=                  -0. / [km/s] Heliocentric to standard solar LSR      \n",
       "              Geocentric and helocentric conversions are applied by the         \n",
       "              CALFUSE calibration pipeline.  LSR conversion is not.             \n",
       "                                                                                \n",
       "              SCIENCE INSTRUMENT CONFIGURATION                                  \n",
       "                                                                                \n",
       "INSTMODE= 'TTAG              ' / Instrument mode (TTAG or HIST)                 \n",
       "DETECTOR= '1A                ' / Detector for data in this file (1A, 1B, 2A, 2B)\n",
       "APERTURE= 'LWRS              ' / Planned target aperture: HIRS, MDRS, LWRS, RFPT\n",
       "BRIT_OBJ= 'NO                ' / Special configuration for bright-object obs    \n",
       "APER_ACT= 'LWRS_LIF'           / Extracted aperture in this file                \n",
       "DET_MASK= 'AIC1              ' / Detector mask used                             \n",
       "NUM_APS =                    1 / Number of apertures in use in the observation  \n",
       "INITBINX=                    1 / Initial binning in X coordinate                \n",
       "INITBINY=                    1 / Initial binning in Y coordinate                \n",
       "SPECBINX=                    1 / Current binning in X coordinate                \n",
       "SPECBINY=                    1 / Current binning in Y coordinate                \n",
       "SIA_TBL = '                  ' / SIA Table name                                 \n",
       "NUM_HIST=                    0 / Number of histograms in the observation        \n",
       "INT_CAL = '                  ' / Internal Calibration (STIM, NONE)              \n",
       "FPSPLIT =                    0 / Number of FP Split positions                   \n",
       "FPASXPOS=              125.117 / [microns] FPA SiC X position                   \n",
       "FPALXPOS=              117.243 / [microns] FPA LiF X position                   \n",
       "FPASZPOS=              -99.307 / [microns] FPA SiC Z position                   \n",
       "FPALZPOS=             -34.4119 / [microns] FPA LiF Z position                   \n",
       "MIRL1FOC=             0.000000 / [microns] LiF 1 mirror position                \n",
       "MIRL2FOC=             0.000000 / [microns] LiF 2 mirror position                \n",
       "MIRS1FOC=             0.000000 / [microns] SiC 1 mirror position                \n",
       "MIRS2FOC=             0.000000 / [microns] SiC 2 mirror position                \n",
       "TTPERIOD=                  1.0 / [s] Time marker insertion period               \n",
       "ENGSNAPT=                  300 / [s] Engineering snapshot period                \n",
       "TACQSEQ = 'ACQ-T-NOPKUP      ' / Target acquisition sequence                    \n",
       "ROLLOFF =                  0.0 / [Deg] Roll offset                              \n",
       "FES_BIN =                    1 / FES binning factor (1;2;4;8)                   \n",
       "FES_FILT= 'CLR               ' / FES filter wheel position: CLR=Clear, COL=Color\n",
       "FES_TPOS= 'IN                ' / FES target position: IN or OUT                 \n",
       "                                                                                \n",
       "              DETECTOR HV BIAS RANGES                                           \n",
       "                                                                                \n",
       "DET1HVAL=                  128 / Det1 MCP A HV bias minimum setting             \n",
       "DET1HVAH=                  128 / Det1 MCP A HV bias maximum setting             \n",
       "DET1HVBL=                  128 / Det1 MCP B HV bias minimum setting             \n",
       "DET1HVBH=                  128 / Det1 MCP B HV bias maximum setting             \n",
       "DET2HVAL=                  128 / Det2 MCP A HV bias minimum setting             \n",
       "DET2HVAH=                  128 / Det2 MCP A HV bias maximum setting             \n",
       "DET2HVBL=                  101 / Det2 MCP B HV bias minimum setting             \n",
       "DET2HVBH=                  101 / Det2 MCP B HV bias maximum setting             \n",
       "HV_FLAG =                    4 / Detector voltage full throughout exposure      \n",
       "                                                                                \n",
       "              ORBITAL EPHEMERIS                                                 \n",
       "                                                                                \n",
       "EPCHTIMD=               51663. / Epoch time of parameters whole day (MJD)       \n",
       "EPCHTIMF=    0.555091560003348 / Epoch time of parameters fraction of day (MJD) \n",
       "INCLINAT=              24.9857 / [deg] Inclination                              \n",
       "ECCENTRY=            0.0011446 / Eccentricity                                   \n",
       "MEANANOM=             179.1742 / [deg] Mean anomaly                             \n",
       "ARGPERIG=             180.8748 / [deg] Argument of perigee                      \n",
       "RASCASCN=             237.8165 / [deg] RA of ascending node                     \n",
       "SEMIMAJR=      7138.6739639301 / [km] Semi-major axis                           \n",
       "MEANMOTN=          14.39383343 / [revs/day] Mean motion                         \n",
       "FDM2COEF=            1.252E-05 / First time derivative of mean motion / 2       \n",
       "SDM6COEF=                   0. / Second time derivative of mean motion / 6      \n",
       "DRAGCOEF=           0.00033924 / B star drag coefficient                        \n",
       "PROPMODL= 'SGP4    '           / Propagation model                              \n",
       "                                                                                \n",
       "              SCIENCE DATA PROCESSING STEPS                                     \n",
       "                                                                                \n",
       "INIT_COR= 'COMPLETE'           / Initialize processing                          \n",
       "DIGI_COR= 'COMPLETE'           / Check digitizer values                         \n",
       "ELEC_COR= 'COMPLETE'           / Detector dead-time correction                  \n",
       "IDS__COR= 'COMPLETE'           / IDS dead-time correction                       \n",
       "FIFO_COR= 'COMPLETE'           / FIFO overflow correction                       \n",
       "DEAD_COR= 'COMPLETE'           / Apply all dead-time corrections                \n",
       "THRM_COR= 'COMPLETE'           / Thermal distortion correction                  \n",
       "RATE_COR= 'COMPLETE'           / Count-rate Y distortion                        \n",
       "TMXY_COR= 'COMPLETE'           / Temporal X and Y corrections                   \n",
       "GEOM_COR= 'COMPLETE'           / Geometric distortion                           \n",
       "PHAH_COR= 'OMIT    '           / Assign pulse heights to HIST data              \n",
       "PHAX_COR= 'COMPLETE'           / Low pulse-height X distortion (walk)           \n",
       "ACTV_COR= 'COMPLETE'           / Define detector active region                  \n",
       "LIMB_COR= 'COMPLETE'           / Limb-angle screening                           \n",
       "SAA__COR= 'COMPLETE'           / SAA screening                                  \n",
       "VOLT_COR= 'COMPLETE'           / Confirm detector voltage                       \n",
       "BRST_COR= 'COMPLETE'           / Screen for bursts                              \n",
       "APER_COR= 'SKIPPED '           / Screen for target out of aperture              \n",
       "UGTI_COR= 'COMPLETE'           / Set user good-time intervals                   \n",
       "FLAG_COR= 'COMPLETE'           / Set individual photon flags                    \n",
       "GTI__COR= 'COMPLETE'           / Determine good-time intervals                  \n",
       "TIME_COR= 'OMIT    '           / Modify photon arrival times (HIST only)        \n",
       "AIRG_COR= 'COMPLETE'           / Flag events in airglow regions                 \n",
       "BPIX_COR= 'COMPLETE'           / Flag events in bad-pixel regions               \n",
       "PHA__COR= 'COMPLETE'           / Pulse-height screening                         \n",
       "FIND_COR= 'COMPLETE'           / Find spectra on detector                       \n",
       "YMOT_COR= 'COMPLETE'           / Track motion of Y centroid                     \n",
       "GRAT_COR= 'COMPLETE'           / Grating motion correction                      \n",
       "FPA__COR= 'COMPLETE'           / FPA offset correction                          \n",
       "MIRR_COR= 'SKIPPED '           / Mirror motion correction                       \n",
       "JITR_COR= 'SKIPPED '           / Satellite jitter correction                    \n",
       "YCNT_COR= 'COMPLETE'           / Y centroid of corrected data                   \n",
       "CHID_COR= 'COMPLETE'           / Final channel assignment                       \n",
       "TCRT_COR= 'COMPLETE'           / Calculate target count rate                    \n",
       "ASTG_COR= 'SKIPPED '           / Astigmatism correction                         \n",
       "WAVE_COR= 'COMPLETE'           / Assign wavelength to photons                   \n",
       "DOPP_COR= 'COMPLETE'           / Heliocentric reference frame                   \n",
       "FLAT_COR= 'OMIT    '           / Flat-field correction                          \n",
       "FLUX_COR= 'COMPLETE'           / Flux-calibrate each photon                     \n",
       "COMB_COR= 'PERFORM '           / Generate observation-level spectrum            \n",
       "                                                                                \n",
       "              SCIENCE DATA PROCESSING CALIBRATION FILES                         \n",
       "                                                                                \n",
       "AEFF1CAL= 'aeff1a101.fit     ' / Effective-area curve #1                        \n",
       "AEFF2CAL= 'aeff1a102.fit     ' / Effective-area curve #2                        \n",
       "AIRG_CAL= 'airg1a004.fit     ' / Geocoronal line locations                      \n",
       "ASTG_CAL= 'astg1a011.fit     ' / Astigmatism correction                         \n",
       "BCHR_CAL= 'bchr1a003.fit     ' / Background characteristics                     \n",
       "BKGD_CAL= 'bkgd1a011.fit     ' / Background/scattered-light model               \n",
       "BPM_CAL = 'p13401010000attagfbpm.fit' / Bad-pixel map for this exposure         \n",
       "CHID_CAL= 'chid1a014.fit     ' / Windows for spectral extraction                \n",
       "DIGI_CAL= 'digi001.fit       ' / Reference file for digitizer values            \n",
       "ELEC_CAL= 'elec005.fit       ' / Detector parameters                            \n",
       "FLAT1CAL= '        '           / Flat-field correction #1                       \n",
       "FLAT2CAL= '        '           / Flat-field correction #2                       \n",
       "GEOM_CAL= 'geom1a016.fit     ' / X and Y geometric corrections                  \n",
       "GRAT_CAL= 'grat005.fit       ' / Grating motions                                \n",
       "HSKP_CAL= 'P1340101001hskpf.fit' / Housekeeping data                            \n",
       "JITR_CAL= 'P1340101001jitrf.fit' / Spacecraft jitter data                       \n",
       "MIRR_CAL= 'mirr002.fit       ' / Mirror motions                                 \n",
       "PARM_CAL= 'parm1a015.fit     ' / Master parameter file                          \n",
       "PHAH_CAL= 'phah1a002.fit     ' / Pulse height map for HIST data                 \n",
       "PHAX_CAL= 'phax1a006.fit     ' / Low-pulse-height X distortion                  \n",
       "QUAL_CAL= 'qual1a020.fit     ' / Quality flag (bad pixel) map                   \n",
       "RATE_CAL= 'rate1a002.fit     ' / Y stretch with count rate                      \n",
       "SAAC_CAL= 'saac004.fit       ' / SAA contours for data screening                \n",
       "SCRN_CAL= 'scrn1a015.fit     ' / Parameters for data screening                  \n",
       "SPEC_CAL= 'spec002.fit       ' / Spectrograph parameters                        \n",
       "STIM_CAL= 'stim1a002.fit     ' / Default thermal drift parameters               \n",
       "TMXY_CAL= 'tmxy1a002.fit     ' / Temporal X and Y corrections                   \n",
       "VOLT_CAL= 'volt1a009.fit     ' / Detector bias voltages and dates               \n",
       "WAVE_CAL= 'wave1a023.fit     ' / Wavelength calibration                         \n",
       "WGTS_CAL= 'wgts1a011.fit     ' / Pixel weights for extraction                   \n",
       "WORM1CAL= '        '           / Worm correction #1                             \n",
       "WORM2CAL= '        '           / Worm correction #2                             \n",
       "                                                                                \n",
       "              SCIENCE DATA PROCESSING KEYWORDS                                  \n",
       "                                                                                \n",
       "OPUSVERS= '2.7               ' / FUSE OPUS version number                       \n",
       "CF_VERS = '3.2.3   '           / CALFUSE pipeline version number                \n",
       "HKEXISTS= 'yes     '           / Housekeeping data file exists                  \n",
       "DAYNIGHT= 'BOTH    '           / Use only DAY, NIGHT, or BOTH                   \n",
       "BRITLIMB=                  15. / [deg] Bright limb avoidance angle              \n",
       "DARKLIMB=                  10. / [deg] Dark limb avoidance angle                \n",
       "ORBPERID=                5998. / [s] Estimate of orbital period                 \n",
       "PHALOW  =                    2 / Pulse height screening low limit               \n",
       "PHAHIGH =                   25 / Pulse height screening high limit              \n",
       "OPT_EXTR=                    0 / Number of optimal extraction iterations        \n",
       "STIM_L_X=             231.8366 / X centroid of left stim pulse                  \n",
       "STIM_L_Y=             805.6616 / Y centroid of left stim pulse                  \n",
       "STIM_R_X=             16124.51 / X centroid of right stim pulse                 \n",
       "STIM_R_Y=             781.5889 / Y centroid of right stim pulse                 \n",
       "FPADXLIF=           0.01655443 / [pixels] Correction for FPA position (LIF)     \n",
       "FPADXSIC=            -7.727215 / [pixels] Correction for FPA position (SIC)     \n",
       "WPC     =                0.013 / [A] Wavelength increment per pixel             \n",
       "W0      =              984.994 / [A] Wavelength of first pixel                  \n",
       "DET_DEAD=             1.000406 / Mean detector deadtime correction factor       \n",
       "IDS_DEAD=                   1. / Mean IDS deadtime correction factor            \n",
       "TOT_DEAD=             1.000406 / TOTAL deadtime correction factor               \n",
       "                                                                                \n",
       "              MEASURED SPECTRAL CENTROIDS                                       \n",
       "                                                                                \n",
       "YCENT1  =              687.322 / [pixels] Y centroid of LIF HIRS spectrum       \n",
       "YCENT2  =              811.922 / [pixels] Y centroid of LIF MDRS spectrum       \n",
       "YCENT3  =              554.022 / [pixels] Y centroid of LIF LWRS spectrum       \n",
       "YCENT5  =             202.8018 / [pixels] Y centroid of SIC HIRS spectrum       \n",
       "YCENT6  =             324.0018 / [pixels] Y centroid of SIC MDRS spectrum       \n",
       "YCENT7  =             65.20181 / [pixels] Y centroid of SIC LWRS spectrum       \n",
       "YQUAL1  = 'MEDIUM  '           / Quality of Y centroid value (LIF HIRS)         \n",
       "YQUAL2  = 'MEDIUM  '           / Quality of Y centroid value (LIF MDRS)         \n",
       "YQUAL3  = 'MEDIUM  '           / Quality of Y centroid value (LIF LWRS)         \n",
       "YQUAL5  = 'MEDIUM  '           / Quality of Y centroid value (SIC HIRS)         \n",
       "YQUAL6  = 'MEDIUM  '           / Quality of Y centroid value (SIC MDRS)         \n",
       "YQUAL7  = 'MEDIUM  '           / Quality of Y centroid value (SIC LWRS)         \n",
       "                                                                                \n",
       "              BACKGROUND SAMPLE REGIONS                                         \n",
       "                                                                                \n",
       "BKGD_NUM=                    3 / Number of background regions specified         \n",
       "BKG_MIN0=                  165 / [pixels] bkgd sample region 0 - lower limit    \n",
       "BKG_MIN1=                  640 / [pixels] bkgd sample region 1 - lower limit    \n",
       "BKG_MIN2=                  926 / [pixels] bkgd sample region 2 - lower limit    \n",
       "BKG_MIN3=                    0 / [pixels] bkgd sample region 3 - lower limit    \n",
       "BKG_MIN4=                    0 / [pixels] bkgd sample region 4 - lower limit    \n",
       "BKG_MIN5=                    0 / [pixels] bkgd sample region 5 - lower limit    \n",
       "BKG_MIN6=                    0 / [pixels] bkgd sample region 6 - lower limit    \n",
       "BKG_MIN7=                    0 / [pixels] bkgd sample region 7 - lower limit    \n",
       "BKG_MAX0=                  465 / [pixels] bkgd sample region 0 - upper limit    \n",
       "BKG_MAX1=                  925 / [pixels] bkgd sample region 1 - upper limit    \n",
       "BKG_MAX2=                  936 / [pixels] bkgd sample region 2 - upper limit    \n",
       "BKG_MAX3=                    0 / [pixels] bkgd sample region 3 - upper limit    \n",
       "BKG_MAX4=                    0 / [pixels] bkgd sample region 4 - upper limit    \n",
       "BKG_MAX5=                    0 / [pixels] bkgd sample region 5 - upper limit    \n",
       "BKG_MAX6=                    0 / [pixels] bkgd sample region 6 - upper limit    \n",
       "BKG_MAX7=                    0 / [pixels] bkgd sample region 7 - upper limit    \n",
       "                                                                                \n",
       "              ENGINEERING KEYWORDS                                              \n",
       "                                                                                \n",
       "THERMCON= 'ON                ' / Thermal control flag                           \n",
       "FESSRC  = 'FES A             ' / Source of FES dump data                        \n",
       "FESCENT = 'FES A             ' / Source of FES centroid data                    \n",
       "GMODE   = 'IDENTIFIED_TRACKING ' / Guidance mode                                \n",
       "TRACKON = 'OFF               ' / Guide star tracking on                         \n",
       "ATCMDATT= 'AT COMMANDED ATTITUD    ' / At commanded attitude                    \n",
       "                                                                                \n",
       "              Segment 1A Counters                                               \n",
       "                                                                                \n",
       "C1ASIC_B=              3062006 / SIC counter at beginning of integration        \n",
       "C1ASIC_E=              3066246 / SIC counter at end of integration              \n",
       "C1ALIF_B=              2311935 / LIF counter at beginning of integration        \n",
       "C1ALIF_E=              2317852 / LIF counter at end of integration              \n",
       "C1ADE_B =              7353720 / Digitized events counter at beginning of integr\n",
       "C1ADE_E =              7385239 / Digitized events counter at end of integration \n",
       "C1AAS_B =              8946324 / Autonomous shutdown (SAA) counter at beginning \n",
       "C1AAS_E =              8947431 / Autonomous shutdown (SAA) counter at end of int\n",
       "C1AFE_B =              3204373 / Fast event counter at beginning of integration \n",
       "C1AFE_E =              3238310 / Fast event counter at end of integration       \n",
       "C1AFE_CR=            27.954695 / Count rate from fast event counter             \n",
       "                                                                                \n",
       "              Active Image Counters                                             \n",
       "                                                                                \n",
       "CTIME_B =   5.166300063657E+04 / [MJD] Time of first engineering snapshot       \n",
       "CTIME_E =   5.166301468750E+04 / [MJD] Time of last engineering snapshot        \n",
       "C1AAI_B =              7353672 / Seg 1A at beginning                            \n",
       "C1AAI_E =              7385191 / Seg 1A at end of integration                   \n",
       "C1BAI_B =             11843728 / Seg 1B at beginning                            \n",
       "C1BAI_E =             11867042 / Seg 1B at end of integration                   \n",
       "C2AAI_B =              8060154 / Seg 2A at beginning                            \n",
       "C2AAI_E =              8083734 / Seg 2A at end of integration                   \n",
       "C2BAI_B =              7257866 / Seg 2B at beginning                            \n",
       "C2BAI_E =              7285540 / Seg 2B at end of integration                   \n",
       "                                                                                \n",
       "              Detector 1 parameters                                             \n",
       "                                                                                \n",
       "DET1ETMP=              25.1635 / DET1 electronics temperature                   \n",
       "DET1PTMP=              18.0827 / DET1 Baseplate temperature                     \n",
       "DET1ASCL=                 17.0 / DET1 segment A  Time (X) image scale factor    \n",
       "DET1BSCL=                 91.0 / DET1 segment B  Time (X) image scale factor    \n",
       "DET1AXOF=                183.0 / DET1 segment A  Time (X) image position offset \n",
       "DET1BXOF=                107.0 / DET1 segment B  Time (X) image position offset \n",
       "DET1TEMP=              18.4255 / DET1 Detector temperature                      \n",
       "DET1HVMT=              23.7661 / DET1 High Voltage Module temperature           \n",
       "DET1HVFT=              20.9761 / DET1 High Voltage Filter temperature           \n",
       "DET1AMAT=              26.3947 / DET1 segment A Amplifier temperature           \n",
       "DET1AMBT=              26.3947 / DET1 segment B Amplifier temperature           \n",
       "DET1TDAT=            20.976101 / DET1 TDC A  temperature                        \n",
       "DET1TDBT=              20.9761 / DET1 TDC B  temperature                        \n",
       "DET1HVA =                 57.0 / DET1 MCP A Bias Current                        \n",
       "DET1HVB =                 47.0 / DET1 MCP B Bias Current                        \n",
       "DET1AUCT=                227.0 / DET1 TDC-A Upper Charge Threshold setting      \n",
       "DET1BUCT=                228.0 / DET1 TDC-B Upper Charge Threshold setting      \n",
       "DET1ABWK=                165.0 / DET1 TDC-A Begin CFD Walk setting              \n",
       "DET1BBWK=                139.0 / DET1 TDC-B Begin CFD Walk setting              \n",
       "DET1AEWK=                165.0 / DET1 TDC-A End CFD Walk setting                \n",
       "DET1BEWK=                125.0 / DET1 TDC-B End CFD Walk setting                \n",
       "DET1ABSL=                227.0 / DET1 TDC-A charge Baseline threshold setting   \n",
       "DET1BBSL=                228.0 / DET1 TDC-B charge Baseline threshold setting   \n",
       "DET1ALCT=                  7.0 / DET1 TDC-A Lower Charge Threshold setting      \n",
       "DET1BLCT=                  7.0 / DET1 TDC-B Lower Charge Threshold setting      \n",
       "DET1ALTT=                169.0 / DET1 TDC-A Lower Time Threshold setting        \n",
       "DET1BLTT=                143.0 / DET1 TDC-B Lower Time Threshold setting        \n",
       "DET1HVGR=                  1.0 / DET1 Grid High Voltage Status                  \n",
       "DET1HVPW=                  1.0 / DET1 Bias High Voltage Status                  \n",
       "DET1STIM= 'OFF               ' / DET1 Stimulation Lamp Status                   \n",
       "                                                                                \n",
       "              ARCHIVE SEARCH KEYWORDS                                           \n",
       "                                                                                \n",
       "BANDWID =              100.009 / [Angstroms] Bandwidth of the data              \n",
       "CENTRWV =             1034.999 / [Angstroms] Central wavelength of the data     \n",
       "WAVEMIN =              984.994 / [Angstroms] Minimum wavelength of the data     \n",
       "WAVEMAX =             1085.003 / [Angstroms] Maximum wavelength of the data     \n",
       "PLATESC =             0.000000 / [arcsec/pixel] Plate scale                     \n",
       "                                                                                \n",
       "              ASSOCIATION KEYWORDS                                              \n",
       "                                                                                \n",
       "ASN_ID  = 'P1340101000       ' / Unique identifier assigned to association      \n",
       "ASN_TAB = 'P1340101000asn.fit  ' / Name of the association table                \n",
       "ASN_MTYP= 'EXPOSURE          ' / Role of the exposure in the association        \n",
       "NSPEC   =                   11                                                  \n",
       "HISTORY  COMBINED WITH IDF_COMBINE                                              \n",
       "SPEC001 = 'p13401010011attagfidf.fit'                                           \n",
       "WOFFL001=                   0. / [Angstroms] Shift applied to LiF spectrum      \n",
       "WOFFS001=                   0. / [Angstroms] Shift applied to SiC spectrum      \n",
       "SPEC002 = 'p13401010021attagfidf.fit'                                           \n",
       "WOFFL002=                   0. / [Angstroms] Shift applied to LiF spectrum      \n",
       "WOFFS002=                   0. / [Angstroms] Shift applied to SiC spectrum      \n",
       "SPEC003 = 'p13401010031attagfidf.fit'                                           \n",
       "WOFFL003=                   0. / [Angstroms] Shift applied to LiF spectrum      \n",
       "WOFFS003=                   0. / [Angstroms] Shift applied to SiC spectrum      \n",
       "SPEC004 = 'p13401010041attagfidf.fit'                                           \n",
       "WOFFL004=                   0. / [Angstroms] Shift applied to LiF spectrum      \n",
       "WOFFS004=                   0. / [Angstroms] Shift applied to SiC spectrum      \n",
       "SPEC005 = 'p13401010051attagfidf.fit'                                           \n",
       "WOFFL005=                   0. / [Angstroms] Shift applied to LiF spectrum      \n",
       "WOFFS005=                   0. / [Angstroms] Shift applied to SiC spectrum      \n",
       "SPEC006 = 'p13401010061attagfidf.fit'                                           \n",
       "WOFFL006=                   0. / [Angstroms] Shift applied to LiF spectrum      \n",
       "WOFFS006=                   0. / [Angstroms] Shift applied to SiC spectrum      \n",
       "SPEC007 = 'p13401010071attagfidf.fit'                                           \n",
       "WOFFL007=                   0. / [Angstroms] Shift applied to LiF spectrum      \n",
       "WOFFS007=                   0. / [Angstroms] Shift applied to SiC spectrum      \n",
       "SPEC008 = 'p13401010081attagfidf.fit'                                           \n",
       "WOFFL008=                   0. / [Angstroms] Shift applied to LiF spectrum      \n",
       "WOFFS008=                   0. / [Angstroms] Shift applied to SiC spectrum      \n",
       "SPEC009 = 'p13401010091attagfidf.fit'                                           \n",
       "WOFFL009=                   0. / [Angstroms] Shift applied to LiF spectrum      \n",
       "WOFFS009=                   0. / [Angstroms] Shift applied to SiC spectrum      \n",
       "SPEC010 = 'p13401010101attagfidf.fit'                                           \n",
       "WOFFL010=                   0. / [Angstroms] Shift applied to LiF spectrum      \n",
       "WOFFS010=                   0. / [Angstroms] Shift applied to SiC spectrum      \n",
       "SPEC011 = 'p13401010111attagfidf.fit'                                           \n",
       "WOFFL011=                   0. / [Angstroms] Shift applied to LiF spectrum      \n",
       "WOFFS011=                   0. / [Angstroms] Shift applied to SiC spectrum      "
      ]
     },
     "execution_count": 7,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "# thdu=fits.open('/home/hchung/fuse_data/p1340101/p13401010000attagfidf.fit')\n",
    "thdu=fits.open('/home/hchung/fuse_data/p1340101/p13401019991alif4ttagfcal.fit')\n",
    "# thdu=fits.open('/home/hchung/fuse_data/p1340101/p13401010011alif4ttagfcal.fit')\n",
    "thdu.info()\n",
    "thdu[0].header"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "metadata": {
    "ExecuteTime": {
     "end_time": "2021-04-28T03:29:02.459407Z",
     "start_time": "2021-04-28T03:29:02.441052Z"
    },
    "scrolled": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "SIMPLE  =                    T / Data conforms to FITS standard                 \n",
       "BITPIX  =                   16 / Bits per data value                            \n",
       "NAXIS   =                    0 / Number of data axes                            \n",
       "EXTEND  =                    T / File may contain standard extensions           \n",
       "NEXTEND =                    2 / Number of standard extensions                  \n",
       "GROUPS  =                    F / Image is in group format                       \n",
       "DATE    = '2007-11-08        ' / Date this file was written (yyyy-mm-dd)        \n",
       "                                                                                \n",
       "              DATA DESCRIPTION KEYWORDS                                         \n",
       "                                                                                \n",
       "TELESCOP= 'FUSE              ' / Telescope used to acquire data                 \n",
       "INSTRUME= 'FUV               ' / Instrument in use (one of FUV, FESA, or FESB)  \n",
       "ROOTNAME= 'B1140101001       ' / Rootname of the observation set (ppppttooeee)  \n",
       "FILENAME= 'B11401010011attagfraw.fit' / Name of file                            \n",
       "FILETYPE= 'RAW PHOTON ADDRESS' / Type of data found in data file                \n",
       "EXP_STAT=                    0 / Science data processing status (0=good)        \n",
       "                                                                                \n",
       "              PROPOSAL INFORMATION                                              \n",
       "                                                                                \n",
       "PRGRM_ID= 'B114              ' / Program ID from data header                    \n",
       "TARG_ID = '01                ' / Target ID from data header                     \n",
       "SCOBS_ID= '01                ' / Observation ID from data header                \n",
       "EXP_ID  = '001               ' / Exposure ID from data header                   \n",
       "OBS_ID  = '01                ' / Observation ID from proposal database          \n",
       "PR_INV_L= 'Murphy            ' / Last name of principal investigator            \n",
       "PR_INV_F= 'Edward            ' / First name of principal investigator           \n",
       "                                                                                \n",
       "              TARGET INFORMATION                                                \n",
       "                                                                                \n",
       "TARGNAME= 'NGC891-1          ' / Target name on proposal                        \n",
       "RA_TARG =        35.6208333333 / [deg] Right ascension of the target (J2000)    \n",
       "DEC_TARG=        42.3533333333 / [deg] Declination of the target (J2000)        \n",
       "APER_PA =           166.090958 / [deg] Position angle of Y axis (E of N)        \n",
       "EQUINOX =               2000.0 / Equinox of celestial coordinate system         \n",
       "ELAT    =   2.654489089988E+01 / [deg] Ecliptic latitude                        \n",
       "ELONG   =   4.781576088953E+01 / [deg] Ecliptic longitude                       \n",
       "GLAT    =  -1.741522734180E+01 / [deg] Galactic latitude                        \n",
       "GLONG   =   1.403699945908E+02 / [deg] Galactic longitude                       \n",
       "OBJCLASS=                   80 / Object class (modified IUE classification)     \n",
       "SP_TYPE = 'GAL               ' / MK spectral type and luminosity class (or other\n",
       "SRC_TYPE= 'EE                ' / [P]oint or [E]xtended, [C]ontinuum, [E]mission \n",
       "VMAG    =                 10.8 / Target V magnitude                             \n",
       "EBV     =                 0.06 / Color excess E(B-V)                            \n",
       "Z       =                528.0 / Redshift                                       \n",
       "EFLX_950=              5.0E-16 / Expected flux at 950 A                         \n",
       "EFLX1050=              5.0E-16 / Expected flux at 1050 A                        \n",
       "EFLX1150=              5.0E-16 / Expected flux at 1150 A                        \n",
       "HIGH_PM = 'F                 ' / High proper motion target (T or F)             \n",
       "MOV_TARG= 'F                 ' / [F]ixed or [M]oving target                     \n",
       "PCNTRATE=                 50.0 / Expected count rate (sum of all channels)      \n",
       "                                                                                \n",
       "              SUMMARY EXPOSURE INFORMATION                                      \n",
       "                                                                                \n",
       "DATEOBS = '2001-01-16'         / UT date of start of exposure (yyyy-mm-dd)      \n",
       "TIMEOBS = '19:27:54'           / UT start time of exposure (hh:mm:ss)           \n",
       "EXPSTART=   5.192581104167E+04 / Exposure start time (Modified Julian Date)     \n",
       "EXPEND  =   5.192582875705E+04 / Exposure end time (Modified Julian Date)       \n",
       "EXPTIME =   1.530609375000E+03 / [s] Total time after screening                 \n",
       "EXPENDC = 'OCC               ' / End condition (ENDO; SAA; OCC; NGHT; ENDE)     \n",
       "NEVENTS =                27835 / Number of events in raw data file              \n",
       "RAWTIME =   1.530609375000E+03 / [s] Exposure duration of raw data file         \n",
       "PLANTIME=                 1440 / [s] Planned exposure time                      \n",
       "SUNANGLE=             0.000000 / [deg] Angle between sun and Z axis             \n",
       "MOONANGL=             0.000000 / [deg] Angle between moon and Z axis            \n",
       "POLEANGL=             0.000000 / [deg] Angle between orbit pole and Z axis      \n",
       "GEO_LONG=             0.000000 / [deg] Geocentric longitude                     \n",
       "GEO_LAT =             0.000000 / [deg] Geocentric latitude                      \n",
       "MAG_LAT =             0.000000 / [deg] Geomagnetic latitude                     \n",
       "MIN_LIMB=             0.000000 / [deg] Minimum angle above Earth limb           \n",
       "                                                                                \n",
       "NBADEVNT=                    0 / Number of events deleted in screening          \n",
       "NBADPHA =                    0 / Number of events deleted in PHA screening      \n",
       "EXP_BAD =                    0 / [s] Time lost to screening                     \n",
       "EXP_BRST=                    0 / [s] Time lost to event bursts                  \n",
       "EXP_HV  =                    0 / [s] Time lost to low voltage/FIFO overflow     \n",
       "EXP_JITR=                    0 / [s] Time lost to jitter                        \n",
       "EXP_LIM =                    0 / [s] Time with low limb angle                   \n",
       "EXP_SAA =                    0 / [s] Time while in SAA                          \n",
       "EXPNIGHT=                    0 / [s] Night time after screening                 \n",
       "V_GEOCEN=                  0.0 / [km/s] Observed to geocentric velocity         \n",
       "V_HELIO =                  0.0 / [km/s] Geocentric to heliocentric velocity     \n",
       "V_LSRDYN=                  0.0 / [km/s] Heliocentric to dynamical LSR           \n",
       "V_LSRSTD=                  0.0 / [km/s] Heliocentric to standard solar LSR      \n",
       "              Geocentric and helocentric conversions are applied by the         \n",
       "              CALFUSE calibration pipeline.  LSR conversion is not.             \n",
       "                                                                                \n",
       "              SCIENCE INSTRUMENT CONFIGURATION                                  \n",
       "                                                                                \n",
       "INSTMODE= 'TTAG              ' / Instrument mode (TTAG or HIST)                 \n",
       "DETECTOR= '1A                ' / Detector for data in this file (1A, 1B, 2A, 2B)\n",
       "APERTURE= 'LWRS              ' / Planned target aperture: HIRS, MDRS, LWRS, RFPT\n",
       "BRIT_OBJ= 'NO                ' / Special configuration for bright-object obs    \n",
       "APER_ACT= '                  ' / Extracted aperture in this file                \n",
       "DET_MASK= 'AIC1              ' / Detector mask used                             \n",
       "NUM_APS =                    1 / Number of apertures in use in the observation  \n",
       "INITBINX=                    1 / Initial binning in X coordinate                \n",
       "INITBINY=                    1 / Initial binning in Y coordinate                \n",
       "SPECBINX=                    1 / Current binning in X coordinate                \n",
       "SPECBINY=                    1 / Current binning in Y coordinate                \n",
       "SIA_TBL = '                  ' / SIA Table name                                 \n",
       "NUM_HIST=                    0 / Number of histograms in the observation        \n",
       "INT_CAL = '                  ' / Internal Calibration (STIM, NONE)              \n",
       "FPSPLIT =                    0 / Number of FP Split positions                   \n",
       "FPASXPOS=              255.088 / [microns] FPA SiC X position                   \n",
       "FPALXPOS=              117.243 / [microns] FPA LiF X position                   \n",
       "FPASZPOS=             -99.6363 / [microns] FPA SiC Z position                   \n",
       "FPALZPOS=             -34.7361 / [microns] FPA LiF Z position                   \n",
       "MIRL1FOC=             0.000000 / [microns] LiF 1 mirror position                \n",
       "MIRL2FOC=             0.000000 / [microns] LiF 2 mirror position                \n",
       "MIRS1FOC=             0.000000 / [microns] SiC 1 mirror position                \n",
       "MIRS2FOC=             0.000000 / [microns] SiC 2 mirror position                \n",
       "TTPERIOD=                  1.0 / [s] Time marker insertion period               \n",
       "ENGSNAPT=                  300 / [s] Engineering snapshot period                \n",
       "TACQSEQ = 'ACQ-T-NOPKUP      ' / Target acquisition sequence                    \n",
       "ROLLOFF =                  0.0 / [Deg] Roll offset                              \n",
       "FES_BIN =                    1 / FES binning factor (1;2;4;8)                   \n",
       "FES_FILT= 'CLR               ' / FES filter wheel position: CLR=Clear, COL=Color\n",
       "FES_TPOS= 'IN                ' / FES target position: IN or OUT                 \n",
       "                                                                                \n",
       "              DETECTOR HV BIAS RANGES                                           \n",
       "                                                                                \n",
       "DET1HVAL=                  128 / Det1 MCP A HV bias minimum setting             \n",
       "DET1HVAH=                  128 / Det1 MCP A HV bias maximum setting             \n",
       "DET1HVBL=                  128 / Det1 MCP B HV bias minimum setting             \n",
       "DET1HVBH=                  128 / Det1 MCP B HV bias maximum setting             \n",
       "DET2HVAL=                  128 / Det2 MCP A HV bias minimum setting             \n",
       "DET2HVAH=                  128 / Det2 MCP A HV bias maximum setting             \n",
       "DET2HVBL=                  101 / Det2 MCP B HV bias minimum setting             \n",
       "DET2HVBH=                  101 / Det2 MCP B HV bias maximum setting             \n",
       "HV_FLAG =                    0 / 4 = full voltage for entire exposure           \n",
       "                                                                                \n",
       "              ORBITAL EPHEMERIS                                                 \n",
       "                                                                                \n",
       "EPCHTIMD=                  0.0 / Epoch time of parameters whole day (MJD)       \n",
       "EPCHTIMF=                  0.0 / Epoch time of parameters fraction of day (MJD) \n",
       "INCLINAT=                  0.0 / [deg] Inclination                              \n",
       "ECCENTRY=                  0.0 / Eccentricity                                   \n",
       "MEANANOM=                  0.0 / [deg] Mean anomaly                             \n",
       "ARGPERIG=                  0.0 / [deg] Argument of perigee                      \n",
       "RASCASCN=                  0.0 / [deg] RA of ascending node                     \n",
       "SEMIMAJR=                  0.0 / [km] Semi-major axis                           \n",
       "MEANMOTN=                  0.0 / [revs/day] Mean motion                         \n",
       "FDM2COEF=                  0.0 / First time derivative of mean motion / 2       \n",
       "SDM6COEF=                  0.0 / Second time derivative of mean motion / 6      \n",
       "DRAGCOEF=                  0.0 / B star drag coefficient                        \n",
       "PROPMODL= '                  ' / Propagation model                              \n",
       "                                                                                \n",
       "              SCIENCE DATA PROCESSING STEPS                                     \n",
       "                                                                                \n",
       "INIT_COR= 'INITIAL           ' / Initialize processing                          \n",
       "DIGI_COR= 'INITIAL           ' / Check digitizer values                         \n",
       "ELEC_COR= 'INITIAL           ' / Detector dead-time correction                  \n",
       "IDS__COR= 'INITIAL           ' / IDS dead-time correction                       \n",
       "FIFO_COR= 'INITIAL           ' / FIFO overflow correction                       \n",
       "DEAD_COR= 'INITIAL           ' / Apply all dead-time corrections                \n",
       "THRM_COR= 'INITIAL           ' / Thermal distortion correction                  \n",
       "RATE_COR= 'INITIAL           ' / Count-rate Y distortion                        \n",
       "TMXY_COR= 'INITIAL           ' / Temporal X and Y corrections                   \n",
       "GEOM_COR= 'INITIAL           ' / Geometric distortion                           \n",
       "PHAH_COR= 'INITIAL           ' / Assign pulse heights to HIST data              \n",
       "PHAX_COR= 'INITIAL           ' / Low pulse-height X distortion (walk)           \n",
       "ACTV_COR= 'INITIAL           ' / Define detector active region                  \n",
       "LIMB_COR= 'INITIAL           ' / Limb-angle screening                           \n",
       "SAA__COR= 'INITIAL           ' / SAA screening                                  \n",
       "VOLT_COR= 'INITIAL           ' / Confirm detector voltage                       \n",
       "BRST_COR= 'INITIAL           ' / Screen for bursts                              \n",
       "APER_COR= 'INITIAL           ' / Screen for target out of aperture              \n",
       "UGTI_COR= 'INITIAL           ' / Set user good-time intervals                   \n",
       "FLAG_COR= 'INITIAL           ' / Set individual photon flags                    \n",
       "GTI__COR= 'INITIAL           ' / Determine good-time intervals                  \n",
       "TIME_COR= 'INITIAL           ' / Modify photon arrival times (HIST only)        \n",
       "AIRG_COR= 'INITIAL           ' / Flag events in airglow regions                 \n",
       "BPIX_COR= 'INITIAL           ' / Flag events in bad-pixel regions               \n",
       "PHA__COR= 'INITIAL           ' / Pulse-height screening                         \n",
       "FIND_COR= 'INITIAL           ' / Find spectra on detector                       \n",
       "YMOT_COR= 'INITIAL           ' / Track motion of Y centroid                     \n",
       "GRAT_COR= 'INITIAL           ' / Grating motion correction                      \n",
       "FPA__COR= 'INITIAL           ' / FPA offset correction                          \n",
       "MIRR_COR= 'INITIAL           ' / Mirror motion correction                       \n",
       "JITR_COR= 'INITIAL           ' / Satellite jitter correction                    \n",
       "YCNT_COR= 'INITIAL           ' / Y centroid of corrected data                   \n",
       "CHID_COR= 'INITIAL           ' / Final channel assignment                       \n",
       "TCRT_COR= 'INITIAL           ' / Calculate target count rate                    \n",
       "ASTG_COR= 'INITIAL           ' / Astigmatism correction                         \n",
       "WAVE_COR= 'INITIAL           ' / Assign wavelength to photons                   \n",
       "DOPP_COR= 'INITIAL           ' / Heliocentric reference frame                   \n",
       "FLAT_COR= 'INITIAL           ' / Flat-field correction                          \n",
       "FLUX_COR= 'INITIAL           ' / Flux-calibrate each photon                     \n",
       "COMB_COR= 'INITIAL           ' / Generate observation-level spectrum            \n",
       "                                                                                \n",
       "              SCIENCE DATA PROCESSING CALIBRATION FILES                         \n",
       "                                                                                \n",
       "AEFF1CAL= '                  ' / Effective-area curve #1                        \n",
       "AEFF2CAL= '                  ' / Effective-area curve #2                        \n",
       "AIRG_CAL= '                  ' / Geocoronal line locations                      \n",
       "ASTG_CAL= '                  ' / Astigmatism correction                         \n",
       "BCHR_CAL= '                  ' / Background characteristics                     \n",
       "BKGD_CAL= '                  ' / Background/scattered-light model               \n",
       "BPM_CAL = '                  ' / Bad-pixel map for this exposure                \n",
       "CHID_CAL= '                  ' / Windows for spectral extraction                \n",
       "DIGI_CAL= '                  ' / Reference file for digitizer values            \n",
       "ELEC_CAL= '                  ' / Detector parameters                            \n",
       "FLAT1CAL= '                  ' / Flat-field correction #1                       \n",
       "FLAT2CAL= '                  ' / Flat-field correction #2                       \n",
       "GEOM_CAL= '                  ' / X and Y geometric corrections                  \n",
       "GRAT_CAL= '                  ' / Grating motions                                \n",
       "HSKP_CAL= '                  ' / Housekeeping data                              \n",
       "JITR_CAL= '                  ' / Spacecraft jitter data                         \n",
       "MIRR_CAL= '                  ' / Mirror motions                                 \n",
       "PARM_CAL= '                  ' / Master parameter file                          \n",
       "PHAH_CAL= '                  ' / Pulse height map for HIST data                 \n",
       "PHAX_CAL= '                  ' / Low-pulse-height X distortion                  \n",
       "QUAL_CAL= '                  ' / Quality flag (bad pixel) map                   \n",
       "RATE_CAL= '                  ' / Y stretch with count rate                      \n",
       "SAAC_CAL= '                  ' / SAA contours for data screening                \n",
       "SCRN_CAL= '                  ' / Parameters for data screening                  \n",
       "SPEC_CAL= '                  ' / Spectrograph parameters                        \n",
       "STIM_CAL= '                  ' / Default thermal drift parameters               \n",
       "TMXY_CAL= '                  ' / Temporal X and Y corrections                   \n",
       "VOLT_CAL= '                  ' / Detector bias voltages and dates               \n",
       "WAVE_CAL= '                  ' / Wavelength calibration                         \n",
       "WGTS_CAL= '                  ' / Pixel weights for extraction                   \n",
       "WORM1CAL= '                  ' / Worm correction #1                             \n",
       "WORM2CAL= '                  ' / Worm correction #2                             \n",
       "                                                                                \n",
       "              SCIENCE DATA PROCESSING KEYWORDS                                  \n",
       "                                                                                \n",
       "OPUSVERS= '2.7               ' / FUSE OPUS version number                       \n",
       "CF_VERS = '                  ' / CALFUSE pipeline version number                \n",
       "HKEXISTS= 'yes     '           / Housekeeping data file exists                  \n",
       "DAYNIGHT= '                  ' / Use only DAY, NIGHT, or BOTH                   \n",
       "BRITLIMB=                  0.0 / [deg] Bright limb avoidance angle              \n",
       "DARKLIMB=                  0.0 / [deg] Dark limb avoidance angle                \n",
       "ORBPERID=                  0.0 / [s] Estimate of orbital period                 \n",
       "PHALOW  =                    0 / Pulse height screening low limit               \n",
       "PHAHIGH =                   31 / Pulse height screening high limit              \n",
       "OPT_EXTR=                    0 / Number of optimal extraction iterations        \n",
       "STIM_L_X=             0.000000 / X centroid of left stim pulse                  \n",
       "STIM_L_Y=             0.000000 / Y centroid of left stim pulse                  \n",
       "STIM_R_X=             0.000000 / X centroid of right stim pulse                 \n",
       "STIM_R_Y=             0.000000 / Y centroid of right stim pulse                 \n",
       "FPADXLIF=             0.000000 / [pixels] Correction for FPA position (LIF)     \n",
       "FPADXSIC=             0.000000 / [pixels] Correction for FPA position (SIC)     \n",
       "WPC     =                  0.0 / [A] Wavelength increment per pixel             \n",
       "W0      =                  0.0 / [A] Wavelength of first pixel                  \n",
       "DET_DEAD=             0.000000 / Mean detector deadtime correction factor       \n",
       "IDS_DEAD=             0.000000 / Mean IDS deadtime correction factor            \n",
       "TOT_DEAD=             0.000000 / TOTAL deadtime correction factor               \n",
       "                                                                                \n",
       "              MEASURED SPECTRAL CENTROIDS                                       \n",
       "                                                                                \n",
       "YCENT1  =             0.000000 / [pixels] Y centroid of LIF HIRS spectrum       \n",
       "YCENT2  =             0.000000 / [pixels] Y centroid of LIF MDRS spectrum       \n",
       "YCENT3  =             0.000000 / [pixels] Y centroid of LIF LWRS spectrum       \n",
       "YCENT5  =             0.000000 / [pixels] Y centroid of SIC HIRS spectrum       \n",
       "YCENT6  =             0.000000 / [pixels] Y centroid of SIC MDRS spectrum       \n",
       "YCENT7  =             0.000000 / [pixels] Y centroid of SIC LWRS spectrum       \n",
       "YQUAL1  = '                  ' / Quality of Y centroid value (LIF HIRS)         \n",
       "YQUAL2  = '                  ' / Quality of Y centroid value (LIF MDRS)         \n",
       "YQUAL3  = '                  ' / Quality of Y centroid value (LIF LWRS)         \n",
       "YQUAL5  = '                  ' / Quality of Y centroid value (SIC HIRS)         \n",
       "YQUAL6  = '                  ' / Quality of Y centroid value (SIC MDRS)         \n",
       "YQUAL7  = '                  ' / Quality of Y centroid value (SIC LWRS)         \n",
       "                                                                                \n",
       "              BACKGROUND SAMPLE REGIONS                                         \n",
       "                                                                                \n",
       "BKGD_NUM=                    0 / Number of background regions specified         \n",
       "BKG_MIN0=                    0 / [pixels] bkgd sample region 0 - lower limit    \n",
       "BKG_MIN1=                    0 / [pixels] bkgd sample region 1 - lower limit    \n",
       "BKG_MIN2=                    0 / [pixels] bkgd sample region 2 - lower limit    \n",
       "BKG_MIN3=                    0 / [pixels] bkgd sample region 3 - lower limit    \n",
       "BKG_MIN4=                    0 / [pixels] bkgd sample region 4 - lower limit    \n",
       "BKG_MIN5=                    0 / [pixels] bkgd sample region 5 - lower limit    \n",
       "BKG_MIN6=                    0 / [pixels] bkgd sample region 6 - lower limit    \n",
       "BKG_MIN7=                    0 / [pixels] bkgd sample region 7 - lower limit    \n",
       "BKG_MAX0=                    0 / [pixels] bkgd sample region 0 - upper limit    \n",
       "BKG_MAX1=                    0 / [pixels] bkgd sample region 1 - upper limit    \n",
       "BKG_MAX2=                    0 / [pixels] bkgd sample region 2 - upper limit    \n",
       "BKG_MAX3=                    0 / [pixels] bkgd sample region 3 - upper limit    \n",
       "BKG_MAX4=                    0 / [pixels] bkgd sample region 4 - upper limit    \n",
       "BKG_MAX5=                    0 / [pixels] bkgd sample region 5 - upper limit    \n",
       "BKG_MAX6=                    0 / [pixels] bkgd sample region 6 - upper limit    \n",
       "BKG_MAX7=                    0 / [pixels] bkgd sample region 7 - upper limit    \n",
       "                                                                                \n",
       "              ENGINEERING KEYWORDS                                              \n",
       "                                                                                \n",
       "THERMCON= 'ON                ' / Thermal control flag                           \n",
       "FESSRC  = 'FES A             ' / Source of FES dump data                        \n",
       "FESCENT = 'FES A             ' / Source of FES centroid data                    \n",
       "GMODE   = 'IDENTIFIED_TRACKING ' / Guidance mode                                \n",
       "TRACKON = 'OFF               ' / Guide star tracking on                         \n",
       "ATCMDATT= 'AT COMMANDED ATTITUD    ' / At commanded attitude                    \n",
       "                                                                                \n",
       "              Segment 1A Counters                                               \n",
       "                                                                                \n",
       "C1ASIC_B=              3593295 / SIC counter at beginning of integration        \n",
       "C1ASIC_E=              3596684 / SIC counter at end of integration              \n",
       "C1ALIF_B=              6294519 / LIF counter at beginning of integration        \n",
       "C1ALIF_E=              6297805 / LIF counter at end of integration              \n",
       "C1ADE_B =              1453843 / Digitized events counter at beginning of integr\n",
       "C1ADE_E =              1481707 / Digitized events counter at end of integration \n",
       "C1AAS_B =             12238073 / Autonomous shutdown (SAA) counter at beginning \n",
       "C1AAS_E =             12239248 / Autonomous shutdown (SAA) counter at end of int\n",
       "C1AFE_B =              2989787 / Fast event counter at beginning of integration \n",
       "C1AFE_E =              3020484 / Fast event counter at end of integration       \n",
       "C1AFE_CR=            20.037207 / Count rate from fast event counter             \n",
       "                                                                                \n",
       "              Active Image Counters                                             \n",
       "                                                                                \n",
       "CTIME_B =   5.192581104167E+04 / [MJD] Time of first engineering snapshot       \n",
       "CTIME_E =   5.192582877315E+04 / [MJD] Time of last engineering snapshot        \n",
       "C1AAI_B =              1174682 / Seg 1A at beginning                            \n",
       "C1AAI_E =              1202546 / Seg 1A at end of integration                   \n",
       "C1BAI_B =              7904083 / Seg 1B at beginning                            \n",
       "C1BAI_E =              7928162 / Seg 1B at end of integration                   \n",
       "C2AAI_B =             13134744 / Seg 2A at beginning                            \n",
       "C2AAI_E =             13159838 / Seg 2A at end of integration                   \n",
       "C2BAI_B =               345527 / Seg 2B at beginning                            \n",
       "C2BAI_E =               373557 / Seg 2B at end of integration                   \n",
       "                                                                                \n",
       "              Detector 1 parameters                                             \n",
       "                                                                                \n",
       "DET1ETMP=              24.8096 / DET1 electronics temperature                   \n",
       "DET1PTMP=              17.9942 / DET1 Baseplate temperature                     \n",
       "DET1ASCL=                 17.0 / DET1 segment A  Time (X) image scale factor    \n",
       "DET1BSCL=                 92.0 / DET1 segment B  Time (X) image scale factor    \n",
       "DET1AXOF=                183.0 / DET1 segment A  Time (X) image position offset \n",
       "DET1BXOF=                107.0 / DET1 segment B  Time (X) image position offset \n",
       "DET1TEMP=              17.9842 / DET1 Detector temperature                      \n",
       "DET1HVMT=              23.7661 / DET1 High Voltage Module temperature           \n",
       "DET1HVFT=              20.5619 / DET1 High Voltage Filter temperature           \n",
       "DET1AMAT=              26.3947 / DET1 segment A Amplifier temperature           \n",
       "DET1AMBT=              26.3947 / DET1 segment B Amplifier temperature           \n",
       "DET1TDAT=            20.143600 / DET1 TDC A  temperature                        \n",
       "DET1TDBT=              20.5619 / DET1 TDC B  temperature                        \n",
       "DET1HVA =                 57.0 / DET1 MCP A Bias Current                        \n",
       "DET1HVB =                 47.0 / DET1 MCP B Bias Current                        \n",
       "DET1AUCT=                227.0 / DET1 TDC-A Upper Charge Threshold setting      \n",
       "DET1BUCT=                228.0 / DET1 TDC-B Upper Charge Threshold setting      \n",
       "DET1ABWK=                165.0 / DET1 TDC-A Begin CFD Walk setting              \n",
       "DET1BBWK=                139.0 / DET1 TDC-B Begin CFD Walk setting              \n",
       "DET1AEWK=                165.0 / DET1 TDC-A End CFD Walk setting                \n",
       "DET1BEWK=                125.0 / DET1 TDC-B End CFD Walk setting                \n",
       "DET1ABSL=                227.0 / DET1 TDC-A charge Baseline threshold setting   \n",
       "DET1BBSL=                228.0 / DET1 TDC-B charge Baseline threshold setting   \n",
       "DET1ALCT=                  7.0 / DET1 TDC-A Lower Charge Threshold setting      \n",
       "DET1BLCT=                  6.0 / DET1 TDC-B Lower Charge Threshold setting      \n",
       "DET1ALTT=                169.0 / DET1 TDC-A Lower Time Threshold setting        \n",
       "DET1BLTT=                143.0 / DET1 TDC-B Lower Time Threshold setting        \n",
       "DET1HVGR=                  1.0 / DET1 Grid High Voltage Status                  \n",
       "DET1HVPW=                  1.0 / DET1 Bias High Voltage Status                  \n",
       "DET1STIM= 'OFF               ' / DET1 Stimulation Lamp Status                   \n",
       "                                                                                \n",
       "              ARCHIVE SEARCH KEYWORDS                                           \n",
       "                                                                                \n",
       "BANDWID =             0.000000 / [Angstroms] Bandwidth of the data              \n",
       "CENTRWV =             0.000000 / [Angstroms] Central wavelength of the data     \n",
       "WAVEMIN =             0.000000 / [Angstroms] Minimum wavelength of the data     \n",
       "WAVEMAX =             0.000000 / [Angstroms] Maximum wavelength of the data     \n",
       "PLATESC =             0.000000 / [arcsec/pixel] Plate scale                     \n",
       "                                                                                \n",
       "              ASSOCIATION KEYWORDS                                              \n",
       "                                                                                \n",
       "ASN_ID  = 'B1140101000       ' / Unique identifier assigned to association      \n",
       "ASN_TAB = 'B1140101000asn.fit  ' / Name of the association table                \n",
       "ASN_MTYP= 'EXPOSURE          ' / Role of the exposure in the association        "
      ]
     },
     "execution_count": 13,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "rawfile='/home/hchung/fuse_data/b1140101/b11401010011attagfraw.fit'\n",
    "rhdu=fits.open(rawfile)\n",
    "rhdu[0].header"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 65,
   "metadata": {
    "ExecuteTime": {
     "end_time": "2021-01-31T15:21:01.742732Z",
     "start_time": "2021-01-31T15:20:59.162564Z"
    },
    "scrolled": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Filename: /home/hchung/fuse_data/p1340101/p13401019991alif4ttagfcal.fit\n",
      "No.    Name      Ver    Type      Cards   Dimensions   Format\n",
      "  0  PRIMARY       1 PrimaryHDU     401   ()      \n",
      "  1  SPECTRUM      1 BinTableHDU     35   7694R x 7C   [1E, 1E, 1E, 1J, 1E, 1E, 1I]   \n"
     ]
    },
    {
     "data": {
      "text/plain": [
       "(0, 10)"
      ]
     },
     "execution_count": 65,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 1296x648 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "# thdu=fits.open('/home/hchung/fuse_data/test/B11403010021alif4ttagfcal.fit')\n",
    "# thdu=fits.open('/home/hchung/fuse_data/b114030100000all4ttagfcal.fit')\n",
    "thdu=fits.open('/home/hchung/fuse_data/p1340101/p13401019991alif4ttagfcal.fit')\n",
    "# fits_hdu[0].header\n",
    "thdu.info()\n",
    "# thdu[1].header\n",
    "thdu[0].header\n",
    "# thdu['SPECTRUM']\n",
    "specd=thdu['SPECTRUM'].data\n",
    "expt=thdu[0].header['EXPTIME']\n",
    "# exptn=eptn+thdu[0].header['EXPNIGHT']\n",
    "res=read_fuse(specd, fmt=1)\n",
    "tcnt_idx=3\n",
    "wave=res[:,0]\n",
    "tflx=res[:,1]\n",
    "tcnt=res[:,tcnt_idx]\n",
    "# wcnt=res[:,]\n",
    "bkct=res[:,5]\n",
    "# 'ERG CM^-2 S^-1 ANG^-1' / physic\n",
    "perg=photon_energy_erg(wave_ang=wave)\n",
    "effarea=25\n",
    "tcnt_ff=tflx*effarea/perg*expt*(wave[1]-wave[0])\n",
    "\n",
    "\n",
    "thdu2=fits.open('/home/hchung/fuse/MAST_2020-07-20T2021/FUSE/b1140301000/b11403010021alif4ttagfcal.fit.gz')\n",
    "# thdu2=fits.open('/home/hchung/fuse/MAST_2020-07-20T2021/FUSE/b1140301000/b11403010051alif4ttagfcal.fit.gz')\n",
    "specd2=thdu2['SPECTRUM'].data\n",
    "expt2=expt+thdu2[0].header['EXPTIME']\n",
    "# exptn2=exptn+thdu2[0].header['EXPNIGHT']\n",
    "res2=read_fuse(specd2, fmt=1)\n",
    "wave2=res2[:,0]\n",
    "tflx2=res2[:,1]\n",
    "tcnt2=res2[:,tcnt_idx]\n",
    "perg2=photon_energy_erg(wave_ang=wave2)\n",
    "effarea=27\n",
    "tcnt_ff2=tflx2*effarea/perg2*expt2*(wave2[1]-wave2[0])\n",
    "\n",
    "\n",
    "fig=plt.figure(figsize=(18,9))\n",
    "ax=fig.add_subplot(111)\n",
    "\n",
    "\n",
    "ax.step(wave, tcnt, 'r', where='mid', zorder=0.5, alpha=0.5)\n",
    "ax.step(wave, tcnt_ff, 'g', where='mid', zorder=0.5, alpha=0.5)\n",
    "# ax.step(wave, tflx, 'r', where='mid', zorder=0.5, alpha=0.5)\n",
    "\n",
    "# ax.step(wave2, tcnt2, 'b', where='mid', zorder=0.5, alpha=0.5)\n",
    "# ax.step(wave2, tcnt_ff2/2, 'k', where='mid', zorder=0.5, alpha=0.5)\n",
    "\n",
    "\n",
    "# ax.step(wave2, tcnt-tcnt2, 'b', where='mid', zorder=0.5, alpha=0.5)\n",
    "\n",
    "# ax.set_ylim()\n",
    "ax.set_xlim([1020,1050])\n",
    "# ax.set_xlim([1025,1030])\n",
    "ax.set_xlim([1030,1040])\n",
    "ax.set_ylim([0,10])\n",
    "# hdu[1].header\n",
    "\n",
    "# thdu[0].header\n",
    "# thdu2[0].header"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 458,
   "metadata": {
    "ExecuteTime": {
     "end_time": "2021-01-31T04:10:15.968646Z",
     "start_time": "2021-01-31T04:10:15.831214Z"
    }
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "[<matplotlib.lines.Line2D at 0x7f135a79d710>]"
      ]
     },
     "execution_count": 458,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 1296x648 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "effhdu=fits.open('/home/hchung/calfuse/v3.2/calfiles/aeff1a104.fit')\n",
    "effhdu[3].header\n",
    "\n",
    "effdata=effhdu[3].data\n",
    "fig=plt.figure(figsize=(18,9))\n",
    "ax=fig.add_subplot(111)\n",
    "# effwave=effdata['wave']\n",
    "# effarea=effdata['area']\n",
    "effres=np.array([[a,b] for a,b in effdata])\n",
    "effres.shape\n",
    "effwave=effres[0,0,:]\n",
    "effarea=effres[0,1,:]\n",
    "ax.plot(effwave,effarea, 'k-')"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "Python 3",
   "language": "python",
   "name": "python3"
  },
  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 3
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython3",
   "version": "3.11.2"
  },
  "varInspector": {
   "cols": {
    "lenName": 16,
    "lenType": 16,
    "lenVar": 40
   },
   "kernels_config": {
    "python": {
     "delete_cmd_postfix": "",
     "delete_cmd_prefix": "del ",
     "library": "var_list.py",
     "varRefreshCmd": "print(var_dic_list())"
    },
    "r": {
     "delete_cmd_postfix": ") ",
     "delete_cmd_prefix": "rm(",
     "library": "var_list.r",
     "varRefreshCmd": "cat(var_dic_list()) "
    }
   },
   "types_to_exclude": [
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    "function",
    "builtin_function_or_method",
    "instance",
    "_Feature"
   ],
   "window_display": false
  }
 },
 "nbformat": 4,
 "nbformat_minor": 2
}