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...

        },
        "alpha_exp_cwt_br":{
          "alpha":-0.8825041055679321,              
          "fit_r":-0.9950829744338989,
          "sigma":0.01484755612909794
        },
        "alpha_exp_cwt_btot":{
          "alpha":-1.000222444534302,
          "fit_r":-0.9861923456192017,
          "sigma":0.02839041128754616
        },
        "alpha_exp_fft_blos":{
          "alpha":-1.027253031730652,
          "fit_r":-0.8860970735549927,
          "sigma":0.0676979273557663
        },
        "alpha_exp_fft_br":{
          "alpha":-0.9775007963180542,
          "fit_r":-0.8845617175102234,
          "sigma":0.06493799388408661
        },
        "alpha_exp_fft_btot":{
          "alpha":-0.8710989952087402,
          "fit_r":-0.8559461832046509,
          "sigma":0.06629730015993118
        },
        "beff_blos":{
          "beff":0.0,                               <---- USE
          "err_sep_length":0.0,                     <----
?           "err_signed_flux":0.0,                    <----
?           "sep_length":0.0,                         <----
?           "signed_flux":0.0                         <----
?         },
        "beff_br":{
          "beff":0.0,                               <---- USE
          "err_sep_length":0.0,
                     <---- USE
          "err_signed_flux":0.0,
          "sep_length":0.0,
          "signed_flux":0.0
        },
        "decay_index_blos":{
          "l_over_min_hminminhmin":0.0,                     <---- USE (Ratio of L to hmin for an MPIL segment of which hmin is lowest, calculated from Blos) 
          "lmaxmaxl_over_hmin":0.0,                      <---- USE (Ratio of L to hmin for an MPIL segment of which L is longest, calculated from Blos)

...

        },
        "decay_index_br":{
          "l_over_min_hminminhmin":0.0,                     <---- USE (Ratio of L to hmin for an MPIL segment of which hmin is lowest, calculated from Br)
          "lmaxmaxl_over_hmin":0.0,                      <---- USE (Ratio of L to hmin for an MPIL segment of which L is longest, calculated from Br)

...

        },
        "flare_association":{
          "f_etime_tau":null,
          "f_mag":"",
          "f_ptime_tau":null,
          "f_stime_tau":null
        },
        "ising_energy_blos":{
          "ising_energy":17.4415225982666,           <---- USE
          "num_neg":3497.0,
          "num_pos":49.0
        },
        "ising_energy_br":{
          "ising_energy":0.0,                        <---- USE
          "num_neg":284.0,
          "num_pos":0.0
        },
        "ising_energy_part_blos":{
          "ising_energy_part":0.002879713661968708,  <---- USE
          "num_neg":4.0,
          "num_pos":7.0
        },
        "ising_energy_part_br":{
          "ising_energy_part":0.0003076923021581024, <----USE
          "num_neg":1.0,
          "num_pos":1.0
        },
        "mpil_blos":{
          "max_length":0.0,                     <---- USE (Length of the longest MPIL segment calculated from Blos)

...

          ],
          "net_curr":0.0,
          "num_currents":2.0,
          "tot_neg":0.0,
          "tot_pos":0.0,
          "tot_us_cur":0.0                  <---- USE (total unsigned non-neutralized current)
        },
        "r_value_blos_logr":0.0,            <---- USE (R-value for LOS component)
        "r_value_br_logr":0.0,              <---- USE (R-value for radial component)
        "srs":{
          "area":0,                         <---- USE (Total area of active region sunspots)

...

        },
        "wlsg_blos":{
          "tot_len_pil":0.0,                <---- DON'T USE
          "value_int":0.0,                  <---- USE (Value calculated as in Falconer et. al., 2008)
          "value_tot":0.0                   <---- CAN BE USED.
        },
        "wlsg_br":{
          "tot_len_pil":0.0,
          "value_int":0.0,
          "value_tot":0.0
        }, 
        "flow_field_bvec":{
          "v_mean":                        <---- USE
          "v_median":                      <---- USE
          "vz_mean":                       <---- USE
          "vz_max":                        <---- USE
          "diver":                         <---- USE
          "conver":                        <---- USE
          "shear":                         <---- USE
          "diver_mean":                    <---- USE
          "conver_mean":                   <---- USE
          "shear_mean":                    <---- USE
          "diver_max":                     <---- USE
          "conver_max":                    <---- USE
          "shear_max":                     <---- USE
          "w_diver":                       <---- USE
          "w_conver":                      <---- USE
          "w_shear":                       <---- USE
          "w_diver_mean":                  <---- USE
          "w_conver_mean":                 <---- USE
          "w_shear_mean":                  <---- USE
          "w_diver_max":                   <---- USE
          "w_conver_max":                  <---- USE
          "w_shear_max":                   <---- USE
        },
        "helicity_energy_bvec":{
          "pos_dhdt_in":
          "abs_neg_dhdt_in":
          "abs_tot_dhdt_in":               <---- USE
          "tot_uns_dhdt_in":               <---- USE
          "pos_dhdt_sh":
          "abs_neg_dhdt_sh":
          "abs_tot_dhdt_sh":               <---- USE
          "tot_uns_dhdt_sh":               <---- USE
          "abs_tot_dhdt":                  <---- USE
          "abs_tot_dhdt_in_plus_sh":       <---- USE
          "tot_uns_dhdt":                  <---- USE
          "pos_dedt_in":               
          "abs_neg_dedt_in":
          "abs_tot_dedt_in":               <---- USE
          "tot_uns_dedt_in":               <---- USE
          "pos_dedt_sh":
          "abs_neg_dedt_sh":
          "abs_tot_dedt_sh":               <---- USE
          "tot_uns_dedt_sh":               <---- USE
          "abs_tot_dedt":                  <---- USE
          "abs_tot_dedt_in_plus_sh":       <---- USE
          "tot_uns_dedt":                  <---- USE
        }
      },
      "gs_slf" :{
"g_s": 0.0, <---- USE
"slf": 0.0, <---- USE
"d_l_f": 0.0,
"weight_cent": 0.0,
"lead_cent": 0.0,
"foll_cent": 0.0,
"fit_coeff": [0.,0.]
      }, 
      "frdim_Blos":{
"frdim": 0.0, <---- USE
"frdim_err": 0.0
},
      "frdim_Br":{
"frdim": 0.0, <---- USE
"frdim_err": 0.0
},
      "frdim_Btot":{
"frdim": 0.0, <---- USE
"frdim_err": 0.0
},
      "sfunction_Blos":{
     "zq": [0.,..0.,],                                   <---- USE zq(5)
     "zq_err" : [0.,..0.,],
     "q": [0.,..0.,],
     "sf":[0.,..0.,],          
     "rd":[0.,..0.,]
     },
      "sfunction_Br":{
     "zq": [0.,..0.,],                                   <---- USE zq(5)
     "zq_err" : [0.,..0.,],
     "q": [0.,..0.,],
     "sf":[0.,..0.,],          
     "rd":[0.,..0.,]
     },
      "sfunction_Btot":{
     "zq": [0.,..0.,],                                   <---- USE zq(5)
     "zq_err" : [0.,..0.,],
     "q": [0.,..0.,],
     "sf":[0.,..0.,],          
     "rd":[0.,..0.,]
     },
      "mf_spectrum_Blos":{
"dq": [0.,..,0], <---- USE dq(0) and dq(7)
"dq_err": [0.,...,0.],
"q": [0.,...,0.],
"alpha":[0.,...,0.],
"alpha_err":[0.,...,0.],
"falpha": [0.,...,0.],
"falpha_err":[0.,...,0.]
       },
      "mf_spectrum_Br":{
"dq": [0.,..,0], <---- USE dq(0) and dq(7)
"dq_err": [0.,...,0.],
"q": [0.,...,0.],
"alpha":[0.,...,0.],
"alpha_err":[0.,...,0.],
"falpha": [0.,...,0.],
"falpha_err":[0.,...,0.]
       },
      "mf_spectrum_Br":{
"dq": [0.,..,0], <---- USE dq(0) and dq(7)
"dq_err": [0.,...,0.],
"q": [0.,...,0.],
"alpha":[0.,...,0.],
"alpha_err":[0.,...,0.],
"falpha": [0.,...,0.],
"falpha_err":[0.,...,0.]
       },
      "helicity_Br":{
"pos_dhdt_s":
       "abs_neg_dhdt_s": 
       "abs_tot_dhdt_s": <---- USE
       "tot_uns_dhdt_s": <---- USE
       "pos_dhdt_m":
       "abs_neg_dhdt_m": 
       "abs_tot_dhdt_m": <---- USE
       "tot_uns_dhdt_m": <---- USE
       "abs_tot_dhdt": <---- USE
       "abs_tot_dhdt_s_plus_m": <---- USE
       "tot_uns_dhdt": <---- USE
       },
      "null_point":{
       "n_np": <---- USE
       "n_np_2_10": <---- USE
       "n_np_10_100": <---- USE
       },
           "fc_id":"flarecast-production_01-00000000-0000-0000-0000-000000000046",
       "lat_hg":18.4696006445173,
      "long_carr":89.92517737846,
      "long_hg":22.05396917846,
      "meta":{
        "harp":1678,
        "nar":null,
        "npr":null
      },
     "sharp_kw": { 
 "usflux": { 
 "ave": 688538714166526000, 
 "kurtosis": "-NaN", <---------------- DON'T USE FOR NOW
 "max": 3372120798528537000, 
 "median": 558996418845474800, 
 "skewness": "-NaN", <---------------- DON'T USE FOR NOW
 "stddev": "Infinity", <---------------- DON'T USE FOR NOW
  "total": 1.210726444314045e+22 } , 
 "sflux": { 
          "ave": 546770433660158000, 
 "kurtosis": "-NaN", <---------------- DON'T USE FOR NOW
  "max": 1617281274022461000, 
 "median": 506645131194007600, 
 "skewness": "-NaN", <---------------- DON'T USE FOR NOW
 "stddev": 220851805385392100, <---------------- DON'T USE FOR NOW
 "total": 324234860769562300000 } 
 },
      "time_start":"2013-09-23T00:00:02+00:00"
    }

...