# data from EMSL:  https://bse.pnl.gov/bse/portal
#  DZP (Dunning)  EMSL  Basis Set Exchange Library   5/26/14 4:54 AM
# T.H. DUNNING, JR., J. CHEM. PHYS. 53, 2823 (1970). 
#  T.H. DUNNING, JR. AND P.J. HAY, IN METHODS OF ELECTRONIC STRUCTURE THEORY, 
#  VOL. 2, H.F. SCHAEFER III, ED., PLENUM PRESS (1977).
#
#  H - F: T.H. DUNNING JR. AND P.J. HAY, IN METHODS OF ELECTRONIC STRUCTURE 
#               THEORY VOL. 2, H.F. SCHAEFER III, ED., PLENUM PRESS (1977). 
#   Si - Cl:    E. MAGNUSSON AND H.F. SCHAEFER III, JCP 83, 5721 (1985).
#


H  = [[0,
        [19.2406000, 0.0328280],
        [2.8992000, 0.2312080],
        [0.6534000, 0.8172380],],
      [0,
        [0.1776000, 1.0000000],],
      [1,
        [1.0000000, 1.0000000],]]

Li = [[0,
        [921.3000000, 0.0013670],
        [138.7000000, 0.0104250],
        [31.9400000, 0.0498590],
        [9.3530000, 0.1607010],
        [3.1580000, 0.3446040],
        [1.1570000, 0.4251970],],
      [0,
        [0.4446000, 1.0000000],],
      [0,
        [0.0766600, 1.0000000],],
      [0,
        [0.0286400, 1.0000000],],
      [1,
        [1.4880000, 0.0387700],
        [0.2667000, 0.2362570],
        [0.0720100, 0.8304480],],
      [1,
        [0.0237000, 1.0000000],],
      [2,
        [0.2000000, 1.0000000],]]

B = [[0,
        [2788.4100000, 0.0021220],
        [419.0390000, 0.0161710],
        [96.4683000, 0.0783560],
        [28.0694000, 0.2632500],
        [9.3760000, 0.5967290],
        [1.3057000, 0.2303970],],
      [0,
        [3.4062000, 1.0000000],],
      [0,
        [0.3245000, 1.0000000],],
      [0,
        [0.1022000, 1.0000000],],
      [1,
        [11.3413000, 0.0179870],
        [2.4360000, 0.1103390],
        [0.6836000, 0.3831110],
        [0.2134000, 0.6478600],],
      [1,
        [0.0701000, 1.0000000],],
      [2,
        [0.7000000, 1.0000000],]]

C = [[0,
        [4232.6100000, 0.0020290],
        [634.8820000, 0.0155350],
        [146.0970000, 0.0754110],
        [42.4974000, 0.2571210],
        [14.1892000, 0.5965550],
        [1.9666000, 0.2425170],],
      [0,
        [5.1477000, 1.0000000],],
      [0,
        [0.4962000, 1.0000000],],
      [0,
        [0.1533000, 1.0000000],],
      [1,
        [18.1557000, 0.0185340],
        [3.9864000, 0.1154420],
        [1.1429000, 0.3862060],
        [0.3594000, 0.6400890],],
      [1,
        [0.1146000, 1.0000000],],
      [2,
        [0.7500000, 1.0000000],]]

N = [[0,
        [5909.4400000, 0.0020040],
        [887.4510000, 0.0153100],
        [204.7490000, 0.0742930],
        [59.8376000, 0.2533640],
        [19.9981000, 0.6005760],
        [2.6860000, 0.2451110],],
      [0,
        [7.1927000, 1.0000000],],
      [0,
        [0.7000000, 1.0000000],],
      [0,
        [0.2133000, 1.0000000],],
      [1,
        [26.7860000, 0.0182570],
        [5.9564000, 0.1164070],
        [1.7074000, 0.3901110],
        [0.5314000, 0.6372210],],
      [1,
        [0.1654000, 1.0000000],],
      [2,
        [0.8000000, 1.0000000],]]

O = [[0,
        [7816.5400000, 0.0020310],
        [1175.8200000, 0.0154360],
        [273.1880000, 0.0737710],
        [81.1696000, 0.2476060],
        [27.1836000, 0.6118320],
        [3.4136000, 0.2412050],],
      [0,
        [9.5322000, 1.0000000],],
      [0,
        [0.9398000, 1.0000000],],
      [0,
        [0.2846000, 1.0000000],],
      [1,
        [35.1832000, 0.0195800],
        [7.9040000, 0.1241890],
        [2.3051000, 0.3947270],
        [0.7171000, 0.6273750],],
      [1,
        [0.2137000, 1.0000000],],
      [2,
        [0.8500000, 1.0000000],]]

F = [[0,
        [9994.7900000, 0.0020170],
        [1506.0300000, 0.0152950],
        [350.2690000, 0.0731100],
        [104.0530000, 0.2464200],
        [34.8432000, 0.6125930],
        [4.3688000, 0.2424890],],
      [0,
        [12.2164000, 1.0000000],],
      [0,
        [1.2078000, 1.0000000],],
      [0,
        [0.3634000, 1.0000000],],
      [1,
        [44.3555000, 0.0208680],
        [10.0820000, 0.1300920],
        [2.9959000, 0.3962190],
        [0.9383000, 0.6203680],],
      [1,
        [0.2733000, 1.0000000],],
      [2,
        [0.9000000, 1.0000000],]]

Ne = [[0,
        [12100.0000000, 0.0012000],
        [1821.0000000, 0.0090920],
        [432.8000000, 0.0413050],
        [132.5000000, 0.1378670],
        [43.7700000, 0.3624330],
        [14.9100000, 0.4722470],
        [5.1270000, 0.1300350],],
      [0,
        [14.9100000, 1.0000000],],
      [0,
        [1.4910000, 1.0000000],],
      [0,
        [0.4468000, 1.0000000],],
      [1,
        [56.4500000, 0.0208750],
        [12.9200000, 0.1300320],
        [3.8650000, 0.3956790],
        [1.2030000, 0.6214500],],
      [1,
        [0.3444000, 1.0000000],],
      [2,
        [0.9500000, 1.0000000],]]

Al = [[0,
        [23490.0000000, 0.0025090],
        [3548.0000000, 0.0189860],
        [823.5000000, 0.0929140],
        [237.7000000, 0.3359350],
        [78.6000000, 0.6473910],],
      [0,
        [78.6000000, 0.1119370],
        [29.0500000, 0.6559760],
        [11.6200000, 0.2833490],],
      [0,
        [3.4650000, 1.0000000],],
      [0,
        [1.2330000, 1.0000000],],
      [0,
        [0.2018000, 1.0000000],],
      [0,
        [0.0780500, 1.0000000],],
      [1,
        [141.5000000, 0.0178820],
        [33.2200000, 0.1203750],
        [10.3900000, 0.4115800],
        [3.5930000, 0.5953530],],
      [1,
        [3.5930000, 0.2117580],
        [1.2420000, 0.8377950],],
      [1,
        [0.3040000, 1.0000000],],
      [1,
        [0.0762900, 1.0000000],],
      [2,
        [0.3250000, 1.0000000],]]

Si = [[0,
        [26740.0000000, 0.0025830],
        [4076.0000000, 0.0192370],
        [953.3000000, 0.0938430],
        [274.6000000, 0.3412350],
        [90.6800000, 0.6416750],],
      [0,
        [90.6800000, 0.1214390],
        [33.5300000, 0.6531430],
        [13.4600000, 0.2776240],],
      [0,
        [4.0510000, 1.0000000],],
      [0,
        [1.4840000, 1.0000000],],
      [0,
        [0.2704000, 1.0000000],],
      [0,
        [0.0993200, 1.0000000],],
      [1,
        [163.7000000, 0.0114980],
        [38.3500000, 0.0777260],
        [12.0200000, 0.2635950],
        [4.1850000, 0.7582690],],
      [1,
        [4.1850000, -1.1730450],
        [1.4830000, 1.4383350],],
      [1,
        [0.3350000, 1.0000000],],
      [1,
        [0.0969900, 1.0000000],],
      [2,
        [0.5500000, 1.0000000],]]

P = [[0,
        [30630.0000000, 0.0026190],
        [4684.0000000, 0.0194790],
        [1094.0000000, 0.0952070],
        [315.3000000, 0.3457420],
        [104.1000000, 0.6362880],],
      [0,
        [104.1000000, 0.1307060],
        [38.4200000, 0.6502740],
        [15.4500000, 0.2723080],],
      [0,
        [4.6560000, 1.0000000],],
      [0,
        [1.7590000, 1.0000000],],
      [0,
        [0.3409000, 1.0000000],],
      [0,
        [0.1238000, 1.0000000],],
      [1,
        [187.7000000, 0.0131580],
        [43.6300000, 0.0904940],
        [13.6000000, 0.3050540],
        [4.7660000, 0.7135790],],
      [1,
        [4.7660000, -0.7925730],
        [1.7430000, 1.4299870],],
      [1,
        [0.4192000, 1.0000000],],
      [1,
        [0.1245000, 1.0000000],],
      [2,
        [0.6000000, 1.0000000],]]

S = [[0,
        [35710.0000000, 0.0025650],
        [5397.0000000, 0.0194050],
        [1250.0000000, 0.0955950],
        [359.9000000, 0.3457930],
        [119.2000000, 0.6357940],],
      [0,
        [119.2000000, 0.1300960],
        [43.9800000, 0.6513010],
        [17.6300000, 0.2719550],],
      [0,
        [5.4200000, 1.0000000],],
      [0,
        [2.0740000, 1.0000000],],
      [0,
        [0.4246000, 1.0000000],],
      [0,
        [0.1519000, 1.0000000],],
      [1,
        [212.9000000, 0.0140910],
        [49.6000000, 0.0966850],
        [15.5200000, 0.3238740],
        [5.4760000, 0.6917560],],
      [1,
        [5.4760000, -0.6267370],
        [2.0440000, 1.3770510],],
      [1,
        [0.5218000, 1.0000000],],
      [1,
        [0.1506000, 1.0000000],],
      [2,
        [0.7000000, 1.0000000],]]

Cl = [[0,
        [40850.0000000, 0.0025320],
        [6179.0000000, 0.0192070],
        [1425.0000000, 0.0952570],
        [409.2000000, 0.3455890],
        [135.5000000, 0.6364010],],
      [0,
        [135.5000000, 0.1209560],
        [50.1300000, 0.6485110],
        [20.2100000, 0.2754870],],
      [0,
        [6.2830000, 1.0000000],],
      [0,
        [2.4600000, 1.0000000],],
      [0,
        [0.5271000, 1.0000000],],
      [0,
        [0.1884000, 1.0000000],],
      [1,
        [240.8000000, 0.0145950],
        [56.5600000, 0.0990470],
        [17.8500000, 0.3305620],
        [6.3500000, 0.6828740],],
      [1,
        [6.3500000, -0.5617850],
        [2.4030000, 1.3519010],],
      [1,
        [0.6410000, 1.0000000],],
      [1,
        [0.1838000, 1.0000000],],
      [2,
        [0.7500000, 1.0000000],]]

# flake8: noqa
