Successfully opened file MODEL Error opening POINT1 in SCR_READ Error opening POINT2 in SCR_READ Error on reading Pointers in READ_SCRTEMP Starting a new model. *_IN files will be used to start model Setting ITS_DONE keyword in HYDRO_DEFAULTS to 0 Successfuly read SN data in SET_RV_HYDRO_V3 Setting Velocity so pure Hubble law in SET_RV_HYDRO_V3 Updated RP and RMAX in VADAT as new SN hydro model WARNING in CMFGEN WARNING in CMFGEN FLUX_CAL_LAM_BEG is normally zero for non-FLUX calculations: Warning from INS_LINE_V6 2 weak lines in extreme IR will be ignored as outside continuum range. Min(Nu_CONT)= 1.49897000000000008E-003 Min(Nu_LINE)= 1.95764475073967326E-004 In INS_LINE_V6 FRAC_DOP is 1.0000000000000000 In INS_LINE_V6 VDop is 51.624824454907348 Minimum frequency spacing is: 5.16E+00km/s The continuum will be evaluated at 4154 frequencies Number of line frequencies is: 245 Number of frequencies is: 10675 Warning from SET_FREQUENCY_GRID 2 weak lines in extreme IR will be ignored as outside continuum range. Min(Nu_CONT)= 1.49897000000000008E-003 Min(Nu_LINE)= 1.95764475073967326E-004 50.000000000000000 1.1000000000000001 10108.973227755017 Entering RD_SN_DATA Obtained non-POP vectors in RD_SN_DATA POP_HYDRO( 1 , 1 ): 0.70569716999999998 POP_HYDRO( 2 , 1 ): 0.70566994999999999 POP_HYDRO( 3 , 1 ): 0.70564276999999997 POP_HYDRO( 4 , 1 ): 0.70561554000000004 POP_HYDRO( 5 , 1 ): 0.70558832000000005 POP_HYDRO( 6 , 1 ): 0.70556110000000005 POP_HYDRO( 7 , 1 ): 0.70553396999999995 POP_HYDRO( 8 , 1 ): 0.70550674999999996 POP_HYDRO( 9 , 1 ): 0.70547959999999998 POP_HYDRO( 10 , 1 ): 0.70545234999999995 POP_HYDRO( 11 , 1 ): 0.70542512000000002 POP_HYDRO( 12 , 1 ): 0.70539790000000002 POP_HYDRO( 13 , 1 ): 0.70537068000000003 POP_HYDRO( 14 , 1 ): 0.70534353000000005 POP_HYDRO( 15 , 1 ): 0.70531639999999995 POP_HYDRO( 16 , 1 ): 0.70528915000000003 POP_HYDRO( 17 , 1 ): 0.70526193000000004 POP_HYDRO( 18 , 1 ): 0.70525020999999999 POP_HYDRO( 19 , 1 ): 0.70524007000000000 POP_HYDRO( 20 , 1 ): 0.70523409000000004 POP_HYDRO( 21 , 1 ): 0.70522821000000002 POP_HYDRO( 22 , 1 ): 0.70522231999999996 POP_HYDRO( 23 , 1 ): 0.70521637000000004 POP_HYDRO( 24 , 1 ): 0.70521049000000002 POP_HYDRO( 25 , 1 ): 0.70520459999999996 POP_HYDRO( 26 , 1 ): 0.70519871999999995 POP_HYDRO( 27 , 1 ): 0.70519441999999999 POP_HYDRO( 28 , 1 ): 0.70519237999999995 POP_HYDRO( 29 , 1 ): 0.70519142999999995 POP_HYDRO( 30 , 1 ): 0.70519142999999995 POP_HYDRO( 31 , 1 ): 0.70519142999999995 POP_HYDRO( 32 , 1 ): 0.70519142999999995 POP_HYDRO( 33 , 1 ): 0.70519142999999995 POP_HYDRO( 34 , 1 ): 0.70519142999999995 POP_HYDRO( 35 , 1 ): 0.70519142999999995 POP_HYDRO( 36 , 1 ): 0.70519142999999995 POP_HYDRO( 37 , 1 ): 0.70519142999999995 POP_HYDRO( 38 , 1 ): 0.70519142999999995 POP_HYDRO( 39 , 1 ): 0.70519142999999995 POP_HYDRO( 40 , 1 ): 0.70519142999999995 POP_HYDRO( 41 , 1 ): 0.70519142999999995 POP_HYDRO( 42 , 1 ): 0.70519142999999995 POP_HYDRO( 43 , 1 ): 0.70519142999999995 POP_HYDRO( 44 , 1 ): 0.70519142999999995 POP_HYDRO( 45 , 1 ): 0.70519142999999995 POP_HYDRO( 46 , 1 ): 0.70519142999999995 POP_HYDRO( 47 , 1 ): 0.70519142999999995 POP_HYDRO( 48 , 1 ): 0.70519142999999995 POP_HYDRO( 49 , 1 ): 0.70519142999999995 POP_HYDRO( 50 , 1 ): 0.70519142999999995 POP_HYDRO( 51 , 1 ): 0.70519142999999995 POP_HYDRO( 52 , 1 ): 0.70519142999999995 POP_HYDRO( 53 , 1 ): 0.70519142999999995 POP_HYDRO( 54 , 1 ): 0.70519142999999995 POP_HYDRO( 55 , 1 ): 0.70519142999999995 POP_HYDRO( 56 , 1 ): 0.70519142999999995 POP_HYDRO( 57 , 1 ): 0.70519142999999995 POP_HYDRO( 58 , 1 ): 0.70519142999999995 POP_HYDRO( 59 , 1 ): 0.70519142999999995 POP_HYDRO( 60 , 1 ): 0.70519142999999995 POP_HYDRO( 61 , 1 ): 0.70519142999999995 POP_HYDRO( 62 , 1 ): 0.70519142999999995 POP_HYDRO( 63 , 1 ): 0.70519142999999995 POP_HYDRO( 64 , 1 ): 0.70519142999999995 POP_HYDRO( 65 , 1 ): 0.70519142999999995 POP_HYDRO( 66 , 1 ): 0.70519142999999995 POP_HYDRO( 67 , 1 ): 0.70519142999999995 POP_HYDRO( 68 , 1 ): 0.70519142999999995 POP_HYDRO( 69 , 1 ): 0.70519142999999995 POP_HYDRO( 70 , 1 ): 0.70519142999999995 POP_HYDRO( 71 , 1 ): 0.70519142999999995 POP_HYDRO( 72 , 1 ): 0.70519142999999995 POP_HYDRO( 73 , 1 ): 0.70519142999999995 POP_HYDRO( 74 , 1 ): 0.70519142999999995 POP_HYDRO( 75 , 1 ): 0.70519142999999995 POP_HYDRO( 76 , 1 ): 0.70519142999999995 POP_HYDRO( 77 , 1 ): 0.70519142999999995 POP_HYDRO( 78 , 1 ): 0.70519142999999995 POP_HYDRO( 79 , 1 ): 0.70519142999999995 POP_HYDRO( 80 , 1 ): 0.70519142999999995 POP_HYDRO( 81 , 1 ): 0.70519142999999995 POP_HYDRO( 82 , 1 ): 0.70519142999999995 POP_HYDRO( 83 , 1 ): 0.70519142999999995 POP_HYDRO( 84 , 1 ): 0.70519142999999995 POP_HYDRO( 85 , 1 ): 0.70519142999999995 POP_HYDRO( 86 , 1 ): 0.70519142999999995 POP_HYDRO( 87 , 1 ): 0.70519142999999995 POP_HYDRO( 88 , 1 ): 0.70519142999999995 POP_HYDRO( 89 , 1 ): 0.70519142999999995 POP_HYDRO( 90 , 1 ): 0.70519142999999995 POP_HYDRO( 91 , 1 ): 0.70519142999999995 POP_HYDRO( 92 , 1 ): 0.70519142999999995 POP_HYDRO( 93 , 1 ): 0.70519142999999995 POP_HYDRO( 94 , 1 ): 0.70519142999999995 POP_HYDRO( 95 , 1 ): 0.70519142999999995 POP_HYDRO( 96 , 1 ): 0.70519142999999995 POP_HYDRO( 97 , 1 ): 0.70519142999999995 POP_HYDRO( 98 , 1 ): 0.70519142999999995 POP_HYDRO( 99 , 1 ): 0.70519142999999995 POP_HYDRO( 100 , 1 ): 0.70519142999999995 POP_HYDRO( 101 , 1 ): 0.70519142999999995 POP_HYDRO( 102 , 1 ): 0.70519142999999995 POP_HYDRO( 103 , 1 ): 0.70519142999999995 POP_HYDRO( 104 , 1 ): 0.70519142999999995 POP_HYDRO( 105 , 1 ): 0.70519142999999995 POP_HYDRO( 106 , 1 ): 0.70519142999999995 POP_HYDRO( 107 , 1 ): 0.70519142999999995 POP_HYDRO( 108 , 1 ): 0.70519142999999995 POP_HYDRO( 109 , 1 ): 0.70519142999999995 POP_HYDRO( 110 , 1 ): 0.70519142999999995 POP_HYDRO( 111 , 1 ): 0.70519142999999995 POP_HYDRO( 112 , 1 ): 0.70519142999999995 POP_HYDRO( 113 , 1 ): 0.70519142999999995 POP_HYDRO( 114 , 1 ): 0.70519142999999995 POP_HYDRO( 115 , 1 ): 0.70519142999999995 POP_HYDRO( 116 , 1 ): 0.70519142999999995 POP_HYDRO( 117 , 1 ): 0.70519142999999995 POP_HYDRO( 118 , 1 ): 0.70519142999999995 POP_HYDRO( 119 , 1 ): 0.70519142999999995 POP_HYDRO( 120 , 1 ): 0.70519142999999995 POP_HYDRO( 121 , 1 ): 0.70519142999999995 POP_HYDRO( 122 , 1 ): 0.70519142999999995 POP_HYDRO( 123 , 1 ): 0.70519142999999995 POP_HYDRO( 124 , 1 ): 0.70519142999999995 POP_HYDRO( 125 , 1 ): 0.70519142999999995 POP_HYDRO( 126 , 1 ): 0.70519142999999995 POP_HYDRO( 127 , 1 ): 0.70519142999999995 POP_HYDRO( 128 , 1 ): 0.43472520999999997 POP_HYDRO( 129 , 1 ): 9.01006929999999956E-002 POP_HYDRO( 130 , 1 ): 7.03873389999999932E-002 POP_HYDRO( 131 , 1 ): 9.24467320000000037E-002 POP_HYDRO( 132 , 1 ): 9.81411279999999941E-002 POP_HYDRO( 133 , 1 ): 0.10350680000000000 POP_HYDRO( 134 , 1 ): 0.10764840000000001 POP_HYDRO( 135 , 1 ): 0.14437351000000001 POP_HYDRO( 136 , 1 ): 0.32011999000000002 POP_HYDRO( 137 , 1 ): 0.44335612000000002 POP_HYDRO( 138 , 1 ): 0.43874202000000001 POP_HYDRO( 139 , 1 ): 0.44169802000000002 POP_HYDRO( 140 , 1 ): 0.45637547000000001 POP_HYDRO( 141 , 1 ): 0.47491159999999999 POP_HYDRO( 142 , 1 ): 0.49740529000000000 POP_HYDRO( 143 , 1 ): 0.53050523000000005 POP_HYDRO( 144 , 1 ): 0.57082650000000001 POP_HYDRO( 145 , 1 ): 0.61114765999999998 POP_HYDRO( 146 , 1 ): 0.65146888999999997 POP_HYDRO( 147 , 1 ): 0.69179011999999995 POP_HYDRO( 148 , 1 ): 0.73211137999999998 POP_HYDRO( 149 , 1 ): 0.77243260999999996 POP_HYDRO( 150 , 1 ): 0.81275386999999999 POP_HYDRO( 1 , 2 ): 0.28612168999999998 POP_HYDRO( 2 , 2 ): 0.28615098000000000 POP_HYDRO( 3 , 2 ): 0.28618022999999998 POP_HYDRO( 4 , 2 ): 0.28620952000000000 POP_HYDRO( 5 , 2 ): 0.28623881000000001 POP_HYDRO( 6 , 2 ): 0.28626810000000003 POP_HYDRO( 7 , 2 ): 0.28629728999999998 POP_HYDRO( 8 , 2 ): 0.28632658000000000 POP_HYDRO( 9 , 2 ): 0.28635579999999999 POP_HYDRO( 10 , 2 ): 0.28638511999999999 POP_HYDRO( 11 , 2 ): 0.28641441000000001 POP_HYDRO( 12 , 2 ): 0.28644370000000002 POP_HYDRO( 13 , 2 ): 0.28647298999999998 POP_HYDRO( 14 , 2 ): 0.28650220999999998 POP_HYDRO( 15 , 2 ): 0.28653139999999999 POP_HYDRO( 16 , 2 ): 0.28656071999999999 POP_HYDRO( 17 , 2 ): 0.28659001000000001 POP_HYDRO( 18 , 2 ): 0.28660259999999999 POP_HYDRO( 19 , 2 ): 0.28661349000000003 POP_HYDRO( 20 , 2 ): 0.28661989999999998 POP_HYDRO( 21 , 2 ): 0.28662620000000000 POP_HYDRO( 22 , 2 ): 0.28663251000000001 POP_HYDRO( 23 , 2 ): 0.28663888999999998 POP_HYDRO( 24 , 2 ): 0.28664518999999999 POP_HYDRO( 25 , 2 ): 0.28665150000000000 POP_HYDRO( 26 , 2 ): 0.28665781000000001 POP_HYDRO( 27 , 2 ): 0.28666240999999998 POP_HYDRO( 28 , 2 ): 0.28666459000000000 POP_HYDRO( 29 , 2 ): 0.28666561000000002 POP_HYDRO( 30 , 2 ): 0.28666561000000002 POP_HYDRO( 31 , 2 ): 0.28666561000000002 POP_HYDRO( 32 , 2 ): 0.28666561000000002 POP_HYDRO( 33 , 2 ): 0.28666561000000002 POP_HYDRO( 34 , 2 ): 0.28666561000000002 POP_HYDRO( 35 , 2 ): 0.28666561000000002 POP_HYDRO( 36 , 2 ): 0.28666561000000002 POP_HYDRO( 37 , 2 ): 0.28666561000000002 POP_HYDRO( 38 , 2 ): 0.28666561000000002 POP_HYDRO( 39 , 2 ): 0.28666561000000002 POP_HYDRO( 40 , 2 ): 0.28666561000000002 POP_HYDRO( 41 , 2 ): 0.28666561000000002 POP_HYDRO( 42 , 2 ): 0.28666561000000002 POP_HYDRO( 43 , 2 ): 0.28666561000000002 POP_HYDRO( 44 , 2 ): 0.28666561000000002 POP_HYDRO( 45 , 2 ): 0.28666561000000002 POP_HYDRO( 46 , 2 ): 0.28666561000000002 POP_HYDRO( 47 , 2 ): 0.28666561000000002 POP_HYDRO( 48 , 2 ): 0.28666561000000002 POP_HYDRO( 49 , 2 ): 0.28666561000000002 POP_HYDRO( 50 , 2 ): 0.28666561000000002 POP_HYDRO( 51 , 2 ): 0.28666561000000002 POP_HYDRO( 52 , 2 ): 0.28666561000000002 POP_HYDRO( 53 , 2 ): 0.28666561000000002 POP_HYDRO( 54 , 2 ): 0.28666561000000002 POP_HYDRO( 55 , 2 ): 0.28666561000000002 POP_HYDRO( 56 , 2 ): 0.28666561000000002 POP_HYDRO( 57 , 2 ): 0.28666561000000002 POP_HYDRO( 58 , 2 ): 0.28666561000000002 POP_HYDRO( 59 , 2 ): 0.28666561000000002 POP_HYDRO( 60 , 2 ): 0.28666561000000002 POP_HYDRO( 61 , 2 ): 0.28666561000000002 POP_HYDRO( 62 , 2 ): 0.28666561000000002 POP_HYDRO( 63 , 2 ): 0.28666561000000002 POP_HYDRO( 64 , 2 ): 0.28666561000000002 POP_HYDRO( 65 , 2 ): 0.28666561000000002 POP_HYDRO( 66 , 2 ): 0.28666561000000002 POP_HYDRO( 67 , 2 ): 0.28666561000000002 POP_HYDRO( 68 , 2 ): 0.28666561000000002 POP_HYDRO( 69 , 2 ): 0.28666561000000002 POP_HYDRO( 70 , 2 ): 0.28666561000000002 POP_HYDRO( 71 , 2 ): 0.28666561000000002 POP_HYDRO( 72 , 2 ): 0.28666561000000002 POP_HYDRO( 73 , 2 ): 0.28666561000000002 POP_HYDRO( 74 , 2 ): 0.28666561000000002 POP_HYDRO( 75 , 2 ): 0.28666561000000002 POP_HYDRO( 76 , 2 ): 0.28666561000000002 POP_HYDRO( 77 , 2 ): 0.28666561000000002 POP_HYDRO( 78 , 2 ): 0.28666561000000002 POP_HYDRO( 79 , 2 ): 0.28666561000000002 POP_HYDRO( 80 , 2 ): 0.28666561000000002 POP_HYDRO( 81 , 2 ): 0.28666561000000002 POP_HYDRO( 82 , 2 ): 0.28666561000000002 POP_HYDRO( 83 , 2 ): 0.28666561000000002 POP_HYDRO( 84 , 2 ): 0.28666561000000002 POP_HYDRO( 85 , 2 ): 0.28666561000000002 POP_HYDRO( 86 , 2 ): 0.28666561000000002 POP_HYDRO( 87 , 2 ): 0.28666561000000002 POP_HYDRO( 88 , 2 ): 0.28666561000000002 POP_HYDRO( 89 , 2 ): 0.28666561000000002 POP_HYDRO( 90 , 2 ): 0.28666561000000002 POP_HYDRO( 91 , 2 ): 0.28666561000000002 POP_HYDRO( 92 , 2 ): 0.28666561000000002 POP_HYDRO( 93 , 2 ): 0.28666561000000002 POP_HYDRO( 94 , 2 ): 0.28666561000000002 POP_HYDRO( 95 , 2 ): 0.28666561000000002 POP_HYDRO( 96 , 2 ): 0.28666561000000002 POP_HYDRO( 97 , 2 ): 0.28666561000000002 POP_HYDRO( 98 , 2 ): 0.28666561000000002 POP_HYDRO( 99 , 2 ): 0.28666561000000002 POP_HYDRO( 100 , 2 ): 0.28666561000000002 POP_HYDRO( 101 , 2 ): 0.28666561000000002 POP_HYDRO( 102 , 2 ): 0.28666561000000002 POP_HYDRO( 103 , 2 ): 0.28666561000000002 POP_HYDRO( 104 , 2 ): 0.28666561000000002 POP_HYDRO( 105 , 2 ): 0.28666561000000002 POP_HYDRO( 106 , 2 ): 0.28666561000000002 POP_HYDRO( 107 , 2 ): 0.28666561000000002 POP_HYDRO( 108 , 2 ): 0.28666561000000002 POP_HYDRO( 109 , 2 ): 0.28666561000000002 POP_HYDRO( 110 , 2 ): 0.28666561000000002 POP_HYDRO( 111 , 2 ): 0.28666561000000002 POP_HYDRO( 112 , 2 ): 0.28666561000000002 POP_HYDRO( 113 , 2 ): 0.28666561000000002 POP_HYDRO( 114 , 2 ): 0.28666561000000002 POP_HYDRO( 115 , 2 ): 0.28666561000000002 POP_HYDRO( 116 , 2 ): 0.28666561000000002 POP_HYDRO( 117 , 2 ): 0.28666561000000002 POP_HYDRO( 118 , 2 ): 0.28666561000000002 POP_HYDRO( 119 , 2 ): 0.28666561000000002 POP_HYDRO( 120 , 2 ): 0.28666561000000002 POP_HYDRO( 121 , 2 ): 0.28666561000000002 POP_HYDRO( 122 , 2 ): 0.28666561000000002 POP_HYDRO( 123 , 2 ): 0.28666561000000002 POP_HYDRO( 124 , 2 ): 0.28666561000000002 POP_HYDRO( 125 , 2 ): 0.28666561000000002 POP_HYDRO( 126 , 2 ): 0.28666561000000002 POP_HYDRO( 127 , 2 ): 0.28666561000000002 POP_HYDRO( 128 , 2 ): 0.55942340999999995 POP_HYDRO( 129 , 2 ): 0.90696783000000003 POP_HYDRO( 130 , 2 ): 0.92370468999999999 POP_HYDRO( 131 , 2 ): 0.89791072000000005 POP_HYDRO( 132 , 2 ): 0.89222688000000006 POP_HYDRO( 133 , 2 ): 0.88691849000000000 POP_HYDRO( 134 , 2 ): 0.88282108000000004 POP_HYDRO( 135 , 2 ): 0.79156495000000004 POP_HYDRO( 136 , 2 ): 0.32843647999999998 POP_HYDRO( 137 , 2 ): 1.21635609999999999E-004 POP_HYDRO( 138 , 2 ): 4.59724919999999988E-005 POP_HYDRO( 139 , 2 ): 1.20394500000000002E-009 POP_HYDRO( 140 , 2 ): 4.27057870000000036E-009 POP_HYDRO( 141 , 2 ): 4.53340600000000001E-008 POP_HYDRO( 142 , 2 ): 1.25368899999999997E-007 POP_HYDRO( 143 , 2 ): 3.56380119999999978E-007 POP_HYDRO( 144 , 2 ): 6.90184100000000000E-007 POP_HYDRO( 145 , 2 ): 1.02398790000000001E-006 POP_HYDRO( 146 , 2 ): 1.35779199999999993E-006 POP_HYDRO( 147 , 2 ): 1.69159599999999992E-006 POP_HYDRO( 148 , 2 ): 2.02539990000000018E-006 POP_HYDRO( 149 , 2 ): 2.35920399999999990E-006 POP_HYDRO( 150 , 2 ): 2.69300790000000016E-006 POP_HYDRO( 1 , 3 ): 0.0000000000000000 POP_HYDRO( 2 , 3 ): 0.0000000000000000 POP_HYDRO( 3 , 3 ): 0.0000000000000000 POP_HYDRO( 4 , 3 ): 0.0000000000000000 POP_HYDRO( 5 , 3 ): 0.0000000000000000 POP_HYDRO( 6 , 3 ): 0.0000000000000000 POP_HYDRO( 7 , 3 ): 0.0000000000000000 POP_HYDRO( 8 , 3 ): 0.0000000000000000 POP_HYDRO( 9 , 3 ): 0.0000000000000000 POP_HYDRO( 10 , 3 ): 0.0000000000000000 POP_HYDRO( 11 , 3 ): 0.0000000000000000 POP_HYDRO( 12 , 3 ): 0.0000000000000000 POP_HYDRO( 13 , 3 ): 0.0000000000000000 POP_HYDRO( 14 , 3 ): 0.0000000000000000 POP_HYDRO( 15 , 3 ): 0.0000000000000000 POP_HYDRO( 16 , 3 ): 0.0000000000000000 POP_HYDRO( 17 , 3 ): 0.0000000000000000 POP_HYDRO( 18 , 3 ): 0.0000000000000000 POP_HYDRO( 19 , 3 ): 0.0000000000000000 POP_HYDRO( 20 , 3 ): 0.0000000000000000 POP_HYDRO( 21 , 3 ): 0.0000000000000000 POP_HYDRO( 22 , 3 ): 0.0000000000000000 POP_HYDRO( 23 , 3 ): 0.0000000000000000 POP_HYDRO( 24 , 3 ): 0.0000000000000000 POP_HYDRO( 25 , 3 ): 0.0000000000000000 POP_HYDRO( 26 , 3 ): 0.0000000000000000 POP_HYDRO( 27 , 3 ): 0.0000000000000000 POP_HYDRO( 28 , 3 ): 0.0000000000000000 POP_HYDRO( 29 , 3 ): 0.0000000000000000 POP_HYDRO( 30 , 3 ): 0.0000000000000000 POP_HYDRO( 31 , 3 ): 0.0000000000000000 POP_HYDRO( 32 , 3 ): 0.0000000000000000 POP_HYDRO( 33 , 3 ): 0.0000000000000000 POP_HYDRO( 34 , 3 ): 0.0000000000000000 POP_HYDRO( 35 , 3 ): 0.0000000000000000 POP_HYDRO( 36 , 3 ): 0.0000000000000000 POP_HYDRO( 37 , 3 ): 0.0000000000000000 POP_HYDRO( 38 , 3 ): 0.0000000000000000 POP_HYDRO( 39 , 3 ): 0.0000000000000000 POP_HYDRO( 40 , 3 ): 0.0000000000000000 POP_HYDRO( 41 , 3 ): 0.0000000000000000 POP_HYDRO( 42 , 3 ): 0.0000000000000000 POP_HYDRO( 43 , 3 ): 0.0000000000000000 POP_HYDRO( 44 , 3 ): 0.0000000000000000 POP_HYDRO( 45 , 3 ): 0.0000000000000000 POP_HYDRO( 46 , 3 ): 0.0000000000000000 POP_HYDRO( 47 , 3 ): 0.0000000000000000 POP_HYDRO( 48 , 3 ): 0.0000000000000000 POP_HYDRO( 49 , 3 ): 0.0000000000000000 POP_HYDRO( 50 , 3 ): 0.0000000000000000 POP_HYDRO( 51 , 3 ): 0.0000000000000000 POP_HYDRO( 52 , 3 ): 0.0000000000000000 POP_HYDRO( 53 , 3 ): 0.0000000000000000 POP_HYDRO( 54 , 3 ): 0.0000000000000000 POP_HYDRO( 55 , 3 ): 0.0000000000000000 POP_HYDRO( 56 , 3 ): 0.0000000000000000 POP_HYDRO( 57 , 3 ): 0.0000000000000000 POP_HYDRO( 58 , 3 ): 0.0000000000000000 POP_HYDRO( 59 , 3 ): 0.0000000000000000 POP_HYDRO( 60 , 3 ): 0.0000000000000000 POP_HYDRO( 61 , 3 ): 0.0000000000000000 POP_HYDRO( 62 , 3 ): 0.0000000000000000 POP_HYDRO( 63 , 3 ): 0.0000000000000000 POP_HYDRO( 64 , 3 ): 0.0000000000000000 POP_HYDRO( 65 , 3 ): 0.0000000000000000 POP_HYDRO( 66 , 3 ): 0.0000000000000000 POP_HYDRO( 67 , 3 ): 0.0000000000000000 POP_HYDRO( 68 , 3 ): 0.0000000000000000 POP_HYDRO( 69 , 3 ): 0.0000000000000000 POP_HYDRO( 70 , 3 ): 0.0000000000000000 POP_HYDRO( 71 , 3 ): 0.0000000000000000 POP_HYDRO( 72 , 3 ): 0.0000000000000000 POP_HYDRO( 73 , 3 ): 0.0000000000000000 POP_HYDRO( 74 , 3 ): 0.0000000000000000 POP_HYDRO( 75 , 3 ): 0.0000000000000000 POP_HYDRO( 76 , 3 ): 0.0000000000000000 POP_HYDRO( 77 , 3 ): 0.0000000000000000 POP_HYDRO( 78 , 3 ): 0.0000000000000000 POP_HYDRO( 79 , 3 ): 0.0000000000000000 POP_HYDRO( 80 , 3 ): 0.0000000000000000 POP_HYDRO( 81 , 3 ): 0.0000000000000000 POP_HYDRO( 82 , 3 ): 0.0000000000000000 POP_HYDRO( 83 , 3 ): 0.0000000000000000 POP_HYDRO( 84 , 3 ): 0.0000000000000000 POP_HYDRO( 85 , 3 ): 0.0000000000000000 POP_HYDRO( 86 , 3 ): 0.0000000000000000 POP_HYDRO( 87 , 3 ): 0.0000000000000000 POP_HYDRO( 88 , 3 ): 0.0000000000000000 POP_HYDRO( 89 , 3 ): 0.0000000000000000 POP_HYDRO( 90 , 3 ): 0.0000000000000000 POP_HYDRO( 91 , 3 ): 0.0000000000000000 POP_HYDRO( 92 , 3 ): 0.0000000000000000 POP_HYDRO( 93 , 3 ): 0.0000000000000000 POP_HYDRO( 94 , 3 ): 0.0000000000000000 POP_HYDRO( 95 , 3 ): 0.0000000000000000 POP_HYDRO( 96 , 3 ): 0.0000000000000000 POP_HYDRO( 97 , 3 ): 0.0000000000000000 POP_HYDRO( 98 , 3 ): 0.0000000000000000 POP_HYDRO( 99 , 3 ): 0.0000000000000000 POP_HYDRO( 100 , 3 ): 0.0000000000000000 POP_HYDRO( 101 , 3 ): 0.0000000000000000 POP_HYDRO( 102 , 3 ): 0.0000000000000000 POP_HYDRO( 103 , 3 ): 0.0000000000000000 POP_HYDRO( 104 , 3 ): 0.0000000000000000 POP_HYDRO( 105 , 3 ): 0.0000000000000000 POP_HYDRO( 106 , 3 ): 0.0000000000000000 POP_HYDRO( 107 , 3 ): 0.0000000000000000 POP_HYDRO( 108 , 3 ): 0.0000000000000000 POP_HYDRO( 109 , 3 ): 0.0000000000000000 POP_HYDRO( 110 , 3 ): 0.0000000000000000 POP_HYDRO( 111 , 3 ): 0.0000000000000000 POP_HYDRO( 112 , 3 ): 0.0000000000000000 POP_HYDRO( 113 , 3 ): 0.0000000000000000 POP_HYDRO( 114 , 3 ): 0.0000000000000000 POP_HYDRO( 115 , 3 ): 0.0000000000000000 POP_HYDRO( 116 , 3 ): 0.0000000000000000 POP_HYDRO( 117 , 3 ): 0.0000000000000000 POP_HYDRO( 118 , 3 ): 0.0000000000000000 POP_HYDRO( 119 , 3 ): 0.0000000000000000 POP_HYDRO( 120 , 3 ): 0.0000000000000000 POP_HYDRO( 121 , 3 ): 0.0000000000000000 POP_HYDRO( 122 , 3 ): 0.0000000000000000 POP_HYDRO( 123 , 3 ): 0.0000000000000000 POP_HYDRO( 124 , 3 ): 0.0000000000000000 POP_HYDRO( 125 , 3 ): 0.0000000000000000 POP_HYDRO( 126 , 3 ): 0.0000000000000000 POP_HYDRO( 127 , 3 ): 0.0000000000000000 POP_HYDRO( 128 , 3 ): 0.0000000000000000 POP_HYDRO( 129 , 3 ): 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POP_SPECIES( 44 , 1 ): 0.70519142999999995 POP_HYDRO( 44 , 1 ): 0.70519142999999995 POP_SPECIES( 45 , 1 ): 0.70519142999999995 POP_HYDRO( 45 , 1 ): 0.70519142999999995 POP_SPECIES( 46 , 1 ): 0.70519142999999995 POP_HYDRO( 46 , 1 ): 0.70519142999999995 POP_SPECIES( 47 , 1 ): 0.70519142999999995 POP_HYDRO( 47 , 1 ): 0.70519142999999995 POP_SPECIES( 48 , 1 ): 0.70519142999999995 POP_HYDRO( 48 , 1 ): 0.70519142999999995 POP_SPECIES( 49 , 1 ): 0.70519142999999995 POP_HYDRO( 49 , 1 ): 0.70519142999999995 POP_SPECIES( 50 , 1 ): 0.70519142999999995 POP_HYDRO( 50 , 1 ): 0.70519142999999995 POP_SPECIES( 51 , 1 ): 0.70519142999999995 POP_HYDRO( 51 , 1 ): 0.70519142999999995 POP_SPECIES( 52 , 1 ): 0.70519142999999995 POP_HYDRO( 52 , 1 ): 0.70519142999999995 POP_SPECIES( 53 , 1 ): 0.70519142999999995 POP_HYDRO( 53 , 1 ): 0.70519142999999995 POP_SPECIES( 54 , 1 ): 0.70519142999999995 POP_HYDRO( 54 , 1 ): 0.70519142999999995 POP_SPECIES( 55 , 1 ): 0.70519142999999995 POP_HYDRO( 55 , 1 ): 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POP_HYDRO( 79 , 1 ): 0.70519142999999995 POP_SPECIES( 80 , 1 ): 0.70519142999999995 POP_HYDRO( 80 , 1 ): 0.70519142999999995 POP_SPECIES( 81 , 1 ): 0.70519142999999995 POP_HYDRO( 81 , 1 ): 0.70519142999999995 POP_SPECIES( 82 , 1 ): 0.70519142999999995 POP_HYDRO( 82 , 1 ): 0.70519142999999995 POP_SPECIES( 83 , 1 ): 0.70519142999999995 POP_HYDRO( 83 , 1 ): 0.70519142999999995 POP_SPECIES( 84 , 1 ): 0.70519142999999995 POP_HYDRO( 84 , 1 ): 0.70519142999999995 POP_SPECIES( 85 , 1 ): 0.70519142999999995 POP_HYDRO( 85 , 1 ): 0.70519142999999995 POP_SPECIES( 86 , 1 ): 0.70519142999999995 POP_HYDRO( 86 , 1 ): 0.70519142999999995 POP_SPECIES( 87 , 1 ): 0.70519142999999995 POP_HYDRO( 87 , 1 ): 0.70519142999999995 POP_SPECIES( 88 , 1 ): 0.70519142999999995 POP_HYDRO( 88 , 1 ): 0.70519142999999995 POP_SPECIES( 89 , 1 ): 0.70519142999999995 POP_HYDRO( 89 , 1 ): 0.70519142999999995 POP_SPECIES( 90 , 1 ): 0.70519142999999995 POP_HYDRO( 90 , 1 ): 0.70519142999999995 POP_SPECIES( 91 , 1 ): 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114 , 1 ): 0.70519142999999995 POP_SPECIES( 115 , 1 ): 0.70519142999999995 POP_HYDRO( 115 , 1 ): 0.70519142999999995 POP_SPECIES( 116 , 1 ): 0.70519142999999995 POP_HYDRO( 116 , 1 ): 0.70519142999999995 POP_SPECIES( 117 , 1 ): 0.70519142999999995 POP_HYDRO( 117 , 1 ): 0.70519142999999995 POP_SPECIES( 118 , 1 ): 0.70519142999999995 POP_HYDRO( 118 , 1 ): 0.70519142999999995 POP_SPECIES( 119 , 1 ): 0.70519142999999995 POP_HYDRO( 119 , 1 ): 0.70519142999999995 POP_SPECIES( 120 , 1 ): 0.70519142999999995 POP_HYDRO( 120 , 1 ): 0.70519142999999995 POP_SPECIES( 121 , 1 ): 0.70519142999999995 POP_HYDRO( 121 , 1 ): 0.70519142999999995 POP_SPECIES( 122 , 1 ): 0.70519142999999995 POP_HYDRO( 122 , 1 ): 0.70519142999999995 POP_SPECIES( 123 , 1 ): 0.70519142999999995 POP_HYDRO( 123 , 1 ): 0.70519142999999995 POP_SPECIES( 124 , 1 ): 0.70519142999999995 POP_HYDRO( 124 , 1 ): 0.70519142999999995 POP_SPECIES( 125 , 1 ): 0.70519142999999995 POP_HYDRO( 125 , 1 ): 0.70519142999999995 POP_SPECIES( 126 , 1 ): 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0.73211137999999998 POP_SPECIES( 149 , 1 ): 0.77243260999999996 POP_HYDRO( 149 , 1 ): 0.77243260999999996 POP_SPECIES( 150 , 1 ): 0.81275386999999999 POP_HYDRO( 150 , 1 ): 0.81275386999999999 HYD HE HYD CARB HYD NIT HYD OXY HYD FLU HYD NEON HYD SOD HYD MAG HYD ALUM HYD SIL HYD PHOS HYD SUL HYD CHL HYD ARG HYD POT HYD CAL HYD SCAN HYD TIT HYD VAN HYD CHRO HYD MAN HYD IRON HYD COB HYD NICK HYD BAR HE HYD HE HE POP_SPECIES( 1 , 2 ): 0.28612168999999998 POP_HYDRO( 1 , 2 ): 0.28612168999999998 POP_SPECIES( 2 , 2 ): 0.28615098000000000 POP_HYDRO( 2 , 2 ): 0.28615098000000000 POP_SPECIES( 3 , 2 ): 0.28618022999999998 POP_HYDRO( 3 , 2 ): 0.28618022999999998 POP_SPECIES( 4 , 2 ): 0.28620952000000000 POP_HYDRO( 4 , 2 ): 0.28620952000000000 POP_SPECIES( 5 , 2 ): 0.28623881000000001 POP_HYDRO( 5 , 2 ): 0.28623881000000001 POP_SPECIES( 6 , 2 ): 0.28626810000000003 POP_HYDRO( 6 , 2 ): 0.28626810000000003 POP_SPECIES( 7 , 2 ): 0.28629728999999998 POP_HYDRO( 7 , 2 ): 0.28629728999999998 POP_SPECIES( 8 , 2 ): 0.28632658000000000 POP_HYDRO( 8 , 2 ): 0.28632658000000000 POP_SPECIES( 9 , 2 ): 0.28635579999999999 POP_HYDRO( 9 , 2 ): 0.28635579999999999 POP_SPECIES( 10 , 2 ): 0.28638511999999999 POP_HYDRO( 10 , 2 ): 0.28638511999999999 POP_SPECIES( 11 , 2 ): 0.28641441000000001 POP_HYDRO( 11 , 2 ): 0.28641441000000001 POP_SPECIES( 12 , 2 ): 0.28644370000000002 POP_HYDRO( 12 , 2 ): 0.28644370000000002 POP_SPECIES( 13 , 2 ): 0.28647298999999998 POP_HYDRO( 13 , 2 ): 0.28647298999999998 POP_SPECIES( 14 , 2 ): 0.28650220999999998 POP_HYDRO( 14 , 2 ): 0.28650220999999998 POP_SPECIES( 15 , 2 ): 0.28653139999999999 POP_HYDRO( 15 , 2 ): 0.28653139999999999 POP_SPECIES( 16 , 2 ): 0.28656071999999999 POP_HYDRO( 16 , 2 ): 0.28656071999999999 POP_SPECIES( 17 , 2 ): 0.28659001000000001 POP_HYDRO( 17 , 2 ): 0.28659001000000001 POP_SPECIES( 18 , 2 ): 0.28660259999999999 POP_HYDRO( 18 , 2 ): 0.28660259999999999 POP_SPECIES( 19 , 2 ): 0.28661349000000003 POP_HYDRO( 19 , 2 ): 0.28661349000000003 POP_SPECIES( 20 , 2 ): 0.28661989999999998 POP_HYDRO( 20 , 2 ): 0.28661989999999998 POP_SPECIES( 21 , 2 ): 0.28662620000000000 POP_HYDRO( 21 , 2 ): 0.28662620000000000 POP_SPECIES( 22 , 2 ): 0.28663251000000001 POP_HYDRO( 22 , 2 ): 0.28663251000000001 POP_SPECIES( 23 , 2 ): 0.28663888999999998 POP_HYDRO( 23 , 2 ): 0.28663888999999998 POP_SPECIES( 24 , 2 ): 0.28664518999999999 POP_HYDRO( 24 , 2 ): 0.28664518999999999 POP_SPECIES( 25 , 2 ): 0.28665150000000000 POP_HYDRO( 25 , 2 ): 0.28665150000000000 POP_SPECIES( 26 , 2 ): 0.28665781000000001 POP_HYDRO( 26 , 2 ): 0.28665781000000001 POP_SPECIES( 27 , 2 ): 0.28666240999999998 POP_HYDRO( 27 , 2 ): 0.28666240999999998 POP_SPECIES( 28 , 2 ): 0.28666459000000000 POP_HYDRO( 28 , 2 ): 0.28666459000000000 POP_SPECIES( 29 , 2 ): 0.28666561000000002 POP_HYDRO( 29 , 2 ): 0.28666561000000002 POP_SPECIES( 30 , 2 ): 0.28666561000000002 POP_HYDRO( 30 , 2 ): 0.28666561000000002 POP_SPECIES( 31 , 2 ): 0.28666561000000002 POP_HYDRO( 31 , 2 ): 0.28666561000000002 POP_SPECIES( 32 , 2 ): 0.28666561000000002 POP_HYDRO( 32 , 2 ): 0.28666561000000002 POP_SPECIES( 33 , 2 ): 0.28666561000000002 POP_HYDRO( 33 , 2 ): 0.28666561000000002 POP_SPECIES( 34 , 2 ): 0.28666561000000002 POP_HYDRO( 34 , 2 ): 0.28666561000000002 POP_SPECIES( 35 , 2 ): 0.28666561000000002 POP_HYDRO( 35 , 2 ): 0.28666561000000002 POP_SPECIES( 36 , 2 ): 0.28666561000000002 POP_HYDRO( 36 , 2 ): 0.28666561000000002 POP_SPECIES( 37 , 2 ): 0.28666561000000002 POP_HYDRO( 37 , 2 ): 0.28666561000000002 POP_SPECIES( 38 , 2 ): 0.28666561000000002 POP_HYDRO( 38 , 2 ): 0.28666561000000002 POP_SPECIES( 39 , 2 ): 0.28666561000000002 POP_HYDRO( 39 , 2 ): 0.28666561000000002 POP_SPECIES( 40 , 2 ): 0.28666561000000002 POP_HYDRO( 40 , 2 ): 0.28666561000000002 POP_SPECIES( 41 , 2 ): 0.28666561000000002 POP_HYDRO( 41 , 2 ): 0.28666561000000002 POP_SPECIES( 42 , 2 ): 0.28666561000000002 POP_HYDRO( 42 , 2 ): 0.28666561000000002 POP_SPECIES( 43 , 2 ): 0.28666561000000002 POP_HYDRO( 43 , 2 ): 0.28666561000000002 POP_SPECIES( 44 , 2 ): 0.28666561000000002 POP_HYDRO( 44 , 2 ): 0.28666561000000002 POP_SPECIES( 45 , 2 ): 0.28666561000000002 POP_HYDRO( 45 , 2 ): 0.28666561000000002 POP_SPECIES( 46 , 2 ): 0.28666561000000002 POP_HYDRO( 46 , 2 ): 0.28666561000000002 POP_SPECIES( 47 , 2 ): 0.28666561000000002 POP_HYDRO( 47 , 2 ): 0.28666561000000002 POP_SPECIES( 48 , 2 ): 0.28666561000000002 POP_HYDRO( 48 , 2 ): 0.28666561000000002 POP_SPECIES( 49 , 2 ): 0.28666561000000002 POP_HYDRO( 49 , 2 ): 0.28666561000000002 POP_SPECIES( 50 , 2 ): 0.28666561000000002 POP_HYDRO( 50 , 2 ): 0.28666561000000002 POP_SPECIES( 51 , 2 ): 0.28666561000000002 POP_HYDRO( 51 , 2 ): 0.28666561000000002 POP_SPECIES( 52 , 2 ): 0.28666561000000002 POP_HYDRO( 52 , 2 ): 0.28666561000000002 POP_SPECIES( 53 , 2 ): 0.28666561000000002 POP_HYDRO( 53 , 2 ): 0.28666561000000002 POP_SPECIES( 54 , 2 ): 0.28666561000000002 POP_HYDRO( 54 , 2 ): 0.28666561000000002 POP_SPECIES( 55 , 2 ): 0.28666561000000002 POP_HYDRO( 55 , 2 ): 0.28666561000000002 POP_SPECIES( 56 , 2 ): 0.28666561000000002 POP_HYDRO( 56 , 2 ): 0.28666561000000002 POP_SPECIES( 57 , 2 ): 0.28666561000000002 POP_HYDRO( 57 , 2 ): 0.28666561000000002 POP_SPECIES( 58 , 2 ): 0.28666561000000002 POP_HYDRO( 58 , 2 ): 0.28666561000000002 POP_SPECIES( 59 , 2 ): 0.28666561000000002 POP_HYDRO( 59 , 2 ): 0.28666561000000002 POP_SPECIES( 60 , 2 ): 0.28666561000000002 POP_HYDRO( 60 , 2 ): 0.28666561000000002 POP_SPECIES( 61 , 2 ): 0.28666561000000002 POP_HYDRO( 61 , 2 ): 0.28666561000000002 POP_SPECIES( 62 , 2 ): 0.28666561000000002 POP_HYDRO( 62 , 2 ): 0.28666561000000002 POP_SPECIES( 63 , 2 ): 0.28666561000000002 POP_HYDRO( 63 , 2 ): 0.28666561000000002 POP_SPECIES( 64 , 2 ): 0.28666561000000002 POP_HYDRO( 64 , 2 ): 0.28666561000000002 POP_SPECIES( 65 , 2 ): 0.28666561000000002 POP_HYDRO( 65 , 2 ): 0.28666561000000002 POP_SPECIES( 66 , 2 ): 0.28666561000000002 POP_HYDRO( 66 , 2 ): 0.28666561000000002 POP_SPECIES( 67 , 2 ): 0.28666561000000002 POP_HYDRO( 67 , 2 ): 0.28666561000000002 POP_SPECIES( 68 , 2 ): 0.28666561000000002 POP_HYDRO( 68 , 2 ): 0.28666561000000002 POP_SPECIES( 69 , 2 ): 0.28666561000000002 POP_HYDRO( 69 , 2 ): 0.28666561000000002 POP_SPECIES( 70 , 2 ): 0.28666561000000002 POP_HYDRO( 70 , 2 ): 0.28666561000000002 POP_SPECIES( 71 , 2 ): 0.28666561000000002 POP_HYDRO( 71 , 2 ): 0.28666561000000002 POP_SPECIES( 72 , 2 ): 0.28666561000000002 POP_HYDRO( 72 , 2 ): 0.28666561000000002 POP_SPECIES( 73 , 2 ): 0.28666561000000002 POP_HYDRO( 73 , 2 ): 0.28666561000000002 POP_SPECIES( 74 , 2 ): 0.28666561000000002 POP_HYDRO( 74 , 2 ): 0.28666561000000002 POP_SPECIES( 75 , 2 ): 0.28666561000000002 POP_HYDRO( 75 , 2 ): 0.28666561000000002 POP_SPECIES( 76 , 2 ): 0.28666561000000002 POP_HYDRO( 76 , 2 ): 0.28666561000000002 POP_SPECIES( 77 , 2 ): 0.28666561000000002 POP_HYDRO( 77 , 2 ): 0.28666561000000002 POP_SPECIES( 78 , 2 ): 0.28666561000000002 POP_HYDRO( 78 , 2 ): 0.28666561000000002 POP_SPECIES( 79 , 2 ): 0.28666561000000002 POP_HYDRO( 79 , 2 ): 0.28666561000000002 POP_SPECIES( 80 , 2 ): 0.28666561000000002 POP_HYDRO( 80 , 2 ): 0.28666561000000002 POP_SPECIES( 81 , 2 ): 0.28666561000000002 POP_HYDRO( 81 , 2 ): 0.28666561000000002 POP_SPECIES( 82 , 2 ): 0.28666561000000002 POP_HYDRO( 82 , 2 ): 0.28666561000000002 POP_SPECIES( 83 , 2 ): 0.28666561000000002 POP_HYDRO( 83 , 2 ): 0.28666561000000002 POP_SPECIES( 84 , 2 ): 0.28666561000000002 POP_HYDRO( 84 , 2 ): 0.28666561000000002 POP_SPECIES( 85 , 2 ): 0.28666561000000002 POP_HYDRO( 85 , 2 ): 0.28666561000000002 POP_SPECIES( 86 , 2 ): 0.28666561000000002 POP_HYDRO( 86 , 2 ): 0.28666561000000002 POP_SPECIES( 87 , 2 ): 0.28666561000000002 POP_HYDRO( 87 , 2 ): 0.28666561000000002 POP_SPECIES( 88 , 2 ): 0.28666561000000002 POP_HYDRO( 88 , 2 ): 0.28666561000000002 POP_SPECIES( 89 , 2 ): 0.28666561000000002 POP_HYDRO( 89 , 2 ): 0.28666561000000002 POP_SPECIES( 90 , 2 ): 0.28666561000000002 POP_HYDRO( 90 , 2 ): 0.28666561000000002 POP_SPECIES( 91 , 2 ): 0.28666561000000002 POP_HYDRO( 91 , 2 ): 0.28666561000000002 POP_SPECIES( 92 , 2 ): 0.28666561000000002 POP_HYDRO( 92 , 2 ): 0.28666561000000002 POP_SPECIES( 93 , 2 ): 0.28666561000000002 POP_HYDRO( 93 , 2 ): 0.28666561000000002 POP_SPECIES( 94 , 2 ): 0.28666561000000002 POP_HYDRO( 94 , 2 ): 0.28666561000000002 POP_SPECIES( 95 , 2 ): 0.28666561000000002 POP_HYDRO( 95 , 2 ): 0.28666561000000002 POP_SPECIES( 96 , 2 ): 0.28666561000000002 POP_HYDRO( 96 , 2 ): 0.28666561000000002 POP_SPECIES( 97 , 2 ): 0.28666561000000002 POP_HYDRO( 97 , 2 ): 0.28666561000000002 POP_SPECIES( 98 , 2 ): 0.28666561000000002 POP_HYDRO( 98 , 2 ): 0.28666561000000002 POP_SPECIES( 99 , 2 ): 0.28666561000000002 POP_HYDRO( 99 , 2 ): 0.28666561000000002 POP_SPECIES( 100 , 2 ): 0.28666561000000002 POP_HYDRO( 100 , 2 ): 0.28666561000000002 POP_SPECIES( 101 , 2 ): 0.28666561000000002 POP_HYDRO( 101 , 2 ): 0.28666561000000002 POP_SPECIES( 102 , 2 ): 0.28666561000000002 POP_HYDRO( 102 , 2 ): 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8.09448339999999968E-003 POP_SPECIES( 33 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 33 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 34 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 34 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 35 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 35 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 36 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 36 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 37 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 37 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 38 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 38 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 39 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 39 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 40 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 40 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 41 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 41 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 42 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 42 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 43 , 5 ): 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POP_SPECIES( 127 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 127 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 128 , 5 ): 5.80331210000000017E-003 POP_HYDRO( 128 , 5 ): 5.80331210000000017E-003 POP_SPECIES( 129 , 5 ): 2.88393310000000002E-003 POP_HYDRO( 129 , 5 ): 2.88393310000000002E-003 POP_SPECIES( 130 , 5 ): 5.86057589999999969E-003 POP_HYDRO( 130 , 5 ): 5.86057589999999969E-003 POP_SPECIES( 131 , 5 ): 9.59525219999999950E-003 POP_HYDRO( 131 , 5 ): 9.59525219999999950E-003 POP_SPECIES( 132 , 5 ): 9.58498080000000016E-003 POP_HYDRO( 132 , 5 ): 9.58498080000000016E-003 POP_SPECIES( 133 , 5 ): 9.52797690000000037E-003 POP_HYDRO( 133 , 5 ): 9.52797690000000037E-003 POP_SPECIES( 134 , 5 ): 9.48400180000000086E-003 POP_HYDRO( 134 , 5 ): 9.48400180000000086E-003 POP_SPECIES( 135 , 5 ): 6.40143739999999989E-002 POP_HYDRO( 135 , 5 ): 6.40143739999999989E-002 POP_SPECIES( 136 , 5 ): 0.35139197999999999 POP_HYDRO( 136 , 5 ): 0.35139197999999999 POP_SPECIES( 137 , 5 ): 0.55646762999999999 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0.0000000000000000 POP_SPECIES( 150 , 16 ): 0.0000000000000000 POP_HYDRO( 150 , 16 ): 0.0000000000000000 POT CAL POT SCAN POT TIT POT VAN POT CHRO POT MAN POT IRON POT COB POT NICK POT BAR CAL HYD CAL HE CAL CARB CAL NIT CAL OXY CAL FLU CAL NEON CAL SOD CAL MAG CAL ALUM CAL SIL CAL PHOS CAL SUL CAL CHL CAL ARG CAL POT CAL CAL POP_SPECIES( 1 , 17 ): 4.84719180000000018E-005 POP_HYDRO( 1 , 17 ): 4.84719180000000018E-005 POP_SPECIES( 2 , 17 ): 4.84719160000000030E-005 POP_HYDRO( 2 , 17 ): 4.84719160000000030E-005 POP_SPECIES( 3 , 17 ): 4.84719250000000009E-005 POP_HYDRO( 3 , 17 ): 4.84719250000000009E-005 POP_SPECIES( 4 , 17 ): 4.84719230000000022E-005 POP_HYDRO( 4 , 17 ): 4.84719230000000022E-005 POP_SPECIES( 5 , 17 ): 4.84719210000000034E-005 POP_HYDRO( 5 , 17 ): 4.84719210000000034E-005 POP_SPECIES( 6 , 17 ): 4.84719200000000006E-005 POP_HYDRO( 6 , 17 ): 4.84719200000000006E-005 POP_SPECIES( 7 , 17 ): 4.84719180000000018E-005 POP_HYDRO( 7 , 17 ): 4.84719180000000018E-005 POP_SPECIES( 8 , 17 ): 4.84719169999999990E-005 POP_HYDRO( 8 , 17 ): 4.84719169999999990E-005 POP_SPECIES( 9 , 17 ): 4.84719200000000006E-005 POP_HYDRO( 9 , 17 ): 4.84719200000000006E-005 POP_SPECIES( 10 , 17 ): 4.84719230000000022E-005 POP_HYDRO( 10 , 17 ): 4.84719230000000022E-005 POP_SPECIES( 11 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 11 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 12 , 17 ): 4.84719200000000006E-005 POP_HYDRO( 12 , 17 ): 4.84719200000000006E-005 POP_SPECIES( 13 , 17 ): 4.84719189999999978E-005 POP_HYDRO( 13 , 17 ): 4.84719189999999978E-005 POP_SPECIES( 14 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 14 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 15 , 17 ): 4.84719200000000006E-005 POP_HYDRO( 15 , 17 ): 4.84719200000000006E-005 POP_SPECIES( 16 , 17 ): 4.84719230000000022E-005 POP_HYDRO( 16 , 17 ): 4.84719230000000022E-005 POP_SPECIES( 17 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 17 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 18 , 17 ): 4.84719210000000034E-005 POP_HYDRO( 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POP_SPECIES( 29 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 29 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 30 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 30 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 31 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 31 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 32 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 32 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 33 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 33 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 34 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 34 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 35 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 35 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 36 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 36 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 37 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 37 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 38 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 38 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 39 , 17 ): 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17 ): 4.84719219999999994E-005 POP_SPECIES( 50 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 50 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 51 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 51 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 52 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 52 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 53 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 53 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 54 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 54 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 55 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 55 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 56 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 56 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 57 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 57 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 58 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 58 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 59 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 59 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 60 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 60 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 61 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 61 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 62 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 62 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 63 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 63 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 64 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 64 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 65 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 65 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 66 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 66 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 67 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 67 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 68 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 68 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 69 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 69 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 70 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 70 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 71 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 71 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 72 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 72 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 73 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 73 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 74 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 74 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 75 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 75 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 76 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 76 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 77 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 77 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 78 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 78 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 79 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 79 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 80 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 80 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 81 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 81 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 82 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 82 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 83 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 83 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 84 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 84 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 85 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 85 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 86 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 86 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 87 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 87 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 88 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 88 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 89 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 89 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 90 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 90 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 91 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 91 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 92 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 92 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 93 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 93 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 94 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 94 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 95 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 95 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 96 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 96 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 97 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 97 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 98 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 98 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 99 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 99 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 100 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 100 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 101 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 101 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 102 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 102 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 103 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 103 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 104 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 104 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 105 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 105 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 106 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 106 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 107 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 107 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 108 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 108 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 109 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 109 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 110 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 110 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 111 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 111 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 112 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 112 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 113 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 113 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 114 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 114 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 115 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 115 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 116 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 116 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 117 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 117 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 118 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 118 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 119 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 119 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 120 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 120 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 121 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 121 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 122 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 122 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 123 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 123 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 124 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 124 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 125 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 125 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 126 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 126 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 127 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 127 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 128 , 17 ): 4.80637609999999988E-005 POP_HYDRO( 128 , 17 ): 4.80637609999999988E-005 POP_SPECIES( 129 , 17 ): 4.75437020000000024E-005 POP_HYDRO( 129 , 17 ): 4.75437020000000024E-005 POP_SPECIES( 130 , 17 ): 4.73948989999999998E-005 POP_HYDRO( 130 , 17 ): 4.73948989999999998E-005 POP_SPECIES( 131 , 17 ): 4.72938310000000026E-005 POP_HYDRO( 131 , 17 ): 4.72938310000000026E-005 POP_SPECIES( 132 , 17 ): 4.70103590000000009E-005 POP_HYDRO( 132 , 17 ): 4.70103590000000009E-005 POP_SPECIES( 133 , 17 ): 4.67307600000000005E-005 POP_HYDRO( 133 , 17 ): 4.67307600000000005E-005 POP_SPECIES( 134 , 17 ): 4.65150389999999977E-005 POP_HYDRO( 134 , 17 ): 4.65150389999999977E-005 POP_SPECIES( 135 , 17 ): 4.71710130000000018E-005 POP_HYDRO( 135 , 17 ): 4.71710130000000018E-005 POP_SPECIES( 136 , 17 ): 5.15461079999999996E-005 POP_HYDRO( 136 , 17 ): 5.15461079999999996E-005 POP_SPECIES( 137 , 17 ): 5.46121130000000007E-005 POP_HYDRO( 137 , 17 ): 5.46121130000000007E-005 POP_SPECIES( 138 , 17 ): 5.44907120000000028E-005 POP_HYDRO( 138 , 17 ): 5.44907120000000028E-005 POP_SPECIES( 139 , 17 ): 2.82758510000000001E-004 POP_HYDRO( 139 , 17 ): 2.82758510000000001E-004 POP_SPECIES( 140 , 17 ): 8.64661040000000024E-004 POP_HYDRO( 140 , 17 ): 8.64661040000000024E-004 POP_SPECIES( 141 , 17 ): 1.53085200000000008E-003 POP_HYDRO( 141 , 17 ): 1.53085200000000008E-003 POP_SPECIES( 142 , 17 ): 2.28349400000000006E-003 POP_HYDRO( 142 , 17 ): 2.28349400000000006E-003 POP_SPECIES( 143 , 17 ): 3.24929019999999980E-003 POP_HYDRO( 143 , 17 ): 3.24929019999999980E-003 POP_SPECIES( 144 , 17 ): 4.36021199999999960E-003 POP_HYDRO( 144 , 17 ): 4.36021199999999960E-003 POP_SPECIES( 145 , 17 ): 5.47113370000000022E-003 POP_HYDRO( 145 , 17 ): 5.47113370000000022E-003 POP_SPECIES( 146 , 17 ): 6.58205589999999972E-003 POP_HYDRO( 146 , 17 ): 6.58205589999999972E-003 POP_SPECIES( 147 , 17 ): 7.69297920000000003E-003 POP_HYDRO( 147 , 17 ): 7.69297920000000003E-003 POP_SPECIES( 148 , 17 ): 8.80390080000000019E-003 POP_HYDRO( 148 , 17 ): 8.80390080000000019E-003 POP_SPECIES( 149 , 17 ): 9.91482580000000065E-003 POP_HYDRO( 149 , 17 ): 9.91482580000000065E-003 POP_SPECIES( 150 , 17 ): 1.10257500000000008E-002 POP_HYDRO( 150 , 17 ): 1.10257500000000008E-002 CAL SCAN CAL TIT CAL VAN CAL CHRO CAL MAN CAL IRON CAL COB CAL NICK CAL BAR SCAN HYD SCAN HE SCAN CARB SCAN NIT SCAN OXY SCAN FLU SCAN NEON SCAN SOD SCAN MAG SCAN ALUM SCAN SIL SCAN PHOS SCAN SUL SCAN CHL SCAN ARG SCAN POT SCAN CAL SCAN SCAN POP_SPECIES( 1 , 18 ): 0.0000000000000000 POP_HYDRO( 1 , 18 ): 0.0000000000000000 POP_SPECIES( 2 , 18 ): 0.0000000000000000 POP_HYDRO( 2 , 18 ): 0.0000000000000000 POP_SPECIES( 3 , 18 ): 0.0000000000000000 POP_HYDRO( 3 , 18 ): 0.0000000000000000 POP_SPECIES( 4 , 18 ): 0.0000000000000000 POP_HYDRO( 4 , 18 ): 0.0000000000000000 POP_SPECIES( 5 , 18 ): 0.0000000000000000 POP_HYDRO( 5 , 18 ): 0.0000000000000000 POP_SPECIES( 6 , 18 ): 0.0000000000000000 POP_HYDRO( 6 , 18 ): 0.0000000000000000 POP_SPECIES( 7 , 18 ): 0.0000000000000000 POP_HYDRO( 7 , 18 ): 0.0000000000000000 POP_SPECIES( 8 , 18 ): 0.0000000000000000 POP_HYDRO( 8 , 18 ): 0.0000000000000000 POP_SPECIES( 9 , 18 ): 0.0000000000000000 POP_HYDRO( 9 , 18 ): 0.0000000000000000 POP_SPECIES( 10 , 18 ): 0.0000000000000000 POP_HYDRO( 10 , 18 ): 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0.0000000000000000 POP_SPECIES( 150 , 13 ): 0.0000000000000000 POP_SPECIES( 150 , 14 ): 0.0000000000000000 POP_SPECIES( 150 , 15 ): 0.0000000000000000 POP_SPECIES( 150 , 16 ): 0.0000000000000000 POP_SPECIES( 150 , 17 ): 1.10257500000000008E-002 POP_SPECIES( 150 , 18 ): 0.0000000000000000 POP_SPECIES( 150 , 19 ): 0.0000000000000000 POP_SPECIES( 150 , 20 ): 0.0000000000000000 POP_SPECIES( 150 , 21 ): 0.0000000000000000 POP_SPECIES( 150 , 22 ): 0.0000000000000000 POP_SPECIES( 150 , 23 ): 0.0000000000000000 POP_SPECIES( 150 , 24 ): 0.0000000000000000 POP_SPECIES( 150 , 25 ): 0.0000000000000000 POP_SPECIES( 150 , 26 ): 0.0000000000000000 Normalized mass fractions in RD_SN_DATA Maximum normalization factor was 1.0000000065801200 Minimum normalization factor was 0.99999999391899996 POP_SPECIES( 1 , 1 ): 18944891.284018304 POP_SPECIES( 2 , 1 ): 25870360.092849653 POP_SPECIES( 3 , 1 ): 32795310.238826487 POP_SPECIES( 4 , 1 ): 39719719.651702516 POP_SPECIES( 5 , 1 ): 46643596.004994802 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POP_SPECIES( 77 , 1 ): 12171010332.647238 POP_SPECIES( 78 , 1 ): 13219379231.125404 POP_SPECIES( 79 , 1 ): 14442205820.398897 POP_SPECIES( 80 , 1 ): 15674483773.386271 POP_SPECIES( 81 , 1 ): 16934644376.516621 POP_SPECIES( 82 , 1 ): 18211350897.585346 POP_SPECIES( 83 , 1 ): 19518201166.271687 POP_SPECIES( 84 , 1 ): 20847034349.045498 POP_SPECIES( 85 , 1 ): 22202107257.542126 POP_SPECIES( 86 , 1 ): 23936834133.554283 POP_SPECIES( 87 , 1 ): 25973570384.807182 POP_SPECIES( 88 , 1 ): 28041459314.875580 POP_SPECIES( 89 , 1 ): 30125499449.697094 POP_SPECIES( 90 , 1 ): 32253762490.419163 POP_SPECIES( 91 , 1 ): 34396037849.215569 POP_SPECIES( 92 , 1 ): 37140019049.969498 POP_SPECIES( 93 , 1 ): 39981352816.963997 POP_SPECIES( 94 , 1 ): 42719309697.841393 POP_SPECIES( 95 , 1 ): 45496085315.318199 POP_SPECIES( 96 , 1 ): 48908052532.806099 POP_SPECIES( 97 , 1 ): 52488453121.212509 POP_SPECIES( 98 , 1 ): 56924119663.104134 POP_SPECIES( 99 , 1 ): 61114929558.752060 POP_SPECIES( 100 , 1 ): 64629506384.221603 POP_SPECIES( 101 , 1 ): 67810692949.715164 POP_SPECIES( 102 , 1 ): 70417085360.598877 POP_SPECIES( 103 , 1 ): 73329186692.950272 POP_SPECIES( 104 , 1 ): 76588307359.788239 POP_SPECIES( 105 , 1 ): 79488167837.348114 POP_SPECIES( 106 , 1 ): 82116593786.856201 POP_SPECIES( 107 , 1 ): 85055154349.757797 POP_SPECIES( 108 , 1 ): 88145849555.760849 POP_SPECIES( 109 , 1 ): 90071804686.888596 POP_SPECIES( 110 , 1 ): 91654042943.546051 POP_SPECIES( 111 , 1 ): 93961501419.798279 POP_SPECIES( 112 , 1 ): 96374096775.829346 POP_SPECIES( 113 , 1 ): 98281194267.007278 POP_SPECIES( 114 , 1 ): 100173816304.70026 POP_SPECIES( 115 , 1 ): 102050040738.52747 POP_SPECIES( 116 , 1 ): 103812490480.98845 POP_SPECIES( 117 , 1 ): 105046692957.38168 POP_SPECIES( 118 , 1 ): 106279040519.10735 POP_SPECIES( 119 , 1 ): 107506535244.37770 POP_SPECIES( 120 , 1 ): 108488979526.34921 POP_SPECIES( 121 , 1 ): 109071193339.63055 POP_SPECIES( 122 , 1 ): 109567717214.33124 POP_SPECIES( 123 , 1 ): 109971791983.78329 POP_SPECIES( 124 , 1 ): 109863364509.11424 POP_SPECIES( 125 , 1 ): 109387315886.51482 POP_SPECIES( 126 , 1 ): 201333490092.56293 POP_SPECIES( 127 , 1 ): 336066763415.23175 POP_SPECIES( 128 , 1 ): 278745540518.00800 POP_SPECIES( 129 , 1 ): 71953854784.201370 POP_SPECIES( 130 , 1 ): 49945759203.325302 POP_SPECIES( 131 , 1 ): 54441491609.872635 POP_SPECIES( 132 , 1 ): 53919584659.111641 POP_SPECIES( 133 , 1 ): 53088100326.981224 POP_SPECIES( 134 , 1 ): 53421246453.861427 POP_SPECIES( 135 , 1 ): 69174080090.355347 POP_SPECIES( 136 , 1 ): 147235168120.40265 POP_SPECIES( 137 , 1 ): 188220298140.44937 POP_SPECIES( 138 , 1 ): 153415787287.64377 POP_SPECIES( 139 , 1 ): 127100343145.40906 POP_SPECIES( 140 , 1 ): 112213402622.23602 POP_SPECIES( 141 , 1 ): 100134249476.35684 POP_SPECIES( 142 , 1 ): 90943235221.299484 POP_SPECIES( 143 , 1 ): 93504020831.854309 POP_SPECIES( 144 , 1 ): 105184094314.62396 POP_SPECIES( 145 , 1 ): 117510236715.97337 POP_SPECIES( 146 , 1 ): 130482460186.24651 POP_SPECIES( 147 , 1 ): 144100822004.73871 POP_SPECIES( 148 , 1 ): 158365297005.93765 POP_SPECIES( 149 , 1 ): 173275784066.01917 POP_SPECIES( 150 , 1 ): 188832343562.38089 POP_SPECIES( 1 , 2 ): 1920279.8811881263 POP_SPECIES( 2 , 2 ): 2622624.3917293833 POP_SPECIES( 3 , 2 ): 3325113.5794492438 POP_SPECIES( 4 , 2 ): 4027746.4325857754 POP_SPECIES( 5 , 2 ): 4730523.1096336972 POP_SPECIES( 6 , 2 ): 5433443.9310615007 POP_SPECIES( 7 , 2 ): 6136506.4043931682 POP_SPECIES( 8 , 2 ): 6839713.6635186505 POP_SPECIES( 9 , 2 ): 7543063.6068154424 POP_SPECIES( 10 , 2 ): 8246559.4305649772 POP_SPECIES( 11 , 2 ): 8950198.6998406257 POP_SPECIES( 12 , 2 ): 9653981.6174294166 POP_SPECIES( 13 , 2 ): 10357907.469862070 POP_SPECIES( 14 , 2 ): 11061974.760360127 POP_SPECIES( 15 , 2 ): 11766185.133689454 POP_SPECIES( 16 , 2 ): 12470543.498854969 POP_SPECIES( 17 , 2 ): 13175042.359906383 POP_SPECIES( 18 , 2 ): 14099655.639162295 POP_SPECIES( 19 , 2 ): 15046505.037401469 POP_SPECIES( 20 , 2 ): 16053817.496464005 POP_SPECIES( 21 , 2 ): 17061168.187302209 POP_SPECIES( 22 , 2 ): 18068562.575773086 POP_SPECIES( 23 , 2 ): 19076007.400081184 POP_SPECIES( 24 , 2 ): 20083490.834967315 POP_SPECIES( 25 , 2 ): 21091020.867161185 POP_SPECIES( 26 , 2 ): 22098598.237063117 POP_SPECIES( 27 , 2 ): 23454449.109829370 POP_SPECIES( 28 , 2 ): 25295805.527112931 POP_SPECIES( 29 , 2 ): 27360757.576595400 POP_SPECIES( 30 , 2 ): 29632932.328806862 POP_SPECIES( 31 , 2 ): 31905130.393454801 POP_SPECIES( 32 , 2 ): 34177307.557297699 POP_SPECIES( 33 , 2 ): 36822676.634506524 POP_SPECIES( 34 , 2 ): 39612081.198250629 POP_SPECIES( 35 , 2 ): 43727956.963764474 POP_SPECIES( 36 , 2 ): 48129541.911376193 POP_SPECIES( 37 , 2 ): 52531126.858987555 POP_SPECIES( 38 , 2 ): 56970457.856685512 POP_SPECIES( 39 , 2 ): 62863303.188163646 POP_SPECIES( 40 , 2 ): 68820932.976599395 POP_SPECIES( 41 , 2 ): 75225731.470206037 POP_SPECIES( 42 , 2 ): 81924664.581986815 POP_SPECIES( 43 , 2 ): 89620485.708080590 POP_SPECIES( 44 , 2 ): 97477954.464493111 POP_SPECIES( 45 , 2 ): 105664880.19965425 POP_SPECIES( 46 , 2 ): 113947973.75446913 POP_SPECIES( 47 , 2 ): 122358361.25095555 POP_SPECIES( 48 , 2 ): 132117377.21422118 POP_SPECIES( 49 , 2 ): 143064431.11235744 POP_SPECIES( 50 , 2 ): 156049172.82670456 POP_SPECIES( 51 , 2 ): 170215730.46702725 POP_SPECIES( 52 , 2 ): 185402175.04601723 POP_SPECIES( 53 , 2 ): 200957868.52110660 POP_SPECIES( 54 , 2 ): 217503524.60913637 POP_SPECIES( 55 , 2 ): 234244418.33287108 POP_SPECIES( 56 , 2 ): 255959506.71430004 POP_SPECIES( 57 , 2 ): 278140080.14103931 POP_SPECIES( 58 , 2 ): 303601762.43292177 POP_SPECIES( 59 , 2 ): 329292762.73093230 POP_SPECIES( 60 , 2 ): 356402586.04568899 POP_SPECIES( 61 , 2 ): 383940932.13585722 POP_SPECIES( 62 , 2 ): 412832380.26896876 POP_SPECIES( 63 , 2 ): 442399463.00363654 POP_SPECIES( 64 , 2 ): 473268263.95584905 POP_SPECIES( 65 , 2 ): 508861852.67044216 POP_SPECIES( 66 , 2 ): 550394887.47305477 POP_SPECIES( 67 , 2 ): 593420078.98252273 POP_SPECIES( 68 , 2 ): 637694696.50299525 POP_SPECIES( 69 , 2 ): 683680647.82660592 POP_SPECIES( 70 , 2 ): 730606009.95057774 POP_SPECIES( 71 , 2 ): 782815618.11735868 POP_SPECIES( 72 , 2 ): 836816385.08511782 POP_SPECIES( 73 , 2 ): 904154518.48452115 POP_SPECIES( 74 , 2 ): 973881211.96531129 POP_SPECIES( 75 , 2 ): 1052856350.9158846 POP_SPECIES( 76 , 2 ): 1133534825.0922654 POP_SPECIES( 77 , 2 ): 1236901766.2780669 POP_SPECIES( 78 , 2 ): 1343444223.0501494 POP_SPECIES( 79 , 2 ): 1467716270.0524454 POP_SPECIES( 80 , 2 ): 1592948829.6294515 POP_SPECIES( 81 , 2 ): 1721015015.8543499 POP_SPECIES( 82 , 2 ): 1850762712.0413074 POP_SPECIES( 83 , 2 ): 1983573823.1503980 POP_SPECIES( 84 , 2 ): 2118618989.1587594 POP_SPECIES( 85 , 2 ): 2256330816.5375538 POP_SPECIES( 86 , 2 ): 2432625690.8582115 POP_SPECIES( 87 , 2 ): 2639612834.7159176 POP_SPECIES( 88 , 2 ): 2849765928.0221930 POP_SPECIES( 89 , 2 ): 3061560417.8223214 POP_SPECIES( 90 , 2 ): 3277849143.4273133 POP_SPECIES( 91 , 2 ): 3495561897.1533980 POP_SPECIES( 92 , 2 ): 3774424136.2842159 POP_SPECIES( 93 , 2 ): 4063180012.6598969 POP_SPECIES( 94 , 2 ): 4341430018.9774771 POP_SPECIES( 95 , 2 ): 4623625052.2527380 POP_SPECIES( 96 , 2 ): 4970372623.9373417 POP_SPECIES( 97 , 2 ): 5334237553.0388918 POP_SPECIES( 98 , 2 ): 5785020489.7330999 POP_SPECIES( 99 , 2 ): 6210919410.2325840 POP_SPECIES( 100 , 2 ): 6568094875.8948259 POP_SPECIES( 101 , 2 ): 6891388930.7165852 POP_SPECIES( 102 , 2 ): 7156268450.8652296 POP_SPECIES( 103 , 2 ): 7452216213.8791428 POP_SPECIES( 104 , 2 ): 7783430468.0082340 POP_SPECIES( 105 , 2 ): 8078134231.1816587 POP_SPECIES( 106 , 2 ): 8345252951.0431452 POP_SPECIES( 107 , 2 ): 8643889683.0175133 POP_SPECIES( 108 , 2 ): 8957987383.6067505 POP_SPECIES( 109 , 2 ): 9153716188.2298336 POP_SPECIES( 110 , 2 ): 9314514120.4345818 POP_SPECIES( 111 , 2 ): 9549013918.4697475 POP_SPECIES( 112 , 2 ): 9794198449.2218494 POP_SPECIES( 113 , 2 ): 9988010810.7950706 POP_SPECIES( 114 , 2 ): 10180352077.241936 POP_SPECIES( 115 , 2 ): 10371026906.422709 POP_SPECIES( 116 , 2 ): 10550139169.073477 POP_SPECIES( 117 , 2 ): 10675567311.953341 POP_SPECIES( 118 , 2 ): 10800806945.649008 POP_SPECIES( 119 , 2 ): 10925553400.732632 POP_SPECIES( 120 , 2 ): 11025396144.632109 POP_SPECIES( 121 , 2 ): 11084564716.042114 POP_SPECIES( 122 , 2 ): 11135024886.630346 POP_SPECIES( 123 , 2 ): 11176089743.399303 POP_SPECIES( 124 , 2 ): 11165070597.801218 POP_SPECIES( 125 , 2 ): 11116691263.133495 POP_SPECIES( 126 , 2 ): 20460893771.359894 POP_SPECIES( 127 , 2 ): 34153415525.466995 POP_SPECIES( 128 , 2 ): 89675487648.207245 POP_SPECIES( 129 , 2 ): 181074721405.75610 POP_SPECIES( 130 , 2 ): 163861614450.72620 POP_SPECIES( 131 , 2 ): 132193961516.38626 POP_SPECIES( 132 , 2 ): 122549291443.07126 POP_SPECIES( 133 , 2 ): 113723972190.65485 POP_SPECIES( 134 , 2 ): 109526482719.07457 POP_SPECIES( 135 , 2 ): 94816177233.652710 POP_SPECIES( 136 , 2 ): 37765058306.475372 POP_SPECIES( 137 , 2 ): 12909650.812249655 POP_SPECIES( 138 , 2 ): 4018822.9826692375 POP_SPECIES( 139 , 2 ): 86.609977688036437 POP_SPECIES( 140 , 2 ): 262.51200962501633 POP_SPECIES( 141 , 2 ): 2389.6510812834063 POP_SPECIES( 142 , 2 ): 5730.4644679872490 POP_SPECIES( 143 , 2 ): 15703.414537750523 POP_SPECIES( 144 , 2 ): 31794.419788172880 POP_SPECIES( 145 , 2 ): 49222.580891209036 POP_SPECIES( 146 , 2 ): 67987.912892204258 POP_SPECIES( 147 , 2 ): 88090.436337804291 POP_SPECIES( 148 , 2 ): 109530.14304985141 POP_SPECIES( 149 , 2 ): 132306.98625983976 POP_SPECIES( 150 , 2 ): 156420.96942245442 POP_SPECIES( 1 , 5 ): 13645.417868336364 POP_SPECIES( 2 , 5 ): 18629.600317172666 POP_SPECIES( 3 , 5 ): 23611.256662835865 POP_SPECIES( 4 , 5 ): 28590.371884644872 POP_SPECIES( 5 , 5 ): 33566.952510291594 POP_SPECIES( 6 , 5 ): 38540.995379875269 POP_SPECIES( 7 , 5 ): 43512.506004170835 POP_SPECIES( 8 , 5 ): 48481.468259508307 POP_SPECIES( 9 , 5 ): 53447.911032463293 POP_SPECIES( 10 , 5 ): 58411.807833285122 POP_SPECIES( 11 , 5 ): 63373.166076713693 POP_SPECIES( 12 , 5 ): 68331.993793817848 POP_SPECIES( 13 , 5 ): 73288.279458140329 POP_SPECIES( 14 , 5 ): 78242.030640310535 POP_SPECIES( 15 , 5 ): 83193.252865412331 POP_SPECIES( 16 , 5 ): 88141.931178744097 POP_SPECIES( 17 , 5 ): 93088.059947854155 POP_SPECIES( 18 , 5 ): 99605.797565160872 POP_SPECIES( 19 , 5 ): 106280.83285416391 POP_SPECIES( 20 , 5 ): 113387.50365254677 POP_SPECIES( 21 , 5 ): 120493.44302589672 POP_SPECIES( 22 , 5 ): 127598.63121735599 POP_SPECIES( 23 , 5 ): 134703.07189533365 POP_SPECIES( 24 , 5 ): 141806.76219970858 POP_SPECIES( 25 , 5 ): 148909.73769067944 POP_SPECIES( 26 , 5 ): 156011.99165351564 POP_SPECIES( 27 , 5 ): 165575.13233277012 POP_SPECIES( 28 , 5 ): 178569.50279515077 POP_SPECIES( 29 , 5 ): 193144.19857964103 POP_SPECIES( 30 , 5 ): 209183.86306335326 POP_SPECIES( 31 , 5 ): 225223.69211348315 POP_SPECIES( 32 , 5 ): 241263.37362130810 POP_SPECIES( 33 , 5 ): 259937.47973604241 POP_SPECIES( 34 , 5 ): 279628.35662315047 POP_SPECIES( 35 , 5 ): 308683.01726103976 POP_SPECIES( 36 , 5 ): 339754.54716319032 POP_SPECIES( 37 , 5 ): 370826.07706533838 POP_SPECIES( 38 , 5 ): 402164.06269602804 POP_SPECIES( 39 , 5 ): 443762.65095572307 POP_SPECIES( 40 , 5 ): 485818.56361458602 POP_SPECIES( 41 , 5 ): 531031.11552030977 POP_SPECIES( 42 , 5 ): 578320.01326341543 POP_SPECIES( 43 , 5 ): 632646.11149554676 POP_SPECIES( 44 , 5 ): 688113.30759102514 POP_SPECIES( 45 , 5 ): 745906.19601971970 POP_SPECIES( 46 , 5 ): 804377.94929359166 POP_SPECIES( 47 , 5 ): 863748.29195335205 POP_SPECIES( 48 , 5 ): 932638.83023154712 POP_SPECIES( 49 , 5 ): 1009915.9285006500 POP_SPECIES( 50 , 5 ): 1101577.4084563991 POP_SPECIES( 51 , 5 ): 1201581.5261937301 POP_SPECIES( 52 , 5 ): 1308785.1977028921 POP_SPECIES( 53 , 5 ): 1418595.4593956005 POP_SPECIES( 54 , 5 ): 1535394.0340019735 POP_SPECIES( 55 , 5 ): 1653570.8239803170 POP_SPECIES( 56 , 5 ): 1806861.2923007144 POP_SPECIES( 57 , 5 ): 1963437.6979996942 POP_SPECIES( 58 , 5 ): 2143176.0041115750 POP_SPECIES( 59 , 5 ): 2324533.1046734820 POP_SPECIES( 60 , 5 ): 2515905.9160112557 POP_SPECIES( 61 , 5 ): 2710303.7418354992 POP_SPECIES( 62 , 5 ): 2914253.3430062081 POP_SPECIES( 63 , 5 ): 3122972.3626875319 POP_SPECIES( 64 , 5 ): 3340880.4306326094 POP_SPECIES( 65 , 5 ): 3592141.5716155665 POP_SPECIES( 66 , 5 ): 3885330.2634518235 POP_SPECIES( 67 , 5 ): 4189052.3409406515 POP_SPECIES( 68 , 5 ): 4501594.3271949617 POP_SPECIES( 69 , 5 ): 4826216.9071603213 POP_SPECIES( 70 , 5 ): 5157470.9462753367 POP_SPECIES( 71 , 5 ): 5526027.3687099228 POP_SPECIES( 72 , 5 ): 5907227.8829674534 POP_SPECIES( 73 , 5 ): 6382579.1144845998 POP_SPECIES( 74 , 5 ): 6874791.5941374106 POP_SPECIES( 75 , 5 ): 7432290.4089133712 POP_SPECIES( 76 , 5 ): 8001813.3540950771 POP_SPECIES( 77 , 5 ): 8731498.0113663562 POP_SPECIES( 78 , 5 ): 9483599.1683004219 POP_SPECIES( 79 , 5 ): 10360856.490467619 POP_SPECIES( 80 , 5 ): 11244894.232765682 POP_SPECIES( 81 , 5 ): 12148935.023095177 POP_SPECIES( 82 , 5 ): 13064845.875615619 POP_SPECIES( 83 , 5 ): 14002381.890319381 POP_SPECIES( 84 , 5 ): 14955688.475040972 POP_SPECIES( 85 , 5 ): 15927819.471763350 POP_SPECIES( 86 , 5 ): 17172314.698879756 POP_SPECIES( 87 , 5 ): 18633471.828932445 POP_SPECIES( 88 , 5 ): 20116977.929669727 POP_SPECIES( 89 , 5 ): 21612070.924865950 POP_SPECIES( 90 , 5 ): 23138889.487979226 POP_SPECIES( 91 , 5 ): 24675760.505577113 POP_SPECIES( 92 , 5 ): 26644296.045584198 POP_SPECIES( 93 , 5 ): 28682672.438182704 POP_SPECIES( 94 , 5 ): 30646886.123587403 POP_SPECIES( 95 , 5 ): 32638948.419103991 POP_SPECIES( 96 , 5 ): 35086697.961673237 POP_SPECIES( 97 , 5 ): 37655281.814873025 POP_SPECIES( 98 , 5 ): 40837434.531128839 POP_SPECIES( 99 , 5 ): 43843926.783601150 POP_SPECIES( 100 , 5 ): 46365288.587071650 POP_SPECIES( 101 , 5 ): 48647475.801709481 POP_SPECIES( 102 , 5 ): 50517304.972047672 POP_SPECIES( 103 , 5 ): 52606450.104405239 POP_SPECIES( 104 , 5 ): 54944547.340668879 POP_SPECIES( 105 , 5 ): 57024910.868513055 POP_SPECIES( 106 , 5 ): 58910546.926975086 POP_SPECIES( 107 , 5 ): 61018673.944370709 POP_SPECIES( 108 , 5 ): 63235942.544707648 POP_SPECIES( 109 , 5 ): 64617625.160843037 POP_SPECIES( 110 , 5 ): 65752724.862011991 POP_SPECIES( 111 , 5 ): 67408098.454347506 POP_SPECIES( 112 , 5 ): 69138897.375527546 POP_SPECIES( 113 , 5 ): 70507051.497214168 POP_SPECIES( 114 , 5 ): 71864820.910494283 POP_SPECIES( 115 , 5 ): 73210826.662284315 POP_SPECIES( 116 , 5 ): 74475210.308410436 POP_SPECIES( 117 , 5 ): 75360628.706203133 POP_SPECIES( 118 , 5 ): 76244716.385896981 POP_SPECIES( 119 , 5 ): 77125322.634657726 POP_SPECIES( 120 , 5 ): 77830129.389385611 POP_SPECIES( 121 , 5 ): 78247810.306081563 POP_SPECIES( 122 , 5 ): 78604017.153833181 POP_SPECIES( 123 , 5 ): 78893900.898032323 POP_SPECIES( 124 , 5 ): 78816114.892304361 POP_SPECIES( 125 , 5 ): 78474597.015978932 POP_SPECIES( 126 , 5 ): 144436897.21051306 POP_SPECIES( 127 , 5 ): 241094715.74231982 POP_SPECIES( 128 , 5 ): 232567512.03093275 POP_SPECIES( 129 , 5 ): 143943193.28705919 POP_SPECIES( 130 , 5 ): 259910834.86460850 POP_SPECIES( 131 , 5 ): 353162728.71394736 POP_SPECIES( 132 , 5 ): 329129460.19274890 POP_SPECIES( 133 , 5 ): 305428117.75431639 POP_SPECIES( 134 , 5 ): 294156251.69920397 POP_SPECIES( 135 , 5 ): 1916961530.0315311 POP_SPECIES( 136 , 5 ): 10101145443.045662 POP_SPECIES( 137 , 5 ): 14765007532.786123 POP_SPECIES( 138 , 5 ): 12263816035.215540 POP_SPECIES( 139 , 5 ): 10035764132.434519 POP_SPECIES( 140 , 5 ): 8340847435.5239305 POP_SPECIES( 141 , 5 ): 6899446828.6594954 POP_SPECIES( 142 , 5 ): 5717157373.5291805 POP_SPECIES( 143 , 5 ): 5136117407.8659201 POP_SPECIES( 144 , 5 ): 4892415710.4260902 POP_SPECIES( 145 , 5 ): 4607222878.8387737 POP_SPECIES( 146 , 5 ): 4280536054.3606086 POP_SPECIES( 147 , 5 ): 3912357911.5590968 POP_SPECIES( 148 , 5 ): 3502686567.9020104 POP_SPECIES( 149 , 5 ): 3051520981.3194804 POP_SPECIES( 150 , 5 ): 2558861960.5595613 POP_SPECIES( 1 , 17 ): 32.450364078556511 POP_SPECIES( 2 , 17 ): 44.314582701673231 POP_SPECIES( 3 , 17 ): 56.178836752270719 POP_SPECIES( 4 , 17 ): 68.043072280546042 POP_SPECIES( 5 , 17 ): 79.907308215295004 POP_SPECIES( 6 , 17 ): 91.771551862138281 POP_SPECIES( 7 , 17 ): 103.63579378189421 POP_SPECIES( 8 , 17 ): 115.50002268030535 POP_SPECIES( 9 , 17 ): 127.36427487548180 POP_SPECIES( 10 , 17 ): 139.22852182752877 POP_SPECIES( 11 , 17 ): 151.09276611697356 POP_SPECIES( 12 , 17 ): 162.95700497353263 POP_SPECIES( 13 , 17 ): 174.82123283472828 POP_SPECIES( 14 , 17 ): 186.68548234531025 POP_SPECIES( 15 , 17 ): 198.54972830721078 POP_SPECIES( 16 , 17 ): 210.41397952513483 POP_SPECIES( 17 , 17 ): 222.27817988880713 POP_SPECIES( 18 , 17 ): 237.86701921568147 POP_SPECIES( 19 , 17 ): 253.83109948076520 POP_SPECIES( 20 , 17 ): 270.81817917860110 POP_SPECIES( 21 , 17 ): 287.80525517753392 POP_SPECIES( 22 , 17 ): 304.79231792204041 POP_SPECIES( 23 , 17 ): 321.77936652385017 POP_SPECIES( 24 , 17 ): 338.76643691384055 POP_SPECIES( 25 , 17 ): 355.75353489556647 POP_SPECIES( 26 , 17 ): 372.74068418091673 POP_SPECIES( 27 , 17 ): 395.60370333506398 POP_SPECIES( 28 , 17 ): 426.65839551354122 POP_SPECIES( 29 , 17 ): 461.48584202457454 POP_SPECIES( 30 , 17 ): 499.80994455776766 POP_SPECIES( 31 , 17 ): 538.13444029496281 POP_SPECIES( 32 , 17 ): 576.45858350443359 POP_SPECIES( 33 , 17 ): 621.07724483513323 POP_SPECIES( 34 , 17 ): 668.12531030784430 POP_SPECIES( 35 , 17 ): 737.54657497858125 POP_SPECIES( 36 , 17 ): 811.78681230040331 POP_SPECIES( 37 , 17 ): 886.02704962221958 POP_SPECIES( 38 , 17 ): 960.90393845701192 POP_SPECIES( 39 , 17 ): 1060.2968255912490 POP_SPECIES( 40 , 17 ): 1160.7824130860479 POP_SPECIES( 41 , 17 ): 1268.8102634679444 POP_SPECIES( 42 , 17 ): 1381.7991958504640 POP_SPECIES( 43 , 17 ): 1511.6023448496676 POP_SPECIES( 44 , 17 ): 1644.1319568344109 POP_SPECIES( 45 , 17 ): 1782.2184226753773 POP_SPECIES( 46 , 17 ): 1921.9269228150765 POP_SPECIES( 47 , 17 ): 2063.7824523889021 POP_SPECIES( 48 , 17 ): 2228.3849012257483 POP_SPECIES( 49 , 17 ): 2413.0256361077118 POP_SPECIES( 50 , 17 ): 2632.0354514149794 POP_SPECIES( 51 , 17 ): 2870.9786079753212 POP_SPECIES( 52 , 17 ): 3127.1238972376950 POP_SPECIES( 53 , 17 ): 3389.4971989100341 POP_SPECIES( 54 , 17 ): 3668.5679084931994 POP_SPECIES( 55 , 17 ): 3950.9316337926130 POP_SPECIES( 56 , 17 ): 4317.1936357963150 POP_SPECIES( 57 , 17 ): 4691.3068370032388 POP_SPECIES( 58 , 17 ): 5120.7615353586225 POP_SPECIES( 59 , 17 ): 5554.0840730036589 POP_SPECIES( 60 , 17 ): 6011.3374807181353 POP_SPECIES( 61 , 17 ): 6475.8186559125115 POP_SPECIES( 62 , 17 ): 6963.1222048618811 POP_SPECIES( 63 , 17 ): 7461.8214837038622 POP_SPECIES( 64 , 17 ): 7982.4764604471411 POP_SPECIES( 65 , 17 ): 8582.8230412260764 POP_SPECIES( 66 , 17 ): 9283.3485103788462 POP_SPECIES( 67 , 17 ): 10009.041747359972 POP_SPECIES( 68 , 17 ): 10755.808684991443 POP_SPECIES( 69 , 17 ): 11531.440186000424 POP_SPECIES( 70 , 17 ): 12322.916452381782 POP_SPECIES( 71 , 17 ): 13203.520540889558 POP_SPECIES( 72 , 17 ): 14114.335577509977 POP_SPECIES( 73 , 17 ): 15250.108046718546 POP_SPECIES( 74 , 17 ): 16426.167655539357 POP_SPECIES( 75 , 17 ): 17758.218071014304 POP_SPECIES( 76 , 17 ): 19118.998140217991 POP_SPECIES( 77 , 17 ): 20862.457902145026 POP_SPECIES( 78 , 17 ): 22659.478150476520 POP_SPECIES( 79 , 17 ): 24755.538176973358 POP_SPECIES( 80 , 17 ): 26867.798886257377 POP_SPECIES( 81 , 17 ): 29027.853541886805 POP_SPECIES( 82 , 17 ): 31216.269730947508 POP_SPECIES( 83 , 17 ): 33456.355637517081 POP_SPECIES( 84 , 17 ): 35734.122690284203 POP_SPECIES( 85 , 17 ): 38056.867535222576 POP_SPECIES( 86 , 17 ): 41030.381272652099 POP_SPECIES( 87 , 17 ): 44521.572483422700 POP_SPECIES( 88 , 17 ): 48066.162831369627 POP_SPECIES( 89 , 17 ): 51638.438130690476 POP_SPECIES( 90 , 17 ): 55286.516382062560 POP_SPECIES( 91 , 17 ): 58958.613296466530 POP_SPECIES( 92 , 17 ): 63662.100576520032 POP_SPECIES( 93 , 17 ): 68532.460922929575 POP_SPECIES( 94 , 17 ): 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152981005.13023803 POP_ATOM: 163246533.35836846 POP_ATOM: 174170452.90599790 POP_ATOM: 185094263.12135357 POP_ATOM: 196017936.68666160 POP_ATOM: 206941492.59157658 POP_ATOM: 217864932.70257699 POP_ATOM: 228788266.17664072 POP_ATOM: 239711513.32622120 POP_ATOM: 254413799.92559955 POP_ATOM: 274384641.63305467 POP_ATOM: 296781938.36251110 POP_ATOM: 321428201.36790794 POP_ATOM: 346074717.24313366 POP_ATOM: 370721006.40747923 POP_ATOM: 399415305.54084313 POP_ATOM: 429671956.54868490 POP_ATOM: 474316831.03101200 POP_ATOM: 522060790.93279797 POP_ATOM: 569804750.83458018 POP_ATOM: 617958141.86701953 POP_ATOM: 681877792.30252397 POP_ATOM: 746500159.27129018 POP_ATOM: 815972961.93154442 POP_ATOM: 888636240.65507519 POP_ATOM: 972112756.41672242 POP_ATOM: 1057342662.8483247 POP_ATOM: 1146146186.7313569 POP_ATOM: 1235992842.2544775 POP_ATOM: 1327220254.2367468 POP_ATOM: 1433076229.3858478 POP_ATOM: 1551818843.3705895 POP_ATOM: 1692664242.2720044 POP_ATOM: 1846328789.9238453 POP_ATOM: 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119592391762.48120 POP_ATOM: 120234192826.06810 POP_ATOM: 120781533929.30162 POP_ATOM: 121226964131.89568 POP_ATOM: 121107439539.76613 POP_ATOM: 120582669248.62267 POP_ATOM: 221939165869.00412 POP_ATOM: 370461849712.04468 POP_ATOM: 368654364218.25488 POP_ATOM: 253173466218.79651 POP_ATOM: 214068123159.28952 POP_ATOM: 186989310397.07114 POP_ATOM: 176798649649.60461 POP_ATOM: 167118098340.23288 POP_ATOM: 163242461070.58670 POP_ATOM: 165907782474.44431 POP_ATOM: 195101963091.49133 POP_ATOM: 202998793497.78000 POP_ATOM: 165684097304.81244 POP_ATOM: 137138136413.67513 POP_ATOM: 120559552127.79042 POP_ATOM: 107041748005.57954 POP_ATOM: 96670809878.004440 POP_ATOM: 98654435802.262405 POP_ATOM: 110096577734.37225 POP_ATOM: 122143742695.91451 POP_ATOM: 134795939976.97592 POP_ATOM: 148053229553.38321 POP_ATOM: 161915584357.16852 POP_ATOM: 176382902222.87363 POP_ATOM: 191455244326.48981 Exiting RD_SN_DATA Using NON-GRID option for new model. 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0.54211149999999997 T7: 0.54188175999999999 T7: 0.54155339000000002 T7: 0.54122603000000002 T7: 0.54085388999999995 T7: 0.54052467000000004 T7: 0.54021918999999996 T7: 0.53996522999999996 T7: 0.53974149000000005 T7: 0.53956444999999997 T7: 0.53941457000000004 T7: 0.53921014000000000 T7: 0.53892890999999998 T7: 0.53866919999999996 T7: 0.53844099000000001 T7: 0.53823706000000004 T7: 0.53806756000000000 T7: 0.53786075000000000 T7: 0.53767047000000001 T7: 0.53733122000000000 T7: 0.53701138999999998 T7: 0.53663541999999997 T7: 0.53630540999999998 T7: 0.53578830000000000 T7: 0.53532278000000000 T7: 0.53478110000000001 T7: 0.53434225000000002 T7: 0.53399430000000003 T7: 0.53374372000000003 T7: 0.53357675000000004 T7: 0.53349771999999995 T7: 0.53350058000000000 T7: 0.53338856000000001 T7: 0.53324943999999996 T7: 0.53325102000000002 T7: 0.53340546000000000 T7: 0.53370118000000000 T7: 0.53414883000000002 T7: 0.53459133000000003 T7: 0.53521688999999995 T7: 0.53609735000000003 T7: 0.53722141999999995 T7: 0.53853890999999998 T7: 0.54020935999999997 T7: 0.54227004000000001 T7: 0.54500075000000003 T7: 0.54863550999999999 T7: 0.55346793000000005 T7: 0.56008325000000003 T7: 0.56954638999999996 T7: 0.58417531000000000 T7: 0.60904152000000000 T7: 0.65417250000000005 T7: 0.71899809999999997 T7: 0.78095033000000003 T7: 0.82985891000000001 T7: 0.86895138999999999 T7: 0.90154723999999997 T7: 0.92966773000000003 T7: 0.95437580000000000 T7: 0.97636886000000001 T7: 0.99620149999999996 T7: 1.0142602000000001 T7: 1.0307857000000000 T7: 1.0459670999999999 T7: 1.0599940000000001 T7: 1.0729934999999999 T7: 1.0850388000000000 T7: 1.0961964000000000 T7: 1.1065406000000000 T7: 1.1161125000000001 T7: 1.1249000000000000 T7: 1.1355698000000001 T7: 1.1543308000000001 T7: 1.1740349000000001 T7: 1.1877135000000001 T7: 1.1962345999999999 T7: 1.2032385000000001 T7: 1.2092411999999999 T7: 1.2145230000000000 T7: 1.2191816000000000 T7: 1.2234065999999999 T7: 1.2277374999999999 T7: 1.2323492000000000 T7: 1.2362097000000001 T7: 1.2390070000000000 T7: 1.2411490999999999 T7: 1.2428527000000000 T7: 1.2442138000000000 T7: 1.2453551000000000 T7: 1.2464294000000000 T7: 1.2474618000000000 T7: 1.2484153000000000 T7: 1.2492487000000001 T7: 1.2498912000000000 T7: 1.2496377000000001 T7: 1.5585730000000000 Amount of memory allocated for BA is: 3.1798500000E+06 words Memory needed with full dependence is: 2.8566000000E+06 words 1095093068 0.39866388000000003 0.39688621000000002 0.39613367999999999 0.39613230999999999 0.39656816000000000 0.39731200999999999 0.39828754000000000 0.39944542999999999 0.40075291000000002 0.40218630999999999 0.40372817999999999 0.40536597000000002 0.40709044999999999 0.40889450999999999 0.41077256000000001 0.41271943000000000 0.41472239000000000 0.41696000000000000 0.41931952000000000 0.42181793000000001 0.42440682000000002 0.42707785999999998 0.42982798000000000 0.43265529000000003 0.43555872000000001 0.43853576000000000 0.44196574000000000 0.44605825999999998 0.45056748000000002 0.45547537999999999 0.46055710000000000 0.46582898000000000 0.47179798000000001 0.47832130000000000 0.48695184000000002 0.49633619000000001 0.50562182000000000 0.51427319000000005 0.52269140000000003 0.52878539000000002 0.53313076999999998 0.53617029999999999 0.53843189000000002 0.53994207000000005 0.54097731999999998 0.54167315000000005 0.54215513000000004 0.54251550000000004 0.54272679999999995 0.54279504999999995 0.54272260999999999 0.54255529999999996 0.54234366000000001 0.54211149999999997 0.54188175999999999 0.54155339000000002 0.54122603000000002 0.54085388999999995 0.54052467000000004 0.54021918999999996 0.53996522999999996 0.53974149000000005 0.53956444999999997 0.53941457000000004 0.53921014000000000 0.53892890999999998 0.53866919999999996 0.53844099000000001 0.53823706000000004 0.53806756000000000 0.53786075000000000 0.53767047000000001 0.53733122000000000 0.53701138999999998 0.53663541999999997 0.53630540999999998 0.53578830000000000 0.53532278000000000 0.53478110000000001 0.53434225000000002 0.53399430000000003 0.53374372000000003 0.53357675000000004 0.53349771999999995 0.53350058000000000 0.53338856000000001 0.53324943999999996 0.53325102000000002 0.53340546000000000 0.53370118000000000 0.53414883000000002 0.53459133000000003 0.53521688999999995 0.53609735000000003 0.53722141999999995 0.53853890999999998 0.54020935999999997 0.54227004000000001 0.54500075000000003 0.54863550999999999 0.55346793000000005 0.56008325000000003 0.56954638999999996 0.58417531000000000 0.60904152000000000 0.65417250000000005 0.71899809999999997 0.78095033000000003 0.82985891000000001 0.86895138999999999 0.90154723999999997 0.92966773000000003 0.95437580000000000 0.97636886000000001 0.99620149999999996 1.0142602000000001 1.0307857000000000 1.0459670999999999 1.0599940000000001 1.0729934999999999 1.0850388000000000 1.0961964000000000 1.1065406000000000 1.1161125000000001 1.1249000000000000 1.1355698000000001 1.1543308000000001 1.1740349000000001 1.1877135000000001 1.1962345999999999 1.2032385000000001 1.2092411999999999 1.2145230000000000 1.2191816000000000 1.2234065999999999 1.2277374999999999 1.2323492000000000 1.2362097000000001 1.2390070000000000 1.2411490999999999 1.2428527000000000 1.2442138000000000 1.2453551000000000 1.2464294000000000 1.2474618000000000 1.2484153000000000 1.2492487000000001 1.2498912000000000 1.2496377000000001 1.5585730000000000 150 150 1 2 5 17 ******************************************************************************** ******************************************************************************** Current great iteration count is 1 Unable to open EDDFACTOR_INFO Error occurred in READ_DIRECT_INFO: IOS= 2 Error --- unable to open EDDFACTOR_INFO -- will compute new f The value of DTDR is : 0.0000000000000000 Error(Ca2_COL_DATA): No match found for level 3p6_5f_2Fo[5/2] Error(Ca2_COL_DATA): No match found for level 3p6_5f_2Fo[7/2] Error(Ca2_COL_DATA): No match found for level 3p6_5g_2Ge[7/2] Error(Ca2_COL_DATA): No match found for level 3p6_5g_2Ge[9/2] Error(Ca2_COL_DATA): No match found for level 3p6_7s_2Se[1/2] Error(Ca2_COL_DATA): No match found for level 3p6_6d_2De[3/2] Error(Ca2_COL_DATA): No match found for level 3p6_6d_2De[5/2] Error(Ca2_COL_DATA): No match found for level 3p6_6f_2Fo[5/2] Error(Ca2_COL_DATA): No match found for level 3p6_6f_2Fo[7/2] Error(Ca2_COL_DATA): No match found for level 3p6_6g_2Ge[7/2] Error(Ca2_COL_DATA): No match found for level 3p6_6g_2Ge[9/2] Error(Ca2_COL_DATA): No match found for level 3p6_8s_2Se[1/2] Error(Ca2_COL_DATA): No match found for level 3p6_7d_2De[3/2] Error(Ca2_COL_DATA): No match found for level 3p6_7d_2De[5/2] Error(Ca2_COL_DATA): No match found for level 3p6_7f_2Fo[5/2] Error(Ca2_COL_DATA): No match found for level 3p6_7f_2Fo[7/2] Error(Ca2_COL_DATA): No match found for level 3p6_7g_2Ge[7/2] Error(Ca2_COL_DATA): No match found for level 3p6_7g_2Ge[9/2] Error(Ca2_COL_DATA): No match found for level 3p6_8d_2De[3/2] Error(Ca2_COL_DATA): No match found for level 3p6_8g_2Ge[7/2] Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Using thick boundary condition in CMF_FORM_REL R(1)= 5.68767161E+05 RMAX= 8.53150742E+05 V(1)= 1.01089732E+04 VMAX= 1.40683806E+04 Using depth 1 and 25 to extrapolate opacities Calculating characteristic rays..... Calling MOM_J_DDT_V2 RECIP_CDELTAT= 2.5176E-06 ROLD_ON_R= 9.7645E-01 Average number of calls to FG_J_CMF is 2.0033724 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 49 Luminosity of star (d=1,ND)(iteration 1) is: 5.58519331E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Temperature held fixed at all depths. Maximum % increase at depth 4 is 2.39E+06 (BA computed) --- iteration 1 Maximum % decrease at depth 3 is 3.09E+03 (BA computed) --- iteration 1 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 3.09E+01 7.33E+00 7.19E+00 7.18E+00 6.86E+00 6.71E+00 6.45E+00 6.00E+00 5.78E+00 5.51E+00 INC_VEC: -2.39E+04 -2.35E+04 -2.21E+04 -2.16E+04 -1.88E+04 -1.65E+04 -1.58E+04 -1.32E+04 -1.32E+04 -1.28E+04 The minimum value of scale for Major species is: 2.9083E-02 ******************************************************************************** ******************************************************************************** Current great iteration count is 2 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.8819673 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 52 Luminosity of star (d=1,ND)(iteration 2) is: 5.10634137E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 2 is 9.54E+05 (LAMBDA) --- iteration 2 Maximum % decrease at depth 2 is 1.08E+02 (LAMBDA) --- iteration 2 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.08E+00 1.06E+00 1.05E+00 1.05E+00 1.05E+00 1.04E+00 1.04E+00 1.04E+00 1.04E+00 1.03E+00 INC_VEC: -9.54E+03 -7.85E+03 -6.56E+03 -6.39E+03 -5.84E+03 -5.67E+03 -5.65E+03 -5.58E+03 -5.37E+03 -5.36E+03 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 3 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.5847306 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 3) is: 5.12739176E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 25 is 5.39E+04 (LAMBDA) --- iteration 3 Maximum % decrease at depth 15 is 7.37E+01 (LAMBDA) --- iteration 3 Maximm changes as returned by SOLVEBA_V9 is 53896.457323279457 DEC_VEC: 7.37E-01 7.37E-01 7.36E-01 7.35E-01 7.34E-01 7.33E-01 7.33E-01 7.32E-01 7.31E-01 7.29E-01 INC_VEC: -5.39E+02 -3.57E+02 -2.49E+02 -1.85E+02 -1.80E+02 -1.58E+02 -1.41E+02 -1.34E+02 -1.02E+02 -7.84E+01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 4 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.4279156 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 4) is: 5.16247818E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Temperature held fixed at all depths. Maximum % increase at depth 3 is 1.88E+04 (BA computed) --- iteration 4 Maximum % decrease at depth 3 is 4.34E+02 (BA computed) --- iteration 4 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 4.34E+00 1.31E+00 1.31E+00 1.31E+00 1.31E+00 1.31E+00 1.31E+00 1.31E+00 1.31E+00 1.31E+00 INC_VEC: -1.88E+02 -1.86E+02 -1.72E+02 -1.71E+02 -1.55E+02 -1.54E+02 -1.54E+02 -1.53E+02 -1.53E+02 -1.52E+02 The minimum value of scale for Major species is: 2.0752E-01 ******************************************************************************** ******************************************************************************** Current great iteration count is 5 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.6411240 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 5) is: 4.98864068E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 2 is 6.25E+02 (LAMBDA) --- iteration 5 Maximum % decrease at depth 2 is 3.57E+01 (LAMBDA) --- iteration 5 Maximm changes as returned by SOLVEBA_V9 is 624.87183089999257 DEC_VEC: 3.57E-01 3.30E-01 3.24E-01 2.96E-01 2.94E-01 2.90E-01 2.90E-01 2.80E-01 2.75E-01 2.71E-01 INC_VEC: -6.25E+00 -6.07E+00 -5.66E+00 -5.20E+00 -5.12E+00 -4.86E+00 -4.09E+00 -3.99E+00 -3.24E+00 -3.21E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 6 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.8993911 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 6) is: 4.99322307E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 40 is 1.39E+01 (LAMBDA) --- iteration 6 Maximum % decrease at depth 41 is 3.60E+01 (LAMBDA) --- iteration 6 Maximm changes as returned by SOLVEBA_V9 is 56.350642214285649 DEC_VEC: 3.60E-01 3.60E-01 3.59E-01 3.57E-01 3.57E-01 3.56E-01 3.55E-01 3.55E-01 3.54E-01 3.50E-01 INC_VEC: -1.39E-01 -1.34E-01 -1.24E-01 -1.21E-01 -1.13E-01 -1.07E-01 -1.04E-01 -1.02E-01 -1.00E-01 -1.00E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 7 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7694614 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 7) is: 4.99484987E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Temperature held fixed at all depths. Maximum % increase at depth 3 is 1.80E+03 (BA computed) --- iteration 7 Maximum % decrease at depth 41 is 7.50E+01 (BA computed) --- iteration 7 Maximm changes as returned by SOLVEBA_V9 is 1799.9092093765701 DEC_VEC: 7.50E-01 7.50E-01 7.49E-01 7.49E-01 7.48E-01 7.48E-01 7.41E-01 7.35E-01 7.30E-01 6.95E-01 INC_VEC: -1.80E+01 -1.80E+01 -1.54E+01 -1.54E+01 -1.49E+01 -1.49E+01 -1.48E+01 -1.48E+01 -1.47E+01 -1.47E+01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 8 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.0103045 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 8) is: 4.96049771E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 3 is 2.21E+02 (LAMBDA) --- iteration 8 Maximum % decrease at depth 3 is 1.62E+01 (LAMBDA) --- iteration 8 Maximm changes as returned by SOLVEBA_V9 is 221.20036582454651 DEC_VEC: 1.62E-01 1.08E-01 9.80E-02 9.78E-02 9.62E-02 9.53E-02 9.53E-02 9.32E-02 9.20E-02 9.04E-02 INC_VEC: -2.21E+00 -6.33E-01 -5.92E-01 -5.90E-01 -5.81E-01 -5.66E-01 -5.46E-01 -5.35E-01 -5.34E-01 -5.32E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 9 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7498829 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 9) is: 4.96083187E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Temperature held fixed at all depths. Maximum % increase at depth 3 is 1.21E+02 (BA computed) --- iteration 9 Maximum % decrease at depth 3 is 3.81E+01 (BA computed) --- iteration 9 Maximm changes as returned by SOLVEBA_V9 is 121.40162419333933 DEC_VEC: 3.81E-01 3.77E-01 3.77E-01 3.77E-01 3.77E-01 3.76E-01 3.76E-01 3.75E-01 3.73E-01 3.00E-01 INC_VEC: -1.21E+00 -1.21E+00 -9.87E-01 -9.86E-01 -9.80E-01 -9.79E-01 -9.65E-01 -9.64E-01 -9.64E-01 -9.63E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 10 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.8350351 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 10) is: 4.95365823E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 6 is 2.02E+01 (BA not computed) --- iteration 10 Maximum % decrease at depth 47 is 6.94E+00 (BA not computed) --- iteration 10 Maximm changes as returned by SOLVEBA_V9 is 20.152462500930419 DEC_VEC: 6.94E-02 6.92E-02 6.90E-02 6.85E-02 6.85E-02 6.79E-02 6.73E-02 6.61E-02 6.56E-02 6.46E-02 INC_VEC: -2.02E-01 -2.01E-01 -1.97E-01 -1.97E-01 -1.96E-01 -1.96E-01 -1.96E-01 -1.96E-01 -1.95E-01 -1.95E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 11 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7794847 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 11) is: 4.95209126E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 107 is 1.05E+02 (BA computed) --- iteration 11 Maximum % decrease at depth 107 is 7.96E+02 (BA computed) --- iteration 11 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 7.96E+00 7.85E+00 7.84E+00 7.81E+00 7.80E+00 7.76E+00 7.71E+00 7.64E+00 7.44E+00 7.00E+00 INC_VEC: -1.05E+00 -1.05E+00 -1.02E+00 -1.01E+00 -8.40E-01 -8.12E-01 -7.86E-01 -7.57E-01 -7.54E-01 -7.45E-01 The minimum value of scale for Major species is: 3.8008E-01 ******************************************************************************** ******************************************************************************** Current great iteration count is 12 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.9006090 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 12) is: 5.07345656E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 78 is 2.82E+02 (LAMBDA) --- iteration 12 Maximum % decrease at depth 36 is 1.00E+02 (LAMBDA) --- iteration 12 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.00E+00 1.00E+00 9.97E-01 9.93E-01 9.91E-01 9.91E-01 9.91E-01 9.91E-01 9.90E-01 9.90E-01 INC_VEC: -2.82E+00 -2.82E+00 -2.81E+00 -2.81E+00 -2.81E+00 -2.80E+00 -2.80E+00 -2.80E+00 -2.79E+00 -2.79E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 13 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.3812647 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 13) is: 5.05905190E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 36 is 2.25E+05 (LAMBDA) --- iteration 13 Maximum % decrease at depth 111 is 3.87E+01 (LAMBDA) --- iteration 13 Maximm changes as returned by SOLVEBA_V9 is 225049.59929570113 DEC_VEC: 3.87E-01 2.91E-01 2.51E-01 2.49E-01 2.30E-01 2.23E-01 2.21E-01 2.19E-01 2.19E-01 2.08E-01 INC_VEC: -2.25E+03 -1.15E+02 -5.82E+00 -5.66E+00 -3.22E+00 -2.40E+00 -2.01E+00 -1.77E+00 -1.61E+00 -1.50E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 14 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.8419672 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 14) is: 5.05355010E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 107 is 3.04E+01 (LAMBDA) --- iteration 14 Maximum % decrease at depth 112 is 8.22E+00 (LAMBDA) --- iteration 14 Maximm changes as returned by SOLVEBA_V9 is 30.418195321847403 DEC_VEC: 8.22E-02 4.20E-02 3.09E-02 3.03E-02 2.64E-02 2.52E-02 2.47E-02 2.43E-02 2.43E-02 2.21E-02 INC_VEC: -3.04E-01 -3.04E-01 -3.04E-01 -3.04E-01 -3.04E-01 -3.04E-01 -3.04E-01 -3.03E-01 -3.01E-01 -3.00E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 15 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7887588 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 15) is: 5.05076587E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 40 is 3.91E+02 (BA computed) --- iteration 15 Maximum % decrease at depth 107 is 9.23E+02 (BA computed) --- iteration 15 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 9.23E+00 9.16E+00 9.15E+00 9.12E+00 9.11E+00 9.07E+00 9.04E+00 8.94E+00 8.73E+00 8.27E+00 INC_VEC: -3.91E+00 -3.85E+00 -3.81E+00 -3.81E+00 -3.81E+00 -3.80E+00 -3.79E+00 -3.77E+00 -3.77E+00 -3.75E+00 The minimum value of scale for Major species is: 3.2802E-01 ******************************************************************************** ******************************************************************************** Current great iteration count is 16 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.7990632 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 16) is: 5.04538958E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 103 is 3.22E+02 (LAMBDA) --- iteration 16 Maximum % decrease at depth 108 is 9.08E+01 (LAMBDA) --- iteration 16 Maximm changes as returned by SOLVEBA_V9 is 988.38962225557725 DEC_VEC: 9.08E-01 9.05E-01 9.05E-01 9.04E-01 9.03E-01 9.01E-01 8.98E-01 8.96E-01 8.81E-01 8.42E-01 INC_VEC: -3.22E+00 -3.10E+00 -3.01E+00 -2.95E+00 -2.95E+00 -2.94E+00 -2.94E+00 -2.93E+00 -2.88E+00 -2.42E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 17 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.1757376 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 17) is: 5.03775651E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 108 is 1.10E+02 (LAMBDA) --- iteration 17 Maximum % decrease at depth 107 is 2.31E+00 (LAMBDA) --- iteration 17 Maximm changes as returned by SOLVEBA_V9 is 109.61407041248424 DEC_VEC: 2.31E-02 1.98E-02 1.77E-02 1.76E-02 1.68E-02 1.67E-02 1.67E-02 1.67E-02 1.66E-02 1.66E-02 INC_VEC: -1.10E+00 -1.10E+00 -1.10E+00 -1.10E+00 -1.09E+00 -1.09E+00 -1.09E+00 -1.09E+00 -1.08E+00 -1.08E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 18 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.8070258 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 18) is: 5.03451522E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 108 is 1.13E+02 (BA computed) --- iteration 18 Maximum % decrease at depth 107 is 9.73E+02 (BA computed) --- iteration 18 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 9.73E+00 9.72E+00 9.71E+00 9.69E+00 9.68E+00 9.64E+00 9.62E+00 9.51E+00 9.29E+00 8.82E+00 INC_VEC: -1.13E+00 -1.09E+00 -9.22E-01 -8.35E-01 -8.17E-01 -7.79E-01 -7.13E-01 -6.03E-01 -5.70E-01 -5.48E-01 The minimum value of scale for Major species is: 3.1864E-01 ******************************************************************************** ******************************************************************************** Current great iteration count is 19 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.7570024 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 19) is: 5.03684246E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 105 is 2.89E+02 (LAMBDA) --- iteration 19 Maximum % decrease at depth 106 is 8.03E+01 (LAMBDA) --- iteration 19 Maximm changes as returned by SOLVEBA_V9 is 408.76531603904311 DEC_VEC: 8.03E-01 8.03E-01 8.02E-01 8.00E-01 8.00E-01 7.99E-01 7.97E-01 7.96E-01 7.94E-01 7.93E-01 INC_VEC: -2.89E+00 -2.78E+00 -2.77E+00 -2.74E+00 -2.73E+00 -2.72E+00 -2.62E+00 -2.56E+00 -2.54E+00 -2.51E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 20 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.0918033 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 20) is: 5.03067353E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 108 is 1.55E+02 (LAMBDA) --- iteration 20 Maximum % decrease at depth 107 is 2.41E+00 (LAMBDA) --- iteration 20 Maximm changes as returned by SOLVEBA_V9 is 154.64313376239278 DEC_VEC: 2.41E-02 2.02E-02 1.82E-02 1.73E-02 1.70E-02 1.56E-02 1.43E-02 1.22E-02 1.15E-02 9.78E-03 INC_VEC: -1.55E+00 -1.55E+00 -1.54E+00 -1.54E+00 -1.54E+00 -1.54E+00 -1.54E+00 -1.53E+00 -1.51E+00 -1.47E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 21 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.8082435 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 21) is: 5.02803840E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 106 is 6.97E+02 (BA computed) --- iteration 21 Maximum % decrease at depth 107 is 1.74E+03 (BA computed) --- iteration 21 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.74E+01 1.40E+01 1.22E+01 1.12E+01 1.03E+01 9.64E+00 9.44E+00 8.05E+00 8.04E+00 8.03E+00 INC_VEC: -6.97E+00 -5.90E+00 -4.97E+00 -3.84E+00 -3.66E+00 -3.38E+00 -2.55E+00 -1.97E+00 -9.50E-01 -9.45E-01 The minimum value of scale for Major species is: 3.9149E-01 ******************************************************************************** ******************************************************************************** Current great iteration count is 22 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.7330210 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 22) is: 5.02479543E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 107 is 3.05E+02 (LAMBDA) --- iteration 22 Maximum % decrease at depth 108 is 7.76E+01 (LAMBDA) --- iteration 22 Maximm changes as returned by SOLVEBA_V9 is 347.19715710089332 DEC_VEC: 7.76E-01 7.75E-01 7.73E-01 7.73E-01 7.71E-01 7.65E-01 7.52E-01 7.51E-01 6.98E-01 6.08E-01 INC_VEC: -3.05E+00 -2.84E+00 -2.80E+00 -2.73E+00 -2.63E+00 -2.58E+00 -2.56E+00 -2.53E+00 -2.52E+00 -2.45E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 23 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.9195316 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 23) is: 5.02092536E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 108 is 1.68E+02 (BA computed) --- iteration 23 Maximum % decrease at depth 107 is 2.00E+03 (BA computed) --- iteration 23 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 2.00E+01 1.39E+01 1.18E+01 1.08E+01 9.05E+00 8.44E+00 8.43E+00 8.41E+00 8.41E+00 8.37E+00 INC_VEC: -1.68E+00 -1.24E+00 -6.59E-01 -6.15E-01 -5.04E-01 -3.91E-01 -3.73E-01 -3.69E-01 -3.65E-01 -3.30E-01 The minimum value of scale for Major species is: 4.6262E-01 ******************************************************************************** ******************************************************************************** Current great iteration count is 24 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.6983607 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 24) is: 5.01651355E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 107 is 4.26E+02 (LAMBDA) --- iteration 24 Maximum % decrease at depth 108 is 6.25E+01 (LAMBDA) --- iteration 24 Maximm changes as returned by SOLVEBA_V9 is 425.73090884711900 DEC_VEC: 6.25E-01 6.23E-01 6.19E-01 6.15E-01 6.05E-01 5.88E-01 5.78E-01 5.70E-01 4.55E-01 3.08E-01 INC_VEC: -4.26E+00 -4.21E+00 -3.97E+00 -3.94E+00 -3.81E+00 -3.73E+00 -3.73E+00 -3.71E+00 -3.67E+00 -3.55E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 25 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.9670258 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 25) is: 5.01364789E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 108 is 1.56E+02 (LAMBDA) --- iteration 25 Maximum % decrease at depth 107 is 2.87E+00 (LAMBDA) --- iteration 25 Maximm changes as returned by SOLVEBA_V9 is 156.20800156097116 DEC_VEC: 2.87E-02 2.64E-02 2.53E-02 2.52E-02 2.44E-02 2.37E-02 2.37E-02 2.33E-02 2.27E-02 2.22E-02 INC_VEC: -1.56E+00 -1.55E+00 -1.55E+00 -1.55E+00 -1.55E+00 -1.54E+00 -1.54E+00 -1.53E+00 -1.50E+00 -1.47E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 26 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7998127 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 26) is: 5.01266739E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 109 is 3.11E+01 (BA computed) --- iteration 26 Maximum % decrease at depth 107 is 4.43E+02 (BA computed) --- iteration 26 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 4.43E+00 4.43E+00 4.42E+00 4.42E+00 4.41E+00 4.40E+00 4.34E+00 4.29E+00 4.22E+00 4.03E+00 INC_VEC: -3.11E-01 -3.01E-01 -3.00E-01 -2.71E-01 -2.58E-01 -2.55E-01 -2.47E-01 -2.28E-01 -2.28E-01 -2.23E-01 The minimum value of scale for Major species is: 7.8310E-01 ******************************************************************************** ******************************************************************************** Current great iteration count is 27 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.6625762 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 27) is: 5.02916616E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 107 is 3.62E+02 (LAMBDA) --- iteration 27 Maximum % decrease at depth 107 is 7.50E+01 (LAMBDA) --- iteration 27 Maximm changes as returned by SOLVEBA_V9 is 361.51205597486836 DEC_VEC: 7.50E-01 7.49E-01 7.48E-01 7.46E-01 7.43E-01 7.34E-01 7.19E-01 6.79E-01 6.54E-01 6.16E-01 INC_VEC: -3.62E+00 -3.35E+00 -3.32E+00 -3.00E+00 -2.60E+00 -2.37E+00 -2.27E+00 -2.27E+00 -2.10E+00 -2.10E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 28 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.0603278 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 28) is: 5.02430351E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 107 is 6.87E+02 (BA computed) --- iteration 28 Maximum % decrease at depth 107 is 2.92E+02 (BA computed) --- iteration 28 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 2.92E+00 2.92E+00 2.92E+00 2.91E+00 2.91E+00 2.90E+00 2.84E+00 2.75E+00 2.72E+00 2.62E+00 INC_VEC: -6.87E+00 -6.35E+00 -5.88E+00 -5.70E+00 -4.45E+00 -4.24E+00 -3.93E+00 -2.77E+00 -2.34E+00 -5.92E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 29 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.6343794 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 29) is: 5.02059173E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 110 is 2.57E+02 (LAMBDA) --- iteration 29 Maximum % decrease at depth 103 is 5.63E+00 (LAMBDA) --- iteration 29 Maximm changes as returned by SOLVEBA_V9 is 256.71433945227676 DEC_VEC: 5.63E-02 5.61E-02 5.51E-02 5.42E-02 5.38E-02 5.24E-02 5.10E-02 4.96E-02 4.85E-02 4.82E-02 INC_VEC: -2.57E+00 -2.56E+00 -2.50E+00 -2.47E+00 -2.46E+00 -2.46E+00 -2.45E+00 -2.44E+00 -2.39E+00 -1.47E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 30 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.9685246 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 30) is: 5.01746928E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 109 is 2.16E+01 (BA computed) --- iteration 30 Maximum % decrease at depth 109 is 1.08E+02 (BA computed) --- iteration 30 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.08E+00 1.05E+00 1.05E+00 1.04E+00 1.04E+00 1.04E+00 1.04E+00 1.02E+00 9.95E-01 9.36E-01 INC_VEC: -2.16E-01 -2.04E-01 -1.73E-01 -1.70E-01 -1.68E-01 -1.68E-01 -1.68E-01 -1.68E-01 -1.68E-01 -1.68E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 31 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.5726464 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 31) is: 5.00606848E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 107 is 3.49E+02 (LAMBDA) --- iteration 31 Maximum % decrease at depth 104 is 1.32E+00 (LAMBDA) --- iteration 31 Maximm changes as returned by SOLVEBA_V9 is 348.68767014531625 DEC_VEC: 1.32E-02 1.22E-02 1.15E-02 1.15E-02 1.15E-02 1.15E-02 1.15E-02 1.14E-02 1.14E-02 1.14E-02 INC_VEC: -3.49E+00 -3.26E+00 -3.25E+00 -3.19E+00 -3.18E+00 -3.13E+00 -2.87E+00 -2.60E+00 -2.53E+00 -2.29E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 32 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7503513 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 32) is: 5.00569177E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 109 is 1.09E+01 (BA computed) --- iteration 32 Maximum % decrease at depth 109 is 5.52E+01 (BA computed) --- iteration 32 Maximm changes as returned by SOLVEBA_V9 is 123.40994366330507 DEC_VEC: 5.52E-01 5.37E-01 5.36E-01 5.35E-01 5.33E-01 5.31E-01 5.31E-01 5.20E-01 5.09E-01 4.85E-01 INC_VEC: -1.09E-01 -1.07E-01 -1.04E-01 -1.03E-01 -8.99E-02 -8.96E-02 -8.49E-02 -7.89E-02 -7.73E-02 -7.69E-02 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 33 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.2751288 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 33) is: 5.00335441E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 5.81E+00 (BA not computed) --- iteration 33 Maximum % decrease at depth 109 is 4.85E+01 (BA not computed) --- iteration 33 Maximm changes as returned by SOLVEBA_V9 is 94.284186768510835 DEC_VEC: 4.85E-01 4.84E-01 4.82E-01 4.80E-01 4.79E-01 4.76E-01 4.64E-01 4.64E-01 4.22E-01 3.73E-01 INC_VEC: -5.81E-02 -5.59E-02 -5.14E-02 -5.07E-02 -4.90E-02 -4.78E-02 -4.71E-02 -4.32E-02 -4.24E-02 -4.19E-02 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 34 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.9820141 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 34) is: 5.00366598E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 4.02E+00 (BA not computed) --- iteration 34 Maximum % decrease at depth 108 is 2.04E+01 (BA not computed) --- iteration 34 Maximm changes as returned by SOLVEBA_V9 is 25.690194317092701 DEC_VEC: 2.04E-01 2.04E-01 2.04E-01 2.04E-01 2.04E-01 2.03E-01 2.01E-01 1.91E-01 1.91E-01 1.87E-01 INC_VEC: -4.02E-02 -3.76E-02 -3.51E-02 -3.47E-02 -3.37E-02 -3.29E-02 -3.21E-02 -2.92E-02 -2.81E-02 -2.78E-02 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 35 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.8458079 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 35) is: 5.00377611E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 109 is 3.90E+01 (BA computed) --- iteration 35 Maximum % decrease at depth 106 is 4.46E+00 (BA computed) --- iteration 35 Maximm changes as returned by SOLVEBA_V9 is 39.027436926341345 DEC_VEC: 4.46E-02 4.46E-02 4.46E-02 4.46E-02 4.44E-02 4.43E-02 4.26E-02 4.12E-02 4.02E-02 3.85E-02 INC_VEC: -3.90E-01 -3.44E-01 -3.41E-01 -3.37E-01 -3.33E-01 -3.25E-01 -3.23E-01 -2.92E-01 -2.60E-01 -1.96E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 36 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.8305386 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 36) is: 5.00350710E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 2.00E+00 (BA not computed) --- iteration 36 Maximum % decrease at depth 109 is 1.47E+01 (BA not computed) --- iteration 36 Maximm changes as returned by SOLVEBA_V9 is 17.268849876222472 DEC_VEC: 1.47E-01 1.47E-01 1.47E-01 1.46E-01 1.45E-01 1.43E-01 1.43E-01 1.42E-01 1.31E-01 1.20E-01 INC_VEC: -2.00E-02 -1.85E-02 -1.78E-02 -1.75E-02 -1.71E-02 -1.67E-02 -1.59E-02 -1.49E-02 -1.40E-02 -1.39E-02 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 37 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7884778 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 37) is: 5.00322457E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 1.40E+00 (BA not computed) --- iteration 37 Maximum % decrease at depth 109 is 8.93E+00 (BA not computed) --- iteration 37 Maximm changes as returned by SOLVEBA_V9 is 7.9369291024000868 DEC_VEC: 8.93E-02 8.92E-02 8.89E-02 8.87E-02 8.80E-02 8.74E-02 8.70E-02 8.57E-02 8.08E-02 7.35E-02 INC_VEC: -1.40E-02 -1.27E-02 -1.24E-02 -1.22E-02 -1.18E-02 -1.15E-02 -1.11E-02 -1.03E-02 -9.75E-03 -9.64E-03 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 38 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7646838 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 38) is: 5.00311510E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 110 is 1.05E+00 (BA computed) --- iteration 38 Maximum % decrease at depth 109 is 3.31E+00 (BA computed) --- iteration 38 Maximm changes as returned by SOLVEBA_V9 is 3.2848461762340797 DEC_VEC: 3.31E-02 3.30E-02 3.30E-02 3.29E-02 3.29E-02 3.27E-02 3.20E-02 3.19E-02 3.19E-02 3.18E-02 INC_VEC: -1.05E-02 -9.35E-03 -9.20E-03 -9.06E-03 -8.71E-03 -8.43E-03 -8.24E-03 -7.69E-03 -7.22E-03 -7.13E-03 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 39 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7441686 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 39) is: 5.00303308E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 6.78E-01 (BA not computed) --- iteration 39 Maximum % decrease at depth 109 is 4.63E+00 (BA not computed) --- iteration 39 Maximm changes as returned by SOLVEBA_V9 is 3.9289578799184288 DEC_VEC: 4.63E-02 4.63E-02 4.61E-02 4.60E-02 4.57E-02 4.51E-02 4.50E-02 4.45E-02 4.16E-02 3.78E-02 INC_VEC: -6.78E-03 -6.11E-03 -6.00E-03 -5.92E-03 -5.70E-03 -5.54E-03 -5.40E-03 -5.01E-03 -4.75E-03 -4.70E-03 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 40 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7327400 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 40) is: 5.00297376E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 4.73E-01 (BA not computed) --- iteration 40 Maximum % decrease at depth 109 is 3.10E+00 (BA not computed) --- iteration 40 Maximm changes as returned by SOLVEBA_V9 is 2.6026587789796665 DEC_VEC: 3.10E-02 3.09E-02 3.08E-02 3.07E-02 3.05E-02 3.02E-02 3.02E-02 2.97E-02 2.79E-02 2.54E-02 INC_VEC: -4.73E-03 -4.23E-03 -4.19E-03 -4.13E-03 -3.96E-03 -3.85E-03 -3.77E-03 -3.49E-03 -3.30E-03 -3.27E-03 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 41 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7297424 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 41) is: 5.00293609E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 3.31E-01 (BA not computed) --- iteration 41 Maximum % decrease at depth 109 is 2.11E+00 (BA not computed) --- iteration 41 Maximm changes as returned by SOLVEBA_V9 is 1.7630870481632162 DEC_VEC: 2.11E-02 2.11E-02 2.10E-02 2.10E-02 2.08E-02 2.06E-02 2.06E-02 2.03E-02 1.90E-02 1.73E-02 INC_VEC: -3.31E-03 -2.95E-03 -2.93E-03 -2.89E-03 -2.77E-03 -2.69E-03 -2.63E-03 -2.44E-03 -2.31E-03 -2.28E-03 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 42 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7298361 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 42) is: 5.00290876E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 2.32E-01 (BA not computed) --- iteration 42 Maximum % decrease at depth 109 is 1.45E+00 (BA not computed) --- iteration 42 Maximm changes as returned by SOLVEBA_V9 is 1.2034444468905396 DEC_VEC: 1.45E-02 1.45E-02 1.44E-02 1.44E-02 1.43E-02 1.41E-02 1.41E-02 1.39E-02 1.31E-02 1.19E-02 INC_VEC: -2.32E-03 -2.06E-03 -2.05E-03 -2.02E-03 -1.93E-03 -1.88E-03 -1.84E-03 -1.71E-03 -1.62E-03 -1.60E-03 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 43 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7299297 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 43) is: 5.00288954E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 1.62E-01 (BA not computed) --- iteration 43 Maximum % decrease at depth 109 is 9.99E-01 (BA not computed) --- iteration 43 Maximm changes as returned by SOLVEBA_V9 is 0.82743342178994250 DEC_VEC: 9.99E-03 9.98E-03 9.95E-03 9.92E-03 9.85E-03 9.75E-03 9.71E-03 9.59E-03 9.01E-03 8.21E-03 INC_VEC: -1.62E-03 -1.44E-03 -1.43E-03 -1.41E-03 -1.35E-03 -1.31E-03 -1.29E-03 -1.19E-03 -1.13E-03 -1.12E-03 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 44 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7299297 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 44) is: 5.00287623E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 1.13E-01 (BA not computed) --- iteration 44 Maximum % decrease at depth 109 is 6.92E-01 (BA not computed) --- iteration 44 Maximm changes as returned by SOLVEBA_V9 is 0.57191722668345124 DEC_VEC: 6.92E-03 6.91E-03 6.89E-03 6.87E-03 6.83E-03 6.75E-03 6.72E-03 6.64E-03 6.24E-03 5.69E-03 INC_VEC: -1.13E-03 -1.00E-03 -1.00E-03 -9.87E-04 -9.41E-04 -9.15E-04 -9.03E-04 -8.33E-04 -7.90E-04 -7.81E-04 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 45 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7300234 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 45) is: 5.00286695E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 7.94E-02 (BA not computed) --- iteration 45 Maximum % decrease at depth 109 is 4.81E-01 (BA not computed) --- iteration 45 Maximm changes as returned by SOLVEBA_V9 is 0.39683871122972264 DEC_VEC: 4.81E-03 4.80E-03 4.79E-03 4.78E-03 4.74E-03 4.69E-03 4.67E-03 4.61E-03 4.34E-03 3.95E-03 INC_VEC: -7.94E-04 -7.01E-04 -7.01E-04 -6.91E-04 -6.58E-04 -6.39E-04 -6.32E-04 -5.83E-04 -5.53E-04 -5.47E-04 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 46 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7318033 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 46) is: 5.00286045E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 5.55E-02 (BA not computed) --- iteration 46 Maximum % decrease at depth 109 is 3.35E-01 (BA not computed) --- iteration 46 Maximm changes as returned by SOLVEBA_V9 is 0.27604404667285060 DEC_VEC: 3.35E-03 3.34E-03 3.34E-03 3.33E-03 3.30E-03 3.27E-03 3.25E-03 3.21E-03 3.02E-03 2.75E-03 INC_VEC: -5.55E-04 -4.90E-04 -4.90E-04 -4.83E-04 -4.60E-04 -4.47E-04 -4.42E-04 -4.08E-04 -3.87E-04 -3.82E-04 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 47 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7298361 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 47) is: 5.00285590E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 3.89E-02 (BA not computed) --- iteration 47 Maximum % decrease at depth 109 is 2.34E-01 (BA not computed) --- iteration 47 Maximm changes as returned by SOLVEBA_V9 is 0.19237624570319958 DEC_VEC: 2.34E-03 2.33E-03 2.33E-03 2.32E-03 2.30E-03 2.28E-03 2.27E-03 2.24E-03 2.11E-03 1.92E-03 INC_VEC: -3.89E-04 -3.43E-04 -3.43E-04 -3.38E-04 -3.22E-04 -3.13E-04 -3.10E-04 -2.85E-04 -2.71E-04 -2.68E-04 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 48 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7298361 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 48) is: 5.00285272E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 2.72E-02 (BA not computed) --- iteration 48 Maximum % decrease at depth 109 is 1.63E-01 (BA not computed) --- iteration 48 Maximm changes as returned by SOLVEBA_V9 is 0.13425532645056790 DEC_VEC: 1.63E-03 1.63E-03 1.62E-03 1.62E-03 1.61E-03 1.59E-03 1.58E-03 1.56E-03 1.47E-03 1.34E-03 INC_VEC: -2.72E-04 -2.40E-04 -2.40E-04 -2.37E-04 -2.25E-04 -2.19E-04 -2.17E-04 -2.00E-04 -1.90E-04 -1.87E-04 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 49 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7298361 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 49) is: 5.00285050E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 1.90E-02 (BA not computed) --- iteration 49 Maximum % decrease at depth 109 is 1.14E-01 (BA not computed) --- iteration 49 Maximm changes as returned by SOLVEBA_V9 is 9.37754858570988420E-002 DEC_VEC: 1.14E-03 1.14E-03 1.14E-03 1.13E-03 1.12E-03 1.11E-03 1.11E-03 1.09E-03 1.03E-03 9.37E-04 INC_VEC: -1.90E-04 -1.68E-04 -1.68E-04 -1.66E-04 -1.57E-04 -1.53E-04 -1.52E-04 -1.40E-04 -1.33E-04 -1.31E-04 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 50 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7298361 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 50) is: 5.00284895E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 1.33E-02 (BA not computed) --- iteration 50 Maximum % decrease at depth 109 is 7.97E-02 (BA not computed) --- iteration 50 Maximm changes as returned by SOLVEBA_V9 is 6.55496743102802898E-002 DEC_VEC: 7.97E-04 7.96E-04 7.94E-04 7.91E-04 7.86E-04 7.78E-04 7.73E-04 7.64E-04 7.19E-04 6.55E-04 INC_VEC: -1.33E-04 -1.18E-04 -1.17E-04 -1.16E-04 -1.10E-04 -1.07E-04 -1.06E-04 -9.78E-05 -9.29E-05 -9.18E-05 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 51 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7298361 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 51) is: 5.00284786E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 9.33E-03 (BA not computed) --- iteration 51 Maximum % decrease at depth 109 is 5.57E-02 (BA not computed) --- iteration 51 Maximm changes as returned by SOLVEBA_V9 is 4.58438664516994665E-002 DEC_VEC: 5.57E-04 5.56E-04 5.55E-04 5.54E-04 5.50E-04 5.44E-04 5.41E-04 5.35E-04 5.03E-04 4.58E-04 INC_VEC: -9.33E-05 -8.23E-05 -8.22E-05 -8.12E-05 -7.71E-05 -7.49E-05 -7.44E-05 -6.85E-05 -6.50E-05 -6.43E-05 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 52 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7298361 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 52) is: 5.00284710E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 6.54E-03 (BA not computed) --- iteration 52 Maximum % decrease at depth 109 is 3.90E-02 (BA not computed) --- iteration 52 Maximm changes as returned by SOLVEBA_V9 is 3.20743007118853563E-002 DEC_VEC: 3.90E-04 3.89E-04 3.88E-04 3.87E-04 3.85E-04 3.81E-04 3.78E-04 3.74E-04 3.52E-04 3.21E-04 INC_VEC: -6.54E-05 -5.76E-05 -5.75E-05 -5.68E-05 -5.40E-05 -5.25E-05 -5.21E-05 -4.79E-05 -4.55E-05 -4.50E-05 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 53 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7298361 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 53) is: 5.00284657E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 4.58E-03 (BA not computed) --- iteration 53 Maximum % decrease at depth 109 is 2.73E-02 (BA not computed) --- iteration 53 Maximm changes as returned by SOLVEBA_V9 is 2.24466354729099642E-002 DEC_VEC: 2.73E-04 2.73E-04 2.72E-04 2.71E-04 2.69E-04 2.66E-04 2.65E-04 2.62E-04 2.46E-04 2.24E-04 INC_VEC: -4.58E-05 -4.03E-05 -4.03E-05 -3.98E-05 -3.78E-05 -3.67E-05 -3.65E-05 -3.36E-05 -3.19E-05 -3.15E-05 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 54 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7298361 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 54) is: 5.00284620E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 3.20E-03 (BA not computed) --- iteration 54 Maximum % decrease at depth 109 is 1.91E-02 (BA not computed) --- iteration 54 Maximm changes as returned by SOLVEBA_V9 is 1.57121990107898617E-002 DEC_VEC: 1.91E-04 1.91E-04 1.90E-04 1.90E-04 1.88E-04 1.86E-04 1.85E-04 1.83E-04 1.72E-04 1.57E-04 INC_VEC: -3.20E-05 -2.83E-05 -2.82E-05 -2.79E-05 -2.65E-05 -2.57E-05 -2.55E-05 -2.35E-05 -2.23E-05 -2.21E-05 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 55 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7298361 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 55) is: 5.00284594E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 2.24E-03 (BA not computed) --- iteration 55 Maximum % decrease at depth 109 is 1.34E-02 (BA not computed) --- iteration 55 Maximm changes as returned by SOLVEBA_V9 is 1.09997461506364854E-002 DEC_VEC: 1.34E-04 1.34E-04 1.33E-04 1.33E-04 1.32E-04 1.31E-04 1.30E-04 1.28E-04 1.21E-04 1.10E-04 INC_VEC: -2.24E-05 -1.98E-05 -1.98E-05 -1.95E-05 -1.85E-05 -1.80E-05 -1.79E-05 -1.65E-05 -1.56E-05 -1.55E-05 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 56 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7298361 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 56) is: 5.00284576E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 110 is 1.57E-03 (BA not computed) --- iteration 56 Maximum % decrease at depth 109 is 9.36E-03 (BA not computed) --- iteration 56 Maximm changes as returned by SOLVEBA_V9 is 7.70168080048625869E-003 DEC_VEC: 9.36E-05 9.35E-05 9.33E-05 9.30E-05 9.24E-05 9.14E-05 9.08E-05 8.98E-05 8.45E-05 7.70E-05 INC_VEC: -1.57E-05 -1.39E-05 -1.38E-05 -1.37E-05 -1.30E-05 -1.26E-05 -1.25E-05 -1.15E-05 -1.09E-05 -1.08E-05 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 57 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Tau(Nu= 1.3191E+01) at outer boundary is: 9.374E+02 Tau(Nu= 1.1600E+01) at outer boundary is: 1.258E+03 Tau(Nu= 5.9619E+00) at outer boundary is: 6.088E+03 Tau(Nu= 3.2927E+00) at outer boundary is: 1.881E+04 Tau(Nu= 8.3025E-01) at outer boundary is: 1.616E-04 Average number of calls to FG_J_CMF is 1.7298361 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 54 Luminosity of star (d=1,ND)(iteration 57) is: 5.00284563E+08 0.00000000E+00 Begin COMP_GREY_V4 150 15 165 5.82234625194889078E-009 1.50399831263526679E-008 10 Current accuracy is 0.33119559133815635 Current accuracy is NaN Grey solution was successfully computed BA matrix **NOT** computed Maximum % increase at depth 110 is 1.10E-03 (BA not computed) --- iteration 57 Maximum % decrease at depth 109 is 6.56E-03 (BA not computed) --- iteration 57 Maximm changes as returned by SOLVEBA_V9 is 5.39294299562536467E-003 DEC_VEC: 6.56E-05 6.55E-05 6.53E-05 6.51E-05 6.47E-05 6.40E-05 6.36E-05 6.29E-05 5.92E-05 5.39E-05 INC_VEC: -1.10E-05 -9.70E-06 -9.69E-06 -9.57E-06 -9.09E-06 -8.83E-06 -8.77E-06 -8.07E-06 -7.66E-06 -7.58E-06 The minimum value of scale for Major species is: 1.0000E+00 1122898469 0.38949512337963038 0.38752516851232810 0.38663337827373789 0.38648473244118148 0.38677178873612739 0.38736388844123670 0.38818371763627718 0.38918139871775315 0.39032307740543859 0.39158508233250749 0.39295045291959346 0.39440667649534528 0.39594458415229800 0.39755718536353368 0.39923908500423044 0.40098626918817615 0.40278608848078279 0.40480447439860356 0.40693644361433357 0.40919818424487403 0.41154451118214253 0.41396771170039171 0.41646477492113415 0.41903350944703349 0.42167202430521328 0.42437553582894988 0.42749697823856658 0.43122875163608515 0.43533358854895871 0.43978713819963666 0.44436625129060109 0.44906815367639674 0.45434175432495011 0.46001355691641066 0.46753700369328705 0.47581318501328568 0.48448629121535747 0.49358254124235379 0.50424257353800250 0.51356459431764589 0.52097323127556017 0.52623590309924251 0.53005559075204789 0.53252026272379271 0.53416346444116891 0.53524416463490454 0.53597914268368607 0.53655180264840030 0.53693089107747161 0.53714679473816929 0.53718676106407015 0.53710703764925283 0.53696353358617022 0.53679525190494770 0.53662412019056349 0.53637362398904320 0.53612195233912918 0.53583358225147337 0.53559125915822958 0.53537908864144512 0.53522486326891860 0.53510797696884504 0.53504455042952048 0.53501413476544923 0.53493281248142510 0.53477593384868849 0.53464155881507314 0.53453864616450775 0.53445891668608958 0.53441187718243943 0.53432186352762245 0.53424366520844535 0.53400196142342882 0.53377246817685753 0.53347370082427337 0.53321309191192190 0.53274007971887882 0.53230988520958911 0.53178361584740230 0.53135553336907226 0.53101269252559224 0.53076297340713707 0.53059166123778467 0.53050357051186225 0.53049060344193455 0.53032582978248965 0.53010724175015267 0.53002618411992830 0.53009347213884461 0.53029183191893781 0.53062825927685786 0.53089759832052319 0.53132240826192711 0.53197162029578149 0.53280115062491529 0.53370094901771026 0.53482404744006573 0.53612019330675298 0.53783911452840172 0.54008705535524371 0.54291104553770630 0.54648821217634602 0.55104581625951243 0.55711345141777802 0.56568657251814281 0.57865064671752131 0.60004020849952588 0.63881915318279547 0.70026529271432614 0.76407940261138074 0.81493271071491036 0.85532510117186988 0.88862795993555066 0.91685303658301143 0.94133738023763980 0.96294004847521886 0.98220007342673876 0.99951245808141875 1.0152207409654022 1.0295618051146618 1.0426899588813181 1.0547354995678389 1.0658248610288181 1.0760382386734737 1.0853917874581966 1.0967580531841084 1.1168246969180260 1.1376894712916941 1.1513025257260310 1.1594617419202280 1.1663451984162743 1.1724018220658596 1.1778163422169445 1.1826530369321875 1.1870903992537472 1.1917716328857078 1.1969240240807570 1.2012692984555360 1.2044162289751097 1.2068266894113933 1.2087450633667904 1.2102792968431737 1.2115671820002802 1.2127811772449573 1.2139495589893898 1.2150301742349352 1.2159764156061437 1.2167022864053487 1.2162907206040614 1.5585730000000000 150 150 1 2 5 17