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 10108.973253832499 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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POP_SPECIES( 103 , 1 ): 0.70519142999999995 POP_HYDRO( 103 , 1 ): 0.70519142999999995 POP_SPECIES( 104 , 1 ): 0.70519142999999995 POP_HYDRO( 104 , 1 ): 0.70519142999999995 POP_SPECIES( 105 , 1 ): 0.70519142999999995 POP_HYDRO( 105 , 1 ): 0.70519142999999995 POP_SPECIES( 106 , 1 ): 0.70519142999999995 POP_HYDRO( 106 , 1 ): 0.70519142999999995 POP_SPECIES( 107 , 1 ): 0.70519142999999995 POP_HYDRO( 107 , 1 ): 0.70519142999999995 POP_SPECIES( 108 , 1 ): 0.70519142999999995 POP_HYDRO( 108 , 1 ): 0.70519142999999995 POP_SPECIES( 109 , 1 ): 0.70519142999999995 POP_HYDRO( 109 , 1 ): 0.70519142999999995 POP_SPECIES( 110 , 1 ): 0.70519142999999995 POP_HYDRO( 110 , 1 ): 0.70519142999999995 POP_SPECIES( 111 , 1 ): 0.70519142999999995 POP_HYDRO( 111 , 1 ): 0.70519142999999995 POP_SPECIES( 112 , 1 ): 0.70519142999999995 POP_HYDRO( 112 , 1 ): 0.70519142999999995 POP_SPECIES( 113 , 1 ): 0.70519142999999995 POP_HYDRO( 113 , 1 ): 0.70519142999999995 POP_SPECIES( 114 , 1 ): 0.70519142999999995 POP_HYDRO( 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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POP_SPECIES( 77 , 1 ): 14041779115.949522 POP_SPECIES( 78 , 1 ): 15251289222.941397 POP_SPECIES( 79 , 1 ): 16662072690.321789 POP_SPECIES( 80 , 1 ): 18083760608.686451 POP_SPECIES( 81 , 1 ): 19537616479.477913 POP_SPECIES( 82 , 1 ): 21010561368.685688 POP_SPECIES( 83 , 1 ): 22518283748.153259 POP_SPECIES( 84 , 1 ): 24051367845.344944 POP_SPECIES( 85 , 1 ): 25614725033.526787 POP_SPECIES( 86 , 1 ): 27616091446.314148 POP_SPECIES( 87 , 1 ): 29965888112.440430 POP_SPECIES( 88 , 1 ): 32351625842.682896 POP_SPECIES( 89 , 1 ): 34755997365.811928 POP_SPECIES( 90 , 1 ): 37211388952.666512 POP_SPECIES( 91 , 1 ): 39682946780.643471 POP_SPECIES( 92 , 1 ): 42848698229.331505 POP_SPECIES( 93 , 1 ): 46126761053.958557 POP_SPECIES( 94 , 1 ): 49285559535.822624 POP_SPECIES( 95 , 1 ): 52489148887.585381 POP_SPECIES( 96 , 1 ): 56425560376.369247 POP_SPECIES( 97 , 1 ): 60556291072.204559 POP_SPECIES( 98 , 1 ): 65673749800.491608 POP_SPECIES( 99 , 1 ): 70508719532.530777 POP_SPECIES( 100 , 1 ): 74563509434.289139 POP_SPECIES( 101 , 1 ): 78233667381.212402 POP_SPECIES( 102 , 1 ): 81240679195.971207 POP_SPECIES( 103 , 1 ): 84600389942.733902 POP_SPECIES( 104 , 1 ): 88360461853.125153 POP_SPECIES( 105 , 1 ): 91706049138.836456 POP_SPECIES( 106 , 1 ): 94738483974.496658 POP_SPECIES( 107 , 1 ): 98128719748.533157 POP_SPECIES( 108 , 1 ): 101694476406.91679 POP_SPECIES( 109 , 1 ): 103916467417.90648 POP_SPECIES( 110 , 1 ): 105741905972.35023 POP_SPECIES( 111 , 1 ): 108404037976.49933 POP_SPECIES( 112 , 1 ): 111187459305.78539 POP_SPECIES( 113 , 1 ): 113387697576.42665 POP_SPECIES( 114 , 1 ): 115571225787.43724 POP_SPECIES( 115 , 1 ): 117735840979.47581 POP_SPECIES( 116 , 1 ): 119769192226.16661 POP_SPECIES( 117 , 1 ): 121193094969.00299 POP_SPECIES( 118 , 1 ): 122614861988.24171 POP_SPECIES( 119 , 1 ): 124031036575.68932 POP_SPECIES( 120 , 1 ): 125164484864.26663 POP_SPECIES( 121 , 1 ): 125836189710.99741 POP_SPECIES( 122 , 1 ): 126409034285.41150 POP_SPECIES( 123 , 1 ): 126875219241.33316 POP_SPECIES( 124 , 1 ): 126750121209.11333 POP_SPECIES( 125 , 1 ): 126200904065.76097 POP_SPECIES( 126 , 1 ): 232279843042.02048 POP_SPECIES( 127 , 1 ): 387722556498.30737 POP_SPECIES( 128 , 1 ): 321590679884.79279 POP_SPECIES( 129 , 1 ): 83013662729.315277 POP_SPECIES( 130 , 1 ): 57622767500.701630 POP_SPECIES( 131 , 1 ): 62809524758.798973 POP_SPECIES( 132 , 1 ): 62207398277.217178 POP_SPECIES( 133 , 1 ): 61248109389.502388 POP_SPECIES( 134 , 1 ): 61632462199.428604 POP_SPECIES( 135 , 1 ): 79806615050.294800 POP_SPECIES( 136 , 1 ): 169866232988.42590 POP_SPECIES( 137 , 1 ): 217151062760.60907 POP_SPECIES( 138 , 1 ): 176996856171.30942 POP_SPECIES( 139 , 1 ): 146636545047.09305 POP_SPECIES( 140 , 1 ): 129461381057.74982 POP_SPECIES( 141 , 1 ): 115525575781.58429 POP_SPECIES( 142 , 1 ): 104921840904.15088 POP_SPECIES( 143 , 1 ): 107876237827.53104 POP_SPECIES( 144 , 1 ): 121351618392.28946 POP_SPECIES( 145 , 1 ): 135572374818.68201 POP_SPECIES( 146 , 1 ): 150538517552.37143 POP_SPECIES( 147 , 1 ): 166250117096.28708 POP_SPECIES( 148 , 1 ): 182707142987.07785 POP_SPECIES( 149 , 1 ): 199909475369.37161 POP_SPECIES( 150 , 1 ): 217857178984.14804 POP_SPECIES( 1 , 2 ): 2215440.1936073070 POP_SPECIES( 2 , 2 ): 3025739.9205230954 POP_SPECIES( 3 , 2 ): 3836206.5472652679 POP_SPECIES( 4 , 2 ): 4646838.9958093623 POP_SPECIES( 5 , 2 ): 5457637.4769039052 POP_SPECIES( 6 , 2 ): 6268601.7953245686 POP_SPECIES( 7 , 2 ): 7079729.5384662449 POP_SPECIES( 8 , 2 ): 7891025.2482609833 POP_SPECIES( 9 , 2 ): 8702484.6474636439 POP_SPECIES( 10 , 2 ): 9514112.8131589163 POP_SPECIES( 11 , 2 ): 10325906.411257749 POP_SPECIES( 12 , 2 ): 11137865.335803151 POP_SPECIES( 13 , 2 ): 11949989.690352848 POP_SPECIES( 14 , 2 ): 12762277.161278494 POP_SPECIES( 15 , 2 ): 13574729.182636593 POP_SPECIES( 16 , 2 ): 14387352.468434436 POP_SPECIES( 17 , 2 ): 15200137.752330454 POP_SPECIES( 18 , 2 ): 16266870.412961718 POP_SPECIES( 19 , 2 ): 17359257.055228982 POP_SPECIES( 20 , 2 ): 18521400.477060575 POP_SPECIES( 21 , 2 ): 19683588.068931360 POP_SPECIES( 22 , 2 ): 20845825.858496830 POP_SPECIES( 23 , 2 ): 22008121.991035011 POP_SPECIES( 24 , 2 ): 23170462.792419586 POP_SPECIES( 25 , 2 ): 24332856.704419743 POP_SPECIES( 26 , 2 ): 25495305.941793490 POP_SPECIES( 27 , 2 ): 27059560.191700928 POP_SPECIES( 28 , 2 ): 29183946.110803433 POP_SPECIES( 29 , 2 ): 31566295.796350542 POP_SPECIES( 30 , 2 ): 34187719.347193457 POP_SPECIES( 31 , 2 ): 36809170.229870610 POP_SPECIES( 32 , 2 ): 39430596.594284907 POP_SPECIES( 33 , 2 ): 42482577.323609717 POP_SPECIES( 34 , 2 ): 45700731.987478204 POP_SPECIES( 35 , 2 ): 50449244.281371132 POP_SPECIES( 36 , 2 ): 55527382.515214905 POP_SPECIES( 37 , 2 ): 60605524.768445939 POP_SPECIES( 38 , 2 ): 65727213.064591952 POP_SPECIES( 39 , 2 ): 72525829.971096888 POP_SPECIES( 40 , 2 ): 79399187.386001989 POP_SPECIES( 41 , 2 ): 86788445.229768619 POP_SPECIES( 42 , 2 ): 94517055.930954769 POP_SPECIES( 43 , 2 ): 103395774.13811688 POP_SPECIES( 44 , 2 ): 112460991.91988277 POP_SPECIES( 45 , 2 ): 121906303.06958966 POP_SPECIES( 46 , 2 ): 131462565.38863672 POP_SPECIES( 47 , 2 ): 141165692.10329637 POP_SPECIES( 48 , 2 ): 152424735.73235419 POP_SPECIES( 49 , 2 ): 165054426.63374421 POP_SPECIES( 50 , 2 ): 180035008.98321941 POP_SPECIES( 51 , 2 ): 196379068.01793393 POP_SPECIES( 52 , 2 ): 213899770.55413175 POP_SPECIES( 53 , 2 ): 231846487.95912856 POP_SPECIES( 54 , 2 ): 250935326.34736997 POP_SPECIES( 55 , 2 ): 270249407.18520766 POP_SPECIES( 56 , 2 ): 295302252.76727533 POP_SPECIES( 57 , 2 ): 320892136.73645484 POP_SPECIES( 58 , 2 ): 350267459.64668030 POP_SPECIES( 59 , 2 ): 379907338.63450050 POP_SPECIES( 60 , 2 ): 411184133.23127258 POP_SPECIES( 61 , 2 ): 442955300.41808081 POP_SPECIES( 62 , 2 ): 476287557.47084916 POP_SPECIES( 63 , 2 ): 510399294.31894279 POP_SPECIES( 64 , 2 ): 546012915.45683181 POP_SPECIES( 65 , 2 ): 587077428.79514265 POP_SPECIES( 66 , 2 ): 634994394.71457756 POP_SPECIES( 67 , 2 ): 684632864.25045574 POP_SPECIES( 68 , 2 ): 735712766.48988211 POP_SPECIES( 69 , 2 ): 788767072.19993448 POP_SPECIES( 70 , 2 ): 842905205.71800470 POP_SPECIES( 71 , 2 ): 903139785.24419558 POP_SPECIES( 72 , 2 ): 965440852.40597177 POP_SPECIES( 73 , 2 ): 1043129300.0949461 POP_SPECIES( 74 , 2 ): 1123573520.1619377 POP_SPECIES( 75 , 2 ): 1214687686.3654826 POP_SPECIES( 76 , 2 ): 1307766971.2547965 POP_SPECIES( 77 , 2 ): 1427022154.7356758 POP_SPECIES( 78 , 2 ): 1549940889.2351830 POP_SPECIES( 79 , 2 ): 1693314406.7120316 POP_SPECIES( 80 , 2 ): 1837796109.4844391 POP_SPECIES( 81 , 2 ): 1985546940.7915199 POP_SPECIES( 82 , 2 ): 2135237729.4193430 POP_SPECIES( 83 , 2 ): 2288462845.7614126 POP_SPECIES( 84 , 2 ): 2444265394.2632971 POP_SPECIES( 85 , 2 ): 2603144502.4502878 POP_SPECIES( 86 , 2 ): 2806537120.0956836 POP_SPECIES( 87 , 2 ): 3045339616.1324887 POP_SPECIES( 88 , 2 ): 3287794690.2603655 POP_SPECIES( 89 , 2 ): 3532143458.5602059 POP_SPECIES( 90 , 2 ): 3781677236.5850382 POP_SPECIES( 91 , 2 ): 4032853939.2029686 POP_SPECIES( 92 , 2 ): 4354579371.3124237 POP_SPECIES( 93 , 2 ): 4687718657.7754040 POP_SPECIES( 94 , 2 ): 5008737481.5828056 POP_SPECIES( 95 , 2 ): 5334308261.6022739 POP_SPECIES( 96 , 2 ): 5734353466.5770540 POP_SPECIES( 97 , 2 ): 6154146725.6455011 POP_SPECIES( 98 , 2 ): 6674218072.7952499 POP_SPECIES( 99 , 2 ): 7165580945.5568142 POP_SPECIES( 100 , 2 ): 7577656578.9098043 POP_SPECIES( 101 , 2 ): 7950643268.0174360 POP_SPECIES( 102 , 2 ): 8256236486.9236269 POP_SPECIES( 103 , 2 ): 8597673396.7015457 POP_SPECIES( 104 , 2 ): 8979797761.0873165 POP_SPECIES( 105 , 2 ): 9319799347.6305180 POP_SPECIES( 106 , 2 ): 9627976228.7469616 POP_SPECIES( 107 , 2 ): 9972515301.7076187 POP_SPECIES( 108 , 2 ): 10334892013.938473 POP_SPECIES( 109 , 2 ): 10560706020.420330 POP_SPECIES( 110 , 2 ): 10746219639.299370 POP_SPECIES( 111 , 2 ): 11016763800.219589 POP_SPECIES( 112 , 2 ): 11299634216.429411 POP_SPECIES( 113 , 2 ): 11523237559.850191 POP_SPECIES( 114 , 2 ): 11745142712.101389 POP_SPECIES( 115 , 2 ): 11965125793.305668 POP_SPECIES( 116 , 2 ): 12171768929.722145 POP_SPECIES( 117 , 2 ): 12316475718.188030 POP_SPECIES( 118 , 2 ): 12460965459.735212 POP_SPECIES( 119 , 2 ): 12604886859.906355 POP_SPECIES( 120 , 2 ): 12720075669.364971 POP_SPECIES( 121 , 2 ): 12788338934.996273 POP_SPECIES( 122 , 2 ): 12846555339.923233 POP_SPECIES( 123 , 2 ): 12893932260.953777 POP_SPECIES( 124 , 2 ): 12881218938.659115 POP_SPECIES( 125 , 2 ): 12825403715.755186 POP_SPECIES( 126 , 2 ): 23605874966.583561 POP_SPECIES( 127 , 2 ): 39403032439.484818 POP_SPECIES( 128 , 2 ): 103459237368.22693 POP_SPECIES( 129 , 2 ): 208907165525.23895 POP_SPECIES( 130 , 2 ): 189048276818.56845 POP_SPECIES( 131 , 2 ): 152513086127.88770 POP_SPECIES( 132 , 2 ): 141385966334.62085 POP_SPECIES( 133 , 2 ): 131204135127.09378 POP_SPECIES( 134 , 2 ): 126361462042.07106 POP_SPECIES( 135 , 2 ): 109390080029.14774 POP_SPECIES( 136 , 2 ): 43569809271.812798 POP_SPECIES( 137 , 2 ): 14893953.635417825 POP_SPECIES( 138 , 2 ): 4636543.9047533395 POP_SPECIES( 139 , 2 ): 99.922530344783084 POP_SPECIES( 140 , 2 ): 302.86192661593418 POP_SPECIES( 141 , 2 ): 2756.9569705271933 POP_SPECIES( 142 , 2 ): 6611.2765809790653 POP_SPECIES( 143 , 2 ): 18117.138346649310 POP_SPECIES( 144 , 2 ): 36681.442401336375 POP_SPECIES( 145 , 2 ): 56788.432843134447 POP_SPECIES( 146 , 2 ): 78438.125734779707 POP_SPECIES( 147 , 2 ): 101630.54694956138 POP_SPECIES( 148 , 2 ): 126365.68671262605 POP_SPECIES( 149 , 2 ): 152643.48883759679 POP_SPECIES( 150 , 2 ): 180463.95278192425 POP_SPECIES( 1 , 5 ): 15742.813066069974 POP_SPECIES( 2 , 5 ): 21493.098882485890 POP_SPECIES( 3 , 5 ): 27240.470207978426 POP_SPECIES( 4 , 5 ): 32984.910346743913 POP_SPECIES( 5 , 5 ): 38726.427027180653 POP_SPECIES( 6 , 5 ): 44465.012595553249 POP_SPECIES( 7 , 5 ): 50200.676696088529 POP_SPECIES( 8 , 5 ): 55933.407292920703 POP_SPECIES( 9 , 5 ): 61663.224578770933 POP_SPECIES( 10 , 5 ): 67390.107841417746 POP_SPECIES( 11 , 5 ): 73114.061915172060 POP_SPECIES( 12 , 5 ): 78835.093660053186 POP_SPECIES( 13 , 5 ): 84553.196337844667 POP_SPECIES( 14 , 5 ): 90268.374528489614 POP_SPECIES( 15 , 5 ): 95980.631329439406 POP_SPECIES( 16 , 5 ): 101689.95691595321 POP_SPECIES( 17 , 5 ): 107396.34041788631 POP_SPECIES( 18 , 5 ): 114915.89885867847 POP_SPECIES( 19 , 5 ): 122616.93283411686 POP_SPECIES( 20 , 5 ): 130815.94858702937 POP_SPECIES( 21 , 5 ): 139014.12092603208 POP_SPECIES( 22 , 5 ): 147211.42509178008 POP_SPECIES( 23 , 5 ): 155407.86793923375 POP_SPECIES( 24 , 5 ): 163603.44594780635 POP_SPECIES( 25 , 5 ): 171798.19468870206 POP_SPECIES( 26 , 5 ): 179992.11602136126 POP_SPECIES( 27 , 5 ): 191025.17559151637 POP_SPECIES( 28 , 5 ): 206016.87267958012 POP_SPECIES( 29 , 5 ): 222831.80159197439 POP_SPECIES( 30 , 5 ): 241336.87220078151 POP_SPECIES( 31 , 5 ): 259842.13574961244 POP_SPECIES( 32 , 5 ): 278347.22621989413 POP_SPECIES( 33 , 5 ): 299891.67250928300 POP_SPECIES( 34 , 5 ): 322609.16860631743 POP_SPECIES( 35 , 5 ): 356129.71711021033 POP_SPECIES( 36 , 5 ): 391977.15067291929 POP_SPECIES( 37 , 5 ): 427824.61260916031 POP_SPECIES( 38 , 5 ): 463979.47340073576 POP_SPECIES( 39 , 5 ): 511972.05584955442 POP_SPECIES( 40 , 5 ): 560492.24414247181 POP_SPECIES( 41 , 5 ): 612654.26050248172 POP_SPECIES( 42 , 5 ): 667211.82587090333 POP_SPECIES( 43 , 5 ): 729888.19394061307 POP_SPECIES( 44 , 5 ): 793881.09393643809 POP_SPECIES( 45 , 5 ): 860557.13707005407 POP_SPECIES( 46 , 5 ): 928016.40320558043 POP_SPECIES( 47 , 5 ): 996512.40985938604 POP_SPECIES( 48 , 5 ): 1075991.8962157059 POP_SPECIES( 49 , 5 ): 1165147.0126494770 POP_SPECIES( 50 , 5 ): 1270897.4679885046 POP_SPECIES( 51 , 5 ): 1386272.9350223045 POP_SPECIES( 52 , 5 ): 1509954.5268215365 POP_SPECIES( 53 , 5 ): 1636643.4293718264 POP_SPECIES( 54 , 5 ): 1771394.7564135517 POP_SPECIES( 55 , 5 ): 1907736.1078649301 POP_SPECIES( 56 , 5 ): 2084588.3667448934 POP_SPECIES( 57 , 5 ): 2265231.6701014154 POP_SPECIES( 58 , 5 ): 2472597.0248665544 POP_SPECIES( 59 , 5 ): 2681829.9255665368 POP_SPECIES( 60 , 5 ): 2902618.0894038221 POP_SPECIES( 61 , 5 ): 3126896.1126660504 POP_SPECIES( 62 , 5 ): 3362194.1323676170 POP_SPECIES( 63 , 5 ): 3602994.6313026501 POP_SPECIES( 64 , 5 ): 3854397.1845375258 POP_SPECIES( 65 , 5 ): 4144278.5044018407 POP_SPECIES( 66 , 5 ): 4482532.4418145204 POP_SPECIES( 67 , 5 ): 4832938.7633641930 POP_SPECIES( 68 , 5 ): 5193520.4012790620 POP_SPECIES( 69 , 5 ): 5568039.6860203873 POP_SPECIES( 70 , 5 ): 5950209.8939056331 POP_SPECIES( 71 , 5 ): 6375415.9415378654 POP_SPECIES( 72 , 5 ): 6815209.6736350665 POP_SPECIES( 73 , 5 ): 7363625.5179616427 POP_SPECIES( 74 , 5 ): 7931494.8239085702 POP_SPECIES( 75 , 5 ): 8574685.0777372681 POP_SPECIES( 76 , 5 ): 9231747.4355314430 POP_SPECIES( 77 , 5 ): 10073589.872656997 POP_SPECIES( 78 , 5 ): 10941293.933806213 POP_SPECIES( 79 , 5 ): 11953391.755041169 POP_SPECIES( 80 , 5 ): 12973312.443029333 POP_SPECIES( 81 , 5 ): 14016310.460258681 POP_SPECIES( 82 , 5 ): 15073002.963137578 POP_SPECIES( 83 , 5 ): 16154644.880957743 POP_SPECIES( 84 , 5 ): 17254481.326744005 POP_SPECIES( 85 , 5 ): 18376035.725810565 POP_SPECIES( 86 , 5 ): 19811818.489579476 POP_SPECIES( 87 , 5 ): 21497565.552201051 POP_SPECIES( 88 , 5 ): 23209096.779101506 POP_SPECIES( 89 , 5 ): 24933995.912287991 POP_SPECIES( 90 , 5 ): 26695496.902903236 POP_SPECIES( 91 , 5 ): 28468595.575087503 POP_SPECIES( 92 , 5 ): 30739709.617654216 POP_SPECIES( 93 , 5 ): 33091395.981570039 POP_SPECIES( 94 , 5 ): 35357521.957054622 POP_SPECIES( 95 , 5 ): 37655780.958537772 POP_SPECIES( 96 , 5 ): 40479767.476242110 POP_SPECIES( 97 , 5 ): 43443158.835744083 POP_SPECIES( 98 , 5 ): 47114430.117917828 POP_SPECIES( 99 , 5 ): 50583043.441421121 POP_SPECIES( 100 , 5 ): 53491954.780420117 POP_SPECIES( 101 , 5 ): 56124930.674705714 POP_SPECIES( 102 , 5 ): 58282164.705663182 POP_SPECIES( 103 , 5 ): 60692425.390878148 POP_SPECIES( 104 , 5 ): 63389905.674837016 POP_SPECIES( 105 , 5 ): 65790034.171456829 POP_SPECIES( 106 , 5 ): 67965506.709356323 POP_SPECIES( 107 , 5 ): 70397666.087256074 POP_SPECIES( 108 , 5 ): 72955744.366770700 POP_SPECIES( 109 , 5 ): 74549803.492798135 POP_SPECIES( 110 , 5 ): 75859375.391298890 POP_SPECIES( 111 , 5 ): 77769192.215451300 POP_SPECIES( 112 , 5 ): 79766022.152918771 POP_SPECIES( 113 , 5 ): 81344475.835856184 POP_SPECIES( 114 , 5 ): 82910941.701147616 POP_SPECIES( 115 , 5 ): 84463839.343010634 POP_SPECIES( 116 , 5 ): 85922568.066563398 POP_SPECIES( 117 , 5 ): 86944077.672393367 POP_SPECIES( 118 , 5 ): 87964055.107447356 POP_SPECIES( 119 , 5 ): 88980020.524950758 POP_SPECIES( 120 , 5 ): 89793157.742586076 POP_SPECIES( 121 , 5 ): 90275039.638431892 POP_SPECIES( 122 , 5 ): 90685999.051464498 POP_SPECIES( 123 , 5 ): 91020440.720997900 POP_SPECIES( 124 , 5 ): 90930695.236465424 POP_SPECIES( 125 , 5 ): 90536686.171981603 POP_SPECIES( 126 , 5 ): 166637849.46115983 POP_SPECIES( 127 , 5 ): 278152646.20603722 POP_SPECIES( 128 , 5 ): 268314765.40989026 POP_SPECIES( 129 , 5 ): 166068263.27164644 POP_SPECIES( 130 , 5 ): 299860926.07677215 POP_SPECIES( 131 , 5 ): 407446278.51124328 POP_SPECIES( 132 , 5 ): 379718937.82968831 POP_SPECIES( 133 , 5 ): 352374536.88540989 POP_SPECIES( 134 , 5 ): 339370105.84795785 POP_SPECIES( 135 , 5 ): 2211611787.1552401 POP_SPECIES( 136 , 5 ): 11653761442.885897 POP_SPECIES( 137 , 5 ): 17034491545.754654 POP_SPECIES( 138 , 5 ): 14148849484.614086 POP_SPECIES( 139 , 5 ): 11578330497.535643 POP_SPECIES( 140 , 5 ): 9622893548.9114571 POP_SPECIES( 141 , 5 ): 7959939497.4594774 POP_SPECIES( 142 , 5 ): 6595924093.8564281 POP_SPECIES( 143 , 5 ): 5925574302.2797499 POP_SPECIES( 144 , 5 ): 5644413902.8492355 POP_SPECIES( 145 , 5 ): 5315384978.0155602 POP_SPECIES( 146 , 5 ): 4938484076.9644270 POP_SPECIES( 147 , 5 ): 4513714438.7552195 POP_SPECIES( 148 , 5 ): 4041073819.2003965 POP_SPECIES( 149 , 5 ): 3520560947.0610328 POP_SPECIES( 150 , 5 ): 2952176717.2962770 POP_SPECIES( 1 , 17 ): 37.438209701152267 POP_SPECIES( 2 , 17 ): 51.126040909486989 POP_SPECIES( 3 , 17 ): 64.813912733322113 POP_SPECIES( 4 , 17 ): 78.501764438266434 POP_SPECIES( 5 , 17 ): 92.189618333367520 POP_SPECIES( 6 , 17 ): 105.87747330454791 POP_SPECIES( 7 , 17 ): 119.56532628317673 POP_SPECIES( 8 , 17 ): 133.25317988182189 POP_SPECIES( 9 , 17 ): 146.94104471527348 POP_SPECIES( 10 , 17 ): 160.62891132110784 POP_SPECIES( 11 , 17 ): 174.31677381304468 POP_SPECIES( 12 , 17 ): 188.00462325764113 POP_SPECIES( 13 , 17 ): 201.69246888026095 POP_SPECIES( 14 , 17 ): 215.38033843789461 POP_SPECIES( 15 , 17 ): 229.06819503793790 POP_SPECIES( 16 , 17 ): 242.75606656534455 POP_SPECIES( 17 , 17 ): 256.44387785263746 POP_SPECIES( 18 , 17 ): 274.42882834327548 POP_SPECIES( 19 , 17 ): 292.84669719281032 POP_SPECIES( 20 , 17 ): 312.44480972454193 POP_SPECIES( 21 , 17 ): 332.04291903085874 POP_SPECIES( 22 , 17 ): 351.64100939217121 POP_SPECIES( 23 , 17 ): 371.23908604820122 POP_SPECIES( 24 , 17 ): 390.83718992547705 POP_SPECIES( 25 , 17 ): 410.43531468800626 POP_SPECIES( 26 , 17 ): 430.03351064175263 POP_SPECIES( 27 , 17 ): 456.41072925344179 POP_SPECIES( 28 , 17 ): 492.23874721218152 POP_SPECIES( 29 , 17 ): 532.41941691105353 POP_SPECIES( 30 , 17 ): 576.63419609898881 POP_SPECIES( 31 , 17 ): 620.84943628492465 POP_SPECIES( 32 , 17 ): 665.06426292854007 POP_SPECIES( 33 , 17 ): 716.54112327395796 POP_SPECIES( 34 , 17 ): 770.82079044556622 POP_SPECIES( 35 , 17 ): 850.91254916886044 POP_SPECIES( 36 , 17 ): 936.56401156722677 POP_SPECIES( 37 , 17 ): 1022.2155417594146 POP_SPECIES( 38 , 17 ): 1108.6015502358825 POP_SPECIES( 39 , 17 ): 1223.2718198334157 POP_SPECIES( 40 , 17 ): 1339.2027155797616 POP_SPECIES( 41 , 17 ): 1463.8351519595315 POP_SPECIES( 42 , 17 ): 1594.1913530673535 POP_SPECIES( 43 , 17 ): 1743.9460788442477 POP_SPECIES( 44 , 17 ): 1896.8464380336059 POP_SPECIES( 45 , 17 ): 2056.1577201464661 POP_SPECIES( 46 , 17 ): 2217.3403829644562 POP_SPECIES( 47 , 17 ): 2381.0001643009296 POP_SPECIES( 48 , 17 ): 2570.9031381130208 POP_SPECIES( 49 , 17 ): 2783.9244158982433 POP_SPECIES( 50 , 17 ): 3036.5974875488528 POP_SPECIES( 51 , 17 ): 3312.2679189913852 POP_SPECIES( 52 , 17 ): 3607.7844499260323 POP_SPECIES( 53 , 17 ): 3910.4864482181656 POP_SPECIES( 54 , 17 ): 4232.4522648519887 POP_SPECIES( 55 , 17 ): 4558.2171795634367 POP_SPECIES( 56 , 17 ): 4980.7761495110381 POP_SPECIES( 57 , 17 ): 5412.3931878100720 POP_SPECIES( 58 , 17 ): 5907.8581101543750 POP_SPECIES( 59 , 17 ): 6407.7852219643682 POP_SPECIES( 60 , 17 ): 6935.3217073820024 POP_SPECIES( 61 , 17 ): 7471.1966297141835 POP_SPECIES( 62 , 17 ): 8033.4019951728706 POP_SPECIES( 63 , 17 ): 8608.7546168316039 POP_SPECIES( 64 , 17 ): 9209.4390785959840 POP_SPECIES( 65 , 17 ): 9902.0621341604383 POP_SPECIES( 66 , 17 ): 10710.263489795007 POP_SPECIES( 67 , 17 ): 11547.500940053736 POP_SPECIES( 68 , 17 ): 12409.050611312066 POP_SPECIES( 69 , 17 ): 13303.901964571973 POP_SPECIES( 70 , 17 ): 14217.033922350694 POP_SPECIES( 71 , 17 ): 15232.992839929002 POP_SPECIES( 72 , 17 ): 16283.806596006272 POP_SPECIES( 73 , 17 ): 17594.154768821365 POP_SPECIES( 74 , 17 ): 18950.983742935074 POP_SPECIES( 75 , 17 ): 20487.779556906902 POP_SPECIES( 76 , 17 ): 22057.720449147913 POP_SPECIES( 77 , 17 ): 24069.162515779353 POP_SPECIES( 78 , 17 ): 26142.396618756949 POP_SPECIES( 79 , 17 ): 28560.635523568064 POP_SPECIES( 80 , 17 ): 30997.565863468601 POP_SPECIES( 81 , 17 ): 33489.635631811012 POP_SPECIES( 82 , 17 ): 36014.426089087137 POP_SPECIES( 83 , 17 ): 38598.829011282549 POP_SPECIES( 84 , 17 ): 41226.704722826129 POP_SPECIES( 85 , 17 ): 43906.471860725316 POP_SPECIES( 86 , 17 ): 47337.035256234463 POP_SPECIES( 87 , 17 ): 51364.846644592537 POP_SPECIES( 88 , 17 ): 55454.264992158496 POP_SPECIES( 89 , 17 ): 59575.623721749325 POP_SPECIES( 90 , 17 ): 63784.436483712772 POP_SPECIES( 91 , 17 ): 68020.959971050179 POP_SPECIES( 92 , 17 ): 73447.408106563642 POP_SPECIES( 93 , 17 ): 79066.370362796806 POP_SPECIES( 94 , 17 ): 84480.900344131151 POP_SPECIES( 95 , 17 ): 89972.206830630035 POP_SPECIES( 96 , 17 ): 96719.651514822603 POP_SPECIES( 97 , 17 ): 103800.18081285489 POP_SPECIES( 98 , 17 ): 112572.07109697330 POP_SPECIES( 99 , 17 ): 120859.74399642380 POP_SPECIES( 100 , 17 ): 127810.10237386815 POP_SPECIES( 101 , 17 ): 134101.15903795828 POP_SPECIES( 102 , 17 ): 139255.50988329301 POP_SPECIES( 103 , 17 ): 145014.42570885175 POP_SPECIES( 104 , 17 ): 151459.60485138831 POP_SPECIES( 105 , 17 ): 157194.31150255937 POP_SPECIES( 106 , 17 ): 162392.24021766870 POP_SPECIES( 107 , 17 ): 168203.47931623898 POP_SPECIES( 108 , 17 ): 174315.58062431842 POP_SPECIES( 109 , 17 ): 178124.31898364529 POP_SPECIES( 110 , 17 ): 181253.32257120140 POP_SPECIES( 111 , 17 ): 185816.51127522686 POP_SPECIES( 112 , 17 ): 190587.60329791621 POP_SPECIES( 113 , 17 ): 194359.05505429296 POP_SPECIES( 114 , 17 ): 198101.86392022268 POP_SPECIES( 115 , 17 ): 201812.25377973291 POP_SPECIES( 116 , 17 ): 205297.64271828081 POP_SPECIES( 117 , 17 ): 207738.36951229966 POP_SPECIES( 118 , 17 ): 210175.43543984744 POP_SPECIES( 119 , 17 ): 212602.91532074625 POP_SPECIES( 120 , 17 ): 214545.77105403523 POP_SPECIES( 121 , 17 ): 215697.14745620609 POP_SPECIES( 122 , 17 ): 216679.06641704444 POP_SPECIES( 123 , 17 ): 217478.15899454727 POP_SPECIES( 124 , 17 ): 217263.72713067589 POP_SPECIES( 125 , 17 ): 216322.30820002314 POP_SPECIES( 126 , 17 ): 398153.34261794196 POP_SPECIES( 127 , 17 ): 664599.34644543449 POP_SPECIES( 128 , 17 ): 886669.98391434446 POP_SPECIES( 129 , 17 ): 1092370.7619165899 POP_SPECIES( 130 , 17 ): 967579.80473721167 POP_SPECIES( 131 , 17 ): 801298.01420557906 POP_SPECIES( 132 , 17 ): 743087.89711113705 POP_SPECIES( 133 , 17 ): 689576.22048520739 POP_SPECIES( 134 , 17 ): 664126.72296105814 POP_SPECIES( 135 , 17 ): 650252.76254830637 POP_SPECIES( 136 , 17 ): 682096.41651643929 POP_SPECIES( 137 , 17 ): 667043.04296129057 POP_SPECIES( 138 , 17 ): 548194.19460364070 POP_SPECIES( 139 , 17 ): 2340928.1219678298 POP_SPECIES( 140 , 17 ): 6116732.1140140658 POP_SPECIES( 141 , 17 ): 9286545.6387889255 POP_SPECIES( 142 , 17 ): 12011880.537166165 POP_SPECIES( 143 , 17 ): 16477080.003253711 POP_SPECIES( 144 , 17 ): 23115573.844336927 POP_SPECIES( 145 , 17 ): 30266207.534376863 POP_SPECIES( 146 , 17 ): 37928978.568575598 POP_SPECIES( 147 , 17 ): 46103913.338816829 POP_SPECIES( 148 , 17 ): 54790988.622538835 POP_SPECIES( 149 , 17 ): 63990204.013611101 POP_SPECIES( 150 , 17 ): 73701546.001580209 POP_ATOM: 24088072.680488549 POP_ATOM: 32894097.718177039 POP_ATOM: 41699688.206034921 POP_ATOM: 50504818.466912314 POP_ATOM: 59309497.847009279 POP_ATOM: 68113723.681766078 POP_ATOM: 76917503.064455897 POP_ATOM: 85720822.549717933 POP_ATOM: 94523694.665980533 POP_ATOM: 103326104.49304539 POP_ATOM: 112128067.56936125 POP_ATOM: 120929572.89331302 POP_ATOM: 129730620.25493868 POP_ATOM: 138531227.74227640 POP_ATOM: 147331391.00813660 POP_ATOM: 156131078.83984333 POP_ATOM: 164930291.16006994 POP_ATOM: 176495245.68431687 POP_ATOM: 188338655.98016205 POP_ATOM: 200941658.28492412 POP_ATOM: 213544535.12243438 POP_ATOM: 226147251.95632634 POP_ATOM: 238749834.72395292 POP_ATOM: 251352285.23962292 POP_ATOM: 263954605.68704841 POP_ATOM: 276556834.25984269 POP_ATOM: 293518960.96340251 POP_ATOM: 316559462.25821215 POP_ATOM: 342399380.83362931 POP_ATOM: 370833943.01672459 POP_ATOM: 399268801.66802698 POP_ATOM: 427703394.36991054 POP_ATOM: 460808207.13536018 POP_ATOM: 495715507.35976022 POP_ATOM: 547222585.66249180 POP_ATOM: 602305114.13758481 POP_ATOM: 657387686.21094227 POP_ATOM: 712942601.89496708 POP_ATOM: 786687150.01459360 POP_ATOM: 861242407.88504100 POP_ATOM: 941393633.95377219 POP_ATOM: 1025225817.9978769 POP_ATOM: 1121533209.7913747 POP_ATOM: 1219863561.1136701 POP_ATOM: 1322316782.4325461 POP_ATOM: 1425973490.2779996 POP_ATOM: 1531223235.1541090 POP_ATOM: 1653349999.4801888 POP_ATOM: 1790344164.7967288 POP_ATOM: 1952838432.5460835 POP_ATOM: 2130122321.9798741 POP_ATOM: 2320169254.9132566 POP_ATOM: 2514837168.0289106 POP_ATOM: 2721893659.1400003 POP_ATOM: 2931393353.4630461 POP_ATOM: 3203141387.2127719 POP_ATOM: 3480714672.4401283 POP_ATOM: 3799348586.3189921 POP_ATOM: 4120852138.0466757 POP_ATOM: 4460111301.4748249 POP_ATOM: 4804732920.7901478 POP_ATOM: 5166287670.5233984 POP_ATOM: 5536297431.9252205 POP_ATOM: 5922598121.2910728 POP_ATOM: 6368024598.6954174 POP_ATOM: 6887779579.3902817 POP_ATOM: 7426207697.2874298 POP_ATOM: 7980271025.2324209 POP_ATOM: 8555750693.2579660 POP_ATOM: 9142986633.6313896 POP_ATOM: 9796350679.4985065 POP_ATOM: 10472129901.713512 POP_ATOM: 11314815928.551857 POP_ATOM: 12187393798.324167 POP_ATOM: 13175708496.207500 POP_ATOM: 14185338822.177603 POP_ATOM: 15478898929.720371 POP_ATOM: 16812197548.507004 POP_ATOM: 18367369049.424389 POP_ATOM: 19934561028.179783 POP_ATOM: 21537213220.365322 POP_ATOM: 23160908115.494259 POP_ATOM: 24822939837.624641 POP_ATOM: 26512928947.639709 POP_ATOM: 28236289478.174744 POP_ATOM: 30442487721.934666 POP_ATOM: 33032776658.971764 POP_ATOM: 35662685083.987350 POP_ATOM: 38313134395.908134 POP_ATOM: 41019825470.590935 POP_ATOM: 43744337336.381493 POP_ATOM: 47234090757.669685 POP_ATOM: 50847650174.085892 POP_ATOM: 54329739020.262825 POP_ATOM: 57861202902.353020 POP_ATOM: 62200490330.074059 POP_ATOM: 66753984756.866623 POP_ATOM: 72395194875.475876 POP_ATOM: 77725004381.273010 POP_ATOM: 82194785778.081741 POP_ATOM: 86240569681.063599 POP_ATOM: 89555337103.110382 POP_ATOM: 93258900779.252045 POP_ATOM: 97403800979.492157 POP_ATOM: 101091795714.94995 POP_ATOM: 104434588102.19319 POP_ATOM: 108171800919.80734 POP_ATOM: 112102498480.80267 POP_ATOM: 114551901366.13860 POP_ATOM: 116564166240.36346 POP_ATOM: 119498756785.44565 POP_ATOM: 122567050131.97102 POP_ATOM: 124992473971.16776 POP_ATOM: 127399477543.10370 POP_ATOM: 129785632424.37828 POP_ATOM: 132027089021.59804 POP_ATOM: 133596722503.23293 POP_ATOM: 135164001678.51982 POP_ATOM: 136725116059.03593 POP_ATOM: 137974568237.14523 POP_ATOM: 138715019382.77957 POP_ATOM: 139346492303.45258 POP_ATOM: 139860389421.16693 POP_ATOM: 139722488106.73602 POP_ATOM: 139117060789.99631 POP_ATOM: 256052754011.40781 POP_ATOM: 427404406183.34467 POP_ATOM: 425319118688.41351 POP_ATOM: 292087988888.58777 POP_ATOM: 246971872825.15161 POP_ATOM: 215730858463.21210 POP_ATOM: 203973826637.56482 POP_ATOM: 192805308629.70206 POP_ATOM: 188333958474.07059 POP_ATOM: 191408957119.36032 POP_ATOM: 225090485799.54111 POP_ATOM: 234201115303.04211 POP_ATOM: 191150890394.02286 POP_ATOM: 158217216572.67319 POP_ATOM: 139090391641.63721 POP_ATOM: 123494804581.63953 POP_ATOM: 111529783489.82106 POP_ATOM: 113818307326.95239 POP_ATOM: 127019184550.42542 POP_ATOM: 140918082792.66476 POP_ATOM: 155515009046.03015 POP_ATOM: 170810037078.92804 POP_ATOM: 186803134160.58749 POP_ATOM: 203494179163.93509 POP_ATOM: 220883237711.39868 Exiting RD_SN_DATA Using NON-GRID option for new model. T1: 0.42182488000000001 T1: 0.42071630999999998 T1: 0.42039470000000001 T1: 0.42084486999999998 T1: 0.42171311000000000 T1: 0.42287764999999999 T1: 0.42426796999999999 T1: 0.42583843999999998 T1: 0.42755784000000002 T1: 0.42940412000000000 T1: 0.43136127000000002 T1: 0.43341719000000001 T1: 0.43556281000000002 T1: 0.43779096000000001 T1: 0.44009583000000002 T1: 0.44247195000000000 T1: 0.44490668999999999 T1: 0.44760496999999999 T1: 0.45043682000000002 T1: 0.45342169999999998 T1: 0.45650596999999998 T1: 0.45968221999999997 T1: 0.46295015000000000 T1: 0.46631226999999997 T1: 0.46977423000000001 T1: 0.47334657000000002 T1: 0.47747075999999999 T1: 0.48239985000000002 T1: 0.48787459000000000 T1: 0.49386688000000001 T1: 0.50008799999999998 T1: 0.50645264999999995 T1: 0.51332632000000000 T1: 0.52022272000000003 T1: 0.52776261000000002 T1: 0.53408001000000005 T1: 0.53885664000000000 T1: 0.54250235000000002 T1: 0.54564612999999995 T1: 0.54789719000000003 T1: 0.54959667000000001 T1: 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0.44490668999999999 T2: 0.44760496999999999 T2: 0.45043682000000002 T2: 0.45342169999999998 T2: 0.45650596999999998 T2: 0.45968221999999997 T2: 0.46295015000000000 T2: 0.46631226999999997 T2: 0.46977423000000001 T2: 0.47334657000000002 T2: 0.47747075999999999 T2: 0.48239985000000002 T2: 0.48787459000000000 T2: 0.49386688000000001 T2: 0.50008799999999998 T2: 0.50645264999999995 T2: 0.51332632000000000 T2: 0.52022272000000003 T2: 0.52776261000000002 T2: 0.53408001000000005 T2: 0.53885664000000000 T2: 0.54250235000000002 T2: 0.54564612999999995 T2: 0.54789719000000003 T2: 0.54959667000000001 T2: 0.55087253000000003 T2: 0.55184551999999998 T2: 0.55249616000000001 T2: 0.55291994000000000 T2: 0.55317196000000002 T2: 0.55331072000000003 T2: 0.55335111999999997 T2: 0.55327612999999998 T2: 0.55307342999999998 T2: 0.55276137000000003 T2: 0.55237676000000002 T2: 0.55196449999999997 T2: 0.55153567000000003 T2: 0.55111511000000002 T2: 0.55058929000000001 T2: 0.55006396999999996 T2: 0.54949230000000004 T2: 0.54895695000000000 T2: 0.54844055000000003 T2: 0.54796844000000000 T2: 0.54752171000000005 T2: 0.54711557000000000 T2: 0.54673424000000004 T2: 0.54630601000000001 T2: 0.54581117000000001 T2: 0.54533759000000004 T2: 0.54489684999999999 T2: 0.54448377000000003 T2: 0.54410822999999997 T2: 0.54371066999999995 T2: 0.54333765000000001 T2: 0.54285355000000002 T2: 0.54239747000000005 T2: 0.54191168999999995 T2: 0.54148023999999995 T2: 0.54091964999999997 T2: 0.54041753000000003 T2: 0.53987914999999997 T2: 0.53944243999999997 T2: 0.53910278000000000 T2: 0.53886655000000006 T2: 0.53872631000000004 T2: 0.53868921000000003 T2: 0.53875834000000000 T2: 0.53881007999999997 T2: 0.53891111999999997 T2: 0.53918763000000003 T2: 0.53967063999999998 T2: 0.54037822000000002 T2: 0.54135073000000000 T2: 0.54254701999999999 T2: 0.54413409000000001 T2: 0.54625292000000003 T2: 0.54903890000000000 T2: 0.55268161000000005 T2: 0.55762060999999996 T2: 0.56452398000000004 T2: 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91147362842.669418 ED3: 94540042989.832626 ED3: 98078663437.284180 ED3: 101746727633.45682 ED3: 104089525848.20667 ED3: 106095389299.82735 ED3: 109037336507.30188 ED3: 112237416729.50098 ED3: 115014414009.11806 ED3: 117937760307.88939 ED3: 120985677967.20779 ED3: 124003383314.56802 ED3: 126446435920.81845 ED3: 128871741019.97986 ED3: 131235577177.60027 ED3: 133223964125.83659 ED3: 134631127974.89227 ED3: 135831301302.51395 ED3: 136824108965.37650 ED3: 137103128475.77658 ED3: 136850642970.65875 ED3: 250327131635.47278 ED3: 416619779661.41650 ED3: 404376897118.57495 ED3: 268107411638.96365 ED3: 230610426290.20923 ED3: 205190386500.64520 ED3: 195505329398.38541 ED3: 185915605827.41183 ED3: 182278993564.26025 ED3: 186389843489.33795 ED3: 222865648464.54321 ED3: 234198555288.24777 ED3: 191149788303.54834 ED3: 158217772576.47400 ED3: 139095251977.16968 ED3: 123503099360.62976 ED3: 111541033193.05344 ED3: 113833934789.77303 ED3: 127041383382.48917 ED3: 140947214745.21411 ED3: 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0.53885664000000000 T3: 0.54250235000000002 T3: 0.54564612999999995 T3: 0.54789719000000003 T3: 0.54959667000000001 T3: 0.55087253000000003 T3: 0.55184551999999998 T3: 0.55249616000000001 T3: 0.55291994000000000 T3: 0.55317196000000002 T3: 0.55331072000000003 T3: 0.55335111999999997 T3: 0.55327612999999998 T3: 0.55307342999999998 T3: 0.55276137000000003 T3: 0.55237676000000002 T3: 0.55196449999999997 T3: 0.55153567000000003 T3: 0.55111511000000002 T3: 0.55058929000000001 T3: 0.55006396999999996 T3: 0.54949230000000004 T3: 0.54895695000000000 T3: 0.54844055000000003 T3: 0.54796844000000000 T3: 0.54752171000000005 T3: 0.54711557000000000 T3: 0.54673424000000004 T3: 0.54630601000000001 T3: 0.54581117000000001 T3: 0.54533759000000004 T3: 0.54489684999999999 T3: 0.54448377000000003 T3: 0.54410822999999997 T3: 0.54371066999999995 T3: 0.54333765000000001 T3: 0.54285355000000002 T3: 0.54239747000000005 T3: 0.54191168999999995 T3: 0.54148023999999995 T3: 0.54091964999999997 T3: 0.54041753000000003 T3: 0.53987914999999997 T3: 0.53944243999999997 T3: 0.53910278000000000 T3: 0.53886655000000006 T3: 0.53872631000000004 T3: 0.53868921000000003 T3: 0.53875834000000000 T3: 0.53881007999999997 T3: 0.53891111999999997 T3: 0.53918763000000003 T3: 0.53967063999999998 T3: 0.54037822000000002 T3: 0.54135073000000000 T3: 0.54254701999999999 T3: 0.54413409000000001 T3: 0.54625292000000003 T3: 0.54903890000000000 T3: 0.55268161000000005 T3: 0.55762060999999996 T3: 0.56452398000000004 T3: 0.57481037000000001 T3: 0.59122679000000000 T3: 0.61975270999999998 T3: 0.67018873000000001 T3: 0.73532153000000000 T3: 0.79395415000000003 T3: 0.84119231000000005 T3: 0.88028127000000000 T3: 0.91375709000000005 T3: 0.94327169000000000 T3: 0.96962855000000003 T3: 0.99329358999999995 T3: 1.0148725999999999 T3: 1.0348575000000000 T3: 1.0534600999999999 T3: 1.0708295000000001 T3: 1.0871280000000001 T3: 1.1024646000000000 T3: 1.1168792999999999 T3: 1.1304046999999999 T3: 1.1431032000000001 T3: 1.1550077999999999 T3: 1.1661233000000000 T3: 1.1764644000000000 T3: 1.1860667000000000 T3: 1.1949443000000000 T3: 1.2030692000000001 T3: 1.2128924999999999 T3: 1.2299452000000000 T3: 1.2483287000000001 T3: 1.2617875999999999 T3: 1.2703808000000001 T3: 1.2771528999999999 T3: 1.2827805000000001 T3: 1.2876124000000000 T3: 1.2917953000000000 T3: 1.2955230000000000 T3: 1.2992159000000001 T3: 1.3030010999999999 T3: 1.3061247000000000 T3: 1.3083712999999999 T3: 1.3100773999999999 T3: 1.3114228000000001 T3: 1.3124884999999999 T3: 1.3133737999999999 T3: 1.3141992000000000 T3: 1.3149850999999999 T3: 1.3157040000000000 T3: 1.3163270000000000 T3: 1.3168077000000000 T3: 1.3167431000000001 T3: 1.5585730000000000 T4: 0.42182488000000001 T4: 0.42071630999999998 T4: 0.42039470000000001 T4: 0.42084486999999998 T4: 0.42171311000000000 T4: 0.42287764999999999 T4: 0.42426796999999999 T4: 0.42583843999999998 T4: 0.42755784000000002 T4: 0.42940412000000000 T4: 0.43136127000000002 T4: 0.43341719000000001 T4: 0.43556281000000002 T4: 0.43779096000000001 T4: 0.44009583000000002 T4: 0.44247195000000000 T4: 0.44490668999999999 T4: 0.44760496999999999 T4: 0.45043682000000002 T4: 0.45342169999999998 T4: 0.45650596999999998 T4: 0.45968221999999997 T4: 0.46295015000000000 T4: 0.46631226999999997 T4: 0.46977423000000001 T4: 0.47334657000000002 T4: 0.47747075999999999 T4: 0.48239985000000002 T4: 0.48787459000000000 T4: 0.49386688000000001 T4: 0.50008799999999998 T4: 0.50645264999999995 T4: 0.51332632000000000 T4: 0.52022272000000003 T4: 0.52776261000000002 T4: 0.53408001000000005 T4: 0.53885664000000000 T4: 0.54250235000000002 T4: 0.54564612999999995 T4: 0.54789719000000003 T4: 0.54959667000000001 T4: 0.55087253000000003 T4: 0.55184551999999998 T4: 0.55249616000000001 T4: 0.55291994000000000 T4: 0.55317196000000002 T4: 0.55331072000000003 T4: 0.55335111999999997 T4: 0.55327612999999998 T4: 0.55307342999999998 T4: 0.55276137000000003 T4: 0.55237676000000002 T4: 0.55196449999999997 T4: 0.55153567000000003 T4: 0.55111511000000002 T4: 0.55058929000000001 T4: 0.55006396999999996 T4: 0.54949230000000004 T4: 0.54895695000000000 T4: 0.54844055000000003 T4: 0.54796844000000000 T4: 0.54752171000000005 T4: 0.54711557000000000 T4: 0.54673424000000004 T4: 0.54630601000000001 T4: 0.54581117000000001 T4: 0.54533759000000004 T4: 0.54489684999999999 T4: 0.54448377000000003 T4: 0.54410822999999997 T4: 0.54371066999999995 T4: 0.54333765000000001 T4: 0.54285355000000002 T4: 0.54239747000000005 T4: 0.54191168999999995 T4: 0.54148023999999995 T4: 0.54091964999999997 T4: 0.54041753000000003 T4: 0.53987914999999997 T4: 0.53944243999999997 T4: 0.53910278000000000 T4: 0.53886655000000006 T4: 0.53872631000000004 T4: 0.53868921000000003 T4: 0.53875834000000000 T4: 0.53881007999999997 T4: 0.53891111999999997 T4: 0.53918763000000003 T4: 0.53967063999999998 T4: 0.54037822000000002 T4: 0.54135073000000000 T4: 0.54254701999999999 T4: 0.54413409000000001 T4: 0.54625292000000003 T4: 0.54903890000000000 T4: 0.55268161000000005 T4: 0.55762060999999996 T4: 0.56452398000000004 T4: 0.57481037000000001 T4: 0.59122679000000000 T4: 0.61975270999999998 T4: 0.67018873000000001 T4: 0.73532153000000000 T4: 0.79395415000000003 T4: 0.84119231000000005 T4: 0.88028127000000000 T4: 0.91375709000000005 T4: 0.94327169000000000 T4: 0.96962855000000003 T4: 0.99329358999999995 T4: 1.0148725999999999 T4: 1.0348575000000000 T4: 1.0534600999999999 T4: 1.0708295000000001 T4: 1.0871280000000001 T4: 1.1024646000000000 T4: 1.1168792999999999 T4: 1.1304046999999999 T4: 1.1431032000000001 T4: 1.1550077999999999 T4: 1.1661233000000000 T4: 1.1764644000000000 T4: 1.1860667000000000 T4: 1.1949443000000000 T4: 1.2030692000000001 T4: 1.2128924999999999 T4: 1.2299452000000000 T4: 1.2483287000000001 T4: 1.2617875999999999 T4: 1.2703808000000001 T4: 1.2771528999999999 T4: 1.2827805000000001 T4: 1.2876124000000000 T4: 1.2917953000000000 T4: 1.2955230000000000 T4: 1.2992159000000001 T4: 1.3030010999999999 T4: 1.3061247000000000 T4: 1.3083712999999999 T4: 1.3100773999999999 T4: 1.3114228000000001 T4: 1.3124884999999999 T4: 1.3133737999999999 T4: 1.3141992000000000 T4: 1.3149850999999999 T4: 1.3157040000000000 T4: 1.3163270000000000 T4: 1.3168077000000000 T4: 1.3167431000000001 T4: 1.5585730000000000 T7: 0.42182488000000001 T7: 0.42071630999999998 T7: 0.42039470000000001 T7: 0.42084486999999998 T7: 0.42171311000000000 T7: 0.42287764999999999 T7: 0.42426796999999999 T7: 0.42583843999999998 T7: 0.42755784000000002 T7: 0.42940412000000000 T7: 0.43136127000000002 T7: 0.43341719000000001 T7: 0.43556281000000002 T7: 0.43779096000000001 T7: 0.44009583000000002 T7: 0.44247195000000000 T7: 0.44490668999999999 T7: 0.44760496999999999 T7: 0.45043682000000002 T7: 0.45342169999999998 T7: 0.45650596999999998 T7: 0.45968221999999997 T7: 0.46295015000000000 T7: 0.46631226999999997 T7: 0.46977423000000001 T7: 0.47334657000000002 T7: 0.47747075999999999 T7: 0.48239985000000002 T7: 0.48787459000000000 T7: 0.49386688000000001 T7: 0.50008799999999998 T7: 0.50645264999999995 T7: 0.51332632000000000 T7: 0.52022272000000003 T7: 0.52776261000000002 T7: 0.53408001000000005 T7: 0.53885664000000000 T7: 0.54250235000000002 T7: 0.54564612999999995 T7: 0.54789719000000003 T7: 0.54959667000000001 T7: 0.55087253000000003 T7: 0.55184551999999998 T7: 0.55249616000000001 T7: 0.55291994000000000 T7: 0.55317196000000002 T7: 0.55331072000000003 T7: 0.55335111999999997 T7: 0.55327612999999998 T7: 0.55307342999999998 T7: 0.55276137000000003 T7: 0.55237676000000002 T7: 0.55196449999999997 T7: 0.55153567000000003 T7: 0.55111511000000002 T7: 0.55058929000000001 T7: 0.55006396999999996 T7: 0.54949230000000004 T7: 0.54895695000000000 T7: 0.54844055000000003 T7: 0.54796844000000000 T7: 0.54752171000000005 T7: 0.54711557000000000 T7: 0.54673424000000004 T7: 0.54630601000000001 T7: 0.54581117000000001 T7: 0.54533759000000004 T7: 0.54489684999999999 T7: 0.54448377000000003 T7: 0.54410822999999997 T7: 0.54371066999999995 T7: 0.54333765000000001 T7: 0.54285355000000002 T7: 0.54239747000000005 T7: 0.54191168999999995 T7: 0.54148023999999995 T7: 0.54091964999999997 T7: 0.54041753000000003 T7: 0.53987914999999997 T7: 0.53944243999999997 T7: 0.53910278000000000 T7: 0.53886655000000006 T7: 0.53872631000000004 T7: 0.53868921000000003 T7: 0.53875834000000000 T7: 0.53881007999999997 T7: 0.53891111999999997 T7: 0.53918763000000003 T7: 0.53967063999999998 T7: 0.54037822000000002 T7: 0.54135073000000000 T7: 0.54254701999999999 T7: 0.54413409000000001 T7: 0.54625292000000003 T7: 0.54903890000000000 T7: 0.55268161000000005 T7: 0.55762060999999996 T7: 0.56452398000000004 T7: 0.57481037000000001 T7: 0.59122679000000000 T7: 0.61975270999999998 T7: 0.67018873000000001 T7: 0.73532153000000000 T7: 0.79395415000000003 T7: 0.84119231000000005 T7: 0.88028127000000000 T7: 0.91375709000000005 T7: 0.94327169000000000 T7: 0.96962855000000003 T7: 0.99329358999999995 T7: 1.0148725999999999 T7: 1.0348575000000000 T7: 1.0534600999999999 T7: 1.0708295000000001 T7: 1.0871280000000001 T7: 1.1024646000000000 T7: 1.1168792999999999 T7: 1.1304046999999999 T7: 1.1431032000000001 T7: 1.1550077999999999 T7: 1.1661233000000000 T7: 1.1764644000000000 T7: 1.1860667000000000 T7: 1.1949443000000000 T7: 1.2030692000000001 T7: 1.2128924999999999 T7: 1.2299452000000000 T7: 1.2483287000000001 T7: 1.2617875999999999 T7: 1.2703808000000001 T7: 1.2771528999999999 T7: 1.2827805000000001 T7: 1.2876124000000000 T7: 1.2917953000000000 T7: 1.2955230000000000 T7: 1.2992159000000001 T7: 1.3030010999999999 T7: 1.3061247000000000 T7: 1.3083712999999999 T7: 1.3100773999999999 T7: 1.3114228000000001 T7: 1.3124884999999999 T7: 1.3133737999999999 T7: 1.3141992000000000 T7: 1.3149850999999999 T7: 1.3157040000000000 T7: 1.3163270000000000 T7: 1.3168077000000000 T7: 1.3167431000000001 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 0.42182488000000001 0.42071630999999998 0.42039470000000001 0.42084486999999998 0.42171311000000000 0.42287764999999999 0.42426796999999999 0.42583843999999998 0.42755784000000002 0.42940412000000000 0.43136127000000002 0.43341719000000001 0.43556281000000002 0.43779096000000001 0.44009583000000002 0.44247195000000000 0.44490668999999999 0.44760496999999999 0.45043682000000002 0.45342169999999998 0.45650596999999998 0.45968221999999997 0.46295015000000000 0.46631226999999997 0.46977423000000001 0.47334657000000002 0.47747075999999999 0.48239985000000002 0.48787459000000000 0.49386688000000001 0.50008799999999998 0.50645264999999995 0.51332632000000000 0.52022272000000003 0.52776261000000002 0.53408001000000005 0.53885664000000000 0.54250235000000002 0.54564612999999995 0.54789719000000003 0.54959667000000001 0.55087253000000003 0.55184551999999998 0.55249616000000001 0.55291994000000000 0.55317196000000002 0.55331072000000003 0.55335111999999997 0.55327612999999998 0.55307342999999998 0.55276137000000003 0.55237676000000002 0.55196449999999997 0.55153567000000003 0.55111511000000002 0.55058929000000001 0.55006396999999996 0.54949230000000004 0.54895695000000000 0.54844055000000003 0.54796844000000000 0.54752171000000005 0.54711557000000000 0.54673424000000004 0.54630601000000001 0.54581117000000001 0.54533759000000004 0.54489684999999999 0.54448377000000003 0.54410822999999997 0.54371066999999995 0.54333765000000001 0.54285355000000002 0.54239747000000005 0.54191168999999995 0.54148023999999995 0.54091964999999997 0.54041753000000003 0.53987914999999997 0.53944243999999997 0.53910278000000000 0.53886655000000006 0.53872631000000004 0.53868921000000003 0.53875834000000000 0.53881007999999997 0.53891111999999997 0.53918763000000003 0.53967063999999998 0.54037822000000002 0.54135073000000000 0.54254701999999999 0.54413409000000001 0.54625292000000003 0.54903890000000000 0.55268161000000005 0.55762060999999996 0.56452398000000004 0.57481037000000001 0.59122679000000000 0.61975270999999998 0.67018873000000001 0.73532153000000000 0.79395415000000003 0.84119231000000005 0.88028127000000000 0.91375709000000005 0.94327169000000000 0.96962855000000003 0.99329358999999995 1.0148725999999999 1.0348575000000000 1.0534600999999999 1.0708295000000001 1.0871280000000001 1.1024646000000000 1.1168792999999999 1.1304046999999999 1.1431032000000001 1.1550077999999999 1.1661233000000000 1.1764644000000000 1.1860667000000000 1.1949443000000000 1.2030692000000001 1.2128924999999999 1.2299452000000000 1.2483287000000001 1.2617875999999999 1.2703808000000001 1.2771528999999999 1.2827805000000001 1.2876124000000000 1.2917953000000000 1.2955230000000000 1.2992159000000001 1.3030010999999999 1.3061247000000000 1.3083712999999999 1.3100773999999999 1.3114228000000001 1.3124884999999999 1.3133737999999999 1.3141992000000000 1.3149850999999999 1.3157040000000000 1.3163270000000000 1.3168077000000000 1.3167431000000001 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)= 5.42295518E+05 RMAX= 8.13443276E+05 V(1)= 1.01089733E+04 VMAX= 1.40683806E+04 Using depth 1 and 25 to extrapolate opacities Calculating characteristic rays..... Calling MOM_J_DDT_V2 RECIP_CDELTAT= 2.6405E-06 ROLD_ON_R= 9.7645E-01 Average number of calls to FG_J_CMF is 1.9786416 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 53 Luminosity of star (d=1,ND)(iteration 1) is: 5.90831972E+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 4.83E+04 (BA computed) --- iteration 1 Maximum % decrease at depth 40 is 1.06E+03 (BA computed) --- iteration 1 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.06E+01 1.04E+01 1.04E+01 1.00E+01 9.79E+00 9.45E+00 8.81E+00 8.79E+00 8.08E+00 7.39E+00 INC_VEC: -4.83E+02 -4.69E+02 -4.62E+02 -4.53E+02 -4.47E+02 -4.35E+02 -4.27E+02 -4.00E+02 -3.97E+02 -3.96E+02 The minimum value of scale for Major species is: 2.7301E-01 ******************************************************************************** ******************************************************************************** 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 2.8634193 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 55 Luminosity of star (d=1,ND)(iteration 2) is: 5.41512934E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 3 is 1.91E+04 (LAMBDA) --- iteration 2 Maximum % decrease at depth 3 is 1.06E+02 (LAMBDA) --- iteration 2 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.06E+00 1.05E+00 1.05E+00 1.04E+00 1.03E+00 1.02E+00 1.02E+00 1.01E+00 1.01E+00 1.01E+00 INC_VEC: -1.91E+02 -1.38E+02 -1.30E+02 -1.10E+02 -9.01E+01 -8.22E+01 -7.99E+01 -7.45E+01 -7.06E+01 -6.98E+01 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 2.5413582 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 56 Luminosity of star (d=1,ND)(iteration 3) is: 5.46711678E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 15 is 7.94E+04 (LAMBDA) --- iteration 3 Maximum % decrease at depth 8 is 6.85E+01 (LAMBDA) --- iteration 3 Maximm changes as returned by SOLVEBA_V9 is 79418.722563463889 DEC_VEC: 6.85E-01 6.82E-01 6.81E-01 6.75E-01 6.63E-01 6.53E-01 6.52E-01 6.51E-01 6.49E-01 6.46E-01 INC_VEC: -7.94E+02 -5.21E+02 -5.02E+02 -3.97E+02 -3.83E+02 -3.77E+02 -3.51E+02 -3.38E+02 -2.62E+02 -2.05E+02 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 2.4203279 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 55 Luminosity of star (d=1,ND)(iteration 4) is: 5.49990720E+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 5.24E+03 (BA computed) --- iteration 4 Maximum % decrease at depth 37 is 1.33E+02 (BA computed) --- iteration 4 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.33E+00 1.33E+00 1.33E+00 1.33E+00 1.32E+00 1.32E+00 1.32E+00 1.32E+00 1.32E+00 1.32E+00 INC_VEC: -5.24E+01 -5.20E+01 -4.88E+01 -4.84E+01 -4.63E+01 -4.59E+01 -4.59E+01 -4.55E+01 -4.55E+01 -4.51E+01 The minimum value of scale for Major species is: 8.6224E-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 2.6400001 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 55 Luminosity of star (d=1,ND)(iteration 5) is: 5.31111801E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 3 is 2.76E+02 (LAMBDA) --- iteration 5 Maximum % decrease at depth 2 is 2.91E+01 (LAMBDA) --- iteration 5 Maximm changes as returned by SOLVEBA_V9 is 275.83680034954165 DEC_VEC: 2.91E-01 2.87E-01 2.78E-01 2.74E-01 2.67E-01 2.62E-01 2.61E-01 2.60E-01 2.57E-01 2.54E-01 INC_VEC: -2.76E+00 -2.10E+00 -2.06E+00 -1.89E+00 -1.82E+00 -1.79E+00 -1.77E+00 -1.69E+00 -1.68E+00 -1.66E+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 1.8891803 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 55 Luminosity of star (d=1,ND)(iteration 6) is: 5.31950894E+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 4.83E+02 (BA computed) --- iteration 6 Maximum % decrease at depth 37 is 9.65E+01 (BA computed) --- iteration 6 Maximm changes as returned by SOLVEBA_V9 is 2755.5838874454525 DEC_VEC: 9.65E-01 9.65E-01 9.64E-01 9.64E-01 9.63E-01 9.63E-01 9.56E-01 9.49E-01 9.43E-01 9.35E-01 INC_VEC: -4.83E+00 -4.82E+00 -4.42E+00 -4.40E+00 -4.14E+00 -4.13E+00 -4.12E+00 -4.11E+00 -3.99E+00 -3.98E+00 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 2.1007025 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 55 Luminosity of star (d=1,ND)(iteration 7) is: 5.28953664E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 38 is 1.79E+02 (LAMBDA) --- iteration 7 Maximum % decrease at depth 90 is 9.54E+00 (LAMBDA) --- iteration 7 Maximm changes as returned by SOLVEBA_V9 is 179.12936956511109 DEC_VEC: 9.54E-02 9.46E-02 9.42E-02 9.24E-02 9.07E-02 8.94E-02 8.62E-02 8.49E-02 8.31E-02 8.06E-02 INC_VEC: -1.79E+00 -1.77E+00 -1.74E+00 -1.72E+00 -1.72E+00 -1.71E+00 -1.69E+00 -1.69E+00 -1.63E+00 -1.61E+00 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 1.7336768 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 55 Luminosity of star (d=1,ND)(iteration 8) is: 5.29070732E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Temperature held fixed at all depths. Maximum % increase at depth 6 is 3.36E+01 (BA computed) --- iteration 8 Maximum % decrease at depth 37 is 2.52E+01 (BA computed) --- iteration 8 Maximm changes as returned by SOLVEBA_V9 is 33.646854955633849 DEC_VEC: 2.52E-01 2.52E-01 2.51E-01 2.51E-01 2.51E-01 2.51E-01 2.48E-01 2.45E-01 2.44E-01 2.26E-01 INC_VEC: -3.36E-01 -3.35E-01 -3.30E-01 -3.30E-01 -3.28E-01 -3.27E-01 -3.21E-01 -3.20E-01 -3.12E-01 -3.11E-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 1.8151757 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 55 Luminosity of star (d=1,ND)(iteration 9) is: 5.28442158E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 103 is 1.02E+02 (BA computed) --- iteration 9 Maximum % decrease at depth 103 is 7.14E+02 (BA computed) --- iteration 9 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 7.14E+00 6.98E+00 6.98E+00 6.96E+00 6.94E+00 6.91E+00 6.88E+00 6.79E+00 6.63E+00 6.28E+00 INC_VEC: -1.02E+00 -9.91E-01 -8.69E-01 -8.51E-01 -7.89E-01 -7.15E-01 -6.98E-01 -6.43E-01 -6.38E-01 -6.27E-01 The minimum value of scale for Major species is: 4.2107E-01 ******************************************************************************** ******************************************************************************** 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 2.8874941 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 55 Luminosity of star (d=1,ND)(iteration 10) is: 5.40013634E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 90 is 3.40E+02 (LAMBDA) --- iteration 10 Maximum % decrease at depth 32 is 9.92E+01 (LAMBDA) --- iteration 10 Maximm changes as returned by SOLVEBA_V9 is 13032.278467033157 DEC_VEC: 9.92E-01 9.92E-01 9.90E-01 9.89E-01 9.86E-01 9.84E-01 9.83E-01 9.83E-01 9.83E-01 9.83E-01 INC_VEC: -3.40E+00 -3.32E+00 -3.32E+00 -3.31E+00 -3.30E+00 -3.30E+00 -3.30E+00 -3.29E+00 -3.29E+00 -3.29E+00 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 2.2857144 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 55 Luminosity of star (d=1,ND)(iteration 11) is: 5.38544036E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 31 is 3.71E+02 (LAMBDA) --- iteration 11 Maximum % decrease at depth 106 is 3.17E+01 (LAMBDA) --- iteration 11 Maximm changes as returned by SOLVEBA_V9 is 371.09739866419636 DEC_VEC: 3.17E-01 2.22E-01 1.97E-01 1.73E-01 1.62E-01 1.53E-01 1.44E-01 1.41E-01 1.37E-01 1.29E-01 INC_VEC: -3.71E+00 -3.46E+00 -3.22E+00 -2.59E+00 -2.18E+00 -2.15E+00 -1.88E+00 -1.71E+00 -1.60E+00 -1.51E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** 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 1.8190163 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 55 Luminosity of star (d=1,ND)(iteration 12) is: 5.37968053E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 22 is 3.66E+02 (BA computed) --- iteration 12 Maximum % decrease at depth 103 is 9.13E+02 (BA computed) --- iteration 12 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 9.13E+00 9.00E+00 8.99E+00 8.97E+00 8.96E+00 8.91E+00 8.89E+00 8.78E+00 8.60E+00 8.13E+00 INC_VEC: -3.66E+00 -3.65E+00 -3.65E+00 -3.63E+00 -3.62E+00 -3.61E+00 -3.61E+00 -3.61E+00 -3.60E+00 -3.58E+00 The minimum value of scale for Major species is: 3.4832E-01 ******************************************************************************** ******************************************************************************** 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 2.7683372 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 55 Luminosity of star (d=1,ND)(iteration 13) is: 5.36270078E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 99 is 3.08E+02 (LAMBDA) --- iteration 13 Maximum % decrease at depth 104 is 9.44E+01 (LAMBDA) --- iteration 13 Maximm changes as returned by SOLVEBA_V9 is 1677.0169414977302 DEC_VEC: 9.44E-01 9.41E-01 9.40E-01 9.40E-01 9.39E-01 9.37E-01 9.34E-01 9.33E-01 9.20E-01 8.88E-01 INC_VEC: -3.08E+00 -3.08E+00 -3.07E+00 -3.07E+00 -3.07E+00 -3.06E+00 -2.98E+00 -2.38E+00 -2.10E+00 -2.08E+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 1.9676815 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 55 Luminosity of star (d=1,ND)(iteration 14) is: 5.35564677E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 103 is 1.25E+02 (LAMBDA) --- iteration 14 Maximum % decrease at depth 103 is 2.54E+00 (LAMBDA) --- iteration 14 Maximm changes as returned by SOLVEBA_V9 is 124.63323445324745 DEC_VEC: 2.54E-02 2.14E-02 2.11E-02 2.08E-02 1.93E-02 1.87E-02 1.72E-02 1.71E-02 1.71E-02 1.70E-02 INC_VEC: -1.25E+00 -1.25E+00 -1.25E+00 -1.24E+00 -1.24E+00 -1.24E+00 -1.24E+00 -1.24E+00 -1.22E+00 -1.19E+00 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 1.7858548 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 55 Luminosity of star (d=1,ND)(iteration 15) is: 5.35249471E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 103 is 9.22E+01 (BA computed) --- iteration 15 Maximum % decrease at depth 103 is 9.03E+02 (BA computed) --- iteration 15 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 9.03E+00 8.94E+00 8.93E+00 8.91E+00 8.90E+00 8.86E+00 8.85E+00 8.74E+00 8.55E+00 8.10E+00 INC_VEC: -9.22E-01 -8.83E-01 -7.68E-01 -7.34E-01 -6.90E-01 -6.45E-01 -5.58E-01 -5.45E-01 -5.32E-01 -4.84E-01 The minimum value of scale for Major species is: 3.5688E-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 2.7130680 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 55 Luminosity of star (d=1,ND)(iteration 16) is: 5.35248876E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 104 is 4.27E+02 (LAMBDA) --- iteration 16 Maximum % decrease at depth 102 is 7.58E+01 (LAMBDA) --- iteration 16 Maximm changes as returned by SOLVEBA_V9 is 427.35270215823948 DEC_VEC: 7.58E-01 7.57E-01 7.56E-01 7.54E-01 7.52E-01 7.40E-01 7.35E-01 6.93E-01 6.76E-01 6.21E-01 INC_VEC: -4.27E+00 -3.15E+00 -2.64E+00 -2.59E+00 -2.54E+00 -2.51E+00 -2.47E+00 -2.46E+00 -2.45E+00 -2.44E+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 2.0227635 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 55 Luminosity of star (d=1,ND)(iteration 17) is: 5.34699447E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 103 is 1.35E+02 (LAMBDA) --- iteration 17 Maximum % decrease at depth 103 is 2.63E+00 (LAMBDA) --- iteration 17 Maximm changes as returned by SOLVEBA_V9 is 134.73451409110589 DEC_VEC: 2.63E-02 2.29E-02 2.03E-02 1.71E-02 1.66E-02 1.60E-02 1.54E-02 1.48E-02 1.47E-02 1.42E-02 INC_VEC: -1.35E+00 -1.35E+00 -1.35E+00 -1.35E+00 -1.35E+00 -1.34E+00 -1.34E+00 -1.34E+00 -1.32E+00 -1.28E+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 1.7777050 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 55 Luminosity of star (d=1,ND)(iteration 18) is: 5.34467741E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 102 is 4.26E+02 (BA computed) --- iteration 18 Maximum % decrease at depth 103 is 8.51E+02 (BA computed) --- iteration 18 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 8.51E+00 7.73E+00 7.59E+00 7.56E+00 7.55E+00 7.54E+00 7.52E+00 7.50E+00 7.50E+00 7.47E+00 INC_VEC: -4.26E+00 -3.31E+00 -2.61E+00 -1.82E+00 -1.65E+00 -1.43E+00 -9.02E-01 -7.15E-01 -6.78E-01 -5.33E-01 The minimum value of scale for Major species is: 4.2713E-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 2.7070725 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 55 Luminosity of star (d=1,ND)(iteration 19) is: 5.35585104E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 102 is 2.87E+02 (LAMBDA) --- iteration 19 Maximum % decrease at depth 104 is 6.88E+01 (LAMBDA) --- iteration 19 Maximm changes as returned by SOLVEBA_V9 is 286.79704290594776 DEC_VEC: 6.88E-01 6.87E-01 6.85E-01 6.83E-01 6.83E-01 6.78E-01 6.66E-01 6.65E-01 6.13E-01 6.04E-01 INC_VEC: -2.87E+00 -2.80E+00 -2.79E+00 -2.78E+00 -2.77E+00 -2.77E+00 -2.73E+00 -2.71E+00 -2.64E+00 -2.60E+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 2.0266979 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 55 Luminosity of star (d=1,ND)(iteration 20) is: 5.35055643E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 102 is 5.85E+01 (BA computed) --- iteration 20 Maximum % decrease at depth 103 is 7.96E+02 (BA computed) --- iteration 20 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 7.96E+00 7.96E+00 7.94E+00 7.93E+00 7.91E+00 7.89E+00 7.89E+00 7.76E+00 7.73E+00 7.55E+00 INC_VEC: -5.85E-01 -5.00E-01 -4.66E-01 -4.57E-01 -3.28E-01 -3.28E-01 -3.04E-01 -2.78E-01 -2.76E-01 -2.75E-01 The minimum value of scale for Major species is: 5.0506E-01 ******************************************************************************** ******************************************************************************** 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 2.6749415 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 55 Luminosity of star (d=1,ND)(iteration 21) is: 5.34378981E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 102 is 4.46E+02 (LAMBDA) --- iteration 21 Maximum % decrease at depth 103 is 1.14E+01 (LAMBDA) --- iteration 21 Maximm changes as returned by SOLVEBA_V9 is 445.80741635613271 DEC_VEC: 1.14E-01 1.11E-01 1.05E-01 9.99E-02 8.81E-02 4.42E-02 3.69E-02 3.59E-02 3.58E-02 3.58E-02 INC_VEC: -4.46E+00 -4.23E+00 -4.23E+00 -4.16E+00 -4.11E+00 -3.96E+00 -3.86E+00 -3.80E+00 -3.77E+00 -3.76E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** 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 1.8635129 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 55 Luminosity of star (d=1,ND)(iteration 22) is: 5.34129954E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 103 is 1.28E+02 (LAMBDA) --- iteration 22 Maximum % decrease at depth 103 is 1.92E+00 (LAMBDA) --- iteration 22 Maximm changes as returned by SOLVEBA_V9 is 128.31840276704395 DEC_VEC: 1.92E-02 1.66E-02 1.27E-02 1.10E-02 1.09E-02 1.08E-02 1.06E-02 1.02E-02 1.02E-02 9.83E-03 INC_VEC: -1.28E+00 -1.28E+00 -1.28E+00 -1.28E+00 -1.28E+00 -1.28E+00 -1.27E+00 -1.27E+00 -1.25E+00 -1.22E+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 1.7584075 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 55 Luminosity of star (d=1,ND)(iteration 23) is: 5.34024924E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 103 is 1.01E+03 (BA computed) --- iteration 23 Maximum % decrease at depth 103 is 3.91E+02 (BA computed) --- iteration 23 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 3.91E+00 3.91E+00 3.90E+00 3.89E+00 3.89E+00 3.88E+00 3.83E+00 3.81E+00 3.72E+00 3.55E+00 INC_VEC: -1.01E+01 -5.84E+00 -4.00E+00 -2.50E+00 -2.07E+00 -1.73E+00 -1.54E+00 -4.71E-01 -3.07E-01 -2.83E-01 The minimum value of scale for Major species is: 9.3232E-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 2.6725059 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 55 Luminosity of star (d=1,ND)(iteration 24) is: 5.34897164E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 103 is 2.65E+02 (LAMBDA) --- iteration 24 Maximum % decrease at depth 103 is 7.74E+01 (LAMBDA) --- iteration 24 Maximm changes as returned by SOLVEBA_V9 is 342.75518484237108 DEC_VEC: 7.74E-01 7.73E-01 7.72E-01 7.70E-01 7.67E-01 7.57E-01 7.41E-01 7.14E-01 6.82E-01 6.38E-01 INC_VEC: -2.65E+00 -2.63E+00 -2.42E+00 -2.42E+00 -2.41E+00 -2.35E+00 -2.32E+00 -2.31E+00 -2.30E+00 -2.29E+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 2.0380328 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 55 Luminosity of star (d=1,ND)(iteration 25) is: 5.34525256E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 103 is 7.22E+01 (BA computed) --- iteration 25 Maximum % decrease at depth 103 is 1.51E+02 (BA computed) --- iteration 25 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.51E+00 1.51E+00 1.51E+00 1.51E+00 1.51E+00 1.50E+00 1.45E+00 1.41E+00 1.39E+00 1.33E+00 INC_VEC: -7.22E-01 -5.57E-01 -3.29E-01 -3.24E-01 -3.15E-01 -2.69E-01 -2.68E-01 -2.47E-01 -2.35E-01 -2.27E-01 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 2.6414051 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 55 Luminosity of star (d=1,ND)(iteration 26) is: 5.34103925E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 103 is 4.78E+02 (LAMBDA) --- iteration 26 Maximum % decrease at depth 96 is 2.39E+00 (LAMBDA) --- iteration 26 Maximm changes as returned by SOLVEBA_V9 is 477.84141630614363 DEC_VEC: 2.39E-02 2.38E-02 2.37E-02 2.35E-02 2.32E-02 2.31E-02 2.28E-02 2.24E-02 2.19E-02 2.15E-02 INC_VEC: -4.78E+00 -4.52E+00 -4.37E+00 -4.01E+00 -3.84E+00 -3.75E+00 -3.73E+00 -3.71E+00 -3.70E+00 -3.69E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** 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 1.7460421 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 55 Luminosity of star (d=1,ND)(iteration 27) is: 5.33926332E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 103 is 1.45E+01 (LAMBDA) --- iteration 27 Maximum % decrease at depth 102 is 7.03E-01 (LAMBDA) --- iteration 27 Maximm changes as returned by SOLVEBA_V9 is 14.536232391587307 DEC_VEC: 7.03E-03 6.89E-03 5.92E-03 5.91E-03 5.73E-03 5.52E-03 5.42E-03 5.22E-03 5.22E-03 4.33E-03 INC_VEC: -1.45E-01 -1.44E-01 -1.44E-01 -1.43E-01 -1.43E-01 -1.42E-01 -1.42E-01 -1.42E-01 -1.41E-01 -1.41E-01 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 1.7185012 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 55 Luminosity of star (d=1,ND)(iteration 28) is: 5.33868333E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 105 is 1.60E+01 (BA computed) --- iteration 28 Maximum % decrease at depth 104 is 7.65E+01 (BA computed) --- iteration 28 Maximm changes as returned by SOLVEBA_V9 is 326.29054232523515 DEC_VEC: 7.65E-01 7.64E-01 7.64E-01 7.62E-01 7.61E-01 7.61E-01 7.58E-01 7.50E-01 7.42E-01 7.32E-01 INC_VEC: -1.60E-01 -1.55E-01 -1.32E-01 -1.23E-01 -1.16E-01 -1.13E-01 -1.06E-01 -1.03E-01 -9.75E-02 -9.67E-02 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 2.4308197 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 55 Luminosity of star (d=1,ND)(iteration 29) is: 5.33373607E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 8.08E+00 (BA not computed) --- iteration 29 Maximum % decrease at depth 105 is 8.79E+01 (BA not computed) --- iteration 29 Maximm changes as returned by SOLVEBA_V9 is 724.65946535985358 DEC_VEC: 8.79E-01 8.23E-01 8.20E-01 8.20E-01 8.16E-01 8.14E-01 8.11E-01 8.09E-01 8.05E-01 7.99E-01 INC_VEC: -8.08E-02 -7.53E-02 -7.39E-02 -6.76E-02 -6.32E-02 -6.22E-02 -6.17E-02 -5.50E-02 -5.33E-02 -5.29E-02 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 2.1872599 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 55 Luminosity of star (d=1,ND)(iteration 30) is: 5.33165026E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 105 is 7.88E+02 (LAMBDA) --- iteration 30 Maximum % decrease at depth 150 is 1.27E+00 (LAMBDA) --- iteration 30 Maximm changes as returned by SOLVEBA_V9 is 787.89802692379715 DEC_VEC: 1.27E-02 1.27E-02 1.27E-02 1.27E-02 1.26E-02 1.26E-02 1.25E-02 1.24E-02 1.17E-02 9.97E-03 INC_VEC: -7.88E+00 -5.47E+00 -5.34E+00 -5.12E+00 -4.96E+00 -4.88E+00 -4.62E+00 -4.50E+00 -4.32E+00 -4.21E+00 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 1.7216861 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 55 Luminosity of star (d=1,ND)(iteration 31) is: 5.33130574E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 104 is 2.08E+00 (LAMBDA) --- iteration 31 Maximum % decrease at depth 101 is 3.45E-01 (LAMBDA) --- iteration 31 Maximm changes as returned by SOLVEBA_V9 is 2.0113639730534216 DEC_VEC: 3.45E-03 3.05E-03 2.80E-03 2.73E-03 2.71E-03 2.70E-03 2.66E-03 2.65E-03 2.63E-03 2.59E-03 INC_VEC: -2.08E-02 -2.05E-02 -2.03E-02 -2.02E-02 -2.02E-02 -2.02E-02 -2.02E-02 -2.02E-02 -2.01E-02 -2.01E-02 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 1.7156909 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 55 Luminosity of star (d=1,ND)(iteration 32) is: 5.33118629E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 105 is 6.63E+00 (BA computed) --- iteration 32 Maximum % decrease at depth 104 is 2.71E+01 (BA computed) --- iteration 32 Maximm changes as returned by SOLVEBA_V9 is 37.236071301074077 DEC_VEC: 2.71E-01 2.71E-01 2.70E-01 2.70E-01 2.70E-01 2.69E-01 2.68E-01 2.63E-01 2.60E-01 2.59E-01 INC_VEC: -6.63E-02 -6.35E-02 -5.46E-02 -5.29E-02 -5.14E-02 -5.06E-02 -4.50E-02 -4.49E-02 -4.35E-02 -3.86E-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 1.9309602 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 55 Luminosity of star (d=1,ND)(iteration 33) is: 5.33220547E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 3.72E+00 (BA not computed) --- iteration 33 Maximum % decrease at depth 104 is 2.56E+01 (BA not computed) --- iteration 33 Maximm changes as returned by SOLVEBA_V9 is 34.344040532866032 DEC_VEC: 2.56E-01 2.55E-01 2.55E-01 2.54E-01 2.52E-01 2.51E-01 2.51E-01 2.50E-01 2.49E-01 2.49E-01 INC_VEC: -3.72E-02 -3.32E-02 -3.26E-02 -3.16E-02 -2.84E-02 -2.80E-02 -2.80E-02 -2.80E-02 -2.80E-02 -2.79E-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 1.8296019 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 55 Luminosity of star (d=1,ND)(iteration 34) is: 5.33159761E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 2.60E+00 (BA not computed) --- iteration 34 Maximum % decrease at depth 104 is 1.44E+01 (BA not computed) --- iteration 34 Maximm changes as returned by SOLVEBA_V9 is 16.773377198960524 DEC_VEC: 1.44E-01 1.44E-01 1.43E-01 1.43E-01 1.42E-01 1.41E-01 1.40E-01 1.40E-01 1.40E-01 1.40E-01 INC_VEC: -2.60E-02 -2.34E-02 -2.30E-02 -2.22E-02 -1.97E-02 -1.94E-02 -1.90E-02 -1.78E-02 -1.73E-02 -1.66E-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 1.8058079 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 55 Luminosity of star (d=1,ND)(iteration 35) is: 5.33145357E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 105 is 2.04E+00 (BA computed) --- iteration 35 Maximum % decrease at depth 107 is 3.08E+00 (BA computed) --- iteration 35 Maximm changes as returned by SOLVEBA_V9 is 3.1018675903994151 DEC_VEC: 3.08E-02 3.08E-02 3.08E-02 3.08E-02 3.06E-02 3.05E-02 3.01E-02 3.01E-02 3.01E-02 3.01E-02 INC_VEC: -2.04E-02 -1.90E-02 -1.85E-02 -1.75E-02 -1.57E-02 -1.54E-02 -1.49E-02 -1.37E-02 -1.33E-02 -1.30E-02 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 1.7541920 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 55 Luminosity of star (d=1,ND)(iteration 36) is: 5.33132875E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 1.28E+00 (BA not computed) --- iteration 36 Maximum % decrease at depth 104 is 8.17E+00 (BA not computed) --- iteration 36 Maximm changes as returned by SOLVEBA_V9 is 8.6452225180931315 DEC_VEC: 8.17E-02 8.16E-02 8.14E-02 8.12E-02 8.07E-02 8.02E-02 8.01E-02 7.99E-02 7.96E-02 7.96E-02 INC_VEC: -1.28E-02 -1.15E-02 -1.13E-02 -1.10E-02 -9.77E-03 -9.64E-03 -9.37E-03 -8.83E-03 -8.56E-03 -8.23E-03 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 1.7366744 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 55 Luminosity of star (d=1,ND)(iteration 37) is: 5.33120298E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 8.95E-01 (BA not computed) --- iteration 37 Maximum % decrease at depth 104 is 5.34E+00 (BA not computed) --- iteration 37 Maximm changes as returned by SOLVEBA_V9 is 5.4753868167953010 DEC_VEC: 5.34E-02 5.34E-02 5.32E-02 5.31E-02 5.28E-02 5.23E-02 5.22E-02 5.22E-02 5.21E-02 5.19E-02 INC_VEC: -8.95E-03 -8.10E-03 -7.95E-03 -7.69E-03 -6.84E-03 -6.75E-03 -6.56E-03 -6.16E-03 -5.98E-03 -5.75E-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 1.7189696 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 55 Luminosity of star (d=1,ND)(iteration 38) is: 5.33114054E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 6.29E-01 (BA not computed) --- iteration 38 Maximum % decrease at depth 104 is 3.60E+00 (BA not computed) --- iteration 38 Maximm changes as returned by SOLVEBA_V9 is 3.6370855059897247 DEC_VEC: 3.60E-02 3.60E-02 3.59E-02 3.58E-02 3.56E-02 3.53E-02 3.53E-02 3.52E-02 3.52E-02 3.51E-02 INC_VEC: -6.29E-03 -5.71E-03 -5.60E-03 -5.41E-03 -4.82E-03 -4.75E-03 -4.62E-03 -4.33E-03 -4.21E-03 -4.05E-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 1.7163466 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 55 Luminosity of star (d=1,ND)(iteration 39) is: 5.33109486E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 4.43E-01 (BA not computed) --- iteration 39 Maximum % decrease at depth 104 is 2.45E+00 (BA not computed) --- iteration 39 Maximm changes as returned by SOLVEBA_V9 is 2.4590629712821994 DEC_VEC: 2.45E-02 2.45E-02 2.44E-02 2.44E-02 2.42E-02 2.42E-02 2.41E-02 2.41E-02 2.40E-02 2.40E-02 INC_VEC: -4.43E-03 -4.03E-03 -3.95E-03 -3.82E-03 -3.40E-03 -3.35E-03 -3.25E-03 -3.05E-03 -2.96E-03 -2.85E-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 1.7144730 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 55 Luminosity of star (d=1,ND)(iteration 40) is: 5.33106046E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 3.12E-01 (BA not computed) --- iteration 40 Maximum % decrease at depth 104 is 1.68E+00 (BA not computed) --- iteration 40 Maximm changes as returned by SOLVEBA_V9 is 1.6772681832422045 DEC_VEC: 1.68E-02 1.68E-02 1.68E-02 1.68E-02 1.67E-02 1.67E-02 1.66E-02 1.66E-02 1.65E-02 1.65E-02 INC_VEC: -3.12E-03 -2.84E-03 -2.78E-03 -2.69E-03 -2.40E-03 -2.36E-03 -2.29E-03 -2.15E-03 -2.09E-03 -2.01E-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 1.7146604 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 55 Luminosity of star (d=1,ND)(iteration 41) is: 5.33103556E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 2.20E-01 (BA not computed) --- iteration 41 Maximum % decrease at depth 104 is 1.16E+00 (BA not computed) --- iteration 41 Maximm changes as returned by SOLVEBA_V9 is 1.1538258015636027 DEC_VEC: 1.16E-02 1.16E-02 1.16E-02 1.16E-02 1.15E-02 1.15E-02 1.15E-02 1.15E-02 1.15E-02 1.14E-02 INC_VEC: -2.20E-03 -2.00E-03 -1.96E-03 -1.90E-03 -1.69E-03 -1.67E-03 -1.61E-03 -1.51E-03 -1.47E-03 -1.42E-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 1.7145667 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 55 Luminosity of star (d=1,ND)(iteration 42) is: 5.33101766E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 1.55E-01 (BA not computed) --- iteration 42 Maximum % decrease at depth 104 is 8.08E-01 (BA not computed) --- iteration 42 Maximm changes as returned by SOLVEBA_V9 is 0.79874142036778417 DEC_VEC: 8.08E-03 8.08E-03 8.06E-03 8.04E-03 8.03E-03 8.02E-03 8.00E-03 7.99E-03 7.98E-03 7.92E-03 INC_VEC: -1.55E-03 -1.41E-03 -1.38E-03 -1.34E-03 -1.19E-03 -1.17E-03 -1.13E-03 -1.06E-03 -1.04E-03 -9.98E-04 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 1.7146604 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 55 Luminosity of star (d=1,ND)(iteration 43) is: 5.33100510E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 1.09E-01 (BA not computed) --- iteration 43 Maximum % decrease at depth 104 is 5.64E-01 (BA not computed) --- iteration 43 Maximm changes as returned by SOLVEBA_V9 is 0.55605102736245249 DEC_VEC: 5.64E-03 5.63E-03 5.62E-03 5.61E-03 5.61E-03 5.60E-03 5.58E-03 5.57E-03 5.57E-03 5.53E-03 INC_VEC: -1.09E-03 -9.90E-04 -9.71E-04 -9.41E-04 -8.37E-04 -8.26E-04 -7.98E-04 -7.49E-04 -7.29E-04 -7.03E-04 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 1.7146604 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 55 Luminosity of star (d=1,ND)(iteration 44) is: 5.33099626E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 7.67E-02 (BA not computed) --- iteration 44 Maximum % decrease at depth 104 is 3.94E-01 (BA not computed) --- iteration 44 Maximm changes as returned by SOLVEBA_V9 is 0.38843492059944706 DEC_VEC: 3.94E-03 3.94E-03 3.93E-03 3.92E-03 3.92E-03 3.92E-03 3.91E-03 3.90E-03 3.90E-03 3.87E-03 INC_VEC: -7.67E-04 -6.97E-04 -6.83E-04 -6.62E-04 -5.89E-04 -5.81E-04 -5.61E-04 -5.27E-04 -5.13E-04 -4.94E-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 1.7147541 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 55 Luminosity of star (d=1,ND)(iteration 45) is: 5.33099002E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 5.40E-02 (BA not computed) --- iteration 45 Maximum % decrease at depth 104 is 2.76E-01 (BA not computed) --- iteration 45 Maximm changes as returned by SOLVEBA_V9 is 0.27194629256719710 DEC_VEC: 2.76E-03 2.76E-03 2.75E-03 2.75E-03 2.75E-03 2.75E-03 2.74E-03 2.73E-03 2.73E-03 2.71E-03 INC_VEC: -5.40E-04 -4.90E-04 -4.81E-04 -4.66E-04 -4.15E-04 -4.09E-04 -3.95E-04 -3.71E-04 -3.61E-04 -3.48E-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 1.7148478 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 55 Luminosity of star (d=1,ND)(iteration 46) is: 5.33098562E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 3.80E-02 (BA not computed) --- iteration 46 Maximum % decrease at depth 104 is 1.94E-01 (BA not computed) --- iteration 46 Maximm changes as returned by SOLVEBA_V9 is 0.19065353964138756 DEC_VEC: 1.94E-03 1.93E-03 1.93E-03 1.93E-03 1.93E-03 1.93E-03 1.92E-03 1.92E-03 1.91E-03 1.90E-03 INC_VEC: -3.80E-04 -3.45E-04 -3.38E-04 -3.28E-04 -2.92E-04 -2.88E-04 -2.78E-04 -2.61E-04 -2.54E-04 -2.45E-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 1.7148478 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 55 Luminosity of star (d=1,ND)(iteration 47) is: 5.33098253E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 2.67E-02 (BA not computed) --- iteration 47 Maximum % decrease at depth 104 is 1.36E-01 (BA not computed) --- iteration 47 Maximm changes as returned by SOLVEBA_V9 is 0.13381639032252171 DEC_VEC: 1.36E-03 1.36E-03 1.35E-03 1.35E-03 1.35E-03 1.35E-03 1.35E-03 1.35E-03 1.34E-03 1.34E-03 INC_VEC: -2.67E-04 -2.43E-04 -2.38E-04 -2.31E-04 -2.05E-04 -2.03E-04 -1.95E-04 -1.84E-04 -1.79E-04 -1.72E-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 1.7148478 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 55 Luminosity of star (d=1,ND)(iteration 48) is: 5.33098035E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 1.88E-02 (BA not computed) --- iteration 48 Maximum % decrease at depth 104 is 9.55E-02 (BA not computed) --- iteration 48 Maximm changes as returned by SOLVEBA_V9 is 9.39929289500526371E-002 DEC_VEC: 9.55E-04 9.54E-04 9.52E-04 9.52E-04 9.50E-04 9.50E-04 9.48E-04 9.45E-04 9.44E-04 9.39E-04 INC_VEC: -1.88E-04 -1.71E-04 -1.67E-04 -1.63E-04 -1.45E-04 -1.43E-04 -1.37E-04 -1.29E-04 -1.26E-04 -1.21E-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 1.7148478 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 55 Luminosity of star (d=1,ND)(iteration 49) is: 5.33097882E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 1.32E-02 (BA not computed) --- iteration 49 Maximum % decrease at depth 104 is 6.71E-02 (BA not computed) --- iteration 49 Maximm changes as returned by SOLVEBA_V9 is 6.60568385142521058E-002 DEC_VEC: 6.71E-04 6.70E-04 6.69E-04 6.69E-04 6.68E-04 6.68E-04 6.67E-04 6.65E-04 6.64E-04 6.60E-04 INC_VEC: -1.32E-04 -1.20E-04 -1.18E-04 -1.14E-04 -1.02E-04 -1.00E-04 -9.67E-05 -9.09E-05 -8.86E-05 -8.53E-05 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 1.7148478 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 55 Luminosity of star (d=1,ND)(iteration 50) is: 5.33097775E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 9.31E-03 (BA not computed) --- iteration 50 Maximum % decrease at depth 104 is 4.72E-02 (BA not computed) --- iteration 50 Maximm changes as returned by SOLVEBA_V9 is 4.64419956207295162E-002 DEC_VEC: 4.72E-04 4.71E-04 4.70E-04 4.70E-04 4.70E-04 4.69E-04 4.69E-04 4.67E-04 4.67E-04 4.64E-04 INC_VEC: -9.31E-05 -8.46E-05 -8.29E-05 -8.05E-05 -7.16E-05 -7.06E-05 -6.81E-05 -6.40E-05 -6.24E-05 -6.00E-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 1.7148478 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 55 Luminosity of star (d=1,ND)(iteration 51) is: 5.33097699E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 6.55E-03 (BA not computed) --- iteration 51 Maximum % decrease at depth 104 is 3.32E-02 (BA not computed) --- iteration 51 Maximm changes as returned by SOLVEBA_V9 is 3.26600965018034664E-002 DEC_VEC: 3.32E-04 3.31E-04 3.31E-04 3.31E-04 3.30E-04 3.30E-04 3.30E-04 3.29E-04 3.28E-04 3.26E-04 INC_VEC: -6.55E-05 -5.95E-05 -5.84E-05 -5.66E-05 -5.04E-05 -4.97E-05 -4.79E-05 -4.50E-05 -4.39E-05 -4.23E-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 1.7148478 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 55 Luminosity of star (d=1,ND)(iteration 52) is: 5.33097645E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 4.61E-03 (BA not computed) --- iteration 52 Maximum % decrease at depth 104 is 2.33E-02 (BA not computed) --- iteration 52 Maximm changes as returned by SOLVEBA_V9 is 2.29730836388045319E-002 DEC_VEC: 2.33E-04 2.33E-04 2.33E-04 2.33E-04 2.32E-04 2.32E-04 2.32E-04 2.31E-04 2.31E-04 2.30E-04 INC_VEC: -4.61E-05 -4.19E-05 -4.11E-05 -3.99E-05 -3.55E-05 -3.50E-05 -3.37E-05 -3.17E-05 -3.09E-05 -2.97E-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 1.7148478 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 55 Luminosity of star (d=1,ND)(iteration 53) is: 5.33097608E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 3.24E-03 (BA not computed) --- iteration 53 Maximum % decrease at depth 104 is 1.64E-02 (BA not computed) --- iteration 53 Maximm changes as returned by SOLVEBA_V9 is 1.61614312227667152E-002 DEC_VEC: 1.64E-04 1.64E-04 1.64E-04 1.64E-04 1.64E-04 1.63E-04 1.63E-04 1.63E-04 1.62E-04 1.62E-04 INC_VEC: -3.24E-05 -2.95E-05 -2.89E-05 -2.80E-05 -2.50E-05 -2.46E-05 -2.37E-05 -2.23E-05 -2.17E-05 -2.09E-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 1.7148478 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 55 Luminosity of star (d=1,ND)(iteration 54) is: 5.33097581E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 2.28E-03 (BA not computed) --- iteration 54 Maximum % decrease at depth 104 is 1.16E-02 (BA not computed) --- iteration 54 Maximm changes as returned by SOLVEBA_V9 is 1.13707142308824734E-002 DEC_VEC: 1.16E-04 1.15E-04 1.15E-04 1.15E-04 1.15E-04 1.15E-04 1.15E-04 1.14E-04 1.14E-04 1.14E-04 INC_VEC: -2.28E-05 -2.07E-05 -2.03E-05 -1.97E-05 -1.76E-05 -1.73E-05 -1.67E-05 -1.57E-05 -1.53E-05 -1.47E-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 1.7148478 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 55 Luminosity of star (d=1,ND)(iteration 55) is: 5.33097563E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 105 is 1.61E-03 (BA not computed) --- iteration 55 Maximum % decrease at depth 104 is 8.13E-03 (BA not computed) --- iteration 55 Maximm changes as returned by SOLVEBA_V9 is 8.00069983766553763E-003 DEC_VEC: 8.13E-05 8.12E-05 8.11E-05 8.10E-05 8.10E-05 8.09E-05 8.08E-05 8.05E-05 8.04E-05 8.00E-05 INC_VEC: -1.61E-05 -1.46E-05 -1.43E-05 -1.39E-05 -1.24E-05 -1.22E-05 -1.17E-05 -1.10E-05 -1.08E-05 -1.04E-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 Tau(Nu= 1.3191E+01) at outer boundary is: 1.022E+03 Tau(Nu= 1.1600E+01) at outer boundary is: 1.371E+03 Tau(Nu= 5.9619E+00) at outer boundary is: 6.608E+03 Tau(Nu= 3.2927E+00) at outer boundary is: 2.024E+04 Tau(Nu= 8.3025E-01) at outer boundary is: 2.352E-04 Average number of calls to FG_J_CMF is 1.7148478 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 55 Luminosity of star (d=1,ND)(iteration 56) is: 5.33097550E+08 0.00000000E+00 Begin COMP_GREY_V4 150 15 165 9.02829408687301521E-009 2.36957761332791029E-008 10 Current accuracy is 0.33119559424434175 Current accuracy is NaN Grey solution was successfully computed BA matrix **NOT** computed Maximum % increase at depth 105 is 1.13E-03 (BA not computed) --- iteration 56 Maximum % decrease at depth 104 is 5.72E-03 (BA not computed) --- iteration 56 Maximm changes as returned by SOLVEBA_V9 is 5.62963596952460472E-003 DEC_VEC: 5.72E-05 5.71E-05 5.71E-05 5.70E-05 5.70E-05 5.69E-05 5.68E-05 5.67E-05 5.66E-05 5.63E-05 INC_VEC: -1.13E-05 -1.03E-05 -1.01E-05 -9.78E-06 -8.70E-06 -8.57E-06 -8.27E-06 -7.77E-06 -7.57E-06 -7.29E-06 The minimum value of scale for Major species is: 1.0000E+00 1122346884 0.40921134452226815 0.40771200971331084 0.40714902748716514 0.40734605737467072 0.40797561957626055 0.40891120257880836 0.41007852703395925 0.41142957484977460 0.41293162782283577 0.41456167798906651 0.41630314054793521 0.41814361852185655 0.42007390522325994 0.42208680835091372 0.42417657692150013 0.42633780611084660 0.42855761296411371 0.43102795030496083 0.43362706845967641 0.43637301725652344 0.43921425454277974 0.44214241831024131 0.44515520427486016 0.44825221763548928 0.45143481819966763 0.45470545076857466 0.45847418316419397 0.46297317398426252 0.46795353361042219 0.47340749435388779 0.47910710336449969 0.48507689411517219 0.49184214577268054 0.49918168080411102 0.50831910924409984 0.51724586064148104 0.52480723399760454 0.53080807164967825 0.53598041407585906 0.53956656285551352 0.54217656444450113 0.54407906718579269 0.54553138315734995 0.54651953617746052 0.54719798121266827 0.54764756831847305 0.54794933749519592 0.54814538908234500 0.54821353769308401 0.54814718407266960 0.54795887162535961 0.54768878111041808 0.54738435146326370 0.54706093827981639 0.54674269432051326 0.54631749128455442 0.54589334328088901 0.54542137663596313 0.54498907607384262 0.54457712146042092 0.54421258034121511 0.54387489798901811 0.54358029757582249 0.54331087879336981 0.54298909144832497 0.54259429856923136 0.54222123301399527 0.54188070916251119 0.54156646044817736 0.54128866902277606 0.54098091230622658 0.54069416840730100 0.54027622499184935 0.53988312490535795 0.53944720794038203 0.53906263313616776 0.53851882019014974 0.53803149500340819 0.53748755042339114 0.53704674009135234 0.53669971344159650 0.53645226090953535 0.53629288814758969 0.53622644900131544 0.53625026397995457 0.53620238874135151 0.53615943458631077 0.53626614781945836 0.53654080317684805 0.53698286603237788 0.53761294725111142 0.53832796503464964 0.53929308291326739 0.54059884106548395 0.54228505720002529 0.54438485322406949 0.54711668070951280 0.55068175808721287 0.55556599312411559 0.56245384468988791 0.57256161353882451 0.58844486353218761 0.61568335148375686 0.66465792937031198 0.73049936134064009 0.79024908571794905 0.83778200076438047 0.87688297323479347 0.91000369673582693 0.93854594937250968 0.96373264876108278 0.98643909161471055 1.0071035455178801 1.0260352122504295 1.0435219354531342 1.0597679626208651 1.0748863629645911 1.0889681235620519 1.1021223994257809 1.1144155661507213 1.1258751344543141 1.1365315528865210 1.1464314692668045 1.1555964615316654 1.1640020822866886 1.1741857952655601 1.1919804576224493 1.2109110393971454 1.2245456455535426 1.2331924719276104 1.2401273834385171 1.2459694642877142 1.2510398344392391 1.2554676675362004 1.2594474550390362 1.2634496051809314 1.2676196003144531 1.2710872536149114 1.2735945432652975 1.2755094009615808 1.2770279566627682 1.2782377042852386 1.2792487077432682 1.2801971172233901 1.2811056098752287 1.2819417133760975 1.2826702602539006 1.2832330556173865 1.2830930616521032 1.5585730000000000 150 150 1 2 5 17