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 10108.973215871023 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 ): 0.70519142999999995 POP_HYDRO( 91 , 1 ): 0.70519142999999995 POP_SPECIES( 92 , 1 ): 0.70519142999999995 POP_HYDRO( 92 , 1 ): 0.70519142999999995 POP_SPECIES( 93 , 1 ): 0.70519142999999995 POP_HYDRO( 93 , 1 ): 0.70519142999999995 POP_SPECIES( 94 , 1 ): 0.70519142999999995 POP_HYDRO( 94 , 1 ): 0.70519142999999995 POP_SPECIES( 95 , 1 ): 0.70519142999999995 POP_HYDRO( 95 , 1 ): 0.70519142999999995 POP_SPECIES( 96 , 1 ): 0.70519142999999995 POP_HYDRO( 96 , 1 ): 0.70519142999999995 POP_SPECIES( 97 , 1 ): 0.70519142999999995 POP_HYDRO( 97 , 1 ): 0.70519142999999995 POP_SPECIES( 98 , 1 ): 0.70519142999999995 POP_HYDRO( 98 , 1 ): 0.70519142999999995 POP_SPECIES( 99 , 1 ): 0.70519142999999995 POP_HYDRO( 99 , 1 ): 0.70519142999999995 POP_SPECIES( 100 , 1 ): 0.70519142999999995 POP_HYDRO( 100 , 1 ): 0.70519142999999995 POP_SPECIES( 101 , 1 ): 0.70519142999999995 POP_HYDRO( 101 , 1 ): 0.70519142999999995 POP_SPECIES( 102 , 1 ): 0.70519142999999995 POP_HYDRO( 102 , 1 ): 0.70519142999999995 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 ): 0.70519142999999995 POP_HYDRO( 126 , 1 ): 0.70519142999999995 POP_SPECIES( 127 , 1 ): 0.70519142999999995 POP_HYDRO( 127 , 1 ): 0.70519142999999995 POP_SPECIES( 128 , 1 ): 0.43472520999999997 POP_HYDRO( 128 , 1 ): 0.43472520999999997 POP_SPECIES( 129 , 1 ): 9.01006929999999956E-002 POP_HYDRO( 129 , 1 ): 9.01006929999999956E-002 POP_SPECIES( 130 , 1 ): 7.03873389999999932E-002 POP_HYDRO( 130 , 1 ): 7.03873389999999932E-002 POP_SPECIES( 131 , 1 ): 9.24467320000000037E-002 POP_HYDRO( 131 , 1 ): 9.24467320000000037E-002 POP_SPECIES( 132 , 1 ): 9.81411279999999941E-002 POP_HYDRO( 132 , 1 ): 9.81411279999999941E-002 POP_SPECIES( 133 , 1 ): 0.10350680000000000 POP_HYDRO( 133 , 1 ): 0.10350680000000000 POP_SPECIES( 134 , 1 ): 0.10764840000000001 POP_HYDRO( 134 , 1 ): 0.10764840000000001 POP_SPECIES( 135 , 1 ): 0.14437351000000001 POP_HYDRO( 135 , 1 ): 0.14437351000000001 POP_SPECIES( 136 , 1 ): 0.32011999000000002 POP_HYDRO( 136 , 1 ): 0.32011999000000002 POP_SPECIES( 137 , 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 ): 15082376936.941526 POP_SPECIES( 78 , 1 ): 16381520353.004509 POP_SPECIES( 79 , 1 ): 17896853470.716049 POP_SPECIES( 80 , 1 ): 19423898653.589893 POP_SPECIES( 81 , 1 ): 20985495872.282921 POP_SPECIES( 82 , 1 ): 22567596422.961273 POP_SPECIES( 83 , 1 ): 24187051947.553787 POP_SPECIES( 84 , 1 ): 25833749008.777332 POP_SPECIES( 85 , 1 ): 27512962050.322216 POP_SPECIES( 86 , 1 ): 29662644315.837078 POP_SPECIES( 87 , 1 ): 32186577944.901585 POP_SPECIES( 88 , 1 ): 34749116341.076149 POP_SPECIES( 89 , 1 ): 37331669226.074593 POP_SPECIES( 90 , 1 ): 39969023169.692490 POP_SPECIES( 91 , 1 ): 42623742119.659477 POP_SPECIES( 92 , 1 ): 46024097182.458191 POP_SPECIES( 93 , 1 ): 49545088929.004723 POP_SPECIES( 94 , 1 ): 52937976872.961571 POP_SPECIES( 95 , 1 ): 56378973944.880829 POP_SPECIES( 96 , 1 ): 60607103427.772339 POP_SPECIES( 97 , 1 ): 65043952329.436966 POP_SPECIES( 98 , 1 ): 70540649591.557220 POP_SPECIES( 99 , 1 ): 75733927915.015091 POP_SPECIES( 100 , 1 ): 80089208035.432388 POP_SPECIES( 101 , 1 ): 84031348448.695618 POP_SPECIES( 102 , 1 ): 87261205616.284714 POP_SPECIES( 103 , 1 ): 90869892503.764404 POP_SPECIES( 104 , 1 ): 94908615036.794281 POP_SPECIES( 105 , 1 ): 98502134339.126007 POP_SPECIES( 106 , 1 ): 101759293159.98090 POP_SPECIES( 107 , 1 ): 105400771298.68837 POP_SPECIES( 108 , 1 ): 109230774412.94482 POP_SPECIES( 109 , 1 ): 111617432497.57970 POP_SPECIES( 110 , 1 ): 113578148404.88475 POP_SPECIES( 111 , 1 ): 116437564496.15555 POP_SPECIES( 112 , 1 ): 119427259662.98399 POP_SPECIES( 113 , 1 ): 121790551360.90332 POP_SPECIES( 114 , 1 ): 124135895079.31842 POP_SPECIES( 115 , 1 ): 126460921748.21507 POP_SPECIES( 116 , 1 ): 128644959088.46962 POP_SPECIES( 117 , 1 ): 130174385601.98657 POP_SPECIES( 118 , 1 ): 131701514236.24156 POP_SPECIES( 119 , 1 ): 133222639117.10555 POP_SPECIES( 120 , 1 ): 134440084026.55161 POP_SPECIES( 121 , 1 ): 135161566699.35806 POP_SPECIES( 122 , 1 ): 135776860455.96451 POP_SPECIES( 123 , 1 ): 136277592472.96553 POP_SPECIES( 124 , 1 ): 136143227839.27049 POP_SPECIES( 125 , 1 ): 135553305675.55115 POP_SPECIES( 126 , 1 ): 249493466962.76532 POP_SPECIES( 127 , 1 ): 416455614164.95435 POP_SPECIES( 128 , 1 ): 345422890206.89429 POP_SPECIES( 129 , 1 ): 89165579450.237869 POP_SPECIES( 130 , 1 ): 61893034139.727791 POP_SPECIES( 131 , 1 ): 67464166006.603737 POP_SPECIES( 132 , 1 ): 66817419867.699699 POP_SPECIES( 133 , 1 ): 65787039450.996254 POP_SPECIES( 134 , 1 ): 66199875511.278709 POP_SPECIES( 135 , 1 ): 85720865004.539841 POP_SPECIES( 136 , 1 ): 182454554214.87048 POP_SPECIES( 137 , 1 ): 233243533385.82947 POP_SPECIES( 138 , 1 ): 190113608909.06497 POP_SPECIES( 139 , 1 ): 157503377571.18372 POP_SPECIES( 140 , 1 ): 139055410636.88757 POP_SPECIES( 141 , 1 ): 124086859142.42900 POP_SPECIES( 142 , 1 ): 112697312081.23735 POP_SPECIES( 143 , 1 ): 115870650142.79095 POP_SPECIES( 144 , 1 ): 130344653978.01817 POP_SPECIES( 145 , 1 ): 145619273813.34482 POP_SPECIES( 146 , 1 ): 161694516204.53247 POP_SPECIES( 147 , 1 ): 178570457836.08939 POP_SPECIES( 148 , 1 ): 196247069412.01349 POP_SPECIES( 149 , 1 ): 214724217601.23184 POP_SPECIES( 150 , 1 ): 234001975928.23181 POP_SPECIES( 1 , 2 ): 2379620.4240969159 POP_SPECIES( 2 , 2 ): 3249969.2105231127 POP_SPECIES( 3 , 2 ): 4120497.3068155851 POP_SPECIES( 4 , 2 ): 4991203.4689386170 POP_SPECIES( 5 , 2 ): 5862088.1105126338 POP_SPECIES( 6 , 2 ): 6733150.8791844565 POP_SPECIES( 7 , 2 ): 7604388.7821351690 POP_SPECIES( 8 , 2 ): 8475807.5006903261 POP_SPECIES( 9 , 2 ): 9347402.0392487738 POP_SPECIES( 10 , 2 ): 10219177.851143910 POP_SPECIES( 11 , 2 ): 11091130.923859684 POP_SPECIES( 12 , 2 ): 11963262.006236607 POP_SPECIES( 13 , 2 ): 12835570.807970792 POP_SPECIES( 14 , 2 ): 13708054.784446647 POP_SPECIES( 15 , 2 ): 14580715.074235201 POP_SPECIES( 16 , 2 ): 15453559.751902847 POP_SPECIES( 17 , 2 ): 16326578.209766582 POP_SPECIES( 18 , 2 ): 17472363.582656417 POP_SPECIES( 19 , 2 ): 18645703.873190869 POP_SPECIES( 20 , 2 ): 19893970.658313308 POP_SPECIES( 21 , 2 ): 21142284.916582573 POP_SPECIES( 22 , 2 ): 22390652.809807155 POP_SPECIES( 23 , 2 ): 23639083.622616298 POP_SPECIES( 24 , 2 ): 24887562.474131379 POP_SPECIES( 25 , 2 ): 26136098.282795399 POP_SPECIES( 26 , 2 ): 27384693.189202115 POP_SPECIES( 27 , 2 ): 29064870.264979955 POP_SPECIES( 28 , 2 ): 31346688.670419648 POP_SPECIES( 29 , 2 ): 33905587.541276284 POP_SPECIES( 30 , 2 ): 36721277.555465825 POP_SPECIES( 31 , 2 ): 39536997.313107416 POP_SPECIES( 32 , 2 ): 42352690.140866563 POP_SPECIES( 33 , 2 ): 45630844.611480176 POP_SPECIES( 34 , 2 ): 49087487.930083394 POP_SPECIES( 35 , 2 ): 54187899.106769398 POP_SPECIES( 36 , 2 ): 59642365.886239827 POP_SPECIES( 37 , 2 ): 65096832.665710792 POP_SPECIES( 38 , 2 ): 70598077.052606061 POP_SPECIES( 39 , 2 ): 77900520.585400343 POP_SPECIES( 40 , 2 ): 85283243.303028181 POP_SPECIES( 41 , 2 ): 93220098.590477899 POP_SPECIES( 42 , 2 ): 101521455.86339851 POP_SPECIES( 43 , 2 ): 111058151.14576346 POP_SPECIES( 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POP_SPECIES( 68 , 2 ): 790234444.23642349 POP_SPECIES( 69 , 2 ): 847220446.53651273 POP_SPECIES( 70 , 2 ): 905370583.43347192 POP_SPECIES( 71 , 2 ): 970069022.65591812 POP_SPECIES( 72 , 2 ): 1036987046.8905667 POP_SPECIES( 73 , 2 ): 1120432743.7454140 POP_SPECIES( 74 , 2 ): 1206838476.7930620 POP_SPECIES( 75 , 2 ): 1304704884.4351513 POP_SPECIES( 76 , 2 ): 1404681991.9386327 POP_SPECIES( 77 , 2 ): 1532774861.1743176 POP_SPECIES( 78 , 2 ): 1664802748.9221802 POP_SPECIES( 79 , 2 ): 1818801320.8212957 POP_SPECIES( 80 , 2 ): 1973990153.3224554 POP_SPECIES( 81 , 2 ): 2132690401.3072257 POP_SPECIES( 82 , 2 ): 2293474338.8834190 POP_SPECIES( 83 , 2 ): 2458054545.7873735 POP_SPECIES( 84 , 2 ): 2625403224.9753976 POP_SPECIES( 85 , 2 ): 2796056401.6860180 POP_SPECIES( 86 , 2 ): 3014521896.2078381 POP_SPECIES( 87 , 2 ): 3271021387.9044728 POP_SPECIES( 88 , 2 ): 3531444161.5078769 POP_SPECIES( 89 , 2 ): 3793900945.0990138 POP_SPECIES( 90 , 2 ): 4061926989.1169939 POP_SPECIES( 91 , 2 ): 4331717784.4939489 POP_SPECIES( 92 , 2 ): 4677285249.1658401 POP_SPECIES( 93 , 2 ): 5035112643.2213545 POP_SPECIES( 94 , 2 ): 5379921247.9274673 POP_SPECIES( 95 , 2 ): 5729619033.0487175 POP_SPECIES( 96 , 2 ): 6159310626.6391554 POP_SPECIES( 97 , 2 ): 6610213722.8642187 POP_SPECIES( 98 , 2 ): 7168825897.7282238 POP_SPECIES( 99 , 2 ): 7696602553.5271425 POP_SPECIES( 100 , 2 ): 8139216069.2785673 POP_SPECIES( 101 , 2 ): 8539843486.9549828 POP_SPECIES( 102 , 2 ): 8868083783.0543690 POP_SPECIES( 103 , 2 ): 9234823360.3838787 POP_SPECIES( 104 , 2 ): 9645266117.2363529 POP_SPECIES( 105 , 2 ): 10010464260.260332 POP_SPECIES( 106 , 2 ): 10341479138.109615 POP_SPECIES( 107 , 2 ): 10711551187.884186 POP_SPECIES( 108 , 2 ): 11100782442.102005 POP_SPECIES( 109 , 2 ): 11343331048.972231 POP_SPECIES( 110 , 2 ): 11542592482.709558 POP_SPECIES( 111 , 2 ): 11833186009.224749 POP_SPECIES( 112 , 2 ): 12137019391.287024 POP_SPECIES( 113 , 2 ): 12377193345.255800 POP_SPECIES( 114 , 2 ): 12615543302.124651 POP_SPECIES( 115 , 2 ): 12851828500.707369 POP_SPECIES( 116 , 2 ): 13073785394.173464 POP_SPECIES( 117 , 2 ): 13229216233.870249 POP_SPECIES( 118 , 2 ): 13384413547.274630 POP_SPECIES( 119 , 2 ): 13539000717.973459 POP_SPECIES( 120 , 2 ): 13662725841.663546 POP_SPECIES( 121 , 2 ): 13736047872.287374 POP_SPECIES( 122 , 2 ): 13798578255.018623 POP_SPECIES( 123 , 2 ): 13849466085.965506 POP_SPECIES( 124 , 2 ): 13835811027.905380 POP_SPECIES( 125 , 2 ): 13775859080.915920 POP_SPECIES( 126 , 2 ): 25355241802.178444 POP_SPECIES( 127 , 2 ): 42323083347.922028 POP_SPECIES( 128 , 2 ): 111126319964.05063 POP_SPECIES( 129 , 2 ): 224388707267.42035 POP_SPECIES( 130 , 2 ): 203058130643.34152 POP_SPECIES( 131 , 2 ): 163815411758.38721 POP_SPECIES( 132 , 2 ): 151863696885.08096 POP_SPECIES( 133 , 2 ): 140927315141.24683 POP_SPECIES( 134 , 2 ): 135725764606.65607 POP_SPECIES( 135 , 2 ): 117496679656.25294 POP_SPECIES( 136 , 2 ): 46798648489.821899 POP_SPECIES( 137 , 2 ): 15997703.754456311 POP_SPECIES( 138 , 2 ): 4980145.4876963440 POP_SPECIES( 139 , 2 ): 107.32751525009030 POP_SPECIES( 140 , 2 ): 325.30619732127894 POP_SPECIES( 141 , 2 ): 2961.2674851353518 POP_SPECIES( 142 , 2 ): 7101.2202386214258 POP_SPECIES( 143 , 2 ): 19459.749813571987 POP_SPECIES( 144 , 2 ): 39399.803484784738 POP_SPECIES( 145 , 2 ): 60996.868740220641 POP_SPECIES( 146 , 2 ): 84250.961141975844 POP_SPECIES( 147 , 2 ): 109162.10836955051 POP_SPECIES( 148 , 2 ): 135730.30198027563 POP_SPECIES( 149 , 2 ): 163955.47860857940 POP_SPECIES( 150 , 2 ): 193837.64047482735 POP_SPECIES( 1 , 5 ): 16909.470006392836 POP_SPECIES( 2 , 5 ): 23085.893514182713 POP_SPECIES( 3 , 5 ): 29259.186841329316 POP_SPECIES( 4 , 5 ): 35429.331443109812 POP_SPECIES( 5 , 5 ): 41596.336949711986 POP_SPECIES( 6 , 5 ): 47760.194127181087 POP_SPECIES( 7 , 5 ): 53920.910488062436 POP_SPECIES( 8 , 5 ): 60078.478798047399 POP_SPECIES( 9 , 5 ): 66232.917899171342 POP_SPECIES( 10 , 5 ): 72384.205544285549 POP_SPECIES( 11 , 5 ): 78532.343871745630 POP_SPECIES( 12 , 5 ): 84677.346359154020 POP_SPECIES( 13 , 5 ): 90819.202924568905 POP_SPECIES( 14 , 5 ): 96957.918066051774 POP_SPECIES( 15 , 5 ): 103093.49227016793 POP_SPECIES( 16 , 5 ): 109225.92108707191 POP_SPECIES( 17 , 5 ): 115355.18821245598 POP_SPECIES( 18 , 5 ): 123432.00107420239 POP_SPECIES( 19 , 5 ): 131703.73663976596 POP_SPECIES( 20 , 5 ): 140510.35968111653 POP_SPECIES( 21 , 5 ): 149316.07701572872 POP_SPECIES( 22 , 5 ): 158120.85984223336 POP_SPECIES( 23 , 5 ): 166924.71930701472 POP_SPECIES( 24 , 5 ): 175727.65026261346 POP_SPECIES( 25 , 5 ): 184529.68986478113 POP_SPECIES( 26 , 5 ): 193330.83842858608 POP_SPECIES( 27 , 5 ): 205181.52943281224 POP_SPECIES( 28 , 5 ): 221284.22058556537 POP_SPECIES( 29 , 5 ): 239345.25623784072 POP_SPECIES( 30 , 5 ): 259221.68654927833 POP_SPECIES( 31 , 5 ): 279098.32682475634 POP_SPECIES( 32 , 5 ): 298974.77699765604 POP_SPECIES( 33 , 5 ): 322115.82184169715 POP_SPECIES( 34 , 5 ): 346516.84954271320 POP_SPECIES( 35 , 5 ): 382521.51156239118 POP_SPECIES( 36 , 5 ): 421025.51174772473 POP_SPECIES( 37 , 5 ): 459529.51193306182 POP_SPECIES( 38 , 5 ): 498363.72313218936 POP_SPECIES( 39 , 5 ): 549912.90264106099 POP_SPECIES( 40 , 5 ): 602028.78644435480 POP_SPECIES( 41 , 5 ): 658056.38544067659 POP_SPECIES( 42 , 5 ): 716657.06537846650 POP_SPECIES( 43 , 5 ): 783978.20450460853 POP_SPECIES( 44 , 5 ): 852713.45144278277 POP_SPECIES( 45 , 5 ): 924330.68182346388 POP_SPECIES( 46 , 5 ): 996789.15866813844 POP_SPECIES( 47 , 5 ): 1070361.2110118961 POP_SPECIES( 48 , 5 ): 1155730.7171824102 POP_SPECIES( 49 , 5 ): 1251492.8758818717 POP_SPECIES( 50 , 5 ): 1365080.2155254695 POP_SPECIES( 51 , 5 ): 1489005.8156621507 POP_SPECIES( 52 , 5 ): 1621853.1283572514 POP_SPECIES( 53 , 5 ): 1757930.5959461627 POP_SPECIES( 54 , 5 ): 1902667.9736339459 POP_SPECIES( 55 , 5 ): 2049113.2101756588 POP_SPECIES( 56 , 5 ): 2239071.5079419771 POP_SPECIES( 57 , 5 ): 2433101.8029099982 POP_SPECIES( 58 , 5 ): 2655834.4375610664 POP_SPECIES( 59 , 5 ): 2880572.9948828802 POP_SPECIES( 60 , 5 ): 3117723.1224760609 POP_SPECIES( 61 , 5 ): 3358621.9593957937 POP_SPECIES( 62 , 5 ): 3611357.0934897452 POP_SPECIES( 63 , 5 ): 3870002.7153206980 POP_SPECIES( 64 , 5 ): 4140036.0489909393 POP_SPECIES( 65 , 5 ): 4451399.6690712823 POP_SPECIES( 66 , 5 ): 4814720.5933573712 POP_SPECIES( 67 , 5 ): 5191094.7550463974 POP_SPECIES( 68 , 5 ): 5578398.1125081200 POP_SPECIES( 69 , 5 ): 5980671.9060496921 POP_SPECIES( 70 , 5 ): 6391163.5218910230 POP_SPECIES( 71 , 5 ): 6847880.7073706491 POP_SPECIES( 72 , 5 ): 7320266.3174968166 POP_SPECIES( 73 , 5 ): 7909323.5538993571 POP_SPECIES( 74 , 5 ): 8519276.1846134309 POP_SPECIES( 75 , 5 ): 9210131.6486474015 POP_SPECIES( 76 , 5 ): 9915886.8986989744 POP_SPECIES( 77 , 5 ): 10820116.048898244 POP_SPECIES( 78 , 5 ): 11752123.157905962 POP_SPECIES( 79 , 5 ): 12839225.028846374 POP_SPECIES( 80 , 5 ): 13934729.149959836 POP_SPECIES( 81 , 5 ): 15055020.944717329 POP_SPECIES( 82 , 5 ): 16190021.855444930 POP_SPECIES( 83 , 5 ): 17351821.271106116 POP_SPECIES( 84 , 5 ): 18533163.799164664 POP_SPECIES( 85 , 5 ): 19737833.332110543 POP_SPECIES( 86 , 5 ): 21280018.073837735 POP_SPECIES( 87 , 5 ): 23090691.211127244 POP_SPECIES( 88 , 5 ): 24929059.456549767 POP_SPECIES( 89 , 5 ): 26781786.121247925 POP_SPECIES( 90 , 5 ): 28673827.133833293 POP_SPECIES( 91 , 5 ): 30578325.823658306 POP_SPECIES( 92 , 5 ): 33017744.791952685 POP_SPECIES( 93 , 5 ): 35543708.667814538 POP_SPECIES( 94 , 5 ): 37977770.715727083 POP_SPECIES( 95 , 5 ): 40446346.312116839 POP_SPECIES( 96 , 5 ): 43479611.683081068 POP_SPECIES( 97 , 5 ): 46662612.625714526 POP_SPECIES( 98 , 5 ): 50605950.105639823 POP_SPECIES( 99 , 5 ): 54331614.460069932 POP_SPECIES( 100 , 5 ): 57456097.857176363 POP_SPECIES( 101 , 5 ): 60284194.312456273 POP_SPECIES( 102 , 5 ): 62601297.877815545 POP_SPECIES( 103 , 5 ): 65190174.357293434 POP_SPECIES( 104 , 5 ): 68087558.945902273 POP_SPECIES( 105 , 5 ): 70665554.180854261 POP_SPECIES( 106 , 5 ): 73002243.986359745 POP_SPECIES( 107 , 5 ): 75614644.950416997 POP_SPECIES( 108 , 5 ): 78362293.967356384 POP_SPECIES( 109 , 5 ): 80074485.457647264 POP_SPECIES( 110 , 5 ): 81481105.498020247 POP_SPECIES( 111 , 5 ): 83532454.172635108 POP_SPECIES( 112 , 5 ): 85677265.218742937 POP_SPECIES( 113 , 5 ): 87372693.634024963 POP_SPECIES( 114 , 5 ): 89055246.146397859 POP_SPECIES( 115 , 5 ): 90723223.182075009 POP_SPECIES( 116 , 5 ): 92290054.297321856 POP_SPECIES( 117 , 5 ): 93387266.788012385 POP_SPECIES( 118 , 5 ): 94482830.777250901 POP_SPECIES( 119 , 5 ): 95574087.666309401 POP_SPECIES( 120 , 5 ): 96447484.164647967 POP_SPECIES( 121 , 5 ): 96965076.735081241 POP_SPECIES( 122 , 5 ): 97406489.244427696 POP_SPECIES( 123 , 5 ): 97765715.018720567 POP_SPECIES( 124 , 5 ): 97669321.662717968 POP_SPECIES( 125 , 5 ): 97246110.765791878 POP_SPECIES( 126 , 5 ): 178986924.75766405 POP_SPECIES( 127 , 5 ): 298765777.65691119 POP_SPECIES( 128 , 5 ): 288198842.66009110 POP_SPECIES( 129 , 5 ): 178375130.50345016 POP_SPECIES( 130 , 5 ): 322082804.06896573 POP_SPECIES( 131 , 5 ): 437641002.34502459 POP_SPECIES( 132 , 5 ): 407858878.57932520 POP_SPECIES( 133 , 5 ): 378488051.15248531 POP_SPECIES( 134 , 5 ): 364519896.78245527 POP_SPECIES( 135 , 5 ): 2375508287.4985704 POP_SPECIES( 136 , 5 ): 12517389781.246689 POP_SPECIES( 137 , 5 ): 18296871067.782711 POP_SPECIES( 138 , 5 ): 15197382007.891104 POP_SPECIES( 139 , 5 ): 12436368842.512220 POP_SPECIES( 140 , 5 ): 10336019923.671568 POP_SPECIES( 141 , 5 ): 8549828767.5356684 POP_SPECIES( 142 , 5 ): 7084730020.5927162 POP_SPECIES( 143 , 5 ): 6364702372.8458443 POP_SPECIES( 144 , 5 ): 6062705935.2209301 POP_SPECIES( 145 , 5 ): 5709293663.7879610 POP_SPECIES( 146 , 5 ): 5304461652.6846561 POP_SPECIES( 147 , 5 ): 4848213450.5990543 POP_SPECIES( 148 , 5 ): 4340546742.3448238 POP_SPECIES( 149 , 5 ): 3781460050.7473097 POP_SPECIES( 150 , 5 ): 3170954422.3324199 POP_SPECIES( 1 , 17 ): 40.212653315378304 POP_SPECIES( 2 , 17 ): 54.914851631746345 POP_SPECIES( 3 , 17 ): 69.617094275650572 POP_SPECIES( 4 , 17 ): 84.319314556718922 POP_SPECIES( 5 , 17 ): 99.021539600558313 POP_SPECIES( 6 , 17 ): 113.72376580022249 POP_SPECIES( 7 , 17 ): 128.42598308029355 POP_SPECIES( 8 , 17 ): 143.12820780570755 POP_SPECIES( 9 , 17 ): 157.83044459850976 POP_SPECIES( 10 , 17 ): 172.53268329503948 POP_SPECIES( 11 , 17 ): 187.23491029102007 POP_SPECIES( 12 , 17 ): 201.93713055453992 POP_SPECIES( 13 , 17 ): 216.63934721525217 POP_SPECIES( 14 , 17 ): 231.34158908233195 POP_SPECIES( 15 , 17 ): 246.04380974978633 POP_SPECIES( 16 , 17 ): 260.74605373261363 POP_SPECIES( 17 , 17 ): 275.44822924614579 POP_SPECIES( 18 , 17 ): 294.76599644855116 POP_SPECIES( 19 , 17 ): 314.54876085577445 POP_SPECIES( 20 , 17 ): 335.59923747131194 POP_SPECIES( 21 , 17 ): 356.64971112481237 POP_SPECIES( 22 , 17 ): 377.70015965958908 POP_SPECIES( 23 , 17 ): 398.75059774077374 POP_SPECIES( 24 , 17 ): 419.80106606530654 POP_SPECIES( 25 , 17 ): 440.85155531562964 POP_SPECIES( 26 , 17 ): 461.90211550650105 POP_SPECIES( 27 , 17 ): 490.23408138631413 POP_SPECIES( 28 , 17 ): 528.71721671202260 POP_SPECIES( 29 , 17 ): 571.87556199863127 POP_SPECIES( 30 , 17 ): 619.36697642459603 POP_SPECIES( 31 , 17 ): 666.85889252460902 POP_SPECIES( 32 , 17 ): 714.35035440622403 POP_SPECIES( 33 , 17 ): 769.64202065203813 POP_SPECIES( 34 , 17 ): 827.94420574316905 POP_SPECIES( 35 , 17 ): 913.97133931047631 POP_SPECIES( 36 , 17 ): 1005.9702244828730 POP_SPECIES( 37 , 17 ): 1097.9691096552785 POP_SPECIES( 38 , 17 ): 1190.7569789590507 POP_SPECIES( 39 , 17 ): 1313.9251439169968 POP_SPECIES( 40 , 17 ): 1438.4473542483670 POP_SPECIES( 41 , 17 ): 1572.3159554777812 POP_SPECIES( 42 , 17 ): 1712.3325043732557 POP_SPECIES( 43 , 17 ): 1873.1851357447886 POP_SPECIES( 44 , 17 ): 2037.4165418304901 POP_SPECIES( 45 , 17 ): 2208.5339665771030 POP_SPECIES( 46 , 17 ): 2381.6614094119686 POP_SPECIES( 47 , 17 ): 2557.4495551342707 POP_SPECIES( 48 , 17 ): 2761.4257487142031 POP_SPECIES( 49 , 17 ): 2990.2334518008138 POP_SPECIES( 50 , 17 ): 3261.6314511414075 POP_SPECIES( 51 , 17 ): 3557.7309992927103 POP_SPECIES( 52 , 17 ): 3875.1474912745866 POP_SPECIES( 53 , 17 ): 4200.2818995180023 POP_SPECIES( 54 , 17 ): 4546.1077182890158 POP_SPECIES( 55 , 17 ): 4896.0141808850085 POP_SPECIES( 56 , 17 ): 5349.8878443908661 POP_SPECIES( 57 , 17 ): 5813.4908659161119 POP_SPECIES( 58 , 17 ): 6345.6733399649847 POP_SPECIES( 59 , 17 ): 6882.6486316058563 POP_SPECIES( 60 , 17 ): 7449.2792999013245 POP_SPECIES( 61 , 17 ): 8024.8668837696687 POP_SPECIES( 62 , 17 ): 8628.7353251945260 POP_SPECIES( 63 , 17 ): 9246.7258910742949 POP_SPECIES( 64 , 17 ): 9891.9254946861529 POP_SPECIES( 65 , 17 ): 10635.876922920988 POP_SPECIES( 66 , 17 ): 11503.971661993237 POP_SPECIES( 67 , 17 ): 12403.254934287506 POP_SPECIES( 68 , 17 ): 13328.651696662786 POP_SPECIES( 69 , 17 ): 14289.817818669833 POP_SPECIES( 70 , 17 ): 15270.619056157961 POP_SPECIES( 71 , 17 ): 16361.868580907472 POP_SPECIES( 72 , 17 ): 17490.555192529810 POP_SPECIES( 73 , 17 ): 18898.009191878409 POP_SPECIES( 74 , 17 ): 20355.389250146745 POP_SPECIES( 75 , 17 ): 22006.073132352674 POP_SPECIES( 76 , 17 ): 23692.357567652536 POP_SPECIES( 77 , 17 ): 25852.862277768436 POP_SPECIES( 78 , 17 ): 28079.737786514128 POP_SPECIES( 79 , 17 ): 30677.186355856287 POP_SPECIES( 80 , 17 ): 33294.710700316333 POP_SPECIES( 81 , 17 ): 35971.461055847743 POP_SPECIES( 82 , 17 ): 38683.356390202345 POP_SPECIES( 83 , 17 ): 41459.282281546068 POP_SPECIES( 84 , 17 ): 44281.903179764471 POP_SPECIES( 85 , 17 ): 47160.260064730108 POP_SPECIES( 86 , 17 ): 50845.053236501000 POP_SPECIES( 87 , 17 ): 55171.354640002777 POP_SPECIES( 88 , 17 ): 59563.828884266622 POP_SPECIES( 89 , 17 ): 63990.610176105714 POP_SPECIES( 90 , 17 ): 68511.326543767951 POP_SPECIES( 91 , 17 ): 73061.808452993864 POP_SPECIES( 92 , 17 ): 78890.393131760982 POP_SPECIES( 93 , 17 ): 84925.762429664610 POP_SPECIES( 94 , 17 ): 90741.547640825418 POP_SPECIES( 95 , 17 ): 96639.797218492648 POP_SPECIES( 96 , 17 ): 103887.27881047125 POP_SPECIES( 97 , 17 ): 111492.52857193652 POP_SPECIES( 98 , 17 ): 120914.47564926492 POP_SPECIES( 99 , 17 ): 129816.32910564079 POP_SPECIES( 100 , 17 ): 137281.76095401656 POP_SPECIES( 101 , 17 ): 144039.02564842263 POP_SPECIES( 102 , 17 ): 149575.35807663712 POP_SPECIES( 103 , 17 ): 155761.04654574656 POP_SPECIES( 104 , 17 ): 162683.86367603607 POP_SPECIES( 105 , 17 ): 168843.55322656941 POP_SPECIES( 106 , 17 ): 174426.68370821988 POP_SPECIES( 107 , 17 ): 180668.58000885692 POP_SPECIES( 108 , 17 ): 187233.62896965924 POP_SPECIES( 109 , 17 ): 191324.62490645089 POP_SPECIES( 110 , 17 ): 194685.50883935610 POP_SPECIES( 111 , 17 ): 199586.86428959650 POP_SPECIES( 112 , 17 ): 204711.53248504607 POP_SPECIES( 113 , 17 ): 208762.47585053474 POP_SPECIES( 114 , 17 ): 212782.65439399119 POP_SPECIES( 115 , 17 ): 216768.00726737670 POP_SPECIES( 116 , 17 ): 220511.68883714356 POP_SPECIES( 117 , 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0.55708597000000004 T7: 0.55658443000000002 T7: 0.55606138000000005 T7: 0.55552583000000000 T7: 0.55500258000000002 T7: 0.55438303000000000 T7: 0.55376263999999997 T7: 0.55310006000000000 T7: 0.55246936999999996 T7: 0.55185658000000004 T7: 0.55128429999999995 T7: 0.55073592000000005 T7: 0.55022506000000004 T7: 0.54973857999999998 T7: 0.54921226000000001 T7: 0.54862686999999999 T7: 0.54806078000000003 T7: 0.54752650999999997 T7: 0.54702032000000000 T7: 0.54655175000000000 T7: 0.54606953000000003 T7: 0.54561455000000003 T7: 0.54507064999999999 T7: 0.54455622999999997 T7: 0.54402563999999998 T7: 0.54355165000000005 T7: 0.54298188000000003 T7: 0.54247255999999999 T7: 0.54195068999999996 T7: 0.54153132000000004 T7: 0.54121704999999998 T7: 0.54101695999999999 T7: 0.54093027999999999 T7: 0.54096938000000006 T7: 0.54114662000000002 T7: 0.54137864000000002 T7: 0.54172688999999996 T7: 0.54230849999999997 T7: 0.54317738999999998 T7: 0.54438326999999997 T7: 0.54600563000000002 T7: 0.54808555999999997 T7: 0.55085108000000005 T7: 0.55457816000000004 T7: 0.55964133000000005 T7: 0.56667067999999998 T7: 0.57698212000000004 T7: 0.59321362000000000 T7: 0.62137425999999996 T7: 0.67098981999999996 T7: 0.73528048000000001 T7: 0.79336088000000005 T7: 0.84042947000000001 T7: 0.87993321999999996 T7: 0.91415749000000002 T7: 0.94438465000000005 T7: 0.97159404999999999 T7: 0.99653758999999997 T7: 1.0195239000000000 T7: 1.0407057000000000 T7: 1.0604446000000001 T7: 1.0790599000000001 T7: 1.0966492999999999 T7: 1.1132702000000001 T7: 1.1290076000000000 T7: 1.1439108000000000 T7: 1.1579767999999999 T7: 1.1712081000000001 T7: 1.1836466000000001 T7: 1.1953134000000001 T7: 1.2062062000000000 T7: 1.2163349000000001 T7: 1.2257308000000000 T7: 1.2344042000000000 T7: 1.2423248000000000 T7: 1.2518784999999999 T7: 1.2683736999999999 T7: 1.2862799000000000 T7: 1.2994892000000000 T7: 1.3079254000000000 T7: 1.3144855000000000 T7: 1.3198772000000001 T7: 1.3244619000000000 T7: 1.3283948000000001 T7: 1.3318661000000001 T7: 1.3352560000000000 T7: 1.3386780000000000 T7: 1.3414736000000000 T7: 1.3434659000000000 T7: 1.3449644999999999 T7: 1.3461352000000000 T7: 1.3470538999999999 T7: 1.3478093000000000 T7: 1.3485061000000000 T7: 1.3491628000000000 T7: 1.3497574999999999 T7: 1.3502677000000001 T7: 1.3506594000000001 T7: 1.3506374000000001 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 0.43755229000000001 0.43697172000000001 0.43693390999999998 0.43768677000000000 0.43882926000000000 0.44024711000000000 0.44187581999999997 0.44367358000000001 0.44561165000000003 0.44766947000000001 0.44983202000000000 0.45208778999999999 0.45442809000000001 0.45684605000000000 0.45933613000000001 0.46189314999999997 0.46450562000000001 0.46738729000000001 0.47040381999999997 0.47357569999999999 0.47684860000000001 0.48021575000000000 0.48367822999999999 0.48723988000000001 0.49090802000000000 0.49469781000000002 0.49905522000000002 0.50419276000000002 0.50978878000000005 0.51569463999999998 0.52149508000000000 0.52701772999999996 0.53243258000000004 0.53735246999999997 0.54223480999999996 0.54611237999999995 0.54905194000000002 0.55137811999999997 0.55342420999999997 0.55493007999999999 0.55608374999999999 0.55694968000000000 0.55758216999999999 0.55796712999999998 0.55817011000000005 0.55823383999999998 0.55820572000000002 0.55808679999999999 0.55786435000000001 0.55752396999999998 0.55708597000000004 0.55658443000000002 0.55606138000000005 0.55552583000000000 0.55500258000000002 0.55438303000000000 0.55376263999999997 0.55310006000000000 0.55246936999999996 0.55185658000000004 0.55128429999999995 0.55073592000000005 0.55022506000000004 0.54973857999999998 0.54921226000000001 0.54862686999999999 0.54806078000000003 0.54752650999999997 0.54702032000000000 0.54655175000000000 0.54606953000000003 0.54561455000000003 0.54507064999999999 0.54455622999999997 0.54402563999999998 0.54355165000000005 0.54298188000000003 0.54247255999999999 0.54195068999999996 0.54153132000000004 0.54121704999999998 0.54101695999999999 0.54093027999999999 0.54096938000000006 0.54114662000000002 0.54137864000000002 0.54172688999999996 0.54230849999999997 0.54317738999999998 0.54438326999999997 0.54600563000000002 0.54808555999999997 0.55085108000000005 0.55457816000000004 0.55964133000000005 0.56667067999999998 0.57698212000000004 0.59321362000000000 0.62137425999999996 0.67098981999999996 0.73528048000000001 0.79336088000000005 0.84042947000000001 0.87993321999999996 0.91415749000000002 0.94438465000000005 0.97159404999999999 0.99653758999999997 1.0195239000000000 1.0407057000000000 1.0604446000000001 1.0790599000000001 1.0966492999999999 1.1132702000000001 1.1290076000000000 1.1439108000000000 1.1579767999999999 1.1712081000000001 1.1836466000000001 1.1953134000000001 1.2062062000000000 1.2163349000000001 1.2257308000000000 1.2344042000000000 1.2423248000000000 1.2518784999999999 1.2683736999999999 1.2862799000000000 1.2994892000000000 1.3079254000000000 1.3144855000000000 1.3198772000000001 1.3244619000000000 1.3283948000000001 1.3318661000000001 1.3352560000000000 1.3386780000000000 1.3414736000000000 1.3434659000000000 1.3449644999999999 1.3461352000000000 1.3470538999999999 1.3478093000000000 1.3485061000000000 1.3491628000000000 1.3497574999999999 1.3502677000000001 1.3506594000000001 1.3506374000000001 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)= 5.29525398E+05 RMAX= 7.94288097E+05 V(1)= 1.01089732E+04 VMAX= 1.40683806E+04 Using depth 1 and 25 to extrapolate opacities Calculating characteristic rays..... Calling MOM_J_DDT_V2 RECIP_CDELTAT= 2.7042E-06 ROLD_ON_R= 9.7645E-01 Average number of calls to FG_J_CMF is 1.9796721 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 1) is: 6.05593684E+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 2.23E+04 (BA computed) --- iteration 1 Maximum % decrease at depth 38 is 1.25E+03 (BA computed) --- iteration 1 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.25E+01 1.25E+01 1.22E+01 1.21E+01 1.15E+01 1.15E+01 1.09E+01 1.04E+01 1.01E+01 9.20E+00 INC_VEC: -2.23E+02 -2.06E+02 -2.01E+02 -1.89E+02 -1.76E+02 -1.64E+02 -1.51E+02 -1.41E+02 -1.38E+02 -1.25E+02 The minimum value of scale for Major species is: 5.0718E-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 2.8491802 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 57 Luminosity of star (d=1,ND)(iteration 2) is: 5.52750641E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 29 is 6.82E+03 (LAMBDA) --- iteration 2 Maximum % decrease at depth 2 is 1.02E+02 (LAMBDA) --- iteration 2 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.02E+00 1.02E+00 1.02E+00 1.02E+00 1.01E+00 1.01E+00 1.00E+00 1.00E+00 1.00E+00 1.00E+00 INC_VEC: -6.82E+01 -6.56E+01 -6.23E+01 -6.19E+01 -6.18E+01 -6.17E+01 -6.16E+01 -6.12E+01 -6.08E+01 -6.08E+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 2.5093207 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 57 Luminosity of star (d=1,ND)(iteration 3) is: 5.62268295E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 10 is 1.59E+05 (LAMBDA) --- iteration 3 Maximum % decrease at depth 4 is 5.51E+01 (LAMBDA) --- iteration 3 Maximm changes as returned by SOLVEBA_V9 is 159297.68112734091 DEC_VEC: 5.51E-01 5.43E-01 5.43E-01 5.39E-01 5.26E-01 5.15E-01 4.88E-01 4.73E-01 4.68E-01 4.65E-01 INC_VEC: -1.59E+03 -1.50E+03 -1.42E+03 -1.36E+03 -9.63E+02 -7.71E+02 -6.83E+02 -6.29E+02 -6.19E+02 -6.00E+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 2.4062765 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 57 Luminosity of star (d=1,ND)(iteration 4) is: 5.65789183E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 3 is 2.20E+01 (LAMBDA) --- iteration 4 Maximum % decrease at depth 29 is 4.45E+01 (LAMBDA) --- iteration 4 Maximm changes as returned by SOLVEBA_V9 is 80.262528715622253 DEC_VEC: 4.45E-01 4.43E-01 4.42E-01 4.41E-01 4.39E-01 4.37E-01 4.35E-01 4.34E-01 4.34E-01 4.33E-01 INC_VEC: -2.20E-01 -2.15E-01 -2.13E-01 -2.09E-01 -2.02E-01 -1.99E-01 -1.96E-01 -1.95E-01 -1.91E-01 -1.88E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** 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 2.2162061 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 57 Luminosity of star (d=1,ND)(iteration 5) is: 5.67391649E+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 2.31E+03 (BA computed) --- iteration 5 Maximum % decrease at depth 35 is 1.28E+02 (BA computed) --- iteration 5 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.28E+00 1.28E+00 1.28E+00 1.28E+00 1.28E+00 1.27E+00 1.27E+00 1.27E+00 1.27E+00 1.27E+00 INC_VEC: -2.31E+01 -2.30E+01 -2.16E+01 -2.15E+01 -2.06E+01 -2.05E+01 -2.00E+01 -1.99E+01 -1.88E+01 -1.87E+01 The minimum value of scale for Major species is: 8.1066E-01 ******************************************************************************** ******************************************************************************** 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 2.5585949 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 57 Luminosity of star (d=1,ND)(iteration 6) is: 5.47121547E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 56 is 1.88E+02 (LAMBDA) --- iteration 6 Maximum % decrease at depth 2 is 2.92E+01 (LAMBDA) --- iteration 6 Maximm changes as returned by SOLVEBA_V9 is 188.28176577259464 DEC_VEC: 2.92E-01 2.85E-01 2.81E-01 2.76E-01 2.71E-01 2.69E-01 2.67E-01 2.66E-01 2.66E-01 2.65E-01 INC_VEC: -1.88E+00 -1.86E+00 -1.85E+00 -1.76E+00 -1.74E+00 -1.74E+00 -1.70E+00 -1.68E+00 -1.67E+00 -1.67E+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 1.7788291 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 7) is: 5.47636403E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Temperature held fixed at all depths. Maximum % increase at depth 3 is 1.76E+02 (BA computed) --- iteration 7 Maximum % decrease at depth 34 is 8.93E+01 (BA computed) --- iteration 7 Maximm changes as returned by SOLVEBA_V9 is 832.81161921716182 DEC_VEC: 8.93E-01 8.92E-01 8.92E-01 8.91E-01 8.91E-01 8.90E-01 8.84E-01 8.83E-01 8.82E-01 8.82E-01 INC_VEC: -1.76E+00 -1.75E+00 -1.62E+00 -1.62E+00 -1.51E+00 -1.50E+00 -1.49E+00 -1.48E+00 -1.39E+00 -1.39E+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 1.9739579 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 8) is: 5.44614454E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 34 is 1.88E+02 (LAMBDA) --- iteration 8 Maximum % decrease at depth 87 is 8.99E+00 (LAMBDA) --- iteration 8 Maximm changes as returned by SOLVEBA_V9 is 188.29486301288298 DEC_VEC: 8.99E-02 8.98E-02 8.83E-02 8.77E-02 8.56E-02 8.34E-02 8.24E-02 7.90E-02 7.70E-02 7.59E-02 INC_VEC: -1.88E+00 -1.86E+00 -1.85E+00 -1.85E+00 -1.82E+00 -1.82E+00 -1.67E+00 -1.66E+00 -1.65E+00 -1.64E+00 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 1.7151288 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 9) is: 5.44702305E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Temperature held fixed at all depths. Maximum % increase at depth 5 is 2.36E+01 (BA computed) --- iteration 9 Maximum % decrease at depth 34 is 2.26E+01 (BA computed) --- iteration 9 Maximm changes as returned by SOLVEBA_V9 is 29.122829781640959 DEC_VEC: 2.26E-01 2.25E-01 2.25E-01 2.25E-01 2.25E-01 2.25E-01 2.23E-01 2.23E-01 2.22E-01 2.22E-01 INC_VEC: -2.36E-01 -2.35E-01 -2.33E-01 -2.33E-01 -2.33E-01 -2.32E-01 -2.28E-01 -2.27E-01 -2.22E-01 -2.22E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 10 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7771429 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 10) is: 5.43945301E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 101 is 9.71E+01 (BA computed) --- iteration 10 Maximum % decrease at depth 101 is 6.78E+02 (BA computed) --- iteration 10 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 6.78E+00 6.63E+00 6.62E+00 6.60E+00 6.59E+00 6.56E+00 6.53E+00 6.44E+00 6.30E+00 5.99E+00 INC_VEC: -9.71E-01 -9.40E-01 -8.24E-01 -8.05E-01 -7.47E-01 -6.60E-01 -6.48E-01 -6.09E-01 -5.98E-01 -5.87E-01 The minimum value of scale for Major species is: 4.4367E-01 ******************************************************************************** ******************************************************************************** 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 2.8667915 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: 5.55079194E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 88 is 3.43E+02 (LAMBDA) --- iteration 11 Maximum % decrease at depth 28 is 9.89E+01 (LAMBDA) --- iteration 11 Maximm changes as returned by SOLVEBA_V9 is 8645.3582235722497 DEC_VEC: 9.89E-01 9.88E-01 9.88E-01 9.86E-01 9.86E-01 9.85E-01 9.84E-01 9.82E-01 9.81E-01 9.80E-01 INC_VEC: -3.43E+00 -3.41E+00 -3.40E+00 -3.39E+00 -3.37E+00 -3.28E+00 -3.26E+00 -3.25E+00 -3.25E+00 -3.23E+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 2.2454333 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: 5.53603564E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 28 is 2.66E+02 (LAMBDA) --- iteration 12 Maximum % decrease at depth 104 is 2.79E+01 (LAMBDA) --- iteration 12 Maximm changes as returned by SOLVEBA_V9 is 265.52784281728327 DEC_VEC: 2.79E-01 1.74E-01 1.72E-01 1.43E-01 1.36E-01 1.32E-01 1.20E-01 1.12E-01 1.11E-01 1.10E-01 INC_VEC: -2.66E+00 -2.60E+00 -2.46E+00 -2.41E+00 -2.23E+00 -2.08E+00 -1.94E+00 -1.92E+00 -1.82E+00 -1.72E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 13 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7998127 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 55 Luminosity of star (d=1,ND)(iteration 13) is: 5.53016889E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 34 is 3.51E+02 (BA computed) --- iteration 13 Maximum % decrease at depth 101 is 8.45E+02 (BA computed) --- iteration 13 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 8.45E+00 8.33E+00 8.32E+00 8.30E+00 8.28E+00 8.24E+00 8.23E+00 8.11E+00 7.95E+00 7.52E+00 INC_VEC: -3.51E+00 -3.44E+00 -3.44E+00 -3.43E+00 -3.43E+00 -3.43E+00 -3.42E+00 -3.42E+00 -3.42E+00 -3.42E+00 The minimum value of scale for Major species is: 3.7938E-01 ******************************************************************************** ******************************************************************************** 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 2.7452927 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 14) is: 5.50960783E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 97 is 2.83E+02 (LAMBDA) --- iteration 14 Maximum % decrease at depth 102 is 9.58E+01 (LAMBDA) --- iteration 14 Maximm changes as returned by SOLVEBA_V9 is 2296.1708503201421 DEC_VEC: 9.58E-01 9.56E-01 9.55E-01 9.55E-01 9.54E-01 9.53E-01 9.50E-01 9.49E-01 9.38E-01 9.10E-01 INC_VEC: -2.83E+00 -2.68E+00 -2.66E+00 -2.64E+00 -2.63E+00 -2.63E+00 -2.30E+00 -2.06E+00 -2.03E+00 -1.93E+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 1.9404216 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 15) is: 5.50267093E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 101 is 1.24E+02 (LAMBDA) --- iteration 15 Maximum % decrease at depth 101 is 2.86E+00 (LAMBDA) --- iteration 15 Maximm changes as returned by SOLVEBA_V9 is 124.30123721248138 DEC_VEC: 2.86E-02 2.49E-02 2.45E-02 2.38E-02 2.26E-02 2.20E-02 2.06E-02 1.96E-02 1.88E-02 1.82E-02 INC_VEC: -1.24E+00 -1.24E+00 -1.24E+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 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 1.7746136 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 16) is: 5.49956516E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 101 is 8.62E+01 (BA computed) --- iteration 16 Maximum % decrease at depth 101 is 8.12E+02 (BA computed) --- iteration 16 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 8.12E+00 8.04E+00 8.03E+00 8.01E+00 8.00E+00 7.97E+00 7.96E+00 7.85E+00 7.68E+00 7.28E+00 INC_VEC: -8.62E-01 -8.24E-01 -6.48E-01 -6.45E-01 -6.17E-01 -6.13E-01 -5.51E-01 -5.26E-01 -4.72E-01 -4.67E-01 The minimum value of scale for Major species is: 4.0367E-01 ******************************************************************************** ******************************************************************************** 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 2.7044497 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 17) is: 5.50646512E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 99 is 2.55E+02 (LAMBDA) --- iteration 17 Maximum % decrease at depth 100 is 7.74E+01 (LAMBDA) --- iteration 17 Maximm changes as returned by SOLVEBA_V9 is 341.78693544993598 DEC_VEC: 7.74E-01 7.73E-01 7.72E-01 7.70E-01 7.68E-01 7.57E-01 7.51E-01 7.09E-01 6.95E-01 6.57E-01 INC_VEC: -2.55E+00 -2.49E+00 -2.42E+00 -2.42E+00 -2.41E+00 -2.38E+00 -2.34E+00 -2.33E+00 -2.32E+00 -2.28E+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 2.0019672 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 18) is: 5.50082649E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 100 is 8.79E+02 (BA computed) --- iteration 18 Maximum % decrease at depth 101 is 9.42E+02 (BA computed) --- iteration 18 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 9.42E+00 9.42E+00 9.41E+00 9.40E+00 9.38E+00 9.35E+00 9.34E+00 9.17E+00 8.95E+00 8.43E+00 INC_VEC: -8.79E+00 -7.16E+00 -6.10E+00 -4.65E+00 -4.31E+00 -4.03E+00 -3.48E+00 -2.34E+00 -1.47E+00 -6.63E-01 The minimum value of scale for Major species is: 4.2272E-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 2.6832788 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 19) is: 5.50504359E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 101 is 4.29E+02 (LAMBDA) --- iteration 19 Maximum % decrease at depth 102 is 6.59E+01 (LAMBDA) --- iteration 19 Maximm changes as returned by SOLVEBA_V9 is 429.11564527877459 DEC_VEC: 6.59E-01 6.58E-01 6.56E-01 6.56E-01 6.53E-01 6.49E-01 6.37E-01 6.36E-01 5.88E-01 5.17E-01 INC_VEC: -4.29E+00 -4.25E+00 -4.21E+00 -4.07E+00 -4.01E+00 -4.00E+00 -3.95E+00 -3.93E+00 -3.85E+00 -3.75E+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 1.9432318 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 20) is: 5.50043507E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 101 is 1.45E+02 (LAMBDA) --- iteration 20 Maximum % decrease at depth 101 is 2.29E+00 (LAMBDA) --- iteration 20 Maximm changes as returned by SOLVEBA_V9 is 144.95064614598772 DEC_VEC: 2.29E-02 2.03E-02 1.46E-02 1.42E-02 9.47E-03 8.85E-03 8.78E-03 8.44E-03 8.35E-03 7.80E-03 INC_VEC: -1.45E+00 -1.44E+00 -1.44E+00 -1.44E+00 -1.44E+00 -1.44E+00 -1.44E+00 -1.43E+00 -1.41E+00 -1.37E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 21 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7608430 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 21) is: 5.49853107E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 101 is 1.13E+02 (BA computed) --- iteration 21 Maximum % decrease at depth 101 is 5.08E+02 (BA computed) --- iteration 21 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 5.08E+00 5.07E+00 5.06E+00 5.05E+00 5.05E+00 5.04E+00 5.03E+00 4.95E+00 4.84E+00 4.61E+00 INC_VEC: -1.13E+00 -4.65E-01 -4.34E-01 -3.07E-01 -2.99E-01 -2.82E-01 -2.59E-01 -2.51E-01 -2.34E-01 -2.29E-01 The minimum value of scale for Major species is: 6.8142E-01 ******************************************************************************** ******************************************************************************** Current great iteration count is 22 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.6685715 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 22) is: 5.49533572E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 102 is 3.50E+02 (LAMBDA) --- iteration 22 Maximum % decrease at depth 101 is 7.15E+01 (LAMBDA) --- iteration 22 Maximm changes as returned by SOLVEBA_V9 is 349.91197223489388 DEC_VEC: 7.15E-01 7.14E-01 7.12E-01 7.10E-01 7.05E-01 6.89E-01 6.81E-01 6.71E-01 6.12E-01 5.45E-01 INC_VEC: -3.50E+00 -3.49E+00 -3.39E+00 -3.24E+00 -3.20E+00 -2.96E+00 -2.93E+00 -2.85E+00 -2.84E+00 -2.82E+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 1.8143326 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 23) is: 5.49283197E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 101 is 8.92E+02 (BA computed) --- iteration 23 Maximum % decrease at depth 101 is 3.14E+02 (BA computed) --- iteration 23 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 3.14E+00 3.13E+00 3.13E+00 3.12E+00 3.12E+00 3.11E+00 3.03E+00 3.03E+00 2.94E+00 2.77E+00 INC_VEC: -8.92E+00 -3.55E+00 -3.40E+00 -3.36E+00 -3.12E+00 -3.11E+00 -2.85E+00 -2.59E+00 -2.55E+00 -2.45E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** 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 2.6576111 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 24) is: 5.50065465E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 103 is 2.61E+02 (LAMBDA) --- iteration 24 Maximum % decrease at depth 93 is 3.44E+00 (LAMBDA) --- iteration 24 Maximm changes as returned by SOLVEBA_V9 is 261.46317055652156 DEC_VEC: 3.44E-02 3.44E-02 3.42E-02 3.42E-02 3.38E-02 3.34E-02 3.34E-02 3.29E-02 3.24E-02 3.18E-02 INC_VEC: -2.61E+00 -2.41E+00 -2.40E+00 -2.34E+00 -2.31E+00 -2.30E+00 -2.28E+00 -2.28E+00 -2.23E+00 -2.17E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 25 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.9403279 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 25) is: 5.49739186E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 34 is 2.18E+01 (BA computed) --- iteration 25 Maximum % decrease at depth 102 is 1.10E+02 (BA computed) --- iteration 25 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.10E+00 1.09E+00 1.09E+00 1.09E+00 1.08E+00 1.08E+00 1.08E+00 1.06E+00 1.05E+00 1.05E+00 INC_VEC: -2.18E-01 -2.18E-01 -2.18E-01 -2.18E-01 -2.18E-01 -2.16E-01 -2.16E-01 -2.16E-01 -2.15E-01 -2.15E-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 2.5914755 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 26) is: 5.49025738E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 101 is 4.33E+02 (LAMBDA) --- iteration 26 Maximum % decrease at depth 150 is 1.23E+00 (LAMBDA) --- iteration 26 Maximm changes as returned by SOLVEBA_V9 is 433.18086129363093 DEC_VEC: 1.23E-02 1.23E-02 1.23E-02 1.23E-02 1.23E-02 1.21E-02 1.20E-02 1.19E-02 1.11E-02 1.06E-02 INC_VEC: -4.33E+00 -4.10E+00 -4.04E+00 -3.73E+00 -3.64E+00 -3.57E+00 -3.55E+00 -3.53E+00 -3.52E+00 -3.51E+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 1.7259953 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 27) is: 5.48925318E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 101 is 5.31E+00 (LAMBDA) --- iteration 27 Maximum % decrease at depth 100 is 6.38E-01 (LAMBDA) --- iteration 27 Maximm changes as returned by SOLVEBA_V9 is 5.0671117284939937 DEC_VEC: 6.38E-03 6.08E-03 5.68E-03 5.63E-03 5.48E-03 5.46E-03 5.38E-03 5.33E-03 4.45E-03 4.38E-03 INC_VEC: -5.31E-02 -5.31E-02 -5.26E-02 -5.24E-02 -5.13E-02 -5.12E-02 -5.11E-02 -5.09E-02 -5.07E-02 -5.07E-02 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 1.7081968 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 28) is: 5.48886646E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 103 is 1.33E+01 (BA computed) --- iteration 28 Maximum % decrease at depth 102 is 6.51E+01 (BA computed) --- iteration 28 Maximm changes as returned by SOLVEBA_V9 is 186.67857256402345 DEC_VEC: 6.51E-01 6.49E-01 6.48E-01 6.47E-01 6.46E-01 6.46E-01 6.43E-01 6.29E-01 6.26E-01 6.20E-01 INC_VEC: -1.33E-01 -1.29E-01 -1.10E-01 -1.03E-01 -9.89E-02 -9.67E-02 -9.05E-02 -8.91E-02 -8.52E-02 -8.35E-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 2.3146603 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 29) is: 5.48634834E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 7.20E+00 (BA not computed) --- iteration 29 Maximum % decrease at depth 102 is 6.66E+01 (BA not computed) --- iteration 29 Maximm changes as returned by SOLVEBA_V9 is 199.47075277666622 DEC_VEC: 6.66E-01 6.64E-01 6.61E-01 6.58E-01 6.52E-01 6.48E-01 6.40E-01 6.28E-01 6.19E-01 6.00E-01 INC_VEC: -7.20E-02 -6.61E-02 -6.49E-02 -5.92E-02 -5.47E-02 -5.44E-02 -5.39E-02 -4.93E-02 -4.87E-02 -4.66E-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 2.0900235 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 30) is: 5.48524515E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 5.04E+00 (BA not computed) --- iteration 30 Maximum % decrease at depth 102 is 1.70E+01 (BA not computed) --- iteration 30 Maximm changes as returned by SOLVEBA_V9 is 20.472642766563375 DEC_VEC: 1.70E-01 1.69E-01 1.63E-01 1.54E-01 1.53E-01 1.49E-01 1.48E-01 1.48E-01 1.48E-01 1.48E-01 INC_VEC: -5.04E-02 -4.54E-02 -4.46E-02 -4.15E-02 -3.74E-02 -3.70E-02 -3.68E-02 -3.38E-02 -3.24E-02 -3.15E-02 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 1.8658549 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 31) is: 5.48550769E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 102 is 1.03E+02 (BA computed) --- iteration 31 Maximum % decrease at depth 99 is 4.63E+00 (BA computed) --- iteration 31 Maximm changes as returned by SOLVEBA_V9 is 103.04597488534606 DEC_VEC: 4.63E-02 4.60E-02 4.60E-02 4.60E-02 4.60E-02 4.59E-02 4.35E-02 4.25E-02 4.15E-02 3.93E-02 INC_VEC: -1.03E+00 -9.82E-01 -9.73E-01 -9.58E-01 -9.45E-01 -9.35E-01 -9.18E-01 -7.87E-01 -7.04E-01 -6.99E-01 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 1.8143326 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 32) is: 5.48539591E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 2.56E+00 (BA not computed) --- iteration 32 Maximum % decrease at depth 102 is 1.79E+01 (BA not computed) --- iteration 32 Maximm changes as returned by SOLVEBA_V9 is 21.744089791034895 DEC_VEC: 1.79E-01 1.78E-01 1.78E-01 1.77E-01 1.76E-01 1.73E-01 1.72E-01 1.70E-01 1.67E-01 1.66E-01 INC_VEC: -2.56E-02 -2.32E-02 -2.28E-02 -2.11E-02 -1.91E-02 -1.90E-02 -1.88E-02 -1.75E-02 -1.65E-02 -1.61E-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 1.7937237 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 33) is: 5.48497412E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 1.80E+00 (BA not computed) --- iteration 33 Maximum % decrease at depth 102 is 1.09E+01 (BA not computed) --- iteration 33 Maximm changes as returned by SOLVEBA_V9 is 12.223883908835646 DEC_VEC: 1.09E-01 1.09E-01 1.08E-01 1.08E-01 1.07E-01 1.06E-01 1.05E-01 1.04E-01 1.02E-01 1.02E-01 INC_VEC: -1.80E-02 -1.64E-02 -1.61E-02 -1.50E-02 -1.34E-02 -1.33E-02 -1.33E-02 -1.23E-02 -1.16E-02 -1.13E-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 1.7428571 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 34) is: 5.48484019E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 103 is 1.38E+00 (BA computed) --- iteration 34 Maximum % decrease at depth 103 is 3.56E+00 (BA computed) --- iteration 34 Maximm changes as returned by SOLVEBA_V9 is 3.4805059126796336 DEC_VEC: 3.56E-02 3.53E-02 3.52E-02 3.52E-02 3.51E-02 3.50E-02 3.47E-02 3.40E-02 3.37E-02 3.36E-02 INC_VEC: -1.38E-02 -1.28E-02 -1.25E-02 -1.15E-02 -1.03E-02 -1.02E-02 -1.02E-02 -9.26E-03 -8.73E-03 -8.58E-03 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 1.7287120 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 35) is: 5.48473960E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 8.93E-01 (BA not computed) --- iteration 35 Maximum % decrease at depth 102 is 5.80E+00 (BA not computed) --- iteration 35 Maximm changes as returned by SOLVEBA_V9 is 5.7408025878397106 DEC_VEC: 5.80E-02 5.79E-02 5.77E-02 5.76E-02 5.72E-02 5.64E-02 5.57E-02 5.52E-02 5.44E-02 5.43E-02 INC_VEC: -8.93E-03 -8.12E-03 -7.98E-03 -7.47E-03 -6.71E-03 -6.63E-03 -6.62E-03 -6.11E-03 -5.81E-03 -5.66E-03 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 1.7108197 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 36) is: 5.48465755E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 6.28E-01 (BA not computed) --- iteration 36 Maximum % decrease at depth 102 is 3.88E+00 (BA not computed) --- iteration 36 Maximm changes as returned by SOLVEBA_V9 is 3.7766143616733840 DEC_VEC: 3.88E-02 3.88E-02 3.87E-02 3.86E-02 3.83E-02 3.78E-02 3.72E-02 3.70E-02 3.64E-02 3.64E-02 INC_VEC: -6.28E-03 -5.72E-03 -5.62E-03 -5.26E-03 -4.72E-03 -4.66E-03 -4.65E-03 -4.28E-03 -4.09E-03 -3.97E-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 1.7073536 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 37) is: 5.48461285E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 4.43E-01 (BA not computed) --- iteration 37 Maximum % decrease at depth 102 is 2.66E+00 (BA not computed) --- iteration 37 Maximm changes as returned by SOLVEBA_V9 is 2.5657580587780262 DEC_VEC: 2.66E-02 2.66E-02 2.65E-02 2.65E-02 2.63E-02 2.60E-02 2.55E-02 2.54E-02 2.51E-02 2.50E-02 INC_VEC: -4.43E-03 -4.05E-03 -3.97E-03 -3.71E-03 -3.33E-03 -3.29E-03 -3.29E-03 -3.02E-03 -2.88E-03 -2.80E-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 1.7064168 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 38) is: 5.48457832E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 3.13E-01 (BA not computed) --- iteration 38 Maximum % decrease at depth 102 is 1.83E+00 (BA not computed) --- iteration 38 Maximm changes as returned by SOLVEBA_V9 is 1.7614707730575412 DEC_VEC: 1.83E-02 1.83E-02 1.83E-02 1.82E-02 1.81E-02 1.79E-02 1.76E-02 1.75E-02 1.73E-02 1.73E-02 INC_VEC: -3.13E-03 -2.86E-03 -2.81E-03 -2.63E-03 -2.36E-03 -2.32E-03 -2.32E-03 -2.13E-03 -2.03E-03 -1.98E-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 1.7062296 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 39) is: 5.48455344E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 2.21E-01 (BA not computed) --- iteration 39 Maximum % decrease at depth 102 is 1.27E+00 (BA not computed) --- iteration 39 Maximm changes as returned by SOLVEBA_V9 is 1.2191170787101600 DEC_VEC: 1.27E-02 1.27E-02 1.27E-02 1.27E-02 1.26E-02 1.24E-02 1.22E-02 1.21E-02 1.21E-02 1.20E-02 INC_VEC: -2.21E-03 -2.02E-03 -1.98E-03 -1.85E-03 -1.66E-03 -1.64E-03 -1.64E-03 -1.51E-03 -1.44E-03 -1.40E-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 1.7062296 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 40) is: 5.48453561E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 1.56E-01 (BA not computed) --- iteration 40 Maximum % decrease at depth 102 is 8.87E-01 (BA not computed) --- iteration 40 Maximm changes as returned by SOLVEBA_V9 is 0.84809854209766455 DEC_VEC: 8.87E-03 8.86E-03 8.84E-03 8.82E-03 8.76E-03 8.67E-03 8.51E-03 8.44E-03 8.42E-03 8.41E-03 INC_VEC: -1.56E-03 -1.42E-03 -1.40E-03 -1.31E-03 -1.18E-03 -1.16E-03 -1.16E-03 -1.06E-03 -1.01E-03 -9.87E-04 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 1.7064168 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 41) is: 5.48452304E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 1.10E-01 (BA not computed) --- iteration 41 Maximum % decrease at depth 102 is 6.20E-01 (BA not computed) --- iteration 41 Maximm changes as returned by SOLVEBA_V9 is 0.59242413306605557 DEC_VEC: 6.20E-03 6.20E-03 6.18E-03 6.17E-03 6.13E-03 6.06E-03 5.95E-03 5.90E-03 5.90E-03 5.89E-03 INC_VEC: -1.10E-03 -1.01E-03 -9.86E-04 -9.24E-04 -8.29E-04 -8.17E-04 -8.16E-04 -7.50E-04 -7.15E-04 -6.96E-04 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 1.7064168 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 42) is: 5.48451410E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 7.77E-02 (BA not computed) --- iteration 42 Maximum % decrease at depth 102 is 4.35E-01 (BA not computed) --- iteration 42 Maximm changes as returned by SOLVEBA_V9 is 0.41492570660254152 DEC_VEC: 4.35E-03 4.34E-03 4.33E-03 4.32E-03 4.30E-03 4.25E-03 4.17E-03 4.14E-03 4.13E-03 4.13E-03 INC_VEC: -7.77E-04 -7.09E-04 -6.96E-04 -6.52E-04 -5.85E-04 -5.77E-04 -5.75E-04 -5.29E-04 -5.05E-04 -4.91E-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 1.7063231 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 43) is: 5.48450779E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 5.48E-02 (BA not computed) --- iteration 43 Maximum % decrease at depth 102 is 3.05E-01 (BA not computed) --- iteration 43 Maximm changes as returned by SOLVEBA_V9 is 0.29113043146433326 DEC_VEC: 3.05E-03 3.05E-03 3.04E-03 3.04E-03 3.02E-03 2.99E-03 2.93E-03 2.91E-03 2.90E-03 2.90E-03 INC_VEC: -5.48E-04 -5.00E-04 -4.91E-04 -4.60E-04 -4.13E-04 -4.07E-04 -4.06E-04 -3.73E-04 -3.56E-04 -3.47E-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 1.7061359 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 44) is: 5.48450333E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 3.86E-02 (BA not computed) --- iteration 44 Maximum % decrease at depth 102 is 2.15E-01 (BA not computed) --- iteration 44 Maximm changes as returned by SOLVEBA_V9 is 0.20445665802736909 DEC_VEC: 2.15E-03 2.14E-03 2.14E-03 2.13E-03 2.12E-03 2.10E-03 2.06E-03 2.05E-03 2.04E-03 2.04E-03 INC_VEC: -3.86E-04 -3.53E-04 -3.46E-04 -3.24E-04 -2.91E-04 -2.87E-04 -2.86E-04 -2.63E-04 -2.51E-04 -2.44E-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 1.7060422 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 45) is: 5.48450018E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 2.73E-02 (BA not computed) --- iteration 45 Maximum % decrease at depth 102 is 1.51E-01 (BA not computed) --- iteration 45 Maximm changes as returned by SOLVEBA_V9 is 0.14376526179327728 DEC_VEC: 1.51E-03 1.51E-03 1.51E-03 1.50E-03 1.49E-03 1.48E-03 1.45E-03 1.44E-03 1.44E-03 1.44E-03 INC_VEC: -2.73E-04 -2.49E-04 -2.44E-04 -2.29E-04 -2.05E-04 -2.02E-04 -2.02E-04 -1.86E-04 -1.77E-04 -1.72E-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 1.7060422 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 46) is: 5.48449796E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 1.92E-02 (BA not computed) --- iteration 46 Maximum % decrease at depth 102 is 1.06E-01 (BA not computed) --- iteration 46 Maximm changes as returned by SOLVEBA_V9 is 0.10116959554590094 DEC_VEC: 1.06E-03 1.06E-03 1.06E-03 1.06E-03 1.05E-03 1.04E-03 1.02E-03 1.01E-03 1.01E-03 1.01E-03 INC_VEC: -1.92E-04 -1.75E-04 -1.72E-04 -1.61E-04 -1.45E-04 -1.43E-04 -1.42E-04 -1.31E-04 -1.25E-04 -1.22E-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 1.7060422 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 47) is: 5.48449639E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 1.36E-02 (BA not computed) --- iteration 47 Maximum % decrease at depth 102 is 7.49E-02 (BA not computed) --- iteration 47 Maximm changes as returned by SOLVEBA_V9 is 7.12329344395850744E-002 DEC_VEC: 7.49E-04 7.48E-04 7.46E-04 7.45E-04 7.40E-04 7.33E-04 7.18E-04 7.14E-04 7.13E-04 7.12E-04 INC_VEC: -1.36E-04 -1.24E-04 -1.21E-04 -1.14E-04 -1.02E-04 -1.01E-04 -1.00E-04 -9.23E-05 -8.80E-05 -8.57E-05 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 1.7060422 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 48) is: 5.48449528E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 9.56E-03 (BA not computed) --- iteration 48 Maximum % decrease at depth 102 is 5.28E-02 (BA not computed) --- iteration 48 Maximm changes as returned by SOLVEBA_V9 is 5.01763443557436475E-002 DEC_VEC: 5.28E-04 5.27E-04 5.26E-04 5.25E-04 5.21E-04 5.16E-04 5.06E-04 5.03E-04 5.03E-04 5.02E-04 INC_VEC: -9.56E-05 -8.72E-05 -8.55E-05 -8.02E-05 -7.20E-05 -7.10E-05 -7.07E-05 -6.51E-05 -6.21E-05 -6.04E-05 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 1.7060422 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 49) is: 5.48449450E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 6.74E-03 (BA not computed) --- iteration 49 Maximum % decrease at depth 102 is 3.72E-02 (BA not computed) --- iteration 49 Maximm changes as returned by SOLVEBA_V9 is 3.53537913959646108E-002 DEC_VEC: 3.72E-04 3.72E-04 3.71E-04 3.70E-04 3.67E-04 3.64E-04 3.56E-04 3.55E-04 3.54E-04 3.53E-04 INC_VEC: -6.74E-05 -6.15E-05 -6.03E-05 -5.66E-05 -5.08E-05 -5.00E-05 -4.99E-05 -4.59E-05 -4.38E-05 -4.26E-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 1.7060422 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 50) is: 5.48449395E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 4.75E-03 (BA not computed) --- iteration 50 Maximum % decrease at depth 102 is 2.62E-02 (BA not computed) --- iteration 50 Maximm changes as returned by SOLVEBA_V9 is 2.49149254662436904E-002 DEC_VEC: 2.62E-04 2.62E-04 2.61E-04 2.61E-04 2.59E-04 2.56E-04 2.51E-04 2.50E-04 2.50E-04 2.49E-04 INC_VEC: -4.75E-05 -4.33E-05 -4.25E-05 -3.99E-05 -3.58E-05 -3.53E-05 -3.52E-05 -3.24E-05 -3.09E-05 -3.01E-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 1.7060422 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 51) is: 5.48449356E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 3.35E-03 (BA not computed) --- iteration 51 Maximum % decrease at depth 102 is 1.85E-02 (BA not computed) --- iteration 51 Maximm changes as returned by SOLVEBA_V9 is 1.75612038275376955E-002 DEC_VEC: 1.85E-04 1.85E-04 1.84E-04 1.84E-04 1.83E-04 1.81E-04 1.77E-04 1.76E-04 1.76E-04 1.76E-04 INC_VEC: -3.35E-05 -3.06E-05 -3.00E-05 -2.81E-05 -2.52E-05 -2.49E-05 -2.48E-05 -2.28E-05 -2.18E-05 -2.12E-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 1.7060422 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 52) is: 5.48449329E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 2.36E-03 (BA not computed) --- iteration 52 Maximum % decrease at depth 102 is 1.30E-02 (BA not computed) --- iteration 52 Maximm changes as returned by SOLVEBA_V9 is 1.23787177330196736E-002 DEC_VEC: 1.30E-04 1.30E-04 1.30E-04 1.30E-04 1.29E-04 1.27E-04 1.25E-04 1.24E-04 1.24E-04 1.24E-04 INC_VEC: -2.36E-05 -2.15E-05 -2.11E-05 -1.98E-05 -1.78E-05 -1.75E-05 -1.75E-05 -1.61E-05 -1.53E-05 -1.49E-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 1.7060422 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 53) is: 5.48449310E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 103 is 1.67E-03 (BA not computed) --- iteration 53 Maximum % decrease at depth 102 is 9.18E-03 (BA not computed) --- iteration 53 Maximm changes as returned by SOLVEBA_V9 is 8.72636157408619370E-003 DEC_VEC: 9.18E-05 9.17E-05 9.15E-05 9.13E-05 9.07E-05 8.98E-05 8.80E-05 8.76E-05 8.75E-05 8.73E-05 INC_VEC: -1.67E-05 -1.52E-05 -1.49E-05 -1.40E-05 -1.25E-05 -1.24E-05 -1.23E-05 -1.13E-05 -1.08E-05 -1.05E-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 Tau(Nu= 1.3191E+01) at outer boundary is: 1.065E+03 Tau(Nu= 1.1600E+01) at outer boundary is: 1.428E+03 Tau(Nu= 5.9619E+00) at outer boundary is: 6.864E+03 Tau(Nu= 3.2927E+00) at outer boundary is: 2.089E+04 Tau(Nu= 8.3025E-01) at outer boundary is: 2.898E-04 Average number of calls to FG_J_CMF is 1.7060422 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 54) is: 5.48449296E+08 0.00000000E+00 Begin COMP_GREY_V4 150 15 165 1.14969821301201322E-008 3.04600752154980695E-008 10 Current accuracy is 0.33119559368897561 Current accuracy is NaN Grey solution was successfully computed BA matrix **NOT** computed Maximum % increase at depth 103 is 1.17E-03 (BA not computed) --- iteration 54 Maximum % decrease at depth 102 is 6.47E-03 (BA not computed) --- iteration 54 Maximm changes as returned by SOLVEBA_V9 is 6.15205705612560747E-003 DEC_VEC: 6.47E-05 6.47E-05 6.45E-05 6.44E-05 6.40E-05 6.33E-05 6.20E-05 6.17E-05 6.17E-05 6.15E-05 INC_VEC: -1.17E-05 -1.07E-05 -1.05E-05 -9.86E-06 -8.85E-06 -8.72E-06 -8.69E-06 -8.00E-06 -7.63E-06 -7.43E-06 The minimum value of scale for Major species is: 1.0000E+00 1122319619 0.42182487890737891 0.42071630632193724 0.42039470023653031 0.42084487324462966 0.42171310564710301 0.42287765422695500 0.42426797271976369 0.42583843513614839 0.42755783966878452 0.42940412450608312 0.43136126961920424 0.43341718689396486 0.43556280551516513 0.43779095511113703 0.44009583245500955 0.44247194927200567 0.44490668950848217 0.44760496761150137 0.45043681998629748 0.45342169869132093 0.45650597116760827 0.45968222410962922 0.46295015344404239 0.46631227309217094 0.46977423347925307 0.47334656860871316 0.47747075605893424 0.48239985210079483 0.48787458967438846 0.49386687530278306 0.50008800206771864 0.50645264965902026 0.51332632098827913 0.52022272143506532 0.52776260978832779 0.53408000878346962 0.53885663545280138 0.54250235487352416 0.54564613349070079 0.54789719126612790 0.54959667446533000 0.55087253267884229 0.55184552081584115 0.55249616378387811 0.55291994016696233 0.55317196277882241 0.55331072319610919 0.55335112226926308 0.55327613473108983 0.55307343321573066 0.55276137009383997 0.55237675563621158 0.55196450490008175 0.55153566951032462 0.55111511048423045 0.55058928676669394 0.55006396632531984 0.54949229811883549 0.54895694524641381 0.54844055002582970 0.54796844131346567 0.54752171136623307 0.54711557469418615 0.54673423661076537 0.54630601061833106 0.54581116758390025 0.54533759280889893 0.54489685082506856 0.54448376704342405 0.54410823421886334 0.54371067322804800 0.54333764789447636 0.54285354924157003 0.54239746847645565 0.54191168828570346 0.54148024173719456 0.54091964900539702 0.54041753462875008 0.53987914647140711 0.53944243676828474 0.53910277629248748 0.53886654854228844 0.53872630736559146 0.53868920907197382 0.53875834140116019 0.53881007562340000 0.53891112344624559 0.53918763107554846 0.53967063765422285 0.54037821956016274 0.54135073186432292 0.54254701534066863 0.54413408638077998 0.54625291773010254 0.54903890212584938 0.55268161002660043 0.55762061345759750 0.56452397972817503 0.57481036759119430 0.59122678886457114 0.61975271325809667 0.67018872569314469 0.73532153454416460 0.79395414809410303 0.84119230905016296 0.88028126569301779 0.91375708780187015 0.94327168908753856 0.96962855216820587 0.99329359277266138 1.0148725670468743 1.0348574676551423 1.0534601264914631 1.0708295117234610 1.0871279990934357 1.1024645771911594 1.1168792958161877 1.1304047393589309 1.1431032392269314 1.1550078174703864 1.1661232712419045 1.1764644061214486 1.1860666948464564 1.1949442772105148 1.2030692133604712 1.2128924797905536 1.2299452131575566 1.2483287497898046 1.2617875637308342 1.2703808451595520 1.2771529022165928 1.2827805367346672 1.2876124279298238 1.2917953070018886 1.2955229688938164 1.2992159072877070 1.3030010832860481 1.3061247310377126 1.3083713304609472 1.3100773992578429 1.3114227706914336 1.3124885419349279 1.3133738355123814 1.3141991654383591 1.3149850517676336 1.3157040057084501 1.3163269564406272 1.3168077275362775 1.3167431082740220 1.5585730000000000 150 150 1 2 5 17