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 10108.973135164515 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 ): 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IRON CAL COB CAL NICK CAL BAR SCAN HYD SCAN HE SCAN CARB SCAN NIT SCAN OXY SCAN FLU SCAN NEON SCAN SOD SCAN MAG SCAN ALUM SCAN SIL SCAN PHOS SCAN SUL SCAN CHL SCAN ARG SCAN POT SCAN CAL SCAN SCAN POP_SPECIES( 1 , 18 ): 0.0000000000000000 POP_HYDRO( 1 , 18 ): 0.0000000000000000 POP_SPECIES( 2 , 18 ): 0.0000000000000000 POP_HYDRO( 2 , 18 ): 0.0000000000000000 POP_SPECIES( 3 , 18 ): 0.0000000000000000 POP_HYDRO( 3 , 18 ): 0.0000000000000000 POP_SPECIES( 4 , 18 ): 0.0000000000000000 POP_HYDRO( 4 , 18 ): 0.0000000000000000 POP_SPECIES( 5 , 18 ): 0.0000000000000000 POP_HYDRO( 5 , 18 ): 0.0000000000000000 POP_SPECIES( 6 , 18 ): 0.0000000000000000 POP_HYDRO( 6 , 18 ): 0.0000000000000000 POP_SPECIES( 7 , 18 ): 0.0000000000000000 POP_HYDRO( 7 , 18 ): 0.0000000000000000 POP_SPECIES( 8 , 18 ): 0.0000000000000000 POP_HYDRO( 8 , 18 ): 0.0000000000000000 POP_SPECIES( 9 , 18 ): 0.0000000000000000 POP_HYDRO( 9 , 18 ): 0.0000000000000000 POP_SPECIES( 10 , 18 ): 0.0000000000000000 POP_HYDRO( 10 , 18 ): 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0.0000000000000000 POP_SPECIES( 150 , 13 ): 0.0000000000000000 POP_SPECIES( 150 , 14 ): 0.0000000000000000 POP_SPECIES( 150 , 15 ): 0.0000000000000000 POP_SPECIES( 150 , 16 ): 0.0000000000000000 POP_SPECIES( 150 , 17 ): 1.10257500000000008E-002 POP_SPECIES( 150 , 18 ): 0.0000000000000000 POP_SPECIES( 150 , 19 ): 0.0000000000000000 POP_SPECIES( 150 , 20 ): 0.0000000000000000 POP_SPECIES( 150 , 21 ): 0.0000000000000000 POP_SPECIES( 150 , 22 ): 0.0000000000000000 POP_SPECIES( 150 , 23 ): 0.0000000000000000 POP_SPECIES( 150 , 24 ): 0.0000000000000000 POP_SPECIES( 150 , 25 ): 0.0000000000000000 POP_SPECIES( 150 , 26 ): 0.0000000000000000 Normalized mass fractions in RD_SN_DATA Maximum normalization factor was 1.0000000065801200 Minimum normalization factor was 0.99999999391899996 POP_SPECIES( 1 , 1 ): 31248287.764924072 POP_SPECIES( 2 , 1 ): 42671366.675393499 POP_SPECIES( 3 , 1 ): 54093591.755806662 POP_SPECIES( 4 , 1 ): 65514928.853304662 POP_SPECIES( 5 , 1 ): 76935388.683142275 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444072271.34141880 POP_SPECIES( 30 , 1 ): 480950246.11631924 POP_SPECIES( 31 , 1 ): 517828616.39559191 POP_SPECIES( 32 , 1 ): 554706591.17049336 POP_SPECIES( 33 , 1 ): 597641675.87955582 POP_SPECIES( 34 , 1 ): 642914468.29078054 POP_SPECIES( 35 , 1 ): 709716145.78491271 POP_SPECIES( 36 , 1 ): 781155032.96086252 POP_SPECIES( 37 , 1 ): 852593920.13681483 POP_SPECIES( 38 , 1 ): 924645443.58776534 POP_SPECIES( 39 , 1 ): 1020287893.2752528 POP_SPECIES( 40 , 1 ): 1116981751.7900243 POP_SPECIES( 41 , 1 ): 1220933273.7656007 POP_SPECIES( 42 , 1 ): 1329658770.8354485 POP_SPECIES( 43 , 1 ): 1454563956.3326921 POP_SPECIES( 44 , 1 ): 1582092720.0934765 POP_SPECIES( 45 , 1 ): 1714968663.4374681 POP_SPECIES( 46 , 1 ): 1849405425.2421749 POP_SPECIES( 47 , 1 ): 1985908262.3451400 POP_SPECIES( 48 , 1 ): 2144299656.2085307 POP_SPECIES( 49 , 1 ): 2321973233.0090637 POP_SPECIES( 50 , 1 ): 2532718845.9955292 POP_SPECIES( 51 , 1 ): 2762645827.8542585 POP_SPECIES( 52 , 1 ): 3009125814.7188020 POP_SPECIES( 53 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POP_SPECIES( 77 , 1 ): 20075239210.876568 POP_SPECIES( 78 , 1 ): 21804450777.822926 POP_SPECIES( 79 , 1 ): 23821418670.999241 POP_SPECIES( 80 , 1 ): 25853976951.086063 POP_SPECIES( 81 , 1 ): 27932524084.252808 POP_SPECIES( 82 , 1 ): 30038362601.228630 POP_SPECIES( 83 , 1 ): 32193922346.059769 POP_SPECIES( 84 , 1 ): 34385740745.366997 POP_SPECIES( 85 , 1 ): 36620839979.306808 POP_SPECIES( 86 , 1 ): 39482151571.382721 POP_SPECIES( 87 , 1 ): 42841607250.317612 POP_SPECIES( 88 , 1 ): 46252448835.017090 POP_SPECIES( 89 , 1 ): 49689923684.247810 POP_SPECIES( 90 , 1 ): 53200353270.267815 POP_SPECIES( 91 , 1 ): 56733884266.760918 POP_SPECIES( 92 , 1 ): 61259889983.799873 POP_SPECIES( 93 , 1 ): 65946474431.641380 POP_SPECIES( 94 , 1 ): 70462537168.723358 POP_SPECIES( 95 , 1 ): 75042639974.009460 POP_SPECIES( 96 , 1 ): 80670445730.597305 POP_SPECIES( 97 , 1 ): 86576065624.466919 POP_SPECIES( 98 , 1 ): 93892390293.990738 POP_SPECIES( 99 , 1 ): 100804849627.26248 POP_SPECIES( 100 , 1 ): 106601899615.48260 POP_SPECIES( 101 , 1 ): 111849044277.42854 POP_SPECIES( 102 , 1 ): 116148113539.83054 POP_SPECIES( 103 , 1 ): 120951419238.46519 POP_SPECIES( 104 , 1 ): 126327118642.06790 POP_SPECIES( 105 , 1 ): 131110237797.46436 POP_SPECIES( 106 , 1 ): 135445638091.64267 POP_SPECIES( 107 , 1 ): 140292587697.92490 POP_SPECIES( 108 , 1 ): 145390476919.28952 POP_SPECIES( 109 , 1 ): 148567211555.05542 POP_SPECIES( 110 , 1 ): 151177002536.12344 POP_SPECIES( 111 , 1 ): 154983000450.76456 POP_SPECIES( 112 , 1 ): 158962399348.00662 POP_SPECIES( 113 , 1 ): 162108035474.86115 POP_SPECIES( 114 , 1 ): 165229787092.58206 POP_SPECIES( 115 , 1 ): 168324486211.13623 POP_SPECIES( 116 , 1 ): 171231526414.41422 POP_SPECIES( 117 , 1 ): 173267246751.96951 POP_SPECIES( 118 , 1 ): 175299917750.80289 POP_SPECIES( 119 , 1 ): 177324599561.28537 POP_SPECIES( 120 , 1 ): 178945067991.66693 POP_SPECIES( 121 , 1 ): 179905388206.62326 POP_SPECIES( 122 , 1 ): 180724367023.51886 POP_SPECIES( 123 , 1 ): 181390863084.14264 POP_SPECIES( 124 , 1 ): 181212016006.31488 POP_SPECIES( 125 , 1 ): 180426805352.85403 POP_SPECIES( 126 , 1 ): 332085662732.69763 POP_SPECIES( 127 , 1 ): 554318838682.42957 POP_SPECIES( 128 , 1 ): 459771508875.99133 POP_SPECIES( 129 , 1 ): 118682908731.20828 POP_SPECIES( 130 , 1 ): 82382071352.367584 POP_SPECIES( 131 , 1 ): 89797465860.551437 POP_SPECIES( 132 , 1 ): 88936632519.857361 POP_SPECIES( 133 , 1 ): 87565153008.336868 POP_SPECIES( 134 , 1 ): 88114655263.813034 POP_SPECIES( 135 , 1 ): 114097861558.61929 POP_SPECIES( 136 , 1 ): 242854231238.52600 POP_SPECIES( 137 , 1 ): 310456373427.40234 POP_SPECIES( 138 , 1 ): 253048727387.82819 POP_SPECIES( 139 , 1 ): 209643222395.08603 POP_SPECIES( 140 , 1 ): 185088246622.52811 POP_SPECIES( 141 , 1 ): 165164515934.50589 POP_SPECIES( 142 , 1 ): 150004574899.26248 POP_SPECIES( 143 , 1 ): 154228415618.62244 POP_SPECIES( 144 , 1 ): 173493883636.86832 POP_SPECIES( 145 , 1 ): 193825010779.34247 POP_SPECIES( 146 , 1 ): 215221793881.89642 POP_SPECIES( 147 , 1 ): 237684338195.83707 POP_SPECIES( 148 , 1 ): 261212604417.40747 POP_SPECIES( 149 , 1 ): 285806424806.82025 POP_SPECIES( 150 , 1 ): 311465878623.95081 POP_SPECIES( 1 , 2 ): 3167368.8392807352 POP_SPECIES( 2 , 2 ): 4325837.2388193626 POP_SPECIES( 3 , 2 ): 5484544.4424389321 POP_SPECIES( 4 , 2 ): 6643489.0095881661 POP_SPECIES( 5 , 2 ): 7802671.0049388669 POP_SPECIES( 6 , 2 ): 8962089.6931395605 POP_SPECIES( 7 , 2 ): 10121742.026238063 POP_SPECIES( 8 , 2 ): 11281634.497740125 POP_SPECIES( 9 , 2 ): 12441761.394061992 POP_SPECIES( 10 , 2 ): 13602129.572383435 POP_SPECIES( 11 , 2 ): 14762733.290300459 POP_SPECIES( 12 , 2 ): 15923574.347681494 POP_SPECIES( 13 , 2 ): 17084652.089543156 POP_SPECIES( 14 , 2 ): 18245962.862978980 POP_SPECIES( 15 , 2 ): 19407507.914675783 POP_SPECIES( 16 , 2 ): 20569298.393869065 POP_SPECIES( 17 , 2 ): 21731320.710636735 POP_SPECIES( 18 , 2 ): 23256406.763576861 POP_SPECIES( 19 , 2 ): 24818168.851055130 POP_SPECIES( 20 , 2 ): 26479661.217659634 POP_SPECIES( 21 , 2 ): 28141216.905935455 POP_SPECIES( 22 , 2 ): 29802843.443992566 POP_SPECIES( 23 , 2 ): 31464554.137917031 POP_SPECIES( 24 , 2 ): 33126329.441260990 POP_SPECIES( 25 , 2 ): 34788179.353857718 POP_SPECIES( 26 , 2 ): 36450108.875835486 POP_SPECIES( 27 , 2 ): 38686491.075255327 POP_SPECIES( 28 , 2 ): 41723681.530722789 POP_SPECIES( 29 , 2 ): 45129677.961405933 POP_SPECIES( 30 , 2 ): 48877471.356460184 POP_SPECIES( 31 , 2 ): 52625304.945388496 POP_SPECIES( 32 , 2 ): 56373098.340442859 POP_SPECIES( 33 , 2 ): 60736456.899878651 POP_SPECIES( 34 , 2 ): 65337389.391701147 POP_SPECIES( 35 , 2 ): 72126235.233134121 POP_SPECIES( 36 , 2 ): 79386346.211090431 POP_SPECIES( 37 , 2 ): 86646457.189046994 POP_SPECIES( 38 , 2 ): 93968828.478179097 POP_SPECIES( 39 , 2 ): 103688671.91897286 POP_SPECIES( 40 , 2 ): 113515366.75500862 POP_SPECIES( 41 , 2 ): 124079635.26063871 POP_SPECIES( 42 , 2 ): 135129067.94449914 POP_SPECIES( 43 , 2 ): 147822791.82906568 POP_SPECIES( 44 , 2 ): 160783141.77830967 POP_SPECIES( 45 , 2 ): 174286908.88769966 POP_SPECIES( 46 , 2 ): 187949297.10233346 POP_SPECIES( 47 , 2 ): 201821654.09653717 POP_SPECIES( 48 , 2 ): 217918476.74957168 POP_SPECIES( 49 , 2 ): 235974887.43028808 POP_SPECIES( 50 , 2 ): 257392305.85438499 POP_SPECIES( 51 , 2 ): 280759066.88762367 POP_SPECIES( 52 , 2 ): 305808058.11945003 POP_SPECIES( 53 , 2 ): 331466107.12742192 POP_SPECIES( 54 , 2 ): 358757016.19826871 POP_SPECIES( 55 , 2 ): 386369962.60879964 POP_SPECIES( 56 , 2 ): 422187491.63445932 POP_SPECIES( 57 , 2 ): 458772840.22006875 POP_SPECIES( 58 , 2 ): 500770133.19469064 POP_SPECIES( 59 , 2 ): 543145690.71965587 POP_SPECIES( 60 , 2 ): 587861415.98979557 POP_SPECIES( 61 , 2 ): 633284030.92594731 POP_SPECIES( 62 , 2 ): 680938410.72849023 POP_SPECIES( 63 , 2 ): 729707286.27556670 POP_SPECIES( 64 , 2 ): 780623318.58378720 POP_SPECIES( 65 , 2 ): 839332420.58403993 POP_SPECIES( 66 , 2 ): 907838256.90647781 POP_SPECIES( 67 , 2 ): 978805405.31101155 POP_SPECIES( 68 , 2 ): 1051833293.6471035 POP_SPECIES( 69 , 2 ): 1127683877.1884573 POP_SPECIES( 70 , 2 ): 1205084014.9689658 POP_SPECIES( 71 , 2 ): 1291200194.3753481 POP_SPECIES( 72 , 2 ): 1380270744.1189563 POP_SPECIES( 73 , 2 ): 1491340285.4916110 POP_SPECIES( 74 , 2 ): 1606349710.8036325 POP_SPECIES( 75 , 2 ): 1736613756.4250948 POP_SPECIES( 76 , 2 ): 1869687193.0794477 POP_SPECIES( 77 , 2 ): 2040183859.8215277 POP_SPECIES( 78 , 2 ): 2215918230.5078435 POP_SPECIES( 79 , 2 ): 2420896377.8769217 POP_SPECIES( 80 , 2 ): 2627458927.5741148 POP_SPECIES( 81 , 2 ): 2838695180.7724118 POP_SPECIES( 82 , 2 ): 3052704972.0677948 POP_SPECIES( 83 , 2 ): 3271767776.4553432 POP_SPECIES( 84 , 2 ): 3494515434.6503072 POP_SPECIES( 85 , 2 ): 3721661588.8895497 POP_SPECIES( 86 , 2 ): 4012447749.2313285 POP_SPECIES( 87 , 2 ): 4353858737.2625628 POP_SPECIES( 88 , 2 ): 4700491914.4025774 POP_SPECIES( 89 , 2 ): 5049831747.0329819 POP_SPECIES( 90 , 2 ): 5406585741.7030792 POP_SPECIES( 91 , 2 ): 5765687460.5667086 POP_SPECIES( 92 , 2 ): 6225651285.4739599 POP_SPECIES( 93 , 2 ): 6701934225.2556448 POP_SPECIES( 94 , 2 ): 7160887576.1648703 POP_SPECIES( 95 , 2 ): 7626349119.1887445 POP_SPECIES( 96 , 2 ): 8198285440.8531218 POP_SPECIES( 97 , 2 ): 8798455145.5899849 POP_SPECIES( 98 , 2 ): 9541990370.6093445 POP_SPECIES( 99 , 2 ): 10244482022.901737 POP_SPECIES( 100 , 2 ): 10833618107.224833 POP_SPECIES( 101 , 2 ): 11366869030.763060 POP_SPECIES( 102 , 2 ): 11803770012.578281 POP_SPECIES( 103 , 2 ): 12291914968.521513 POP_SPECIES( 104 , 2 ): 12838230508.938107 POP_SPECIES( 105 , 2 ): 13324323969.540859 POP_SPECIES( 106 , 2 ): 13764917160.642460 POP_SPECIES( 107 , 2 ): 14257497510.606499 POP_SPECIES( 108 , 2 ): 14775580069.889339 POP_SPECIES( 109 , 2 ): 15098421688.997631 POP_SPECIES( 110 , 2 ): 15363646595.219318 POP_SPECIES( 111 , 2 ): 15750438275.975891 POP_SPECIES( 112 , 2 ): 16154852157.009314 POP_SPECIES( 113 , 2 ): 16474533331.787197 POP_SPECIES( 114 , 2 ): 16791787198.500540 POP_SPECIES( 115 , 2 ): 17106291804.216892 POP_SPECIES( 116 , 2 ): 17401725220.490543 POP_SPECIES( 117 , 2 ): 17608609120.212173 POP_SPECIES( 118 , 2 ): 17815183125.163521 POP_SPECIES( 119 , 2 ): 18020945213.855480 POP_SPECIES( 120 , 2 ): 18185628359.211155 POP_SPECIES( 121 , 2 ): 18283222703.280182 POP_SPECIES( 122 , 2 ): 18366452962.517185 POP_SPECIES( 123 , 2 ): 18434186875.485085 POP_SPECIES( 124 , 2 ): 18416011205.560173 POP_SPECIES( 125 , 2 ): 18336212699.304626 POP_SPECIES( 126 , 2 ): 33748828697.309547 POP_SPECIES( 127 , 2 ): 56333692266.151863 POP_SPECIES( 128 , 2 ): 147913520656.10156 POP_SPECIES( 129 , 2 ): 298670233840.57666 POP_SPECIES( 130 , 2 ): 270278386572.10986 POP_SPECIES( 131 , 2 ): 218044774219.33951 POP_SPECIES( 132 , 2 ): 202136595961.32541 POP_SPECIES( 133 , 2 ): 187579833602.17175 POP_SPECIES( 134 , 2 ): 180656366290.22607 POP_SPECIES( 135 , 2 ): 156392727585.12866 POP_SPECIES( 136 , 2 ): 62290852924.467102 POP_SPECIES( 137 , 2 ): 21293576.797941722 POP_SPECIES( 138 , 2 ): 6628770.4762397232 POP_SPECIES( 139 , 2 ): 142.85716595834626 POP_SPECIES( 140 , 2 ): 432.99540378808899 POP_SPECIES( 141 , 2 ): 3941.5641117451364 POP_SPECIES( 142 , 2 ): 9452.0046972601303 POP_SPECIES( 143 , 2 ): 25901.696230956350 POP_SPECIES( 144 , 2 ): 52442.694905289391 POP_SPECIES( 145 , 2 ): 81189.243919962086 POP_SPECIES( 146 , 2 ): 112141.36025685273 POP_SPECIES( 147 , 2 ): 145299.08137265866 POP_SPECIES( 148 , 2 ): 180662.39554484072 POP_SPECIES( 149 , 2 ): 218231.22557900217 POP_SPECIES( 150 , 2 ): 258005.56068553103 POP_SPECIES( 1 , 5 ): 22507.172927517102 POP_SPECIES( 2 , 5 ): 30728.235065031793 POP_SPECIES( 3 , 5 ): 38945.133688657123 POP_SPECIES( 4 , 5 ): 47157.839892551805 POP_SPECIES( 5 , 5 ): 55366.368793935158 POP_SPECIES( 6 , 5 ): 63570.704297272321 POP_SPECIES( 7 , 5 ): 71770.863039277610 POP_SPECIES( 8 , 5 ): 79966.827812523727 POP_SPECIES( 9 , 5 ): 88158.630331066248 POP_SPECIES( 10 , 5 ): 96346.238136681030 POP_SPECIES( 11 , 5 ): 104529.65123211178 POP_SPECIES( 12 , 5 ): 112708.89324428778 POP_SPECIES( 13 , 5 ): 120883.94885035728 POP_SPECIES( 14 , 5 ): 129054.82215552381 POP_SPECIES( 15 , 5 ): 137221.51190789920 POP_SPECIES( 16 , 5 ): 145384.01502660476 POP_SPECIES( 17 , 5 ): 153542.31354988759 POP_SPECIES( 18 , 5 ): 164292.87377429201 POP_SPECIES( 19 , 5 ): 175302.87923001533 POP_SPECIES( 20 , 5 ): 187024.84214093641 POP_SPECIES( 21 , 5 ): 198745.60046001803 POP_SPECIES( 22 , 5 ): 210465.11109508641 POP_SPECIES( 23 , 5 ): 222183.39557660359 POP_SPECIES( 24 , 5 ): 233900.44889244207 POP_SPECIES( 25 , 5 ): 245616.30728766724 POP_SPECIES( 26 , 5 ): 257330.98636858759 POP_SPECIES( 27 , 5 ): 273104.72521784721 POP_SPECIES( 28 , 5 ): 294538.04338187986 POP_SPECIES( 29 , 5 ): 318578.00200200698 POP_SPECIES( 30 , 5 ): 345034.30715742509 POP_SPECIES( 31 , 5 ): 371490.89604817366 POP_SPECIES( 32 , 5 ): 397947.20120359247 POP_SPECIES( 33 , 5 ): 428748.88458968210 POP_SPECIES( 34 , 5 ): 461227.64240054908 POP_SPECIES( 35 , 5 ): 509151.24925440067 POP_SPECIES( 36 , 5 ): 560401.59612477105 POP_SPECIES( 37 , 5 ): 611651.94299514301 POP_SPECIES( 38 , 5 ): 663341.79589423724 POP_SPECIES( 39 , 5 ): 731955.80873493338 POP_SPECIES( 40 , 5 ): 801324.10358128522 POP_SPECIES( 41 , 5 ): 875899.05525753065 POP_SPECIES( 42 , 5 ): 953898.86262797669 POP_SPECIES( 43 , 5 ): 1043505.9986808567 POP_SPECIES( 44 , 5 ): 1134995.2930562322 POP_SPECIES( 45 , 5 ): 1230320.6607419681 POP_SPECIES( 46 , 5 ): 1326765.7615405160 POP_SPECIES( 47 , 5 ): 1424693.0673380757 POP_SPECIES( 48 , 5 ): 1538323.2510892167 POP_SPECIES( 49 , 5 ): 1665786.4969583687 POP_SPECIES( 50 , 5 ): 1816975.6628864920 POP_SPECIES( 51 , 5 ): 1981925.5667965889 POP_SPECIES( 52 , 5 ): 2158750.6171686621 POP_SPECIES( 53 , 5 ): 2339875.1090212199 POP_SPECIES( 54 , 5 ): 2532526.2352278819 POP_SPECIES( 55 , 5 ): 2727450.6772852433 POP_SPECIES( 56 , 5 ): 2980292.6506625349 POP_SPECIES( 57 , 5 ): 3238554.7917067898 POP_SPECIES( 58 , 5 ): 3535020.7602162440 POP_SPECIES( 59 , 5 ): 3834156.9619318731 POP_SPECIES( 60 , 5 ): 4149812.8021267490 POP_SPECIES( 61 , 5 ): 4470458.6955993492 POP_SPECIES( 62 , 5 ): 4806858.9933617655 POP_SPECIES( 63 , 5 ): 5151126.7044001399 POP_SPECIES( 64 , 5 ): 5510551.5568551961 POP_SPECIES( 65 , 5 ): 5924989.0015577115 POP_SPECIES( 66 , 5 ): 6408583.2447903510 POP_SPECIES( 67 , 5 ): 6909552.3047918575 POP_SPECIES( 68 , 5 ): 7425068.4752470013 POP_SPECIES( 69 , 5 ): 7960510.5268378779 POP_SPECIES( 70 , 5 ): 8506891.1429344863 POP_SPECIES( 71 , 5 ): 9114799.7656991612 POP_SPECIES( 72 , 5 ): 9743563.7865460590 POP_SPECIES( 73 , 5 ): 10527622.396581776 POP_SPECIES( 74 , 5 ): 11339493.311296394 POP_SPECIES( 75 , 5 ): 12259049.161490433 POP_SPECIES( 76 , 5 ): 13198436.976425411 POP_SPECIES( 77 , 5 ): 14402001.679128239 POP_SPECIES( 78 , 5 ): 15642540.216633515 POP_SPECIES( 79 , 5 ): 17089515.501916043 POP_SPECIES( 80 , 5 ): 18547675.350236882 POP_SPECIES( 81 , 5 ): 20038827.659186505 POP_SPECIES( 82 , 5 ): 21549558.840961277 POP_SPECIES( 83 , 5 ): 23095960.093689550 POP_SPECIES( 84 , 5 ): 24668373.350417495 POP_SPECIES( 85 , 5 ): 26271836.331958413 POP_SPECIES( 86 , 5 ): 28324544.841217920 POP_SPECIES( 87 , 5 ): 30734622.540454689 POP_SPECIES( 88 , 5 ): 33181564.552655865 POP_SPECIES( 89 , 5 ): 35647613.302090429 POP_SPECIES( 90 , 5 ): 38165999.870800912 POP_SPECIES( 91 , 5 ): 40700959.420233019 POP_SPECIES( 92 , 5 ): 43947921.573551871 POP_SPECIES( 93 , 5 ): 47310083.108873501 POP_SPECIES( 94 , 5 ): 50549912.155954793 POP_SPECIES( 95 , 5 ): 53835683.627936676 POP_SPECIES( 96 , 5 ): 57873078.505516648 POP_SPECIES( 97 , 5 ): 62109777.592106991 POP_SPECIES( 98 , 5 ): 67358518.046389639 POP_SPECIES( 99 , 5 ): 72317525.004112393 POP_SPECIES( 100 , 5 ): 76476335.904811546 POP_SPECIES( 101 , 5 ): 80240644.037739381 POP_SPECIES( 102 , 5 ): 83324801.695111498 POP_SPECIES( 103 , 5 ): 86770699.201509476 POP_SPECIES( 104 , 5 ): 90627232.666636452 POP_SPECIES( 105 , 5 ): 94058648.321707115 POP_SPECIES( 106 , 5 ): 97168869.906644478 POP_SPECIES( 107 , 5 ): 100646077.60688981 POP_SPECIES( 108 , 5 ): 104303309.70035970 POP_SPECIES( 109 , 5 ): 106582303.09505147 POP_SPECIES( 110 , 5 ): 108454570.40388392 POP_SPECIES( 111 , 5 ): 111184998.06064239 POP_SPECIES( 112 , 5 ): 114039823.79885583 POP_SPECIES( 113 , 5 ): 116296507.08441988 POP_SPECIES( 114 , 5 ): 118536055.59330533 POP_SPECIES( 115 , 5 ): 120756196.60550639 POP_SPECIES( 116 , 5 ): 122841710.87754653 POP_SPECIES( 117 , 5 ): 124302139.18984392 POP_SPECIES( 118 , 5 ): 125760379.90273429 POP_SPECIES( 119 , 5 ): 127212889.16192514 POP_SPECIES( 120 , 5 ): 128375415.23746426 POP_SPECIES( 121 , 5 ): 129064350.15888770 POP_SPECIES( 122 , 5 ): 129651886.58484024 POP_SPECIES( 123 , 5 ): 130130031.69102834 POP_SPECIES( 124 , 5 ): 130001726.57405682 POP_SPECIES( 125 , 5 ): 129438415.47072084 POP_SPECIES( 126 , 5 ): 238238669.14121282 POP_SPECIES( 127 , 5 ): 397669027.08444405 POP_SPECIES( 128 , 5 ): 383604041.60470963 POP_SPECIES( 129 , 5 ): 237424345.40307209 POP_SPECIES( 130 , 5 ): 428704924.79457659 POP_SPECIES( 131 , 5 ): 582517435.45466876 POP_SPECIES( 132 , 5 ): 542876322.91090071 POP_SPECIES( 133 , 5 ): 503782574.61611170 POP_SPECIES( 134 , 5 ): 485190414.53959280 POP_SPECIES( 135 , 5 ): 3161895481.3861270 POP_SPECIES( 136 , 5 ): 16661141101.787235 POP_SPECIES( 137 , 5 ): 24353859480.323277 POP_SPECIES( 138 , 5 ): 20228316104.203693 POP_SPECIES( 139 , 5 ): 16553298597.420761 POP_SPECIES( 140 , 5 ): 13757650967.810675 POP_SPECIES( 141 , 5 ): 11380160151.302380 POP_SPECIES( 142 , 5 ): 9430055565.5575962 POP_SPECIES( 143 , 5 ): 8471670450.0960627 POP_SPECIES( 144 , 5 ): 8069701103.5616217 POP_SPECIES( 145 , 5 ): 7599295594.2396822 POP_SPECIES( 146 , 5 ): 7060448178.8635912 POP_SPECIES( 147 , 5 ): 6453163750.6106071 POP_SPECIES( 148 , 5 ): 5777439237.9995346 POP_SPECIES( 149 , 5 ): 5033272863.8043737 POP_SPECIES( 150 , 5 ): 4220665664.5120769 POP_SPECIES( 1 , 17 ): 53.524630973137505 POP_SPECIES( 2 , 17 ): 73.093834053465486 POP_SPECIES( 3 , 17 ): 92.663098426666409 POP_SPECIES( 4 , 17 ): 112.23233896186788 POP_SPECIES( 5 , 17 ): 131.80158355520115 POP_SPECIES( 6 , 17 ): 151.37082290760145 POP_SPECIES( 7 , 17 ): 170.94005941129163 POP_SPECIES( 8 , 17 ): 190.50929680140499 POP_SPECIES( 9 , 17 ): 210.07855703307220 POP_SPECIES( 10 , 17 ): 229.64781979867641 POP_SPECIES( 11 , 17 ): 249.21706021100351 POP_SPECIES( 12 , 17 ): 268.78629844154261 POP_SPECIES( 13 , 17 ): 288.35553412084346 POP_SPECIES( 14 , 17 ): 307.92480110657539 POP_SPECIES( 15 , 17 ): 327.49403309538491 POP_SPECIES( 16 , 17 ): 347.06329611787589 POP_SPECIES( 17 , 17 ): 366.63247693532236 POP_SPECIES( 18 , 17 ): 392.34519594608423 POP_SPECIES( 19 , 17 ): 418.67683365030439 POP_SPECIES( 20 , 17 ): 446.69584899743103 POP_SPECIES( 21 , 17 ): 474.71486264621166 POP_SPECIES( 22 , 17 ): 502.73383374402283 POP_SPECIES( 23 , 17 ): 530.75279780040569 POP_SPECIES( 24 , 17 ): 558.77181337973809 POP_SPECIES( 25 , 17 ): 586.79083652064287 POP_SPECIES( 26 , 17 ): 614.80997007588712 POP_SPECIES( 27 , 17 ): 652.52093821278629 POP_SPECIES( 28 , 17 ): 703.74351185360013 POP_SPECIES( 29 , 17 ): 761.18899032724960 POP_SPECIES( 30 , 17 ): 824.40191803251980 POP_SPECIES( 31 , 17 ): 887.61552367602940 POP_SPECIES( 32 , 17 ): 950.82845138130142 POP_SPECIES( 33 , 17 ): 1024.4239354690239 POP_SPECIES( 34 , 17 ): 1102.0265091237527 POP_SPECIES( 35 , 17 ): 1216.5319730436802 POP_SPECIES( 36 , 17 ): 1338.9861272634457 POP_SPECIES( 37 , 17 ): 1461.4402814832151 POP_SPECIES( 38 , 17 ): 1584.9445620398421 POP_SPECIES( 39 , 17 ): 1748.8862994739966 POP_SPECIES( 40 , 17 ): 1914.6302679306912 POP_SPECIES( 41 , 17 ): 2092.8146743034422 POP_SPECIES( 42 , 17 ): 2279.1822020201098 POP_SPECIES( 43 , 17 ): 2493.2835052788914 POP_SPECIES( 44 , 17 ): 2711.8819118660031 POP_SPECIES( 45 , 17 ): 2939.6459756911704 POP_SPECIES( 46 , 17 ): 3170.0854549945593 POP_SPECIES( 47 , 17 ): 3404.0664158803729 POP_SPECIES( 48 , 17 ): 3675.5667840686506 POP_SPECIES( 49 , 17 ): 3980.1189465445855 POP_SPECIES( 50 , 17 ): 4341.3602370230228 POP_SPECIES( 51 , 17 ): 4735.4805153312291 POP_SPECIES( 52 , 17 ): 5157.9744750881737 POP_SPECIES( 53 , 17 ): 5590.7412330262059 POP_SPECIES( 54 , 17 ): 6051.0489608703047 POP_SPECIES( 55 , 17 ): 6516.7883977031415 POP_SPECIES( 56 , 17 ): 7120.9121137725188 POP_SPECIES( 57 , 17 ): 7737.9864162850690 POP_SPECIES( 58 , 17 ): 8446.3423913303250 POP_SPECIES( 59 , 17 ): 9161.0784431711381 POP_SPECIES( 60 , 17 ): 9915.2854153377957 POP_SPECIES( 61 , 17 ): 10681.415287366593 POP_SPECIES( 62 , 17 ): 11485.187680282619 POP_SPECIES( 63 , 17 ): 12307.757944772889 POP_SPECIES( 64 , 17 ): 13166.543670150944 POP_SPECIES( 65 , 17 ): 14156.772807456309 POP_SPECIES( 66 , 17 ): 15312.240578052735 POP_SPECIES( 67 , 17 ): 16509.222574836480 POP_SPECIES( 68 , 17 ): 17740.962465287699 POP_SPECIES( 69 , 17 ): 19020.311924660113 POP_SPECIES( 70 , 17 ): 20325.797259138220 POP_SPECIES( 71 , 17 ): 21778.293501394641 POP_SPECIES( 72 , 17 ): 23280.620238253057 POP_SPECIES( 73 , 17 ): 25153.997489601115 POP_SPECIES( 74 , 17 ): 27093.827603306796 POP_SPECIES( 75 , 17 ): 29290.952906246905 POP_SPECIES( 76 , 17 ): 31535.463380550067 POP_SPECIES( 77 , 17 ): 34411.180457958661 POP_SPECIES( 78 , 17 ): 37375.240345620761 POP_SPECIES( 79 , 17 ): 40832.546404140616 POP_SPECIES( 80 , 17 ): 44316.576110222093 POP_SPECIES( 81 , 17 ): 47879.435797145357 POP_SPECIES( 82 , 17 ): 51489.075934519904 POP_SPECIES( 83 , 17 ): 55183.943755925895 POP_SPECIES( 84 , 17 ): 58940.962921544196 POP_SPECIES( 85 , 17 ): 62772.170224861278 POP_SPECIES( 86 , 17 ): 67676.774773136247 POP_SPECIES( 87 , 17 ): 73435.253384225987 POP_SPECIES( 88 , 17 ): 79281.813121407729 POP_SPECIES( 89 , 17 ): 85174.025219806324 POP_SPECIES( 90 , 17 ): 91191.289806324625 POP_SPECIES( 91 , 17 ): 97248.152765558363 POP_SPECIES( 92 , 17 ): 105006.22716989217 POP_SPECIES( 93 , 17 ): 113039.55127986152 POP_SPECIES( 94 , 17 ): 120780.58231679157 POP_SPECIES( 95 , 17 ): 128631.38511386674 POP_SPECIES( 96 , 17 ): 138278.06665215496 POP_SPECIES( 97 , 17 ): 148400.95234977372 POP_SPECIES( 98 , 17 ): 160941.94206588110 POP_SPECIES( 99 , 17 ): 172790.66192554991 POP_SPECIES( 100 , 17 ): 182727.44679635591 POP_SPECIES( 101 , 17 ): 191721.63311486365 POP_SPECIES( 102 , 17 ): 199090.71333531887 POP_SPECIES( 103 , 17 ): 207324.11057926842 POP_SPECIES( 104 , 17 ): 216538.65394395671 POP_SPECIES( 105 , 17 ): 224737.44922003453 POP_SPECIES( 106 , 17 ): 232168.80484740005 POP_SPECIES( 107 , 17 ): 240477.01257635432 POP_SPECIES( 108 , 17 ): 249215.35856109438 POP_SPECIES( 109 , 17 ): 254660.63309407042 POP_SPECIES( 110 , 17 ): 259134.10349528131 POP_SPECIES( 111 , 17 ): 265658.00488881342 POP_SPECIES( 112 , 17 ): 272479.13474578719 POP_SPECIES( 113 , 17 ): 277871.10299479408 POP_SPECIES( 114 , 17 ): 283222.13055336569 POP_SPECIES( 115 , 17 ): 288526.78713618527 POP_SPECIES( 116 , 17 ): 293509.77558193891 POP_SPECIES( 117 , 17 ): 296999.22540426522 POP_SPECIES( 118 , 17 ): 300483.44832274574 POP_SPECIES( 119 , 17 ): 303953.97688873723 POP_SPECIES( 120 , 17 ): 306731.63901263726 POP_SPECIES( 121 , 17 ): 308377.73407866189 POP_SPECIES( 122 , 17 ): 309781.55435514316 POP_SPECIES( 123 , 17 ): 310924.00232180138 POP_SPECIES( 124 , 17 ): 310617.43864876800 POP_SPECIES( 125 , 17 ): 309271.50073938991 POP_SPECIES( 126 , 17 ): 569231.55673305097 POP_SPECIES( 127 , 17 ): 950163.80072884203 POP_SPECIES( 128 , 17 ): 1267653.6413474174 POP_SPECIES( 129 , 17 ): 1561739.7808349472 POP_SPECIES( 130 , 17 ): 1383328.7079104676 POP_SPECIES( 131 , 17 ): 1145599.0369465908 POP_SPECIES( 132 , 17 ): 1062377.4191747664 POP_SPECIES( 133 , 17 ): 985872.83525272587 POP_SPECIES( 134 , 17 ): 949488.22676991858 POP_SPECIES( 135 , 17 ): 929652.88193954481 POP_SPECIES( 136 , 17 ): 975179.10387133912 POP_SPECIES( 137 , 17 ): 953657.61237852275 POP_SPECIES( 138 , 17 ): 783741.84890371363 POP_SPECIES( 139 , 17 ): 3346776.3082320495 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252331586.91675916 POP_ATOM: 269263860.22312349 POP_ATOM: 287282111.44128144 POP_ATOM: 305300185.15490270 POP_ATOM: 323318020.16835696 POP_ATOM: 341335671.58300143 POP_ATOM: 359353142.02639043 POP_ATOM: 377370412.17400312 POP_ATOM: 395387556.52282768 POP_ATOM: 419637960.97511941 POP_ATOM: 452578487.45509785 POP_ATOM: 489521288.49381709 POP_ATOM: 530173576.18185484 POP_ATOM: 570826299.85255229 POP_ATOM: 611478587.54059124 POP_ATOM: 658807906.08795953 POP_ATOM: 708714187.35139132 POP_ATOM: 782352748.79927421 POP_ATOM: 861103119.75420499 POP_ATOM: 939853490.70913851 POP_ATOM: 1019279198.8064008 POP_ATOM: 1124710269.8892601 POP_ATOM: 1231300357.2788820 POP_ATOM: 1345890900.8961713 POP_ATOM: 1465744016.8247778 POP_ATOM: 1603432747.4439440 POP_ATOM: 1744013569.0467541 POP_ATOM: 1890488832.6318853 POP_ATOM: 2038684658.1915038 POP_ATOM: 2189158013.5754309 POP_ATOM: 2363760131.7759752 POP_ATOM: 2559617887.0552568 POP_ATOM: 2791932468.8730378 POP_ATOM: 3045391555.7891946 POP_ATOM: 3317097781.4298954 POP_ATOM: 3595410452.3370771 POP_ATOM: 3891434744.4659362 POP_ATOM: 4190952173.2752757 POP_ATOM: 4579464650.0161886 POP_ATOM: 4976305659.9373913 POP_ATOM: 5431849991.2701035 POP_ATOM: 5891497355.4282188 POP_ATOM: 6376528502.0916996 POP_ATOM: 6869227275.8192377 POP_ATOM: 7386133986.8146954 POP_ATOM: 7915129625.0422859 POP_ATOM: 8467415457.0357656 POP_ATOM: 9104232659.2780704 POP_ATOM: 9847314967.4342422 POP_ATOM: 10617095109.836948 POP_ATOM: 11409228083.283777 POP_ATOM: 12231978811.084776 POP_ATOM: 13071537542.443672 POP_ATOM: 14005639113.902431 POP_ATOM: 14971786718.913733 POP_ATOM: 16176557226.065508 POP_ATOM: 17424063625.641865 POP_ATOM: 18837036780.725494 POP_ATOM: 20280483379.902370 POP_ATOM: 22129859483.557682 POP_ATOM: 24036048923.787746 POP_ATOM: 26259445396.924484 POP_ATOM: 28500027870.586525 POP_ATOM: 30791305972.120205 POP_ATOM: 33112668621.213322 POP_ATOM: 35488841266.552559 POP_ATOM: 37904983494.330643 POP_ATOM: 40368836176.698540 POP_ATOM: 43522991542.230042 POP_ATOM: 47226274045.374016 POP_ATOM: 50986201595.785446 POP_ATOM: 54775488218.608109 POP_ATOM: 58645196203.131500 POP_ATOM: 62540369934.900627 POP_ATOM: 67529594197.074562 POP_ATOM: 72695831779.557175 POP_ATOM: 77674095437.626511 POP_ATOM: 82722953408.211258 POP_ATOM: 88926742528.022598 POP_ATOM: 95436778948.601349 POP_ATOM: 103501900124.58853 POP_ATOM: 111121821965.83026 POP_ATOM: 117512176786.05905 POP_ATOM: 123296345673.86246 POP_ATOM: 128035407444.81726 POP_ATOM: 133330312230.29880 POP_ATOM: 139256192922.32657 POP_ATOM: 144528845152.77615 POP_ATOM: 149307956290.99661 POP_ATOM: 154650971763.15088 POP_ATOM: 160270609514.23776 POP_ATOM: 163772470207.78119 POP_ATOM: 166649362835.85013 POP_ATOM: 170844889382.80597 POP_ATOM: 175231563807.94952 POP_ATOM: 178699143184.83575 POP_ATOM: 182140393568.80646 POP_ATOM: 185551822738.74576 POP_ATOM: 188756386855.55786 POP_ATOM: 191000455010.59695 POP_ATOM: 193241161739.31747 POP_ATOM: 195473061618.27966 POP_ATOM: 197259378497.75455 POP_ATOM: 198317983637.79639 POP_ATOM: 199220781654.17523 POP_ATOM: 199955490915.32108 POP_ATOM: 199758339555.88779 POP_ATOM: 198892765739.13013 POP_ATOM: 366073299330.70520 POP_ATOM: 611051150139.46667 POP_ATOM: 608069901227.33899 POP_ATOM: 417592128656.96881 POP_ATOM: 353090546177.97986 POP_ATOM: 308425903114.38251 POP_ATOM: 291617167181.51282 POP_ATOM: 275649755057.95996 POP_ATOM: 269257161456.80548 POP_ATOM: 273653414278.01602 POP_ATOM: 321807200443.88422 POP_ATOM: 334832480142.13593 POP_ATOM: 273284456004.35703 POP_ATOM: 226199867911.67218 POP_ATOM: 198854642988.14755 POP_ATOM: 176557956808.76694 POP_ATOM: 159451813052.73422 POP_ATOM: 162723668909.31155 POP_ATOM: 181596685038.04330 POP_ATOM: 201467658531.63110 POP_ATOM: 222336580475.50439 POP_ATOM: 244203561052.51797 POP_ATOM: 267068557855.30255 POP_ATOM: 290931401363.75824 POP_ATOM: 315792171861.77600 Exiting RD_SN_DATA Using NON-GRID option for new model. T1: 0.53038507999999995 T1: 0.53141985000000003 T1: 0.53238121999999999 T1: 0.53371033999999995 T1: 0.53480218999999996 T1: 0.53597273000000001 T1: 0.53729859999999996 T1: 0.53865116999999996 T1: 0.54001244999999998 T1: 0.54137588000000003 T1: 0.54273877999999998 T1: 0.54410939999999997 T1: 0.54547350999999999 T1: 0.54681236000000000 T1: 0.54813544999999997 T1: 0.54944548999999998 T1: 0.55074688999999999 T1: 0.55208959999999996 T1: 0.55343326999999998 T1: 0.55478152000000003 T1: 0.55611792999999998 T1: 0.55742073999999997 T1: 0.55867619999999996 T1: 0.55987383000000002 T1: 0.56102425000000000 T1: 0.56215996000000001 T1: 0.56334181999999999 T1: 0.56455862000000001 T1: 0.56573709999999999 T1: 0.56684878999999999 T1: 0.56786398000000005 T1: 0.56879292000000004 T1: 0.56966044999999998 T1: 0.57045762000000000 T1: 0.57118844000000002 T1: 0.57174174000000000 T1: 0.57213837000000001 T1: 0.57242789000000005 T1: 0.57259055000000003 T1: 0.57258666999999996 T1: 0.57245398999999997 T1: 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0.55074688999999999 T2: 0.55208959999999996 T2: 0.55343326999999998 T2: 0.55478152000000003 T2: 0.55611792999999998 T2: 0.55742073999999997 T2: 0.55867619999999996 T2: 0.55987383000000002 T2: 0.56102425000000000 T2: 0.56215996000000001 T2: 0.56334181999999999 T2: 0.56455862000000001 T2: 0.56573709999999999 T2: 0.56684878999999999 T2: 0.56786398000000005 T2: 0.56879292000000004 T2: 0.56966044999999998 T2: 0.57045762000000000 T2: 0.57118844000000002 T2: 0.57174174000000000 T2: 0.57213837000000001 T2: 0.57242789000000005 T2: 0.57259055000000003 T2: 0.57258666999999996 T2: 0.57245398999999997 T2: 0.57221242000000005 T2: 0.57185522000000000 T2: 0.57139110999999998 T2: 0.57084875999999996 T2: 0.57025362999999996 T2: 0.56963912000000005 T2: 0.56899182999999998 T2: 0.56830033000000002 T2: 0.56754218000000001 T2: 0.56672171000000005 T2: 0.56585834999999995 T2: 0.56498084000000004 T2: 0.56409703000000000 T2: 0.56323409000000002 T2: 0.56231239000000000 T2: 0.56136671000000005 T2: 0.56039050000000001 T2: 0.55941543000000005 T2: 0.55844828999999996 T2: 0.55750168000000000 T2: 0.55657365000000003 T2: 0.55567464000000000 T2: 0.55480978999999997 T2: 0.55394858000000002 T2: 0.55306801000000005 T2: 0.55220718000000002 T2: 0.55139044000000004 T2: 0.55062478999999998 T2: 0.54992605000000006 T2: 0.54927910999999996 T2: 0.54871216000000000 T2: 0.54817899999999997 T2: 0.54773717000000000 T2: 0.54739473999999999 T2: 0.54720756000000004 T2: 0.54712910000000003 T2: 0.54724567000000002 T2: 0.54757082000000001 T2: 0.54819353000000004 T2: 0.54918032000000006 T2: 0.55060430999999999 T2: 0.55255482000000000 T2: 0.55515806999999995 T2: 0.55858912000000005 T2: 0.56303935000000005 T2: 0.56894597000000002 T2: 0.57707125000000004 T2: 0.58863502000000001 T2: 0.60583153999999995 T2: 0.63243424999999998 T2: 0.67227057000000001 T2: 0.72126866000000001 T2: 0.76914652999999999 T2: 0.81166062000000005 T2: 0.84966728999999996 T2: 0.88443704000000001 T2: 0.91694531999999995 T2: 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T7: 0.54813544999999997 T7: 0.54944548999999998 T7: 0.55074688999999999 T7: 0.55208959999999996 T7: 0.55343326999999998 T7: 0.55478152000000003 T7: 0.55611792999999998 T7: 0.55742073999999997 T7: 0.55867619999999996 T7: 0.55987383000000002 T7: 0.56102425000000000 T7: 0.56215996000000001 T7: 0.56334181999999999 T7: 0.56455862000000001 T7: 0.56573709999999999 T7: 0.56684878999999999 T7: 0.56786398000000005 T7: 0.56879292000000004 T7: 0.56966044999999998 T7: 0.57045762000000000 T7: 0.57118844000000002 T7: 0.57174174000000000 T7: 0.57213837000000001 T7: 0.57242789000000005 T7: 0.57259055000000003 T7: 0.57258666999999996 T7: 0.57245398999999997 T7: 0.57221242000000005 T7: 0.57185522000000000 T7: 0.57139110999999998 T7: 0.57084875999999996 T7: 0.57025362999999996 T7: 0.56963912000000005 T7: 0.56899182999999998 T7: 0.56830033000000002 T7: 0.56754218000000001 T7: 0.56672171000000005 T7: 0.56585834999999995 T7: 0.56498084000000004 T7: 0.56409703000000000 T7: 0.56323409000000002 T7: 0.56231239000000000 T7: 0.56136671000000005 T7: 0.56039050000000001 T7: 0.55941543000000005 T7: 0.55844828999999996 T7: 0.55750168000000000 T7: 0.55657365000000003 T7: 0.55567464000000000 T7: 0.55480978999999997 T7: 0.55394858000000002 T7: 0.55306801000000005 T7: 0.55220718000000002 T7: 0.55139044000000004 T7: 0.55062478999999998 T7: 0.54992605000000006 T7: 0.54927910999999996 T7: 0.54871216000000000 T7: 0.54817899999999997 T7: 0.54773717000000000 T7: 0.54739473999999999 T7: 0.54720756000000004 T7: 0.54712910000000003 T7: 0.54724567000000002 T7: 0.54757082000000001 T7: 0.54819353000000004 T7: 0.54918032000000006 T7: 0.55060430999999999 T7: 0.55255482000000000 T7: 0.55515806999999995 T7: 0.55858912000000005 T7: 0.56303935000000005 T7: 0.56894597000000002 T7: 0.57707125000000004 T7: 0.58863502000000001 T7: 0.60583153999999995 T7: 0.63243424999999998 T7: 0.67227057000000001 T7: 0.72126866000000001 T7: 0.76914652999999999 T7: 0.81166062000000005 T7: 0.84966728999999996 T7: 0.88443704000000001 T7: 0.91694531999999995 T7: 0.94780903000000005 T7: 0.97703861000000003 T7: 1.0046976999999999 T7: 1.0308971000000000 T7: 1.0558482000000000 T7: 1.0799003000000000 T7: 1.1031882000000000 T7: 1.1256921000000000 T7: 1.1474700000000000 T7: 1.1686114999999999 T7: 1.1889783000000000 T7: 1.2083858999999999 T7: 1.2269142000000000 T7: 1.2446847999999999 T7: 1.2616677000000001 T7: 1.2778318000000000 T7: 1.2931992999999999 T7: 1.3077772999999999 T7: 1.3215513000000001 T7: 1.3345397000000001 T7: 1.3468135000000001 T7: 1.3583814999999999 T7: 1.3692143999999999 T7: 1.3792899000000001 T7: 1.3886058999999999 T7: 1.3971401999999999 T7: 1.4048314000000000 T7: 1.4138902000000000 T7: 1.4288943999999999 T7: 1.4448354000000001 T7: 1.4564912999999999 T7: 1.4638055999999999 T7: 1.4693001999999999 T7: 1.4736347999999999 T7: 1.4771494999999999 T7: 1.4799897000000000 T7: 1.4823166000000001 T7: 1.4843626999999999 T7: 1.4861930999999999 T7: 1.4875090000000000 T7: 1.4883124000000001 T7: 1.4888123000000000 T7: 1.4891211000000000 T7: 1.4892974999999999 T7: 1.4893825000000001 T7: 1.4894019999999999 T7: 1.4893634000000000 T7: 1.4892748000000000 T7: 1.4891536999999999 T7: 1.4890285000000001 T7: 1.4888963000000000 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 0.53038507999999995 0.53141985000000003 0.53238121999999999 0.53371033999999995 0.53480218999999996 0.53597273000000001 0.53729859999999996 0.53865116999999996 0.54001244999999998 0.54137588000000003 0.54273877999999998 0.54410939999999997 0.54547350999999999 0.54681236000000000 0.54813544999999997 0.54944548999999998 0.55074688999999999 0.55208959999999996 0.55343326999999998 0.55478152000000003 0.55611792999999998 0.55742073999999997 0.55867619999999996 0.55987383000000002 0.56102425000000000 0.56215996000000001 0.56334181999999999 0.56455862000000001 0.56573709999999999 0.56684878999999999 0.56786398000000005 0.56879292000000004 0.56966044999999998 0.57045762000000000 0.57118844000000002 0.57174174000000000 0.57213837000000001 0.57242789000000005 0.57259055000000003 0.57258666999999996 0.57245398999999997 0.57221242000000005 0.57185522000000000 0.57139110999999998 0.57084875999999996 0.57025362999999996 0.56963912000000005 0.56899182999999998 0.56830033000000002 0.56754218000000001 0.56672171000000005 0.56585834999999995 0.56498084000000004 0.56409703000000000 0.56323409000000002 0.56231239000000000 0.56136671000000005 0.56039050000000001 0.55941543000000005 0.55844828999999996 0.55750168000000000 0.55657365000000003 0.55567464000000000 0.55480978999999997 0.55394858000000002 0.55306801000000005 0.55220718000000002 0.55139044000000004 0.55062478999999998 0.54992605000000006 0.54927910999999996 0.54871216000000000 0.54817899999999997 0.54773717000000000 0.54739473999999999 0.54720756000000004 0.54712910000000003 0.54724567000000002 0.54757082000000001 0.54819353000000004 0.54918032000000006 0.55060430999999999 0.55255482000000000 0.55515806999999995 0.55858912000000005 0.56303935000000005 0.56894597000000002 0.57707125000000004 0.58863502000000001 0.60583153999999995 0.63243424999999998 0.67227057000000001 0.72126866000000001 0.76914652999999999 0.81166062000000005 0.84966728999999996 0.88443704000000001 0.91694531999999995 0.94780903000000005 0.97703861000000003 1.0046976999999999 1.0308971000000000 1.0558482000000000 1.0799003000000000 1.1031882000000000 1.1256921000000000 1.1474700000000000 1.1686114999999999 1.1889783000000000 1.2083858999999999 1.2269142000000000 1.2446847999999999 1.2616677000000001 1.2778318000000000 1.2931992999999999 1.3077772999999999 1.3215513000000001 1.3345397000000001 1.3468135000000001 1.3583814999999999 1.3692143999999999 1.3792899000000001 1.3886058999999999 1.3971401999999999 1.4048314000000000 1.4138902000000000 1.4288943999999999 1.4448354000000001 1.4564912999999999 1.4638055999999999 1.4693001999999999 1.4736347999999999 1.4771494999999999 1.4799897000000000 1.4823166000000001 1.4843626999999999 1.4861930999999999 1.4875090000000000 1.4883124000000001 1.4888123000000000 1.4891211000000000 1.4892974999999999 1.4893825000000001 1.4894019999999999 1.4893634000000000 1.4892748000000000 1.4891536999999999 1.4890285000000001 1.4888963000000000 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)= 4.81381958E+05 RMAX= 7.22072936E+05 V(1)= 1.01089731E+04 VMAX= 1.40683805E+04 Using depth 1 and 25 to extrapolate opacities Calculating characteristic rays..... Calling MOM_J_DDT_V2 RECIP_CDELTAT= 2.9747E-06 ROLD_ON_R= 9.7645E-01 Average number of calls to FG_J_CMF is 1.8304449 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: 6.58755695E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Temperature held fixed at all depths. Maximum % increase at depth 85 is 7.39E+02 (BA computed) --- iteration 1 Maximum % decrease at depth 1 is 4.91E+03 (BA computed) --- iteration 1 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 4.91E+01 4.79E+01 4.20E+01 3.89E+01 3.62E+01 3.43E+01 3.32E+01 3.24E+01 3.18E+01 3.14E+01 INC_VEC: -7.39E+00 -7.31E+00 -7.24E+00 -6.95E+00 -6.86E+00 -6.67E+00 -6.66E+00 -6.59E+00 -6.57E+00 -6.43E+00 The minimum value of scale for Major species is: 7.4007E-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 2.7442622 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 59 Luminosity of star (d=1,ND)(iteration 2) is: 6.12511653E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 21 is 5.84E+03 (LAMBDA) --- iteration 2 Maximum % decrease at depth 15 is 9.88E+01 (LAMBDA) --- iteration 2 Maximm changes as returned by SOLVEBA_V9 is 8461.1896426407038 DEC_VEC: 9.88E-01 9.88E-01 9.88E-01 9.88E-01 9.87E-01 9.87E-01 9.87E-01 9.87E-01 9.87E-01 9.86E-01 INC_VEC: -5.84E+01 -5.84E+01 -5.84E+01 -5.83E+01 -5.83E+01 -5.83E+01 -5.82E+01 -5.81E+01 -5.81E+01 -5.79E+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 2.3848243 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 58 Luminosity of star (d=1,ND)(iteration 3) is: 6.16238990E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 1 is 1.98E+01 (LAMBDA) --- iteration 3 Maximum % decrease at depth 1 is 5.24E+01 (LAMBDA) --- iteration 3 Maximm changes as returned by SOLVEBA_V9 is 110.06196284401592 DEC_VEC: 5.24E-01 4.98E-01 4.98E-01 4.97E-01 4.94E-01 4.91E-01 4.89E-01 4.87E-01 4.85E-01 4.83E-01 INC_VEC: -1.98E-01 -1.89E-01 -1.69E-01 -1.63E-01 -1.61E-01 -1.55E-01 -1.47E-01 -1.46E-01 -1.44E-01 -1.40E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 4 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.2675409 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 58 Luminosity of star (d=1,ND)(iteration 4) is: 6.18529297E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Temperature held fixed at all depths. Maximum % increase at depth 2 is 1.23E+02 (BA computed) --- iteration 4 Maximum % decrease at depth 17 is 1.46E+02 (BA computed) --- iteration 4 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.46E+00 1.45E+00 1.45E+00 1.45E+00 1.45E+00 1.45E+00 1.45E+00 1.45E+00 1.45E+00 1.45E+00 INC_VEC: -1.23E+00 -1.22E+00 -1.21E+00 -1.19E+00 -1.12E+00 -1.12E+00 -1.11E+00 -1.11E+00 -1.11E+00 -1.10E+00 The minimum value of scale for Major species is: 8.8940E-01 ******************************************************************************** ******************************************************************************** Current great iteration count is 5 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.4412179 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 58 Luminosity of star (d=1,ND)(iteration 5) is: 5.92802925E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 50 is 2.07E+02 (LAMBDA) --- iteration 5 Maximum % decrease at depth 3 is 4.87E+01 (LAMBDA) --- iteration 5 Maximm changes as returned by SOLVEBA_V9 is 207.10503014162080 DEC_VEC: 4.87E-01 3.56E-01 3.55E-01 3.48E-01 3.25E-01 3.12E-01 3.01E-01 3.01E-01 2.92E-01 2.85E-01 INC_VEC: -2.07E+00 -1.99E+00 -1.92E+00 -1.86E+00 -1.84E+00 -1.80E+00 -1.79E+00 -1.78E+00 -1.77E+00 -1.76E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 6 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.6747541 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 58 Luminosity of star (d=1,ND)(iteration 6) is: 5.93832718E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Temperature held fixed at all depths. Maximum % increase at depth 20 is 7.48E+01 (BA computed) --- iteration 6 Maximum % decrease at depth 21 is 9.72E+01 (BA computed) --- iteration 6 Maximm changes as returned by SOLVEBA_V9 is 3416.9570489274265 DEC_VEC: 9.72E-01 9.71E-01 9.71E-01 9.71E-01 9.70E-01 9.70E-01 9.70E-01 9.70E-01 9.70E-01 9.69E-01 INC_VEC: -7.48E-01 -7.24E-01 -7.07E-01 -7.03E-01 -6.97E-01 -6.96E-01 -6.01E-01 -5.91E-01 -5.86E-01 -5.81E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 7 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.8317565 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 58 Luminosity of star (d=1,ND)(iteration 7) is: 5.92222265E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 27 is 2.10E+02 (LAMBDA) --- iteration 7 Maximum % decrease at depth 1 is 1.13E+01 (LAMBDA) --- iteration 7 Maximm changes as returned by SOLVEBA_V9 is 209.88771100562028 DEC_VEC: 1.13E-01 1.11E-01 1.06E-01 9.78E-02 9.21E-02 8.68E-02 8.28E-02 8.24E-02 8.19E-02 8.18E-02 INC_VEC: -2.10E+00 -2.07E+00 -2.07E+00 -2.05E+00 -2.04E+00 -2.01E+00 -2.01E+00 -2.01E+00 -2.01E+00 -1.99E+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 1.6130211 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 58 Luminosity of star (d=1,ND)(iteration 8) is: 5.92356770E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Temperature held fixed at all depths. Maximum % increase at depth 28 is 2.75E+01 (BA computed) --- iteration 8 Maximum % decrease at depth 23 is 2.81E+01 (BA computed) --- iteration 8 Maximm changes as returned by SOLVEBA_V9 is 39.068359766509531 DEC_VEC: 2.81E-01 2.81E-01 2.80E-01 2.80E-01 2.80E-01 2.79E-01 2.79E-01 2.79E-01 2.79E-01 2.79E-01 INC_VEC: -2.75E-01 -2.75E-01 -2.72E-01 -2.72E-01 -2.68E-01 -2.63E-01 -2.63E-01 -2.56E-01 -2.55E-01 -2.55E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 9 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.6329743 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 58 Luminosity of star (d=1,ND)(iteration 9) is: 5.91728961E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 93 is 7.35E+01 (BA computed) --- iteration 9 Maximum % decrease at depth 93 is 5.32E+02 (BA computed) --- iteration 9 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 5.32E+00 5.23E+00 5.22E+00 5.21E+00 5.20E+00 5.17E+00 5.16E+00 5.03E+00 4.97E+00 4.71E+00 INC_VEC: -7.35E-01 -7.00E-01 -6.90E-01 -6.65E-01 -5.49E-01 -5.42E-01 -5.35E-01 -5.33E-01 -4.45E-01 -4.40E-01 The minimum value of scale for Major species is: 5.6897E-01 ******************************************************************************** ******************************************************************************** Current great iteration count is 10 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.7373302 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 58 Luminosity of star (d=1,ND)(iteration 10) is: 5.99271446E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 83 is 3.37E+02 (LAMBDA) --- iteration 10 Maximum % decrease at depth 95 is 9.63E+01 (LAMBDA) --- iteration 10 Maximm changes as returned by SOLVEBA_V9 is 2609.3182815425125 DEC_VEC: 9.63E-01 9.61E-01 9.61E-01 9.60E-01 9.60E-01 9.59E-01 9.58E-01 9.58E-01 9.58E-01 9.56E-01 INC_VEC: -3.37E+00 -3.28E+00 -3.26E+00 -3.26E+00 -3.24E+00 -3.21E+00 -3.20E+00 -3.14E+00 -3.12E+00 -3.12E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 11 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.8631382 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 58 Luminosity of star (d=1,ND)(iteration 11) is: 5.97856326E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 1 is 1.21E+02 (LAMBDA) --- iteration 11 Maximum % decrease at depth 97 is 7.75E+00 (LAMBDA) --- iteration 11 Maximm changes as returned by SOLVEBA_V9 is 120.83923667933563 DEC_VEC: 7.75E-02 5.05E-02 4.47E-02 4.38E-02 3.68E-02 3.49E-02 3.49E-02 3.36E-02 3.36E-02 3.35E-02 INC_VEC: -1.21E+00 -1.08E+00 -1.07E+00 -1.07E+00 -1.05E+00 -9.10E-01 -8.18E-01 -8.18E-01 -8.17E-01 -8.17E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 12 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.6678220 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 58 Luminosity of star (d=1,ND)(iteration 12) is: 5.97231446E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 95 is 1.66E+02 (BA computed) --- iteration 12 Maximum % decrease at depth 93 is 5.27E+02 (BA computed) --- iteration 12 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 5.27E+00 5.19E+00 5.19E+00 5.17E+00 5.16E+00 5.16E+00 5.14E+00 5.00E+00 4.95E+00 4.70E+00 INC_VEC: -1.66E+00 -1.59E+00 -1.55E+00 -1.53E+00 -1.50E+00 -1.50E+00 -1.49E+00 -1.48E+00 -1.48E+00 -1.47E+00 The minimum value of scale for Major species is: 6.5185E-01 ******************************************************************************** ******************************************************************************** Current great iteration count is 13 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.6691334 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 58 Luminosity of star (d=1,ND)(iteration 13) is: 5.95776023E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 89 is 3.23E+02 (LAMBDA) --- iteration 13 Maximum % decrease at depth 93 is 8.51E+01 (LAMBDA) --- iteration 13 Maximm changes as returned by SOLVEBA_V9 is 571.92038890080732 DEC_VEC: 8.51E-01 8.51E-01 8.49E-01 8.48E-01 8.45E-01 8.45E-01 8.39E-01 8.34E-01 8.26E-01 8.25E-01 INC_VEC: -3.23E+00 -3.15E+00 -3.00E+00 -3.00E+00 -3.00E+00 -3.00E+00 -3.00E+00 -2.99E+00 -2.99E+00 -2.43E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 14 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7486651 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 58 Luminosity of star (d=1,ND)(iteration 14) is: 5.95147675E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 93 is 1.22E+02 (LAMBDA) --- iteration 14 Maximum % decrease at depth 91 is 3.11E+00 (LAMBDA) --- iteration 14 Maximm changes as returned by SOLVEBA_V9 is 121.74800616987883 DEC_VEC: 3.11E-02 2.75E-02 2.35E-02 2.34E-02 2.15E-02 2.02E-02 1.98E-02 1.98E-02 1.93E-02 1.93E-02 INC_VEC: -1.22E+00 -1.22E+00 -1.22E+00 -1.22E+00 -1.22E+00 -1.21E+00 -1.21E+00 -1.20E+00 -1.20E+00 -1.18E+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 1.6654801 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 58 Luminosity of star (d=1,ND)(iteration 15) is: 5.94848761E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 92 is 8.43E+01 (BA computed) --- iteration 15 Maximum % decrease at depth 93 is 3.68E+02 (BA computed) --- iteration 15 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 3.68E+00 3.66E+00 3.65E+00 3.65E+00 3.64E+00 3.64E+00 3.62E+00 3.52E+00 3.48E+00 3.31E+00 INC_VEC: -8.43E-01 -7.62E-01 -5.26E-01 -5.03E-01 -4.89E-01 -4.88E-01 -4.70E-01 -4.62E-01 -4.56E-01 -4.46E-01 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 2.6244497 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 58 Luminosity of star (d=1,ND)(iteration 16) is: 5.95540430E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 91 is 2.73E+02 (LAMBDA) --- iteration 16 Maximum % decrease at depth 93 is 7.95E+01 (LAMBDA) --- iteration 16 Maximm changes as returned by SOLVEBA_V9 is 388.65867366184062 DEC_VEC: 7.95E-01 7.94E-01 7.92E-01 7.91E-01 7.86E-01 7.77E-01 7.69E-01 7.65E-01 7.12E-01 6.52E-01 INC_VEC: -2.73E+00 -2.66E+00 -2.65E+00 -2.39E+00 -2.37E+00 -2.37E+00 -2.34E+00 -2.32E+00 -2.30E+00 -2.30E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 17 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.6779391 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 58 Luminosity of star (d=1,ND)(iteration 17) is: 5.95135445E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 94 is 3.34E+01 (BA computed) --- iteration 17 Maximum % decrease at depth 94 is 1.30E+02 (BA computed) --- iteration 17 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.30E+00 1.25E+00 1.25E+00 1.24E+00 1.24E+00 1.24E+00 1.23E+00 1.19E+00 1.18E+00 1.10E+00 INC_VEC: -3.34E-01 -3.10E-01 -3.00E-01 -2.87E-01 -2.60E-01 -2.47E-01 -2.29E-01 -2.17E-01 -2.10E-01 -2.04E-01 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 2.5125995 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 58 Luminosity of star (d=1,ND)(iteration 18) is: 5.95319278E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 93 is 6.12E+02 (LAMBDA) --- iteration 18 Maximum % decrease at depth 150 is 4.38E+00 (LAMBDA) --- iteration 18 Maximm changes as returned by SOLVEBA_V9 is 611.76808856248442 DEC_VEC: 4.38E-02 4.34E-02 4.34E-02 4.33E-02 4.31E-02 4.28E-02 4.20E-02 4.10E-02 3.79E-02 3.02E-02 INC_VEC: -6.12E+00 -5.70E+00 -5.25E+00 -4.97E+00 -4.92E+00 -4.74E+00 -4.71E+00 -4.68E+00 -4.67E+00 -4.65E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** 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 1.6529274 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 58 Luminosity of star (d=1,ND)(iteration 19) is: 5.95070538E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 93 is 1.06E+01 (LAMBDA) --- iteration 19 Maximum % decrease at depth 92 is 1.42E+00 (LAMBDA) --- iteration 19 Maximm changes as returned by SOLVEBA_V9 is 10.624971814321274 DEC_VEC: 1.42E-02 1.21E-02 1.18E-02 1.12E-02 1.08E-02 9.89E-03 9.50E-03 8.85E-03 8.44E-03 8.18E-03 INC_VEC: -1.06E-01 -1.05E-01 -1.05E-01 -1.05E-01 -1.04E-01 -1.04E-01 -1.04E-01 -1.04E-01 -1.03E-01 -1.03E-01 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 1.6406558 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 58 Luminosity of star (d=1,ND)(iteration 20) is: 5.94949639E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 95 is 2.26E+01 (BA computed) --- iteration 20 Maximum % decrease at depth 94 is 1.22E+02 (BA computed) --- iteration 20 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.22E+00 1.20E+00 1.19E+00 1.19E+00 1.19E+00 1.19E+00 1.18E+00 1.16E+00 1.15E+00 1.13E+00 INC_VEC: -2.26E-01 -2.16E-01 -2.13E-01 -1.99E-01 -1.86E-01 -1.72E-01 -1.67E-01 -1.64E-01 -1.51E-01 -1.46E-01 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 2.3422952 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 58 Luminosity of star (d=1,ND)(iteration 21) is: 5.94957072E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 93 is 2.88E+02 (LAMBDA) --- iteration 21 Maximum % decrease at depth 150 is 2.43E+00 (LAMBDA) --- iteration 21 Maximm changes as returned by SOLVEBA_V9 is 287.62964130460028 DEC_VEC: 2.43E-02 2.33E-02 2.33E-02 2.32E-02 2.31E-02 2.29E-02 2.25E-02 2.21E-02 2.09E-02 1.79E-02 INC_VEC: -2.88E+00 -2.66E+00 -2.53E+00 -2.40E+00 -2.38E+00 -2.34E+00 -2.32E+00 -2.31E+00 -2.30E+00 -2.29E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 22 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.6472131 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 58 Luminosity of star (d=1,ND)(iteration 22) is: 5.94816176E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 95 is 1.53E+01 (BA computed) --- iteration 22 Maximum % decrease at depth 94 is 7.49E+01 (BA computed) --- iteration 22 Maximm changes as returned by SOLVEBA_V9 is 298.95794956033023 DEC_VEC: 7.49E-01 7.40E-01 7.38E-01 7.37E-01 7.37E-01 7.35E-01 7.32E-01 7.12E-01 7.06E-01 6.75E-01 INC_VEC: -1.53E-01 -1.46E-01 -1.29E-01 -1.25E-01 -1.23E-01 -1.21E-01 -1.19E-01 -1.04E-01 -1.03E-01 -1.02E-01 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 2.2024355 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 58 Luminosity of star (d=1,ND)(iteration 23) is: 5.94825667E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 9.06E+00 (BA not computed) --- iteration 23 Maximum % decrease at depth 94 is 1.33E+02 (BA not computed) --- iteration 23 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.33E+00 1.31E+00 1.30E+00 1.30E+00 1.29E+00 1.27E+00 1.27E+00 1.18E+00 1.11E+00 1.04E+00 INC_VEC: -9.06E-02 -8.64E-02 -8.44E-02 -7.84E-02 -7.48E-02 -7.42E-02 -7.28E-02 -7.15E-02 -7.10E-02 -6.97E-02 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 2.0637002 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 58 Luminosity of star (d=1,ND)(iteration 24) is: 5.94776783E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 94 is 8.50E+02 (LAMBDA) --- iteration 24 Maximum % decrease at depth 150 is 2.19E+00 (LAMBDA) --- iteration 24 Maximm changes as returned by SOLVEBA_V9 is 849.53921285784907 DEC_VEC: 2.19E-02 2.17E-02 2.16E-02 2.16E-02 2.15E-02 2.13E-02 2.10E-02 2.05E-02 1.91E-02 1.53E-02 INC_VEC: -8.50E+00 -8.20E+00 -7.95E+00 -7.90E+00 -7.86E+00 -7.83E+00 -7.80E+00 -7.78E+00 -7.75E+00 -7.36E+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 1.6405621 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 58 Luminosity of star (d=1,ND)(iteration 25) is: 5.94703052E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 94 is 2.81E+00 (LAMBDA) --- iteration 25 Maximum % decrease at depth 90 is 6.94E-01 (LAMBDA) --- iteration 25 Maximm changes as returned by SOLVEBA_V9 is 2.7234698044358070 DEC_VEC: 6.94E-03 6.74E-03 6.39E-03 6.31E-03 6.04E-03 5.72E-03 5.42E-03 5.31E-03 5.14E-03 5.13E-03 INC_VEC: -2.81E-02 -2.77E-02 -2.76E-02 -2.74E-02 -2.73E-02 -2.73E-02 -2.73E-02 -2.73E-02 -2.73E-02 -2.72E-02 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 26 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.6253864 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 58 Luminosity of star (d=1,ND)(iteration 26) is: 5.94668859E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 95 is 8.82E+00 (BA computed) --- iteration 26 Maximum % decrease at depth 94 is 4.04E+01 (BA computed) --- iteration 26 Maximm changes as returned by SOLVEBA_V9 is 67.787428179787668 DEC_VEC: 4.04E-01 4.03E-01 4.02E-01 4.02E-01 4.01E-01 4.00E-01 3.98E-01 3.88E-01 3.84E-01 3.68E-01 INC_VEC: -8.82E-02 -8.38E-02 -7.18E-02 -7.17E-02 -6.92E-02 -6.64E-02 -6.21E-02 -6.03E-02 -5.84E-02 -5.62E-02 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 1.9300234 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 58 Luminosity of star (d=1,ND)(iteration 27) is: 5.94877574E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 5.07E+00 (BA not computed) --- iteration 27 Maximum % decrease at depth 94 is 4.33E+01 (BA not computed) --- iteration 27 Maximm changes as returned by SOLVEBA_V9 is 76.350496299871452 DEC_VEC: 4.33E-01 4.32E-01 4.31E-01 4.29E-01 4.26E-01 4.20E-01 4.18E-01 4.15E-01 3.93E-01 3.91E-01 INC_VEC: -5.07E-02 -4.87E-02 -4.76E-02 -4.44E-02 -4.24E-02 -4.15E-02 -3.97E-02 -3.85E-02 -3.81E-02 -3.71E-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 1.7894145 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 58 Luminosity of star (d=1,ND)(iteration 28) is: 5.94755373E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 3.75E+00 (BA not computed) --- iteration 28 Maximum % decrease at depth 94 is 2.33E+01 (BA not computed) --- iteration 28 Maximm changes as returned by SOLVEBA_V9 is 30.410745988466545 DEC_VEC: 2.33E-01 2.33E-01 2.32E-01 2.32E-01 2.30E-01 2.30E-01 2.27E-01 2.26E-01 2.22E-01 2.20E-01 INC_VEC: -3.75E-02 -3.59E-02 -3.51E-02 -3.30E-02 -3.11E-02 -3.04E-02 -2.91E-02 -2.72E-02 -2.69E-02 -2.65E-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 1.7295550 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 58 Luminosity of star (d=1,ND)(iteration 29) is: 5.94765971E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 94 is 1.85E+01 (BA computed) --- iteration 29 Maximum % decrease at depth 91 is 4.02E+00 (BA computed) --- iteration 29 Maximm changes as returned by SOLVEBA_V9 is 18.541622089157716 DEC_VEC: 4.02E-02 3.89E-02 3.89E-02 3.89E-02 3.89E-02 3.89E-02 3.80E-02 3.75E-02 3.74E-02 3.74E-02 INC_VEC: -1.85E-01 -1.79E-01 -1.77E-01 -1.76E-01 -1.75E-01 -1.73E-01 -1.69E-01 -1.45E-01 -1.38E-01 -1.25E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 30 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7042623 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 58 Luminosity of star (d=1,ND)(iteration 30) is: 5.94763879E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 2.07E+00 (BA not computed) --- iteration 30 Maximum % decrease at depth 94 is 1.52E+01 (BA not computed) --- iteration 30 Maximm changes as returned by SOLVEBA_V9 is 17.875968885900448 DEC_VEC: 1.52E-01 1.51E-01 1.51E-01 1.51E-01 1.50E-01 1.47E-01 1.46E-01 1.46E-01 1.42E-01 1.42E-01 INC_VEC: -2.07E-02 -2.00E-02 -1.96E-02 -1.83E-02 -1.74E-02 -1.71E-02 -1.62E-02 -1.50E-02 -1.47E-02 -1.46E-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 1.6603279 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 58 Luminosity of star (d=1,ND)(iteration 31) is: 5.94729212E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 1.51E+00 (BA not computed) --- iteration 31 Maximum % decrease at depth 94 is 9.95E+00 (BA not computed) --- iteration 31 Maximm changes as returned by SOLVEBA_V9 is 10.341565799069855 DEC_VEC: 9.95E-02 9.94E-02 9.91E-02 9.89E-02 9.83E-02 9.69E-02 9.60E-02 9.56E-02 9.39E-02 9.37E-02 INC_VEC: -1.51E-02 -1.47E-02 -1.43E-02 -1.34E-02 -1.27E-02 -1.25E-02 -1.18E-02 -1.08E-02 -1.07E-02 -1.06E-02 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 32 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.6523653 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 58 Luminosity of star (d=1,ND)(iteration 32) is: 5.94719343E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 95 is 1.18E+00 (BA computed) --- iteration 32 Maximum % decrease at depth 95 is 3.86E+00 (BA computed) --- iteration 32 Maximm changes as returned by SOLVEBA_V9 is 3.9347015663028366 DEC_VEC: 3.86E-02 3.85E-02 3.85E-02 3.84E-02 3.84E-02 3.84E-02 3.83E-02 3.79E-02 3.79E-02 3.79E-02 INC_VEC: -1.18E-02 -1.17E-02 -1.14E-02 -1.05E-02 -1.01E-02 -9.82E-03 -9.25E-03 -8.28E-03 -8.27E-03 -8.27E-03 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 1.6421546 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 58 Luminosity of star (d=1,ND)(iteration 33) is: 5.94711127E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 8.13E-01 (BA not computed) --- iteration 33 Maximum % decrease at depth 94 is 5.66E+00 (BA not computed) --- iteration 33 Maximm changes as returned by SOLVEBA_V9 is 5.6474236897958141 DEC_VEC: 5.66E-02 5.66E-02 5.64E-02 5.63E-02 5.59E-02 5.50E-02 5.44E-02 5.44E-02 5.35E-02 5.35E-02 INC_VEC: -8.13E-03 -7.92E-03 -7.73E-03 -7.22E-03 -6.90E-03 -6.75E-03 -6.39E-03 -5.81E-03 -5.77E-03 -5.74E-03 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 1.6277283 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 58 Luminosity of star (d=1,ND)(iteration 34) is: 5.94701567E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 5.92E-01 (BA not computed) --- iteration 34 Maximum % decrease at depth 94 is 3.96E+00 (BA not computed) --- iteration 34 Maximm changes as returned by SOLVEBA_V9 is 3.8888089028569128 DEC_VEC: 3.96E-02 3.96E-02 3.95E-02 3.94E-02 3.91E-02 3.86E-02 3.80E-02 3.80E-02 3.75E-02 3.74E-02 INC_VEC: -5.92E-03 -5.78E-03 -5.64E-03 -5.27E-03 -5.03E-03 -4.92E-03 -4.65E-03 -4.22E-03 -4.20E-03 -4.18E-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 1.6257612 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 58 Luminosity of star (d=1,ND)(iteration 35) is: 5.94696709E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 4.33E-01 (BA not computed) --- iteration 35 Maximum % decrease at depth 94 is 2.83E+00 (BA not computed) --- iteration 35 Maximm changes as returned by SOLVEBA_V9 is 2.7479983541208628 DEC_VEC: 2.83E-02 2.82E-02 2.82E-02 2.81E-02 2.79E-02 2.75E-02 2.71E-02 2.71E-02 2.68E-02 2.67E-02 INC_VEC: -4.33E-03 -4.23E-03 -4.13E-03 -3.85E-03 -3.68E-03 -3.60E-03 -3.40E-03 -3.08E-03 -3.06E-03 -3.06E-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 1.6250117 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 58 Luminosity of star (d=1,ND)(iteration 36) is: 5.94692802E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 3.16E-01 (BA not computed) --- iteration 36 Maximum % decrease at depth 94 is 2.02E+00 (BA not computed) --- iteration 36 Maximm changes as returned by SOLVEBA_V9 is 1.9574077792566189 DEC_VEC: 2.02E-02 2.02E-02 2.02E-02 2.01E-02 2.00E-02 1.97E-02 1.94E-02 1.94E-02 1.92E-02 1.92E-02 INC_VEC: -3.16E-03 -3.09E-03 -3.02E-03 -2.81E-03 -2.69E-03 -2.63E-03 -2.49E-03 -2.25E-03 -2.23E-03 -2.23E-03 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 37 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.6251054 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 58 Luminosity of star (d=1,ND)(iteration 37) is: 5.94689789E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 2.31E-01 (BA not computed) --- iteration 37 Maximum % decrease at depth 94 is 1.46E+00 (BA not computed) --- iteration 37 Maximm changes as returned by SOLVEBA_V9 is 1.4029084180645053 DEC_VEC: 1.46E-02 1.45E-02 1.45E-02 1.45E-02 1.44E-02 1.42E-02 1.40E-02 1.40E-02 1.39E-02 1.38E-02 INC_VEC: -2.31E-03 -2.26E-03 -2.20E-03 -2.05E-03 -1.97E-03 -1.93E-03 -1.82E-03 -1.64E-03 -1.63E-03 -1.63E-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 1.6249180 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 58 Luminosity of star (d=1,ND)(iteration 38) is: 5.94687527E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 1.68E-01 (BA not computed) --- iteration 38 Maximum % decrease at depth 94 is 1.05E+00 (BA not computed) --- iteration 38 Maximm changes as returned by SOLVEBA_V9 is 1.0094234768471912 DEC_VEC: 1.05E-02 1.05E-02 1.05E-02 1.04E-02 1.04E-02 1.02E-02 1.01E-02 1.01E-02 1.00E-02 9.99E-03 INC_VEC: -1.68E-03 -1.65E-03 -1.61E-03 -1.50E-03 -1.44E-03 -1.41E-03 -1.32E-03 -1.19E-03 -1.19E-03 -1.19E-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 1.6251991 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 58 Luminosity of star (d=1,ND)(iteration 39) is: 5.94685869E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 1.23E-01 (BA not computed) --- iteration 39 Maximum % decrease at depth 94 is 7.59E-01 (BA not computed) --- iteration 39 Maximm changes as returned by SOLVEBA_V9 is 0.72873249153712727 DEC_VEC: 7.59E-03 7.59E-03 7.57E-03 7.55E-03 7.51E-03 7.41E-03 7.27E-03 7.27E-03 7.24E-03 7.23E-03 INC_VEC: -1.23E-03 -1.20E-03 -1.17E-03 -1.09E-03 -1.05E-03 -1.03E-03 -9.66E-04 -8.69E-04 -8.69E-04 -8.66E-04 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 1.6251991 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 58 Luminosity of star (d=1,ND)(iteration 40) is: 5.94684648E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 8.94E-02 (BA not computed) --- iteration 40 Maximum % decrease at depth 94 is 5.50E-01 (BA not computed) --- iteration 40 Maximm changes as returned by SOLVEBA_V9 is 0.52715833890133623 DEC_VEC: 5.50E-03 5.49E-03 5.48E-03 5.47E-03 5.44E-03 5.37E-03 5.27E-03 5.27E-03 5.25E-03 5.24E-03 INC_VEC: -8.94E-04 -8.78E-04 -8.56E-04 -7.96E-04 -7.65E-04 -7.48E-04 -7.04E-04 -6.34E-04 -6.33E-04 -6.31E-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 1.6250117 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 58 Luminosity of star (d=1,ND)(iteration 41) is: 5.94683759E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 6.51E-02 (BA not computed) --- iteration 41 Maximum % decrease at depth 94 is 3.99E-01 (BA not computed) --- iteration 41 Maximm changes as returned by SOLVEBA_V9 is 0.38202466839555249 DEC_VEC: 3.99E-03 3.99E-03 3.98E-03 3.97E-03 3.94E-03 3.90E-03 3.82E-03 3.82E-03 3.81E-03 3.81E-03 INC_VEC: -6.51E-04 -6.40E-04 -6.24E-04 -5.80E-04 -5.57E-04 -5.45E-04 -5.13E-04 -4.62E-04 -4.61E-04 -4.60E-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 1.6250117 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 58 Luminosity of star (d=1,ND)(iteration 42) is: 5.94683108E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 4.74E-02 (BA not computed) --- iteration 42 Maximum % decrease at depth 94 is 2.90E-01 (BA not computed) --- iteration 42 Maximm changes as returned by SOLVEBA_V9 is 0.27717334280209477 DEC_VEC: 2.90E-03 2.89E-03 2.89E-03 2.88E-03 2.86E-03 2.83E-03 2.77E-03 2.77E-03 2.77E-03 2.76E-03 INC_VEC: -4.74E-04 -4.66E-04 -4.54E-04 -4.23E-04 -4.06E-04 -3.97E-04 -3.74E-04 -3.36E-04 -3.36E-04 -3.35E-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 1.6250117 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 58 Luminosity of star (d=1,ND)(iteration 43) is: 5.94682630E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 3.45E-02 (BA not computed) --- iteration 43 Maximum % decrease at depth 94 is 2.10E-01 (BA not computed) --- iteration 43 Maximm changes as returned by SOLVEBA_V9 is 0.20124723123160554 DEC_VEC: 2.10E-03 2.10E-03 2.10E-03 2.09E-03 2.08E-03 2.05E-03 2.01E-03 2.01E-03 2.01E-03 2.01E-03 INC_VEC: -3.45E-04 -3.40E-04 -3.31E-04 -3.08E-04 -2.96E-04 -2.89E-04 -2.72E-04 -2.45E-04 -2.44E-04 -2.44E-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 1.6250117 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 58 Luminosity of star (d=1,ND)(iteration 44) is: 5.94682282E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 2.51E-02 (BA not computed) --- iteration 44 Maximum % decrease at depth 94 is 1.53E-01 (BA not computed) --- iteration 44 Maximm changes as returned by SOLVEBA_V9 is 0.14620470811863806 DEC_VEC: 1.53E-03 1.53E-03 1.52E-03 1.52E-03 1.51E-03 1.49E-03 1.46E-03 1.46E-03 1.46E-03 1.46E-03 INC_VEC: -2.51E-04 -2.47E-04 -2.41E-04 -2.24E-04 -2.15E-04 -2.11E-04 -1.98E-04 -1.78E-04 -1.78E-04 -1.77E-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 1.6250117 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 58 Luminosity of star (d=1,ND)(iteration 45) is: 5.94682028E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 1.83E-02 (BA not computed) --- iteration 45 Maximum % decrease at depth 94 is 1.11E-01 (BA not computed) --- iteration 45 Maximm changes as returned by SOLVEBA_V9 is 0.10625862217651012 DEC_VEC: 1.11E-03 1.11E-03 1.11E-03 1.11E-03 1.10E-03 1.09E-03 1.06E-03 1.06E-03 1.06E-03 1.06E-03 INC_VEC: -1.83E-04 -1.80E-04 -1.75E-04 -1.63E-04 -1.57E-04 -1.53E-04 -1.44E-04 -1.30E-04 -1.29E-04 -1.29E-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 1.6250117 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 58 Luminosity of star (d=1,ND)(iteration 46) is: 5.94681842E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 1.33E-02 (BA not computed) --- iteration 46 Maximum % decrease at depth 94 is 8.08E-02 (BA not computed) --- iteration 46 Maximm changes as returned by SOLVEBA_V9 is 7.72478089597898321E-002 DEC_VEC: 8.08E-04 8.07E-04 8.05E-04 8.04E-04 7.99E-04 7.89E-04 7.74E-04 7.73E-04 7.73E-04 7.72E-04 INC_VEC: -1.33E-04 -1.31E-04 -1.28E-04 -1.19E-04 -1.14E-04 -1.12E-04 -1.05E-04 -9.45E-05 -9.42E-05 -9.39E-05 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 1.6250117 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 58 Luminosity of star (d=1,ND)(iteration 47) is: 5.94681707E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 9.69E-03 (BA not computed) --- iteration 47 Maximum % decrease at depth 94 is 5.88E-02 (BA not computed) --- iteration 47 Maximm changes as returned by SOLVEBA_V9 is 5.61676675787784671E-002 DEC_VEC: 5.88E-04 5.87E-04 5.86E-04 5.85E-04 5.81E-04 5.74E-04 5.63E-04 5.62E-04 5.62E-04 5.61E-04 INC_VEC: -9.69E-05 -9.54E-05 -9.29E-05 -8.63E-05 -8.30E-05 -8.12E-05 -7.64E-05 -6.88E-05 -6.86E-05 -6.83E-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 1.6250117 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 58 Luminosity of star (d=1,ND)(iteration 48) is: 5.94681609E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 7.05E-03 (BA not computed) --- iteration 48 Maximum % decrease at depth 94 is 4.27E-02 (BA not computed) --- iteration 48 Maximm changes as returned by SOLVEBA_V9 is 4.08450808026205939E-002 DEC_VEC: 4.27E-04 4.27E-04 4.26E-04 4.25E-04 4.23E-04 4.18E-04 4.09E-04 4.09E-04 4.09E-04 4.08E-04 INC_VEC: -7.05E-05 -6.94E-05 -6.76E-05 -6.28E-05 -6.04E-05 -5.91E-05 -5.56E-05 -5.00E-05 -4.99E-05 -4.97E-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 1.6250117 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 58 Luminosity of star (d=1,ND)(iteration 49) is: 5.94681537E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 5.13E-03 (BA not computed) --- iteration 49 Maximum % decrease at depth 94 is 3.11E-02 (BA not computed) --- iteration 49 Maximm changes as returned by SOLVEBA_V9 is 2.97044228323628812E-002 DEC_VEC: 3.11E-04 3.11E-04 3.10E-04 3.09E-04 3.07E-04 3.04E-04 2.98E-04 2.97E-04 2.97E-04 2.97E-04 INC_VEC: -5.13E-05 -5.05E-05 -4.92E-05 -4.57E-05 -4.40E-05 -4.30E-05 -4.04E-05 -3.64E-05 -3.63E-05 -3.61E-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 1.6250117 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 58 Luminosity of star (d=1,ND)(iteration 50) is: 5.94681485E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 3.73E-03 (BA not computed) --- iteration 50 Maximum % decrease at depth 94 is 2.26E-02 (BA not computed) --- iteration 50 Maximm changes as returned by SOLVEBA_V9 is 2.16036514845924024E-002 DEC_VEC: 2.26E-04 2.26E-04 2.25E-04 2.25E-04 2.24E-04 2.21E-04 2.16E-04 2.16E-04 2.16E-04 2.16E-04 INC_VEC: -3.73E-05 -3.67E-05 -3.58E-05 -3.32E-05 -3.20E-05 -3.13E-05 -2.94E-05 -2.65E-05 -2.64E-05 -2.63E-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 1.6250117 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 58 Luminosity of star (d=1,ND)(iteration 51) is: 5.94681447E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 2.71E-03 (BA not computed) --- iteration 51 Maximum % decrease at depth 94 is 1.64E-02 (BA not computed) --- iteration 51 Maximm changes as returned by SOLVEBA_V9 is 1.57122735246122622E-002 DEC_VEC: 1.64E-04 1.64E-04 1.64E-04 1.64E-04 1.63E-04 1.61E-04 1.57E-04 1.57E-04 1.57E-04 1.57E-04 INC_VEC: -2.71E-05 -2.67E-05 -2.60E-05 -2.42E-05 -2.33E-05 -2.27E-05 -2.14E-05 -1.93E-05 -1.92E-05 -1.91E-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 1.6250117 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 58 Luminosity of star (d=1,ND)(iteration 52) is: 5.94681419E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 1.97E-03 (BA not computed) --- iteration 52 Maximum % decrease at depth 94 is 1.20E-02 (BA not computed) --- iteration 52 Maximm changes as returned by SOLVEBA_V9 is 1.14277845271677468E-002 DEC_VEC: 1.20E-04 1.20E-04 1.19E-04 1.19E-04 1.18E-04 1.17E-04 1.15E-04 1.14E-04 1.14E-04 1.14E-04 INC_VEC: -1.97E-05 -1.94E-05 -1.89E-05 -1.76E-05 -1.69E-05 -1.65E-05 -1.56E-05 -1.40E-05 -1.40E-05 -1.39E-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 1.6250117 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 58 Luminosity of star (d=1,ND)(iteration 53) is: 5.94681399E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 95 is 1.44E-03 (BA not computed) --- iteration 53 Maximum % decrease at depth 94 is 8.70E-03 (BA not computed) --- iteration 53 Maximm changes as returned by SOLVEBA_V9 is 8.31166628435592997E-003 DEC_VEC: 8.70E-05 8.69E-05 8.67E-05 8.65E-05 8.60E-05 8.50E-05 8.33E-05 8.32E-05 8.32E-05 8.31E-05 INC_VEC: -1.44E-05 -1.41E-05 -1.38E-05 -1.28E-05 -1.23E-05 -1.20E-05 -1.13E-05 -1.02E-05 -1.02E-05 -1.01E-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: 1.192E+03 Tau(Nu= 1.1600E+01) at outer boundary is: 1.585E+03 Tau(Nu= 5.9619E+00) at outer boundary is: 7.331E+03 Tau(Nu= 3.2927E+00) at outer boundary is: 2.038E+04 Tau(Nu= 8.3025E-01) at outer boundary is: 9.752E-04 Average number of calls to FG_J_CMF is 1.6250117 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 58 Luminosity of star (d=1,ND)(iteration 54) is: 5.94681384E+08 0.00000000E+00 Begin COMP_GREY_V4 150 15 165 4.46564351082532287E-008 1.23344090175401338E-007 10 Current accuracy is 0.33119558975244512 Current accuracy is NaN Grey solution was successfully computed BA matrix **NOT** computed Maximum % increase at depth 95 is 1.04E-03 (BA not computed) --- iteration 54 Maximum % decrease at depth 94 is 6.33E-03 (BA not computed) --- iteration 54 Maximm changes as returned by SOLVEBA_V9 is 6.04497097537830871E-003 DEC_VEC: 6.33E-05 6.32E-05 6.31E-05 6.29E-05 6.26E-05 6.18E-05 6.06E-05 6.05E-05 6.05E-05 6.04E-05 INC_VEC: -1.04E-05 -1.03E-05 -1.00E-05 -9.30E-06 -8.95E-06 -8.76E-06 -8.24E-06 -7.42E-06 -7.40E-06 -7.36E-06 The minimum value of scale for Major species is: 1.0000E+00 1120650706 0.50943881104138300 0.51046859641750753 0.51109308465516234 0.51242984697674798 0.51388415394830922 0.51544376391717428 0.51709729966721274 0.51881177093134767 0.52057158258593828 0.52236604349929072 0.52418704502888958 0.52602925921043253 0.52788502971203621 0.52974654136419619 0.53161093863453424 0.53347498404858540 0.53533423794619572 0.53729673555277024 0.53928114959758244 0.54128519506430317 0.54327088758095188 0.54522318365150346 0.54713283234231902 0.54899399354200018 0.55080827840921420 0.55258744808211524 0.55445752210186672 0.55642156051944003 0.55833379763070035 0.56014121344492518 0.56178073827535036 0.56327410213895335 0.56468938232421484 0.56599657857543517 0.56725639277643902 0.56827891397629304 0.56908348803161091 0.56973861511647805 0.57025250295960561 0.57055120026530337 0.57068633282330250 0.57067982571879405 0.57052889648555338 0.57023901549502687 0.56984615847305642 0.56938020497830322 0.56887824390545838 0.56833022341368500 0.56772553092883160 0.56704572097999029 0.56629936110710022 0.56550983077908878 0.56470775366996506 0.56390085845326976 0.56311322644561634 0.56226451410991085 0.56139716386424010 0.56049713611757956 0.55960297053984298 0.55871703350634661 0.55785281240138085 0.55700484715165466 0.55618250225558030 0.55538557380059295 0.55457781712707488 0.55373823459402483 0.55291064683339763 0.55211491063172913 0.55135497516033982 0.55064272752578458 0.54995577132712703 0.54932049095402780 0.54868070698513172 0.54809652804288778 0.54756499763822830 0.54713624667102967 0.54674834936633887 0.54648374094545560 0.54633919140276221 0.54638960405384596 0.54667864915899322 0.54724949843460158 0.54815062007181026 0.54945016798106272 0.55123862929662304 0.55357770810713003 0.55665339064469876 0.56078693159071014 0.56640183595849281 0.57417262938479130 0.58529688977131888 0.60202171354006495 0.62887399829988067 0.67101588800486123 0.72358310296573347 0.77441056930569807 0.81909855522738939 0.85885166268027913 0.89503697049880027 0.92815090966429725 0.95862175586491172 0.98682195265672412 1.0131528499262086 1.0381096308215096 1.0619337419007722 1.0847026424915689 1.1065715224575898 1.1277120907677114 1.1480423412600567 1.1674070235642382 1.1858948224438342 1.2036245519286877 1.2205632266118951 1.2366808333965869 1.2520067762672833 1.2665600853153036 1.2803243940253790 1.2932974466401206 1.3055187543341895 1.3170017366459554 1.3277318744458868 1.3377028044103256 1.3469265365173622 1.3553935717072818 1.3630550611621723 1.3721582736702689 1.3875091174967524 1.4040565646507628 1.4162120569271615 1.4238636369061988 1.4296405311536253 1.4342457250888514 1.4380336824671807 1.4411594576090432 1.4437921161184371 1.4462039660508867 1.4484726590032582 1.4502030831565593 1.4513441486958050 1.4521311700328965 1.4526903757997760 1.4530847605696620 1.4533688633898081 1.4535919535505601 1.4537652350787185 1.4538879836140017 1.4539654977477905 1.4540067172613700 1.4539459836632647 1.5585730000000000 150 150 1 2 5 17