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 10108.973186856845 Entering RD_SN_DATA Obtained non-POP vectors in RD_SN_DATA POP_HYDRO( 1 , 1 ): 0.70569716999999998 POP_HYDRO( 2 , 1 ): 0.70566994999999999 POP_HYDRO( 3 , 1 ): 0.70564276999999997 POP_HYDRO( 4 , 1 ): 0.70561554000000004 POP_HYDRO( 5 , 1 ): 0.70558832000000005 POP_HYDRO( 6 , 1 ): 0.70556110000000005 POP_HYDRO( 7 , 1 ): 0.70553396999999995 POP_HYDRO( 8 , 1 ): 0.70550674999999996 POP_HYDRO( 9 , 1 ): 0.70547959999999998 POP_HYDRO( 10 , 1 ): 0.70545234999999995 POP_HYDRO( 11 , 1 ): 0.70542512000000002 POP_HYDRO( 12 , 1 ): 0.70539790000000002 POP_HYDRO( 13 , 1 ): 0.70537068000000003 POP_HYDRO( 14 , 1 ): 0.70534353000000005 POP_HYDRO( 15 , 1 ): 0.70531639999999995 POP_HYDRO( 16 , 1 ): 0.70528915000000003 POP_HYDRO( 17 , 1 ): 0.70526193000000004 POP_HYDRO( 18 , 1 ): 0.70525020999999999 POP_HYDRO( 19 , 1 ): 0.70524007000000000 POP_HYDRO( 20 , 1 ): 0.70523409000000004 POP_HYDRO( 21 , 1 ): 0.70522821000000002 POP_HYDRO( 22 , 1 ): 0.70522231999999996 POP_HYDRO( 23 , 1 ): 0.70521637000000004 POP_HYDRO( 24 , 1 ): 0.70521049000000002 POP_HYDRO( 25 , 1 ): 0.70520459999999996 POP_HYDRO( 26 , 1 ): 0.70519871999999995 POP_HYDRO( 27 , 1 ): 0.70519441999999999 POP_HYDRO( 28 , 1 ): 0.70519237999999995 POP_HYDRO( 29 , 1 ): 0.70519142999999995 POP_HYDRO( 30 , 1 ): 0.70519142999999995 POP_HYDRO( 31 , 1 ): 0.70519142999999995 POP_HYDRO( 32 , 1 ): 0.70519142999999995 POP_HYDRO( 33 , 1 ): 0.70519142999999995 POP_HYDRO( 34 , 1 ): 0.70519142999999995 POP_HYDRO( 35 , 1 ): 0.70519142999999995 POP_HYDRO( 36 , 1 ): 0.70519142999999995 POP_HYDRO( 37 , 1 ): 0.70519142999999995 POP_HYDRO( 38 , 1 ): 0.70519142999999995 POP_HYDRO( 39 , 1 ): 0.70519142999999995 POP_HYDRO( 40 , 1 ): 0.70519142999999995 POP_HYDRO( 41 , 1 ): 0.70519142999999995 POP_HYDRO( 42 , 1 ): 0.70519142999999995 POP_HYDRO( 43 , 1 ): 0.70519142999999995 POP_HYDRO( 44 , 1 ): 0.70519142999999995 POP_HYDRO( 45 , 1 ): 0.70519142999999995 POP_HYDRO( 46 , 1 ): 0.70519142999999995 POP_HYDRO( 47 , 1 ): 0.70519142999999995 POP_HYDRO( 48 , 1 ): 0.70519142999999995 POP_HYDRO( 49 , 1 ): 0.70519142999999995 POP_HYDRO( 50 , 1 ): 0.70519142999999995 POP_HYDRO( 51 , 1 ): 0.70519142999999995 POP_HYDRO( 52 , 1 ): 0.70519142999999995 POP_HYDRO( 53 , 1 ): 0.70519142999999995 POP_HYDRO( 54 , 1 ): 0.70519142999999995 POP_HYDRO( 55 , 1 ): 0.70519142999999995 POP_HYDRO( 56 , 1 ): 0.70519142999999995 POP_HYDRO( 57 , 1 ): 0.70519142999999995 POP_HYDRO( 58 , 1 ): 0.70519142999999995 POP_HYDRO( 59 , 1 ): 0.70519142999999995 POP_HYDRO( 60 , 1 ): 0.70519142999999995 POP_HYDRO( 61 , 1 ): 0.70519142999999995 POP_HYDRO( 62 , 1 ): 0.70519142999999995 POP_HYDRO( 63 , 1 ): 0.70519142999999995 POP_HYDRO( 64 , 1 ): 0.70519142999999995 POP_HYDRO( 65 , 1 ): 0.70519142999999995 POP_HYDRO( 66 , 1 ): 0.70519142999999995 POP_HYDRO( 67 , 1 ): 0.70519142999999995 POP_HYDRO( 68 , 1 ): 0.70519142999999995 POP_HYDRO( 69 , 1 ): 0.70519142999999995 POP_HYDRO( 70 , 1 ): 0.70519142999999995 POP_HYDRO( 71 , 1 ): 0.70519142999999995 POP_HYDRO( 72 , 1 ): 0.70519142999999995 POP_HYDRO( 73 , 1 ): 0.70519142999999995 POP_HYDRO( 74 , 1 ): 0.70519142999999995 POP_HYDRO( 75 , 1 ): 0.70519142999999995 POP_HYDRO( 76 , 1 ): 0.70519142999999995 POP_HYDRO( 77 , 1 ): 0.70519142999999995 POP_HYDRO( 78 , 1 ): 0.70519142999999995 POP_HYDRO( 79 , 1 ): 0.70519142999999995 POP_HYDRO( 80 , 1 ): 0.70519142999999995 POP_HYDRO( 81 , 1 ): 0.70519142999999995 POP_HYDRO( 82 , 1 ): 0.70519142999999995 POP_HYDRO( 83 , 1 ): 0.70519142999999995 POP_HYDRO( 84 , 1 ): 0.70519142999999995 POP_HYDRO( 85 , 1 ): 0.70519142999999995 POP_HYDRO( 86 , 1 ): 0.70519142999999995 POP_HYDRO( 87 , 1 ): 0.70519142999999995 POP_HYDRO( 88 , 1 ): 0.70519142999999995 POP_HYDRO( 89 , 1 ): 0.70519142999999995 POP_HYDRO( 90 , 1 ): 0.70519142999999995 POP_HYDRO( 91 , 1 ): 0.70519142999999995 POP_HYDRO( 92 , 1 ): 0.70519142999999995 POP_HYDRO( 93 , 1 ): 0.70519142999999995 POP_HYDRO( 94 , 1 ): 0.70519142999999995 POP_HYDRO( 95 , 1 ): 0.70519142999999995 POP_HYDRO( 96 , 1 ): 0.70519142999999995 POP_HYDRO( 97 , 1 ): 0.70519142999999995 POP_HYDRO( 98 , 1 ): 0.70519142999999995 POP_HYDRO( 99 , 1 ): 0.70519142999999995 POP_HYDRO( 100 , 1 ): 0.70519142999999995 POP_HYDRO( 101 , 1 ): 0.70519142999999995 POP_HYDRO( 102 , 1 ): 0.70519142999999995 POP_HYDRO( 103 , 1 ): 0.70519142999999995 POP_HYDRO( 104 , 1 ): 0.70519142999999995 POP_HYDRO( 105 , 1 ): 0.70519142999999995 POP_HYDRO( 106 , 1 ): 0.70519142999999995 POP_HYDRO( 107 , 1 ): 0.70519142999999995 POP_HYDRO( 108 , 1 ): 0.70519142999999995 POP_HYDRO( 109 , 1 ): 0.70519142999999995 POP_HYDRO( 110 , 1 ): 0.70519142999999995 POP_HYDRO( 111 , 1 ): 0.70519142999999995 POP_HYDRO( 112 , 1 ): 0.70519142999999995 POP_HYDRO( 113 , 1 ): 0.70519142999999995 POP_HYDRO( 114 , 1 ): 0.70519142999999995 POP_HYDRO( 115 , 1 ): 0.70519142999999995 POP_HYDRO( 116 , 1 ): 0.70519142999999995 POP_HYDRO( 117 , 1 ): 0.70519142999999995 POP_HYDRO( 118 , 1 ): 0.70519142999999995 POP_HYDRO( 119 , 1 ): 0.70519142999999995 POP_HYDRO( 120 , 1 ): 0.70519142999999995 POP_HYDRO( 121 , 1 ): 0.70519142999999995 POP_HYDRO( 122 , 1 ): 0.70519142999999995 POP_HYDRO( 123 , 1 ): 0.70519142999999995 POP_HYDRO( 124 , 1 ): 0.70519142999999995 POP_HYDRO( 125 , 1 ): 0.70519142999999995 POP_HYDRO( 126 , 1 ): 0.70519142999999995 POP_HYDRO( 127 , 1 ): 0.70519142999999995 POP_HYDRO( 128 , 1 ): 0.43472520999999997 POP_HYDRO( 129 , 1 ): 9.01006929999999956E-002 POP_HYDRO( 130 , 1 ): 7.03873389999999932E-002 POP_HYDRO( 131 , 1 ): 9.24467320000000037E-002 POP_HYDRO( 132 , 1 ): 9.81411279999999941E-002 POP_HYDRO( 133 , 1 ): 0.10350680000000000 POP_HYDRO( 134 , 1 ): 0.10764840000000001 POP_HYDRO( 135 , 1 ): 0.14437351000000001 POP_HYDRO( 136 , 1 ): 0.32011999000000002 POP_HYDRO( 137 , 1 ): 0.44335612000000002 POP_HYDRO( 138 , 1 ): 0.43874202000000001 POP_HYDRO( 139 , 1 ): 0.44169802000000002 POP_HYDRO( 140 , 1 ): 0.45637547000000001 POP_HYDRO( 141 , 1 ): 0.47491159999999999 POP_HYDRO( 142 , 1 ): 0.49740529000000000 POP_HYDRO( 143 , 1 ): 0.53050523000000005 POP_HYDRO( 144 , 1 ): 0.57082650000000001 POP_HYDRO( 145 , 1 ): 0.61114765999999998 POP_HYDRO( 146 , 1 ): 0.65146888999999997 POP_HYDRO( 147 , 1 ): 0.69179011999999995 POP_HYDRO( 148 , 1 ): 0.73211137999999998 POP_HYDRO( 149 , 1 ): 0.77243260999999996 POP_HYDRO( 150 , 1 ): 0.81275386999999999 POP_HYDRO( 1 , 2 ): 0.28612168999999998 POP_HYDRO( 2 , 2 ): 0.28615098000000000 POP_HYDRO( 3 , 2 ): 0.28618022999999998 POP_HYDRO( 4 , 2 ): 0.28620952000000000 POP_HYDRO( 5 , 2 ): 0.28623881000000001 POP_HYDRO( 6 , 2 ): 0.28626810000000003 POP_HYDRO( 7 , 2 ): 0.28629728999999998 POP_HYDRO( 8 , 2 ): 0.28632658000000000 POP_HYDRO( 9 , 2 ): 0.28635579999999999 POP_HYDRO( 10 , 2 ): 0.28638511999999999 POP_HYDRO( 11 , 2 ): 0.28641441000000001 POP_HYDRO( 12 , 2 ): 0.28644370000000002 POP_HYDRO( 13 , 2 ): 0.28647298999999998 POP_HYDRO( 14 , 2 ): 0.28650220999999998 POP_HYDRO( 15 , 2 ): 0.28653139999999999 POP_HYDRO( 16 , 2 ): 0.28656071999999999 POP_HYDRO( 17 , 2 ): 0.28659001000000001 POP_HYDRO( 18 , 2 ): 0.28660259999999999 POP_HYDRO( 19 , 2 ): 0.28661349000000003 POP_HYDRO( 20 , 2 ): 0.28661989999999998 POP_HYDRO( 21 , 2 ): 0.28662620000000000 POP_HYDRO( 22 , 2 ): 0.28663251000000001 POP_HYDRO( 23 , 2 ): 0.28663888999999998 POP_HYDRO( 24 , 2 ): 0.28664518999999999 POP_HYDRO( 25 , 2 ): 0.28665150000000000 POP_HYDRO( 26 , 2 ): 0.28665781000000001 POP_HYDRO( 27 , 2 ): 0.28666240999999998 POP_HYDRO( 28 , 2 ): 0.28666459000000000 POP_HYDRO( 29 , 2 ): 0.28666561000000002 POP_HYDRO( 30 , 2 ): 0.28666561000000002 POP_HYDRO( 31 , 2 ): 0.28666561000000002 POP_HYDRO( 32 , 2 ): 0.28666561000000002 POP_HYDRO( 33 , 2 ): 0.28666561000000002 POP_HYDRO( 34 , 2 ): 0.28666561000000002 POP_HYDRO( 35 , 2 ): 0.28666561000000002 POP_HYDRO( 36 , 2 ): 0.28666561000000002 POP_HYDRO( 37 , 2 ): 0.28666561000000002 POP_HYDRO( 38 , 2 ): 0.28666561000000002 POP_HYDRO( 39 , 2 ): 0.28666561000000002 POP_HYDRO( 40 , 2 ): 0.28666561000000002 POP_HYDRO( 41 , 2 ): 0.28666561000000002 POP_HYDRO( 42 , 2 ): 0.28666561000000002 POP_HYDRO( 43 , 2 ): 0.28666561000000002 POP_HYDRO( 44 , 2 ): 0.28666561000000002 POP_HYDRO( 45 , 2 ): 0.28666561000000002 POP_HYDRO( 46 , 2 ): 0.28666561000000002 POP_HYDRO( 47 , 2 ): 0.28666561000000002 POP_HYDRO( 48 , 2 ): 0.28666561000000002 POP_HYDRO( 49 , 2 ): 0.28666561000000002 POP_HYDRO( 50 , 2 ): 0.28666561000000002 POP_HYDRO( 51 , 2 ): 0.28666561000000002 POP_HYDRO( 52 , 2 ): 0.28666561000000002 POP_HYDRO( 53 , 2 ): 0.28666561000000002 POP_HYDRO( 54 , 2 ): 0.28666561000000002 POP_HYDRO( 55 , 2 ): 0.28666561000000002 POP_HYDRO( 56 , 2 ): 0.28666561000000002 POP_HYDRO( 57 , 2 ): 0.28666561000000002 POP_HYDRO( 58 , 2 ): 0.28666561000000002 POP_HYDRO( 59 , 2 ): 0.28666561000000002 POP_HYDRO( 60 , 2 ): 0.28666561000000002 POP_HYDRO( 61 , 2 ): 0.28666561000000002 POP_HYDRO( 62 , 2 ): 0.28666561000000002 POP_HYDRO( 63 , 2 ): 0.28666561000000002 POP_HYDRO( 64 , 2 ): 0.28666561000000002 POP_HYDRO( 65 , 2 ): 0.28666561000000002 POP_HYDRO( 66 , 2 ): 0.28666561000000002 POP_HYDRO( 67 , 2 ): 0.28666561000000002 POP_HYDRO( 68 , 2 ): 0.28666561000000002 POP_HYDRO( 69 , 2 ): 0.28666561000000002 POP_HYDRO( 70 , 2 ): 0.28666561000000002 POP_HYDRO( 71 , 2 ): 0.28666561000000002 POP_HYDRO( 72 , 2 ): 0.28666561000000002 POP_HYDRO( 73 , 2 ): 0.28666561000000002 POP_HYDRO( 74 , 2 ): 0.28666561000000002 POP_HYDRO( 75 , 2 ): 0.28666561000000002 POP_HYDRO( 76 , 2 ): 0.28666561000000002 POP_HYDRO( 77 , 2 ): 0.28666561000000002 POP_HYDRO( 78 , 2 ): 0.28666561000000002 POP_HYDRO( 79 , 2 ): 0.28666561000000002 POP_HYDRO( 80 , 2 ): 0.28666561000000002 POP_HYDRO( 81 , 2 ): 0.28666561000000002 POP_HYDRO( 82 , 2 ): 0.28666561000000002 POP_HYDRO( 83 , 2 ): 0.28666561000000002 POP_HYDRO( 84 , 2 ): 0.28666561000000002 POP_HYDRO( 85 , 2 ): 0.28666561000000002 POP_HYDRO( 86 , 2 ): 0.28666561000000002 POP_HYDRO( 87 , 2 ): 0.28666561000000002 POP_HYDRO( 88 , 2 ): 0.28666561000000002 POP_HYDRO( 89 , 2 ): 0.28666561000000002 POP_HYDRO( 90 , 2 ): 0.28666561000000002 POP_HYDRO( 91 , 2 ): 0.28666561000000002 POP_HYDRO( 92 , 2 ): 0.28666561000000002 POP_HYDRO( 93 , 2 ): 0.28666561000000002 POP_HYDRO( 94 , 2 ): 0.28666561000000002 POP_HYDRO( 95 , 2 ): 0.28666561000000002 POP_HYDRO( 96 , 2 ): 0.28666561000000002 POP_HYDRO( 97 , 2 ): 0.28666561000000002 POP_HYDRO( 98 , 2 ): 0.28666561000000002 POP_HYDRO( 99 , 2 ): 0.28666561000000002 POP_HYDRO( 100 , 2 ): 0.28666561000000002 POP_HYDRO( 101 , 2 ): 0.28666561000000002 POP_HYDRO( 102 , 2 ): 0.28666561000000002 POP_HYDRO( 103 , 2 ): 0.28666561000000002 POP_HYDRO( 104 , 2 ): 0.28666561000000002 POP_HYDRO( 105 , 2 ): 0.28666561000000002 POP_HYDRO( 106 , 2 ): 0.28666561000000002 POP_HYDRO( 107 , 2 ): 0.28666561000000002 POP_HYDRO( 108 , 2 ): 0.28666561000000002 POP_HYDRO( 109 , 2 ): 0.28666561000000002 POP_HYDRO( 110 , 2 ): 0.28666561000000002 POP_HYDRO( 111 , 2 ): 0.28666561000000002 POP_HYDRO( 112 , 2 ): 0.28666561000000002 POP_HYDRO( 113 , 2 ): 0.28666561000000002 POP_HYDRO( 114 , 2 ): 0.28666561000000002 POP_HYDRO( 115 , 2 ): 0.28666561000000002 POP_HYDRO( 116 , 2 ): 0.28666561000000002 POP_HYDRO( 117 , 2 ): 0.28666561000000002 POP_HYDRO( 118 , 2 ): 0.28666561000000002 POP_HYDRO( 119 , 2 ): 0.28666561000000002 POP_HYDRO( 120 , 2 ): 0.28666561000000002 POP_HYDRO( 121 , 2 ): 0.28666561000000002 POP_HYDRO( 122 , 2 ): 0.28666561000000002 POP_HYDRO( 123 , 2 ): 0.28666561000000002 POP_HYDRO( 124 , 2 ): 0.28666561000000002 POP_HYDRO( 125 , 2 ): 0.28666561000000002 POP_HYDRO( 126 , 2 ): 0.28666561000000002 POP_HYDRO( 127 , 2 ): 0.28666561000000002 POP_HYDRO( 128 , 2 ): 0.55942340999999995 POP_HYDRO( 129 , 2 ): 0.90696783000000003 POP_HYDRO( 130 , 2 ): 0.92370468999999999 POP_HYDRO( 131 , 2 ): 0.89791072000000005 POP_HYDRO( 132 , 2 ): 0.89222688000000006 POP_HYDRO( 133 , 2 ): 0.88691849000000000 POP_HYDRO( 134 , 2 ): 0.88282108000000004 POP_HYDRO( 135 , 2 ): 0.79156495000000004 POP_HYDRO( 136 , 2 ): 0.32843647999999998 POP_HYDRO( 137 , 2 ): 1.21635609999999999E-004 POP_HYDRO( 138 , 2 ): 4.59724919999999988E-005 POP_HYDRO( 139 , 2 ): 1.20394500000000002E-009 POP_HYDRO( 140 , 2 ): 4.27057870000000036E-009 POP_HYDRO( 141 , 2 ): 4.53340600000000001E-008 POP_HYDRO( 142 , 2 ): 1.25368899999999997E-007 POP_HYDRO( 143 , 2 ): 3.56380119999999978E-007 POP_HYDRO( 144 , 2 ): 6.90184100000000000E-007 POP_HYDRO( 145 , 2 ): 1.02398790000000001E-006 POP_HYDRO( 146 , 2 ): 1.35779199999999993E-006 POP_HYDRO( 147 , 2 ): 1.69159599999999992E-006 POP_HYDRO( 148 , 2 ): 2.02539990000000018E-006 POP_HYDRO( 149 , 2 ): 2.35920399999999990E-006 POP_HYDRO( 150 , 2 ): 2.69300790000000016E-006 POP_HYDRO( 1 , 3 ): 0.0000000000000000 POP_HYDRO( 2 , 3 ): 0.0000000000000000 POP_HYDRO( 3 , 3 ): 0.0000000000000000 POP_HYDRO( 4 , 3 ): 0.0000000000000000 POP_HYDRO( 5 , 3 ): 0.0000000000000000 POP_HYDRO( 6 , 3 ): 0.0000000000000000 POP_HYDRO( 7 , 3 ): 0.0000000000000000 POP_HYDRO( 8 , 3 ): 0.0000000000000000 POP_HYDRO( 9 , 3 ): 0.0000000000000000 POP_HYDRO( 10 , 3 ): 0.0000000000000000 POP_HYDRO( 11 , 3 ): 0.0000000000000000 POP_HYDRO( 12 , 3 ): 0.0000000000000000 POP_HYDRO( 13 , 3 ): 0.0000000000000000 POP_HYDRO( 14 , 3 ): 0.0000000000000000 POP_HYDRO( 15 , 3 ): 0.0000000000000000 POP_HYDRO( 16 , 3 ): 0.0000000000000000 POP_HYDRO( 17 , 3 ): 0.0000000000000000 POP_HYDRO( 18 , 3 ): 0.0000000000000000 POP_HYDRO( 19 , 3 ): 0.0000000000000000 POP_HYDRO( 20 , 3 ): 0.0000000000000000 POP_HYDRO( 21 , 3 ): 0.0000000000000000 POP_HYDRO( 22 , 3 ): 0.0000000000000000 POP_HYDRO( 23 , 3 ): 0.0000000000000000 POP_HYDRO( 24 , 3 ): 0.0000000000000000 POP_HYDRO( 25 , 3 ): 0.0000000000000000 POP_HYDRO( 26 , 3 ): 0.0000000000000000 POP_HYDRO( 27 , 3 ): 0.0000000000000000 POP_HYDRO( 28 , 3 ): 0.0000000000000000 POP_HYDRO( 29 , 3 ): 0.0000000000000000 POP_HYDRO( 30 , 3 ): 0.0000000000000000 POP_HYDRO( 31 , 3 ): 0.0000000000000000 POP_HYDRO( 32 , 3 ): 0.0000000000000000 POP_HYDRO( 33 , 3 ): 0.0000000000000000 POP_HYDRO( 34 , 3 ): 0.0000000000000000 POP_HYDRO( 35 , 3 ): 0.0000000000000000 POP_HYDRO( 36 , 3 ): 0.0000000000000000 POP_HYDRO( 37 , 3 ): 0.0000000000000000 POP_HYDRO( 38 , 3 ): 0.0000000000000000 POP_HYDRO( 39 , 3 ): 0.0000000000000000 POP_HYDRO( 40 , 3 ): 0.0000000000000000 POP_HYDRO( 41 , 3 ): 0.0000000000000000 POP_HYDRO( 42 , 3 ): 0.0000000000000000 POP_HYDRO( 43 , 3 ): 0.0000000000000000 POP_HYDRO( 44 , 3 ): 0.0000000000000000 POP_HYDRO( 45 , 3 ): 0.0000000000000000 POP_HYDRO( 46 , 3 ): 0.0000000000000000 POP_HYDRO( 47 , 3 ): 0.0000000000000000 POP_HYDRO( 48 , 3 ): 0.0000000000000000 POP_HYDRO( 49 , 3 ): 0.0000000000000000 POP_HYDRO( 50 , 3 ): 0.0000000000000000 POP_HYDRO( 51 , 3 ): 0.0000000000000000 POP_HYDRO( 52 , 3 ): 0.0000000000000000 POP_HYDRO( 53 , 3 ): 0.0000000000000000 POP_HYDRO( 54 , 3 ): 0.0000000000000000 POP_HYDRO( 55 , 3 ): 0.0000000000000000 POP_HYDRO( 56 , 3 ): 0.0000000000000000 POP_HYDRO( 57 , 3 ): 0.0000000000000000 POP_HYDRO( 58 , 3 ): 0.0000000000000000 POP_HYDRO( 59 , 3 ): 0.0000000000000000 POP_HYDRO( 60 , 3 ): 0.0000000000000000 POP_HYDRO( 61 , 3 ): 0.0000000000000000 POP_HYDRO( 62 , 3 ): 0.0000000000000000 POP_HYDRO( 63 , 3 ): 0.0000000000000000 POP_HYDRO( 64 , 3 ): 0.0000000000000000 POP_HYDRO( 65 , 3 ): 0.0000000000000000 POP_HYDRO( 66 , 3 ): 0.0000000000000000 POP_HYDRO( 67 , 3 ): 0.0000000000000000 POP_HYDRO( 68 , 3 ): 0.0000000000000000 POP_HYDRO( 69 , 3 ): 0.0000000000000000 POP_HYDRO( 70 , 3 ): 0.0000000000000000 POP_HYDRO( 71 , 3 ): 0.0000000000000000 POP_HYDRO( 72 , 3 ): 0.0000000000000000 POP_HYDRO( 73 , 3 ): 0.0000000000000000 POP_HYDRO( 74 , 3 ): 0.0000000000000000 POP_HYDRO( 75 , 3 ): 0.0000000000000000 POP_HYDRO( 76 , 3 ): 0.0000000000000000 POP_HYDRO( 77 , 3 ): 0.0000000000000000 POP_HYDRO( 78 , 3 ): 0.0000000000000000 POP_HYDRO( 79 , 3 ): 0.0000000000000000 POP_HYDRO( 80 , 3 ): 0.0000000000000000 POP_HYDRO( 81 , 3 ): 0.0000000000000000 POP_HYDRO( 82 , 3 ): 0.0000000000000000 POP_HYDRO( 83 , 3 ): 0.0000000000000000 POP_HYDRO( 84 , 3 ): 0.0000000000000000 POP_HYDRO( 85 , 3 ): 0.0000000000000000 POP_HYDRO( 86 , 3 ): 0.0000000000000000 POP_HYDRO( 87 , 3 ): 0.0000000000000000 POP_HYDRO( 88 , 3 ): 0.0000000000000000 POP_HYDRO( 89 , 3 ): 0.0000000000000000 POP_HYDRO( 90 , 3 ): 0.0000000000000000 POP_HYDRO( 91 , 3 ): 0.0000000000000000 POP_HYDRO( 92 , 3 ): 0.0000000000000000 POP_HYDRO( 93 , 3 ): 0.0000000000000000 POP_HYDRO( 94 , 3 ): 0.0000000000000000 POP_HYDRO( 95 , 3 ): 0.0000000000000000 POP_HYDRO( 96 , 3 ): 0.0000000000000000 POP_HYDRO( 97 , 3 ): 0.0000000000000000 POP_HYDRO( 98 , 3 ): 0.0000000000000000 POP_HYDRO( 99 , 3 ): 0.0000000000000000 POP_HYDRO( 100 , 3 ): 0.0000000000000000 POP_HYDRO( 101 , 3 ): 0.0000000000000000 POP_HYDRO( 102 , 3 ): 0.0000000000000000 POP_HYDRO( 103 , 3 ): 0.0000000000000000 POP_HYDRO( 104 , 3 ): 0.0000000000000000 POP_HYDRO( 105 , 3 ): 0.0000000000000000 POP_HYDRO( 106 , 3 ): 0.0000000000000000 POP_HYDRO( 107 , 3 ): 0.0000000000000000 POP_HYDRO( 108 , 3 ): 0.0000000000000000 POP_HYDRO( 109 , 3 ): 0.0000000000000000 POP_HYDRO( 110 , 3 ): 0.0000000000000000 POP_HYDRO( 111 , 3 ): 0.0000000000000000 POP_HYDRO( 112 , 3 ): 0.0000000000000000 POP_HYDRO( 113 , 3 ): 0.0000000000000000 POP_HYDRO( 114 , 3 ): 0.0000000000000000 POP_HYDRO( 115 , 3 ): 0.0000000000000000 POP_HYDRO( 116 , 3 ): 0.0000000000000000 POP_HYDRO( 117 , 3 ): 0.0000000000000000 POP_HYDRO( 118 , 3 ): 0.0000000000000000 POP_HYDRO( 119 , 3 ): 0.0000000000000000 POP_HYDRO( 120 , 3 ): 0.0000000000000000 POP_HYDRO( 121 , 3 ): 0.0000000000000000 POP_HYDRO( 122 , 3 ): 0.0000000000000000 POP_HYDRO( 123 , 3 ): 0.0000000000000000 POP_HYDRO( 124 , 3 ): 0.0000000000000000 POP_HYDRO( 125 , 3 ): 0.0000000000000000 POP_HYDRO( 126 , 3 ): 0.0000000000000000 POP_HYDRO( 127 , 3 ): 0.0000000000000000 POP_HYDRO( 128 , 3 ): 0.0000000000000000 POP_HYDRO( 129 , 3 ): 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POP_SPECIES( 44 , 1 ): 0.70519142999999995 POP_HYDRO( 44 , 1 ): 0.70519142999999995 POP_SPECIES( 45 , 1 ): 0.70519142999999995 POP_HYDRO( 45 , 1 ): 0.70519142999999995 POP_SPECIES( 46 , 1 ): 0.70519142999999995 POP_HYDRO( 46 , 1 ): 0.70519142999999995 POP_SPECIES( 47 , 1 ): 0.70519142999999995 POP_HYDRO( 47 , 1 ): 0.70519142999999995 POP_SPECIES( 48 , 1 ): 0.70519142999999995 POP_HYDRO( 48 , 1 ): 0.70519142999999995 POP_SPECIES( 49 , 1 ): 0.70519142999999995 POP_HYDRO( 49 , 1 ): 0.70519142999999995 POP_SPECIES( 50 , 1 ): 0.70519142999999995 POP_HYDRO( 50 , 1 ): 0.70519142999999995 POP_SPECIES( 51 , 1 ): 0.70519142999999995 POP_HYDRO( 51 , 1 ): 0.70519142999999995 POP_SPECIES( 52 , 1 ): 0.70519142999999995 POP_HYDRO( 52 , 1 ): 0.70519142999999995 POP_SPECIES( 53 , 1 ): 0.70519142999999995 POP_HYDRO( 53 , 1 ): 0.70519142999999995 POP_SPECIES( 54 , 1 ): 0.70519142999999995 POP_HYDRO( 54 , 1 ): 0.70519142999999995 POP_SPECIES( 55 , 1 ): 0.70519142999999995 POP_HYDRO( 55 , 1 ): 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POP_HYDRO( 79 , 1 ): 0.70519142999999995 POP_SPECIES( 80 , 1 ): 0.70519142999999995 POP_HYDRO( 80 , 1 ): 0.70519142999999995 POP_SPECIES( 81 , 1 ): 0.70519142999999995 POP_HYDRO( 81 , 1 ): 0.70519142999999995 POP_SPECIES( 82 , 1 ): 0.70519142999999995 POP_HYDRO( 82 , 1 ): 0.70519142999999995 POP_SPECIES( 83 , 1 ): 0.70519142999999995 POP_HYDRO( 83 , 1 ): 0.70519142999999995 POP_SPECIES( 84 , 1 ): 0.70519142999999995 POP_HYDRO( 84 , 1 ): 0.70519142999999995 POP_SPECIES( 85 , 1 ): 0.70519142999999995 POP_HYDRO( 85 , 1 ): 0.70519142999999995 POP_SPECIES( 86 , 1 ): 0.70519142999999995 POP_HYDRO( 86 , 1 ): 0.70519142999999995 POP_SPECIES( 87 , 1 ): 0.70519142999999995 POP_HYDRO( 87 , 1 ): 0.70519142999999995 POP_SPECIES( 88 , 1 ): 0.70519142999999995 POP_HYDRO( 88 , 1 ): 0.70519142999999995 POP_SPECIES( 89 , 1 ): 0.70519142999999995 POP_HYDRO( 89 , 1 ): 0.70519142999999995 POP_SPECIES( 90 , 1 ): 0.70519142999999995 POP_HYDRO( 90 , 1 ): 0.70519142999999995 POP_SPECIES( 91 , 1 ): 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114 , 1 ): 0.70519142999999995 POP_SPECIES( 115 , 1 ): 0.70519142999999995 POP_HYDRO( 115 , 1 ): 0.70519142999999995 POP_SPECIES( 116 , 1 ): 0.70519142999999995 POP_HYDRO( 116 , 1 ): 0.70519142999999995 POP_SPECIES( 117 , 1 ): 0.70519142999999995 POP_HYDRO( 117 , 1 ): 0.70519142999999995 POP_SPECIES( 118 , 1 ): 0.70519142999999995 POP_HYDRO( 118 , 1 ): 0.70519142999999995 POP_SPECIES( 119 , 1 ): 0.70519142999999995 POP_HYDRO( 119 , 1 ): 0.70519142999999995 POP_SPECIES( 120 , 1 ): 0.70519142999999995 POP_HYDRO( 120 , 1 ): 0.70519142999999995 POP_SPECIES( 121 , 1 ): 0.70519142999999995 POP_HYDRO( 121 , 1 ): 0.70519142999999995 POP_SPECIES( 122 , 1 ): 0.70519142999999995 POP_HYDRO( 122 , 1 ): 0.70519142999999995 POP_SPECIES( 123 , 1 ): 0.70519142999999995 POP_HYDRO( 123 , 1 ): 0.70519142999999995 POP_SPECIES( 124 , 1 ): 0.70519142999999995 POP_HYDRO( 124 , 1 ): 0.70519142999999995 POP_SPECIES( 125 , 1 ): 0.70519142999999995 POP_HYDRO( 125 , 1 ): 0.70519142999999995 POP_SPECIES( 126 , 1 ): 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0.73211137999999998 POP_SPECIES( 149 , 1 ): 0.77243260999999996 POP_HYDRO( 149 , 1 ): 0.77243260999999996 POP_SPECIES( 150 , 1 ): 0.81275386999999999 POP_HYDRO( 150 , 1 ): 0.81275386999999999 HYD HE HYD CARB HYD NIT HYD OXY HYD FLU HYD NEON HYD SOD HYD MAG HYD ALUM HYD SIL HYD PHOS HYD SUL HYD CHL HYD ARG HYD POT HYD CAL HYD SCAN HYD TIT HYD VAN HYD CHRO HYD MAN HYD IRON HYD COB HYD NICK HYD BAR HE HYD HE HE POP_SPECIES( 1 , 2 ): 0.28612168999999998 POP_HYDRO( 1 , 2 ): 0.28612168999999998 POP_SPECIES( 2 , 2 ): 0.28615098000000000 POP_HYDRO( 2 , 2 ): 0.28615098000000000 POP_SPECIES( 3 , 2 ): 0.28618022999999998 POP_HYDRO( 3 , 2 ): 0.28618022999999998 POP_SPECIES( 4 , 2 ): 0.28620952000000000 POP_HYDRO( 4 , 2 ): 0.28620952000000000 POP_SPECIES( 5 , 2 ): 0.28623881000000001 POP_HYDRO( 5 , 2 ): 0.28623881000000001 POP_SPECIES( 6 , 2 ): 0.28626810000000003 POP_HYDRO( 6 , 2 ): 0.28626810000000003 POP_SPECIES( 7 , 2 ): 0.28629728999999998 POP_HYDRO( 7 , 2 ): 0.28629728999999998 POP_SPECIES( 8 , 2 ): 0.28632658000000000 POP_HYDRO( 8 , 2 ): 0.28632658000000000 POP_SPECIES( 9 , 2 ): 0.28635579999999999 POP_HYDRO( 9 , 2 ): 0.28635579999999999 POP_SPECIES( 10 , 2 ): 0.28638511999999999 POP_HYDRO( 10 , 2 ): 0.28638511999999999 POP_SPECIES( 11 , 2 ): 0.28641441000000001 POP_HYDRO( 11 , 2 ): 0.28641441000000001 POP_SPECIES( 12 , 2 ): 0.28644370000000002 POP_HYDRO( 12 , 2 ): 0.28644370000000002 POP_SPECIES( 13 , 2 ): 0.28647298999999998 POP_HYDRO( 13 , 2 ): 0.28647298999999998 POP_SPECIES( 14 , 2 ): 0.28650220999999998 POP_HYDRO( 14 , 2 ): 0.28650220999999998 POP_SPECIES( 15 , 2 ): 0.28653139999999999 POP_HYDRO( 15 , 2 ): 0.28653139999999999 POP_SPECIES( 16 , 2 ): 0.28656071999999999 POP_HYDRO( 16 , 2 ): 0.28656071999999999 POP_SPECIES( 17 , 2 ): 0.28659001000000001 POP_HYDRO( 17 , 2 ): 0.28659001000000001 POP_SPECIES( 18 , 2 ): 0.28660259999999999 POP_HYDRO( 18 , 2 ): 0.28660259999999999 POP_SPECIES( 19 , 2 ): 0.28661349000000003 POP_HYDRO( 19 , 2 ): 0.28661349000000003 POP_SPECIES( 20 , 2 ): 0.28661989999999998 POP_HYDRO( 20 , 2 ): 0.28661989999999998 POP_SPECIES( 21 , 2 ): 0.28662620000000000 POP_HYDRO( 21 , 2 ): 0.28662620000000000 POP_SPECIES( 22 , 2 ): 0.28663251000000001 POP_HYDRO( 22 , 2 ): 0.28663251000000001 POP_SPECIES( 23 , 2 ): 0.28663888999999998 POP_HYDRO( 23 , 2 ): 0.28663888999999998 POP_SPECIES( 24 , 2 ): 0.28664518999999999 POP_HYDRO( 24 , 2 ): 0.28664518999999999 POP_SPECIES( 25 , 2 ): 0.28665150000000000 POP_HYDRO( 25 , 2 ): 0.28665150000000000 POP_SPECIES( 26 , 2 ): 0.28665781000000001 POP_HYDRO( 26 , 2 ): 0.28665781000000001 POP_SPECIES( 27 , 2 ): 0.28666240999999998 POP_HYDRO( 27 , 2 ): 0.28666240999999998 POP_SPECIES( 28 , 2 ): 0.28666459000000000 POP_HYDRO( 28 , 2 ): 0.28666459000000000 POP_SPECIES( 29 , 2 ): 0.28666561000000002 POP_HYDRO( 29 , 2 ): 0.28666561000000002 POP_SPECIES( 30 , 2 ): 0.28666561000000002 POP_HYDRO( 30 , 2 ): 0.28666561000000002 POP_SPECIES( 31 , 2 ): 0.28666561000000002 POP_HYDRO( 31 , 2 ): 0.28666561000000002 POP_SPECIES( 32 , 2 ): 0.28666561000000002 POP_HYDRO( 32 , 2 ): 0.28666561000000002 POP_SPECIES( 33 , 2 ): 0.28666561000000002 POP_HYDRO( 33 , 2 ): 0.28666561000000002 POP_SPECIES( 34 , 2 ): 0.28666561000000002 POP_HYDRO( 34 , 2 ): 0.28666561000000002 POP_SPECIES( 35 , 2 ): 0.28666561000000002 POP_HYDRO( 35 , 2 ): 0.28666561000000002 POP_SPECIES( 36 , 2 ): 0.28666561000000002 POP_HYDRO( 36 , 2 ): 0.28666561000000002 POP_SPECIES( 37 , 2 ): 0.28666561000000002 POP_HYDRO( 37 , 2 ): 0.28666561000000002 POP_SPECIES( 38 , 2 ): 0.28666561000000002 POP_HYDRO( 38 , 2 ): 0.28666561000000002 POP_SPECIES( 39 , 2 ): 0.28666561000000002 POP_HYDRO( 39 , 2 ): 0.28666561000000002 POP_SPECIES( 40 , 2 ): 0.28666561000000002 POP_HYDRO( 40 , 2 ): 0.28666561000000002 POP_SPECIES( 41 , 2 ): 0.28666561000000002 POP_HYDRO( 41 , 2 ): 0.28666561000000002 POP_SPECIES( 42 , 2 ): 0.28666561000000002 POP_HYDRO( 42 , 2 ): 0.28666561000000002 POP_SPECIES( 43 , 2 ): 0.28666561000000002 POP_HYDRO( 43 , 2 ): 0.28666561000000002 POP_SPECIES( 44 , 2 ): 0.28666561000000002 POP_HYDRO( 44 , 2 ): 0.28666561000000002 POP_SPECIES( 45 , 2 ): 0.28666561000000002 POP_HYDRO( 45 , 2 ): 0.28666561000000002 POP_SPECIES( 46 , 2 ): 0.28666561000000002 POP_HYDRO( 46 , 2 ): 0.28666561000000002 POP_SPECIES( 47 , 2 ): 0.28666561000000002 POP_HYDRO( 47 , 2 ): 0.28666561000000002 POP_SPECIES( 48 , 2 ): 0.28666561000000002 POP_HYDRO( 48 , 2 ): 0.28666561000000002 POP_SPECIES( 49 , 2 ): 0.28666561000000002 POP_HYDRO( 49 , 2 ): 0.28666561000000002 POP_SPECIES( 50 , 2 ): 0.28666561000000002 POP_HYDRO( 50 , 2 ): 0.28666561000000002 POP_SPECIES( 51 , 2 ): 0.28666561000000002 POP_HYDRO( 51 , 2 ): 0.28666561000000002 POP_SPECIES( 52 , 2 ): 0.28666561000000002 POP_HYDRO( 52 , 2 ): 0.28666561000000002 POP_SPECIES( 53 , 2 ): 0.28666561000000002 POP_HYDRO( 53 , 2 ): 0.28666561000000002 POP_SPECIES( 54 , 2 ): 0.28666561000000002 POP_HYDRO( 54 , 2 ): 0.28666561000000002 POP_SPECIES( 55 , 2 ): 0.28666561000000002 POP_HYDRO( 55 , 2 ): 0.28666561000000002 POP_SPECIES( 56 , 2 ): 0.28666561000000002 POP_HYDRO( 56 , 2 ): 0.28666561000000002 POP_SPECIES( 57 , 2 ): 0.28666561000000002 POP_HYDRO( 57 , 2 ): 0.28666561000000002 POP_SPECIES( 58 , 2 ): 0.28666561000000002 POP_HYDRO( 58 , 2 ): 0.28666561000000002 POP_SPECIES( 59 , 2 ): 0.28666561000000002 POP_HYDRO( 59 , 2 ): 0.28666561000000002 POP_SPECIES( 60 , 2 ): 0.28666561000000002 POP_HYDRO( 60 , 2 ): 0.28666561000000002 POP_SPECIES( 61 , 2 ): 0.28666561000000002 POP_HYDRO( 61 , 2 ): 0.28666561000000002 POP_SPECIES( 62 , 2 ): 0.28666561000000002 POP_HYDRO( 62 , 2 ): 0.28666561000000002 POP_SPECIES( 63 , 2 ): 0.28666561000000002 POP_HYDRO( 63 , 2 ): 0.28666561000000002 POP_SPECIES( 64 , 2 ): 0.28666561000000002 POP_HYDRO( 64 , 2 ): 0.28666561000000002 POP_SPECIES( 65 , 2 ): 0.28666561000000002 POP_HYDRO( 65 , 2 ): 0.28666561000000002 POP_SPECIES( 66 , 2 ): 0.28666561000000002 POP_HYDRO( 66 , 2 ): 0.28666561000000002 POP_SPECIES( 67 , 2 ): 0.28666561000000002 POP_HYDRO( 67 , 2 ): 0.28666561000000002 POP_SPECIES( 68 , 2 ): 0.28666561000000002 POP_HYDRO( 68 , 2 ): 0.28666561000000002 POP_SPECIES( 69 , 2 ): 0.28666561000000002 POP_HYDRO( 69 , 2 ): 0.28666561000000002 POP_SPECIES( 70 , 2 ): 0.28666561000000002 POP_HYDRO( 70 , 2 ): 0.28666561000000002 POP_SPECIES( 71 , 2 ): 0.28666561000000002 POP_HYDRO( 71 , 2 ): 0.28666561000000002 POP_SPECIES( 72 , 2 ): 0.28666561000000002 POP_HYDRO( 72 , 2 ): 0.28666561000000002 POP_SPECIES( 73 , 2 ): 0.28666561000000002 POP_HYDRO( 73 , 2 ): 0.28666561000000002 POP_SPECIES( 74 , 2 ): 0.28666561000000002 POP_HYDRO( 74 , 2 ): 0.28666561000000002 POP_SPECIES( 75 , 2 ): 0.28666561000000002 POP_HYDRO( 75 , 2 ): 0.28666561000000002 POP_SPECIES( 76 , 2 ): 0.28666561000000002 POP_HYDRO( 76 , 2 ): 0.28666561000000002 POP_SPECIES( 77 , 2 ): 0.28666561000000002 POP_HYDRO( 77 , 2 ): 0.28666561000000002 POP_SPECIES( 78 , 2 ): 0.28666561000000002 POP_HYDRO( 78 , 2 ): 0.28666561000000002 POP_SPECIES( 79 , 2 ): 0.28666561000000002 POP_HYDRO( 79 , 2 ): 0.28666561000000002 POP_SPECIES( 80 , 2 ): 0.28666561000000002 POP_HYDRO( 80 , 2 ): 0.28666561000000002 POP_SPECIES( 81 , 2 ): 0.28666561000000002 POP_HYDRO( 81 , 2 ): 0.28666561000000002 POP_SPECIES( 82 , 2 ): 0.28666561000000002 POP_HYDRO( 82 , 2 ): 0.28666561000000002 POP_SPECIES( 83 , 2 ): 0.28666561000000002 POP_HYDRO( 83 , 2 ): 0.28666561000000002 POP_SPECIES( 84 , 2 ): 0.28666561000000002 POP_HYDRO( 84 , 2 ): 0.28666561000000002 POP_SPECIES( 85 , 2 ): 0.28666561000000002 POP_HYDRO( 85 , 2 ): 0.28666561000000002 POP_SPECIES( 86 , 2 ): 0.28666561000000002 POP_HYDRO( 86 , 2 ): 0.28666561000000002 POP_SPECIES( 87 , 2 ): 0.28666561000000002 POP_HYDRO( 87 , 2 ): 0.28666561000000002 POP_SPECIES( 88 , 2 ): 0.28666561000000002 POP_HYDRO( 88 , 2 ): 0.28666561000000002 POP_SPECIES( 89 , 2 ): 0.28666561000000002 POP_HYDRO( 89 , 2 ): 0.28666561000000002 POP_SPECIES( 90 , 2 ): 0.28666561000000002 POP_HYDRO( 90 , 2 ): 0.28666561000000002 POP_SPECIES( 91 , 2 ): 0.28666561000000002 POP_HYDRO( 91 , 2 ): 0.28666561000000002 POP_SPECIES( 92 , 2 ): 0.28666561000000002 POP_HYDRO( 92 , 2 ): 0.28666561000000002 POP_SPECIES( 93 , 2 ): 0.28666561000000002 POP_HYDRO( 93 , 2 ): 0.28666561000000002 POP_SPECIES( 94 , 2 ): 0.28666561000000002 POP_HYDRO( 94 , 2 ): 0.28666561000000002 POP_SPECIES( 95 , 2 ): 0.28666561000000002 POP_HYDRO( 95 , 2 ): 0.28666561000000002 POP_SPECIES( 96 , 2 ): 0.28666561000000002 POP_HYDRO( 96 , 2 ): 0.28666561000000002 POP_SPECIES( 97 , 2 ): 0.28666561000000002 POP_HYDRO( 97 , 2 ): 0.28666561000000002 POP_SPECIES( 98 , 2 ): 0.28666561000000002 POP_HYDRO( 98 , 2 ): 0.28666561000000002 POP_SPECIES( 99 , 2 ): 0.28666561000000002 POP_HYDRO( 99 , 2 ): 0.28666561000000002 POP_SPECIES( 100 , 2 ): 0.28666561000000002 POP_HYDRO( 100 , 2 ): 0.28666561000000002 POP_SPECIES( 101 , 2 ): 0.28666561000000002 POP_HYDRO( 101 , 2 ): 0.28666561000000002 POP_SPECIES( 102 , 2 ): 0.28666561000000002 POP_HYDRO( 102 , 2 ): 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8.09448339999999968E-003 POP_SPECIES( 33 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 33 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 34 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 34 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 35 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 35 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 36 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 36 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 37 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 37 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 38 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 38 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 39 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 39 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 40 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 40 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 41 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 41 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 42 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 42 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 43 , 5 ): 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POP_SPECIES( 127 , 5 ): 8.09448339999999968E-003 POP_HYDRO( 127 , 5 ): 8.09448339999999968E-003 POP_SPECIES( 128 , 5 ): 5.80331210000000017E-003 POP_HYDRO( 128 , 5 ): 5.80331210000000017E-003 POP_SPECIES( 129 , 5 ): 2.88393310000000002E-003 POP_HYDRO( 129 , 5 ): 2.88393310000000002E-003 POP_SPECIES( 130 , 5 ): 5.86057589999999969E-003 POP_HYDRO( 130 , 5 ): 5.86057589999999969E-003 POP_SPECIES( 131 , 5 ): 9.59525219999999950E-003 POP_HYDRO( 131 , 5 ): 9.59525219999999950E-003 POP_SPECIES( 132 , 5 ): 9.58498080000000016E-003 POP_HYDRO( 132 , 5 ): 9.58498080000000016E-003 POP_SPECIES( 133 , 5 ): 9.52797690000000037E-003 POP_HYDRO( 133 , 5 ): 9.52797690000000037E-003 POP_SPECIES( 134 , 5 ): 9.48400180000000086E-003 POP_HYDRO( 134 , 5 ): 9.48400180000000086E-003 POP_SPECIES( 135 , 5 ): 6.40143739999999989E-002 POP_HYDRO( 135 , 5 ): 6.40143739999999989E-002 POP_SPECIES( 136 , 5 ): 0.35139197999999999 POP_HYDRO( 136 , 5 ): 0.35139197999999999 POP_SPECIES( 137 , 5 ): 0.55646762999999999 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0.0000000000000000 POP_SPECIES( 150 , 16 ): 0.0000000000000000 POP_HYDRO( 150 , 16 ): 0.0000000000000000 POT CAL POT SCAN POT TIT POT VAN POT CHRO POT MAN POT IRON POT COB POT NICK POT BAR CAL HYD CAL HE CAL CARB CAL NIT CAL OXY CAL FLU CAL NEON CAL SOD CAL MAG CAL ALUM CAL SIL CAL PHOS CAL SUL CAL CHL CAL ARG CAL POT CAL CAL POP_SPECIES( 1 , 17 ): 4.84719180000000018E-005 POP_HYDRO( 1 , 17 ): 4.84719180000000018E-005 POP_SPECIES( 2 , 17 ): 4.84719160000000030E-005 POP_HYDRO( 2 , 17 ): 4.84719160000000030E-005 POP_SPECIES( 3 , 17 ): 4.84719250000000009E-005 POP_HYDRO( 3 , 17 ): 4.84719250000000009E-005 POP_SPECIES( 4 , 17 ): 4.84719230000000022E-005 POP_HYDRO( 4 , 17 ): 4.84719230000000022E-005 POP_SPECIES( 5 , 17 ): 4.84719210000000034E-005 POP_HYDRO( 5 , 17 ): 4.84719210000000034E-005 POP_SPECIES( 6 , 17 ): 4.84719200000000006E-005 POP_HYDRO( 6 , 17 ): 4.84719200000000006E-005 POP_SPECIES( 7 , 17 ): 4.84719180000000018E-005 POP_HYDRO( 7 , 17 ): 4.84719180000000018E-005 POP_SPECIES( 8 , 17 ): 4.84719169999999990E-005 POP_HYDRO( 8 , 17 ): 4.84719169999999990E-005 POP_SPECIES( 9 , 17 ): 4.84719200000000006E-005 POP_HYDRO( 9 , 17 ): 4.84719200000000006E-005 POP_SPECIES( 10 , 17 ): 4.84719230000000022E-005 POP_HYDRO( 10 , 17 ): 4.84719230000000022E-005 POP_SPECIES( 11 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 11 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 12 , 17 ): 4.84719200000000006E-005 POP_HYDRO( 12 , 17 ): 4.84719200000000006E-005 POP_SPECIES( 13 , 17 ): 4.84719189999999978E-005 POP_HYDRO( 13 , 17 ): 4.84719189999999978E-005 POP_SPECIES( 14 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 14 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 15 , 17 ): 4.84719200000000006E-005 POP_HYDRO( 15 , 17 ): 4.84719200000000006E-005 POP_SPECIES( 16 , 17 ): 4.84719230000000022E-005 POP_HYDRO( 16 , 17 ): 4.84719230000000022E-005 POP_SPECIES( 17 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 17 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 18 , 17 ): 4.84719210000000034E-005 POP_HYDRO( 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POP_SPECIES( 29 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 29 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 30 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 30 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 31 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 31 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 32 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 32 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 33 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 33 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 34 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 34 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 35 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 35 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 36 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 36 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 37 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 37 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 38 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 38 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 39 , 17 ): 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17 ): 4.84719219999999994E-005 POP_SPECIES( 50 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 50 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 51 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 51 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 52 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 52 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 53 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 53 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 54 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 54 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 55 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 55 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 56 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 56 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 57 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 57 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 58 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 58 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 59 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 59 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 60 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 60 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 61 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 61 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 62 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 62 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 63 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 63 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 64 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 64 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 65 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 65 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 66 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 66 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 67 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 67 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 68 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 68 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 69 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 69 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 70 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 70 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 71 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 71 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 72 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 72 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 73 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 73 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 74 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 74 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 75 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 75 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 76 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 76 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 77 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 77 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 78 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 78 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 79 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 79 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 80 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 80 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 81 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 81 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 82 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 82 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 83 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 83 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 84 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 84 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 85 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 85 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 86 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 86 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 87 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 87 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 88 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 88 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 89 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 89 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 90 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 90 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 91 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 91 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 92 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 92 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 93 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 93 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 94 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 94 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 95 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 95 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 96 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 96 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 97 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 97 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 98 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 98 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 99 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 99 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 100 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 100 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 101 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 101 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 102 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 102 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 103 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 103 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 104 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 104 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 105 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 105 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 106 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 106 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 107 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 107 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 108 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 108 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 109 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 109 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 110 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 110 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 111 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 111 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 112 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 112 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 113 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 113 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 114 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 114 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 115 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 115 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 116 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 116 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 117 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 117 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 118 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 118 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 119 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 119 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 120 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 120 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 121 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 121 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 122 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 122 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 123 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 123 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 124 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 124 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 125 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 125 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 126 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 126 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 127 , 17 ): 4.84719219999999994E-005 POP_HYDRO( 127 , 17 ): 4.84719219999999994E-005 POP_SPECIES( 128 , 17 ): 4.80637609999999988E-005 POP_HYDRO( 128 , 17 ): 4.80637609999999988E-005 POP_SPECIES( 129 , 17 ): 4.75437020000000024E-005 POP_HYDRO( 129 , 17 ): 4.75437020000000024E-005 POP_SPECIES( 130 , 17 ): 4.73948989999999998E-005 POP_HYDRO( 130 , 17 ): 4.73948989999999998E-005 POP_SPECIES( 131 , 17 ): 4.72938310000000026E-005 POP_HYDRO( 131 , 17 ): 4.72938310000000026E-005 POP_SPECIES( 132 , 17 ): 4.70103590000000009E-005 POP_HYDRO( 132 , 17 ): 4.70103590000000009E-005 POP_SPECIES( 133 , 17 ): 4.67307600000000005E-005 POP_HYDRO( 133 , 17 ): 4.67307600000000005E-005 POP_SPECIES( 134 , 17 ): 4.65150389999999977E-005 POP_HYDRO( 134 , 17 ): 4.65150389999999977E-005 POP_SPECIES( 135 , 17 ): 4.71710130000000018E-005 POP_HYDRO( 135 , 17 ): 4.71710130000000018E-005 POP_SPECIES( 136 , 17 ): 5.15461079999999996E-005 POP_HYDRO( 136 , 17 ): 5.15461079999999996E-005 POP_SPECIES( 137 , 17 ): 5.46121130000000007E-005 POP_HYDRO( 137 , 17 ): 5.46121130000000007E-005 POP_SPECIES( 138 , 17 ): 5.44907120000000028E-005 POP_HYDRO( 138 , 17 ): 5.44907120000000028E-005 POP_SPECIES( 139 , 17 ): 2.82758510000000001E-004 POP_HYDRO( 139 , 17 ): 2.82758510000000001E-004 POP_SPECIES( 140 , 17 ): 8.64661040000000024E-004 POP_HYDRO( 140 , 17 ): 8.64661040000000024E-004 POP_SPECIES( 141 , 17 ): 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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 ): 29092333.728359628 POP_SPECIES( 2 , 1 ): 39727287.121099181 POP_SPECIES( 3 , 1 ): 50361442.541905560 POP_SPECIES( 4 , 1 ): 60994770.962540224 POP_SPECIES( 5 , 1 ): 71627282.920165017 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POP_SPECIES( 77 , 1 ): 18690162118.210308 POP_SPECIES( 78 , 1 ): 20300067761.174515 POP_SPECIES( 79 , 1 ): 22177876588.646408 POP_SPECIES( 80 , 1 ): 24070199635.157967 POP_SPECIES( 81 , 1 ): 26005338797.277115 POP_SPECIES( 82 , 1 ): 27965886741.563648 POP_SPECIES( 83 , 1 ): 29972724911.764786 POP_SPECIES( 84 , 1 ): 32013320565.689415 POP_SPECIES( 85 , 1 ): 34094210599.416054 POP_SPECIES( 86 , 1 ): 36758108074.616180 POP_SPECIES( 87 , 1 ): 39885780291.582207 POP_SPECIES( 88 , 1 ): 43061292716.053535 POP_SPECIES( 89 , 1 ): 46261603263.959007 POP_SPECIES( 90 , 1 ): 49529829820.733521 POP_SPECIES( 91 , 1 ): 52819567859.702110 POP_SPECIES( 92 , 1 ): 57033306917.076012 POP_SPECIES( 93 , 1 ): 61396542667.860214 POP_SPECIES( 94 , 1 ): 65601022968.143456 POP_SPECIES( 95 , 1 ): 69865125550.845627 POP_SPECIES( 96 , 1 ): 75104644718.881561 POP_SPECIES( 97 , 1 ): 80602811873.874069 POP_SPECIES( 98 , 1 ): 87414350135.621872 POP_SPECIES( 99 , 1 ): 93849890311.464508 POP_SPECIES( 100 , 1 ): 99246974461.874954 POP_SPECIES( 101 , 1 ): 104132097992.20314 POP_SPECIES( 102 , 1 ): 108134554664.89258 POP_SPECIES( 103 , 1 ): 112606459193.90231 POP_SPECIES( 104 , 1 ): 117611266298.90909 POP_SPECIES( 105 , 1 ): 122064376460.68494 POP_SPECIES( 106 , 1 ): 126100660621.37000 POP_SPECIES( 107 , 1 ): 130613199268.42789 POP_SPECIES( 108 , 1 ): 135359362341.52170 POP_SPECIES( 109 , 1 ): 138316920222.73923 POP_SPECIES( 110 , 1 ): 140746649848.91092 POP_SPECIES( 111 , 1 ): 144290056474.93091 POP_SPECIES( 112 , 1 ): 147994900071.01950 POP_SPECIES( 113 , 1 ): 150923503077.96896 POP_SPECIES( 114 , 1 ): 153829870829.74310 POP_SPECIES( 115 , 1 ): 156711056818.85373 POP_SPECIES( 116 , 1 ): 159417524801.45294 POP_SPECIES( 117 , 1 ): 161312793564.44507 POP_SPECIES( 118 , 1 ): 163205222606.12537 POP_SPECIES( 119 , 1 ): 165090212210.77539 POP_SPECIES( 120 , 1 ): 166598875460.90091 POP_SPECIES( 121 , 1 ): 167492940754.22266 POP_SPECIES( 122 , 1 ): 168255413836.55606 POP_SPECIES( 123 , 1 ): 168875924583.55609 POP_SPECIES( 124 , 1 ): 168709417247.57959 POP_SPECIES( 125 , 1 ): 167978382806.90118 POP_SPECIES( 126 , 1 ): 309173641387.35144 POP_SPECIES( 127 , 1 ): 516073984088.36560 POP_SPECIES( 128 , 1 ): 428049895322.21246 POP_SPECIES( 129 , 1 ): 110494462176.65985 POP_SPECIES( 130 , 1 ): 76698177027.780121 POP_SPECIES( 131 , 1 ): 83601951170.019867 POP_SPECIES( 132 , 1 ): 82800510086.386688 POP_SPECIES( 133 , 1 ): 81523653665.762482 POP_SPECIES( 134 , 1 ): 82035248068.333542 POP_SPECIES( 135 , 1 ): 106225759622.46233 POP_SPECIES( 136 , 1 ): 226098670352.58676 POP_SPECIES( 137 , 1 ): 289036661562.51630 POP_SPECIES( 138 , 1 ): 235589806169.74619 POP_SPECIES( 139 , 1 ): 195179033013.60406 POP_SPECIES( 140 , 1 ): 172318211540.71033 POP_SPECIES( 141 , 1 ): 153769105067.20395 POP_SPECIES( 142 , 1 ): 139655113280.30731 POP_SPECIES( 143 , 1 ): 143587532925.71512 POP_SPECIES( 144 , 1 ): 161523793451.57666 POP_SPECIES( 145 , 1 ): 180452187407.37357 POP_SPECIES( 146 , 1 ): 200372714612.10904 POP_SPECIES( 147 , 1 ): 221285470553.42471 POP_SPECIES( 148 , 1 ): 243190422132.01007 POP_SPECIES( 149 , 1 ): 266087407446.67822 POP_SPECIES( 150 , 1 ): 289976505176.53357 POP_SPECIES( 1 , 2 ): 2948838.4133672589 POP_SPECIES( 2 , 2 ): 4027379.2806551806 POP_SPECIES( 3 , 2 ): 5106142.1665860470 POP_SPECIES( 4 , 2 ): 6185126.0105816890 POP_SPECIES( 5 , 2 ): 7264330.9297556682 POP_SPECIES( 6 , 2 ): 8343756.5849847123 POP_SPECIES( 7 , 2 ): 9423399.3635737356 POP_SPECIES( 8 , 2 ): 10503266.113817247 POP_SPECIES( 9 , 2 ): 11583350.741151979 POP_SPECIES( 10 , 2 ): 12663660.003377819 POP_SPECIES( 11 , 2 ): 13744188.928163411 POP_SPECIES( 12 , 2 ): 14824938.443475962 POP_SPECIES( 13 , 2 ): 15905908.285650447 POP_SPECIES( 14 , 2 ): 16987095.109233022 POP_SPECIES( 15 , 2 ): 18068500.421218470 POP_SPECIES( 16 , 2 ): 19150133.825861052 POP_SPECIES( 17 , 2 ): 20231983.252615005 POP_SPECIES( 18 , 2 ): 21651847.178967122 POP_SPECIES( 19 , 2 ): 23105856.690424226 POP_SPECIES( 20 , 2 ): 24652715.362750348 POP_SPECIES( 21 , 2 ): 26199632.960177381 POP_SPECIES( 22 , 2 ): 27746617.101103492 POP_SPECIES( 23 , 2 ): 29293679.037395351 POP_SPECIES( 24 , 2 ): 30840801.499597088 POP_SPECIES( 25 , 2 ): 32387993.049257498 POP_SPECIES( 26 , 2 ): 33935258.785191819 POP_SPECIES( 27 , 2 ): 36017343.405078918 POP_SPECIES( 28 , 2 ): 38844985.143300369 POP_SPECIES( 29 , 2 ): 42015985.785629153 POP_SPECIES( 30 , 2 ): 45505203.836080849 POP_SPECIES( 31 , 2 ): 48994458.061018206 POP_SPECIES( 32 , 2 ): 52483676.111470215 POP_SPECIES( 33 , 2 ): 56545986.440860175 POP_SPECIES( 34 , 2 ): 60829479.633568831 POP_SPECIES( 35 , 2 ): 67149933.995916814 POP_SPECIES( 36 , 2 ): 73909140.655725732 POP_SPECIES( 37 , 2 ): 80668343.296147734 POP_SPECIES( 38 , 2 ): 87485513.540102214 POP_SPECIES( 39 , 2 ): 96534741.993485376 POP_SPECIES( 40 , 2 ): 105683454.30174537 POP_SPECIES( 41 , 2 ): 115518846.77382995 POP_SPECIES( 42 , 2 ): 125805929.95107034 POP_SPECIES( 43 , 2 ): 137623861.08885249 POP_SPECIES( 44 , 2 ): 149690021.54704601 POP_SPECIES( 45 , 2 ): 162262106.30313149 POP_SPECIES( 46 , 2 ): 174981867.36773148 POP_SPECIES( 47 , 2 ): 187897107.31391427 POP_SPECIES( 48 , 2 ): 202883340.58194140 POP_SPECIES( 49 , 2 ): 219693961.68387038 POP_SPECIES( 50 , 2 ): 239633703.92871684 POP_SPECIES( 51 , 2 ): 261388287.96264264 POP_SPECIES( 52 , 2 ): 284709042.33263952 POP_SPECIES( 53 , 2 ): 308596831.76492375 POP_SPECIES( 54 , 2 ): 334004825.82020271 POP_SPECIES( 55 , 2 ): 359712634.01240051 POP_SPECIES( 56 , 2 ): 393058958.16422540 POP_SPECIES( 57 , 2 ): 427120110.24908459 POP_SPECIES( 58 , 2 ): 466219825.56525594 POP_SPECIES( 59 , 2 ): 505671719.59599924 POP_SPECIES( 60 , 2 ): 547302322.50863504 POP_SPECIES( 61 , 2 ): 589591019.70267403 POP_SPECIES( 62 , 2 ): 633957539.15756476 POP_SPECIES( 63 , 2 ): 679361623.24814188 POP_SPECIES( 64 , 2 ): 726764749.60864019 POP_SPECIES( 65 , 2 ): 781423271.97081792 POP_SPECIES( 66 , 2 ): 845202587.97712290 POP_SPECIES( 67 , 2 ): 911273396.87275100 POP_SPECIES( 68 , 2 ): 979262779.90470433 POP_SPECIES( 69 , 2 ): 1049880118.7362363 POP_SPECIES( 70 , 2 ): 1121940096.0547905 POP_SPECIES( 71 , 2 ): 1202114733.9904163 POP_SPECIES( 72 , 2 ): 1285039919.0380394 POP_SPECIES( 73 , 2 ): 1388446293.9732904 POP_SPECIES( 74 , 2 ): 1495520721.5577986 POP_SPECIES( 75 , 2 ): 1616797292.3954771 POP_SPECIES( 76 , 2 ): 1740689439.3198738 POP_SPECIES( 77 , 2 ): 1899422800.9179189 POP_SPECIES( 78 , 2 ): 2063032483.1792221 POP_SPECIES( 79 , 2 ): 2253868329.3375540 POP_SPECIES( 80 , 2 ): 2446179210.2444925 POP_SPECIES( 81 , 2 ): 2642841359.2526608 POP_SPECIES( 82 , 2 ): 2842085723.4330173 POP_SPECIES( 83 , 2 ): 3046034418.6943851 POP_SPECIES( 84 , 2 ): 3253413781.5915117 POP_SPECIES( 85 , 2 ): 3464888136.4561071 POP_SPECIES( 86 , 2 ): 3735611716.6851320 POP_SPECIES( 87 , 2 ): 4053467275.4078956 POP_SPECIES( 88 , 2 ): 4376184684.9996624 POP_SPECIES( 89 , 2 ): 4701422250.4238310 POP_SPECIES( 90 , 2 ): 5033561907.7066641 POP_SPECIES( 91 , 2 ): 5367887709.7378721 POP_SPECIES( 92 , 2 ): 5796116849.3287058 POP_SPECIES( 93 , 2 ): 6239538870.9464245 POP_SPECIES( 94 , 2 ): 6666827071.9720936 POP_SPECIES( 95 , 2 ): 7100174499.3411751 POP_SPECIES( 96 , 2 ): 7632650467.7501059 POP_SPECIES( 97 , 2 ): 8191412023.2357874 POP_SPECIES( 98 , 2 ): 8883647382.2369156 POP_SPECIES( 99 , 2 ): 9537671230.1257915 POP_SPECIES( 100 , 2 ): 10086160035.569281 POP_SPECIES( 101 , 2 ): 10582619882.205137 POP_SPECIES( 102 , 2 ): 10989377052.940710 POP_SPECIES( 103 , 2 ): 11443842743.083292 POP_SPECIES( 104 , 2 ): 11952465657.604919 POP_SPECIES( 105 , 2 ): 12405021334.906145 POP_SPECIES( 106 , 2 ): 12815216287.593004 POP_SPECIES( 107 , 2 ): 13273811496.239904 POP_SPECIES( 108 , 2 ): 13756149225.623510 POP_SPECIES( 109 , 2 ): 14056716595.723833 POP_SPECIES( 110 , 2 ): 14303642428.834700 POP_SPECIES( 111 , 2 ): 14663747777.082499 POP_SPECIES( 112 , 2 ): 15040259460.380795 POP_SPECIES( 113 , 2 ): 15337884237.044277 POP_SPECIES( 114 , 2 ): 15633249314.171867 POP_SPECIES( 115 , 2 ): 15926055247.410397 POP_SPECIES( 116 , 2 ): 16201105135.345530 POP_SPECIES( 117 , 2 ): 16393715380.218006 POP_SPECIES( 118 , 2 ): 16586037033.082890 POP_SPECIES( 119 , 2 ): 16777602639.198048 POP_SPECIES( 120 , 2 ): 16930923373.286453 POP_SPECIES( 121 , 2 ): 17021784436.604364 POP_SPECIES( 122 , 2 ): 17099272194.522694 POP_SPECIES( 123 , 2 ): 17162332763.693367 POP_SPECIES( 124 , 2 ): 17145411143.191975 POP_SPECIES( 125 , 2 ): 17071118396.232439 POP_SPECIES( 126 , 2 ): 31420351529.309685 POP_SPECIES( 127 , 2 ): 52446987144.264374 POP_SPECIES( 128 , 2 ): 137708330793.20105 POP_SPECIES( 129 , 2 ): 278063684225.44287 POP_SPECIES( 130 , 2 ): 251630715273.27792 POP_SPECIES( 131 , 2 ): 203000924274.09277 POP_SPECIES( 132 , 2 ): 188190319090.24249 POP_SPECIES( 133 , 2 ): 174637888062.71912 POP_SPECIES( 134 , 2 ): 168192110374.50192 POP_SPECIES( 135 , 2 ): 145602521030.80823 POP_SPECIES( 136 , 2 ): 57993138309.859947 POP_SPECIES( 137 , 2 ): 19824441.941570703 POP_SPECIES( 138 , 2 ): 6171423.0605380619 POP_SPECIES( 139 , 2 ): 133.00083442844249 POP_SPECIES( 140 , 2 ): 403.12118650233970 POP_SPECIES( 141 , 2 ): 3669.6186381122970 POP_SPECIES( 142 , 2 ): 8799.8701880148456 POP_SPECIES( 143 , 2 ): 24114.626643063581 POP_SPECIES( 144 , 2 ): 48824.447538771572 POP_SPECIES( 145 , 2 ): 75587.647849982328 POP_SPECIES( 146 , 2 ): 104404.24442930988 POP_SPECIES( 147 , 2 ): 135274.27106298186 POP_SPECIES( 148 , 2 ): 168197.71899568447 POP_SPECIES( 149 , 2 ): 203174.51253056014 POP_SPECIES( 150 , 2 ): 240204.64499750582 POP_SPECIES( 1 , 5 ): 20954.306073186526 POP_SPECIES( 2 , 5 ): 28608.163090710015 POP_SPECIES( 3 , 5 ): 36258.141209649089 POP_SPECIES( 4 , 5 ): 43904.216850710225 POP_SPECIES( 5 , 5 ): 51546.403153927837 POP_SPECIES( 6 , 5 ): 59184.688030796526 POP_SPECIES( 7 , 5 ): 66819.081471772675 POP_SPECIES( 8 , 5 ): 74449.573150148208 POP_SPECIES( 9 , 5 ): 82076.187096118781 POP_SPECIES( 10 , 5 ): 89698.895740897628 POP_SPECIES( 11 , 5 ): 97317.701734346876 POP_SPECIES( 12 , 5 ): 104932.62177798398 POP_SPECIES( 13 , 5 ): 112543.64405804283 POP_SPECIES( 14 , 5 ): 120150.77278871044 POP_SPECIES( 15 , 5 ): 127754.00925294592 POP_SPECIES( 16 , 5 ): 135353.34509660851 POP_SPECIES( 17 , 5 ): 142948.76771058742 POP_SPECIES( 18 , 5 ): 152957.60139203881 POP_SPECIES( 19 , 5 ): 163207.97997694640 POP_SPECIES( 20 , 5 ): 174121.19290970781 POP_SPECIES( 21 , 5 ): 185033.28416491742 POP_SPECIES( 22 , 5 ): 195944.21792910143 POP_SPECIES( 23 , 5 ): 206854.00622335158 POP_SPECIES( 24 , 5 ): 217762.65093751551 POP_SPECIES( 25 , 5 ): 228670.18053174191 POP_SPECIES( 26 , 5 ): 239576.61266839012 POP_SPECIES( 27 , 5 ): 254262.05376409934 POP_SPECIES( 28 , 5 ): 274216.59593679867 POP_SPECIES( 29 , 5 ): 296597.92421247455 POP_SPECIES( 30 , 5 ): 321228.90243511664 POP_SPECIES( 31 , 5 ): 345860.13601954910 POP_SPECIES( 32 , 5 ): 370491.11424219341 POP_SPECIES( 33 , 5 ): 399167.64743961423 POP_SPECIES( 34 , 5 ): 429405.54774303152 POP_SPECIES( 35 , 5 ): 474022.70021249185 POP_SPECIES( 36 , 5 ): 521737.07908845169 POP_SPECIES( 37 , 5 ): 569451.42959088215 POP_SPECIES( 38 , 5 ): 617574.98317537340 POP_SPECIES( 39 , 5 ): 681455.01180761645 POP_SPECIES( 40 , 5 ): 746037.31373649649 POP_SPECIES( 41 , 5 ): 815467.00666144630 POP_SPECIES( 42 , 5 ): 888085.26039319963 POP_SPECIES( 43 , 5 ): 971510.02785756439 POP_SPECIES( 44 , 5 ): 1056687.0879264227 POP_SPECIES( 45 , 5 ): 1145435.5528726776 POP_SPECIES( 46 , 5 ): 1235226.4897672101 POP_SPECIES( 47 , 5 ): 1326397.3450290198 POP_SPECIES( 48 , 5 ): 1432187.6911544006 POP_SPECIES( 49 , 5 ): 1550856.6984459045 POP_SPECIES( 50 , 5 ): 1691614.6992060831 POP_SPECIES( 51 , 5 ): 1845183.9739932800 POP_SPECIES( 52 , 5 ): 2009809.1091144904 POP_SPECIES( 53 , 5 ): 2178437.0402973769 POP_SPECIES( 54 , 5 ): 2357796.3520995094 POP_SPECIES( 55 , 5 ): 2539272.1024189573 POP_SPECIES( 56 , 5 ): 2774669.4241433577 POP_SPECIES( 57 , 5 ): 3015112.8367101527 POP_SPECIES( 58 , 5 ): 3291124.3162275907 POP_SPECIES( 59 , 5 ): 3569621.8846404976 POP_SPECIES( 60 , 5 ): 3863499.3262076271 POP_SPECIES( 61 , 5 ): 4162022.3662095079 POP_SPECIES( 62 , 5 ): 4475213.1037062285 POP_SPECIES( 63 , 5 ): 4795728.1848170934 POP_SPECIES( 64 , 5 ): 5130354.8421907797 POP_SPECIES( 65 , 5 ): 5516198.5626227288 POP_SPECIES( 66 , 5 ): 5966427.5024285791 POP_SPECIES( 67 , 5 ): 6432832.4767035153 POP_SPECIES( 68 , 5 ): 6912780.9891256951 POP_SPECIES( 69 , 5 ): 7411280.6844013268 POP_SPECIES( 70 , 5 ): 7919964.2078708960 POP_SPECIES( 71 , 5 ): 8485930.4881224185 POP_SPECIES( 72 , 5 ): 9071313.3439608905 POP_SPECIES( 73 , 5 ): 9801276.3707149252 POP_SPECIES( 74 , 5 ): 10557132.799261851 POP_SPECIES( 75 , 5 ): 11413244.550384102 POP_SPECIES( 76 , 5 ): 12287820.093880486 POP_SPECIES( 77 , 5 ): 13408345.643214406 POP_SPECIES( 78 , 5 ): 14563293.961869890 POP_SPECIES( 79 , 5 ): 15910436.359639168 POP_SPECIES( 80 , 5 ): 17267991.276272334 POP_SPECIES( 81 , 5 ): 18656262.527709637 POP_SPECIES( 82 , 5 ): 20062762.071203407 POP_SPECIES( 83 , 5 ): 21502470.280573897 POP_SPECIES( 84 , 5 ): 22966396.150922775 POP_SPECIES( 85 , 5 ): 24459229.259659797 POP_SPECIES( 86 , 5 ): 26370312.634948876 POP_SPECIES( 87 , 5 ): 28614108.589126233 POP_SPECIES( 88 , 5 ): 30892225.167909045 POP_SPECIES( 89 , 5 ): 33188131.951410517 POP_SPECIES( 90 , 5 ): 35532761.764485747 POP_SPECIES( 91 , 5 ): 37892823.941749789 POP_SPECIES( 92 , 5 ): 40915765.603477433 POP_SPECIES( 93 , 5 ): 44045956.379743785 POP_SPECIES( 94 , 5 ): 47062255.797572576 POP_SPECIES( 95 , 5 ): 50121328.315262914 POP_SPECIES( 96 , 5 ): 53880165.909337245 POP_SPECIES( 97 , 5 ): 57824557.892244644 POP_SPECIES( 98 , 5 ): 62711163.947229467 POP_SPECIES( 99 , 5 ): 67328028.505852863 POP_SPECIES( 100 , 5 ): 71199903.415044233 POP_SPECIES( 101 , 5 ): 74704497.136070356 POP_SPECIES( 102 , 5 ): 77575864.551183432 POP_SPECIES( 103 , 5 ): 80784014.444650486 POP_SPECIES( 104 , 5 ): 84374469.311607629 POP_SPECIES( 105 , 5 ): 87569136.102551371 POP_SPECIES( 106 , 5 ): 90464771.399795055 POP_SPECIES( 107 , 5 ): 93702072.260292292 POP_SPECIES( 108 , 5 ): 97106975.575769588 POP_SPECIES( 109 , 5 ): 99228731.293048277 POP_SPECIES( 110 , 5 ): 100971822.36102384 POP_SPECIES( 111 , 5 ): 103513866.69941084 POP_SPECIES( 112 , 5 ): 106171726.12172185 POP_SPECIES( 113 , 5 ): 108272709.57604279 POP_SPECIES( 114 , 5 ): 110357741.43053433 POP_SPECIES( 115 , 5 ): 112424707.85704497 POP_SPECIES( 116 , 5 ): 114366331.36750269 POP_SPECIES( 117 , 5 ): 115725999.54481754 POP_SPECIES( 118 , 5 ): 117083630.50251712 POP_SPECIES( 119 , 5 ): 118435924.39880109 POP_SPECIES( 120 , 5 ): 119518241.29840618 POP_SPECIES( 121 , 5 ): 120159644.85631220 POP_SPECIES( 122 , 5 ): 120706643.99772745 POP_SPECIES( 123 , 5 ): 121151799.18249707 POP_SPECIES( 124 , 5 ): 121032346.61173907 POP_SPECIES( 125 , 5 ): 120507901.59110655 POP_SPECIES( 126 , 5 ): 221801556.41634330 POP_SPECIES( 127 , 5 ): 370232120.63984704 POP_SPECIES( 128 , 5 ): 357137549.16110241 POP_SPECIES( 129 , 5 ): 221043414.19852301 POP_SPECIES( 130 , 5 ): 399126723.50682074 POP_SPECIES( 131 , 5 ): 542327043.72964334 POP_SPECIES( 132 , 5 ): 505420940.47476119 POP_SPECIES( 133 , 5 ): 469024431.80724919 POP_SPECIES( 134 , 5 ): 451715051.23596931 POP_SPECIES( 135 , 5 ): 2943742720.2306714 POP_SPECIES( 136 , 5 ): 15511617114.758036 POP_SPECIES( 137 , 5 ): 22673582644.298096 POP_SPECIES( 138 , 5 ): 18832677482.016575 POP_SPECIES( 139 , 5 ): 15411215189.877577 POP_SPECIES( 140 , 5 ): 12808451390.267305 POP_SPECIES( 141 , 5 ): 10594993919.160776 POP_SPECIES( 142 , 5 ): 8779435421.4326916 POP_SPECIES( 143 , 5 ): 7887173416.1943741 POP_SPECIES( 144 , 5 ): 7512937672.1765785 POP_SPECIES( 145 , 5 ): 7074987418.9194117 POP_SPECIES( 146 , 5 ): 6573317425.0622206 POP_SPECIES( 147 , 5 ): 6007932150.4793282 POP_SPECIES( 148 , 5 ): 5378828828.9717531 POP_SPECIES( 149 , 5 ): 4686005670.4696712 POP_SPECIES( 150 , 5 ): 3929463748.3917632 POP_SPECIES( 1 , 17 ): 49.831736019331757 POP_SPECIES( 2 , 17 ): 68.050778741485487 POP_SPECIES( 3 , 17 ): 86.269873301000771 POP_SPECIES( 4 , 17 ): 104.48894518220956 POP_SPECIES( 5 , 17 ): 122.70802131792884 POP_SPECIES( 6 , 17 ): 140.92709888595243 POP_SPECIES( 7 , 17 ): 159.14616702242907 POP_SPECIES( 8 , 17 ): 177.36524276355280 POP_SPECIES( 9 , 17 ): 195.58433345864970 POP_SPECIES( 10 , 17 ): 213.80342651285514 POP_SPECIES( 11 , 17 ): 232.02250506767743 POP_SPECIES( 12 , 17 ): 250.24157527959886 POP_SPECIES( 13 , 17 ): 268.46064264856375 POP_SPECIES( 14 , 17 ): 286.67973963173154 POP_SPECIES( 15 , 17 ): 304.89881034421057 POP_SPECIES( 16 , 17 ): 323.11790316984172 POP_SPECIES( 17 , 17 ): 341.33692249958324 POP_SPECIES( 18 , 17 ): 365.27561245321044 POP_SPECIES( 19 , 17 ): 389.79051903393105 POP_SPECIES( 20 , 17 ): 415.87637880017706 POP_SPECIES( 21 , 17 ): 441.96223651751592 POP_SPECIES( 22 , 17 ): 468.04806443651574 POP_SPECIES( 23 , 17 ): 494.13387645078961 POP_SPECIES( 24 , 17 ): 520.21974274486422 POP_SPECIES( 25 , 17 ): 546.30560976716015 POP_SPECIES( 26 , 17 ): 572.39158075801606 POP_SPECIES( 27 , 17 ): 607.50070780253850 POP_SPECIES( 28 , 17 ): 655.18921772322221 POP_SPECIES( 29 , 17 ): 708.67126118466058 POP_SPECIES( 30 , 17 ): 767.52287468667294 POP_SPECIES( 31 , 17 ): 826.37509833308354 POP_SPECIES( 32 , 17 ): 885.22671183510124 POP_SPECIES( 33 , 17 ): 953.74450406638368 POP_SPECIES( 34 , 17 ): 1025.9929225288399 POP_SPECIES( 35 , 17 ): 1132.5981652828311 POP_SPECIES( 36 , 17 ): 1246.6037138531776 POP_SPECIES( 37 , 17 ): 1360.6091946297088 POP_SPECIES( 38 , 17 ): 1475.5923979072140 POP_SPECIES( 39 , 17 ): 1628.2230698025903 POP_SPECIES( 40 , 17 ): 1782.5317065864444 POP_SPECIES( 41 , 17 ): 1948.4223755094690 POP_SPECIES( 42 , 17 ): 2121.9315785618919 POP_SPECIES( 43 , 17 ): 2321.2611434264654 POP_SPECIES( 44 , 17 ): 2524.7775191505157 POP_SPECIES( 45 , 17 ): 2736.8271710442691 POP_SPECIES( 46 , 17 ): 2951.3676357523650 POP_SPECIES( 47 , 17 ): 3169.2051851998981 POP_SPECIES( 48 , 17 ): 3421.9735692298841 POP_SPECIES( 49 , 17 ): 3705.5133656869789 POP_SPECIES( 50 , 17 ): 4041.8311271325661 POP_SPECIES( 51 , 17 ): 4408.7592906779500 POP_SPECIES( 52 , 17 ): 4802.1035881433218 POP_SPECIES( 53 , 17 ): 5205.0118990481833 POP_SPECIES( 54 , 17 ): 5633.5610537245802 POP_SPECIES( 55 , 17 ): 6067.1670851720064 POP_SPECIES( 56 , 17 ): 6629.6097162486076 POP_SPECIES( 57 , 17 ): 7204.1091395998910 POP_SPECIES( 58 , 17 ): 7863.5925254341873 POP_SPECIES( 59 , 17 ): 8529.0160059527188 POP_SPECIES( 60 , 17 ): 9231.1871276895818 POP_SPECIES( 61 , 17 ): 9944.4581319035569 POP_SPECIES( 62 , 17 ): 10692.775152403528 POP_SPECIES( 63 , 17 ): 11458.592470116188 POP_SPECIES( 64 , 17 ): 12258.127045203561 POP_SPECIES( 65 , 17 ): 13180.036248394103 POP_SPECIES( 66 , 17 ): 14255.783192480856 POP_SPECIES( 67 , 17 ): 15370.180072431496 POP_SPECIES( 68 , 17 ): 16516.936977440284 POP_SPECIES( 69 , 17 ): 17708.018839153097 POP_SPECIES( 70 , 17 ): 18923.433259460344 POP_SPECIES( 71 , 17 ): 20275.715271139263 POP_SPECIES( 72 , 17 ): 21674.389951093348 POP_SPECIES( 73 , 17 ): 23418.514830461598 POP_SPECIES( 74 , 17 ): 25224.507673854372 POP_SPECIES( 75 , 17 ): 27270.043885861673 POP_SPECIES( 76 , 17 ): 29359.696249601227 POP_SPECIES( 77 , 17 ): 32037.005122697876 POP_SPECIES( 78 , 17 ): 34796.561460652381 POP_SPECIES( 79 , 17 ): 38015.333488667573 POP_SPECIES( 80 , 17 ): 41258.984493482661 POP_SPECIES( 81 , 17 ): 44576.027056186824 POP_SPECIES( 82 , 17 ): 47936.623081900521 POP_SPECIES( 83 , 17 ): 51376.565674828445 POP_SPECIES( 84 , 17 ): 54874.372328653146 POP_SPECIES( 85 , 17 ): 58441.248006275935 POP_SPECIES( 86 , 17 ): 63007.462922955347 POP_SPECIES( 87 , 17 ): 68368.639043489457 POP_SPECIES( 88 , 17 ): 73811.818571122174 POP_SPECIES( 89 , 17 ): 79297.504825152864 POP_SPECIES( 90 , 17 ): 84899.606630332288 POP_SPECIES( 91 , 17 ): 90538.581495300619 POP_SPECIES( 92 , 17 ): 97761.396306268492 POP_SPECIES( 93 , 17 ): 105240.46498503696 POP_SPECIES( 94 , 17 ): 112447.40926227337 POP_SPECIES( 95 , 17 ): 119756.55272618357 POP_SPECIES( 96 , 17 ): 128737.66810470090 POP_SPECIES( 97 , 17 ): 138162.13474099198 POP_SPECIES( 98 , 17 ): 149837.86472154944 POP_SPECIES( 99 , 17 ): 160869.09239505985 POP_SPECIES( 100 , 17 ): 170120.29158106711 POP_SPECIES( 101 , 17 ): 178493.93363811754 POP_SPECIES( 102 , 17 ): 185354.58707254619 POP_SPECIES( 103 , 17 ): 193019.92605665873 POP_SPECIES( 104 , 17 ): 201598.71899848097 POP_SPECIES( 105 , 17 ): 209231.84235837680 POP_SPECIES( 106 , 17 ): 216150.47984876757 POP_SPECIES( 107 , 17 ): 223885.47020560934 POP_SPECIES( 108 , 17 ): 232020.91866904008 POP_SPECIES( 109 , 17 ): 237090.50000236218 POP_SPECIES( 110 , 17 ): 241255.32532533733 POP_SPECIES( 111 , 17 ): 247329.11620588816 POP_SPECIES( 112 , 17 ): 253679.62790910338 POP_SPECIES( 113 , 17 ): 258699.57738533476 POP_SPECIES( 114 , 17 ): 263681.41317483340 POP_SPECIES( 115 , 17 ): 268620.08463786199 POP_SPECIES( 116 , 17 ): 273259.27011279517 POP_SPECIES( 117 , 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0.57067983000000000 T7: 0.57052890000000001 T7: 0.57023902000000004 T7: 0.56984615999999999 T7: 0.56938020000000000 T7: 0.56887823999999998 T7: 0.56833022000000000 T7: 0.56772553000000003 T7: 0.56704571999999998 T7: 0.56629936000000003 T7: 0.56550982999999999 T7: 0.56470774999999995 T7: 0.56390085999999995 T7: 0.56311323000000002 T7: 0.56226451000000000 T7: 0.56139715999999995 T7: 0.56049713999999995 T7: 0.55960297000000003 T7: 0.55871702999999995 T7: 0.55785280999999998 T7: 0.55700485000000000 T7: 0.55618250000000002 T7: 0.55538557000000000 T7: 0.55457782000000000 T7: 0.55373823000000000 T7: 0.55291064999999995 T7: 0.55211491000000001 T7: 0.55135498000000005 T7: 0.55064272999999997 T7: 0.54995576999999995 T7: 0.54932049000000005 T7: 0.54868070999999996 T7: 0.54809653000000003 T7: 0.54756499999999997 T7: 0.54713624999999999 T7: 0.54674834999999999 T7: 0.54648374000000000 T7: 0.54633918999999997 T7: 0.54638960000000003 T7: 0.54667865000000004 T7: 0.54724950000000006 T7: 0.54815062000000003 T7: 0.54945016999999996 T7: 0.55123862999999995 T7: 0.55357771000000000 T7: 0.55665339000000003 T7: 0.56078693000000002 T7: 0.56640184000000005 T7: 0.57417262999999996 T7: 0.58529688999999996 T7: 0.60202171000000004 T7: 0.62887400000000004 T7: 0.67101588999999995 T7: 0.72358310000000003 T7: 0.77441057000000002 T7: 0.81909856000000003 T7: 0.85885166000000002 T7: 0.89503697000000004 T7: 0.92815091000000005 T7: 0.95862175999999999 T7: 0.98682194999999995 T7: 1.0131528000000001 T7: 1.0381096000000001 T7: 1.0619337000000000 T7: 1.0847026000000000 T7: 1.1065715000000000 T7: 1.1277121000000001 T7: 1.1480423000000000 T7: 1.1674070000000001 T7: 1.1858948000000000 T7: 1.2036245999999999 T7: 1.2205632000000000 T7: 1.2366808000000000 T7: 1.2520068000000000 T7: 1.2665601000000000 T7: 1.2803244000000000 T7: 1.2932973999999999 T7: 1.3055188000000000 T7: 1.3170017000000001 T7: 1.3277319000000001 T7: 1.3377028000000000 T7: 1.3469264999999999 T7: 1.3553936000000000 T7: 1.3630551000000000 T7: 1.3721582999999999 T7: 1.3875090999999999 T7: 1.4040566000000001 T7: 1.4162121000000001 T7: 1.4238636000000000 T7: 1.4296405000000001 T7: 1.4342457000000000 T7: 1.4380337000000001 T7: 1.4411594999999999 T7: 1.4437921000000000 T7: 1.4462040000000000 T7: 1.4484726999999999 T7: 1.4502031000000000 T7: 1.4513441000000000 T7: 1.4521312000000000 T7: 1.4526904000000000 T7: 1.4530848000000001 T7: 1.4533689000000001 T7: 1.4535920000000000 T7: 1.4537652000000001 T7: 1.4538880000000001 T7: 1.4539655000000000 T7: 1.4540067000000001 T7: 1.4539460000000000 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 0.50943881000000002 0.51046860000000005 0.51109307999999998 0.51242984999999996 0.51388414999999998 0.51544376000000003 0.51709729999999998 0.51881177000000001 0.52057158000000003 0.52236603999999998 0.52418704999999999 0.52602926000000005 0.52788502999999998 0.52974653999999999 0.53161093999999998 0.53347498000000004 0.53533423999999996 0.53729674000000005 0.53928114999999999 0.54128520000000002 0.54327088999999995 0.54522318000000003 0.54713283000000001 0.54899399000000004 0.55080828000000004 0.55258744999999998 0.55445752000000004 0.55642155999999998 0.55833379999999999 0.56014120999999994 0.56178074000000000 0.56327410000000000 0.56468938000000002 0.56599657999999997 0.56725639000000005 0.56827890999999997 0.56908349000000003 0.56973861999999997 0.57025250000000005 0.57055120000000004 0.57068633000000002 0.57067983000000000 0.57052890000000001 0.57023902000000004 0.56984615999999999 0.56938020000000000 0.56887823999999998 0.56833022000000000 0.56772553000000003 0.56704571999999998 0.56629936000000003 0.56550982999999999 0.56470774999999995 0.56390085999999995 0.56311323000000002 0.56226451000000000 0.56139715999999995 0.56049713999999995 0.55960297000000003 0.55871702999999995 0.55785280999999998 0.55700485000000000 0.55618250000000002 0.55538557000000000 0.55457782000000000 0.55373823000000000 0.55291064999999995 0.55211491000000001 0.55135498000000005 0.55064272999999997 0.54995576999999995 0.54932049000000005 0.54868070999999996 0.54809653000000003 0.54756499999999997 0.54713624999999999 0.54674834999999999 0.54648374000000000 0.54633918999999997 0.54638960000000003 0.54667865000000004 0.54724950000000006 0.54815062000000003 0.54945016999999996 0.55123862999999995 0.55357771000000000 0.55665339000000003 0.56078693000000002 0.56640184000000005 0.57417262999999996 0.58529688999999996 0.60202171000000004 0.62887400000000004 0.67101588999999995 0.72358310000000003 0.77441057000000002 0.81909856000000003 0.85885166000000002 0.89503697000000004 0.92815091000000005 0.95862175999999999 0.98682194999999995 1.0131528000000001 1.0381096000000001 1.0619337000000000 1.0847026000000000 1.1065715000000000 1.1277121000000001 1.1480423000000000 1.1674070000000001 1.1858948000000000 1.2036245999999999 1.2205632000000000 1.2366808000000000 1.2520068000000000 1.2665601000000000 1.2803244000000000 1.2932973999999999 1.3055188000000000 1.3170017000000001 1.3277319000000001 1.3377028000000000 1.3469264999999999 1.3553936000000000 1.3630551000000000 1.3721582999999999 1.3875090999999999 1.4040566000000001 1.4162121000000001 1.4238636000000000 1.4296405000000001 1.4342457000000000 1.4380337000000001 1.4411594999999999 1.4437921000000000 1.4462040000000000 1.4484726999999999 1.4502031000000000 1.4513441000000000 1.4521312000000000 1.4526904000000000 1.4530848000000001 1.4533689000000001 1.4535920000000000 1.4537652000000001 1.4538880000000001 1.4539655000000000 1.4540067000000001 1.4539460000000000 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)= 4.92991047E+05 RMAX= 7.39486570E+05 V(1)= 1.01089732E+04 VMAX= 1.40683805E+04 Using depth 1 and 25 to extrapolate opacities Calculating characteristic rays..... Calling MOM_J_DDT_V2 RECIP_CDELTAT= 2.9046E-06 ROLD_ON_R= 9.7645E-01 Average number of calls to FG_J_CMF is 1.8378454 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: 6.47717963E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Temperature held fixed at all depths. Maximum % increase at depth 3 is 9.92E+02 (BA computed) --- iteration 1 Maximum % decrease at depth 29 is 2.16E+03 (BA computed) --- iteration 1 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 2.16E+01 2.15E+01 2.15E+01 2.13E+01 2.12E+01 2.10E+01 2.08E+01 2.05E+01 2.03E+01 1.99E+01 INC_VEC: -9.92E+00 -8.98E+00 -8.74E+00 -7.96E+00 -7.52E+00 -7.31E+00 -7.15E+00 -7.03E+00 -6.94E+00 -6.82E+00 The minimum value of scale for Major species is: 7.6862E-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 2.7690866 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 2) is: 5.99502996E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 3 is 5.84E+03 (LAMBDA) --- iteration 2 Maximum % decrease at depth 3 is 9.96E+01 (LAMBDA) --- iteration 2 Maximm changes as returned by SOLVEBA_V9 is 27956.272679736296 DEC_VEC: 9.96E-01 9.85E-01 9.84E-01 9.84E-01 9.81E-01 9.80E-01 9.79E-01 9.77E-01 9.77E-01 9.77E-01 INC_VEC: -5.84E+01 -5.53E+01 -5.52E+01 -5.51E+01 -5.49E+01 -5.47E+01 -5.44E+01 -5.42E+01 -5.38E+01 -5.34E+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 2.4190164 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: 6.05194957E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 3 is 5.36E+03 (LAMBDA) --- iteration 3 Maximum % decrease at depth 4 is 4.67E+01 (LAMBDA) --- iteration 3 Maximm changes as returned by SOLVEBA_V9 is 5356.4355937249984 DEC_VEC: 4.67E-01 4.65E-01 4.64E-01 4.63E-01 4.62E-01 4.61E-01 4.58E-01 4.56E-01 4.56E-01 4.56E-01 INC_VEC: -5.36E+01 -2.26E+00 -1.29E+00 -8.72E-01 -6.42E-01 -3.96E-01 -3.93E-01 -1.97E-01 -1.65E-01 -1.57E-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 2.3211241 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: 6.08496997E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Temperature held fixed at all depths. Maximum % increase at depth 3 is 1.05E+02 (BA computed) --- iteration 4 Maximum % decrease at depth 27 is 1.42E+02 (BA computed) --- iteration 4 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.42E+00 1.42E+00 1.42E+00 1.42E+00 1.42E+00 1.41E+00 1.41E+00 1.41E+00 1.41E+00 1.41E+00 INC_VEC: -1.05E+00 -1.04E+00 -1.03E+00 -1.03E+00 -1.02E+00 -1.01E+00 -9.14E-01 -9.04E-01 -9.03E-01 -8.93E-01 The minimum value of scale for Major species is: 8.3092E-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 2.4931147 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: 5.84996671E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 55 is 1.97E+02 (LAMBDA) --- iteration 5 Maximum % decrease at depth 3 is 4.07E+01 (LAMBDA) --- iteration 5 Maximm changes as returned by SOLVEBA_V9 is 197.20984737230199 DEC_VEC: 4.07E-01 3.08E-01 3.07E-01 3.06E-01 3.01E-01 2.92E-01 2.85E-01 2.85E-01 2.84E-01 2.83E-01 INC_VEC: -1.97E+00 -1.86E+00 -1.76E+00 -1.74E+00 -1.74E+00 -1.73E+00 -1.72E+00 -1.66E+00 -1.63E+00 -1.63E+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 1.7526932 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: 5.86161606E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Temperature held fixed at all depths. Maximum % increase at depth 27 is 3.47E+01 (BA computed) --- iteration 6 Maximum % decrease at depth 26 is 1.03E+02 (BA computed) --- iteration 6 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.03E+00 1.03E+00 1.03E+00 1.03E+00 1.02E+00 1.02E+00 1.02E+00 1.02E+00 1.02E+00 1.02E+00 INC_VEC: -3.47E-01 -3.46E-01 -3.44E-01 -3.43E-01 -3.43E-01 -3.36E-01 -3.36E-01 -3.27E-01 -3.23E-01 -3.23E-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 1.9000468 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: 5.84188114E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 31 is 2.03E+02 (LAMBDA) --- iteration 7 Maximum % decrease at depth 2 is 9.21E+00 (LAMBDA) --- iteration 7 Maximm changes as returned by SOLVEBA_V9 is 203.37087847783590 DEC_VEC: 9.21E-02 9.16E-02 9.13E-02 9.01E-02 9.00E-02 8.96E-02 8.78E-02 8.67E-02 8.67E-02 8.32E-02 INC_VEC: -2.03E+00 -2.02E+00 -1.98E+00 -1.98E+00 -1.97E+00 -1.97E+00 -1.93E+00 -1.93E+00 -1.88E+00 -1.87E+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 1.6380328 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: 5.84360238E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Temperature held fixed at all depths. Maximum % increase at depth 30 is 2.76E+01 (BA computed) --- iteration 8 Maximum % decrease at depth 26 is 3.59E+01 (BA computed) --- iteration 8 Maximm changes as returned by SOLVEBA_V9 is 55.929443699859661 DEC_VEC: 3.59E-01 3.58E-01 3.58E-01 3.57E-01 3.57E-01 3.57E-01 3.56E-01 3.56E-01 3.55E-01 3.55E-01 INC_VEC: -2.76E-01 -2.75E-01 -2.70E-01 -2.70E-01 -2.61E-01 -2.60E-01 -2.53E-01 -2.53E-01 -2.50E-01 -2.49E-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 1.6770023 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: 5.83754658E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 28 is 8.37E+00 (BA not computed) --- iteration 9 Maximum % decrease at depth 23 is 5.14E+00 (BA not computed) --- iteration 9 Maximm changes as returned by SOLVEBA_V9 is 7.3788190657310961 DEC_VEC: 5.14E-02 5.01E-02 4.98E-02 4.91E-02 4.86E-02 4.85E-02 4.82E-02 4.74E-02 4.64E-02 4.53E-02 INC_VEC: -8.37E-02 -8.36E-02 -8.24E-02 -8.22E-02 -8.11E-02 -7.94E-02 -7.54E-02 -7.45E-02 -7.38E-02 -7.38E-02 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 10 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.6495551 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: 5.83588878E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 95 is 7.82E+01 (BA computed) --- iteration 10 Maximum % decrease at depth 1 is 6.42E+02 (BA computed) --- iteration 10 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 6.42E+00 6.42E+00 6.42E+00 6.42E+00 6.41E+00 6.41E+00 6.41E+00 6.41E+00 6.40E+00 6.40E+00 INC_VEC: -7.82E-01 -7.48E-01 -7.27E-01 -7.04E-01 -5.82E-01 -5.69E-01 -5.68E-01 -5.55E-01 -4.57E-01 -4.51E-01 The minimum value of scale for Major species is: 5.3644E-01 ******************************************************************************** ******************************************************************************** Current great iteration count is 11 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.7852926 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: 5.92878046E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 85 is 3.24E+02 (LAMBDA) --- iteration 11 Maximum % decrease at depth 1 is 9.98E+01 (LAMBDA) --- iteration 11 Maximm changes as returned by SOLVEBA_V9 is 54976.634118683745 DEC_VEC: 9.98E-01 9.95E-01 9.95E-01 9.95E-01 9.95E-01 9.94E-01 9.93E-01 9.92E-01 9.91E-01 9.89E-01 INC_VEC: -3.24E+00 -3.22E+00 -3.21E+00 -3.18E+00 -3.17E+00 -3.17E+00 -3.17E+00 -3.16E+00 -3.15E+00 -3.15E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 12 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.9174707 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: 5.91421922E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 1 is 1.08E+03 (LAMBDA) --- iteration 12 Maximum % decrease at depth 99 is 1.10E+01 (LAMBDA) --- iteration 12 Maximm changes as returned by SOLVEBA_V9 is 1079.6457131219370 DEC_VEC: 1.10E-01 9.20E-02 7.61E-02 6.36E-02 5.85E-02 5.24E-02 4.90E-02 4.80E-02 4.71E-02 4.70E-02 INC_VEC: -1.08E+01 -3.79E+00 -3.63E+00 -3.58E+00 -3.50E+00 -3.36E+00 -3.07E+00 -2.76E+00 -2.46E+00 -2.19E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 13 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.6993911 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: 5.90795898E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 9 is 3.34E+02 (BA computed) --- iteration 13 Maximum % decrease at depth 95 is 5.99E+02 (BA computed) --- iteration 13 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 5.99E+00 5.91E+00 5.90E+00 5.89E+00 5.88E+00 5.87E+00 5.85E+00 5.71E+00 5.64E+00 5.34E+00 INC_VEC: -3.34E+00 -3.30E+00 -3.26E+00 -3.25E+00 -3.22E+00 -3.21E+00 -3.19E+00 -3.19E+00 -3.17E+00 -3.16E+00 The minimum value of scale for Major species is: 5.5960E-01 ******************************************************************************** ******************************************************************************** Current great iteration count is 14 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.6831851 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: 5.89080195E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 91 is 3.10E+02 (LAMBDA) --- iteration 14 Maximum % decrease at depth 95 is 8.35E+01 (LAMBDA) --- iteration 14 Maximm changes as returned by SOLVEBA_V9 is 504.42417728959362 DEC_VEC: 8.35E-01 8.34E-01 8.32E-01 8.31E-01 8.29E-01 8.28E-01 8.20E-01 8.19E-01 8.17E-01 8.17E-01 INC_VEC: -3.10E+00 -3.10E+00 -3.10E+00 -3.10E+00 -3.09E+00 -3.09E+00 -2.99E+00 -2.68E+00 -2.26E+00 -1.97E+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 1.8037471 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: 5.88439779E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 95 is 1.21E+02 (LAMBDA) --- iteration 15 Maximum % decrease at depth 93 is 3.25E+00 (LAMBDA) --- iteration 15 Maximm changes as returned by SOLVEBA_V9 is 120.54279207840943 DEC_VEC: 3.25E-02 2.84E-02 2.63E-02 2.32E-02 2.23E-02 1.94E-02 1.87E-02 1.82E-02 1.78E-02 1.77E-02 INC_VEC: -1.21E+00 -1.21E+00 -1.21E+00 -1.20E+00 -1.20E+00 -1.20E+00 -1.20E+00 -1.19E+00 -1.18E+00 -1.16E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 16 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.6896487 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: 5.88140026E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 94 is 9.21E+01 (BA computed) --- iteration 16 Maximum % decrease at depth 95 is 4.72E+02 (BA computed) --- iteration 16 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 4.72E+00 4.69E+00 4.69E+00 4.67E+00 4.67E+00 4.67E+00 4.64E+00 4.53E+00 4.47E+00 4.25E+00 INC_VEC: -9.21E-01 -8.65E-01 -8.03E-01 -7.65E-01 -6.17E-01 -6.12E-01 -5.80E-01 -5.46E-01 -5.30E-01 -5.30E-01 The minimum value of scale for Major species is: 7.6529E-01 ******************************************************************************** ******************************************************************************** Current great iteration count is 17 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.6564872 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: 5.88989928E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 93 is 2.69E+02 (LAMBDA) --- iteration 17 Maximum % decrease at depth 95 is 7.99E+01 (LAMBDA) --- iteration 17 Maximm changes as returned by SOLVEBA_V9 is 396.93880738192382 DEC_VEC: 7.99E-01 7.98E-01 7.96E-01 7.95E-01 7.90E-01 7.80E-01 7.79E-01 7.74E-01 7.23E-01 6.62E-01 INC_VEC: -2.69E+00 -2.61E+00 -2.59E+00 -2.34E+00 -2.26E+00 -2.26E+00 -2.26E+00 -2.26E+00 -2.26E+00 -2.24E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 18 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.8009368 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: 5.88527847E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 95 is 6.53E+01 (BA computed) --- iteration 18 Maximum % decrease at depth 95 is 2.87E+02 (BA computed) --- iteration 18 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 2.87E+00 2.87E+00 2.87E+00 2.86E+00 2.86E+00 2.84E+00 2.82E+00 2.74E+00 2.69E+00 2.52E+00 INC_VEC: -6.53E-01 -4.94E-01 -3.60E-01 -3.35E-01 -3.35E-01 -3.08E-01 -3.05E-01 -2.95E-01 -2.82E-01 -2.55E-01 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 2.6064637 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: 5.88697761E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 94 is 4.09E+02 (LAMBDA) --- iteration 19 Maximum % decrease at depth 150 is 4.62E+00 (LAMBDA) --- iteration 19 Maximm changes as returned by SOLVEBA_V9 is 408.95175098670870 DEC_VEC: 4.62E-02 4.59E-02 4.58E-02 4.57E-02 4.55E-02 4.52E-02 4.44E-02 4.34E-02 4.01E-02 3.21E-02 INC_VEC: -4.09E+00 -3.89E+00 -3.84E+00 -3.48E+00 -3.40E+00 -3.35E+00 -3.34E+00 -3.34E+00 -3.33E+00 -3.32E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 20 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.6791569 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: 5.88405309E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 95 is 3.84E+01 (LAMBDA) --- iteration 20 Maximum % decrease at depth 94 is 1.82E+00 (LAMBDA) --- iteration 20 Maximm changes as returned by SOLVEBA_V9 is 38.437868761968829 DEC_VEC: 1.82E-02 1.63E-02 1.52E-02 1.11E-02 1.04E-02 1.01E-02 9.80E-03 9.14E-03 9.13E-03 9.03E-03 INC_VEC: -3.84E-01 -3.81E-01 -3.80E-01 -3.80E-01 -3.80E-01 -3.79E-01 -3.79E-01 -3.79E-01 -3.76E-01 -3.76E-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 1.6482435 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: 5.88284757E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 97 is 2.58E+01 (BA computed) --- iteration 21 Maximum % decrease at depth 96 is 1.38E+02 (BA computed) --- iteration 21 Maximm changes as returned by SOLVEBA_V9 is 10000000.000000000 DEC_VEC: 1.38E+00 1.35E+00 1.35E+00 1.35E+00 1.35E+00 1.34E+00 1.34E+00 1.32E+00 1.31E+00 1.29E+00 INC_VEC: -2.58E-01 -2.48E-01 -2.46E-01 -2.32E-01 -2.13E-01 -1.90E-01 -1.85E-01 -1.80E-01 -1.79E-01 -1.72E-01 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 2.4934895 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: 5.88382327E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 98 is 2.61E+02 (LAMBDA) --- iteration 22 Maximum % decrease at depth 150 is 2.62E+00 (LAMBDA) --- iteration 22 Maximm changes as returned by SOLVEBA_V9 is 261.44226053728863 DEC_VEC: 2.62E-02 2.52E-02 2.52E-02 2.51E-02 2.49E-02 2.47E-02 2.43E-02 2.39E-02 2.26E-02 1.94E-02 INC_VEC: -2.61E+00 -2.41E+00 -2.19E+00 -2.06E+00 -1.89E+00 -1.88E+00 -1.81E+00 -1.79E+00 -1.78E+00 -1.78E+00 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 23 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.6688524 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: 5.88211866E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 97 is 1.78E+01 (BA computed) --- iteration 23 Maximum % decrease at depth 96 is 8.52E+01 (BA computed) --- iteration 23 Maximm changes as returned by SOLVEBA_V9 is 575.44518210076853 DEC_VEC: 8.52E-01 8.41E-01 8.40E-01 8.37E-01 8.37E-01 8.36E-01 8.32E-01 8.10E-01 8.01E-01 7.64E-01 INC_VEC: -1.78E-01 -1.70E-01 -1.47E-01 -1.46E-01 -1.38E-01 -1.36E-01 -1.32E-01 -1.26E-01 -1.19E-01 -1.14E-01 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 24 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 2.2704449 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: 5.88086378E+08 0.00000000E+00 LAMBDA iteration used BA matrix computed Temperature held fixed at all depths. Maximum % increase at depth 96 is 1.79E+02 (LAMBDA) --- iteration 24 Maximum % decrease at depth 150 is 1.56E+00 (LAMBDA) --- iteration 24 Maximm changes as returned by SOLVEBA_V9 is 178.52809779552763 DEC_VEC: 1.56E-02 1.54E-02 1.54E-02 1.54E-02 1.53E-02 1.52E-02 1.49E-02 1.46E-02 1.36E-02 1.09E-02 INC_VEC: -1.79E+00 -1.55E+00 -1.53E+00 -1.51E+00 -1.48E+00 -1.46E+00 -1.42E+00 -1.22E+00 -1.19E+00 -1.00E+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 1.6633255 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: 5.87997113E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 97 is 1.19E+01 (BA computed) --- iteration 25 Maximum % decrease at depth 96 is 6.30E+01 (BA computed) --- iteration 25 Maximm changes as returned by SOLVEBA_V9 is 170.24673314994192 DEC_VEC: 6.30E-01 6.27E-01 6.26E-01 6.24E-01 6.24E-01 6.23E-01 6.21E-01 6.06E-01 6.06E-01 5.99E-01 INC_VEC: -1.19E-01 -1.14E-01 -9.65E-02 -9.50E-02 -9.23E-02 -9.04E-02 -8.65E-02 -8.54E-02 -7.97E-02 -7.82E-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 2.1687119 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: 5.88016123E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 7.31E+00 (BA not computed) --- iteration 26 Maximum % decrease at depth 96 is 7.68E+01 (BA not computed) --- iteration 26 Maximm changes as returned by SOLVEBA_V9 is 330.46370391834273 DEC_VEC: 7.68E-01 7.66E-01 7.62E-01 7.58E-01 7.56E-01 7.51E-01 7.43E-01 7.20E-01 6.72E-01 6.71E-01 INC_VEC: -7.31E-02 -6.84E-02 -6.70E-02 -6.22E-02 -5.79E-02 -5.69E-02 -5.61E-02 -5.54E-02 -5.31E-02 -5.17E-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 1.9964403 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: 5.87987734E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 5.40E+00 (BA not computed) --- iteration 27 Maximum % decrease at depth 96 is 4.06E+01 (BA not computed) --- iteration 27 Maximm changes as returned by SOLVEBA_V9 is 68.271330566054687 DEC_VEC: 4.06E-01 3.79E-01 3.74E-01 3.74E-01 3.72E-01 3.70E-01 3.66E-01 3.41E-01 3.39E-01 3.14E-01 INC_VEC: -5.40E-02 -5.05E-02 -4.95E-02 -4.62E-02 -4.25E-02 -4.18E-02 -4.10E-02 -3.81E-02 -3.79E-02 -3.69E-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 1.8292272 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: 5.88017477E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 96 is 2.42E+02 (BA computed) --- iteration 28 Maximum % decrease at depth 93 is 4.58E+00 (BA computed) --- iteration 28 Maximm changes as returned by SOLVEBA_V9 is 242.37298178674104 DEC_VEC: 4.58E-02 4.44E-02 4.44E-02 4.43E-02 4.43E-02 4.43E-02 4.43E-02 4.43E-02 4.31E-02 4.31E-02 INC_VEC: -2.42E+00 -2.25E+00 -2.22E+00 -2.16E+00 -2.11E+00 -2.09E+00 -2.01E+00 -1.55E+00 -1.34E+00 -1.23E+00 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 1.7541920 Error --- J(mom) and J(ray) differ by more than 1000% for last frequency It is STRONGLY suggested that you use a finer grid at the outer boundary Tail J__COMP to see bundary error and/or use plt_jh Number of weak lines is 58 Luminosity of star (d=1,ND)(iteration 29) is: 5.88014256E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 3.00E+00 (BA not computed) --- iteration 29 Maximum % decrease at depth 96 is 2.25E+01 (BA not computed) --- iteration 29 Maximm changes as returned by SOLVEBA_V9 is 29.102890021940041 DEC_VEC: 2.25E-01 2.25E-01 2.25E-01 2.24E-01 2.23E-01 2.18E-01 2.18E-01 2.16E-01 2.10E-01 2.09E-01 INC_VEC: -3.00E-02 -2.83E-02 -2.77E-02 -2.57E-02 -2.40E-02 -2.36E-02 -2.30E-02 -2.07E-02 -2.06E-02 -2.03E-02 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 30 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.7316159 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: 5.87961329E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 2.17E+00 (BA not computed) --- iteration 30 Maximum % decrease at depth 96 is 1.39E+01 (BA not computed) --- iteration 30 Maximm changes as returned by SOLVEBA_V9 is 16.196033241101929 DEC_VEC: 1.39E-01 1.39E-01 1.39E-01 1.39E-01 1.38E-01 1.36E-01 1.35E-01 1.34E-01 1.31E-01 1.31E-01 INC_VEC: -2.17E-02 -2.06E-02 -2.01E-02 -1.88E-02 -1.75E-02 -1.72E-02 -1.66E-02 -1.49E-02 -1.47E-02 -1.47E-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 1.6828103 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: 5.87948922E+08 0.00000000E+00 BA matrix computed Beginning TRI solution in CMF_BLKBAND Maximum % increase at depth 97 is 1.72E+00 (BA computed) --- iteration 31 Maximum % decrease at depth 98 is 3.83E+00 (BA computed) --- iteration 31 Maximm changes as returned by SOLVEBA_V9 is 3.7086771819323934 DEC_VEC: 3.83E-02 3.82E-02 3.82E-02 3.82E-02 3.82E-02 3.80E-02 3.76E-02 3.72E-02 3.64E-02 3.58E-02 INC_VEC: -1.72E-02 -1.68E-02 -1.64E-02 -1.50E-02 -1.41E-02 -1.38E-02 -1.33E-02 -1.17E-02 -1.16E-02 -1.15E-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 1.6730679 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: 5.87939193E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 1.15E+00 (BA not computed) --- iteration 32 Maximum % decrease at depth 96 is 7.90E+00 (BA not computed) --- iteration 32 Maximm changes as returned by SOLVEBA_V9 is 8.0485843573831239 DEC_VEC: 7.90E-02 7.89E-02 7.87E-02 7.85E-02 7.80E-02 7.68E-02 7.60E-02 7.56E-02 7.46E-02 7.45E-02 INC_VEC: -1.15E-02 -1.09E-02 -1.06E-02 -9.95E-03 -9.29E-03 -9.12E-03 -8.80E-03 -7.90E-03 -7.80E-03 -7.77E-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 1.6594847 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: 5.87926541E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 8.25E-01 (BA not computed) --- iteration 33 Maximum % decrease at depth 96 is 5.36E+00 (BA not computed) --- iteration 33 Maximm changes as returned by SOLVEBA_V9 is 5.3359287066702557 DEC_VEC: 5.36E-02 5.35E-02 5.34E-02 5.33E-02 5.29E-02 5.22E-02 5.14E-02 5.14E-02 5.07E-02 5.07E-02 INC_VEC: -8.25E-03 -7.85E-03 -7.68E-03 -7.20E-03 -6.70E-03 -6.58E-03 -6.34E-03 -5.67E-03 -5.62E-03 -5.59E-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 1.6478689 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: 5.87921013E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 5.96E-01 (BA not computed) --- iteration 34 Maximum % decrease at depth 96 is 3.75E+00 (BA not computed) --- iteration 34 Maximm changes as returned by SOLVEBA_V9 is 3.6746337223204026 DEC_VEC: 3.75E-02 3.74E-02 3.73E-02 3.72E-02 3.70E-02 3.65E-02 3.59E-02 3.59E-02 3.55E-02 3.54E-02 INC_VEC: -5.96E-03 -5.69E-03 -5.57E-03 -5.21E-03 -4.85E-03 -4.76E-03 -4.59E-03 -4.10E-03 -4.06E-03 -4.05E-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 1.6453396 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: 5.87916733E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 4.31E-01 (BA not computed) --- iteration 35 Maximum % decrease at depth 96 is 2.63E+00 (BA not computed) --- iteration 35 Maximm changes as returned by SOLVEBA_V9 is 2.5650983338866151 DEC_VEC: 2.63E-02 2.63E-02 2.62E-02 2.62E-02 2.60E-02 2.57E-02 2.52E-02 2.52E-02 2.50E-02 2.50E-02 INC_VEC: -4.31E-03 -4.13E-03 -4.03E-03 -3.77E-03 -3.52E-03 -3.45E-03 -3.32E-03 -2.97E-03 -2.93E-03 -2.93E-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 1.6447775 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: 5.87913297E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 3.12E-01 (BA not computed) --- iteration 36 Maximum % decrease at depth 96 is 1.86E+00 (BA not computed) --- iteration 36 Maximm changes as returned by SOLVEBA_V9 is 1.8072123715142461 DEC_VEC: 1.86E-02 1.86E-02 1.85E-02 1.85E-02 1.84E-02 1.82E-02 1.78E-02 1.78E-02 1.78E-02 1.78E-02 INC_VEC: -3.12E-03 -2.99E-03 -2.92E-03 -2.73E-03 -2.55E-03 -2.50E-03 -2.40E-03 -2.15E-03 -2.12E-03 -2.12E-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 1.6447775 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: 5.87910675E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 2.26E-01 (BA not computed) --- iteration 37 Maximum % decrease at depth 96 is 1.32E+00 (BA not computed) --- iteration 37 Maximm changes as returned by SOLVEBA_V9 is 1.2790383746261407 DEC_VEC: 1.32E-02 1.32E-02 1.32E-02 1.32E-02 1.31E-02 1.29E-02 1.27E-02 1.27E-02 1.26E-02 1.26E-02 INC_VEC: -2.26E-03 -2.16E-03 -2.11E-03 -1.97E-03 -1.85E-03 -1.81E-03 -1.74E-03 -1.55E-03 -1.54E-03 -1.53E-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 1.6447775 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: 5.87908769E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 1.63E-01 (BA not computed) --- iteration 38 Maximum % decrease at depth 96 is 9.43E-01 (BA not computed) --- iteration 38 Maximm changes as returned by SOLVEBA_V9 is 0.90954075981005933 DEC_VEC: 9.43E-03 9.42E-03 9.40E-03 9.38E-03 9.32E-03 9.23E-03 9.05E-03 9.03E-03 9.03E-03 9.01E-03 INC_VEC: -1.63E-03 -1.56E-03 -1.53E-03 -1.43E-03 -1.33E-03 -1.31E-03 -1.26E-03 -1.12E-03 -1.11E-03 -1.11E-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 1.6446838 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: 5.87907389E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 1.18E-01 (BA not computed) --- iteration 39 Maximum % decrease at depth 96 is 6.75E-01 (BA not computed) --- iteration 39 Maximm changes as returned by SOLVEBA_V9 is 0.64986175985296590 DEC_VEC: 6.75E-03 6.74E-03 6.73E-03 6.71E-03 6.67E-03 6.60E-03 6.48E-03 6.47E-03 6.46E-03 6.46E-03 INC_VEC: -1.18E-03 -1.13E-03 -1.10E-03 -1.03E-03 -9.64E-04 -9.46E-04 -9.07E-04 -8.09E-04 -8.02E-04 -7.99E-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 1.6446838 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: 5.87906388E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 8.49E-02 (BA not computed) --- iteration 40 Maximum % decrease at depth 96 is 4.84E-01 (BA not computed) --- iteration 40 Maximm changes as returned by SOLVEBA_V9 is 0.46520830932931490 DEC_VEC: 4.84E-03 4.83E-03 4.82E-03 4.81E-03 4.78E-03 4.74E-03 4.65E-03 4.64E-03 4.63E-03 4.63E-03 INC_VEC: -8.49E-04 -8.15E-04 -7.96E-04 -7.44E-04 -6.96E-04 -6.83E-04 -6.54E-04 -5.84E-04 -5.79E-04 -5.77E-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 1.6445901 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: 5.87905661E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 6.13E-02 (BA not computed) --- iteration 41 Maximum % decrease at depth 96 is 3.47E-01 (BA not computed) --- iteration 41 Maximm changes as returned by SOLVEBA_V9 is 0.33354469940113840 DEC_VEC: 3.47E-03 3.47E-03 3.46E-03 3.46E-03 3.43E-03 3.40E-03 3.34E-03 3.34E-03 3.33E-03 3.32E-03 INC_VEC: -6.13E-04 -5.88E-04 -5.75E-04 -5.37E-04 -5.02E-04 -4.93E-04 -4.72E-04 -4.21E-04 -4.18E-04 -4.16E-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 1.6447775 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: 5.87905133E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 4.42E-02 (BA not computed) --- iteration 42 Maximum % decrease at depth 96 is 2.50E-01 (BA not computed) --- iteration 42 Maximm changes as returned by SOLVEBA_V9 is 0.23949118511945780 DEC_VEC: 2.50E-03 2.49E-03 2.49E-03 2.48E-03 2.47E-03 2.45E-03 2.40E-03 2.40E-03 2.39E-03 2.39E-03 INC_VEC: -4.42E-04 -4.24E-04 -4.14E-04 -3.87E-04 -3.62E-04 -3.55E-04 -3.40E-04 -3.04E-04 -3.01E-04 -3.00E-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 1.6447775 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: 5.87904751E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 3.19E-02 (BA not computed) --- iteration 43 Maximum % decrease at depth 96 is 1.80E-01 (BA not computed) --- iteration 43 Maximm changes as returned by SOLVEBA_V9 is 0.17212026725084617 DEC_VEC: 1.80E-03 1.79E-03 1.79E-03 1.79E-03 1.78E-03 1.76E-03 1.73E-03 1.73E-03 1.72E-03 1.72E-03 INC_VEC: -3.19E-04 -3.06E-04 -2.99E-04 -2.79E-04 -2.61E-04 -2.56E-04 -2.46E-04 -2.19E-04 -2.17E-04 -2.16E-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 1.6448712 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: 5.87904475E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 2.30E-02 (BA not computed) --- iteration 44 Maximum % decrease at depth 96 is 1.29E-01 (BA not computed) --- iteration 44 Maximm changes as returned by SOLVEBA_V9 is 0.12379751399885283 DEC_VEC: 1.29E-03 1.29E-03 1.29E-03 1.29E-03 1.28E-03 1.27E-03 1.24E-03 1.24E-03 1.24E-03 1.24E-03 INC_VEC: -2.30E-04 -2.21E-04 -2.16E-04 -2.01E-04 -1.88E-04 -1.85E-04 -1.77E-04 -1.58E-04 -1.57E-04 -1.56E-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 1.6448712 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: 5.87904275E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 1.66E-02 (BA not computed) --- iteration 45 Maximum % decrease at depth 96 is 9.30E-02 (BA not computed) --- iteration 45 Maximm changes as returned by SOLVEBA_V9 is 8.90849329064725692E-002 DEC_VEC: 9.30E-04 9.30E-04 9.27E-04 9.26E-04 9.20E-04 9.11E-04 8.96E-04 8.95E-04 8.93E-04 8.90E-04 INC_VEC: -1.66E-04 -1.59E-04 -1.55E-04 -1.45E-04 -1.36E-04 -1.33E-04 -1.28E-04 -1.14E-04 -1.13E-04 -1.12E-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 1.6448712 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: 5.87904131E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 1.19E-02 (BA not computed) --- iteration 46 Maximum % decrease at depth 96 is 6.70E-02 (BA not computed) --- iteration 46 Maximm changes as returned by SOLVEBA_V9 is 6.41293379060106361E-002 DEC_VEC: 6.70E-04 6.69E-04 6.68E-04 6.66E-04 6.62E-04 6.56E-04 6.45E-04 6.44E-04 6.43E-04 6.41E-04 INC_VEC: -1.19E-04 -1.15E-04 -1.12E-04 -1.04E-04 -9.79E-05 -9.60E-05 -9.20E-05 -8.20E-05 -8.14E-05 -8.09E-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 1.6448712 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: 5.87904027E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 8.60E-03 (BA not computed) --- iteration 47 Maximum % decrease at depth 96 is 4.82E-02 (BA not computed) --- iteration 47 Maximm changes as returned by SOLVEBA_V9 is 4.61784362752775332E-002 DEC_VEC: 4.82E-04 4.82E-04 4.81E-04 4.80E-04 4.77E-04 4.73E-04 4.65E-04 4.64E-04 4.63E-04 4.62E-04 INC_VEC: -8.60E-05 -8.26E-05 -8.07E-05 -7.53E-05 -7.06E-05 -6.92E-05 -6.63E-05 -5.91E-05 -5.87E-05 -5.83E-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 1.6448712 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: 5.87903952E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 6.20E-03 (BA not computed) --- iteration 48 Maximum % decrease at depth 96 is 3.47E-02 (BA not computed) --- iteration 48 Maximm changes as returned by SOLVEBA_V9 is 3.32561200454358080E-002 DEC_VEC: 3.47E-04 3.47E-04 3.46E-04 3.46E-04 3.44E-04 3.40E-04 3.35E-04 3.34E-04 3.33E-04 3.32E-04 INC_VEC: -6.20E-05 -5.95E-05 -5.82E-05 -5.42E-05 -5.08E-05 -4.99E-05 -4.78E-05 -4.26E-05 -4.23E-05 -4.20E-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 1.6448712 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: 5.87903898E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 4.46E-03 (BA not computed) --- iteration 49 Maximum % decrease at depth 96 is 2.50E-02 (BA not computed) --- iteration 49 Maximm changes as returned by SOLVEBA_V9 is 2.39518152443339571E-002 DEC_VEC: 2.50E-04 2.50E-04 2.49E-04 2.49E-04 2.47E-04 2.45E-04 2.41E-04 2.41E-04 2.40E-04 2.39E-04 INC_VEC: -4.46E-05 -4.29E-05 -4.19E-05 -3.91E-05 -3.66E-05 -3.59E-05 -3.44E-05 -3.07E-05 -3.05E-05 -3.03E-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 1.6448712 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: 5.87903859E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 3.22E-03 (BA not computed) --- iteration 50 Maximum % decrease at depth 96 is 1.80E-02 (BA not computed) --- iteration 50 Maximm changes as returned by SOLVEBA_V9 is 1.72513037415036909E-002 DEC_VEC: 1.80E-04 1.80E-04 1.80E-04 1.79E-04 1.78E-04 1.77E-04 1.74E-04 1.73E-04 1.73E-04 1.72E-04 INC_VEC: -3.22E-05 -3.09E-05 -3.02E-05 -2.82E-05 -2.64E-05 -2.59E-05 -2.48E-05 -2.21E-05 -2.19E-05 -2.18E-05 The minimum value of scale for Major species is: 1.0000E+00 ******************************************************************************** ******************************************************************************** Current great iteration count is 51 The value of DTDR is : 0.0000000000000000 Calling CMF_FORMAL_REL_V4 in COMP_J_BLANK Calling MOM_J_DDT_V2 Average number of calls to FG_J_CMF is 1.6448712 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: 5.87903831E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 2.32E-03 (BA not computed) --- iteration 51 Maximum % decrease at depth 96 is 1.30E-02 (BA not computed) --- iteration 51 Maximm changes as returned by SOLVEBA_V9 is 1.24254655831829135E-002 DEC_VEC: 1.30E-04 1.30E-04 1.29E-04 1.29E-04 1.28E-04 1.27E-04 1.25E-04 1.25E-04 1.25E-04 1.24E-04 INC_VEC: -2.32E-05 -2.23E-05 -2.17E-05 -2.03E-05 -1.90E-05 -1.86E-05 -1.79E-05 -1.59E-05 -1.58E-05 -1.57E-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 1.6448712 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: 5.87903810E+08 0.00000000E+00 BA matrix **NOT** computed Maximum % increase at depth 97 is 1.67E-03 (BA not computed) --- iteration 52 Maximum % decrease at depth 96 is 9.35E-03 (BA not computed) --- iteration 52 Maximm changes as returned by SOLVEBA_V9 is 8.95001552730042248E-003 DEC_VEC: 9.35E-05 9.34E-05 9.32E-05 9.30E-05 9.25E-05 9.16E-05 9.01E-05 9.00E-05 8.98E-05 8.95E-05 INC_VEC: -1.67E-05 -1.60E-05 -1.57E-05 -1.46E-05 -1.37E-05 -1.34E-05 -1.29E-05 -1.15E-05 -1.14E-05 -1.13E-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 Tau(Nu= 1.3191E+01) at outer boundary is: 1.176E+03 Tau(Nu= 1.1600E+01) at outer boundary is: 1.570E+03 Tau(Nu= 5.9619E+00) at outer boundary is: 7.388E+03 Tau(Nu= 3.2927E+00) at outer boundary is: 2.143E+04 Tau(Nu= 8.3025E-01) at outer boundary is: 6.753E-04 Average number of calls to FG_J_CMF is 1.6448712 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: 5.87903796E+08 0.00000000E+00 Begin COMP_GREY_V4 150 15 165 2.97392920827372845E-008 8.11646897904568334E-008 10 Current accuracy is 0.33119559267850368 Current accuracy is NaN Grey solution was successfully computed BA matrix **NOT** computed Maximum % increase at depth 97 is 1.20E-03 (BA not computed) --- iteration 53 Maximum % decrease at depth 96 is 6.74E-03 (BA not computed) --- iteration 53 Maximm changes as returned by SOLVEBA_V9 is 6.44637224733608794E-003 DEC_VEC: 6.74E-05 6.73E-05 6.71E-05 6.70E-05 6.66E-05 6.60E-05 6.49E-05 6.48E-05 6.47E-05 6.45E-05 INC_VEC: -1.20E-05 -1.16E-05 -1.13E-05 -1.05E-05 -9.87E-06 -9.68E-06 -9.27E-06 -8.26E-06 -8.21E-06 -8.15E-06 The minimum value of scale for Major species is: 1.0000E+00 1120450415 0.48260542725033978 0.48331789533148090 0.48379394577482027 0.48508732196928755 0.48663880726509645 0.48836930668774076 0.49023895750913482 0.49221875336907916 0.49428864257442240 0.49643381512913226 0.49864293912839969 0.50090483868968461 0.50321212744601562 0.50555998902916310 0.50794336027997611 0.51035731610499036 0.51279356602444448 0.51542700319350532 0.51813850310051901 0.52093238071941028 0.52375217431023824 0.52657826618393500 0.52939610439337692 0.53219289257018654 0.53496007672040857 0.53769858008085114 0.54064316875051277 0.54381603881857155 0.54693353517218990 0.54987813457015899 0.55251031860784561 0.55485937919334549 0.55706211879220824 0.55906088229420203 0.56101483554091591 0.56261440741785484 0.56389102770947541 0.56495222577350024 0.56585653524683988 0.56648675149758676 0.56691526838806583 0.56716820333823759 0.56725053255556634 0.56716332723475205 0.56694860713989159 0.56663977916173758 0.56627630905755455 0.56584987870516401 0.56535107593708167 0.56476359385504737 0.56410196944320612 0.56339362779902435 0.56267296107055242 0.56194760415631173 0.56124108735347933 0.56046372271017053 0.55967614529659016 0.55885438871882531 0.55804872590802812 0.55725513093103385 0.55648961147561893 0.55574232270493917 0.55502352792171095 0.55432792419280719 0.55361011132035920 0.55285044345854950 0.55210335248438125 0.55138510206507252 0.55069635379895265 0.55004706841958817 0.54940556722900280 0.54880108541201811 0.54815994337703433 0.54755690876058771 0.54697519987097420 0.54646806854463681 0.54594822787093444 0.54551292481799418 0.54513752765855139 0.54490034220747885 0.54482785596827044 0.54494563711929256 0.54527861340265615 0.54586557258868629 0.54675665211315705 0.54795391209063338 0.54955526818005418 0.55173777224111775 0.55468836572309754 0.55865849428823922 0.56404648842904415 0.57146901094756297 0.58224478612251285 0.59880975284772708 0.62583910542957177 0.66978522566380860 0.72617608011855994 0.78065966381400609 0.82788721623683204 0.86878459967622279 0.90477898288619851 0.93693900335225921 0.96612649345316415 0.99314722476647599 1.0184314534526280 1.0421874107954943 1.0646863784318235 1.0862040390435399 1.1067450862328563 1.1262256596218703 1.1447853050577490 1.1625698351955329 1.1795564963117122 1.1957174389678493 1.2110810766709645 1.2256650741557620 1.2394505465972943 1.2524327559138664 1.2646488416826958 1.2761145007629693 1.2868208986271967 1.2967693915773126 1.3059808171570031 1.3144547883649114 1.3221514849126155 1.3313591685714998 1.3470472974755756 1.3640693997247506 1.3766294842357458 1.3845837760535953 1.3906421220893896 1.3955215296885699 1.3995849041454049 1.4029908440144929 1.4059170878412290 1.4086726171624100 1.4113476545076595 1.4134574303828764 1.4149051449551791 1.4159508951687665 1.4167342177534392 1.4173221887113736 1.4177815575888539 1.4181821157192194 1.4185378502820525 1.4188399718206230 1.4190830907185010 1.4192597981972148 1.4192384957095512 1.5585730000000000 150 150 1 2 5 17