40 Buser's B2 filter (R. Buser) 1 3600.00 0.00000 2 3650.00 0.00600 3 3700.00 0.02300 4 3750.00 0.04500 5 3800.00 0.10600 6 3850.00 0.25400 7 3900.00 0.49200 8 3950.00 0.75200 9 4000.00 0.88100 10 4050.00 0.92300 11 4100.00 0.95500 12 4150.00 0.97700 13 4200.00 0.99000 14 4250.00 1.00000 15 4300.00 1.00000 16 4350.00 0.99700 17 4400.00 0.98400 18 4450.00 0.95800 19 4500.00 0.91600 20 4550.00 0.87100 21 4600.00 0.82000 22 4650.00 0.77500 23 4700.00 0.72300 24 4750.00 0.67200 25 4800.00 0.61700 26 4850.00 0.56900 27 4900.00 0.51100 28 4950.00 0.45700 29 5000.00 0.40200 30 5050.00 0.34700 31 5100.00 0.29900 32 5150.00 0.24400 33 5200.00 0.19900 34 5250.00 0.15400 35 5300.00 0.11300 36 5350.00 0.08400 37 5400.00 0.05100 38 5450.00 0.02900 39 5500.00 0.01000 40 5550.00 0.00000 54 Buser's V filter (R. Buser) 1 4750.00 0.00000 2 4800.00 0.03000 3 4850.00 0.08400 4 4900.00 0.16300 5 4950.00 0.30100 6 5000.00 0.45800 7 5050.00 0.63000 8 5100.00 0.78000 9 5150.00 0.89500 10 5200.00 0.96700 11 5250.00 0.99700 12 5300.00 1.00000 13 5350.00 0.98800 14 5400.00 0.95800 15 5450.00 0.91900 16 5500.00 0.87700 17 5550.00 0.81900 18 5600.00 0.76500 19 5650.00 0.71100 20 5700.00 0.65700 21 5750.00 0.60200 22 5800.00 0.54500 23 5850.00 0.48800 24 5900.00 0.43400 25 5950.00 0.38600 26 6000.00 0.33100 27 6050.00 0.28900 28 6100.00 0.25000 29 6150.00 0.21400 30 6200.00 0.18100 31 6250.00 0.15100 32 6300.00 0.12000 33 6350.00 0.09300 34 6400.00 0.06900 35 6450.00 0.05100 36 6500.00 0.03600 37 6550.00 0.02700 38 6600.00 0.02100 39 6650.00 0.01800 40 6700.00 0.01600 41 6750.00 0.01400 42 6800.00 0.01200 43 6850.00 0.01100 44 6900.00 0.01000 45 6950.00 0.00900 46 7000.00 0.00800 47 7050.00 0.00700 48 7100.00 0.00600 49 7150.00 0.00500 50 7200.00 0.00400 51 7250.00 0.00300 52 7300.00 0.00200 53 7350.00 0.00100 54 7400.00 0.00000 65 Cousins R filter (Bessell 1983, PASP, 95,480). Use with V = 15. 1 5550.00 0.00000 2 5600.00 0.04200 3 5650.00 0.11800 4 5700.00 0.29700 5 5750.00 0.60200 6 5800.00 0.86500 7 5850.00 0.92700 8 5900.00 0.96300 9 5950.00 1.00000 10 6000.00 1.00000 11 6050.00 0.99500 12 6100.00 0.98400 13 6150.00 0.97000 14 6200.00 0.95700 15 6250.00 0.94500 16 6300.00 0.92700 17 6350.00 0.91100 18 6400.00 0.89000 19 6450.00 0.87000 20 6500.00 0.84700 21 6550.00 0.82100 22 6600.00 0.79700 23 6650.00 0.77200 24 6700.00 0.74100 25 6750.00 0.71200 26 6800.00 0.67900 27 6850.00 0.65200 28 6900.00 0.62100 29 6950.00 0.59300 30 7000.00 0.56400 31 7050.00 0.53400 32 7100.00 0.50300 33 7150.00 0.47400 34 7200.00 0.44600 35 7250.00 0.42000 36 7300.00 0.39400 37 7350.00 0.37000 38 7400.00 0.34400 39 7450.00 0.32100 40 7500.00 0.30000 41 7550.00 0.28000 42 7600.00 0.25800 43 7650.00 0.23900 44 7700.00 0.22200 45 7750.00 0.20500 46 7800.00 0.18900 47 7850.00 0.17500 48 7900.00 0.16000 49 7950.00 0.14700 50 8000.00 0.13600 51 8050.00 0.12100 52 8100.00 0.11200 53 8150.00 0.10100 54 8200.00 0.09200 55 8250.00 0.08400 56 8300.00 0.07600 57 8350.00 0.06700 58 8400.00 0.05800 59 8450.00 0.05100 60 8500.00 0.04100 61 8550.00 0.02900 62 8600.00 0.01900 63 8650.00 0.00900 64 8700.00 0.00400 65 8750.00 0.00000 39 Cousins I filter (Bessell 1983, PASP, 95,480). Use with V = 15. 1 7000.00 0.00000 2 7050.00 0.03100 3 7100.00 0.07400 4 7150.00 0.15800 5 7200.00 0.31400 6 7250.00 0.43400 7 7300.00 0.58700 8 7350.00 0.72200 9 7400.00 0.80800 10 7450.00 0.87000 11 7500.00 0.91900 12 7550.00 0.93800 13 7600.00 0.95100 14 7650.00 0.96900 15 7700.00 0.98000 16 7750.00 0.98400 17 7800.00 0.99500 18 7850.00 0.99900 19 7900.00 1.00000 20 7950.00 0.99600 21 8000.00 0.99400 22 8050.00 0.98500 23 8100.00 0.97400 24 8150.00 0.96500 25 8200.00 0.95700 26 8250.00 0.93400 27 8300.00 0.91300 28 8350.00 0.87900 29 8400.00 0.86900 30 8450.00 0.78200 31 8500.00 0.63600 32 8550.00 0.46000 33 8600.00 0.26100 34 8650.00 0.11600 35 8700.00 0.04600 36 8750.00 0.01100 37 8800.00 0.00500 38 8850.00 0.00300 39 8900.00 0.00000 183 filter.zprime from Daniel Eisenstein 1 7860 0.00003 2 7880 0.00006 3 7900 0.00008 4 7920 0.00013 5 7940 0.00020 6 7960 0.00031 7 7980 0.00046 8 8000 0.00070 9 8020 0.00104 10 8040 0.00151 11 8060 0.00218 12 8080 0.00305 13 8100 0.00419 14 8120 0.00563 15 8140 0.00739 16 8160 0.00964 17 8180 0.01234 18 8200 0.01558 19 8220 0.01940 20 8240 0.02389 21 8260 0.02899 22 8280 0.03485 23 8300 0.04080 24 8320 0.04768 25 8340 0.05509 26 8360 0.06155 27 8380 0.06765 28 8400 0.07377 29 8420 0.07951 30 8440 0.08484 31 8460 0.09007 32 8480 0.09490 33 8500 0.09935 34 8520 0.10351 35 8540 0.10715 36 8560 0.11060 37 8580 0.11389 38 8600 0.11654 39 8620 0.11884 40 8640 0.12116 41 8660 0.12278 42 8680 0.12424 43 8700 0.12538 44 8720 0.12643 45 8740 0.12718 46 8760 0.12796 47 8780 0.12837 48 8800 0.12863 49 8820 0.12891 50 8840 0.12887 51 8860 0.12898 52 8880 0.12908 53 8900 0.12877 54 8920 0.12536 55 8940 0.11913 56 8960 0.11279 57 8980 0.10832 58 9000 0.10699 59 9020 0.10795 60 9040 0.10956 61 9060 0.11079 62 9080 0.11039 63 9100 0.10867 64 9120 0.10669 65 9140 0.10507 66 9160 0.10479 67 9180 0.10603 68 9200 0.10744 69 9220 0.10755 70 9240 0.10478 71 9260 0.09755 72 9280 0.08627 73 9300 0.07432 74 9320 0.06444 75 9340 0.05829 76 9360 0.05661 77 9380 0.05857 78 9400 0.06142 79 9420 0.06188 80 9440 0.05822 81 9460 0.05489 82 9480 0.05515 83 9500 0.05609 84 9520 0.05466 85 9540 0.05296 86 9560 0.05343 87 9580 0.05510 88 9600 0.05647 89 9620 0.05789 90 9640 0.06001 91 9660 0.06217 92 9680 0.06351 93 9700 0.06302 94 9720 0.06025 95 9740 0.05717 96 9760 0.05542 97 9780 0.05478 98 9800 0.05482 99 9820 0.05508 100 9840 0.05507 101 9860 0.05435 102 9880 0.05294 103 9900 0.05152 104 9920 0.05013 105 9940 0.04880 106 9960 0.04747 107 9980 0.04622 108 10000 0.04499 109 10020 0.04375 110 10040 0.04259 111 10060 0.04144 112 10080 0.04028 113 10100 0.03915 114 10120 0.03804 115 10140 0.03692 116 10160 0.03583 117 10180 0.03473 118 10200 0.03362 119 10220 0.03251 120 10240 0.03142 121 10260 0.03031 122 10280 0.02920 123 10300 0.02807 124 10320 0.02695 125 10340 0.02583 126 10360 0.02472 127 10380 0.02360 128 10400 0.02250 129 10420 0.02143 130 10440 0.02035 131 10460 0.01929 132 10480 0.01825 133 10500 0.01724 134 10520 0.01625 135 10540 0.01528 136 10560 0.01435 137 10580 0.01345 138 10600 0.01258 139 10620 0.01175 140 10640 0.01096 141 10660 0.01020 142 10680 0.00950 143 10700 0.00885 144 10720 0.00825 145 10740 0.00769 146 10760 0.00720 147 10780 0.00675 148 10800 0.00635 149 10820 0.00600 150 10840 0.00569 151 10860 0.00542 152 10880 0.00518 153 10900 0.00498 154 10920 0.00481 155 10940 0.00467 156 10960 0.00456 157 10980 0.00446 158 11000 0.00439 159 11020 0.00433 160 11040 0.00429 161 11060 0.00427 162 11080 0.00424 163 11100 0.00423 164 11120 0.00422 165 11140 0.00421 166 11160 0.00419 167 11180 0.00417 168 11200 0.00414 169 11220 0.00410 170 11240 0.00404 171 11260 0.00397 172 11280 0.00389 173 11300 0.00380 174 11320 0.00369 175 11340 0.00357 176 11360 0.00344 177 11380 0.00330 178 11400 0.00315 179 11420 0.00299 180 11440 0.00282 181 11460 0.00264 182 11480 0.00246 183 11500 0.00227