# Approximate bandpasses of common bandpasses # (low, characteristic, high, with all values in nanometers. # # Bandpass names are typically common, disambiguated names of filters. # Alternatively, in particular for historical observations, we also # allow emulsion (for clear observations) and emulsion+filter. # # These are tab separated values with # =tab{tab} lines interspersed # # All those are rough approximations, suitable only for data discovery, # if that. That said, you're welcome to submit improved and amended # versions. # # This file is used by //siap#getBandFromFilter # # First, a lot of stuff generated from the NVO filters database. This # was generated by the following script: # # import urllib, SOAPpy.WSDL, cPickle as pickle # proxy = SOAPpy.WSDL.Proxy(wsdl) # res = proxy.GetAllFilters() # for filter in res["Filter"]: # print "%s\t%s\t%s\t%s"%( # filter._getAttr("Name"), # int(float(filter._getAttr("WavelengthMin"))/10.), # int(float(filter._getAttr("WavelengthEff"))/10.), # int(float(filter._getAttr("WavelengthMax"))/10.)) # # Look for the next comment for local additions and corrections SDSS u' 300 356 410 SDSS g' 365 471 580 SDSS r' 540 618 720 SDSS i' 645 749 860 SDSS z' 778 896 1118 SDSS u 305 359 402 SDSS g 378 464 555 SDSS r 542 612 699 SDSS i 669 744 839 SDSS z 796 890 1083 PS1 y 950 990 1030 Buser U 310 365 415 Buser B2 365 444 550 Buser V 480 550 735 Koo-Kron U+ 310 365 410 Koo-Kron J+ 360 462 560 Koo-Kron F+ 490 616 710 Koo-Kron N+ 680 794 930 Johnson R 540 693 940 Johnson I 700 878 1160 Johnson J 980 1248 1540 Johnson K 1850 2195 2550 Johnson L 3000 3437 4100 IRAS 12 micron 7427 11689 15492 IRAS 25 micron 16634 24345 30815 IRAS 60 micron 31555 62234 85432 IRAS 100 micron 67396 102215 137279 Cousins R 560 660 870 Cousins I 705 790 885 IRIM J 1070 1247 1420 IRIM H 1470 1652 1850 IRIM K' 1950 2163 2390 KPNO U + T2KB 306 365 419 KPNO B + T2KB 351 436 584 KPNO R + T2KB 547 653 951 KPNO I + T2KB 707 808 971 IRIM J + QE 1070 1255 1420 IRIM H + QE 1470 1657 1850 IRIM K' + QE 1950 2167 2390 LRIS B 371 443 584 LRIS V 471 548 684 LRIS R 551 641 879 LRIS I 676 844 1099 WFPC2 F300W 222 301 1100 WFPC2 F450W 186 457 1100 WFPC2 F606W 185 603 1100 WFPC2 F814W 185 802 1100 NICMOS F110W 700 1138 1600 NICMOS F160W 1198 1612 2001 GALEX FUV 124 152 185 GALEX NUV 161 231 290 Johnson B 370 441 550 Johnson V 480 550 730 Ideal Johnson I 710 797 900 HK' 1400 1885 2450 NOAO KPNO mosaic U 300 357 420 ACS F435W 300 432 1050 ACS F475W 351 476 1050 ACS F550M 300 558 1050 ACS F555W 348 537 1050 ACS F606W 300 595 1050 ACS F625W 300 632 1045 ACS F775W 400 770 1047 ACS F814W 400 810 1060 ACS F850LP 400 907 1099 ACS F220W 185 226 1080 ACS F250W 194 272 1050 ACS F330W 250 336 1050 ACS F435W 250 432 1050 ACS F475W 351 479 1050 ACS F550M 250 558 1050 ACS F555W 348 537 1050 ACS F606W 300 592 1050 ACS F625W 300 630 1045 ACS F775W 400 768 1047 ACS F814W 400 812 1060 ACS F850LP 400 915 1099 Combo 17 420m 393 418 453 Combo 17 464m 445 461 479 Combo 17 485m 457 486 518 Combo 17 518m 499 518 539 Combo 17 571m 546 571 600 Combo 17 604m 585 604 625 Combo 17 646m 622 645 670 Combo 17 696m 676 695 716 Combo 17 753m 720 753 787 Combo 17 815m 780 815 839 Combo 17 855m 820 855 880 Combo 17 915m 885 914 945 Combo 17 B 392 458 518 Combo 17 I 730 856 977 Combo 17 R 555 648 784 Combo 17 U 320 365 400 Combo 17 V 480 537 600 2MASS J 1066 1241 1442 2MASS H 1440 1651 1850 2MASS KS 1934 2165 2384 2dF B_J 359 462 549 GALEX FUV 134 153 180 GALEX NUV 169 231 300 OPrime K-prime 1800 2114 2420 OPrime J 1100 1282 1460 OPrime H 1440 1648 1850 D400A 375 385 395 D400B 405 415 425 # # Sources for this include graphs and other data from # http://voservices.net/filter/ # http://filters.ls.eso.org/efs/efs_result_list.php Gunn g 465 510 555 Gunn r 610 670 725 Gunn i 720 800 880 Gunn z 820 1000 1200 Bessel U 315 360 390 Bessel B 360 440 560 Bessel V 485 540 670 Bessel R 580 620 850 Bessel I 702 830 1102 # http://www.cfht.hawaii.edu/Instruments/Filters/megaprime.html # ("Megaprime filters") g.MP9401 400 487 575 i.MP9701 680 778 870 r.MP9601 550 628 695 u.MP9301 330 374 420 z.MP9801 810 1170 1200 # # Private communication from Christian Westhues BrĪ³ 2067 2067 2067 H2 S(1) 2137 2137 2137 He I 2180 2180 2180 K-cont 2270 2270 2270 CO 2300 2300 2300 # Gaia DR2 documentation Gaia G 325 600 1000 Gaia BP 325 500 670 Gaia RP 625 750 1000 Gaia RVS 847 860 874 # # 1961ApJ...133..869A (with 103a-O emulsion) 103a-O+WG-2 330 410 500 # The following aliases are deprecated WG-2 330 410 500 # # Priv. Comm from Milcho Tsvetkov, Oct/Dec 2017 IIa-O 340 410 500 IIIa-J 340 520 560 103a-O 370 441 550 103a-E+RG1 540 693 940 103a-F+RG1 540 693 940 103a-O+BG12 370 441 550 103a-O+BG12_18 370 441 550 103a-O+UG2 315 360 390 103a-O+UG21 315 360 390 103a-D+GG11 480 550 730 103a-D+GG11 480 550 730 # 103a-O+G18 370 441 550 103a-O+GG18 370 441 550 103a-O+GG11 480 490 500 IIa-O+BG12_18 370 441 500 IIa-O+UG2 340 370 390 # # The following aliases are deprecated KODAKIIaO 340 410 500 KODAK098+RG630 540 630 710 KODAKIIIaJ 340 520 560 KODAK098 340 650 700 # There's a ghost reference to this in 1970AJ.....75..659V. In the end, # Johnson V is probably close enough. 103a-D+GG11 460 530 660 103a-D+Y-6 460 530 660 # # stuff pulled from SVO Filter Profile Service # http://svo2.cab.inta-csic.es/theory/fps3/index.php?mode=browse # Halpha EFOSC.ESO709 657 664 672 # SII EFOSC.ESO700 667 673 679 Subaru HSC r 532 610 707 # # private communication from Moritz Hackstein (2018-01-09) Astrodon SII 669 671.6 675 Astrodon OII 497 500.7 504 Astrodon Halpha 653 656.3 660 Astrodon NB 642 645 648 # # vim:noet:ts=16