define "NC_000913.ybgD" "-" "<]" "[>" 0 566 @ NC_000913 752018 -1 "NC_000913.ybgD" "" define "NC_000913.gltA" "-" "<]" "[>" 0 1283 @ NC_000913 753691 -1 "NC_000913.gltA" "" * orf 1.24 * 2007/12/07 20:01:44, 2007/12/06 18:15:19, small proteins E.coli-K12 NC_000913 ybgD_gltA define "orf" "#" "<]" "[>" 0.0 2.0 * multiscan 3.94 define "ir" " w" " " " " -3.0 14.0 ribl "ir" * Ri 2.66 * * Ri(b,l) table is from: ** rseq 5.39 rsequence calculated from encoded sequences from: ** encode 1.40; encoding of sequences in ** * 2001/08/15 12:20:50, 1999/05/04 14:41:13, inst * * BOOK/INST sequences are from: * 2001/08/15 12:20:50, 1999/05/04 14:41:13, inst * title "inst"; * * PARAMETERS FOR Ri: * -3 14 from-to * 1 column of value file * -2147483647.000000 2147483647.000000 lowest to highest Ri selected * -2147483647.000000 2147483647.000000 lowest to highest Value selected * not printing sequences to sequ * printing sequences to rixyin * -: whole line printed when partial site * using Staden's Method: when f(b,l) = 0, replace with f(b,l) = 1/(n+t), t = 2 * * i alignmenttype first, book, instructions * Ri(a,l) Ri(c,l) Ri(g,l) Ri(t,l) l a c g t -3 14 frombase, tobase 0.763679 -0.567865 -0.078059 -0.559121 -3 1656 658 924 662 0.060296 0.121401 -0.896385 0.412266 -2 1017 1061 524 1298 0.115951 0.077219 -0.700990 0.315744 -1 1057 1029 600 1214 1.864201 -9.929808 -1.710640 -4.285952 0 3551 1 298 50 -9.930548 -9.930548 -9.930548 1.999450 1 0 0 0 3900 -9.930548 -9.930548 1.999450 -9.930548 2 0 0 3900 0 0.980085 -0.684256 -0.271597 -0.797951 3 1924 607 808 561 0.577986 0.185235 -0.610136 -0.486865 4 1456 1109 639 696 0.421131 -0.371388 -0.649038 0.320490 5 1306 754 622 1218 0.761063 -0.222449 -0.164937 -0.850324 6 1653 836 870 541 0.760190 -0.361852 -0.990229 0.033088 7 1652 759 491 998 0.327579 -0.404288 -0.227636 0.181327 8 1224 737 833 1106 0.511061 -0.074940 -0.356161 -0.246814 9 1390 926 762 822 0.320490 -0.232841 -1.013929 0.489098 10 1218 830 483 1369 0.361362 -0.236321 -0.539639 0.235099 11 1253 828 671 1148 0.516241 -0.161624 -0.127292 -0.398427 12 1395 872 893 740 0.262484 -0.145174 -1.056364 0.499598 13 1170 882 469 1379 0.129536 -0.173252 -0.456103 0.365961 14 1067 865 711 1257 * 6.721797 bits = mean (Rsequence of selected region) 2.259310 bits = standard deviation * 13.926145 bits = Ri of consensus sequence from -3 to 14 -40.078734 bits = Ri of anticonsensus sequence from -3 to 14 * -18.663794 bits = average Ri for random sequence from -3 to 14 * 3900 n, number of sequences used to create the matrix * asymmetric symmetry of the matrix * -5000.000000 Ri bound: lower bound on Ri 100.000000 Z bound: lower bound on Z 1.000000 P bound: upper probability * l extreme: char; h or l, the high or low extreme to be defined 0.0 wavelocation: real; the location in bases of the extreme 1.0 wavebit: real; the location in bits of the extreme 0.5 waveamplitude: real; the amplitude of the wave in bits 10.6 wavelength: real; the wave length of the wave in bases 0.4 0.4 0.0 dashon, dashoff, dashoffset (in bases) 0.0 thickness: real; the thickness of the cosine wave. <=0 means default . * multiscan 3.94 define "sd" " w" " " " " -12.0 4.0 ribl "sd" * Ri 2.66 * * Ri(b,l) table is from: ** rseq 5.39 rsequence calculated from encoded sequences from: ** encode 1.40; encoding of sequences in ** * 2001/08/15 12:19:55, 1999/05/04 14:41:13, inst * * BOOK/INST sequences are from: * 2001/08/15 12:19:55, 1999/05/04 14:41:13, inst * title "inst"; * * PARAMETERS FOR Ri: * -12 4 from-to * 1 column of value file * -2147483647.000000 2147483647.000000 lowest to highest Ri selected * -2147483647.000000 2147483647.000000 lowest to highest Value selected * not printing sequences to sequ * printing sequences to rixyin * -: whole line printed when partial site * using Staden's Method: when f(b,l) = 0, replace with f(b,l) = 1/(n+t), t = 2 * * i alignmenttype first, book, instructions * Ri(a,l) Ri(c,l) Ri(g,l) Ri(t,l) l a c g t -12 4 frombase, tobase 0.217397 -0.146810 -0.422014 0.246365 -12 1134 881 728 1157 0.214850 -0.225905 -0.493097 0.347479 -11 1132 834 693 1241 0.297808 -0.264472 -0.556943 0.329935 -10 1199 812 663 1226 0.335807 -0.201888 -0.667714 0.307402 -9 1231 848 614 1207 0.365961 -0.269813 -0.732592 0.354437 -8 1257 809 587 1247 0.390992 -0.260923 -0.644406 0.278426 -7 1279 814 624 1183 0.470004 -0.384844 -0.663022 0.282080 -6 1351 747 616 1186 0.534737 -0.443979 -0.628312 0.223744 -5 1413 717 631 1139 0.518308 -0.482725 -0.693794 0.301413 -4 1397 698 603 1202 0.728403 0.107739 0.058876 -2.168257 -3 1616 1051 1016 217 1.215487 -1.382914 -0.412139 -0.885414 -2 2265 374 733 528 -1.993170 -4.122453 1.824244 -2.749899 -1 245 56 3454 145 -9.930548 -9.930548 1.999450 -9.930548 0 0 0 3900 0 1.567045 -1.677143 -9.930548 -0.468329 1 2890 305 0 705 0.187835 -1.739984 0.884774 -0.486865 2 1111 292 1801 696 0.657969 -0.888149 -0.404288 0.169539 3 1539 527 737 1097 0.550982 -0.390650 -0.468329 0.067371 4 1429 744 705 1022 * 5.801573 bits = mean (Rsequence of selected region) 2.550546 bits = standard deviation * 12.967941 bits = Ri of consensus sequence from -12 to 4 -36.133077 bits = Ri of anticonsensus sequence from -12 to 4 * -13.026643 bits = average Ri for random sequence from -12 to 4 * 3900 n, number of sequences used to create the matrix * asymmetric symmetry of the matrix * -5000.000000 Ri bound: lower bound on Ri 100.000000 Z bound: lower bound on Z 1.000000 P bound: upper probability * l extreme: char; h or l, the high or low extreme to be defined 0.0 wavelocation: real; the location in bases of the extreme 1.0 wavebit: real; the location in bits of the extreme 0.5 waveamplitude: real; the amplitude of the wave in bits 10.6 wavelength: real; the wave length of the wave in bases 0.4 0.4 0.0 dashon, dashoff, dashoffset (in bases) 0.0 thickness: real; the thickness of the cosine wave. <=0 means default . @ NC_000913 752126.0 +1 "ir" "ybgD_gltA+" 8.728891 0.888366 0.187172 @ NC_000913 752135.0 +1 "orf" "4 codons" R 1.000000 0.000000 0.000000 1.000000 @ NC_000913 752112.0 +1 "sd" "" 1.256504 -1.781998 0.037375 define "sd-(14)-ir 752126 Gap" "-" "{}" "{}" 0.0 14.0 @ NC_000913 752112.0 +1 "sd-(14)-ir 752126 Gap" "4.9 bits" 4.898425 2.276413 9.344296 0.000000 -> [ir], [sd] define "sd-ir 752126 ybgD_gltA+ total 5.1" "-" "||" "||" -14.0 0.0 @ NC_000913 752126.0 +1 "sd-ir 752126 ybgD_gltA+ total 5.1" "bits" 5.086970 4.000000 752135.000000 0.000000 -> [ir], [sd] @ NC_000913 752150.0 +1 "ir" "ybgD_gltA+" 7.882617 0.513794 0.303698 @ NC_000913 752171.0 +1 "orf" "8 codons" R 1.000000 0.000000 0.000000 1.000000 @ NC_000913 752145.0 +1 "sd" "" 2.706737 -1.213401 0.112488 define "sd-(5)-ir 752150 Gap" "-" "{}" "{}" 0.0 5.0 @ NC_000913 752145.0 +1 "sd-(5)-ir 752150 Gap" "5.4 bits" 5.408286 2.276413 9.344296 0.000000 -> [ir], [sd] define "sd-ir 752150 ybgD_gltA+ total 5.2" "-" "||" "||" -5.0 0.0 @ NC_000913 752150.0 +1 "sd-ir 752150 ybgD_gltA+ total 5.2" "bits" 5.181068 8.000000 752171.000000 0.000000 -> [ir], [sd] @ NC_000913 752163.0 +1 "ir" "ybgD_gltA+" 8.608389 0.835030 0.201850 @ NC_000913 752178.0 +1 "orf" "6 codons" R 1.000000 0.000000 0.000000 1.000000 @ NC_000913 752152.0 +1 "sd" "" 3.404351 -0.939886 0.173638 define "sd-(11)-ir 752163 Gap" "-" "{}" "{}" 0.0 11.0 @ NC_000913 752152.0 +1 "sd-(11)-ir 752163 Gap" "3.0 bits" 3.043105 2.276413 9.344296 0.000000 -> [ir], [sd] define "sd-ir 752163 ybgD_gltA+ total 9.0" "-" "||" "||" -11.0 0.0 @ NC_000913 752163.0 +1 "sd-ir 752163 ybgD_gltA+ total 9.0" "bits" 8.969635 6.000000 752178.000000 0.000000 -> [ir], [sd] @ NC_000913 752166.0 +1 "ir" "ybgD_gltA+" 10.834924 1.820524 0.034340 @ NC_000913 752178.0 +1 "orf" "5 codons" R 1.000000 0.000000 0.000000 1.000000 @ NC_000913 752152.0 +1 "sd" "" 3.404351 -0.939886 0.173638 define "sd-(14)-ir 752166 Gap" "-" "{}" "{}" 0.0 14.0 @ NC_000913 752152.0 +1 "sd-(14)-ir 752166 Gap" "4.9 bits" 4.898425 2.276413 9.344296 0.000000 -> [ir], [sd] define "sd-ir 752166 ybgD_gltA+ total 9.3" "-" "||" "||" -14.0 0.0 @ NC_000913 752166.0 +1 "sd-ir 752166 ybgD_gltA+ total 9.3" "bits" 9.340850 5.000000 752178.000000 0.000000 -> [ir], [sd] @ NC_000913 752218.0 +1 "ir" "ybgD_gltA+" 3.473510 -1.437734 0.075255 @ NC_000913 752230.0 +1 "orf" "5 codons" R 1.000000 0.000000 0.000000 1.000000 @ NC_000913 752211.0 +1 "sd" "" 5.699650 -0.039961 0.484062 define "sd-(7)-ir 752218 Gap" "-" "{}" "{}" 0.0 7.0 @ NC_000913 752211.0 +1 "sd-(7)-ir 752218 Gap" "3.7 bits" 3.703029 2.276413 9.344296 0.000000 -> [ir], [sd] define "sd-ir 752218 ybgD_gltA+ total 5.5" "-" "||" "||" -7.0 0.0 @ NC_000913 752218.0 +1 "sd-ir 752218 ybgD_gltA+ total 5.5" "bits" 5.470131 5.000000 752230.000000 0.000000 -> [ir], [sd] @ NC_000913 752229.0 +1 "ir" "ybgD_gltA+" 9.083970 1.045529 0.147889 @ NC_000913 752268.0 +1 "orf" "14 codons" R 1.000000 0.000000 0.000000 1.000000 @ NC_000913 752211.0 +1 "sd" "" 5.699650 -0.039961 0.484062 define "sd-(18)-ir 752229 Gap" "-" "{}" "{}" 0.0 18.0 @ NC_000913 752211.0 +1 "sd-(18)-ir 752229 Gap" "6.9 bits" 6.931848 2.276413 9.344296 0.000000 -> [ir], [sd] define "sd-ir 752229 ybgD_gltA+ total 7.9" "-" "||" "||" -18.0 0.0 @ NC_000913 752229.0 +1 "sd-ir 752229 ybgD_gltA+ total 7.9" "bits" 7.851772 14.000000 752268.000000 1.000000 -> [ir], [sd] @ NC_000913 752310.0 +1 "ir" "ybgD_gltA+" 7.525557 0.355755 0.361012 @ NC_000913 752340.0 +1 "orf" "11 codons" R 1.000000 0.000000 0.000000 1.000000 @ NC_000913 752302.0 +1 "sd" "" 2.754576 -1.194645 0.116113 define "sd-(8)-ir 752310 Gap" "-" "{}" "{}" 0.0 8.0 @ NC_000913 752302.0 +1 "sd-(8)-ir 752310 Gap" "2.4 bits" 2.446019 2.276413 9.344296 0.000000 -> [ir], [sd] define "sd-ir 752310 ybgD_gltA+ total 7.8" "-" "||" "||" -8.0 0.0 @ NC_000913 752310.0 +1 "sd-ir 752310 ybgD_gltA+ total 7.8" "bits" 7.834114 11.000000 752340.000000 1.000000 -> [ir], [sd] * * 1 sequences are in the genomebook * 7 ORFs are in the genomebook * multiscan 3.94 * 2007/12/07 20:01:44, 2007/12/06 18:15:19, small proteins E.coli-K12 NC_000913 ybgD_gltA define "p10" " w" " " " " -1.0 4.0 ribl "p10" * Ri 2.69 * * Ri(b,l) table is from: ** rseq 5.39 rsequence calculated from encoded sequences from: ** encode 1.41; encoding of sequences in ** * 2003/04/23 22:04:54, 1999/05/04 14:41:13, inst * * BOOK/INST sequences are from: * 2003/04/23 22:04:54, 1999/05/04 14:41:13, inst * title "inst"; * * PARAMETERS FOR Ri: * -1 4 from-to * 1 column of value file * -2147483647.000000 2147483647.000000 lowest to highest Ri selected * -2147483647.000000 2147483647.000000 lowest to highest Value selected * not printing sequences to sequ * printing sequences to rixyin * -: whole line printed when partial site * using Staden's Method: when f(b,l) = 0, replace with f(b,l) = 1/(n+t), t = 2 * * i alignmenttype first, book, instructions * Ri(a,l) Ri(c,l) Ri(g,l) Ri(t,l) l a c g t -1 4 frombase, tobase -2.129296 -1.226594 -2.404931 1.650922 -1 23 43 19 316 1.890173 -6.660036 -5.067896 -2.009002 0 373 0 3 25 0.061387 -0.608464 -0.980433 0.830957 1 105 66 51 179 1.061387 -0.980433 -0.871499 -0.243467 2 210 51 55 85 1.061387 -0.052946 -1.443405 -0.819968 3 210 97 37 57 -6.660036 -2.404931 -3.193427 1.882417 4 0 19 11 371 * 4.783894 bits = mean (Rsequence of selected region) 2.128061 bits = standard deviation * 8.377244 bits = Ri of consensus sequence from -1 to 4 -19.129274 bits = Ri of anticonsensus sequence from -1 to 4 * -7.329533 bits = average Ri for random sequence from -1 to 4 * 401 n, number of sequences used to create the matrix * asymmetric symmetry of the matrix * -5000.000000 Ri bound: lower bound on Ri 100.000000 Z bound: lower bound on Z 1.000000 P bound: upper probability * l extreme: char; h or l, the high or low extreme to be defined 4.0 wavelocation: real; the location in bases of the extreme 1.0 wavebit: real; the location in bits of the extreme 0.5 waveamplitude: real; the amplitude of the wave in bits 10.6 wavelength: real; the wave length of the wave in bases 0.4 0.4 0.0 dashon, dashoff, dashoffset (in bases) 0.0 thickness: real; the thickness of the cosine wave. <=0 means default . * multiscan 3.94 * 2007/12/07 20:01:44, 2007/12/06 18:15:19, small proteins E.coli-K12 NC_000913 ybgD_gltA define "p35" " w" " " " " -1.0 4.0 ribl "p35" * Ri 2.69 * * Ri(b,l) table is from: ** rseq 5.39 rsequence calculated from encoded sequences from: ** encode 1.41; encoding of sequences in ** * 2003/04/23 22:05:06, 1999/05/04 14:41:13, inst * * BOOK/INST sequences are from: * 2003/04/23 22:05:06, 1999/05/04 14:41:13, inst * title "inst"; * * PARAMETERS FOR Ri: * -1 4 from-to * 1 column of value file * -2147483647.000000 2147483647.000000 lowest to highest Ri selected * -2147483647.000000 2147483647.000000 lowest to highest Value selected * not printing sequences to sequ * printing sequences to rixyin * -: whole line printed when partial site * using Staden's Method: when f(b,l) = 0, replace with f(b,l) = 1/(n+t), t = 2 * * i alignmenttype first, book, instructions * Ri(a,l) Ri(c,l) Ri(g,l) Ri(t,l) l a c g t -1 4 frombase, tobase -1.260541 -6.660036 -6.660036 1.834982 -1 42 0 0 359 -2.482933 -6.660036 -0.482933 1.627912 0 18 0 72 311 -2.482933 -4.067896 1.277879 0.402424 1 18 6 244 133 0.781770 0.423957 -6.660036 -0.113700 2 173 135 0 93 0.496889 0.476425 -1.330930 -0.349078 3 142 140 40 79 0.413231 -1.009002 -0.482933 0.527051 4 134 50 72 145 * 4.024391 bits = mean (Rsequence of selected region) 1.878152 bits = standard deviation * 6.546482 bits = Ri of consensus sequence from -1 to 4 -26.387937 bits = Ri of anticonsensus sequence from -1 to 4 * -8.110127 bits = average Ri for random sequence from -1 to 4 * 401 n, number of sequences used to create the matrix * asymmetric symmetry of the matrix * -5000.000000 Ri bound: lower bound on Ri 100.000000 Z bound: lower bound on Z 1.000000 P bound: upper probability * h extreme: char; h or l, the high or low extreme to be defined -1.0 wavelocation: real; the location in bases of the extreme 2.0 wavebit: real; the location in bits of the extreme 0.5 waveamplitude: real; the amplitude of the wave in bits 10.6 wavelength: real; the wave length of the wave in bases 0.4 0.4 0.0 dashon, dashoff, dashoffset (in bases) 0.0 thickness: real; the thickness of the cosine wave. <=0 means default . @ NC_000913 752033.0 +1 "p10" " 0.9 bits" 0.852749 -1.847290 0.032353 @ NC_000913 752011.0 +1 "p35" " 5.6 bits" 5.557208 0.816130 0.207213 define "p35-(22)-p10 752033 Gap" "-" "{}" "{}" 0.0 22 @ NC_000913 752011.0 1 "p35-(22)-p10 752033 Gap" "2.3 bits" 2.334525 1.428290 4.003602 define "p35-p10 752033 total 4.1" "-" "||" "||" -22 0 @ NC_000913 752033 1 "p35-p10 752033 total 4.1" "bits" 4.075432 0.000000 0.000000 @ NC_000913 752097.0 +1 "p10" " 1.4 bits" 1.430849 -1.575634 0.057555 @ NC_000913 752075.0 +1 "p35" " 5.7 bits" 5.700516 0.892433 0.186080 define "p35-(22)-p10 752097 Gap" "-" "{}" "{}" 0.0 22 @ NC_000913 752075.0 1 "p35-(22)-p10 752097 Gap" "2.3 bits" 2.334525 1.428290 4.003602 define "p35-p10 752097 total 4.8" "-" "||" "||" -22 0 @ NC_000913 752097 1 "p35-p10 752097 total 4.8" "bits" 4.796840 0.000000 0.000000 @ NC_000913 752104.0 +1 "p10" " 3.8 bits" 3.827455 -0.449442 0.326557 @ NC_000913 752082.0 +1 "p35" " 5.2 bits" 5.228883 0.641318 0.260658 define "p35-(22)-p10 752104 Gap" "-" "{}" "{}" 0.0 22 @ NC_000913 752082.0 1 "p35-(22)-p10 752104 Gap" "2.3 bits" 2.334525 1.428290 4.003602 define "p35-p10 752104 total 6.7" "-" "||" "||" -22 0 @ NC_000913 752104 1 "p35-p10 752104 total 6.7" "bits" 6.721813 0.000000 0.000000 @ NC_000913 752106.0 +1 "p10" " 2.5 bits" 2.522601 -1.062607 0.143980 @ NC_000913 752082.0 +1 "p35" " 5.2 bits" 5.228883 0.641318 0.260658 define "p35-(24)-p10 752106 Gap" "-" "{}" "{}" 0.0 24 @ NC_000913 752082.0 1 "p35-(24)-p10 752106 Gap" "2.4 bits" 2.427634 1.428290 4.003602 define "p35-p10 752106 total 5.3" "-" "||" "||" -24 0 @ NC_000913 752106 1 "p35-p10 752106 total 5.3" "bits" 5.323850 0.000000 0.000000 @ NC_000913 752115.0 +1 "p10" " 3.4 bits" 3.379644 -0.659873 0.254668 @ NC_000913 752091.0 +1 "p35" " 3.8 bits" 3.843209 -0.096468 0.461574 define "p35-(24)-p10 752115 Gap" "-" "{}" "{}" 0.0 24 @ NC_000913 752091.0 1 "p35-(24)-p10 752115 Gap" "2.4 bits" 2.427634 1.428290 4.003602 define "p35-p10 752115 total 4.8" "-" "||" "||" -24 0 @ NC_000913 752115 1 "p35-p10 752115 total 4.8" "bits" 4.795219 0.000000 0.000000 @ NC_000913 752119.0 +1 "p10" " 2.6 bits" 2.596713 -1.027781 0.152026 @ NC_000913 752098.0 +1 "p35" " 5.3 bits" 5.342703 0.701920 0.241365 define "p35-(21)-p10 752119 Gap" "-" "{}" "{}" 0.0 21 @ NC_000913 752098.0 1 "p35-(21)-p10 752119 Gap" "3.3 bits" 3.298901 1.428290 4.003602 define "p35-p10 752119 total 4.6" "-" "||" "||" -21 0 @ NC_000913 752119 1 "p35-p10 752119 total 4.6" "bits" 4.640515 0.000000 0.000000 @ NC_000913 752123.0 +1 "p10" " 3.7 bits" 3.708498 -0.505341 0.306660 @ NC_000913 752098.0 +1 "p35" " 5.3 bits" 5.342703 0.701920 0.241365 define "p35-(25)-p10 752123 Gap" "-" "{}" "{}" 0.0 25 @ NC_000913 752098.0 1 "p35-(25)-p10 752123 Gap" "4.0 bits" 4.012597 1.428290 4.003602 define "p35-p10 752123 total 5.0" "-" "||" "||" -25 0 @ NC_000913 752123 1 "p35-p10 752123 total 5.0" "bits" 5.038604 0.000000 0.000000 @ NC_000913 752136.0 +1 "p10" " 5.7 bits" 5.726318 0.442856 0.328935 @ NC_000913 752111.0 +1 "p35" " 4.7 bits" 4.691226 0.355048 0.361277 define "p35-(25)-p10 752136 Gap" "-" "{}" "{}" 0.0 25 @ NC_000913 752111.0 1 "p35-(25)-p10 752136 Gap" "4.0 bits" 4.012597 1.428290 4.003602 define "p35-p10 752136 total 6.4" "-" "||" "||" -25 0 @ NC_000913 752136 1 "p35-p10 752136 total 6.4" "bits" 6.404947 0.000000 0.000000 @ NC_000913 752147.0 +1 "p10" " 6.3 bits" 6.335423 0.729081 0.232976 @ NC_000913 752123.0 +1 "p35" " 2.8 bits" 2.785671 -0.659542 0.254774 define "p35-(24)-p10 752147 Gap" "-" "{}" "{}" 0.0 24 @ NC_000913 752123.0 1 "p35-(24)-p10 752147 Gap" "2.4 bits" 2.427634 1.428290 4.003602 define "p35-p10 752147 total 6.7" "-" "||" "||" -24 0 @ NC_000913 752147 1 "p35-p10 752147 total 6.7" "bits" 6.693460 0.000000 0.000000 @ NC_000913 752163.0 +1 "p10" " 6.4 bits" 6.444357 0.780270 0.217616 @ NC_000913 752139.0 +1 "p35" " 1.7 bits" 1.729538 -1.221868 0.110879 define "p35-(24)-p10 752163 Gap" "-" "{}" "{}" 0.0 24 @ NC_000913 752139.0 1 "p35-(24)-p10 752163 Gap" "2.4 bits" 2.427634 1.428290 4.003602 define "p35-p10 752163 total 5.7" "-" "||" "||" -24 0 @ NC_000913 752163 1 "p35-p10 752163 total 5.7" "bits" 5.746261 0.000000 0.000000 @ NC_000913 752172.0 +1 "p10" " 7.6 bits" 7.607673 1.326926 0.092267 @ NC_000913 752151.0 +1 "p35" " 3.5 bits" 3.450960 -0.305317 0.380063 define "p35-(21)-p10 752172 Gap" "-" "{}" "{}" 0.0 21 @ NC_000913 752151.0 1 "p35-(21)-p10 752172 Gap" "3.3 bits" 3.298901 1.428290 4.003602 define "p35-p10 752172 total 7.8" "-" "||" "||" -21 0 @ NC_000913 752172 1 "p35-p10 752172 total 7.8" "bits" 7.759732 0.000000 0.000000 @ NC_000913 752174.0 +1 "p10" " 2.5 bits" 2.522601 -1.062607 0.143980 @ NC_000913 752151.0 +1 "p35" " 3.5 bits" 3.450960 -0.305317 0.380063 define "p35-(23)-p10 752174 Gap" "-" "{}" "{}" 0.0 23 @ NC_000913 752151.0 1 "p35-(23)-p10 752174 Gap" "1.4 bits" 1.437284 1.428290 4.003602 define "p35-p10 752174 total 4.5" "-" "||" "||" -23 0 @ NC_000913 752174 1 "p35-p10 752174 total 4.5" "bits" 4.536277 0.000000 0.000000 @ NC_000913 752226.0 +1 "p10" " 4.9 bits" 4.896002 0.052681 0.478993 @ NC_000913 752203.0 +1 "p35" " 5.3 bits" 5.313215 0.686219 0.246287 define "p35-(23)-p10 752226 Gap" "-" "{}" "{}" 0.0 23 @ NC_000913 752203.0 1 "p35-(23)-p10 752226 Gap" "1.4 bits" 1.437284 1.428290 4.003602 define "p35-p10 752226 total 8.8" "-" "||" "||" -23 0 @ NC_000913 752226 1 "p35-p10 752226 total 8.8" "bits" 8.771933 0.000000 0.000000 @ NC_000913 752262.0 +1 "p10" " 4.3 bits" 4.321390 -0.217336 0.413973 @ NC_000913 752238.0 +1 "p35" " 5.7 bits" 5.671028 0.876733 0.190316 define "p35-(24)-p10 752262 Gap" "-" "{}" "{}" 0.0 24 @ NC_000913 752238.0 1 "p35-(24)-p10 752262 Gap" "2.4 bits" 2.427634 1.428290 4.003602 define "p35-p10 752262 total 7.6" "-" "||" "||" -24 0 @ NC_000913 752262 1 "p35-p10 752262 total 7.6" "bits" 7.564784 0.000000 0.000000 @ NC_000913 752264.0 +1 "p10" " 4.4 bits" 4.421464 -0.170310 0.432383 @ NC_000913 752243.0 +1 "p35" " 6.4 bits" 6.432663 1.282256 0.099876 define "p35-(21)-p10 752264 Gap" "-" "{}" "{}" 0.0 21 @ NC_000913 752243.0 1 "p35-(21)-p10 752264 Gap" "3.3 bits" 3.298901 1.428290 4.003602 define "p35-p10 752264 total 7.6" "-" "||" "||" -21 0 @ NC_000913 752264 1 "p35-p10 752264 total 7.6" "bits" 7.555226 0.000000 0.000000 @ NC_000913 752279.0 +1 "p10" " 6.0 bits" 5.958056 0.551752 0.290559 @ NC_000913 752257.0 +1 "p35" " 4.3 bits" 4.332719 0.164166 0.434800 define "p35-(22)-p10 752279 Gap" "-" "{}" "{}" 0.0 22 @ NC_000913 752257.0 1 "p35-(22)-p10 752279 Gap" "2.3 bits" 2.334525 1.428290 4.003602 define "p35-p10 752279 total 8.0" "-" "||" "||" -22 0 @ NC_000913 752279 1 "p35-p10 752279 total 8.0" "bits" 7.956250 0.000000 0.000000 @ NC_000913 752319.0 +1 "p10" " 5.2 bits" 5.191034 0.191320 0.424138 @ NC_000913 752296.0 +1 "p35" " 0.6 bits" 0.600396 -1.823066 0.034147 define "p35-(23)-p10 752319 Gap" "-" "{}" "{}" 0.0 23 @ NC_000913 752296.0 1 "p35-(23)-p10 752319 Gap" "1.4 bits" 1.437284 1.428290 4.003602 define "p35-p10 752319 total 4.4" "-" "||" "||" -23 0 @ NC_000913 752319 1 "p35-p10 752319 total 4.4" "bits" 4.354146 0.000000 0.000000 @ NC_000913 752325.0 +1 "p10" " 6.9 bits" 6.937822 1.012155 0.155732 @ NC_000913 752301.0 +1 "p35" " 0.4 bits" 0.424181 -1.916890 0.027626 define "p35-(24)-p10 752325 Gap" "-" "{}" "{}" 0.0 24 @ NC_000913 752301.0 1 "p35-(24)-p10 752325 Gap" "2.4 bits" 2.427634 1.428290 4.003602 define "p35-p10 752325 total 4.9" "-" "||" "||" -24 0 @ NC_000913 752325 1 "p35-p10 752325 total 4.9" "bits" 4.934369 0.000000 0.000000 * petalfeatures: color rectangle features for the lister program * version = 2.16 of mkpetals 2007 Dec 07 * format: * el: integer; (* edgelinewidth: edge linewidth (integer) *) * c : char; (* color kind: how color is defined: r for RGB, h for HSB *) * (* ---------------------------------------------- *) * eh: real; (* edgeh: edge hue OR red *) * es: real; (* edges: edge saturation OR blue *) * eb: real; (* edgeb: edge brightness OR green *) * (* ---------------------------------------------- *) * fh: real; (* fillh: fill hue OR red *) * fs: real; (* fills: fill saturation OR blue *) * fb: real; (* fillb: fill brightness OR green *) * (* ---------------------------------------------- *) * spare: real; (* spare *) * "name" el c eh es eb fh fs fb spare * * Determine rgb for full saturation: * hsb is 0.000 1 1.0 * rgb is 1 0 0 petal "ir" -1 h 1.0 0.0 1.0 0.000 -1 1.0 0.0 * * Determine rgb for full saturation: * hsb is 0.250 1 1.0 * rgb is 0.499997914 1 0 petal "sd" -1 h 1.0 0.0 1.0 0.250 -1 1.0 0.0 * * Determine rgb for full saturation: * hsb is 0.500 1 1.0 * rgb is 0 1 1 petal "p10" -1 h 1.0 0.0 1.0 0.500 -1 1.0 0.0 * * Determine rgb for full saturation: * hsb is 0.750 1 1.0 * rgb is 0.499998093 0 1 petal "p35" -1 h 1.0 0.0 1.0 0.750 -1 1.0 0.0