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> ### > attach(NULL, name = "CheckExEnv") > assign(".CheckExEnv", as.environment(2), pos = length(search())) # base > ## add some hooks to label plot pages for base and grid graphics > setHook("plot.new", ".newplot.hook") > setHook("persp", ".newplot.hook") > setHook("grid.newpage", ".gridplot.hook") > > assign("cleanEx", + function(env = .GlobalEnv) { + rm(list = ls(envir = env, all.names = TRUE), envir = env) + RNGkind("default", "default") + set.seed(1) + options(warn = 1) + delayedAssign("T", stop("T used instead of TRUE"), + assign.env = .CheckExEnv) + delayedAssign("F", stop("F used instead of FALSE"), + assign.env = .CheckExEnv) + sch <- search() + newitems <- sch[! sch %in% .oldSearch] + for(item in rev(newitems)) + eval(substitute(detach(item), list(item=item))) + missitems <- .oldSearch[! .oldSearch %in% sch] + if(length(missitems)) + warning("items ", paste(missitems, collapse=", "), + " have been removed from the search path") + }, + env = .CheckExEnv) > assign("..nameEx", "__{must remake R-ex/*.R}__", env = .CheckExEnv) # for now > assign("ptime", proc.time(), env = .CheckExEnv) > grDevices::postscript("PHYLOGR-Examples.ps") > assign("par.postscript", graphics::par(no.readonly = TRUE), env = .CheckExEnv) > options(contrasts = c(unordered = "contr.treatment", ordered = "contr.poly")) > options(warn = 1) > library('PHYLOGR') > > assign(".oldSearch", search(), env = .CheckExEnv) > assign(".oldNS", loadedNamespaces(), env = .CheckExEnv) > cleanEx(); ..nameEx <- "GarlandJanis.IC" > > ### * GarlandJanis.IC > > flush(stderr()); flush(stdout()) > > ### Name: GarlandJanis.IC > ### Title: Independet contrasts for Garland & Janis data set > ### Aliases: GarlandJanis.IC > ### Keywords: datasets > > ### ** Examples > > > # Multiple regression with independent contrasts > # excluding the polar bear - grizzly bear contrast > data(GarlandJanis.IC) > lm(running.speed ~ body.mass + hind.l.length - 1, + subset=names.contr!="Tm-Ur", data= GarlandJanis.IC) Call: lm(formula = running.speed ~ body.mass + hind.l.length - 1, data = GarlandJanis.IC, subset = names.contr != "Tm-Ur") Coefficients: body.mass hind.l.length -0.1921 0.8268 > > > ## Not run: > ##D # This data set can be obtained from the original files as: > ##D > ##D garland.janis.ic <- cbind(read.table("49ms.fic")[,c(3,4)], > ##D read.table("49hmt.fic")[,c(3,4)]) > ##D > ##D branch.lengths <- read.table("49ms.fic")[,5] > ##D garland.janis.ic <- garland.janis.ic/branch.lengths > ##D names(garland.janis.ic) <- c("body.mass", "running.speed", > ##D "hind.l.length", "mtf.ratio") > ##D garland.janis.ic[garland.janis.ic$body.mass<0,] <- > ##D -1 * garland.janis.ic[ garland.janis.ic$body.mass<0, ] > ##D garland.janis.ic$branch.lengths <- branch.lengths > ##D garland.janis.ic$names.contr <- > ##D as.factor(read.table("49ms.fic")[,1]) > ##D garland.janis.ic$clade.contr <- > ##D as.factor( c("root",rep("Carnivore",18), rep("Herbivore",29))) > ## End(Not run) > > > > > cleanEx(); ..nameEx <- "GarlandJanis.Original" > > ### * GarlandJanis.Original > > flush(stderr()); flush(stdout()) > > ### Name: GarlandJanis.Original > ### Title: Garland & Janis's 1993 data on mammalian running speed and limb > ### length > ### Aliases: GarlandJanis.Original > ### Keywords: datasets > > ### ** Examples > > # an example of a GLS fit > data(GarlandJanis.Original) > data(GarlandJanis.varcov) > attach(GarlandJanis.Original) > fit.gls.GJ <- phylog.gls.fit(cbind(body.mass,hind.l.length), + running.speed, GarlandJanis.varcov) > summary(fit.gls.GJ) # summary of the gls model; same as with IC Call: lm(formula = y ~ x1 - 1) Residuals: Min 1Q Median 3Q Max -6.380e-05 -9.081e-06 4.489e-06 1.738e-05 6.523e-05 Coefficients: Estimate Std. Error t value Pr(>|t|) (Intercept) 1.05220 0.38031 2.767 0.00813 ** body.mass -0.10530 0.07625 -1.381 0.17394 hind.l.length 0.46780 0.27426 1.706 0.09481 . --- Signif. codes: 0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1 Residual standard error: 3.037e-05 on 46 degrees of freedom Multiple R-Squared: 0.8551, Adjusted R-squared: 0.8456 F-statistic: 90.45 on 3 and 46 DF, p-value: < 2.2e-16 > detach(GarlandJanis.Original) > > ## Not run: > ##D # This data set can be prepared from the original pdi files > ##D # (in directory Examples) as: > ##D GarlandJanis.Orig <- read.pdi.data(c("49ms.pdi","49hmt.pdi"), > ##D variable.names = c("body.mass", "running.speed", > ##D "hind.l.length","mtf.ratio")) > ##D Garland.Janis.Orig$clade <- as.factor(c(rep("Carnivore",19), > ##D rep("Herbivore",30))) > ##D > ## End(Not run) > > > > > > > cleanEx(); ..nameEx <- "GarlandJanis.varcov" > > ### * GarlandJanis.varcov > > flush(stderr()); flush(stdout()) > > ### Name: GarlandJanis.varcov > ### Title: Phylogenetic variance-covariance matrix for Garland & Janis > ### (1993). > ### Aliases: GarlandJanis.varcov > ### Keywords: datasets > > ### ** Examples > > > # an example of a GLS fit > data(GarlandJanis.Original) > data(GarlandJanis.varcov) > attach(GarlandJanis.Original) > fit.gls.GJ <- phylog.gls.fit(cbind(body.mass,hind.l.length), + running.speed, GarlandJanis.varcov) > summary(fit.gls.GJ) # summary of the gls model; same as with IC Call: lm(formula = y ~ x1 - 1) Residuals: Min 1Q Median 3Q Max -6.380e-05 -9.081e-06 4.489e-06 1.738e-05 6.523e-05 Coefficients: Estimate Std. Error t value Pr(>|t|) (Intercept) 1.05220 0.38031 2.767 0.00813 ** body.mass -0.10530 0.07625 -1.381 0.17394 hind.l.length 0.46780 0.27426 1.706 0.09481 . --- Signif. codes: 0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1 Residual standard error: 3.037e-05 on 46 degrees of freedom Multiple R-Squared: 0.8551, Adjusted R-squared: 0.8456 F-statistic: 90.45 on 3 and 46 DF, p-value: < 2.2e-16 > detach(GarlandJanis.Original) > > > ## Not run: > ##D # This data set can be obtained from the original dsc file as: > ##D > ##D GarlandJanis.varcov <- read.phylog.matrix("49ms.dsc") > ##D > ## End(Not run) > > > > > > cleanEx(); ..nameEx <- "Lacertid.IC" > > ### * Lacertid.IC > > flush(stderr()); flush(stdout()) > > ### Name: Lacertid.IC > ### Title: Independet contrasts for Bauwens and Díaz-Uriarte (1997) > ### lacertid data set > ### Aliases: Lacertid.IC > ### Keywords: datasets > > ### ** Examples > > # Obtaining correlations through the origin; > # compare with Table 3 in Bauwens and Díaz-Uriarte (1997). > > data(Lacertid.IC) > cor.lacert <- matrix(nrow=7,ncol=7) > for (i in 1:7) for (j in 1:7) + cor.lacert[i,j] <- cor.origin(Lacertid.IC[[i]],Lacertid.IC[[j]]) > cor.lacert [,1] [,2] [,3] [,4] [,5] [,6] [1,] 1.0000000 0.9926253 0.9002151 0.8752645 0.8021590 -0.5053037 [2,] 0.9926253 1.0000000 0.9097577 0.8940310 0.7848170 -0.5008245 [3,] 0.9002151 0.9097577 1.0000000 0.9715335 0.5971319 -0.5652941 [4,] 0.8752645 0.8940310 0.9715335 1.0000000 0.5933807 -0.6392892 [5,] 0.8021590 0.7848170 0.5971319 0.5933807 1.0000000 -0.3020952 [6,] -0.5053037 -0.5008245 -0.5652941 -0.6392892 -0.3020952 1.0000000 [7,] 0.6479830 0.6378218 0.4737629 0.5119377 0.6338761 -0.4834185 [,7] [1,] 0.6479830 [2,] 0.6378218 [3,] 0.4737629 [4,] 0.5119377 [5,] 0.6338761 [6,] -0.4834185 [7,] 1.0000000 > > > > ## Not run: > ##D # This data frame can be obtained from the fic data files as: > ##D > ##D LacertidIC <- cbind(read.table("ifsmi.fic")[,c(3,4)], > ##D read.table("ihshw.fic")[,c(3,4)], > ##D read.table("iclag.fic")[,c(3,4)], > ##D read.table("icfxx.fic")[,3]) > ##D stand <- read.table("ifsmi.fic")[,5] > ##D LacertidIC <- LacertidIC/stand > ##D LacertidIC$contr <- read.table("ifsmi.fic")[,1] > ##D names(LacertidIC) <- c("svl","svl.matur", "hatsvl", "hatweight", > ##D "clutch.size", "age.mat","cl.freq","contr") > ## End(Not run) > > > > > > cleanEx(); ..nameEx <- "Lacertid.Original" > > ### * Lacertid.Original > > flush(stderr()); flush(stdout()) > > ### Name: Lacertid.Original > ### Title: Bauwens and Díaz-Uriarte (1997) lacertid data > ### Aliases: Lacertid.Original > ### Keywords: datasets > > ### ** Examples > > # a GLS fit > data(Lacertid.varcov) > data(Lacertid.Original) > ex.gls.phylog <- + phylog.gls.fit(Lacertid.Original$svl,Lacertid.Original$clutch.size,Lacertid.varcov) > ex.gls.phylog Call: lm(formula = y ~ x1 - 1) Coefficients: (Intercept) Lacertid.Original$svl -1.537 1.236 > > > ## Not run: > ##D # This data set can also be obtained from the pdi files > ##D # (see example in GarlandJanis.Original), or as: > ##D > ##D LacertidSim <- read.sim.data(c("ifsmi.sim","ihshw.sim","iclag.sim","icfxx.sim"), > ##D pdi.files=c("ifsmi.pdi","ihshw.pdi","iclag.pdi", "icfxx.pdi"), > ##D variable.names = c("svl","svl.matur","hatsvl","hatweight", > ##D "clutch.size", "age.mat","cl.freq", "xx")) > ##D > ##D LacertidSim <- LacertidSim[,-10] > ##D LacertidOriginal <- LacertidSim[LacertidSim$sim.counter==0,-1] > ##D > ## End(Not run) > > > > > > cleanEx(); ..nameEx <- "Lacertid.varcov" > > ### * Lacertid.varcov > > flush(stderr()); flush(stdout()) > > ### Name: Lacertid.varcov > ### Title: Variance-covariance matrix for lacertids from Bauwens and > ### Díaz-uriarte (1997) > ### Aliases: Lacertid.varcov > ### Keywords: datasets > > ### ** Examples > > # a GLS fit > data(Lacertid.varcov) > data(Lacertid.Original) > ex.gls.phylog <- + phylog.gls.fit(Lacertid.Original$svl,Lacertid.Original$clutch.size,Lacertid.varcov) > ex.gls.phylog Call: lm(formula = y ~ x1 - 1) Coefficients: (Intercept) Lacertid.Original$svl -1.537 1.236 > > ## Not run: > ##D # This data can be obtained from the original dsc file as: > ##D Lacertid.varcov <- read.phylog.matrix("ifsmi.dsc") > ##D > ## End(Not run) > > > > > > cleanEx(); ..nameEx <- "SimulExample" > > ### * SimulExample > > flush(stderr()); flush(stdout()) > > ### Name: SimulExample > ### Title: A simulated data set > ### Aliases: SimulExample > ### Keywords: datasets > > ### ** Examples > > # a canonical correlation example > data(SimulExample) > ex1.cancor <- cancor.phylog(SimulExample[,c(1,2,3,4,5)],SimulExample[,c(1,2,6,7,8)]) > ex1.cancor $call cancor.phylog(data1 = SimulExample[, c(1, 2, 3, 4, 5)], data2 = SimulExample[, c(1, 2, 6, 7, 8)]) $CanonicalCorrelations sim.counter corr1 corr2 corr3 1 0 0.9838962 0.88417720 0.051546495 2 1 0.6325809 0.48979735 0.196570291 3 2 0.6824328 0.45178721 0.106355630 4 3 0.7508360 0.35999499 0.211118642 5 4 0.8226840 0.72493791 0.074082867 6 5 0.6884552 0.43660310 0.025980345 7 6 0.6454337 0.60856925 0.033345911 8 7 0.7725224 0.40680581 0.072988125 9 8 0.7959243 0.55203066 0.011985398 10 9 0.8718280 0.40044492 0.172152126 11 10 0.7783081 0.62310191 0.114865358 12 11 0.7137652 0.62992358 0.090824721 13 12 0.8340989 0.59310121 0.137063804 14 13 0.7864354 0.42769122 0.118935582 15 14 0.5347906 0.33700416 0.176490648 16 15 0.8073579 0.25371665 0.149527536 17 16 0.7506524 0.45185979 0.192870716 18 17 0.8063087 0.53263470 0.243448619 19 18 0.6130657 0.56128855 0.185500055 20 19 0.8059692 0.33583561 0.079950441 21 20 0.6210359 0.35395828 0.039643534 22 21 0.8272798 0.57047345 0.038052111 23 22 0.7299834 0.27509378 0.139310853 24 23 0.8081339 0.79097739 0.033994730 25 24 0.6913278 0.41491876 0.360819059 26 25 0.7046790 0.48076965 0.133645492 27 26 0.8250116 0.63290165 0.336269251 28 27 0.7330786 0.44133207 0.151679070 29 28 0.5861245 0.29914254 0.006451618 30 29 0.7630111 0.24503695 0.093865322 31 30 0.8574988 0.70790446 0.059132027 32 31 0.7124877 0.58367100 0.066604244 33 32 0.5190821 0.45489788 0.076462671 34 33 0.7551642 0.39371036 0.172938247 35 34 0.6672596 0.31272087 0.052250977 36 35 0.6044366 0.52234820 0.015956357 37 36 0.7648344 0.57775896 0.123527180 38 37 0.6652652 0.46968713 0.041937443 39 38 0.8543336 0.64290957 0.537501461 40 39 0.7914036 0.44231390 0.174731740 41 40 0.8292692 0.73714721 0.040404313 42 41 0.6953984 0.46395608 0.015520590 43 42 0.8356046 0.39414370 0.222138447 44 43 0.7481198 0.56363464 0.370969997 45 44 0.8139959 0.43544152 0.312974716 46 45 0.7635686 0.56793798 0.083859614 47 46 0.7440929 0.40523754 0.072524796 48 47 0.8662495 0.64159592 0.163946758 49 48 0.7107965 0.51345279 0.371712406 50 49 0.3955801 0.04719332 0.002114502 51 50 0.7003494 0.44649065 0.109016855 $LR.statistic sim.counter lambda 1 0 67.074744 2 1 11.134845 3 2 11.697715 4 3 13.688240 5 4 25.387866 6 5 11.536600 7 6 13.534696 8 7 14.776467 9 8 18.459286 10 9 22.036433 11 10 19.379624 12 11 16.551619 13 12 22.170832 14 13 15.928086 15 14 6.602490 16 15 15.446762 17 16 14.785285 18 17 19.506912 19 18 11.944556 20 19 15.858749 21 20 8.406181 22 21 20.903367 23 22 11.602596 24 23 27.571991 25 24 13.208060 26 25 13.056980 27 26 23.938378 28 27 13.645927 29 28 6.948238 30 29 12.737112 31 30 27.379132 32 31 15.248554 33 32 7.447444 34 33 14.085860 35 34 9.380584 36 35 10.442864 37 36 17.562940 38 37 11.278322 39 38 29.472676 40 39 16.646470 41 40 26.315572 42 41 12.196852 43 42 19.136840 44 43 18.232844 45 44 18.897057 46 45 17.161739 47 46 13.383451 48 47 26.264525 49 48 15.638276 50 49 2.327536 51 50 12.266054 attr(,"class") [1] "phylog.cancor" "list" > summary(ex1.cancor) Call: cancor.phylog(data1 = SimulExample[, c(1, 2, 3, 4, 5)], data2 = SimulExample[, c(1, 2, 6, 7, 8)]) Canonical correlations from original data: corr1 corr2 corr3 0.9838962 0.8841772 0.0515465 LR statistic from original data to test that all canonical correlations are zero: lambda 67.07474 Test that all canonical correlations are zero: P-value 0.01960784 'Correlation-wise' P-value for canonical correlations: corr1 corr2 corr3 0.01960784 0.01960784 0.76470588 'Multiple' P-value for canonical correlations: corr1 corr2 corr3 0.01960784 0.01960784 0.76470588 Quantiles of canonical correlations' distributions: corr1 corr2 corr3 50% 0.7507442 0.4594270 0.1119411 90% 0.8342495 0.6417273 0.3153042 95% 0.8560744 0.7172729 0.3664021 99% 0.8690945 0.7646006 0.4562648 99.9% 0.8715546 0.7883397 0.5293778 Number of simulations used in analyses: 50 > plot(ex1.cancor) > > > > cleanEx(); ..nameEx <- "cancor.phylog" > > ### * cancor.phylog > > flush(stderr()); flush(stdout()) > > ### Name: cancor.phylog > ### Title: Canonical Correlation Analysis from Simulated Data Sets > ### Aliases: cancor.phylog > ### Keywords: multivariate > > ### ** Examples > > data(SimulExample) > ex1.cancor <- cancor.phylog(SimulExample[,c(1,2,3,4,5)],SimulExample[,c(1,2,6,7,8)]) > ex1.cancor $call cancor.phylog(data1 = SimulExample[, c(1, 2, 3, 4, 5)], data2 = SimulExample[, c(1, 2, 6, 7, 8)]) $CanonicalCorrelations sim.counter corr1 corr2 corr3 1 0 0.9838962 0.88417720 0.051546495 2 1 0.6325809 0.48979735 0.196570291 3 2 0.6824328 0.45178721 0.106355630 4 3 0.7508360 0.35999499 0.211118642 5 4 0.8226840 0.72493791 0.074082867 6 5 0.6884552 0.43660310 0.025980345 7 6 0.6454337 0.60856925 0.033345911 8 7 0.7725224 0.40680581 0.072988125 9 8 0.7959243 0.55203066 0.011985398 10 9 0.8718280 0.40044492 0.172152126 11 10 0.7783081 0.62310191 0.114865358 12 11 0.7137652 0.62992358 0.090824721 13 12 0.8340989 0.59310121 0.137063804 14 13 0.7864354 0.42769122 0.118935582 15 14 0.5347906 0.33700416 0.176490648 16 15 0.8073579 0.25371665 0.149527536 17 16 0.7506524 0.45185979 0.192870716 18 17 0.8063087 0.53263470 0.243448619 19 18 0.6130657 0.56128855 0.185500055 20 19 0.8059692 0.33583561 0.079950441 21 20 0.6210359 0.35395828 0.039643534 22 21 0.8272798 0.57047345 0.038052111 23 22 0.7299834 0.27509378 0.139310853 24 23 0.8081339 0.79097739 0.033994730 25 24 0.6913278 0.41491876 0.360819059 26 25 0.7046790 0.48076965 0.133645492 27 26 0.8250116 0.63290165 0.336269251 28 27 0.7330786 0.44133207 0.151679070 29 28 0.5861245 0.29914254 0.006451618 30 29 0.7630111 0.24503695 0.093865322 31 30 0.8574988 0.70790446 0.059132027 32 31 0.7124877 0.58367100 0.066604244 33 32 0.5190821 0.45489788 0.076462671 34 33 0.7551642 0.39371036 0.172938247 35 34 0.6672596 0.31272087 0.052250977 36 35 0.6044366 0.52234820 0.015956357 37 36 0.7648344 0.57775896 0.123527180 38 37 0.6652652 0.46968713 0.041937443 39 38 0.8543336 0.64290957 0.537501461 40 39 0.7914036 0.44231390 0.174731740 41 40 0.8292692 0.73714721 0.040404313 42 41 0.6953984 0.46395608 0.015520590 43 42 0.8356046 0.39414370 0.222138447 44 43 0.7481198 0.56363464 0.370969997 45 44 0.8139959 0.43544152 0.312974716 46 45 0.7635686 0.56793798 0.083859614 47 46 0.7440929 0.40523754 0.072524796 48 47 0.8662495 0.64159592 0.163946758 49 48 0.7107965 0.51345279 0.371712406 50 49 0.3955801 0.04719332 0.002114502 51 50 0.7003494 0.44649065 0.109016855 $LR.statistic sim.counter lambda 1 0 67.074744 2 1 11.134845 3 2 11.697715 4 3 13.688240 5 4 25.387866 6 5 11.536600 7 6 13.534696 8 7 14.776467 9 8 18.459286 10 9 22.036433 11 10 19.379624 12 11 16.551619 13 12 22.170832 14 13 15.928086 15 14 6.602490 16 15 15.446762 17 16 14.785285 18 17 19.506912 19 18 11.944556 20 19 15.858749 21 20 8.406181 22 21 20.903367 23 22 11.602596 24 23 27.571991 25 24 13.208060 26 25 13.056980 27 26 23.938378 28 27 13.645927 29 28 6.948238 30 29 12.737112 31 30 27.379132 32 31 15.248554 33 32 7.447444 34 33 14.085860 35 34 9.380584 36 35 10.442864 37 36 17.562940 38 37 11.278322 39 38 29.472676 40 39 16.646470 41 40 26.315572 42 41 12.196852 43 42 19.136840 44 43 18.232844 45 44 18.897057 46 45 17.161739 47 46 13.383451 48 47 26.264525 49 48 15.638276 50 49 2.327536 51 50 12.266054 attr(,"class") [1] "phylog.cancor" "list" > summary(ex1.cancor) Call: cancor.phylog(data1 = SimulExample[, c(1, 2, 3, 4, 5)], data2 = SimulExample[, c(1, 2, 6, 7, 8)]) Canonical correlations from original data: corr1 corr2 corr3 0.9838962 0.8841772 0.0515465 LR statistic from original data to test that all canonical correlations are zero: lambda 67.07474 Test that all canonical correlations are zero: P-value 0.01960784 'Correlation-wise' P-value for canonical correlations: corr1 corr2 corr3 0.01960784 0.01960784 0.76470588 'Multiple' P-value for canonical correlations: corr1 corr2 corr3 0.01960784 0.01960784 0.76470588 Quantiles of canonical correlations' distributions: corr1 corr2 corr3 50% 0.7507442 0.4594270 0.1119411 90% 0.8342495 0.6417273 0.3153042 95% 0.8560744 0.7172729 0.3664021 99% 0.8690945 0.7646006 0.4562648 99.9% 0.8715546 0.7883397 0.5293778 Number of simulations used in analyses: 50 > plot(ex1.cancor) > > > > cleanEx(); ..nameEx <- "cor.origin" > > ### * cor.origin > > flush(stderr()); flush(stdout()) > > ### Name: cor.origin > ### Title: Correlation Through the Origin > ### Aliases: cor.origin > ### Keywords: models > > ### ** Examples > > x <- rnorm(100) > y <- rnorm(100) > rho <- cor.origin(x,y) > rho # the correlation [,1] [1,] -0.005780291 > 2 * (1 - pt(sqrt(99) * rho / sqrt(1 - rho^2), 99)) # the p-value [,1] [1,] 1.045748 > > > > > cleanEx(); ..nameEx <- "lm.phylog" > > ### * lm.phylog > > flush(stderr()); flush(stdout()) > > ### Name: lm.phylog > ### Title: Linear Models from Simulated Data Sets > ### Aliases: lm.phylog > ### Keywords: models > > ### ** Examples > > data(SimulExample) > ex1.lm <- lm.phylog(y ~ x1+diet, weights=x2, max.num=20, + exclude.tips=c("La","Ls"), data=SimulExample) > ex1.lm $call lm.phylog(formula = y ~ x1 + diet, data = SimulExample, max.num = 20, weights = x2, exclude.tips = c("La", "Ls")) $Fits sim.counter Intercept x1 dietHerbivore dietOmmnivore 1 0 0.04684052 1.01824839 0.01087325 -0.001806266 2 1 2.31408010 -0.19834227 0.08739690 0.027926973 3 2 1.30560818 0.32625937 -0.21801573 -0.059505021 4 3 2.33624847 -0.28684247 -0.01565679 -0.034285692 5 4 -0.80065264 1.55840332 -0.38554125 0.006609839 6 5 1.12942804 0.28998346 -0.15087300 0.121367655 7 6 2.65846287 -0.37093984 -0.19863179 -0.110448677 8 7 2.40915594 -0.23891771 0.15960668 -0.006232168 9 8 1.90107444 -0.09279173 -0.14355930 -0.115010594 10 9 2.30839371 -0.25956003 0.04000158 0.000586112 11 10 1.51196636 0.14020244 -0.01309107 0.048122806 12 11 2.05624492 -0.14665232 0.01795160 0.105019208 13 12 2.71478929 -0.42858082 -0.09437087 -0.142297092 14 13 1.95362857 -0.07281791 0.07981152 -0.127237623 15 14 2.15648243 -0.12675333 0.05766738 0.088804296 16 15 0.82121356 0.63318358 0.14348885 0.044870974 17 16 1.73150331 0.17816726 0.09612787 0.073776152 18 17 2.03625091 -0.11522376 0.04281529 0.051489861 19 18 2.56194914 -0.46581137 0.18577827 0.022081379 20 19 3.20392751 -0.84284857 0.26931735 -0.019007258 21 20 2.17210943 -0.11063609 -0.01524169 -0.054534320 $MarginalTests sim.counter Overall.F x1 diet 1 0 359.1893210 918.9025397 0.8915580 2 1 1.0989642 0.2857408 0.8321358 3 2 3.0182479 2.5098988 3.5520475 4 3 0.8529520 1.3842939 0.1046730 5 4 4.1734916 6.8547795 6.1799313 6 5 2.5002104 0.5327143 2.7470743 7 6 1.9005461 3.4199110 2.4718393 8 7 3.5143912 1.0760566 4.9537550 9 8 1.2649848 0.2743645 1.5556141 10 9 1.5953719 3.0756411 0.2827027 11 10 0.2336746 0.2901285 0.3394287 12 11 0.6750393 0.2002470 0.9635332 13 12 1.9015459 3.0923164 1.5268859 14 13 9.9818869 0.2148447 14.9699973 15 14 0.5572110 0.1399870 0.3872231 16 15 2.5685745 5.8454114 2.6218390 17 16 1.0405779 0.9836682 1.0942094 18 17 0.2350863 0.1973380 0.3468017 19 18 2.8817508 3.9330872 3.6454075 20 19 4.5500592 9.4479677 5.8788678 21 20 0.7641687 0.7415619 0.7216099 attr(,"class") [1] "phylog.lm" "list" > summary(ex1.lm) Call: lm.phylog(formula = y ~ x1 + diet, data = SimulExample, max.num = 20, weights = x2, exclude.tips = c("La", "Ls")) Model from inp data: Intercept x1 dietHerbivore dietOmmnivore 0.046840516 1.018248391 0.010873247 -0.001806266 F-test's from inp data: Overall.F x1 diet 359.189321 918.902540 0.891558 P-value: Overall.F x1 diet 0.04761905 0.04761905 0.66666667 Quantiles of F-value distribution: Overall.F x1 diet 50% 1.747959 1.029862 1.541250 90% 4.211148 5.946348 5.908974 95% 4.821651 6.984439 6.619435 99% 8.949840 8.955262 13.299885 99.9% 9.878682 9.398697 14.802986 Number of simulations used in analyses: 20 > par(mfrow=c(2,2)) > plot(ex1.lm) > > > > > graphics::par(get("par.postscript", env = .CheckExEnv)) > cleanEx(); ..nameEx <- "matrix.D" > > ### * matrix.D > > flush(stderr()); flush(stdout()) > > ### Name: matrix.D > ### Title: Produce the Matrix D of Garland and Ives (2000) for GLS > ### Aliases: matrix.D > ### Keywords: array > > ### ** Examples > > #perform GLS using lm function after transforming the variables > data(Lacertid.varcov) > mD <- matrix.D(Lacertid.varcov) > data(Lacertid.Original) > # obtain transformed variables > Z <- mD %*% Lacertid.Original$clutch.size > U <- mD %*% cbind(rep(1,18),Lacertid.Original$svl) # intercept included > lm1 <- lm(Z ~ U - 1) # eliminate intercept, since already included in U matrix > summary(lm1) Call: lm(formula = Z ~ U - 1) Residuals: Min 1Q Median 3Q Max -0.0517427 -0.0189125 -0.0005265 0.0205597 0.0565061 Coefficients: Estimate Std. Error t value Pr(>|t|) U1 -1.5366 0.4217 -3.644 0.00219 ** U2 1.2363 0.2301 5.374 6.21e-05 *** --- Signif. codes: 0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1 Residual standard error: 0.03362 on 16 degrees of freedom Multiple R-Squared: 0.8621, Adjusted R-squared: 0.8448 F-statistic: 50 on 2 and 16 DF, p-value: 1.310e-07 > > > > cleanEx(); ..nameEx <- "phylog.gls.fit" > > ### * phylog.gls.fit > > flush(stderr()); flush(stdout()) > > ### Name: phylog.gls.fit > ### Title: Phylogenetically-Based GLS Model Fitting > ### Aliases: phylog.gls.fit > ### Keywords: models > > ### ** Examples > > data(Lacertid.varcov) > data(Lacertid.Original) > ex.gls.phylog <- + phylog.gls.fit(Lacertid.Original$svl,Lacertid.Original$clutch.size,Lacertid.varcov) > ex.gls.phylog Call: lm(formula = y ~ x1 - 1) Coefficients: (Intercept) Lacertid.Original$svl -1.537 1.236 > > > > cleanEx(); ..nameEx <- "plot.phylog.cancor" > > ### * plot.phylog.cancor > > flush(stderr()); flush(stdout()) > > ### Name: plot.phylog.cancor > ### Title: Plot a phylog.cancor object > ### Aliases: plot.phylog.cancor > ### Keywords: methods > > ### ** Examples > > data(SimulExample) > ex1.cancor <- cancor.phylog(SimulExample[,c(1,2,3,4,5)],SimulExample[,c(1,2,6,7,8)]) > ex1.cancor $call cancor.phylog(data1 = SimulExample[, c(1, 2, 3, 4, 5)], data2 = SimulExample[, c(1, 2, 6, 7, 8)]) $CanonicalCorrelations sim.counter corr1 corr2 corr3 1 0 0.9838962 0.88417720 0.051546495 2 1 0.6325809 0.48979735 0.196570291 3 2 0.6824328 0.45178721 0.106355630 4 3 0.7508360 0.35999499 0.211118642 5 4 0.8226840 0.72493791 0.074082867 6 5 0.6884552 0.43660310 0.025980345 7 6 0.6454337 0.60856925 0.033345911 8 7 0.7725224 0.40680581 0.072988125 9 8 0.7959243 0.55203066 0.011985398 10 9 0.8718280 0.40044492 0.172152126 11 10 0.7783081 0.62310191 0.114865358 12 11 0.7137652 0.62992358 0.090824721 13 12 0.8340989 0.59310121 0.137063804 14 13 0.7864354 0.42769122 0.118935582 15 14 0.5347906 0.33700416 0.176490648 16 15 0.8073579 0.25371665 0.149527536 17 16 0.7506524 0.45185979 0.192870716 18 17 0.8063087 0.53263470 0.243448619 19 18 0.6130657 0.56128855 0.185500055 20 19 0.8059692 0.33583561 0.079950441 21 20 0.6210359 0.35395828 0.039643534 22 21 0.8272798 0.57047345 0.038052111 23 22 0.7299834 0.27509378 0.139310853 24 23 0.8081339 0.79097739 0.033994730 25 24 0.6913278 0.41491876 0.360819059 26 25 0.7046790 0.48076965 0.133645492 27 26 0.8250116 0.63290165 0.336269251 28 27 0.7330786 0.44133207 0.151679070 29 28 0.5861245 0.29914254 0.006451618 30 29 0.7630111 0.24503695 0.093865322 31 30 0.8574988 0.70790446 0.059132027 32 31 0.7124877 0.58367100 0.066604244 33 32 0.5190821 0.45489788 0.076462671 34 33 0.7551642 0.39371036 0.172938247 35 34 0.6672596 0.31272087 0.052250977 36 35 0.6044366 0.52234820 0.015956357 37 36 0.7648344 0.57775896 0.123527180 38 37 0.6652652 0.46968713 0.041937443 39 38 0.8543336 0.64290957 0.537501461 40 39 0.7914036 0.44231390 0.174731740 41 40 0.8292692 0.73714721 0.040404313 42 41 0.6953984 0.46395608 0.015520590 43 42 0.8356046 0.39414370 0.222138447 44 43 0.7481198 0.56363464 0.370969997 45 44 0.8139959 0.43544152 0.312974716 46 45 0.7635686 0.56793798 0.083859614 47 46 0.7440929 0.40523754 0.072524796 48 47 0.8662495 0.64159592 0.163946758 49 48 0.7107965 0.51345279 0.371712406 50 49 0.3955801 0.04719332 0.002114502 51 50 0.7003494 0.44649065 0.109016855 $LR.statistic sim.counter lambda 1 0 67.074744 2 1 11.134845 3 2 11.697715 4 3 13.688240 5 4 25.387866 6 5 11.536600 7 6 13.534696 8 7 14.776467 9 8 18.459286 10 9 22.036433 11 10 19.379624 12 11 16.551619 13 12 22.170832 14 13 15.928086 15 14 6.602490 16 15 15.446762 17 16 14.785285 18 17 19.506912 19 18 11.944556 20 19 15.858749 21 20 8.406181 22 21 20.903367 23 22 11.602596 24 23 27.571991 25 24 13.208060 26 25 13.056980 27 26 23.938378 28 27 13.645927 29 28 6.948238 30 29 12.737112 31 30 27.379132 32 31 15.248554 33 32 7.447444 34 33 14.085860 35 34 9.380584 36 35 10.442864 37 36 17.562940 38 37 11.278322 39 38 29.472676 40 39 16.646470 41 40 26.315572 42 41 12.196852 43 42 19.136840 44 43 18.232844 45 44 18.897057 46 45 17.161739 47 46 13.383451 48 47 26.264525 49 48 15.638276 50 49 2.327536 51 50 12.266054 attr(,"class") [1] "phylog.cancor" "list" > summary(ex1.cancor) Call: cancor.phylog(data1 = SimulExample[, c(1, 2, 3, 4, 5)], data2 = SimulExample[, c(1, 2, 6, 7, 8)]) Canonical correlations from original data: corr1 corr2 corr3 0.9838962 0.8841772 0.0515465 LR statistic from original data to test that all canonical correlations are zero: lambda 67.07474 Test that all canonical correlations are zero: P-value 0.01960784 'Correlation-wise' P-value for canonical correlations: corr1 corr2 corr3 0.01960784 0.01960784 0.76470588 'Multiple' P-value for canonical correlations: corr1 corr2 corr3 0.01960784 0.01960784 0.76470588 Quantiles of canonical correlations' distributions: corr1 corr2 corr3 50% 0.7507442 0.4594270 0.1119411 90% 0.8342495 0.6417273 0.3153042 95% 0.8560744 0.7172729 0.3664021 99% 0.8690945 0.7646006 0.4562648 99.9% 0.8715546 0.7883397 0.5293778 Number of simulations used in analyses: 50 > par(mfrow=c(1,3)) > plot(ex1.cancor) > > > > graphics::par(get("par.postscript", env = .CheckExEnv)) > cleanEx(); ..nameEx <- "plot.phylog.lm" > > ### * plot.phylog.lm > > flush(stderr()); flush(stdout()) > > ### Name: plot.phylog.lm > ### Title: Plot a phylog.lm object > ### Aliases: plot.phylog.lm > ### Keywords: methods > > ### ** Examples > > data(SimulExample) > ex1.lm <- lm.phylog(y ~ x1 + diet, weights=x2, max.num=20, data=SimulExample) > options(digits=5) > plot(ex1.lm) > > > > cleanEx(); ..nameEx <- "plot.phylog.prcomp" > > ### * plot.phylog.prcomp > > flush(stderr()); flush(stdout()) > > ### Name: plot.phylog.prcomp > ### Title: Plot a phylog.prcomp object > ### Aliases: plot.phylog.prcomp > ### Keywords: methods > > ### ** Examples > > > data(SimulExample) > ex1.prcomp <- prcomp.phylog(SimulExample[,-11]) # 11th column is a factor > options(digits=5) > plot(ex1.prcomp) > > > > cleanEx(); ..nameEx <- "prcomp.phylog" > > ### * prcomp.phylog > > flush(stderr()); flush(stdout()) > > ### Name: prcomp.phylog > ### Title: Principal Components Analysis from Simulated Data Sets > ### Aliases: prcomp.phylog > ### Keywords: multivariate > > ### ** Examples > > data(SimulExample) > ex1.prcomp <- prcomp.phylog(SimulExample[,-11]) # 11th col. is a factor > options(digits=5) > ex1.prcomp $call prcomp.phylog(x = SimulExample[, -11]) $Eigenvalues sim.counter lambda1 lambda2 lambda3 lambda4 lambda5 lambda6 lambda7 1 0 5.3314 1.1683 0.80315 0.40273 0.22142 0.053902 0.013510 2 1 2.4129 1.8695 1.59861 0.74622 0.61655 0.402546 0.278430 3 2 2.3326 1.5977 1.25041 1.11059 0.84565 0.416597 0.340169 4 3 2.3380 1.7825 1.17650 0.99453 0.73442 0.569602 0.345720 5 4 2.6719 2.0170 1.16973 0.84209 0.56944 0.335690 0.230273 6 5 2.7902 1.9011 1.14950 0.80436 0.44829 0.404728 0.323472 7 6 2.7112 1.5156 1.38530 1.17224 0.62520 0.363234 0.155452 8 7 2.4349 1.7279 1.08170 0.87678 0.78370 0.584830 0.292883 9 8 2.5496 1.5742 1.38415 0.87548 0.74908 0.499462 0.230268 10 9 3.3494 1.3681 0.97216 0.81876 0.62947 0.492135 0.247549 11 10 3.0265 1.6290 1.20662 0.78033 0.63191 0.367362 0.209789 12 11 2.8507 1.6624 1.29839 0.70994 0.51708 0.433605 0.352170 13 12 3.2481 1.8880 1.29654 0.81161 0.32865 0.241304 0.139548 14 13 2.7082 1.8136 1.50311 0.82672 0.50059 0.321575 0.247494 15 14 2.0163 1.7235 1.35079 0.90952 0.86633 0.749852 0.253583 16 15 2.9195 1.8509 1.25736 0.95368 0.38568 0.310117 0.206110 17 16 2.4506 1.9884 1.26562 0.97211 0.58881 0.386576 0.200461 18 17 2.6901 1.9397 1.31791 0.84192 0.57460 0.250434 0.241463 19 18 2.7540 1.9297 1.28420 0.68345 0.58025 0.312473 0.266357 20 19 3.2338 1.5746 1.12275 0.85952 0.78277 0.184607 0.160078 21 20 2.5005 1.4626 1.39478 0.99924 0.83329 0.387958 0.290246 22 21 2.5973 1.5198 1.23422 1.00361 0.68829 0.558428 0.285040 23 22 1.8452 1.7511 1.47164 1.19759 0.77820 0.464102 0.307248 24 23 2.9473 2.1591 1.20722 0.68401 0.52574 0.272627 0.126440 25 24 2.4883 1.9018 1.07204 0.96875 0.67055 0.448160 0.365110 26 25 2.4895 1.8320 1.28871 0.97089 0.65173 0.459489 0.168932 27 26 3.5210 1.9969 0.83623 0.68952 0.39855 0.317168 0.183551 28 27 2.8383 1.7655 1.12462 0.84656 0.68912 0.499684 0.152882 29 28 2.2787 2.1386 1.25653 0.87918 0.54641 0.504117 0.265531 30 29 2.6458 1.8062 1.28861 0.80580 0.57680 0.484765 0.252565 31 30 2.6231 2.2789 0.90874 0.78759 0.70738 0.355674 0.245995 32 31 2.5181 1.6626 1.39956 1.12025 0.54263 0.490885 0.163999 33 32 2.4227 1.8082 1.50031 1.07315 0.53049 0.341490 0.266865 34 33 2.3971 1.9498 1.53444 0.72806 0.60971 0.495096 0.158607 35 34 2.4201 1.5249 1.33235 0.93111 0.68122 0.563590 0.333749 36 35 2.1454 1.8460 1.29938 1.03950 0.73846 0.514867 0.224459 37 36 2.4953 1.5805 1.34660 0.99553 0.71645 0.405632 0.302989 38 37 2.4754 1.7990 1.40969 0.81908 0.57963 0.488656 0.287477 39 38 3.2201 1.7705 1.47081 0.80861 0.27858 0.229830 0.157738 40 39 2.8408 1.7402 1.07585 0.93496 0.67354 0.474344 0.197174 41 40 2.6821 1.7878 1.29158 0.90800 0.66835 0.381717 0.184283 42 41 2.4794 1.8668 1.21565 0.92366 0.78431 0.431080 0.189599 43 42 2.6664 2.0850 1.42942 0.70217 0.59685 0.280982 0.167257 44 43 2.0987 2.0342 1.18306 1.09032 0.60840 0.444290 0.397854 45 44 2.8179 1.6821 1.18702 0.78087 0.64606 0.561028 0.193075 46 45 3.6179 1.8522 0.93891 0.43604 0.40563 0.312847 0.270434 47 46 2.4133 2.0182 1.41968 1.02024 0.44389 0.323225 0.201295 48 47 3.1215 1.8511 1.11391 0.76880 0.58354 0.264564 0.202769 49 48 3.1122 1.3969 1.29596 0.80260 0.58789 0.377509 0.302684 50 49 2.8397 1.8214 0.94902 0.85280 0.76745 0.420412 0.206130 51 50 2.4136 1.9211 1.24946 0.96329 0.75490 0.353765 0.220647 lambda8 1 0.0055858 2 0.0752551 3 0.1063658 4 0.0587481 5 0.1638828 6 0.1783926 7 0.0718286 8 0.2172544 9 0.1376812 10 0.1224450 11 0.1484935 12 0.1756794 13 0.0463017 14 0.0787542 15 0.1301699 16 0.1166261 17 0.1473923 18 0.1438490 19 0.1895708 20 0.0818992 21 0.1314486 22 0.1133218 23 0.1849170 24 0.0775620 25 0.0852766 26 0.1387908 27 0.0570505 28 0.0833016 29 0.1309282 30 0.1393977 31 0.0926572 32 0.1019108 33 0.0567925 34 0.1272446 35 0.2128986 36 0.1919872 37 0.1570338 38 0.1410390 39 0.0637881 40 0.0630887 41 0.0961951 42 0.1095250 43 0.0719636 44 0.1432136 45 0.1319240 46 0.1659921 47 0.1601625 48 0.0938597 49 0.1242425 50 0.1430016 51 0.1233008 attr(,"class") [1] "phylog.prcomp" "list" > summary(ex1.prcomp) Call: prcomp.phylog(x = SimulExample[, -11]) Eigenvalues from inp data: lambda1 lambda2 lambda3 lambda4 lambda5 lambda6 lambda7 lambda8 5.3313832 1.1683175 0.8031539 0.4027265 0.2214217 0.0539017 0.0135096 0.0055858 'Component-wise' P-value for eigenvalues: lambda1 lambda2 lambda3 lambda4 lambda5 lambda6 lambda7 lambda8 0.019608 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 'Multiple eigenvalue' P-value: lambda1 lambda2 lambda3 lambda4 lambda5 lambda6 lambda7 lambda8 0.019608 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 Mean of simulated eigenvalues: lambda1 lambda2 lambda3 lambda4 lambda5 lambda6 lambda7 lambda8 2.66922 1.79929 1.25595 0.88243 0.62045 0.41069 0.23988 0.12209 Quantiles of eigenvalues' distributions: lambda1 lambda2 lambda3 lambda4 lambda5 lambda6 lambda7 lambda8 50% 2.6345 1.8109 1.2749 0.8675 0.62088 0.40518 0.23587 0.12574 90% 3.2215 2.0198 1.4709 1.0749 0.78286 0.55869 0.33439 0.17905 95% 3.3038 2.1145 1.5019 1.1159 0.81125 0.56690 0.34927 0.19090 99% 3.5705 2.2202 1.5672 1.1852 0.85620 0.66899 0.38181 0.21512 99.9% 3.6132 2.2730 1.5955 1.1963 0.86532 0.74177 0.39625 0.21704 Number of simulations used in analyses: 50 > plot(ex1.prcomp) > > > > cleanEx(); ..nameEx <- "print.summary.phylog" > > ### * print.summary.phylog > > flush(stderr()); flush(stdout()) > > ### Name: print.summary.phylog > ### Title: Printing summaries of PHYLOGR statistical functions > ### Aliases: print.summary.phylog.lm print.summary.phylog.cancor > ### print.summary.phylog.prcomp > ### Keywords: methods > > ### ** Examples > > > > > cleanEx(); ..nameEx <- "read.inp.data" > > ### * read.inp.data > > flush(stderr()); flush(stdout()) > > ### Name: read.inp.data > ### Title: Read Inp Data Files > ### Aliases: read.inp.data > ### Keywords: manip file > > ### ** Examples > > > # This works under both Unix and Windows. > # First need to find out where the ''Examples'' directory is located. > path.to.example <- paste(.path.package(package="PHYLOGR"),"Examples/",sep="/") > > > # a simple case > p49a <- paste(path.to.example,"49lbr.inp",sep="") > data.49a <- read.inp.data(p49a) > data.49a Tips V1 V2 1 Tm 2.42325 2.062958 2 Ur 2.40019 1.918030 3 Um 1.97035 1.754348 4 Nn 0.64345 0.021189 5 pl 0.84510 0.056905 6 Mp 0.39794 0.397940 7 Ml 1.06446 -0.060481 8 Cp 1.54777 2.307068 9 Ct 1.12385 1.653213 10 Lp 1.30103 2.204120 11 Ca 0.94448 0.959041 12 Uc 0.56820 0.041393 13 Vf 0.68124 0.587711 14 Hh 1.42813 2.184123 15 Cc 1.71600 1.397940 16 Aj 1.76938 1.793092 17 Pp 1.71933 1.365488 18 Pt 2.20683 1.842609 19 Pl 2.19257 2.372912 20 Tb 2.39794 0.301030 21 Cs 3.30103 0.822822 22 Db 3.07918 1.193125 23 Eh 2.30103 1.544068 24 Ec 2.54407 1.352183 25 Eb 2.37107 2.217484 26 Lg 1.97772 -0.301030 27 Cd 2.74036 2.000000 28 Gc 3.03141 1.927370 29 Sc 2.79239 2.139879 30 Bb 2.93702 2.123852 31 To 2.70842 1.942008 32 Gg 1.79588 1.301030 33 Gt 1.31175 0.724276 34 Ac 1.57403 0.812913 35 Mk 0.69897 -1.366532 36 Oa 2.05500 1.356981 37 Oc 1.92942 1.156246 38 He 2.35507 1.903090 39 Am 1.72632 0.579784 40 Cu 2.33445 1.875061 41 Dl 2.11394 0.342423 42 Ab 2.13354 0.698970 43 Aa 1.69897 1.000000 44 cc 2.47712 1.111599 45 Dd 1.74036 0.113943 46 Al 2.58433 1.206826 47 Rt 2.00000 1.477121 48 Ov 1.75587 0.292256 49 Oh 1.86923 0.454845 > > # two files and rename columns > p49b <- paste(path.to.example,"49hmt.inp",sep="") > data.49.2 <- read.inp.data(c(p49a,p49b),variable.names=c("y","x1","x2","x3")) > data.49.2 Tips y x1 x2 x3 1 Tm 2.42325 2.062958 1.9255 0.21389 2 Ur 2.40019 1.918030 1.8142 0.21977 3 Um 1.97035 1.754348 1.8250 0.20040 4 Nn 0.64345 0.021189 1.3596 0.26498 5 pl 0.84510 0.056905 1.4175 0.29386 6 Mp 0.39794 0.397940 1.1658 0.26524 7 Ml 1.06446 -0.060481 1.3998 0.31315 8 Cp 1.54777 2.307068 1.7710 0.43688 9 Ct 1.12385 1.653213 1.6408 0.42596 10 Lp 1.30103 2.204120 1.7184 0.39525 11 Ca 0.94448 0.959041 1.5492 0.43427 12 Uc 0.56820 0.041393 1.4336 0.47293 13 Vf 0.68124 0.587711 1.5376 0.48284 14 Hh 1.42813 2.184123 1.7390 0.31298 15 Cc 1.71600 1.397940 1.7230 0.36463 16 Aj 1.76938 1.793092 1.8224 0.43827 17 Pp 1.71933 1.365488 1.7290 0.40088 18 Pt 2.20683 1.842609 1.8674 0.34457 19 Pl 2.19257 2.372912 1.8717 0.34781 20 Tb 2.39794 0.301030 1.8724 0.30543 21 Cs 3.30103 0.822822 2.0051 0.32746 22 Db 3.07918 1.193125 1.9663 0.35995 23 Eh 2.30103 1.544068 1.8868 0.87212 24 Ec 2.54407 1.352183 1.9422 0.80568 25 Eb 2.37107 2.217484 1.9225 0.78435 26 Lg 1.97772 -0.301030 1.8870 0.70630 27 Cd 2.74036 2.000000 2.1225 0.67748 28 Gc 3.03141 1.927370 2.2033 1.41611 29 Sc 2.79239 2.139879 2.0049 0.57183 30 Bb 2.93702 2.123852 1.9850 0.67983 31 To 2.70842 1.942008 2.0039 0.81303 32 Gg 1.79588 1.301030 1.8209 1.10468 33 Gt 1.31175 0.724276 1.7244 1.13752 34 Ac 1.57403 0.812913 1.7833 1.05118 35 Mk 0.69897 -1.366532 1.4787 0.77956 36 Oa 2.05500 1.356981 1.8172 0.44813 37 Oc 1.92942 1.156246 1.8585 0.77984 38 He 2.35507 1.903090 1.9263 0.76174 39 Am 1.72632 0.579784 1.8696 1.12798 40 Cu 2.33445 1.875061 1.9542 0.81759 41 Dl 2.11394 0.342423 1.9274 1.00375 42 Ab 2.13354 0.698970 1.9279 0.92391 43 Aa 1.69897 1.000000 1.8224 1.00048 44 cc 2.47712 1.111599 1.9868 0.95570 45 Dd 1.74036 0.113943 1.8068 0.97135 46 Al 2.58433 1.206826 2.0927 0.93267 47 Rt 2.00000 1.477121 2.0050 0.94681 48 Ov 1.75587 0.292256 1.9077 1.00198 49 Oh 1.86923 0.454845 1.8932 0.96269 > > # You could jump directly to the call to the function if you > # are willing to enter the path explicitly. > # For example in some Linux systems the following works > # read.inp.data("/usr/lib/R/library/PHYLOGR/Examples/49lbr.inp") > # In Windows, maybe do: > # read.inp.data("c:\\progra~1\\rw1001\\library\\PHYLOGR\\Examples\\49lbr.inp") > > > > > cleanEx(); ..nameEx <- "read.pdi.data" > > ### * read.pdi.data > > flush(stderr()); flush(stdout()) > > ### Name: read.pdi.data > ### Title: Read Pdi Data Files > ### Aliases: read.pdi.data > ### Keywords: manip file > > ### ** Examples > > > # This works under both Unix and Windows. > # First need to find out where the ''Examples'' directory is located. > path.to.example <- paste(.path.package(package="PHYLOGR"),"Examples/",sep="/") > > > # a simple case > p49a <- paste(path.to.example,"49lbr.pdi",sep="") > data.49a <- read.pdi.data(p49a) > data.49a Tips V1 V2 1 Tm 2.42325 2.062958 2 Ur 2.40019 1.918030 3 Um 1.97035 1.754348 4 Nn 0.64345 0.021189 5 pl 0.84510 0.056905 6 Mp 0.39794 0.397940 7 Ml 1.06446 -0.060481 8 Cp 1.54777 2.307068 9 Ct 1.12385 1.653213 10 Lp 1.30103 2.204120 11 Ca 0.94448 0.959041 12 Uc 0.56820 0.041393 13 Vf 0.68124 0.587711 14 Hh 1.42813 2.184123 15 Cc 1.71600 1.397940 16 Aj 1.76938 1.793092 17 Pp 1.71933 1.365488 18 Pt 2.20683 1.842609 19 Pl 2.19257 2.372912 20 Tb 2.39794 0.301030 21 Cs 3.30103 0.822822 22 Db 3.07918 1.193125 23 Eh 2.30103 1.544068 24 Ec 2.54407 1.352183 25 Eb 2.37107 2.217484 26 Lg 1.97772 -0.301030 27 Cd 2.74036 2.000000 28 Gc 3.03141 1.927370 29 Sc 2.79239 2.139879 30 Bb 2.93702 2.123852 31 To 2.70842 1.942008 32 Gg 1.79588 1.301030 33 Gt 1.31175 0.724276 34 Ac 1.57403 0.812913 35 Mk 0.69897 -1.366532 36 Oa 2.05500 1.356981 37 Oc 1.92942 1.156246 38 He 2.35507 1.903090 39 Am 1.72632 0.579784 40 Cu 2.33445 1.875061 41 Dl 2.11394 0.342423 42 Ab 2.13354 0.698970 43 Aa 1.69897 1.000000 44 cc 2.47712 1.111599 45 Dd 1.74036 0.113943 46 Al 2.58433 1.206826 47 Rt 2.00000 1.477121 48 Ov 1.75587 0.292256 49 Oh 1.86923 0.454845 > > # two files and rename columns > p49b <- paste(path.to.example,"49hmt.pdi",sep="") > data.49.2 <- read.pdi.data(c(p49a,p49b),variable.names=c("y","x1","x2","x3")) > data.49.2 Tips y x1 x2 x3 1 Tm 2.42325 2.062958 1.9255 0.21389 2 Ur 2.40019 1.918030 1.8142 0.21977 3 Um 1.97035 1.754348 1.8250 0.20040 4 Nn 0.64345 0.021189 1.3596 0.26498 5 pl 0.84510 0.056905 1.4175 0.29386 6 Mp 0.39794 0.397940 1.1658 0.26524 7 Ml 1.06446 -0.060481 1.3998 0.31315 8 Cp 1.54777 2.307068 1.7710 0.43688 9 Ct 1.12385 1.653213 1.6408 0.42596 10 Lp 1.30103 2.204120 1.7184 0.39525 11 Ca 0.94448 0.959041 1.5492 0.43427 12 Uc 0.56820 0.041393 1.4336 0.47293 13 Vf 0.68124 0.587711 1.5376 0.48284 14 Hh 1.42813 2.184123 1.7390 0.31298 15 Cc 1.71600 1.397940 1.7230 0.36463 16 Aj 1.76938 1.793092 1.8224 0.43827 17 Pp 1.71933 1.365488 1.7290 0.40088 18 Pt 2.20683 1.842609 1.8674 0.34457 19 Pl 2.19257 2.372912 1.8717 0.34781 20 Tb 2.39794 0.301030 1.8724 0.30543 21 Cs 3.30103 0.822822 2.0051 0.32746 22 Db 3.07918 1.193125 1.9663 0.35995 23 Eh 2.30103 1.544068 1.8868 0.87212 24 Ec 2.54407 1.352183 1.9422 0.80568 25 Eb 2.37107 2.217484 1.9225 0.78435 26 Lg 1.97772 -0.301030 1.8870 0.70630 27 Cd 2.74036 2.000000 2.1225 0.67748 28 Gc 3.03141 1.927370 2.2033 1.41611 29 Sc 2.79239 2.139879 2.0049 0.57183 30 Bb 2.93702 2.123852 1.9850 0.67983 31 To 2.70842 1.942008 2.0039 0.81303 32 Gg 1.79588 1.301030 1.8209 1.10468 33 Gt 1.31175 0.724276 1.7244 1.13752 34 Ac 1.57403 0.812913 1.7833 1.05118 35 Mk 0.69897 -1.366532 1.4787 0.77956 36 Oa 2.05500 1.356981 1.8172 0.44813 37 Oc 1.92942 1.156246 1.8585 0.77984 38 He 2.35507 1.903090 1.9263 0.76174 39 Am 1.72632 0.579784 1.8696 1.12798 40 Cu 2.33445 1.875061 1.9542 0.81759 41 Dl 2.11394 0.342423 1.9274 1.00375 42 Ab 2.13354 0.698970 1.9279 0.92391 43 Aa 1.69897 1.000000 1.8224 1.00048 44 cc 2.47712 1.111599 1.9868 0.95570 45 Dd 1.74036 0.113943 1.8068 0.97135 46 Al 2.58433 1.206826 2.0927 0.93267 47 Rt 2.00000 1.477121 2.0050 0.94681 48 Ov 1.75587 0.292256 1.9077 1.00198 49 Oh 1.86923 0.454845 1.8932 0.96269 > > # You could jump directly to the call to the function if you > # are willing to enter the path explicitly. > # For example in some Linux systems the following works > # read.pdi.data("/usr/lib/R/library/PHYLOGR/Examples/49lbr.pdi") > # In Windows, maybe do: > # read.pdi.data("c:\\progra~1\\rw1001\\library\\PHYLOGR\\Examples\\49lbr.pdi") > > > > > cleanEx(); ..nameEx <- "read.phylip.data" > > ### * read.phylip.data > > flush(stderr()); flush(stdout()) > > ### Name: read.phylip.data > ### Title: Read Phylip Infile Data Files > ### Aliases: read.phylip.data > ### Keywords: manip file > > ### ** Examples > > > # This works under both Unix and Windows. > # First need to find out where the ''Examples'' directory is located. > path.to.example <- paste(.path.package(package="PHYLOGR"),"Examples/",sep="/") > > > lacertid.data.name <- paste(path.to.example,"LacertidData.PhylipInfile",sep="") > lacertid.data <- read.phylip.data(lacertid.data.name,variable.names=c("svl", "svl.matur", + "hatsvl", "hatweight", "clutch.size", + "age.mat", "cl.freq", "xx")) > lacertid.data Tips svl svl.matur hatsvl hatweight clutch.size age.mat cl.freq xx 1 Sa 1.8401 1.7634 1.4440 -0.242604 0.77815 1.11394 0.17609 0.17609 2 Sh 1.6848 1.6232 1.3598 -0.508638 0.50106 0.69897 0.30103 0.30103 3 Tl 2.2263 2.1206 1.6314 0.349278 1.22891 1.27875 0.00000 0.00000 4 Mc 1.8202 1.7482 1.3979 -0.355561 0.85612 1.04139 0.17609 0.17609 5 My 1.8457 1.7782 1.4249 -0.259637 0.72997 1.00000 0.00000 0.00000 6 Pb 1.7419 1.6435 1.3802 -0.517126 0.61909 0.90309 0.30103 0.30103 7 Ph 1.6955 1.5911 1.3766 -0.508638 0.32634 0.90309 0.30103 0.30103 8 Pg 1.7875 1.6902 1.4314 -0.375718 0.55388 0.90309 0.30103 0.30103 9 Pa 1.8000 1.7243 1.4502 -0.289883 0.43933 0.84510 0.30103 0.30103 10 Pm 1.7672 1.6902 1.3945 -0.452225 0.71600 1.07918 0.30103 0.30103 11 Tt 1.7284 1.6628 1.3522 -0.669586 0.53148 0.84510 0.47712 0.47712 12 Ts 1.8129 1.7482 1.3692 -0.500313 0.49276 1.11394 0.30103 0.30103 13 Ae 1.8567 1.7853 1.5315 0.021603 0.56229 1.00000 0.00000 0.00000 14 Zv 1.7443 1.6435 1.3181 -0.752027 0.64738 1.04139 0.00000 0.00000 15 Zo 1.7243 1.6335 1.2878 -0.677781 0.79169 1.04139 0.00000 0.00000 16 La 1.8351 1.7924 1.4249 -0.267606 0.76343 1.17609 0.00000 0.00000 17 Ls 2.0354 1.9590 1.4997 -0.115205 1.13672 1.20412 0.00000 0.00000 18 Lv 1.9934 1.9243 1.5132 -0.052566 0.94988 1.07918 0.00000 0.00000 > > # You could jump directly to the call to the function if you > # are willing to enter the path explicitly. > # For example in some Linux systems the following works > # read.phylip.data("/usr/lib/R/library/PHYLOGR/Examples/LacertidData.PhylipInfile") > # In Windows, maybe do: > # read.pdi.data("c:\\progra~1\\rw1001\\library\\PHYLOGR\\Examples\\LacertidData.PhylipInfile") > > > > > cleanEx(); ..nameEx <- "read.phylog.matrix" > > ### * read.phylog.matrix > > flush(stderr()); flush(stdout()) > > ### Name: read.phylog.matrix > ### Title: Read a Phylogenetic Covariance Matrix > ### Aliases: read.phylog.matrix > ### Keywords: manip > > ### ** Examples > > # First need to find where the example data sets are > path.to.example <- paste(.path.package(package="PHYLOGR"),"Examples/",sep="/") > > > example.dsc.file <- paste(path.to.example,"ifsmi.dsc",sep="") > phylog.matrix1 <- read.phylog.matrix(example.dsc.file) > > # You could jump directly to the call to the function if you > # are willing to enter the path explicitly. > # For example in some Linux systems the following works > # read.phylog.matrix("/usr/lib/R/library/PHYLOGR/Examples/hb12n.dsc") > # In Windows, maybe do: > # read.phylog.matrix("c:\\progra~1\\rw1001\\library\\PHYLOGR\\Examples\\hb12n.dsc") > > > > > > > cleanEx(); ..nameEx <- "read.sim.data" > > ### * read.sim.data > > flush(stderr()); flush(stdout()) > > ### Name: read.sim.data > ### Title: Read Sim Files From PDSIMUL > ### Aliases: read.sim.data > ### Keywords: manip file > > ### ** Examples > > # First we need to find where the Examples directory is. > # You could enter it directly (see read.pdi.data for an example). > path.to.example <- paste(.path.package(package="PHYLOGR"),"Examples/",sep="/") > > > # simple example > p49.i <- paste(path.to.example,"49lbr.pdi",sep="") > p49.s <- paste(path.to.example,"49lbr.sim",sep="") > data.49.s <- read.sim.data(p49.s, pdi.files=p49.i) > data.49.s sim.counter Tips V1 V2 1 0 Tm 2.423246 2.0629578 2 0 Ur 2.400192 1.9180303 3 0 Um 1.970347 1.7543483 4 0 Nn 0.643453 0.0211893 5 0 pl 0.845098 0.0569049 6 0 Mp 0.397940 0.3979400 7 0 Ml 1.064458 -0.0604807 8 0 Cp 1.547775 2.3070680 9 0 Ct 1.123852 1.6532125 10 0 Lp 1.301030 2.2041200 11 0 Ca 0.944483 0.9590414 12 0 Uc 0.568202 0.0413927 13 0 Vf 0.681241 0.5877110 14 0 Hh 1.428135 2.1841234 15 0 Cc 1.716003 1.3979400 16 0 Aj 1.769377 1.7930916 17 0 Pp 1.719331 1.3654880 18 0 Pt 2.206826 1.8426092 19 0 Pl 2.192567 2.3729120 20 0 Tb 2.397940 0.3010300 21 0 Cs 3.301030 0.8228216 22 0 Db 3.079181 1.1931246 23 0 Eh 2.301030 1.5440680 24 0 Ec 2.544068 1.3521825 25 0 Eb 2.371068 2.2174839 26 0 Lg 1.977724 -0.3010300 27 0 Cd 2.740363 2.0000000 28 0 Gc 3.031408 1.9273704 29 0 Sc 2.792392 2.1398791 30 0 Bb 2.937016 2.1238516 31 0 To 2.708421 1.9420081 32 0 Gg 1.795880 1.3010300 33 0 Gt 1.311754 0.7242759 34 0 Ac 1.574031 0.8129134 35 0 Mk 0.698970 -1.3665315 36 0 Oa 2.054996 1.3569814 37 0 Oc 1.929419 1.1562462 38 0 He 2.355068 1.9030900 39 0 Am 1.726320 0.5797836 40 0 Cu 2.334454 1.8750613 41 0 Dl 2.113943 0.3424227 42 0 Ab 2.133539 0.6989700 43 0 Aa 1.698970 1.0000000 44 0 cc 2.477121 1.1115985 45 0 Dd 1.740363 0.1139434 46 0 Al 2.584331 1.2068259 47 0 Rt 2.000000 1.4771213 48 0 Ov 1.755875 0.2922561 49 0 Oh 1.869232 0.4548449 50 1 Tm 1.462322 -0.2685511 51 1 Ur 1.515205 -0.3233639 52 1 Um 1.531427 -0.6031226 53 1 Nn 1.892770 -0.3967000 54 1 pl 1.755592 -0.6693005 55 1 Mp 2.173488 -1.3150254 56 1 Ml 2.701768 -0.6749278 57 1 Cp 3.191431 -1.7384531 58 1 Ct 3.168081 -1.6773445 59 1 Lp 3.269095 -1.9058332 60 1 Ca 3.188606 -1.9721706 61 1 Uc 2.676193 -1.2145392 62 1 Vf 3.231832 -0.5076849 63 1 Hh 2.988484 -0.6178385 64 1 Cc 2.567156 -0.8244924 65 1 Aj 2.019513 -1.1069447 66 1 Pp 2.464278 -1.0812683 67 1 Pt 2.167533 -0.9772638 68 1 Pl 2.156368 -1.2254258 69 1 Tb 2.479250 1.6853237 70 1 Cs 3.338763 2.3016144 71 1 Db 3.347107 1.3172993 72 1 Eh 2.684735 0.9341743 73 1 Ec 2.821800 1.0604404 74 1 Eb 2.432965 1.6245537 75 1 Lg 1.911555 2.4588043 76 1 Cd 1.987952 1.7831994 77 1 Gc 2.123816 1.0586250 78 1 Sc 3.027953 2.3988446 79 1 Bb 2.691355 1.8018676 80 1 To 2.499759 1.9479131 81 1 Gg 2.016153 1.0108015 82 1 Gt 2.187673 1.0674328 83 1 Ac 2.357322 1.9332313 84 1 Mk 1.189144 1.4113983 85 1 Oa 1.883716 1.3819373 86 1 Oc 1.987064 1.3400651 87 1 He 2.088122 1.2696999 88 1 Am 2.257750 1.3026255 89 1 Cu 1.923233 1.4265514 90 1 Dl 1.763172 1.9415103 91 1 Ab 1.511818 1.9173217 92 1 Aa 1.872914 2.0417111 93 1 cc 1.935821 1.5562899 94 1 Dd 2.126015 1.3473321 95 1 Al 1.695807 1.8408366 96 1 Rt 2.017744 1.7103920 97 1 Ov 1.831669 1.8771136 98 1 Oh 1.605191 1.7758005 99 2 Tm 1.910298 -1.3657728 100 2 Ur 1.816793 -1.6505476 101 2 Um 1.545202 -1.2608914 102 2 Nn 0.072279 0.4841877 103 2 pl -0.182883 0.5159574 104 2 Mp 0.948355 -0.8067713 105 2 Ml 0.724666 -0.6014117 106 2 Cp 2.585081 -0.4304661 107 2 Ct 2.456607 -0.5113385 108 2 Lp 2.483316 -0.3594648 109 2 Ca 2.458733 -0.6254169 110 2 Uc 2.294507 -0.6642078 111 2 Vf 2.748938 -0.6446322 112 2 Hh 1.279799 2.7221994 113 2 Cc 1.427806 2.6828759 114 2 Aj 2.142395 0.7755595 115 2 Pp 1.802900 0.5228267 116 2 Pt 1.774091 0.2003639 117 2 Pl 1.822931 0.3348497 118 2 Tb 0.939336 0.1087219 119 2 Cs 2.410414 1.9235238 120 2 Db 2.439161 1.0027513 121 2 Eh 2.763697 1.0202202 122 2 Ec 2.652072 1.4125418 123 2 Eb 2.393508 0.9603960 124 2 Lg 1.899107 0.6263539 125 2 Cd 1.352763 1.4406237 126 2 Gc 0.847152 -0.0670006 127 2 Sc 1.123831 1.4482715 128 2 Bb 0.652990 1.0092173 129 2 To 1.368831 0.8259845 130 2 Gg 1.143556 1.2761831 131 2 Gt 1.110456 1.6011530 132 2 Ac 1.055039 1.3602579 133 2 Mk 1.458622 1.1406395 134 2 Oa 1.034078 1.2682941 135 2 Oc 0.530527 1.0073890 136 2 He 0.916166 1.3001199 137 2 Am 1.304620 1.0424806 138 2 Cu 0.073507 1.2554862 139 2 Dl 0.878720 0.9712233 140 2 Ab 0.821773 1.3045992 141 2 Aa 2.098654 1.4443807 142 2 cc 1.124913 0.7443501 143 2 Dd 1.052770 0.5459645 144 2 Al 1.445237 0.7152354 145 2 Rt 1.174532 0.4517983 146 2 Ov 1.589839 0.6974656 147 2 Oh 1.521247 0.4887646 148 3 Tm 2.244479 1.1705982 149 3 Ur 1.807263 1.1777645 150 3 Um 1.656851 0.8228562 151 3 Nn 2.193356 0.8694686 152 3 pl 1.890240 0.5896192 153 3 Mp 1.999089 1.9986038 154 3 Ml 2.843118 0.8585517 155 3 Cp 0.312579 2.3543523 156 3 Ct 0.173088 2.6255135 157 3 Lp 0.162280 2.5242003 158 3 Ca 0.236578 2.1492131 159 3 Uc -0.239544 2.3867996 160 3 Vf -0.391360 2.6407207 161 3 Hh 2.092557 2.1077455 162 3 Cc 1.623504 2.1821729 163 3 Aj 1.567565 1.8123165 164 3 Pp 1.228169 1.6757656 165 3 Pt 1.225755 1.6578494 166 3 Pl 1.378863 1.6864505 167 3 Tb 2.571490 3.7793097 168 3 Cs 0.731977 3.7261258 169 3 Db 1.062169 2.1049767 170 3 Eh 0.532741 1.2611939 171 3 Ec 0.545617 0.9228489 172 3 Eb 0.489275 0.8150828 173 3 Lg 2.174953 0.8828444 174 3 Cd 2.321342 0.0423846 175 3 Gc 2.198492 0.8569069 176 3 Sc 1.403639 0.5358093 177 3 Bb 1.548454 0.8270762 178 3 To 1.795299 0.7315182 179 3 Gg 2.597359 0.1317178 180 3 Gt 2.656989 0.1939025 181 3 Ac 2.275362 0.2388216 182 3 Mk 1.585160 1.2809417 183 3 Oa 2.009549 0.7912441 184 3 Oc 2.483758 0.6459608 185 3 He 2.107095 0.6112569 186 3 Am 1.659748 0.9869510 187 3 Cu 1.327826 0.0512203 188 3 Dl 1.544564 0.4559003 189 3 Ab 1.316564 0.0392577 190 3 Aa 1.583277 0.4396531 191 3 cc 1.820195 0.6963989 192 3 Dd 1.410122 0.9598549 193 3 Al 1.139612 1.2482360 194 3 Rt 1.678144 1.3476396 195 3 Ov 1.166621 1.0481494 196 3 Oh 1.606243 0.8832409 197 4 Tm 1.476521 -0.1287362 198 4 Ur 1.396020 0.1159829 199 4 Um 1.554818 0.3758121 200 4 Nn 2.357542 0.3052127 201 4 pl 2.924744 0.7645649 202 4 Mp 1.313914 0.0542172 203 4 Ml 2.615586 -0.5391772 204 4 Cp 2.481218 0.6485748 205 4 Ct 2.148753 0.5848675 206 4 Lp 2.168339 0.7448964 207 4 Ca 2.626549 0.4129747 208 4 Uc 2.551757 0.7592356 209 4 Vf 2.055620 0.5887697 210 4 Hh 1.868849 1.9145615 211 4 Cc 2.315625 1.6679007 212 4 Aj 2.164456 2.4956534 213 4 Pp 2.108981 3.0426063 214 4 Pt 2.485608 3.0462819 215 4 Pl 2.462968 2.8046558 216 4 Tb 1.949893 0.9942368 217 4 Cs 2.043120 0.6382523 218 4 Db 1.291143 0.6136549 219 4 Eh 2.509617 0.7990388 220 4 Ec 2.736781 0.4615449 221 4 Eb 2.319343 0.0215211 222 4 Lg 1.858924 1.3240104 223 4 Cd 0.850130 1.5588181 224 4 Gc 0.552749 2.5171515 225 4 Sc 0.472286 2.1993403 226 4 Bb 0.110566 1.8735847 227 4 To 0.324825 3.0227030 228 4 Gg -0.212623 3.1036880 229 4 Gt 0.083486 2.3328322 230 4 Ac -0.334238 2.2200050 231 4 Mk -0.226310 3.1762912 232 4 Oa 0.707189 1.7541577 233 4 Oc 1.070299 1.8663286 234 4 He 0.074942 1.2018860 235 4 Am 0.914904 1.3629559 236 4 Cu 0.817258 1.5312822 237 4 Dl 0.771398 1.8376496 238 4 Ab 0.658227 1.7808171 239 4 Aa 0.612200 2.1098131 240 4 cc 0.809535 1.6093960 241 4 Dd 0.430088 1.5664673 242 4 Al 0.229643 2.2498078 243 4 Rt 0.605028 2.2579910 244 4 Ov 0.416081 2.1344821 245 4 Oh 0.418707 2.3415141 246 5 Tm 1.806659 0.8215664 247 5 Ur 1.963174 0.8402220 248 5 Um 2.404294 0.7389625 249 5 Nn 1.153567 0.1808738 250 5 pl 1.102219 0.5638016 251 5 Mp 1.555002 1.3352265 252 5 Ml 1.859750 0.9484902 253 5 Cp 2.582232 1.5964316 254 5 Ct 2.598295 1.4501163 255 5 Lp 2.692877 1.3267288 256 5 Ca 2.499553 1.5693142 257 5 Uc 1.834419 1.3541632 258 5 Vf 2.350686 1.0618523 259 5 Hh 1.761922 1.3596499 260 5 Cc 1.736867 1.2833207 261 5 Aj 2.157348 2.2866547 262 5 Pp 1.828179 2.3048180 263 5 Pt 1.615292 1.8066757 264 5 Pl 1.768835 1.9652523 265 5 Tb 2.248857 0.6136015 266 5 Cs 1.273556 1.1106907 267 5 Db 1.423371 2.0783619 268 5 Eh 1.533518 0.3543801 269 5 Ec 0.837154 0.7088092 270 5 Eb 1.283430 0.8319308 271 5 Lg 1.799606 2.6277781 272 5 Cd 1.364021 2.2539321 273 5 Gc 1.711946 1.3491756 274 5 Sc 1.395890 1.6107147 275 5 Bb 1.673733 1.8357192 276 5 To 1.386392 2.1339487 277 5 Gg 1.466206 1.4773493 278 5 Gt 1.649809 1.3784209 279 5 Ac 1.803205 0.8929682 280 5 Mk 2.135210 1.2963269 281 5 Oa 1.436574 0.5925341 282 5 Oc 1.547095 0.5096357 283 5 He 1.377233 1.3785475 284 5 Am 2.083480 0.8695632 285 5 Cu 1.923237 0.5227984 286 5 Dl 1.749124 0.6510843 287 5 Ab 1.748835 1.0806680 288 5 Aa 1.802955 2.2966221 289 5 cc 1.159445 1.6156538 290 5 Dd 1.249274 1.5355363 291 5 Al 1.803342 1.9492202 292 5 Rt 1.937447 1.5341496 293 5 Ov 1.933609 1.4367056 294 5 Oh 1.811803 1.3591800 295 6 Tm 0.333542 1.0583274 296 6 Ur 0.325974 1.0793725 297 6 Um 0.118673 0.8881220 298 6 Nn 1.790487 1.1183372 299 6 pl 1.762244 1.4617377 300 6 Mp 1.485509 0.9834728 301 6 Ml 1.280659 -0.3220842 302 6 Cp 1.065916 0.8037063 303 6 Ct 1.242040 1.0670082 304 6 Lp 0.857020 1.1221253 305 6 Ca 1.292518 0.8457970 306 6 Uc 0.815262 1.2673223 307 6 Vf 0.918750 1.4096279 308 6 Hh 0.574882 0.9446684 309 6 Cc 0.340079 1.0629526 310 6 Aj 1.574929 0.8650541 311 6 Pp 0.751002 1.5108843 312 6 Pt 0.660200 1.2845494 313 6 Pl 0.940642 1.4724316 314 6 Tb 1.228372 1.7105908 315 6 Cs 2.292412 0.4361709 316 6 Db 2.821011 0.2844491 317 6 Eh 1.559421 1.4130717 318 6 Ec 1.466771 0.7218900 319 6 Eb 1.832218 0.3965130 320 6 Lg 2.017041 1.5144405 321 6 Cd 3.670724 1.0144809 322 6 Gc 3.382483 1.9921082 323 6 Sc 2.901182 1.7674686 324 6 Bb 2.666948 1.7480154 325 6 To 3.656861 1.4464231 326 6 Gg 2.949949 0.9612926 327 6 Gt 3.006118 0.7277130 328 6 Ac 2.853682 1.1447372 329 6 Mk 2.171784 0.9732780 330 6 Oa 2.504731 1.4566451 331 6 Oc 2.591002 1.4860536 332 6 He 2.281811 1.6009603 333 6 Am 2.229613 1.6966088 334 6 Cu 2.399631 1.9239935 335 6 Dl 2.245318 1.2163101 336 6 Ab 2.044546 1.2366364 337 6 Aa 2.119875 1.6377181 338 6 cc 2.296468 2.2426113 339 6 Dd 2.055932 1.9820249 340 6 Al 1.772480 3.0866215 341 6 Rt 2.192198 2.4930570 342 6 Ov 1.966396 2.2900269 343 6 Oh 1.974090 2.5211170 344 7 Tm 2.446514 1.0112529 345 7 Ur 2.315681 0.7007795 346 7 Um 2.332428 0.8577012 347 7 Nn 1.705853 0.3956069 348 7 pl 1.054358 0.6804336 349 7 Mp 1.504847 0.9921191 350 7 Ml 1.627865 1.9498297 351 7 Cp 2.833616 0.7998612 352 7 Ct 3.069551 0.1682886 353 7 Lp 3.084741 0.3308562 354 7 Ca 3.113823 0.9219226 355 7 Uc 3.276709 0.9509060 356 7 Vf 3.245452 0.7247235 357 7 Hh 3.102652 0.5941506 358 7 Cc 3.141541 0.7394589 359 7 Aj 3.386594 1.4411165 360 7 Pp 3.482129 1.1186361 361 7 Pt 3.168627 0.8630704 362 7 Pl 3.310507 0.8830784 363 7 Tb 1.974835 -0.2370033 364 7 Cs 2.801416 0.8941594 365 7 Db 2.808541 0.8717118 366 7 Eh 2.614561 1.5230847 367 7 Ec 2.788363 1.8266381 368 7 Eb 2.882596 1.9838373 369 7 Lg 1.952627 0.5633280 370 7 Cd 2.168004 0.2408855 371 7 Gc 2.075162 0.9382645 372 7 Sc 1.263773 0.9041992 373 7 Bb 1.373274 1.2525479 374 7 To 1.235940 1.1301219 375 7 Gg 1.531162 1.5285353 376 7 Gt 1.739430 1.4069486 377 7 Ac 2.041580 0.9161034 378 7 Mk 1.265182 1.6088324 379 7 Oa 1.145486 -0.2153298 380 7 Oc 1.311350 -0.0049704 381 7 He 1.515060 0.5992411 382 7 Am 1.626200 1.1991307 383 7 Cu 1.411785 1.1151512 384 7 Dl 1.140573 1.1397223 385 7 Ab 1.615319 1.7958553 386 7 Aa 1.787049 1.0482861 387 7 cc 2.674076 1.1711933 388 7 Dd 2.499305 1.0427543 389 7 Al 1.369425 1.7428626 390 7 Rt 1.378651 1.9357934 391 7 Ov 0.947282 1.8321141 392 7 Oh 1.112798 1.9899806 393 8 Tm 0.546648 0.8767532 394 8 Ur 1.124981 0.5100431 395 8 Um 1.182882 0.9060184 396 8 Nn 0.538264 2.0578646 397 8 pl 0.946237 1.8992728 398 8 Mp 0.113893 1.5392649 399 8 Ml 0.150064 0.9619191 400 8 Cp 2.452804 1.0494296 401 8 Ct 2.033766 1.3418791 402 8 Lp 2.342128 1.0143902 403 8 Ca 1.475800 0.9232897 404 8 Uc 0.959001 0.7497884 405 8 Vf 1.423538 1.2768914 406 8 Hh 1.885544 0.8408486 407 8 Cc 2.231046 0.6998362 408 8 Aj 2.673648 1.4553886 409 8 Pp 2.419539 0.7440162 410 8 Pt 2.255444 0.8276357 411 8 Pl 2.285652 0.8259748 412 8 Tb 1.676151 0.9799044 413 8 Cs 3.086804 0.9434243 414 8 Db 2.711025 1.2629963 415 8 Eh 1.338773 1.0886938 416 8 Ec 1.550671 0.9055298 417 8 Eb 1.474161 0.7924519 418 8 Lg 3.341806 2.1684476 419 8 Cd 3.908465 1.3338861 420 8 Gc 1.595700 0.5298719 421 8 Sc 2.183972 0.7497758 422 8 Bb 2.617691 0.8812635 423 8 To 2.125477 1.1763082 424 8 Gg 2.068478 2.2266195 425 8 Gt 2.392727 1.7098062 426 8 Ac 2.437293 1.4506590 427 8 Mk 1.830436 1.5735597 428 8 Oa 2.450674 2.0973656 429 8 Oc 2.444506 1.7249208 430 8 He 2.122276 1.4411838 431 8 Am 2.342999 1.1551441 432 8 Cu 2.010054 1.4376748 433 8 Dl 2.371344 1.4095139 434 8 Ab 2.656813 1.0984772 435 8 Aa 2.918071 0.9594397 436 8 cc 2.041622 1.3458947 437 8 Dd 2.175687 1.8114253 438 8 Al 1.873473 1.3299081 439 8 Rt 2.201248 1.2292251 440 8 Ov 2.030198 1.3385399 441 8 Oh 2.058882 1.3636902 442 9 Tm 2.880325 -0.2570241 443 9 Ur 2.827865 -0.4322897 444 9 Um 2.911151 -0.6347172 445 9 Nn 2.103755 1.8758691 446 9 pl 2.427878 1.5142543 447 9 Mp 2.966688 -0.4815539 448 9 Ml 3.139545 -0.1884900 449 9 Cp 2.502280 1.7887553 450 9 Ct 2.530672 1.8113839 451 9 Lp 2.828395 1.5515482 452 9 Ca 2.275338 1.2455513 453 9 Uc 2.812664 1.1511606 454 9 Vf 2.709284 1.8783944 455 9 Hh 1.902154 1.9633267 456 9 Cc 2.016934 2.6495796 457 9 Aj 2.818992 2.7467751 458 9 Pp 2.984845 3.0166471 459 9 Pt 3.068251 2.9126865 460 9 Pl 3.119851 3.0526761 461 9 Tb 1.091644 1.8521753 462 9 Cs 1.501191 0.6932907 463 9 Db 0.922370 1.0391381 464 9 Eh 2.327623 2.7127748 465 9 Ec 2.190837 1.9113973 466 9 Eb 2.274663 2.1919522 467 9 Lg 1.846949 1.0299037 468 9 Cd 2.018605 0.1054255 469 9 Gc 2.583388 0.6227595 470 9 Sc 0.949231 1.5160970 471 9 Bb 0.689712 0.9857597 472 9 To 1.770858 0.7711809 473 9 Gg 2.357034 1.7500160 474 9 Gt 2.238332 1.8571444 475 9 Ac 2.352282 1.4768789 476 9 Mk 2.232322 1.2605567 477 9 Oa 1.315074 2.1838549 478 9 Oc 1.612779 1.6768333 479 9 He 1.848978 0.8183951 480 9 Am 1.990999 1.0302065 481 9 Cu 1.731441 1.1626869 482 9 Dl 1.958663 1.3052666 483 9 Ab 2.173212 1.4124722 484 9 Aa 2.232006 0.9819571 485 9 cc 1.899101 1.2349957 486 9 Dd 1.994225 0.4811969 487 9 Al 2.208434 0.8930131 488 9 Rt 2.074994 0.7156838 489 9 Ov 1.756196 0.6755406 490 9 Oh 1.826728 0.7443176 491 10 Tm 3.616712 0.9472598 492 10 Ur 3.864060 0.9456432 493 10 Um 2.821190 1.5995333 494 10 Nn 3.797796 1.4292789 495 10 pl 3.766745 1.1904333 496 10 Mp 2.626183 -0.0877225 497 10 Ml 2.546602 0.1038170 498 10 Cp 2.080930 -0.0592714 499 10 Ct 2.475622 0.2181950 500 10 Lp 2.303261 0.5108183 501 10 Ca 2.320025 0.4836156 502 10 Uc 2.431575 -0.1823241 503 10 Vf 2.633360 0.4988585 504 10 Hh 2.991435 2.1123925 505 10 Cc 2.895102 1.9506620 506 10 Aj 2.854928 1.8746023 507 10 Pp 3.400358 1.4112946 508 10 Pt 3.273757 1.7456168 509 10 Pl 3.086874 1.5625620 510 10 Tb 2.002676 1.0748089 511 10 Cs 2.420172 0.4148136 512 10 Db 2.684491 -0.7587232 513 10 Eh 1.200684 1.8432969 514 10 Ec 1.337239 1.3002586 515 10 Eb 1.461806 1.6174212 516 10 Lg 2.699084 0.5565211 517 10 Cd 3.352427 0.9536503 518 10 Gc 2.270929 0.8344332 519 10 Sc 2.707418 1.4802155 520 10 Bb 2.291666 1.6507021 521 10 To 1.738528 1.3019907 522 10 Gg 2.330172 1.2112307 523 10 Gt 2.148161 1.0382414 524 10 Ac 2.218470 1.4471009 525 10 Mk 2.070612 1.6116388 526 10 Oa 2.108834 0.9556691 527 10 Oc 1.937755 1.1120894 528 10 He 2.459614 1.4078680 529 10 Am 2.537011 1.7463247 530 10 Cu 2.425537 1.2061143 531 10 Dl 3.326160 0.7786953 532 10 Ab 2.809743 0.9032712 533 10 Aa 1.885192 1.2533784 534 10 cc 2.101705 1.8948786 535 10 Dd 1.929956 1.5851825 536 10 Al 2.459175 1.3317497 537 10 Rt 2.244926 1.2509298 538 10 Ov 2.179171 1.2653086 539 10 Oh 1.886652 1.0557578 540 11 Tm 2.142272 1.7490879 541 11 Ur 2.674727 1.7987295 542 11 Um 2.398383 1.3704636 543 11 Nn 2.482379 1.4167827 544 11 pl 2.602065 2.2814280 545 11 Mp 2.210858 1.4185804 546 11 Ml 1.996499 2.7706309 547 11 Cp 1.659986 1.0506687 548 11 Ct 1.824217 1.1268546 549 11 Lp 1.678409 1.1442388 550 11 Ca 1.737947 0.9126634 551 11 Uc 1.742971 0.4316447 552 11 Vf 2.257234 1.0773400 553 11 Hh 2.857965 0.3043049 554 11 Cc 2.758056 0.7457221 555 11 Aj 3.303057 1.2970344 556 11 Pp 2.908605 2.0229121 557 11 Pt 2.913420 2.0359840 558 11 Pl 2.853239 1.9336299 559 11 Tb 1.686227 0.2510147 560 11 Cs 0.424686 1.6354858 561 11 Db 1.363529 1.5829215 562 11 Eh 1.516393 0.8577219 563 11 Ec 1.495537 0.9424997 564 11 Eb 1.055113 0.7228540 565 11 Lg 0.210689 2.0654458 566 11 Cd 1.683049 1.6475854 567 11 Gc 1.588768 0.8529390 568 11 Sc 1.785550 0.9107123 569 11 Bb 1.649816 1.3565284 570 11 To 0.828761 1.0752845 571 11 Gg 2.315011 1.5388699 572 11 Gt 1.934526 1.3036293 573 11 Ac 1.588545 0.4380582 574 11 Mk 1.173765 1.8104276 575 11 Oa 1.292583 0.4031564 576 11 Oc 1.573560 0.6944059 577 11 He 1.295248 0.5340798 578 11 Am 1.185899 1.4536291 579 11 Cu 1.486239 1.2392052 580 11 Dl 1.699509 2.1104863 581 11 Ab 1.612373 1.7636116 582 11 Aa 1.415191 0.5347445 583 11 cc 1.437674 2.0981981 584 11 Dd 1.431720 1.9227270 585 11 Al 0.955532 1.5990784 586 11 Rt 0.981001 1.6084052 587 11 Ov 1.160009 1.5628888 588 11 Oh 1.185347 1.5919364 589 12 Tm 1.231142 1.1592483 590 12 Ur 1.138039 1.0212626 591 12 Um 1.244189 1.0992176 592 12 Nn 0.701485 0.5207275 593 12 pl 0.764874 0.8656009 594 12 Mp 1.181498 1.1775004 595 12 Ml 1.109588 1.5288013 596 12 Cp 0.459161 0.3709913 597 12 Ct 0.762344 0.4553037 598 12 Lp 0.702669 0.7488875 599 12 Ca 0.192089 0.7268887 600 12 Uc 0.455599 0.1478988 601 12 Vf 0.797543 1.0131167 602 12 Hh 0.720996 1.4278061 603 12 Cc 0.077502 1.2599245 604 12 Aj 1.022570 1.2156681 605 12 Pp 0.670330 1.8233626 606 12 Pt 0.276597 1.8890911 607 12 Pl 0.390179 1.8684584 608 12 Tb 1.158842 0.3064556 609 12 Cs 2.060882 1.7234841 610 12 Db 1.451635 0.9878308 611 12 Eh 2.723041 -0.2922286 612 12 Ec 3.074325 -0.4982764 613 12 Eb 2.526913 -0.4402257 614 12 Lg 2.419079 0.1322361 615 12 Cd 1.994984 -0.2173512 616 12 Gc 2.141436 -1.1106656 617 12 Sc 1.310293 -0.0044695 618 12 Bb 1.076259 -0.2422326 619 12 To 0.674883 0.2439332 620 12 Gg 1.335908 -0.4427457 621 12 Gt 1.345354 -0.8572957 622 12 Ac 1.419765 0.0173997 623 12 Mk 2.092708 -0.8790676 624 12 Oa 1.036670 -0.6422224 625 12 Oc 1.386461 -0.8878634 626 12 He 1.472923 0.2808730 627 12 Am 2.023209 0.0637293 628 12 Cu 1.424320 -0.2981923 629 12 Dl 1.766507 -0.4683882 630 12 Ab 1.119694 -0.6501799 631 12 Aa 2.208578 0.2512274 632 12 cc 1.430158 0.0040958 633 12 Dd 1.491664 -0.0995455 634 12 Al 1.513544 0.0670847 635 12 Rt 1.416305 -0.4519819 636 12 Ov 1.527534 -0.6208276 637 12 Oh 1.447550 -0.5701820 638 13 Tm 2.837586 1.4954885 639 13 Ur 2.715853 1.3915697 640 13 Um 3.037270 1.7849697 641 13 Nn 2.458745 1.1595576 642 13 pl 2.806270 1.5452096 643 13 Mp 2.883243 2.2889901 644 13 Ml 3.693962 2.2442626 645 13 Cp 2.823216 0.8630145 646 13 Ct 2.533893 1.0205773 647 13 Lp 2.876217 0.6053234 648 13 Ca 2.795673 0.9515395 649 13 Uc 2.762184 0.6307525 650 13 Vf 2.714428 0.5793133 651 13 Hh 3.418014 1.5990890 652 13 Cc 3.386191 1.6874788 653 13 Aj 3.348137 2.0879569 654 13 Pp 3.227634 1.6207814 655 13 Pt 3.318409 2.0131380 656 13 Pl 3.164478 1.9957495 657 13 Tb 2.258042 0.7368418 658 13 Cs 0.894200 0.3405939 659 13 Db 1.800351 0.3332222 660 13 Eh 1.042473 0.3193250 661 13 Ec 1.101014 0.3536411 662 13 Eb 1.252466 0.1925020 663 13 Lg 2.925573 -0.2417278 664 13 Cd 2.984526 0.2381158 665 13 Gc 2.292028 -0.4449021 666 13 Sc 2.569464 -0.1261614 667 13 Bb 2.396958 0.1043218 668 13 To 2.460785 -0.2648353 669 13 Gg 2.704653 0.6343031 670 13 Gt 2.621199 0.4250607 671 13 Ac 2.370274 -0.2106794 672 13 Mk 2.682374 -0.5842552 673 13 Oa 3.168087 -0.3358625 674 13 Oc 3.252561 0.0160258 675 13 He 2.460388 0.3398241 676 13 Am 2.984270 -0.3578526 677 13 Cu 2.806830 0.2947801 678 13 Dl 2.597564 0.6842953 679 13 Ab 2.554612 0.2648337 680 13 Aa 2.634749 0.1085588 681 13 cc 2.816251 -0.5055554 682 13 Dd 3.263015 -0.1613550 683 13 Al 2.831003 0.5506245 684 13 Rt 2.405898 0.3784857 685 13 Ov 2.354982 0.7927443 686 13 Oh 2.523657 0.6276470 687 14 Tm 1.211218 0.4706170 688 14 Ur 1.015963 0.6760170 689 14 Um 0.661093 0.0154257 690 14 Nn 3.167226 0.2359332 691 14 pl 2.931961 0.5079590 692 14 Mp 1.754177 1.4752844 693 14 Ml 2.207281 0.6050456 694 14 Cp 0.852566 1.2967172 695 14 Ct 0.767277 1.3314543 696 14 Lp 0.940173 0.9281949 697 14 Ca 0.913552 1.3569824 698 14 Uc 0.934455 1.4884023 699 14 Vf 1.193000 1.1526419 700 14 Hh 1.380376 0.6109196 701 14 Cc 1.210637 0.4934468 702 14 Aj 3.269500 1.0149530 703 14 Pp 2.751315 0.9666740 704 14 Pt 2.793271 1.2396358 705 14 Pl 2.906633 1.4206533 706 14 Tb 2.649868 -0.3789635 707 14 Cs 2.059879 -0.3305193 708 14 Db 1.705044 0.2715671 709 14 Eh 2.751159 0.3093455 710 14 Ec 3.137117 0.3861724 711 14 Eb 2.902844 -0.0359506 712 14 Lg 1.533802 1.0690758 713 14 Cd 1.535198 1.2209468 714 14 Gc 2.371498 1.2855924 715 14 Sc 2.488335 2.1532109 716 14 Bb 2.348025 1.2913192 717 14 To 1.980935 1.8558354 718 14 Gg 2.502980 2.4573540 719 14 Gt 2.402696 2.2560397 720 14 Ac 2.925165 2.2390841 721 14 Mk 2.216940 1.8610995 722 14 Oa 2.116907 1.2164128 723 14 Oc 2.337732 1.1985810 724 14 He 2.862818 2.0556664 725 14 Am 3.180305 2.5901069 726 14 Cu 2.615784 2.7581366 727 14 Dl 2.683626 2.7550538 728 14 Ab 2.421002 2.4717170 729 14 Aa 1.951122 1.3718910 730 14 cc 2.117296 2.2208391 731 14 Dd 1.946036 2.3071128 732 14 Al 2.358196 1.9169275 733 14 Rt 1.866250 1.4782324 734 14 Ov 2.080521 1.3860980 735 14 Oh 2.121948 1.2299232 736 15 Tm 2.337395 1.6952439 737 15 Ur 2.690621 1.1087095 738 15 Um 2.023548 1.1059861 739 15 Nn 1.234286 1.1624822 740 15 pl 1.032480 1.2902899 741 15 Mp 2.348712 2.0121930 742 15 Ml 2.368554 1.6449010 743 15 Cp 1.850753 1.6840938 744 15 Ct 2.219778 1.6062680 745 15 Lp 1.892431 1.7347282 746 15 Ca 2.184340 0.8492835 747 15 Uc 2.514109 0.9434098 748 15 Vf 1.906024 1.3480103 749 15 Hh 2.483688 2.1126294 750 15 Cc 2.696810 1.8609147 751 15 Aj 2.390514 1.7298691 752 15 Pp 2.437484 1.2673711 753 15 Pt 2.640537 1.4579341 754 15 Pl 2.502515 1.5933714 755 15 Tb 2.327649 2.5571612 756 15 Cs -0.258071 1.3321020 757 15 Db 0.547468 1.3160014 758 15 Eh 0.152250 1.1480790 759 15 Ec 0.511037 0.9763395 760 15 Eb 0.425930 0.7623384 761 15 Lg 0.579815 1.3672763 762 15 Cd 1.460768 1.3210758 763 15 Gc 1.572385 1.8422243 764 15 Sc 0.713874 1.5744874 765 15 Bb 0.841970 2.1276893 766 15 To 1.155350 2.2679154 767 15 Gg 1.334678 1.9721629 768 15 Gt 1.028831 1.8240096 769 15 Ac 0.799608 2.2142060 770 15 Mk 0.805089 1.6701829 771 15 Oa 1.471841 2.0920286 772 15 Oc 1.329219 2.0815388 773 15 He 1.169787 0.1592636 774 15 Am 1.571179 0.4019382 775 15 Cu 1.504467 0.8977448 776 15 Dl 1.342786 0.6910285 777 15 Ab 1.398294 0.6023559 778 15 Aa 1.876277 1.6529239 779 15 cc 1.528456 1.3848528 780 15 Dd 1.744748 1.4198831 781 15 Al 1.198382 0.9988040 782 15 Rt 1.074768 1.3310148 783 15 Ov 1.229813 1.6271801 784 15 Oh 1.514092 1.8463628 785 16 Tm 2.134254 1.3084552 786 16 Ur 2.153211 1.3630179 787 16 Um 2.580122 1.0330782 788 16 Nn 1.114812 1.1670088 789 16 pl 1.554533 1.6653307 790 16 Mp 1.247194 0.9501367 791 16 Ml 2.582427 0.5240077 792 16 Cp 0.856586 2.0198282 793 16 Ct 0.891059 2.1658341 794 16 Lp 0.647137 2.1263470 795 16 Ca 0.765782 1.8109835 796 16 Uc 0.702630 1.6135819 797 16 Vf 0.818990 2.1438460 798 16 Hh 1.190427 0.2787209 799 16 Cc 1.352188 -0.6462188 800 16 Aj 3.118085 1.6220504 801 16 Pp 3.434523 1.8039816 802 16 Pt 3.047263 1.5359480 803 16 Pl 3.119347 1.5344857 804 16 Tb 0.845740 1.1217774 805 16 Cs 1.853698 1.0545781 806 16 Db 1.629272 1.8879242 807 16 Eh -0.159858 1.6431452 808 16 Ec 0.017424 1.3720059 809 16 Eb -0.163319 1.6855288 810 16 Lg 0.683956 1.0411154 811 16 Cd 0.732887 0.7815045 812 16 Gc 0.904384 0.7513627 813 16 Sc 1.452364 0.1862399 814 16 Bb 0.766703 0.3086783 815 16 To 0.666632 -0.0121402 816 16 Gg 0.399771 0.5650282 817 16 Gt 0.383612 0.5787110 818 16 Ac 0.451782 0.4747121 819 16 Mk 0.196997 0.3389596 820 16 Oa 0.509980 -0.2637730 821 16 Oc 0.097190 -0.5683374 822 16 He 1.197535 -0.8271710 823 16 Am 0.712505 0.2845869 824 16 Cu 1.022154 -0.0407114 825 16 Dl 0.513705 0.0803936 826 16 Ab 1.172932 0.3531208 827 16 Aa 0.738790 0.7722520 828 16 cc 1.060480 0.3227194 829 16 Dd 0.990751 0.5551306 830 16 Al 0.601961 0.7975477 831 16 Rt 0.917702 0.5953253 832 16 Ov 1.310424 0.2635157 833 16 Oh 1.185144 0.1793050 834 17 Tm 0.755448 0.8618192 835 17 Ur 0.902743 0.7877107 836 17 Um 0.534494 0.9284495 837 17 Nn 1.746539 0.1140800 838 17 pl 2.308656 0.0489095 839 17 Mp 2.289226 -0.5056730 840 17 Ml 1.313872 -0.1287197 841 17 Cp 2.206818 0.8953613 842 17 Ct 2.383501 0.4971074 843 17 Lp 2.540768 0.9641101 844 17 Ca 2.544736 0.5687070 845 17 Uc 2.295524 0.5521670 846 17 Vf 2.373884 0.5352099 847 17 Hh 3.666932 -1.0101593 848 17 Cc 3.390443 -0.7023384 849 17 Aj 2.509930 -1.1519231 850 17 Pp 2.814839 -0.4579428 851 17 Pt 2.522071 -0.9111301 852 17 Pl 2.615574 -0.5738811 853 17 Tb -0.216062 1.9897220 854 17 Cs 1.124727 1.0780669 855 17 Db 1.616697 1.5982001 856 17 Eh 2.372948 0.5268431 857 17 Ec 1.367280 0.7920134 858 17 Eb 1.759047 0.5304027 859 17 Lg 0.980838 -0.2029653 860 17 Cd 1.160936 -0.5960006 861 17 Gc 1.160945 0.0654287 862 17 Sc 1.181130 -0.3134930 863 17 Bb 1.338049 0.1501306 864 17 To 1.493075 0.3284669 865 17 Gg 1.914685 0.1486136 866 17 Gt 1.856362 0.1282159 867 17 Ac 1.922606 -0.4698801 868 17 Mk 2.034836 -0.4022513 869 17 Oa 1.834826 -0.2395654 870 17 Oc 1.656842 -0.1392109 871 17 He 2.125144 -0.0492843 872 17 Am 1.804359 0.3032302 873 17 Cu 2.056528 0.5012228 874 17 Dl 1.996682 0.1911483 875 17 Ab 2.013376 -0.1883463 876 17 Aa 0.788576 0.1661129 877 17 cc 1.415108 -0.0252484 878 17 Dd 1.501277 0.2622371 879 17 Al 1.552623 0.1427353 880 17 Rt 1.621687 0.3005529 881 17 Ov 1.476079 0.1542409 882 17 Oh 1.139909 0.2407779 883 18 Tm 2.321940 0.8623343 884 18 Ur 2.197410 0.5430413 885 18 Um 2.985904 0.6318600 886 18 Nn 1.413525 1.6511395 887 18 pl 2.193198 1.7414852 888 18 Mp 2.541558 2.0139023 889 18 Ml 2.185191 1.5246804 890 18 Cp 2.399389 1.0140175 891 18 Ct 2.561003 1.3716386 892 18 Lp 2.292153 1.5601210 893 18 Ca 2.747130 1.4285287 894 18 Uc 2.020034 1.8825889 895 18 Vf 2.484176 2.2180716 896 18 Hh 3.170731 0.3889655 897 18 Cc 3.550126 0.3812619 898 18 Aj 3.166914 2.7901385 899 18 Pp 2.647504 2.3754835 900 18 Pt 2.499035 2.2482974 901 18 Pl 2.930386 2.1772228 902 18 Tb 2.128139 1.7943483 903 18 Cs 2.621353 2.7110915 904 18 Db 2.338872 1.9305636 905 18 Eh 2.166346 1.8062749 906 18 Ec 1.827000 1.4732061 907 18 Eb 2.197683 2.0823465 908 18 Lg 2.770588 0.0220462 909 18 Cd 2.975801 1.0002870 910 18 Gc 3.571371 0.4312184 911 18 Sc 2.750426 1.3502855 912 18 Bb 2.577457 1.2303255 913 18 To 2.826260 0.7842083 914 18 Gg 2.469904 0.7063371 915 18 Gt 2.514955 0.6074601 916 18 Ac 2.760877 0.1040314 917 18 Mk 2.984211 -0.2347095 918 18 Oa 2.478823 1.4549610 919 18 Oc 2.516293 1.2686096 920 18 He 2.528481 0.7506410 921 18 Am 2.812610 0.1740894 922 18 Cu 2.661390 -0.1886098 923 18 Dl 2.741299 0.2116384 924 18 Ab 2.531935 0.5223766 925 18 Aa 3.415751 0.7828763 926 18 cc 2.015766 0.2631310 927 18 Dd 2.512401 0.4392726 928 18 Al 2.229246 0.1826678 929 18 Rt 2.691516 0.1823330 930 18 Ov 2.222369 0.4420085 931 18 Oh 2.528906 0.4486696 932 19 Tm 1.357108 1.6994984 933 19 Ur 1.243123 1.6917595 934 19 Um 1.364161 1.3359111 935 19 Nn 1.137369 0.5404613 936 19 pl 1.058888 0.7225717 937 19 Mp 0.131124 1.6946744 938 19 Ml 1.686613 1.2406047 939 19 Cp 1.804718 1.9781946 940 19 Ct 1.979977 1.7936135 941 19 Lp 2.087520 2.1390332 942 19 Ca 1.962823 1.6868812 943 19 Uc 1.353900 1.7197499 944 19 Vf 0.804893 1.5481116 945 19 Hh 1.257716 0.9975398 946 19 Cc 1.147019 0.8879231 947 19 Aj 0.878120 1.5430767 948 19 Pp 1.115182 0.6674801 949 19 Pt 0.817260 0.5854551 950 19 Pl 0.827454 0.6321651 951 19 Tb 2.258722 2.5484723 952 19 Cs 1.660133 1.4739685 953 19 Db 1.125631 1.4974671 954 19 Eh 1.604781 1.0120158 955 19 Ec 1.562142 1.5979084 956 19 Eb 1.816114 1.1972483 957 19 Lg 2.483183 1.1698270 958 19 Cd 1.974561 1.6823451 959 19 Gc 2.660262 2.3546962 960 19 Sc 3.059358 1.0745144 961 19 Bb 2.888541 1.5070177 962 19 To 2.802691 1.5045358 963 19 Gg 2.765522 2.3942768 964 19 Gt 2.619081 2.1081729 965 19 Ac 2.441885 1.7402719 966 19 Mk 2.372748 2.4984691 967 19 Oa 2.410563 2.8395703 968 19 Oc 2.383103 2.3370559 969 19 He 2.486450 2.6314608 970 19 Am 2.859938 2.5127286 971 19 Cu 2.382583 2.3376667 972 19 Dl 2.158490 2.3035369 973 19 Ab 2.196191 2.4834437 974 19 Aa 2.818651 2.1804892 975 19 cc 2.748501 1.7608650 976 19 Dd 2.417345 1.8112410 977 19 Al 2.385823 2.0941625 978 19 Rt 2.400772 2.1246090 979 19 Ov 2.043942 1.5990504 980 19 Oh 2.028523 1.7597421 981 20 Tm 2.273679 2.0053155 982 20 Ur 2.105677 2.4231403 983 20 Um 1.756803 1.7945184 984 20 Nn 1.564399 1.8557150 985 20 pl 1.497398 1.8898283 986 20 Mp 1.839729 0.9269109 987 20 Ml 1.421877 0.5060048 988 20 Cp 2.808317 0.9437393 989 20 Ct 3.219705 1.1807607 990 20 Lp 2.656564 0.8853361 991 20 Ca 2.651949 0.4822568 992 20 Uc 2.940021 0.5864694 993 20 Vf 2.682432 0.8056529 994 20 Hh 2.187661 1.7094141 995 20 Cc 2.049563 1.4613355 996 20 Aj 1.846456 2.1293550 997 20 Pp 2.716103 2.2743990 998 20 Pt 2.382161 2.3224281 999 20 Pl 2.536964 2.1247247 1000 20 Tb 3.750173 0.7865041 1001 20 Cs 1.791364 -1.0042325 1002 20 Db 2.467061 -0.1946191 1003 20 Eh 2.703645 0.2860889 1004 20 Ec 2.669444 0.5736341 1005 20 Eb 2.511079 -0.1466053 1006 20 Lg 3.201919 -0.1526801 1007 20 Cd 3.674886 -0.9073025 1008 20 Gc 1.083763 -0.3764736 1009 20 Sc 2.032577 -0.0628818 1010 20 Bb 1.563357 0.0754283 1011 20 To 1.981256 0.3894285 1012 20 Gg 2.000416 -0.1389880 1013 20 Gt 2.130115 -0.1737687 1014 20 Ac 2.347712 -0.4128482 1015 20 Mk 1.653637 0.2333390 1016 20 Oa 1.897578 0.1512552 1017 20 Oc 1.879131 0.1171661 1018 20 He 1.007070 0.4645635 1019 20 Am 1.296184 0.2559174 1020 20 Cu 1.758483 0.6660571 1021 20 Dl 1.476927 0.3007934 1022 20 Ab 1.725123 0.2738507 1023 20 Aa 1.916445 0.6894557 1024 20 cc 2.242192 0.7275012 1025 20 Dd 1.871642 0.6465042 1026 20 Al 1.612057 1.6841071 1027 20 Rt 1.788188 0.9322560 1028 20 Ov 1.364144 1.1733438 1029 20 Oh 1.530226 1.3138625 1030 21 Tm 0.609851 0.4031394 1031 21 Ur 0.777019 0.7555107 1032 21 Um 1.026684 0.8048461 1033 21 Nn 2.041990 1.1511763 1034 21 pl 2.353906 1.8557392 1035 21 Mp 2.209573 1.3095740 1036 21 Ml 1.000817 2.3071777 1037 21 Cp 1.143910 0.8376136 1038 21 Ct 0.828316 0.8762604 1039 21 Lp 1.015231 0.8604642 1040 21 Ca 1.052264 0.5892068 1041 21 Uc 1.244598 1.3516497 1042 21 Vf 1.057841 1.1556603 1043 21 Hh 1.206325 0.9252810 1044 21 Cc 0.655200 1.0408816 1045 21 Aj 1.041949 1.0239480 1046 21 Pp 1.173428 0.2727406 1047 21 Pt 1.438992 0.5202299 1048 21 Pl 1.135200 0.6756588 1049 21 Tb 1.928117 1.2527753 1050 21 Cs 1.338410 0.6041798 1051 21 Db 2.149068 0.3042406 1052 21 Eh 2.137781 2.0967383 1053 21 Ec 2.032661 1.6873788 1054 21 Eb 2.080131 2.0112331 1055 21 Lg 0.352830 1.1943699 1056 21 Cd 0.890999 1.7656821 1057 21 Gc 0.862849 1.3883351 1058 21 Sc 0.633355 1.5707321 1059 21 Bb 0.100798 0.8325857 1060 21 To 1.061643 1.5282674 1061 21 Gg 0.242650 0.9321685 1062 21 Gt 0.201277 0.9413679 1063 21 Ac -0.336054 0.5572489 1064 21 Mk -0.220035 0.7090794 1065 21 Oa 0.212527 0.8939215 1066 21 Oc 0.372530 0.8380693 1067 21 He 0.797963 1.3189588 1068 21 Am 0.371564 1.0548719 1069 21 Cu 0.186071 1.3743060 1070 21 Dl 0.237335 1.3503403 1071 21 Ab 0.070443 1.1365322 1072 21 Aa 0.921522 0.2334078 1073 21 cc -0.117646 0.4634153 1074 21 Dd 0.311445 0.9825516 1075 21 Al -0.030567 1.1313559 1076 21 Rt 0.267642 1.3087763 1077 21 Ov 0.297762 1.4603653 1078 21 Oh 0.215527 1.4848117 1079 22 Tm 2.647304 1.0087391 1080 22 Ur 2.628644 1.1189983 1081 22 Um 2.426498 1.3829446 1082 22 Nn 1.501784 0.2671692 1083 22 pl 2.174879 0.7237455 1084 22 Mp 3.161729 -0.1915601 1085 22 Ml 2.486754 -0.4104596 1086 22 Cp 2.194131 0.3431059 1087 22 Ct 2.372385 0.3561500 1088 22 Lp 2.248244 0.3197297 1089 22 Ca 2.239502 0.5272887 1090 22 Uc 1.979812 0.9204675 1091 22 Vf 1.998643 0.3515583 1092 22 Hh 2.311427 2.6614259 1093 22 Cc 2.166538 2.6313583 1094 22 Aj 1.916148 0.8699290 1095 22 Pp 2.576621 0.8885990 1096 22 Pt 2.445616 1.1387484 1097 22 Pl 2.588634 0.6901425 1098 22 Tb 2.196856 2.8819055 1099 22 Cs 2.586054 1.4894531 1100 22 Db 2.773466 0.7375155 1101 22 Eh 1.797105 0.1069374 1102 22 Ec 1.479095 1.0602785 1103 22 Eb 1.663997 0.0998666 1104 22 Lg 3.084614 2.0462109 1105 22 Cd 3.382341 0.3908777 1106 22 Gc 2.428217 2.1121624 1107 22 Sc 2.804013 1.0465182 1108 22 Bb 2.870646 1.9344600 1109 22 To 3.160742 1.3405506 1110 22 Gg 3.766915 2.2917158 1111 22 Gt 3.662165 2.0889549 1112 22 Ac 3.498132 1.9700586 1113 22 Mk 3.204416 1.0268773 1114 22 Oa 3.739998 0.4928606 1115 22 Oc 3.328945 0.9807930 1116 22 He 3.258537 1.4707585 1117 22 Am 3.301684 0.6517134 1118 22 Cu 3.133915 0.5805348 1119 22 Dl 3.432409 1.0010392 1120 22 Ab 3.182830 0.7887135 1121 22 Aa 2.915671 1.8290677 1122 22 cc 2.650571 1.0882959 1123 22 Dd 2.655448 1.4522995 1124 22 Al 3.073626 -0.1066010 1125 22 Rt 2.634486 -0.1711025 1126 22 Ov 3.058201 0.0012898 1127 22 Oh 2.691407 0.0680140 1128 23 Tm 2.992536 0.6444439 1129 23 Ur 3.005576 0.8190173 1130 23 Um 3.300037 0.9309561 1131 23 Nn 1.816115 0.2547713 1132 23 pl 1.951442 -0.0105213 1133 23 Mp 1.489683 0.8099473 1134 23 Ml 1.091614 0.9365633 1135 23 Cp 1.414700 1.9489602 1136 23 Ct 1.334104 1.9954876 1137 23 Lp 1.631657 1.7655861 1138 23 Ca 1.556003 2.3667656 1139 23 Uc 1.217656 2.0060370 1140 23 Vf 1.414889 1.9949770 1141 23 Hh 0.302230 1.2851837 1142 23 Cc 0.447284 0.8727602 1143 23 Aj 2.137046 1.5806690 1144 23 Pp 1.982374 1.7231853 1145 23 Pt 1.830775 2.0354240 1146 23 Pl 1.897094 1.5940790 1147 23 Tb 2.773104 0.6560953 1148 23 Cs 1.877831 0.4224362 1149 23 Db 1.105966 -0.4617082 1150 23 Eh 1.474273 0.9264211 1151 23 Ec 1.989157 0.2116043 1152 23 Eb 1.957411 0.0299195 1153 23 Lg 1.968208 -0.0719389 1154 23 Cd 0.881775 0.7570402 1155 23 Gc 1.483025 0.3617553 1156 23 Sc 2.258719 0.0164649 1157 23 Bb 2.274353 0.3331072 1158 23 To 2.029804 -0.1662544 1159 23 Gg 2.616038 -0.2712404 1160 23 Gt 2.831600 -0.5047263 1161 23 Ac 2.478101 0.3309454 1162 23 Mk 2.458137 0.6246665 1163 23 Oa 2.169020 1.2246698 1164 23 Oc 2.140890 0.9740659 1165 23 He 2.830184 0.3767345 1166 23 Am 2.048656 0.7147542 1167 23 Cu 1.898964 1.1007988 1168 23 Dl 2.140859 0.4790405 1169 23 Ab 2.007961 0.1121083 1170 23 Aa 2.327461 1.2981626 1171 23 cc 1.244771 0.7277842 1172 23 Dd 1.638750 0.4547320 1173 23 Al 1.995364 -0.3060198 1174 23 Rt 2.306912 -0.5714725 1175 23 Ov 2.059092 -0.2133550 1176 23 Oh 2.066222 0.1212507 1177 24 Tm 1.867881 1.5660765 1178 24 Ur 1.975626 1.7989739 1179 24 Um 2.534651 1.7430077 1180 24 Nn 1.788729 1.1412726 1181 24 pl 1.296221 1.8615552 1182 24 Mp 1.590195 0.1589122 1183 24 Ml 2.747809 1.0619529 1184 24 Cp 2.065084 0.9211270 1185 24 Ct 1.995443 0.7921601 1186 24 Lp 2.051621 0.5661873 1187 24 Ca 1.964408 0.4809845 1188 24 Uc 2.195123 0.7392414 1189 24 Vf 2.180937 1.5453402 1190 24 Hh 2.314754 -0.5408314 1191 24 Cc 2.129643 -0.5823470 1192 24 Aj 3.252079 -1.8216638 1193 24 Pp 2.734736 -1.7919942 1194 24 Pt 2.481287 -1.7056826 1195 24 Pl 2.809752 -1.6966416 1196 24 Tb 0.726200 2.0276087 1197 24 Cs 1.020816 0.5419414 1198 24 Db 0.946597 1.0413036 1199 24 Eh 1.580389 2.2875929 1200 24 Ec 1.185209 1.8120741 1201 24 Eb 1.612311 1.6649838 1202 24 Lg 1.344951 3.4234691 1203 24 Cd 1.253856 2.6717659 1204 24 Gc 3.748275 1.0449991 1205 24 Sc 1.650969 1.0236027 1206 24 Bb 1.875521 1.3203832 1207 24 To 2.492188 1.3062030 1208 24 Gg 2.583481 1.5317823 1209 24 Gt 2.486254 1.7555476 1210 24 Ac 2.506755 1.6864023 1211 24 Mk 1.738729 0.8961080 1212 24 Oa 2.905652 2.0287346 1213 24 Oc 2.626452 1.2542169 1214 24 He 2.793424 2.0082440 1215 24 Am 2.744958 1.6511931 1216 24 Cu 2.592196 1.5166623 1217 24 Dl 2.325472 1.6793962 1218 24 Ab 2.265828 2.0207221 1219 24 Aa 2.636415 1.0424178 1220 24 cc 2.452303 1.8049241 1221 24 Dd 2.482848 1.9111647 1222 24 Al 2.545500 1.4274814 1223 24 Rt 2.386295 1.7351354 1224 24 Ov 2.277781 1.1029945 1225 24 Oh 2.354465 1.0555174 1226 25 Tm 2.010108 2.0750795 1227 25 Ur 2.091262 1.8696467 1228 25 Um 2.269194 2.0602338 1229 25 Nn 1.702637 1.2790469 1230 25 pl 1.957868 1.1571782 1231 25 Mp 2.386303 1.6022049 1232 25 Ml 1.920873 1.8664538 1233 25 Cp 1.004165 1.3497136 1234 25 Ct 0.863608 1.3097651 1235 25 Lp 0.921148 1.5186543 1236 25 Ca 0.842776 1.5109604 1237 25 Uc 0.765916 1.3132131 1238 25 Vf 1.259286 1.4788319 1239 25 Hh 1.943656 1.7499703 1240 25 Cc 2.281460 1.6172178 1241 25 Aj 3.530361 2.3178085 1242 25 Pp 2.979144 1.5077161 1243 25 Pt 3.277585 2.2313501 1244 25 Pl 3.440924 1.8161289 1245 25 Tb 1.028034 0.4799504 1246 25 Cs 3.418708 1.2462151 1247 25 Db 3.961826 1.7228798 1248 25 Eh 1.655342 -0.3093624 1249 25 Ec 1.517515 -0.3488834 1250 25 Eb 1.872748 -0.0178732 1251 25 Lg 2.331542 2.4182887 1252 25 Cd 2.626077 2.6360306 1253 25 Gc 3.112870 1.5364091 1254 25 Sc 2.044596 1.0036455 1255 25 Bb 2.039207 1.0671795 1256 25 To 2.517955 1.9574533 1257 25 Gg 2.158542 1.0731735 1258 25 Gt 2.118733 1.3076690 1259 25 Ac 2.071064 0.7721453 1260 25 Mk 2.020087 0.4614981 1261 25 Oa 2.746859 1.3634962 1262 25 Oc 2.660889 1.5554583 1263 25 He 2.314455 2.0131177 1264 25 Am 2.008401 1.8946048 1265 25 Cu 2.173721 2.4343765 1266 25 Dl 2.642226 2.1283993 1267 25 Ab 2.414143 2.1961816 1268 25 Aa 2.884422 1.6111835 1269 25 cc 2.105333 1.2373614 1270 25 Dd 2.247531 0.8947424 1271 25 Al 2.384852 1.0124254 1272 25 Rt 2.913069 0.9548858 1273 25 Ov 2.723614 0.8943930 1274 25 Oh 2.889366 1.0426547 1275 26 Tm 1.596017 0.2973802 1276 26 Ur 1.478227 0.2878190 1277 26 Um 1.374229 0.1044093 1278 26 Nn 1.964322 0.4391659 1279 26 pl 1.696649 0.3263132 1280 26 Mp 2.571050 1.0537464 1281 26 Ml 2.419982 0.8086731 1282 26 Cp 1.928478 1.8894411 1283 26 Ct 1.722355 2.0850378 1284 26 Lp 1.936477 2.5090957 1285 26 Ca 2.055191 2.8166721 1286 26 Uc 2.377575 2.2824773 1287 26 Vf 2.127588 2.1251546 1288 26 Hh 2.271110 1.4997560 1289 26 Cc 2.248132 1.1903954 1290 26 Aj 1.671871 1.3889196 1291 26 Pp 1.475427 1.0706056 1292 26 Pt 2.094540 1.3060578 1293 26 Pl 1.915607 1.2471318 1294 26 Tb 1.540228 0.3946848 1295 26 Cs 2.477680 0.9369727 1296 26 Db 2.340762 1.0921014 1297 26 Eh 2.244729 0.3736471 1298 26 Ec 2.098351 0.3230014 1299 26 Eb 1.787778 0.4801094 1300 26 Lg 2.362049 1.0255627 1301 26 Cd 2.303963 2.3403780 1302 26 Gc 2.621488 -0.3957638 1303 26 Sc 2.238050 -0.9527479 1304 26 Bb 1.985971 -0.6279527 1305 26 To 2.997625 -1.4279469 1306 26 Gg 2.722618 1.1766573 1307 26 Gt 3.009498 0.5946278 1308 26 Ac 2.788583 0.9895761 1309 26 Mk 2.699549 0.5700687 1310 26 Oa 2.577822 0.2586049 1311 26 Oc 2.598668 0.2371582 1312 26 He 2.435242 -0.3003394 1313 26 Am 2.102087 -0.4488793 1314 26 Cu 2.191483 -0.8122012 1315 26 Dl 2.384551 -0.9537495 1316 26 Ab 2.506949 -1.0264418 1317 26 Aa 1.827298 -1.2078232 1318 26 cc 1.100714 -0.3017748 1319 26 Dd 1.497368 -0.1124591 1320 26 Al 1.927858 -0.4224961 1321 26 Rt 1.920077 -0.9562494 1322 26 Ov 1.593447 -1.2181462 1323 26 Oh 1.693399 -1.1708323 1324 27 Tm 3.033809 1.7341438 1325 27 Ur 2.241725 1.9135184 1326 27 Um 2.101695 2.0184971 1327 27 Nn 1.430213 1.6851182 1328 27 pl 1.415706 1.3574018 1329 27 Mp 1.873636 1.7758882 1330 27 Ml 2.072053 1.5060387 1331 27 Cp 2.168193 0.8357367 1332 27 Ct 2.341102 0.5361227 1333 27 Lp 2.033973 0.3865178 1334 27 Ca 2.586776 1.2060525 1335 27 Uc 2.712744 0.9564464 1336 27 Vf 2.325353 0.2569131 1337 27 Hh 1.901400 1.2962716 1338 27 Cc 2.264903 1.4334677 1339 27 Aj 2.731739 1.5413165 1340 27 Pp 2.739123 1.6984306 1341 27 Pt 2.807609 1.7598099 1342 27 Pl 2.635374 1.2273198 1343 27 Tb 1.611054 1.1119065 1344 27 Cs 1.969217 1.0858530 1345 27 Db 1.808356 1.3722014 1346 27 Eh 1.195772 1.4661456 1347 27 Ec 1.258966 1.5914628 1348 27 Eb 1.473031 0.9694045 1349 27 Lg 2.536252 0.8456197 1350 27 Cd 1.681012 1.6739047 1351 27 Gc 1.920600 0.2571877 1352 27 Sc 1.806001 0.4178767 1353 27 Bb 1.961885 0.2867563 1354 27 To 1.264673 0.9936850 1355 27 Gg 1.964374 1.2329848 1356 27 Gt 2.110391 1.1107559 1357 27 Ac 2.182471 1.8110510 1358 27 Mk 1.618725 1.2464713 1359 27 Oa 2.307824 1.9372072 1360 27 Oc 2.291484 1.3960744 1361 27 He 1.911675 0.5781263 1362 27 Am 2.546434 1.0991868 1363 27 Cu 1.712267 1.6553219 1364 27 Dl 1.568464 0.7076171 1365 27 Ab 1.901261 1.0174727 1366 27 Aa 2.301548 0.8632974 1367 27 cc 1.975977 0.3394440 1368 27 Dd 2.112070 0.0208616 1369 27 Al 2.318245 0.4879641 1370 27 Rt 2.015858 1.0505252 1371 27 Ov 2.022548 0.4661872 1372 27 Oh 2.127085 0.4790136 1373 28 Tm 1.671658 1.8939368 1374 28 Ur 1.659732 1.9321532 1375 28 Um 1.683610 1.7795096 1376 28 Nn 1.496230 0.6622795 1377 28 pl 1.665293 0.2416439 1378 28 Mp 1.606099 1.1530776 1379 28 Ml 1.417494 2.4825594 1380 28 Cp 1.464173 -0.0455476 1381 28 Ct 1.426239 -0.1134158 1382 28 Lp 1.415753 -0.1447502 1383 28 Ca 1.446832 0.2700997 1384 28 Uc 1.694104 -0.3367531 1385 28 Vf 1.811565 0.2053572 1386 28 Hh 1.618030 2.1117692 1387 28 Cc 1.587196 2.1153871 1388 28 Aj 1.741919 1.4163878 1389 28 Pp 1.472615 1.9932278 1390 28 Pt 1.656730 2.0164568 1391 28 Pl 1.219895 1.9617312 1392 28 Tb 1.239282 2.1957071 1393 28 Cs 2.662282 1.0159106 1394 28 Db 2.014837 0.9404606 1395 28 Eh 0.224195 0.8324404 1396 28 Ec 0.423756 1.5059007 1397 28 Eb 0.272705 0.7588602 1398 28 Lg 1.244229 1.9151515 1399 28 Cd 1.605140 1.5388749 1400 28 Gc 2.637262 3.1006694 1401 28 Sc 1.805689 1.6205398 1402 28 Bb 2.142883 1.8350167 1403 28 To 2.056298 2.2294067 1404 28 Gg 2.263659 1.7996613 1405 28 Gt 2.605059 1.7490541 1406 28 Ac 2.529167 1.7914426 1407 28 Mk 2.779167 1.8246514 1408 28 Oa 2.957563 1.5593549 1409 28 Oc 2.490155 1.6931957 1410 28 He 2.997559 2.8031453 1411 28 Am 2.563102 1.9591237 1412 28 Cu 2.314432 2.1837766 1413 28 Dl 2.499362 2.7329022 1414 28 Ab 2.638118 2.4065006 1415 28 Aa 2.520873 1.8372732 1416 28 cc 2.832259 1.7856741 1417 28 Dd 2.975052 2.1196649 1418 28 Al 3.021710 1.4017511 1419 28 Rt 2.758043 1.3689167 1420 28 Ov 3.197245 1.1379082 1421 28 Oh 3.272889 1.0084883 1422 29 Tm 2.716419 2.3495800 1423 29 Ur 2.671764 2.3568896 1424 29 Um 2.653799 2.3372073 1425 29 Nn 3.139826 2.0831552 1426 29 pl 3.129911 1.9145420 1427 29 Mp 2.412939 0.5831709 1428 29 Ml 2.559400 -0.6303650 1429 29 Cp 2.535413 1.0899025 1430 29 Ct 2.485967 1.4331319 1431 29 Lp 2.281644 0.7861270 1432 29 Ca 2.106802 0.5791783 1433 29 Uc 2.410516 1.1850379 1434 29 Vf 2.396286 0.7796470 1435 29 Hh 1.300145 0.3426845 1436 29 Cc 1.720421 0.4805617 1437 29 Aj 1.393463 1.6126715 1438 29 Pp 1.323015 0.9893896 1439 29 Pt 1.550462 0.8924834 1440 29 Pl 1.367948 0.7580398 1441 29 Tb 1.800896 0.8697776 1442 29 Cs 1.040299 0.7341076 1443 29 Db 1.666608 1.4381857 1444 29 Eh 1.996395 0.0340441 1445 29 Ec 1.210078 0.3557231 1446 29 Eb 1.592388 0.1717273 1447 29 Lg 2.923934 0.9804110 1448 29 Cd 2.249803 0.0361286 1449 29 Gc 1.971000 0.8389686 1450 29 Sc 2.153077 1.2097763 1451 29 Bb 2.124667 1.0837609 1452 29 To 1.829802 -0.2047774 1453 29 Gg 1.971283 1.5340517 1454 29 Gt 2.026084 1.3286734 1455 29 Ac 2.467154 1.4336387 1456 29 Mk 1.713238 1.9889218 1457 29 Oa 1.788515 1.5395600 1458 29 Oc 1.623624 1.6209055 1459 29 He 2.071787 0.6463204 1460 29 Am 1.643345 1.4492784 1461 29 Cu 1.716403 1.1339097 1462 29 Dl 1.721346 1.4580430 1463 29 Ab 1.889972 1.8708284 1464 29 Aa 1.589565 0.7751886 1465 29 cc 1.482823 1.9448370 1466 29 Dd 1.621197 1.8145963 1467 29 Al 2.204695 1.2812684 1468 29 Rt 2.253961 1.4355270 1469 29 Ov 2.429132 1.3033462 1470 29 Oh 2.592615 1.5741823 1471 30 Tm 2.547734 1.1822198 1472 30 Ur 2.471545 1.2230630 1473 30 Um 2.384165 1.3251369 1474 30 Nn 3.862803 0.6833180 1475 30 pl 3.429229 0.2031665 1476 30 Mp 2.452063 2.4374300 1477 30 Ml 3.518959 1.9542110 1478 30 Cp 2.410404 1.6628477 1479 30 Ct 2.139919 1.7650343 1480 30 Lp 2.159199 1.5935522 1481 30 Ca 2.574012 2.1667189 1482 30 Uc 2.248590 2.1861869 1483 30 Vf 2.271030 2.3028535 1484 30 Hh 2.741108 0.8070019 1485 30 Cc 2.947899 1.0071246 1486 30 Aj 1.377480 0.9647704 1487 30 Pp 1.005103 1.1878469 1488 30 Pt 1.184742 1.2171810 1489 30 Pl 1.365329 1.2263840 1490 30 Tb 2.322769 0.5194851 1491 30 Cs 2.018490 0.9392426 1492 30 Db 2.152278 0.9410018 1493 30 Eh 2.491950 0.1060958 1494 30 Ec 1.702967 -0.5786793 1495 30 Eb 2.302452 -0.5059801 1496 30 Lg 2.029364 0.3939343 1497 30 Cd 1.835152 0.6795697 1498 30 Gc 1.919483 1.3487476 1499 30 Sc 2.048617 1.9558516 1500 30 Bb 1.967876 1.8172346 1501 30 To 2.529380 1.4863288 1502 30 Gg 1.355492 2.1358734 1503 30 Gt 1.603288 1.9950934 1504 30 Ac 2.271545 2.7709555 1505 30 Mk 1.755612 2.2219952 1506 30 Oa 1.670193 1.1124843 1507 30 Oc 1.691448 1.1854691 1508 30 He 2.518764 1.7739468 1509 30 Am 2.340782 1.4128116 1510 30 Cu 2.304860 1.5264844 1511 30 Dl 2.589923 1.6313450 1512 30 Ab 2.060604 2.1713738 1513 30 Aa 2.204022 1.8078560 1514 30 cc 1.764353 1.9558858 1515 30 Dd 1.553860 1.7041173 1516 30 Al 1.771947 1.3154553 1517 30 Rt 2.234763 0.8990535 1518 30 Ov 1.960432 1.1358841 1519 30 Oh 2.082978 0.9055110 1520 31 Tm 0.414511 -0.3753922 1521 31 Ur 0.321324 -0.1253359 1522 31 Um 0.486101 -0.0704475 1523 31 Nn 2.321341 0.8743738 1524 31 pl 2.270096 0.6564523 1525 31 Mp 2.710130 1.5028914 1526 31 Ml 2.338206 0.4233986 1527 31 Cp 0.271831 1.7123376 1528 31 Ct 0.136751 1.6055092 1529 31 Lp 0.637669 1.7073117 1530 31 Ca 0.616771 1.6403057 1531 31 Uc 0.164285 1.4006527 1532 31 Vf 0.523586 0.9625887 1533 31 Hh 1.444569 0.1050047 1534 31 Cc 1.191078 -0.4468031 1535 31 Aj 2.463672 0.7195914 1536 31 Pp 2.340802 1.3338553 1537 31 Pt 2.515590 1.3935985 1538 31 Pl 2.341393 1.0901877 1539 31 Tb 2.511772 2.1893761 1540 31 Cs 0.818350 2.4888487 1541 31 Db 2.069234 1.6202615 1542 31 Eh 1.655081 1.6387304 1543 31 Ec 1.522630 1.4915927 1544 31 Eb 1.584821 1.4041394 1545 31 Lg 1.623313 1.7321698 1546 31 Cd 1.110982 2.1819586 1547 31 Gc 2.490277 1.6403973 1548 31 Sc 2.088604 3.1607936 1549 31 Bb 2.952931 2.4530191 1550 31 To 1.730666 1.8436862 1551 31 Gg 2.297579 2.3660367 1552 31 Gt 2.337193 2.3978473 1553 31 Ac 1.752325 2.6262058 1554 31 Mk 1.933291 2.2086972 1555 31 Oa 2.166887 1.5722832 1556 31 Oc 1.807673 1.8904553 1557 31 He 2.189474 2.5487248 1558 31 Am 2.180695 1.8122471 1559 31 Cu 2.015562 2.2662186 1560 31 Dl 2.377941 2.6508473 1561 31 Ab 2.219459 2.6018849 1562 31 Aa 1.640218 1.2525439 1563 31 cc 2.676973 1.0362267 1564 31 Dd 2.658389 1.1246075 1565 31 Al 1.725866 1.4687209 1566 31 Rt 2.367198 1.7290767 1567 31 Ov 2.202984 1.2664446 1568 31 Oh 2.105809 1.3048163 1569 32 Tm 2.531380 1.0239286 1570 32 Ur 2.343468 1.1855527 1571 32 Um 2.506322 1.4398490 1572 32 Nn 1.994527 1.5500471 1573 32 pl 2.363634 1.7743998 1574 32 Mp 3.017341 0.7991713 1575 32 Ml 2.577250 0.6665815 1576 32 Cp 2.354592 1.8052360 1577 32 Ct 2.031960 1.5401029 1578 32 Lp 2.389773 1.5807862 1579 32 Ca 2.214945 1.5509003 1580 32 Uc 2.645399 1.2981306 1581 32 Vf 3.169102 2.1877084 1582 32 Hh 1.671952 1.4108168 1583 32 Cc 1.965233 0.9548951 1584 32 Aj 1.629550 0.8422752 1585 32 Pp 1.345057 0.8656350 1586 32 Pt 1.556255 0.9897791 1587 32 Pl 1.113423 0.9083780 1588 32 Tb 2.590626 0.2495363 1589 32 Cs 3.009246 1.4660540 1590 32 Db 3.666713 1.4720419 1591 32 Eh 2.151720 0.7500585 1592 32 Ec 2.332558 1.0402839 1593 32 Eb 2.442154 0.7358313 1594 32 Lg 1.917938 1.1886135 1595 32 Cd 2.109637 0.2290048 1596 32 Gc 2.760830 2.1610689 1597 32 Sc 3.202497 2.3734453 1598 32 Bb 2.889811 2.1545059 1599 32 To 2.905597 2.1806490 1600 32 Gg 3.201004 2.4360305 1601 32 Gt 3.268684 1.8816943 1602 32 Ac 3.239139 2.5012818 1603 32 Mk 2.816234 2.2605984 1604 32 Oa 2.119760 2.1399811 1605 32 Oc 2.079746 1.9128417 1606 32 He 1.742103 1.6214778 1607 32 Am 3.051277 2.0660532 1608 32 Cu 2.911004 1.6219241 1609 32 Dl 2.663358 1.6438090 1610 32 Ab 3.039171 1.6462771 1611 32 Aa 2.848739 1.9549376 1612 32 cc 3.099807 2.6280229 1613 32 Dd 2.959645 1.8520721 1614 32 Al 2.532120 1.9969233 1615 32 Rt 2.738555 2.8149029 1616 32 Ov 2.696603 2.8867899 1617 32 Oh 2.810204 2.7573650 1618 33 Tm 0.574344 0.8994157 1619 33 Ur 0.757674 0.8834214 1620 33 Um 0.915035 1.1004827 1621 33 Nn 0.758839 2.1306165 1622 33 pl 0.981666 1.4949969 1623 33 Mp 1.152732 2.1560329 1624 33 Ml 1.500663 2.4330818 1625 33 Cp 3.167311 0.9429054 1626 33 Ct 2.716490 0.9280804 1627 33 Lp 2.900677 1.2529962 1628 33 Ca 3.019220 0.6850138 1629 33 Uc 2.621595 1.2052952 1630 33 Vf 2.355395 0.6528436 1631 33 Hh 1.425091 0.9674748 1632 33 Cc 1.394169 1.0225842 1633 33 Aj 1.639763 0.7213791 1634 33 Pp 1.680622 0.8573739 1635 33 Pt 1.403058 0.6920654 1636 33 Pl 1.577434 0.8152250 1637 33 Tb 2.031892 0.6943443 1638 33 Cs 1.980342 1.0248336 1639 33 Db 1.564192 0.9110565 1640 33 Eh 1.535169 0.5970617 1641 33 Ec 1.632527 1.0500172 1642 33 Eb 1.429097 0.6588746 1643 33 Lg 0.351871 2.2428943 1644 33 Cd -0.014183 3.0486281 1645 33 Gc 1.112888 1.3756051 1646 33 Sc 0.779836 1.6799780 1647 33 Bb 0.865972 1.3359550 1648 33 To 1.251760 1.7532800 1649 33 Gg 1.135851 1.4486065 1650 33 Gt 1.104748 1.5073270 1651 33 Ac 0.758615 2.2395687 1652 33 Mk 1.002679 1.2055690 1653 33 Oa 0.307295 1.6243529 1654 33 Oc 0.069229 1.6559444 1655 33 He 0.846261 0.9057481 1656 33 Am 0.788281 1.0204126 1657 33 Cu 1.200625 1.3249885 1658 33 Dl 0.835206 1.2828655 1659 33 Ab 0.882256 1.2434412 1660 33 Aa 0.776813 1.7146503 1661 33 cc 1.233344 1.2526727 1662 33 Dd 1.426944 1.5370169 1663 33 Al 0.610003 1.5677831 1664 33 Rt 0.678694 1.5113945 1665 33 Ov 1.071954 1.7414122 1666 33 Oh 1.107473 1.4927194 1667 34 Tm 2.889346 1.7570579 1668 34 Ur 2.718848 1.5165719 1669 34 Um 2.944736 1.6080358 1670 34 Nn 2.320743 -0.0957735 1671 34 pl 2.114168 -0.1657808 1672 34 Mp 2.303964 1.1854430 1673 34 Ml 3.115166 0.2970566 1674 34 Cp 1.954523 1.1444704 1675 34 Ct 1.897586 1.6656833 1676 34 Lp 2.187980 1.5639925 1677 34 Ca 2.165200 1.0550348 1678 34 Uc 2.220344 0.4596217 1679 34 Vf 1.686729 1.2018412 1680 34 Hh 2.042824 0.9365631 1681 34 Cc 2.221132 0.7445711 1682 34 Aj 1.923294 2.6905303 1683 34 Pp 2.298502 1.5646069 1684 34 Pt 2.151498 1.7206988 1685 34 Pl 2.098417 1.7522024 1686 34 Tb 2.119950 0.2716212 1687 34 Cs 1.969088 1.8630914 1688 34 Db 2.600246 1.7970557 1689 34 Eh 2.548126 3.0179431 1690 34 Ec 2.439421 2.8484948 1691 34 Eb 2.870895 2.0855835 1692 34 Lg 1.371708 0.4831333 1693 34 Cd 0.698077 0.6167166 1694 34 Gc 0.723125 1.0108554 1695 34 Sc 0.927413 1.1625583 1696 34 Bb 0.919137 1.4499088 1697 34 To 1.019796 2.1420413 1698 34 Gg 0.838474 1.1859264 1699 34 Gt 0.624054 0.8182995 1700 34 Ac 1.294473 0.6349213 1701 34 Mk 1.021966 0.9488409 1702 34 Oa 0.562332 0.2876245 1703 34 Oc 0.972865 0.7432610 1704 34 He 1.018596 0.5196488 1705 34 Am 1.211884 0.7658649 1706 34 Cu 0.797863 0.9888729 1707 34 Dl 0.790504 0.8461859 1708 34 Ab 0.983734 1.2214818 1709 34 Aa 0.708777 1.3357321 1710 34 cc 0.851319 1.6389501 1711 34 Dd 0.924031 1.5374179 1712 34 Al 0.310684 1.2371999 1713 34 Rt 0.560003 0.6875929 1714 34 Ov 0.330290 0.7564863 1715 34 Oh 0.466410 0.9689545 1716 35 Tm 1.900007 1.0627493 1717 35 Ur 1.498466 0.9120109 1718 35 Um 1.737341 1.3611539 1719 35 Nn 2.677677 1.6456054 1720 35 pl 2.363552 1.9579282 1721 35 Mp 2.545649 1.6405647 1722 35 Ml 3.376184 0.7996346 1723 35 Cp 1.777142 2.7129547 1724 35 Ct 1.822345 2.5445874 1725 35 Lp 2.057812 2.9364090 1726 35 Ca 2.063079 2.6475353 1727 35 Uc 2.324732 1.6788233 1728 35 Vf 1.831542 2.4623827 1729 35 Hh 1.899459 1.7537287 1730 35 Cc 2.358950 1.4657735 1731 35 Aj 3.136979 1.7689976 1732 35 Pp 3.156805 0.8468553 1733 35 Pt 3.054464 1.0669371 1734 35 Pl 2.925675 1.2873993 1735 35 Tb 1.323542 2.0678593 1736 35 Cs 0.852317 2.1221830 1737 35 Db 2.115275 2.1125801 1738 35 Eh 1.215387 2.7371117 1739 35 Ec 1.790757 2.7001242 1740 35 Eb 1.535146 2.6329021 1741 35 Lg 1.160949 0.6213683 1742 35 Cd 1.786595 2.1917719 1743 35 Gc 0.644213 0.7005937 1744 35 Sc 1.652067 0.1385585 1745 35 Bb 1.492680 0.7991864 1746 35 To 1.128579 -0.2065316 1747 35 Gg 1.096384 0.8524364 1748 35 Gt 1.152253 0.7422952 1749 35 Ac 1.535633 1.4963824 1750 35 Mk 1.165280 0.9752955 1751 35 Oa 1.195831 1.3062288 1752 35 Oc 1.215789 1.3154587 1753 35 He 1.373356 0.6712195 1754 35 Am 1.279518 0.4693046 1755 35 Cu 0.978265 -0.0405649 1756 35 Dl 1.023060 0.3210431 1757 35 Ab 0.680163 0.1848786 1758 35 Aa 1.266738 0.7237055 1759 35 cc 1.480901 0.7011901 1760 35 Dd 1.536474 0.9017539 1761 35 Al 1.439218 -0.0676630 1762 35 Rt 1.229256 0.0215813 1763 35 Ov 0.884897 0.3733807 1764 35 Oh 0.643200 0.4684688 1765 36 Tm 2.001356 1.2639960 1766 36 Ur 2.104696 0.8969817 1767 36 Um 1.553251 0.6132830 1768 36 Nn 1.494843 1.2045675 1769 36 pl 1.327902 1.0049135 1770 36 Mp 2.511567 0.3641682 1771 36 Ml 1.942346 0.2791103 1772 36 Cp 1.042190 0.6178273 1773 36 Ct 1.107472 0.9627190 1774 36 Lp 0.907689 1.0301765 1775 36 Ca 1.046670 0.8195269 1776 36 Uc 1.691277 0.6417720 1777 36 Vf 1.615093 1.2189479 1778 36 Hh 0.118502 1.8940569 1779 36 Cc 0.507023 1.9427152 1780 36 Aj 0.106718 1.4644261 1781 36 Pp -0.189887 0.3855202 1782 36 Pt -0.036773 0.7130513 1783 36 Pl -0.089937 0.6341777 1784 36 Tb 1.371496 3.0890588 1785 36 Cs 1.870743 2.8851088 1786 36 Db 2.235744 2.7387380 1787 36 Eh 0.704247 2.6920637 1788 36 Ec 0.765253 2.6711613 1789 36 Eb 0.800991 3.1381451 1790 36 Lg 1.492038 -0.5061118 1791 36 Cd 0.413235 -0.7124873 1792 36 Gc 2.353204 0.9653735 1793 36 Sc 1.332649 0.7013963 1794 36 Bb 1.175080 0.8827317 1795 36 To 1.835855 0.7880048 1796 36 Gg 2.205690 0.4979978 1797 36 Gt 1.853288 0.5585640 1798 36 Ac 2.297793 0.4940430 1799 36 Mk 2.270853 1.1088038 1800 36 Oa 1.924885 0.6871920 1801 36 Oc 2.335363 0.4556965 1802 36 He 2.215495 1.5189704 1803 36 Am 2.235287 0.8613964 1804 36 Cu 1.972431 1.5191396 1805 36 Dl 2.076149 0.9969148 1806 36 Ab 2.246436 1.5680767 1807 36 Aa 1.398085 1.3207764 1808 36 cc 2.174185 1.0996939 1809 36 Dd 2.026475 1.4981014 1810 36 Al 1.799720 0.5537638 1811 36 Rt 1.914619 0.6557892 1812 36 Ov 1.843842 0.7830123 1813 36 Oh 1.708193 0.6076055 1814 37 Tm 3.529289 1.5911146 1815 37 Ur 3.501963 1.4583635 1816 37 Um 3.283798 1.2263813 1817 37 Nn 2.245105 1.4108874 1818 37 pl 2.606788 1.3869746 1819 37 Mp 2.216889 0.9123758 1820 37 Ml 1.413965 1.0836540 1821 37 Cp 1.674593 1.0472444 1822 37 Ct 1.649779 0.6961991 1823 37 Lp 1.738771 0.8259615 1824 37 Ca 2.164067 0.8228712 1825 37 Uc 1.753869 1.1729931 1826 37 Vf 2.047930 1.3011692 1827 37 Hh 2.274841 -0.0984863 1828 37 Cc 2.105151 -0.0479879 1829 37 Aj 1.743376 0.3881059 1830 37 Pp 1.738200 0.1271027 1831 37 Pt 1.815531 0.2348896 1832 37 Pl 1.689041 0.1239604 1833 37 Tb 0.772144 1.4454605 1834 37 Cs 1.517562 0.8334681 1835 37 Db 1.822462 1.4525503 1836 37 Eh 1.875703 2.6388328 1837 37 Ec 1.446742 2.7602517 1838 37 Eb 1.935431 2.0750421 1839 37 Lg 1.383012 1.7326662 1840 37 Cd 1.857904 1.6037433 1841 37 Gc 1.822802 2.1325856 1842 37 Sc 1.522005 2.5132272 1843 37 Bb 1.685413 1.9804906 1844 37 To 0.341956 1.9627154 1845 37 Gg 1.820541 3.2130032 1846 37 Gt 1.557601 2.8602896 1847 37 Ac 2.862180 2.7694364 1848 37 Mk 1.981360 2.7648997 1849 37 Oa 2.560107 2.1154876 1850 37 Oc 2.087170 2.6670112 1851 37 He 1.975952 2.1061916 1852 37 Am 2.120873 1.9581683 1853 37 Cu 2.435951 2.1672898 1854 37 Dl 2.311812 2.1483569 1855 37 Ab 1.904836 2.7495437 1856 37 Aa 2.013419 1.6555469 1857 37 cc 1.640031 2.5085526 1858 37 Dd 1.203147 2.1849782 1859 37 Al 1.124609 2.5845954 1860 37 Rt 1.634497 2.1317178 1861 37 Ov 1.448107 2.7432234 1862 37 Oh 1.647313 2.6637787 1863 38 Tm 1.944688 1.7450806 1864 38 Ur 2.094339 2.0531067 1865 38 Um 1.797258 1.6256313 1866 38 Nn 1.860577 2.5098739 1867 38 pl 2.286584 2.5289616 1868 38 Mp 2.585311 2.2664784 1869 38 Ml 3.013954 2.2197605 1870 38 Cp 1.808853 1.1342524 1871 38 Ct 1.400379 1.6315255 1872 38 Lp 1.801914 1.1309359 1873 38 Ca 1.479304 1.7971861 1874 38 Uc 1.002341 1.2297307 1875 38 Vf 1.907787 1.1527057 1876 38 Hh 2.743723 1.5458978 1877 38 Cc 2.513894 1.6887329 1878 38 Aj 1.923792 1.9387063 1879 38 Pp 2.046310 2.0516031 1880 38 Pt 2.232085 1.8177813 1881 38 Pl 2.321880 2.0523644 1882 38 Tb 2.269313 1.9677959 1883 38 Cs 0.101829 0.7063334 1884 38 Db 0.373932 0.7416415 1885 38 Eh 1.015925 2.1763759 1886 38 Ec 0.390903 1.5569955 1887 38 Eb 1.293681 1.9346232 1888 38 Lg 0.753954 2.1694523 1889 38 Cd 1.624621 1.4285294 1890 38 Gc 1.203092 2.2538948 1891 38 Sc 1.349561 1.3895480 1892 38 Bb 1.584620 1.8114199 1893 38 To 1.362158 2.1090141 1894 38 Gg 0.618724 1.5561792 1895 38 Gt 0.661022 1.4426841 1896 38 Ac 0.380739 1.4445446 1897 38 Mk 0.576787 1.0383542 1898 38 Oa 1.202593 1.1619397 1899 38 Oc 1.023332 1.0620194 1900 38 He 0.589187 1.9051928 1901 38 Am 0.717617 1.4861223 1902 38 Cu 0.843006 1.9716923 1903 38 Dl 1.008587 1.6970879 1904 38 Ab 1.223785 1.1878202 1905 38 Aa 1.413349 1.8027117 1906 38 cc 0.434514 2.0262388 1907 38 Dd 0.442186 2.0773722 1908 38 Al 0.025619 1.6438006 1909 38 Rt 0.531267 1.6676613 1910 38 Ov 0.111687 2.5287314 1911 38 Oh 0.291809 2.7078406 1912 39 Tm 2.179666 2.3399687 1913 39 Ur 2.233679 2.0090890 1914 39 Um 2.150691 1.9307018 1915 39 Nn 1.907001 3.0557592 1916 39 pl 1.744805 2.9782004 1917 39 Mp 1.138910 1.7326418 1918 39 Ml 1.773933 1.3187465 1919 39 Cp 1.527821 0.2388825 1920 39 Ct 1.740423 0.6121841 1921 39 Lp 1.845314 0.5097522 1922 39 Ca 1.775696 0.6785104 1923 39 Uc 1.359941 0.6427267 1924 39 Vf 1.487981 0.6248888 1925 39 Hh 1.125708 2.0110947 1926 39 Cc 1.453590 2.2182992 1927 39 Aj 1.238866 0.9978931 1928 39 Pp 0.818444 1.0231581 1929 39 Pt 0.923233 0.9632646 1930 39 Pl 0.754186 1.2856241 1931 39 Tb 2.161706 0.2292690 1932 39 Cs 1.730530 0.5339596 1933 39 Db 1.764874 -0.1056873 1934 39 Eh 1.865565 1.9198041 1935 39 Ec 2.010821 2.2973128 1936 39 Eb 1.205549 2.4379137 1937 39 Lg 2.508556 0.3644845 1938 39 Cd 2.286649 -0.3742924 1939 39 Gc 3.828205 -0.2014171 1940 39 Sc 2.952519 0.0733393 1941 39 Bb 2.722752 0.2751946 1942 39 To 3.425549 -0.3142482 1943 39 Gg 3.355757 0.5950498 1944 39 Gt 3.365633 0.5646618 1945 39 Ac 3.463510 0.3422202 1946 39 Mk 3.484048 -0.4446265 1947 39 Oa 3.174950 -0.0535778 1948 39 Oc 3.205033 -0.2175784 1949 39 He 3.548229 -0.3131927 1950 39 Am 3.553581 0.1218191 1951 39 Cu 3.710767 -0.0132290 1952 39 Dl 3.637726 -0.2240069 1953 39 Ab 3.577299 0.0232241 1954 39 Aa 2.932763 0.1318657 1955 39 cc 3.229189 -0.5813925 1956 39 Dd 3.080527 -0.2215640 1957 39 Al 3.598721 0.3173191 1958 39 Rt 3.308971 -0.2497932 1959 39 Ov 3.902891 -0.0916133 1960 39 Oh 3.589167 0.0042164 1961 40 Tm 1.953815 0.7399786 1962 40 Ur 1.796060 0.6134231 1963 40 Um 1.922205 0.1755752 1964 40 Nn 3.563095 0.7400453 1965 40 pl 3.002833 0.6590935 1966 40 Mp 3.802290 1.4338786 1967 40 Ml 4.284339 0.7456604 1968 40 Cp 2.470538 0.7488546 1969 40 Ct 1.950926 0.7226001 1970 40 Lp 1.984986 0.5149969 1971 40 Ca 2.532942 0.5511735 1972 40 Uc 2.141074 1.3707820 1973 40 Vf 2.528523 0.6909681 1974 40 Hh 2.996176 1.9103630 1975 40 Cc 2.981927 2.0749821 1976 40 Aj 2.475827 1.0181866 1977 40 Pp 1.961827 0.9437941 1978 40 Pt 1.736305 1.0764188 1979 40 Pl 1.859664 1.2956853 1980 40 Tb 1.767206 0.7030696 1981 40 Cs 1.901834 0.4529858 1982 40 Db 1.065719 0.1860688 1983 40 Eh 1.914794 1.0441488 1984 40 Ec 1.364400 1.2697572 1985 40 Eb 1.634795 0.4535581 1986 40 Lg 1.855896 1.1041118 1987 40 Cd 2.163281 1.1285765 1988 40 Gc 1.622161 1.0832078 1989 40 Sc 1.491619 0.1499940 1990 40 Bb 1.685623 0.2776497 1991 40 To 1.270727 0.1142223 1992 40 Gg 1.467376 0.0949054 1993 40 Gt 1.408661 0.3688347 1994 40 Ac 1.543046 0.0989440 1995 40 Mk 1.430927 -0.0246900 1996 40 Oa 1.907727 0.8076384 1997 40 Oc 1.727501 0.8397022 1998 40 He 1.815088 0.9127045 1999 40 Am 2.165918 1.0968758 2000 40 Cu 2.105635 0.8755822 2001 40 Dl 1.906857 0.5761049 2002 40 Ab 1.862697 0.5851280 2003 40 Aa 1.080162 1.2301207 2004 40 cc 1.734522 1.2504899 2005 40 Dd 1.858972 1.3620884 2006 40 Al 1.658660 0.9408889 2007 40 Rt 1.496044 1.0852982 2008 40 Ov 1.879448 1.3321769 2009 40 Oh 1.914209 1.1508016 2010 41 Tm 0.953312 1.6410517 2011 41 Ur 0.746550 1.2869789 2012 41 Um 1.013372 1.8701203 2013 41 Nn 2.156285 -0.2432979 2014 41 pl 1.492028 -0.4725426 2015 41 Mp 1.623488 0.6002338 2016 41 Ml 1.710926 0.9283339 2017 41 Cp 1.576061 1.9886707 2018 41 Ct 1.763435 1.9427457 2019 41 Lp 1.525769 2.0455024 2020 41 Ca 1.420059 1.8044341 2021 41 Uc 1.249468 1.7358202 2022 41 Vf 1.602225 1.3390766 2023 41 Hh 1.635628 0.6707771 2024 41 Cc 2.012520 1.1200408 2025 41 Aj 1.275973 1.2895983 2026 41 Pp 0.535253 1.8348240 2027 41 Pt 0.241338 1.8616809 2028 41 Pl 0.455251 1.4367672 2029 41 Tb 2.298094 1.2114002 2030 41 Cs 1.309247 2.2808065 2031 41 Db 0.905102 3.4832056 2032 41 Eh 2.284766 0.4712290 2033 41 Ec 2.613693 0.5100454 2034 41 Eb 2.146990 0.6541825 2035 41 Lg 2.472970 0.2911577 2036 41 Cd 2.119287 -0.1467864 2037 41 Gc 3.509783 2.8834284 2038 41 Sc 3.000041 2.2435246 2039 41 Bb 3.360503 1.8726884 2040 41 To 2.627778 0.9853635 2041 41 Gg 2.885921 2.1533659 2042 41 Gt 2.980754 1.6946902 2043 41 Ac 3.522466 1.4476264 2044 41 Mk 2.673664 0.9584042 2045 41 Oa 3.298053 1.6262253 2046 41 Oc 3.250641 1.0874458 2047 41 He 2.357570 2.5946930 2048 41 Am 2.838991 1.9973778 2049 41 Cu 3.060309 1.8733505 2050 41 Dl 3.179966 1.8489769 2051 41 Ab 2.790716 1.9518909 2052 41 Aa 2.590734 1.6989782 2053 41 cc 2.829852 2.3426393 2054 41 Dd 3.313186 2.2728549 2055 41 Al 2.861319 1.8328894 2056 41 Rt 3.136713 1.7435998 2057 41 Ov 2.859592 2.0245555 2058 41 Oh 2.939140 1.9694366 2059 42 Tm 1.513227 0.4120185 2060 42 Ur 1.542733 0.7099364 2061 42 Um 1.404820 0.4689663 2062 42 Nn 0.600877 1.0138104 2063 42 pl 0.950483 0.8547781 2064 42 Mp 2.039910 0.3365400 2065 42 Ml 1.798581 -0.8526430 2066 42 Cp 1.451229 -0.7419437 2067 42 Ct 1.426537 -0.4772334 2068 42 Lp 1.447220 -0.9027643 2069 42 Ca 1.335431 -0.1351620 2070 42 Uc 1.495797 -0.4155771 2071 42 Vf 1.572529 0.0403712 2072 42 Hh 0.947683 -0.6367661 2073 42 Cc 0.844401 -0.1915983 2074 42 Aj 1.070147 0.9120743 2075 42 Pp 1.391622 0.5806986 2076 42 Pt 1.373452 -0.0616112 2077 42 Pl 1.095199 0.2810196 2078 42 Tb 2.315239 1.0919691 2079 42 Cs 1.977334 0.2854576 2080 42 Db 2.018960 0.5526575 2081 42 Eh 1.935961 0.6179686 2082 42 Ec 2.084645 0.9694785 2083 42 Eb 1.674224 1.3417042 2084 42 Lg 2.236406 1.5658884 2085 42 Cd 2.551114 0.9650221 2086 42 Gc 1.899908 0.7917130 2087 42 Sc 2.138367 -0.2164521 2088 42 Bb 1.679409 1.1578336 2089 42 To 1.947100 0.1954312 2090 42 Gg 1.535835 0.7711960 2091 42 Gt 1.852996 0.6050285 2092 42 Ac 1.637603 0.3368883 2093 42 Mk 1.767974 0.2622402 2094 42 Oa 1.249018 0.3497235 2095 42 Oc 1.338919 0.3720527 2096 42 He 1.770829 0.8620788 2097 42 Am 1.787470 1.0187932 2098 42 Cu 1.524821 1.4181659 2099 42 Dl 1.522106 1.3226689 2100 42 Ab 1.696649 1.4993622 2101 42 Aa 1.958509 0.2108799 2102 42 cc 1.320046 0.3594797 2103 42 Dd 1.337089 0.6536165 2104 42 Al 1.629421 0.0636285 2105 42 Rt 1.433273 0.3321888 2106 42 Ov 1.654227 -0.0426716 2107 42 Oh 1.467811 -0.0591455 2108 43 Tm 1.092728 0.7018652 2109 43 Ur 0.932951 0.8280217 2110 43 Um 0.721676 0.4492773 2111 43 Nn 1.952093 2.3470440 2112 43 pl 2.048280 2.1866214 2113 43 Mp 2.314169 -0.4302489 2114 43 Ml 2.534016 0.7284998 2115 43 Cp 1.147368 1.8418500 2116 43 Ct 1.349000 1.7890077 2117 43 Lp 0.900291 1.6237975 2118 43 Ca 0.919173 1.4406239 2119 43 Uc 0.583594 1.0438656 2120 43 Vf 0.708744 1.5874785 2121 43 Hh 0.930802 1.9487607 2122 43 Cc 0.799183 1.8082051 2123 43 Aj 1.076435 0.7393666 2124 43 Pp 1.550595 0.7556377 2125 43 Pt 1.331488 0.4753773 2126 43 Pl 1.592539 0.5812916 2127 43 Tb 1.844179 -0.1430711 2128 43 Cs 2.234064 -0.5954981 2129 43 Db 2.475946 -0.0258345 2130 43 Eh 0.832022 1.8930937 2131 43 Ec 1.308922 1.5384778 2132 43 Eb 1.196509 1.8692099 2133 43 Lg 2.993264 -0.3619136 2134 43 Cd 2.602905 -0.0209407 2135 43 Gc 1.983688 0.5138552 2136 43 Sc 2.564533 -0.0552400 2137 43 Bb 2.854239 0.4888781 2138 43 To 2.625223 -0.2051160 2139 43 Gg 1.779598 0.6904081 2140 43 Gt 1.697030 0.3686357 2141 43 Ac 1.899551 0.2626532 2142 43 Mk 2.161536 0.0236696 2143 43 Oa 1.257993 0.0011480 2144 43 Oc 1.205239 0.3146035 2145 43 He 1.943870 0.9279959 2146 43 Am 2.088183 0.0989460 2147 43 Cu 1.953741 0.4698530 2148 43 Dl 1.914596 0.6877080 2149 43 Ab 2.016294 0.6704529 2150 43 Aa 2.166824 -0.2518132 2151 43 cc 1.866010 0.9312343 2152 43 Dd 1.671344 0.7805486 2153 43 Al 2.214053 0.8472800 2154 43 Rt 2.201514 0.3775248 2155 43 Ov 2.382393 0.6954101 2156 43 Oh 2.166450 0.6784861 2157 44 Tm 2.494005 1.3537458 2158 44 Ur 2.377843 1.3095434 2159 44 Um 3.180818 1.3099904 2160 44 Nn 2.799482 -0.0267880 2161 44 pl 2.503029 -0.0228873 2162 44 Mp 2.948157 0.3279169 2163 44 Ml 1.952301 -0.0240671 2164 44 Cp 1.301831 -0.6631444 2165 44 Ct 1.474324 -0.5287969 2166 44 Lp 1.289403 -0.4468808 2167 44 Ca 1.164557 -0.9119830 2168 44 Uc 1.442198 -1.1147508 2169 44 Vf 1.554798 -1.1021904 2170 44 Hh 1.785137 0.9041158 2171 44 Cc 2.052806 0.6998593 2172 44 Aj 0.835174 0.4778271 2173 44 Pp 1.247961 0.6969683 2174 44 Pt 1.059859 0.8781509 2175 44 Pl 1.174213 0.8036145 2176 44 Tb 1.449138 0.8402536 2177 44 Cs 0.847296 1.0984208 2178 44 Db 0.972496 1.0588892 2179 44 Eh 1.720650 1.4087051 2180 44 Ec 1.441591 1.3574576 2181 44 Eb 1.300819 1.0702764 2182 44 Lg 0.684919 -0.6937788 2183 44 Cd 1.587258 0.4169976 2184 44 Gc 0.723288 2.6294494 2185 44 Sc 1.083442 2.4225796 2186 44 Bb 1.174596 2.1939138 2187 44 To 1.732630 2.4083032 2188 44 Gg 1.165849 2.2628330 2189 44 Gt 1.223099 2.2879664 2190 44 Ac 1.051824 2.4887176 2191 44 Mk 0.741913 2.4416847 2192 44 Oa 0.369126 2.4815140 2193 44 Oc 0.118189 2.8863075 2194 44 He 0.560337 3.2686722 2195 44 Am 0.114004 3.3949413 2196 44 Cu -0.036082 2.4177224 2197 44 Dl 0.336058 3.0827373 2198 44 Ab 0.067129 2.5161684 2199 44 Aa 0.550803 2.1930975 2200 44 cc 1.421025 2.3212202 2201 44 Dd 0.952973 2.1365775 2202 44 Al 1.430579 2.1612504 2203 44 Rt 1.156002 1.9533242 2204 44 Ov 1.068127 2.0064211 2205 44 Oh 1.126140 1.8881444 2206 45 Tm 2.387513 0.7910180 2207 45 Ur 2.202302 0.9904861 2208 45 Um 2.320207 0.4855464 2209 45 Nn 2.988758 1.3699315 2210 45 pl 2.611742 0.7713348 2211 45 Mp 1.035885 0.4664162 2212 45 Ml 1.367310 0.3162580 2213 45 Cp 3.582838 0.2510752 2214 45 Ct 3.752850 -0.0058442 2215 45 Lp 3.891711 0.0095366 2216 45 Ca 3.999587 0.4851305 2217 45 Uc 3.546803 0.3994963 2218 45 Vf 3.113937 0.7604739 2219 45 Hh 1.098626 0.8226108 2220 45 Cc 1.300136 0.9510211 2221 45 Aj 1.204631 0.1389870 2222 45 Pp 1.203819 1.2050516 2223 45 Pt 1.397305 1.0596394 2224 45 Pl 1.320492 1.2559967 2225 45 Tb 1.551140 -0.4802495 2226 45 Cs 1.054762 0.0108987 2227 45 Db 0.489560 0.1795534 2228 45 Eh 1.435891 0.4392210 2229 45 Ec 1.899050 -0.1508496 2230 45 Eb 1.629221 0.5315710 2231 45 Lg 1.502609 1.8465432 2232 45 Cd 1.208331 1.0826476 2233 45 Gc 2.446436 1.6562956 2234 45 Sc 1.994825 1.7931516 2235 45 Bb 1.898845 1.3862710 2236 45 To 1.462350 1.1538063 2237 45 Gg 2.650443 1.5646054 2238 45 Gt 2.665044 1.6766996 2239 45 Ac 2.104928 1.6125964 2240 45 Mk 1.886990 1.7746096 2241 45 Oa 2.671511 0.5215238 2242 45 Oc 2.653441 1.2020151 2243 45 He 3.339993 1.8815346 2244 45 Am 2.508370 1.6693485 2245 45 Cu 2.518319 1.7810415 2246 45 Dl 2.786558 1.7161116 2247 45 Ab 2.627890 1.7600129 2248 45 Aa 2.192240 1.4889694 2249 45 cc 2.651222 1.9441427 2250 45 Dd 2.624087 1.9107853 2251 45 Al 3.077757 2.3114555 2252 45 Rt 3.127006 1.7719545 2253 45 Ov 2.999720 2.2952510 2254 45 Oh 2.716125 2.2882091 2255 46 Tm 1.122483 1.2662977 2256 46 Ur 1.394699 1.4860596 2257 46 Um 0.890864 1.3777168 2258 46 Nn 2.688568 2.9155409 2259 46 pl 2.779492 2.9392347 2260 46 Mp 2.437893 3.4777663 2261 46 Ml 2.204726 2.9672710 2262 46 Cp 1.640498 0.8694007 2263 46 Ct 1.695614 0.5931959 2264 46 Lp 1.650450 0.4566998 2265 46 Ca 2.428851 0.8045171 2266 46 Uc 2.207660 0.9427285 2267 46 Vf 1.843450 1.3119961 2268 46 Hh 1.817047 0.6418256 2269 46 Cc 2.454481 0.5080038 2270 46 Aj 1.803579 1.3675746 2271 46 Pp 1.634714 1.3544931 2272 46 Pt 1.553967 1.2062924 2273 46 Pl 1.739086 1.3225159 2274 46 Tb 2.479169 2.5032662 2275 46 Cs 2.184856 1.5455689 2276 46 Db 2.510852 0.4235134 2277 46 Eh 3.424528 0.7100459 2278 46 Ec 3.291732 1.2093498 2279 46 Eb 3.946575 0.6631261 2280 46 Lg 1.062718 2.8293486 2281 46 Cd 0.571340 2.7417359 2282 46 Gc 2.139731 1.4254756 2283 46 Sc 2.056440 1.5538271 2284 46 Bb 2.231201 1.1294286 2285 46 To 2.324345 1.1507216 2286 46 Gg 1.965181 0.7550575 2287 46 Gt 1.989668 0.8092848 2288 46 Ac 1.547338 0.9964527 2289 46 Mk 2.547905 1.3640152 2290 46 Oa 2.399336 1.7633836 2291 46 Oc 2.272042 1.2182019 2292 46 He 2.648658 0.9270232 2293 46 Am 2.748869 1.2023110 2294 46 Cu 2.180615 0.9500701 2295 46 Dl 2.488643 1.2754985 2296 46 Ab 2.441563 0.9570186 2297 46 Aa 1.923920 0.7461264 2298 46 cc 2.400736 1.5672022 2299 46 Dd 2.050276 1.1384157 2300 46 Al 2.302556 1.4220921 2301 46 Rt 2.323312 1.7780398 2302 46 Ov 2.921475 1.6097842 2303 46 Oh 3.019380 1.4786952 2304 47 Tm 1.405504 0.6516744 2305 47 Ur 1.481006 0.4779240 2306 47 Um 1.296428 1.2646392 2307 47 Nn 0.554351 2.0268537 2308 47 pl 0.428257 1.9952646 2309 47 Mp 0.682644 2.8838132 2310 47 Ml 1.680818 2.7087723 2311 47 Cp 2.217896 1.3306450 2312 47 Ct 2.307977 1.3106297 2313 47 Lp 2.268630 1.1472926 2314 47 Ca 2.347233 0.3358779 2315 47 Uc 2.462116 1.1525766 2316 47 Vf 2.028034 1.5687569 2317 47 Hh 2.266807 2.5289033 2318 47 Cc 1.911189 2.5078716 2319 47 Aj 2.816391 2.5411734 2320 47 Pp 2.989877 2.8605748 2321 47 Pt 2.878744 2.7674246 2322 47 Pl 2.847388 2.7248603 2323 47 Tb 2.600889 2.1520666 2324 47 Cs 1.894900 2.2730376 2325 47 Db 1.666533 1.6552996 2326 47 Eh 1.528478 2.2759537 2327 47 Ec 2.037145 1.8362197 2328 47 Eb 2.089506 2.2775750 2329 47 Lg 0.864890 0.4875717 2330 47 Cd 1.086375 0.9757639 2331 47 Gc 2.170441 1.0737007 2332 47 Sc 1.072004 1.3429809 2333 47 Bb 1.494691 1.7995491 2334 47 To 1.841386 0.9618878 2335 47 Gg 2.281380 2.1798251 2336 47 Gt 2.319370 2.1620744 2337 47 Ac 2.173801 1.1925995 2338 47 Mk 2.357133 1.9825751 2339 47 Oa 2.025069 1.4552448 2340 47 Oc 1.862664 1.4438170 2341 47 He 1.264755 1.4291373 2342 47 Am 1.862647 2.0188128 2343 47 Cu 1.656777 1.6705501 2344 47 Dl 1.577796 1.8415165 2345 47 Ab 1.760351 1.4402785 2346 47 Aa 1.729186 1.3516939 2347 47 cc 2.247432 1.3755906 2348 47 Dd 2.178364 1.3746028 2349 47 Al 2.314082 1.4593711 2350 47 Rt 1.946376 1.2679841 2351 47 Ov 2.070856 0.7245177 2352 47 Oh 1.955525 0.8472986 2353 48 Tm 1.226647 0.8997559 2354 48 Ur 1.342158 0.8625506 2355 48 Um 1.656154 0.2716890 2356 48 Nn 1.455032 0.6410438 2357 48 pl 1.606993 1.4425501 2358 48 Mp 1.919007 0.8476201 2359 48 Ml 0.997847 0.2818690 2360 48 Cp 1.712630 0.9220247 2361 48 Ct 1.510249 0.8703012 2362 48 Lp 1.352933 0.6703268 2363 48 Ca 1.639129 1.1589506 2364 48 Uc 1.737200 1.2859564 2365 48 Vf 1.953954 0.8811034 2366 48 Hh 2.292828 0.9401285 2367 48 Cc 2.602232 0.8478075 2368 48 Aj 2.793133 1.4305704 2369 48 Pp 2.295924 1.5446446 2370 48 Pt 2.522210 1.1057607 2371 48 Pl 2.423259 1.2381758 2372 48 Tb 1.408039 2.4595575 2373 48 Cs 2.832646 1.5075399 2374 48 Db 2.166635 0.3522934 2375 48 Eh 3.180471 1.8678455 2376 48 Ec 3.115407 1.5844877 2377 48 Eb 3.349447 1.4538181 2378 48 Lg 1.739492 0.3095013 2379 48 Cd 1.086624 0.5331380 2380 48 Gc 2.199088 -0.4451255 2381 48 Sc 1.772063 -1.0532711 2382 48 Bb 1.725923 -0.3914538 2383 48 To 1.325203 -0.1501306 2384 48 Gg 1.504951 0.7704869 2385 48 Gt 1.416190 0.9909194 2386 48 Ac 1.751728 0.5187250 2387 48 Mk 1.959396 0.6815396 2388 48 Oa 1.836704 -0.2618636 2389 48 Oc 1.754188 -0.0244823 2390 48 He 1.392091 0.5777914 2391 48 Am 1.503140 0.3686242 2392 48 Cu 1.446771 0.5152671 2393 48 Dl 1.604937 0.4941204 2394 48 Ab 1.162022 0.6635621 2395 48 Aa 0.740117 0.3091702 2396 48 cc 1.696932 -0.2496086 2397 48 Dd 1.965765 -0.7446605 2398 48 Al 1.829135 -1.2634106 2399 48 Rt 2.171476 -1.4106365 2400 48 Ov 2.177293 -1.5070226 2401 48 Oh 2.240759 -1.2634391 2402 49 Tm 3.084396 0.8412985 2403 49 Ur 2.880353 1.2072870 2404 49 Um 2.688360 0.8877008 2405 49 Nn 2.094152 1.5860920 2406 49 pl 2.268699 1.9853461 2407 49 Mp 1.304733 1.6390688 2408 49 Ml 1.796999 1.6995696 2409 49 Cp -0.421432 1.2851367 2410 49 Ct -0.081098 1.4663048 2411 49 Lp -0.134380 1.6739469 2412 49 Ca -0.165558 2.0163181 2413 49 Uc 0.528074 1.5261382 2414 49 Vf 0.097890 1.6637073 2415 49 Hh 0.699811 0.9510801 2416 49 Cc 0.594872 1.7017211 2417 49 Aj -0.648432 2.6206373 2418 49 Pp -0.016536 2.6702538 2419 49 Pt -0.067540 2.6791805 2420 49 Pl 0.135860 2.4053655 2421 49 Tb 0.474018 1.0821355 2422 49 Cs 1.744686 1.8904724 2423 49 Db 1.078094 1.1179345 2424 49 Eh 1.185315 2.0940703 2425 49 Ec 0.876137 1.2113945 2426 49 Eb 1.331044 1.8250321 2427 49 Lg 2.858883 0.4362264 2428 49 Cd 2.810438 0.9452804 2429 49 Gc 1.371999 0.5985484 2430 49 Sc 2.108681 -0.4197696 2431 49 Bb 1.800213 -0.0497201 2432 49 To 2.291667 0.2551678 2433 49 Gg 2.551685 -0.6146156 2434 49 Gt 2.424650 0.0777430 2435 49 Ac 2.204222 -0.5842638 2436 49 Mk 2.003118 -0.5030296 2437 49 Oa 1.785458 0.2441310 2438 49 Oc 1.633449 0.5972545 2439 49 He 2.273104 0.9213754 2440 49 Am 2.782380 0.3581398 2441 49 Cu 2.822028 0.2349501 2442 49 Dl 2.134864 0.3964552 2443 49 Ab 2.490623 0.0284860 2444 49 Aa 2.562314 -0.1653552 2445 49 cc 2.798456 -0.2009969 2446 49 Dd 2.568117 -0.2617507 2447 49 Al 2.325668 0.2869555 2448 49 Rt 2.720559 0.4722817 2449 49 Ov 2.226493 0.3878974 2450 49 Oh 2.238611 0.3934640 2451 50 Tm 1.915732 1.7366544 2452 50 Ur 2.015714 1.4235769 2453 50 Um 2.138618 1.4478450 2454 50 Nn 2.155984 -0.0788482 2455 50 pl 2.362358 -0.6676364 2456 50 Mp 2.837970 0.3174344 2457 50 Ml 3.571712 -0.2557118 2458 50 Cp 3.221761 -1.8247976 2459 50 Ct 3.149942 -2.0662794 2460 50 Lp 2.954505 -1.7046664 2461 50 Ca 2.820380 -1.8079520 2462 50 Uc 2.702053 -1.3792662 2463 50 Vf 2.498971 -1.5566447 2464 50 Hh 1.565097 0.9501191 2465 50 Cc 1.499559 1.0440520 2466 50 Aj 1.875097 0.2408893 2467 50 Pp 1.967844 0.2304711 2468 50 Pt 2.024801 -0.2911754 2469 50 Pl 2.104864 0.1105341 2470 50 Tb 2.399945 0.9294632 2471 50 Cs 1.234163 1.4928200 2472 50 Db 1.385000 0.7618628 2473 50 Eh 2.798908 0.0521709 2474 50 Ec 2.563936 -0.3245848 2475 50 Eb 2.939713 -0.4038176 2476 50 Lg 1.940975 2.4380866 2477 50 Cd 1.385610 1.9071717 2478 50 Gc 1.835245 2.1635370 2479 50 Sc 1.999265 3.6278027 2480 50 Bb 1.879884 3.5033342 2481 50 To 2.730936 2.8632603 2482 50 Gg 2.259214 1.7903593 2483 50 Gt 2.150806 2.1808241 2484 50 Ac 2.347905 1.7268934 2485 50 Mk 1.609406 2.2731628 2486 50 Oa 1.945144 2.0751401 2487 50 Oc 1.790410 1.5877257 2488 50 He 2.144758 2.3879394 2489 50 Am 1.775513 2.4713625 2490 50 Cu 1.915871 2.3740949 2491 50 Dl 1.739243 3.1757602 2492 50 Ab 2.011498 2.3361187 2493 50 Aa 2.179404 2.1588300 2494 50 cc 1.953145 1.9322111 2495 50 Dd 2.113223 1.5374056 2496 50 Al 1.986597 1.4583348 2497 50 Rt 1.830956 2.1838893 2498 50 Ov 2.400120 1.4427513 2499 50 Oh 2.342894 1.5011758 > > # several files, added variables, change column names, > # and limit number of cases > > f491s <- paste(path.to.example,"49lbr.sim",sep="") > f492s <- paste(path.to.example,"49hmt.sim",sep="") > f493s <- paste(path.to.example,"49ms.sim",sep="") > > f491i <- paste(path.to.example,"49lbr.pdi",sep="") > f492i <- paste(path.to.example,"49hmt.pdi",sep="") > f493i <- paste(path.to.example,"49ms.pdi",sep="") > > data.hb <- + read.sim.data(c(f491s, f492s, f493s), pdi.files=c(f491i, f492i, f493i), + variable.names=c("x1","x2","x3","x4","x5","x6"), + other.variables=data.frame( + mood=c(rep("good",15), + rep("bad",15), + rep("terrible",19)), + color=c(rep("blue",20), + rep("white",29))), + max.num=20) > > data.hb sim.counter Tips x1 x2 x3 x4 x5 x6 1 0 Tm 2.423246 2.0629578 1.9255 0.21389144 2.423246 1.6021 2 0 Ur 2.400192 1.9180303 1.8142 0.21977367 2.400192 1.6812 3 0 Um 1.970347 1.7543483 1.8250 0.20039909 1.970347 1.6812 4 0 Nn 0.643453 0.0211893 1.3596 0.26498127 0.643453 1.4314 5 0 pl 0.845098 0.0569049 1.4175 0.29385965 0.845098 1.3802 6 0 Mp 0.397940 0.3979400 1.1658 0.26524390 0.397940 1.2041 7 0 Ml 1.064458 -0.0604807 1.3998 0.31314879 1.064458 1.4771 8 0 Cp 1.547775 2.3070680 1.7710 0.43687708 1.547775 1.8062 9 0 Ct 1.123852 1.6532125 1.6408 0.42595674 1.123852 1.8129 10 0 Lp 1.301030 2.2041200 1.7184 0.39525140 1.301030 1.8451 11 0 Ca 0.944483 0.9590414 1.5492 0.43426573 0.944483 1.7482 12 0 Uc 0.568202 0.0413927 1.4336 0.47293447 0.568202 1.8062 13 0 Vf 0.681241 0.5877110 1.5376 0.48283582 0.681241 1.8573 14 0 Hh 1.428135 2.1841234 1.7390 0.31297989 1.428135 1.6990 15 0 Cc 1.716003 1.3979400 1.7230 0.36462530 1.716003 1.8129 16 0 Aj 1.769377 1.7930916 1.8224 0.43826930 1.769377 2.0414 17 0 Pp 1.719331 1.3654880 1.7290 0.40088496 1.719331 1.7782 18 0 Pt 2.206826 1.8426092 1.8674 0.34457478 2.206826 1.7482 19 0 Pl 2.192567 2.3729120 1.8717 0.34781341 2.192567 1.7709 20 0 Tb 2.397940 0.3010300 1.8724 0.30543394 2.397940 1.6021 21 0 Cs 3.301030 0.8228216 2.0051 0.32745902 3.301030 1.3979 22 0 Db 3.079181 1.1931246 1.9663 0.35995423 3.079181 1.6532 23 0 Eh 2.301030 1.5440680 1.8868 0.87212373 2.301030 1.8451 24 0 Ec 2.544068 1.3521825 1.9422 0.80567823 2.544068 1.8451 25 0 Eb 2.371068 2.2174839 1.9225 0.78434505 2.371068 1.8451 26 0 Lg 1.977724 -0.3010300 1.8870 0.70630324 1.977724 1.7482 27 0 Cd 2.740363 2.0000000 2.1225 0.67748092 2.740363 1.5051 28 0 Gc 3.031408 1.9273704 2.2033 1.41610738 3.031408 1.7782 29 0 Sc 2.792392 2.1398791 2.0049 0.57183463 2.792392 1.7559 30 0 Bb 2.937016 2.1238516 1.9850 0.67983425 2.937016 1.7482 31 0 To 2.708421 1.9420081 2.0039 0.81303116 2.708421 1.8451 32 0 Gg 1.795880 1.3010300 1.8209 1.10468042 1.795880 1.9085 33 0 Gt 1.311754 0.7242759 1.7244 1.13752456 1.311754 1.9085 34 0 Ac 1.574031 0.8129134 1.7833 1.05118327 1.574031 2.0212 35 0 Mk 0.698970 -1.3665315 1.4787 0.77956481 0.698970 1.6232 36 0 Oa 2.054996 1.3569814 1.8172 0.44812623 2.054996 1.5185 37 0 Oc 1.929419 1.1562462 1.8585 0.77984304 1.929419 1.6812 38 0 He 2.355068 1.9030900 1.9263 0.76174497 2.355068 1.7482 39 0 Am 1.726320 0.5797836 1.8696 1.12798165 1.726320 1.6721 40 0 Cu 2.334454 1.8750613 1.9542 0.81758958 2.334454 1.9031 41 0 Dl 2.113943 0.3424227 1.9274 1.00374532 2.113943 1.8451 42 0 Ab 2.133539 0.6989700 1.9279 0.92391304 2.133539 1.9031 43 0 Aa 1.698970 1.0000000 1.8224 1.00048239 1.698970 2.0000 44 0 cc 2.477121 1.1115985 1.9868 0.95569620 2.477121 1.8573 45 0 Dd 1.740363 0.1139434 1.8068 0.97134531 1.740363 1.8129 46 0 Al 2.584331 1.2068259 2.0927 0.93266833 2.584331 1.7482 47 0 Rt 2.000000 1.4771213 2.0050 0.94680851 2.000000 1.9031 48 0 Ov 1.755875 0.2922561 1.9077 1.00198413 1.755875 1.8062 49 0 Oh 1.869232 0.4548449 1.8932 0.96268947 1.869232 1.7853 50 1 Tm 1.462322 -0.2685511 2.2913 0.46907782 3.630129 2.2862 51 1 Ur 1.515205 -0.3233639 2.2528 0.47282319 3.289164 2.3354 52 1 Um 1.531427 -0.6031226 2.1682 0.33072288 3.265383 2.2531 53 1 Nn 1.892770 -0.3967000 2.4958 0.34222320 1.799127 1.9809 54 1 pl 1.755592 -0.6693005 2.3666 0.41810272 1.834407 2.0453 55 1 Mp 2.173488 -1.3150254 1.9301 0.66044171 1.069197 2.2410 56 1 Ml 2.701768 -0.6749278 2.2507 0.27976684 1.608337 1.9690 57 1 Cp 3.191431 -1.7384531 1.8395 0.68369721 2.541173 1.9520 58 1 Ct 3.168081 -1.6773445 1.9836 0.53689000 2.505127 1.9944 59 1 Lp 3.269095 -1.9058332 1.9333 0.60684260 2.404871 1.9880 60 1 Ca 3.188606 -1.9721706 2.0032 0.49966994 2.925185 1.7135 61 1 Uc 2.676193 -1.2145392 2.0350 0.67206918 2.591045 2.0820 62 1 Vf 3.231832 -0.5076849 1.8221 0.60695231 3.178243 2.0764 63 1 Hh 2.988484 -0.6178385 2.1916 0.14521482 2.498219 1.7739 64 1 Cc 2.567156 -0.8244924 2.1002 0.16427814 2.415225 1.7274 65 1 Aj 2.019513 -1.1069447 2.0125 0.14832714 2.910557 1.9729 66 1 Pp 2.464278 -1.0812683 1.9907 0.06416787 3.073287 2.0228 67 1 Pt 2.167533 -0.9772638 2.0030 0.05629447 3.215583 2.0185 68 1 Pl 2.156368 -1.2254258 2.0062 0.12337425 3.257276 2.0072 69 1 Tb 2.479250 1.6853237 1.7538 1.28841018 2.195456 1.7418 70 1 Cs 3.338763 2.3016144 1.9165 1.51966300 2.469034 1.8083 71 1 Db 3.347107 1.3172993 2.0231 1.06069486 2.873377 1.9660 72 1 Eh 2.684735 0.9341743 2.2867 0.49576100 2.374438 1.6379 73 1 Ec 2.821800 1.0604404 2.2843 0.52995277 2.358466 1.8301 74 1 Eb 2.432965 1.6245537 2.2634 0.65809501 2.189721 1.6645 75 1 Lg 1.911555 2.4588043 1.8196 0.68412735 2.239755 1.6866 76 1 Cd 1.987952 1.7831994 1.5174 0.61882187 2.416742 1.8558 77 1 Gc 2.123816 1.0586250 1.9305 0.69084506 1.616870 1.7810 78 1 Sc 3.027953 2.3988446 1.7255 0.43543618 1.911064 1.8871 79 1 Bb 2.691355 1.8018676 2.0477 0.40567248 1.635406 1.8379 80 1 To 2.499759 1.9479131 1.9648 0.40644793 1.780404 1.7329 81 1 Gg 2.016153 1.0108015 1.8474 0.40632636 1.248275 1.8353 82 1 Gt 2.187673 1.0674328 1.7595 0.37211533 0.900551 1.8007 83 1 Ac 2.357322 1.9332313 1.9117 0.47108571 0.887632 1.8999 84 1 Mk 1.189144 1.4113983 1.9170 0.51051598 1.338463 1.7293 85 1 Oa 1.883716 1.3819373 1.8233 0.25562416 1.429981 1.7156 86 1 Oc 1.987064 1.3400651 1.8423 0.09468478 1.403836 1.7328 87 1 He 2.088122 1.2696999 1.9075 0.32701609 0.962106 1.7705 88 1 Am 2.257750 1.3026255 1.8666 0.42948987 0.943047 1.6043 89 1 Cu 1.923233 1.4265514 1.8107 0.30431020 0.861250 1.8176 90 1 Dl 1.763172 1.9415103 1.9171 0.35859070 1.064675 1.8231 91 1 Ab 1.511818 1.9173217 1.8686 0.21391148 1.082016 1.8422 92 1 Aa 1.872914 2.0417111 2.0374 0.36142071 1.789687 1.7951 93 1 cc 1.935821 1.5562899 1.9750 0.68578259 1.471417 1.7897 94 1 Dd 2.126015 1.3473321 1.9429 0.84825619 1.437562 1.8393 95 1 Al 1.695807 1.8408366 1.9708 0.70895649 1.656855 1.8310 96 1 Rt 2.017744 1.7103920 1.9366 0.60979277 1.606659 1.7784 97 1 Ov 1.831669 1.8771136 1.8481 0.60141138 1.377466 1.7350 98 1 Oh 1.605191 1.7758005 1.8215 0.68841194 1.476272 1.6672 99 2 Tm 1.910298 -1.3657728 2.1026 1.05262165 1.856073 1.7492 100 2 Ur 1.816793 -1.6505476 2.1858 1.10568077 1.765404 1.7352 101 2 Um 1.545202 -1.2608914 2.2098 0.79025383 2.244499 1.6359 102 2 Nn 0.072279 0.4841877 2.0919 0.14521112 1.050229 1.7439 103 2 pl -0.182883 0.5159574 2.1814 0.03039910 1.388299 1.8067 104 2 Mp 0.948355 -0.8067713 1.8744 0.16226311 1.468011 1.7374 105 2 Ml 0.724666 -0.6014117 1.9536 0.22004387 0.662525 1.7117 106 2 Cp 2.585081 -0.4304661 1.7303 0.50711391 1.154287 1.6523 107 2 Ct 2.456607 -0.5113385 1.6905 0.56000001 1.089771 1.5871 108 2 Lp 2.483316 -0.3594648 1.6794 0.59109625 1.159998 1.6184 109 2 Ca 2.458733 -0.6254169 1.7557 0.40777194 1.046891 1.6583 110 2 Uc 2.294507 -0.6642078 1.6989 0.49850356 1.412144 1.7368 111 2 Vf 2.748938 -0.6446322 1.8811 0.76375285 1.327015 1.6839 112 2 Hh 1.279799 2.7221994 1.8853 0.02728732 2.058587 1.7501 113 2 Cc 1.427806 2.6828759 1.8778 -0.00761619 1.404522 1.7799 114 2 Aj 2.142395 0.7755595 1.8529 0.43182999 2.295364 1.6266 115 2 Pp 1.802900 0.5228267 1.7827 0.32322706 1.898549 1.8497 116 2 Pt 1.774091 0.2003639 1.7838 0.42031410 1.951038 1.7451 117 2 Pl 1.822931 0.3348497 1.8806 0.26242375 1.948274 1.8036 118 2 Tb 0.939336 0.1087219 1.7724 0.90348299 2.517904 1.8673 119 2 Cs 2.410414 1.9235238 1.9171 0.53236110 1.633648 1.8711 120 2 Db 2.439161 1.0027513 2.0593 0.54498017 2.052224 1.9168 121 2 Eh 2.763697 1.0202202 2.2403 0.18597372 1.503106 1.6461 122 2 Ec 2.652072 1.4125418 2.2873 0.29127162 1.559210 1.5363 123 2 Eb 2.393508 0.9603960 2.2914 0.62254415 1.915077 1.5834 124 2 Lg 1.899107 0.6263539 1.7478 0.89347548 1.541888 1.6270 125 2 Cd 1.352763 1.4406237 2.1344 1.12374797 1.193589 1.5421 126 2 Gc 0.847152 -0.0670006 2.2367 1.58965698 1.017655 1.9556 127 2 Sc 1.123831 1.4482715 2.0349 1.60823143 1.023951 1.8143 128 2 Bb 0.652990 1.0092173 2.0972 1.43609577 0.590700 1.7277 129 2 To 1.368831 0.8259845 2.2044 1.15649895 0.690235 1.9023 130 2 Gg 1.143556 1.2761831 1.9447 1.18277652 0.546886 1.9938 131 2 Gt 1.110456 1.6011530 2.0100 1.24668447 0.500096 1.9796 132 2 Ac 1.055039 1.3602579 2.0662 1.24723678 0.598401 1.9445 133 2 Mk 1.458622 1.1406395 2.1177 1.21870460 0.344482 1.9456 134 2 Oa 1.034078 1.2682941 2.1055 1.05798065 1.040597 1.7260 135 2 Oc 0.530527 1.0073890 2.0352 1.18933921 0.722896 1.7671 136 2 He 0.916166 1.3001199 2.0995 1.37086828 0.402473 1.8509 137 2 Am 1.304620 1.0424806 2.2199 1.51386202 1.202100 1.8150 138 2 Cu 0.073507 1.2554862 2.0511 1.40301921 0.311324 1.6807 139 2 Dl 0.878720 0.9712233 2.1929 1.57043428 0.449328 1.6614 140 2 Ab 0.821773 1.3045992 2.2333 1.43458928 0.453154 1.7336 141 2 Aa 2.098654 1.4443807 2.0839 1.17952283 1.076504 1.4753 142 2 cc 1.124913 0.7443501 2.2079 1.39074271 1.026829 1.8234 143 2 Dd 1.052770 0.5459645 2.1440 1.25384414 0.693747 1.9417 144 2 Al 1.445237 0.7152354 2.1745 1.32362015 1.405690 1.9882 145 2 Rt 1.174532 0.4517983 2.0713 1.08184125 1.153055 1.9900 146 2 Ov 1.589839 0.6974656 2.0987 1.12569274 1.437405 2.0040 147 2 Oh 1.521247 0.4887646 2.1483 1.14221681 1.531902 1.9587 148 3 Tm 2.244479 1.1705982 1.8672 0.53492544 1.479293 1.7192 149 3 Ur 1.807263 1.1777645 1.8608 0.53186847 1.812188 1.7618 150 3 Um 1.656851 0.8228562 1.9386 0.48752035 1.589133 1.8196 151 3 Nn 2.193356 0.8694686 1.8157 1.07672278 1.613504 1.8701 152 3 pl 1.890240 0.5896192 1.7541 0.92163932 1.522337 1.8730 153 3 Mp 1.999089 1.9986038 1.9062 0.47476629 2.967756 1.8764 154 3 Ml 2.843118 0.8585517 1.8136 0.98929544 3.030241 1.7412 155 3 Cp 0.312579 2.3543523 1.8350 0.49341925 1.888933 1.5944 156 3 Ct 0.173088 2.6255135 1.7277 0.60240182 1.984562 1.7146 157 3 Lp 0.162280 2.5242003 1.7332 0.54501108 1.427925 1.6154 158 3 Ca 0.236578 2.1492131 1.7142 0.59098948 1.249042 1.6525 159 3 Uc -0.239544 2.3867996 1.7841 0.33237288 2.154346 1.5820 160 3 Vf -0.391360 2.6407207 1.7280 0.44765991 1.314987 1.4305 161 3 Hh 2.092557 2.1077455 2.2930 -0.17510576 3.076829 1.5623 162 3 Cc 1.623504 2.1821729 2.2990 -0.12438073 2.858802 1.5869 163 3 Aj 1.567565 1.8123165 1.8639 0.43685865 2.052347 1.5126 164 3 Pp 1.228169 1.6757656 1.7603 0.39540297 2.613027 1.5530 165 3 Pt 1.225755 1.6578494 1.8056 0.44447186 2.398434 1.5736 166 3 Pl 1.378863 1.6864505 1.8567 0.43140301 2.296546 1.4928 167 3 Tb 2.571490 3.7793097 1.6088 0.55265045 1.457972 1.6897 168 3 Cs 0.731977 3.7261258 2.0100 0.51370497 1.287019 1.7412 169 3 Db 1.062169 2.1049767 1.8801 0.45130176 1.151730 1.7434 170 3 Eh 0.532741 1.2611939 1.8338 1.25846497 2.174512 1.7439 171 3 Ec 0.545617 0.9228489 1.7560 1.11686268 2.116664 1.7945 172 3 Eb 0.489275 0.8150828 1.6956 1.18780354 1.981796 1.7180 173 3 Lg 2.174953 0.8828444 1.6398 0.49318892 2.560328 1.5446 174 3 Cd 2.321342 0.0423846 1.6717 0.53263537 2.137141 1.5963 175 3 Gc 2.198492 0.8569069 1.6915 0.60215454 3.203233 1.6466 176 3 Sc 1.403639 0.5358093 1.6955 0.36424996 2.361544 1.6241 177 3 Bb 1.548454 0.8270762 1.7299 0.49895914 1.903812 1.6781 178 3 To 1.795299 0.7315182 2.0547 0.61221923 1.939323 1.7352 179 3 Gg 2.597359 0.1317178 1.4347 0.70490504 2.015254 1.7162 180 3 Gt 2.656989 0.1939025 1.4760 0.62443822 2.329653 1.8223 181 3 Ac 2.275362 0.2388216 1.5577 0.48687158 2.267188 1.7371 182 3 Mk 1.585160 1.2809417 1.6305 0.61564370 1.682829 1.7726 183 3 Oa 2.009549 0.7912441 1.6905 0.74823096 2.380876 1.8071 184 3 Oc 2.483758 0.6459608 1.7178 0.80168211 2.755099 1.8244 185 3 He 2.107095 0.6112569 1.8902 0.72678669 2.492196 1.5993 186 3 Am 1.659748 0.9869510 1.7143 0.36276538 1.587893 1.7718 187 3 Cu 1.327826 0.0512203 1.6764 0.82785431 2.005138 1.5953 188 3 Dl 1.544564 0.4559003 1.6593 0.30417924 1.877655 1.6895 189 3 Ab 1.316564 0.0392577 1.7100 0.32399813 2.344817 1.6413 190 3 Aa 1.583277 0.4396531 1.4843 0.55103613 2.666168 1.5747 191 3 cc 1.820195 0.6963989 1.9146 0.55954834 2.027286 1.6306 192 3 Dd 1.410122 0.9598549 1.8019 0.61056847 1.924040 1.6428 193 3 Al 1.139612 1.2482360 1.7087 0.43447302 2.060188 1.7914 194 3 Rt 1.678144 1.3476396 1.6726 0.40153651 2.319614 1.8302 195 3 Ov 1.166621 1.0481494 1.7861 0.44342238 2.168837 1.7510 196 3 Oh 1.606243 0.8832409 1.7678 0.53410507 2.255361 1.7607 197 4 Tm 1.476521 -0.1287362 1.8801 0.50614529 1.547426 1.8395 198 4 Ur 1.396020 0.1159829 1.9470 0.58042025 1.828783 1.7727 199 4 Um 1.554818 0.3758121 1.9505 0.65151172 1.531222 1.7329 200 4 Nn 2.357542 0.3052127 1.7887 0.46491751 1.799370 1.7889 201 4 pl 2.924744 0.7645649 1.7500 0.51869121 1.944887 1.7848 202 4 Mp 1.313914 0.0542172 1.8999 0.60387765 1.281885 1.8838 203 4 Ml 2.615586 -0.5391772 2.2884 0.68146787 1.510204 2.1742 204 4 Cp 2.481218 0.6485748 2.3288 0.90575842 1.673886 1.9320 205 4 Ct 2.148753 0.5848675 2.3433 0.73302788 2.388931 1.8110 206 4 Lp 2.168339 0.7448964 2.3302 0.86664046 2.208064 1.8926 207 4 Ca 2.626549 0.4129747 2.1263 0.89824766 1.625793 1.8506 208 4 Uc 2.551757 0.7592356 2.2156 0.82352087 1.116127 1.8097 209 4 Vf 2.055620 0.5887697 2.4885 0.66929510 1.370813 1.9479 210 4 Hh 1.868849 1.9145615 1.9827 0.40819056 2.540515 2.0986 211 4 Cc 2.315625 1.6679007 1.9687 0.47659222 2.184414 2.1100 212 4 Aj 2.164456 2.4956534 1.9097 0.17314397 2.389392 1.9913 213 4 Pp 2.108981 3.0426063 1.8217 0.33325033 2.630596 2.1337 214 4 Pt 2.485608 3.0462819 1.7607 0.11447165 2.325143 2.1035 215 4 Pl 2.462968 2.8046558 1.8057 0.18510209 2.419228 2.1572 216 4 Tb 1.949893 0.9942368 1.4772 -0.03093815 1.100091 1.6768 217 4 Cs 2.043120 0.6382523 1.3862 0.29528366 3.204703 1.6809 218 4 Db 1.291143 0.6136549 1.4961 0.59294933 3.562380 1.6196 219 4 Eh 2.509617 0.7990388 1.3083 0.08713505 4.039977 1.5592 220 4 Ec 2.736781 0.4615449 1.3309 0.10803230 3.392473 1.6258 221 4 Eb 2.319343 0.0215211 1.2193 0.12108096 3.549690 1.6223 222 4 Lg 1.858924 1.3240104 1.9563 0.53431637 2.381828 1.4899 223 4 Cd 0.850130 1.5588181 1.7288 0.46490432 2.717981 1.9360 224 4 Gc 0.552749 2.5171515 1.8096 1.01409392 3.128458 1.4275 225 4 Sc 0.472286 2.1993403 1.8190 1.01621186 3.293004 1.3945 226 4 Bb 0.110566 1.8735847 1.6652 1.06274445 2.895071 1.5137 227 4 To 0.324825 3.0227030 1.6403 1.47313178 2.578027 1.4583 228 4 Gg -0.212623 3.1036880 1.7230 0.70019713 2.920790 1.6435 229 4 Gt 0.083486 2.3328322 1.8304 0.80719966 2.874565 1.5849 230 4 Ac -0.334238 2.2200050 1.8140 0.89411783 3.347562 1.5979 231 4 Mk -0.226310 3.1762912 1.7685 0.88212182 2.473107 1.5618 232 4 Oa 0.707189 1.7541577 1.8946 1.00500106 3.028537 1.5575 233 4 Oc 1.070299 1.8663286 1.7478 0.73484129 3.123349 1.5005 234 4 He 0.074942 1.2018860 2.0432 0.61013969 2.896777 1.6974 235 4 Am 0.914904 1.3629559 1.8200 0.65123412 3.687181 1.6810 236 4 Cu 0.817258 1.5312822 1.8172 0.69020652 3.195149 1.7132 237 4 Dl 0.771398 1.8376496 1.9151 0.81201462 3.071284 1.6471 238 4 Ab 0.658227 1.7808171 1.9997 0.78349039 3.120991 1.6868 239 4 Aa 0.612200 2.1098131 1.7576 1.41518271 3.514704 1.3812 240 4 cc 0.809535 1.6093960 1.8588 1.30660158 3.525919 1.5336 241 4 Dd 0.430088 1.5664673 1.8791 1.31992601 3.823495 1.5807 242 4 Al 0.229643 2.2498078 1.7637 1.19890493 3.679770 1.5614 243 4 Rt 0.605028 2.2579910 1.7307 1.38460917 3.518052 1.5810 244 4 Ov 0.416081 2.1344821 1.8010 1.31004217 3.789383 1.5476 245 4 Oh 0.418707 2.3415141 1.7693 1.33627669 3.663742 1.5194 246 5 Tm 1.806659 0.8215664 1.9606 1.14826904 2.422481 1.6418 247 5 Ur 1.963174 0.8402220 1.8662 1.13496494 2.624233 1.6754 248 5 Um 2.404294 0.7389625 1.9400 1.35927062 2.677226 1.5899 249 5 Nn 1.153567 0.1808738 1.7962 1.11133860 2.511455 1.8339 250 5 pl 1.102219 0.5638016 1.8729 1.03469295 2.403592 1.8147 251 5 Mp 1.555002 1.3352265 1.9551 0.56327446 2.947804 1.5220 252 5 Ml 1.859750 0.9484902 1.8414 0.52965468 2.879618 1.4810 253 5 Cp 2.582232 1.5964316 1.9569 1.19540784 3.177535 1.7414 254 5 Ct 2.598295 1.4501163 1.9268 1.22880667 2.958107 1.7963 255 5 Lp 2.692877 1.3267288 1.8818 1.11822854 3.140854 1.7478 256 5 Ca 2.499553 1.5693142 1.8460 1.15219012 3.468224 1.8054 257 5 Uc 1.834419 1.3541632 1.7245 1.01992968 3.034561 1.8258 258 5 Vf 2.350686 1.0618523 1.8886 1.32892806 3.623385 1.7759 259 5 Hh 1.761922 1.3596499 2.3102 0.76487020 2.441606 1.7257 260 5 Cc 1.736867 1.2833207 2.4243 0.79603897 2.668841 1.7475 261 5 Aj 2.157348 2.2866547 2.3509 0.59258997 2.244532 1.9022 262 5 Pp 1.828179 2.3048180 2.2698 0.74497019 1.958803 1.8103 263 5 Pt 1.615292 1.8066757 2.2794 0.73052300 1.672669 1.8298 264 5 Pl 1.768835 1.9652523 2.2498 0.68480139 1.775098 1.8463 265 5 Tb 2.248857 0.6136015 1.9327 1.30250345 1.620847 1.7692 266 5 Cs 1.273556 1.1106907 2.2729 0.60517998 2.681433 1.7912 267 5 Db 1.423371 2.0783619 2.1963 0.80727346 2.991542 1.7232 268 5 Eh 1.533518 0.3543801 1.5387 0.71815765 2.053954 1.7917 269 5 Ec 0.837154 0.7088092 1.6491 0.86451663 1.579209 1.6860 270 5 Eb 1.283430 0.8319308 1.7074 0.66565470 1.620814 1.7335 271 5 Lg 1.799606 2.6277781 2.1392 0.62247198 1.872963 1.7541 272 5 Cd 1.364021 2.2539321 2.3373 0.49657688 1.912582 1.8876 273 5 Gc 1.711946 1.3491756 1.6704 0.65337673 2.224535 2.0204 274 5 Sc 1.395890 1.6107147 1.8832 0.27079811 2.540652 1.7150 275 5 Bb 1.673733 1.8357192 1.9497 0.27078362 1.948370 1.9109 276 5 To 1.386392 2.1339487 1.7697 0.66904306 1.347642 1.6522 277 5 Gg 1.466206 1.4773493 1.6760 0.75076027 1.742588 1.6576 278 5 Gt 1.649809 1.3784209 1.6878 0.86036310 1.738265 1.5984 279 5 Ac 1.803205 0.8929682 1.7720 0.78183992 1.980631 1.6906 280 5 Mk 2.135210 1.2963269 1.8049 0.76731677 1.458582 1.7475 281 5 Oa 1.436574 0.5925341 1.6857 0.60712783 1.777483 1.7248 282 5 Oc 1.547095 0.5096357 1.6977 0.65708625 1.716013 1.7377 283 5 He 1.377233 1.3785475 1.6806 0.63343148 1.617730 1.7149 284 5 Am 2.083480 0.8695632 1.7362 0.42657257 2.228504 1.7636 285 5 Cu 1.923237 0.5227984 1.7563 0.36949390 1.810147 1.7893 286 5 Dl 1.749124 0.6510843 1.6304 0.68987802 2.060619 1.6849 287 5 Ab 1.748835 1.0806680 1.5586 0.58250540 1.910440 1.6593 288 5 Aa 1.802955 2.2966221 1.5462 0.92583588 2.256266 1.6401 289 5 cc 1.159445 1.6156538 1.8149 0.63429727 0.929106 1.6303 290 5 Dd 1.249274 1.5355363 1.8355 0.63156871 0.920749 1.6610 291 5 Al 1.803342 1.9492202 1.5076 0.61892761 1.943084 1.7323 292 5 Rt 1.937447 1.5341496 1.6170 0.59440715 1.921953 1.7955 293 5 Ov 1.933609 1.4367056 1.6121 0.86131143 2.211973 1.7770 294 5 Oh 1.811803 1.3591800 1.5657 0.85992199 2.075851 1.7776 295 6 Tm 0.333542 1.0583274 1.9732 1.00633841 2.966764 1.8976 296 6 Ur 0.325974 1.0793725 1.9688 0.96088027 3.022270 1.8640 297 6 Um 0.118673 0.8881220 1.8311 0.77676813 2.995591 1.9242 298 6 Nn 1.790487 1.1183372 1.9917 0.43134977 2.283678 1.6315 299 6 pl 1.762244 1.4617377 1.9599 0.43257662 2.493443 1.5603 300 6 Mp 1.485509 0.9834728 1.9374 0.36044666 2.439819 1.8820 301 6 Ml 1.280659 -0.3220842 1.7601 0.31629109 1.660755 1.7389 302 6 Cp 1.065916 0.8037063 1.7832 0.24202983 2.720090 1.9139 303 6 Ct 1.242040 1.0670082 1.7949 0.29442732 1.877351 1.9749 304 6 Lp 0.857020 1.1221253 1.7538 0.37446152 2.578009 2.0267 305 6 Ca 1.292518 0.8457970 1.6792 0.39294312 2.857057 2.0221 306 6 Uc 0.815262 1.2673223 1.4928 0.57724446 2.073874 1.9688 307 6 Vf 0.918750 1.4096279 1.6438 0.56483949 2.605198 1.9192 308 6 Hh 0.574882 0.9446684 1.6326 0.89435593 2.879247 1.8992 309 6 Cc 0.340079 1.0629526 1.6192 0.71138421 3.090292 1.8668 310 6 Aj 1.574929 0.8650541 1.5111 0.86051956 1.108854 2.0180 311 6 Pp 0.751002 1.5108843 1.6639 0.57727118 2.007072 2.0152 312 6 Pt 0.660200 1.2845494 1.5179 0.64955800 2.228797 1.9490 313 6 Pl 0.940642 1.4724316 1.5301 0.69341458 2.138387 1.9995 314 6 Tb 1.228372 1.7105908 1.7501 0.94130962 2.284122 1.5755 315 6 Cs 2.292412 0.4361709 1.7991 0.53944371 1.908043 1.7782 316 6 Db 2.821011 0.2844491 1.6064 0.66233926 1.903835 1.6776 317 6 Eh 1.559421 1.4130717 1.7430 0.57639783 1.195107 1.6382 318 6 Ec 1.466771 0.7218900 1.8288 0.44118029 1.762340 1.7487 319 6 Eb 1.832218 0.3965130 1.8980 0.41905570 1.719091 1.8948 320 6 Lg 2.017041 1.5144405 1.7679 0.07948522 1.563292 1.8518 321 6 Cd 3.670724 1.0144809 1.6701 0.26001736 1.968247 1.7153 322 6 Gc 3.382483 1.9921082 1.7933 0.10585054 2.769346 1.5098 323 6 Sc 2.901182 1.7674686 1.5792 -0.06365038 3.052202 1.6187 324 6 Bb 2.666948 1.7480154 1.8932 -0.03806148 2.625841 1.6813 325 6 To 3.656861 1.4464231 1.7246 0.50140528 2.518609 1.6019 326 6 Gg 2.949949 0.9612926 1.7181 -0.11200524 2.343591 1.5950 327 6 Gt 3.006118 0.7277130 1.7295 -0.16053605 2.562435 1.6294 328 6 Ac 2.853682 1.1447372 1.6717 0.03231186 2.555574 1.5793 329 6 Mk 2.171784 0.9732780 1.6638 -0.24130419 2.344259 1.5010 330 6 Oa 2.504731 1.4566451 1.6824 0.25461624 3.473088 1.4648 331 6 Oc 2.591002 1.4860536 1.6907 0.17120709 2.807103 1.5955 332 6 He 2.281811 1.6009603 1.5340 0.06501858 2.780157 1.4092 333 6 Am 2.229613 1.6966088 1.4572 0.02192277 2.536277 1.5419 334 6 Cu 2.399631 1.9239935 1.5427 0.11287902 2.311449 1.6704 335 6 Dl 2.245318 1.2163101 1.4484 -0.00460448 2.578137 1.6364 336 6 Ab 2.044546 1.2366364 1.5083 -0.08183140 2.926736 1.6166 337 6 Aa 2.119875 1.6377181 1.6324 0.22837784 2.860015 1.4985 338 6 cc 2.296468 2.2426113 1.7859 0.05512458 2.485954 1.3930 339 6 Dd 2.055932 1.9820249 1.7675 -0.02789158 2.384117 1.4830 340 6 Al 1.772480 3.0866215 1.7196 0.36632662 2.570062 1.3983 341 6 Rt 2.192198 2.4930570 1.6255 0.10213010 2.726262 1.3577 342 6 Ov 1.966396 2.2900269 1.6463 0.41186637 2.495052 1.3407 343 6 Oh 1.974090 2.5211170 1.6291 0.44652033 2.566337 1.3237 344 7 Tm 2.446514 1.0112529 2.3796 0.15990291 0.847304 1.6781 345 7 Ur 2.315681 0.7007795 2.3796 0.10268535 0.892075 1.6906 346 7 Um 2.332428 0.8577012 2.5957 0.05803004 1.018538 1.6749 347 7 Nn 1.705853 0.3956069 1.9316 0.17736718 0.261099 1.7786 348 7 pl 1.054358 0.6804336 1.9653 -0.00596378 0.034679 1.8399 349 7 Mp 1.504847 0.9921191 1.8494 0.63197279 1.537224 1.6510 350 7 Ml 1.627865 1.9498297 2.1421 0.55812860 0.745833 1.9800 351 7 Cp 2.833616 0.7998612 1.4470 0.58661632 1.290655 1.6969 352 7 Ct 3.069551 0.1682886 1.4272 0.65582941 1.210568 1.7518 353 7 Lp 3.084741 0.3308562 1.4655 0.74871054 1.402085 1.8487 354 7 Ca 3.113823 0.9219226 1.6434 0.80604797 0.951261 1.7676 355 7 Uc 3.276709 0.9509060 1.5129 0.48503675 1.152801 1.7326 356 7 Vf 3.245452 0.7247235 1.6428 0.43585197 1.168894 1.9326 357 7 Hh 3.102652 0.5941506 2.1017 0.69430985 0.774633 1.9462 358 7 Cc 3.141541 0.7394589 1.9358 0.58648639 1.118759 1.8822 359 7 Aj 3.386594 1.4411165 1.8428 0.62501984 1.277602 1.9363 360 7 Pp 3.482129 1.1186361 2.1328 0.42336124 1.692909 1.8433 361 7 Pt 3.168627 0.8630704 2.1145 0.59515560 1.436311 1.8719 362 7 Pl 3.310507 0.8830784 2.0572 0.59411735 1.337761 1.8355 363 7 Tb 1.974835 -0.2370033 2.0746 0.89940968 2.888402 1.8773 364 7 Cs 2.801416 0.8941594 1.7963 0.35699252 2.474037 2.0197 365 7 Db 2.808541 0.8717118 1.8476 0.28064786 2.523673 1.7177 366 7 Eh 2.614561 1.5230847 1.7618 -0.03567702 1.247511 1.7714 367 7 Ec 2.788363 1.8266381 1.8490 0.07057602 1.899087 1.7104 368 7 Eb 2.882596 1.9838373 1.8750 0.04245990 1.748291 1.6733 369 7 Lg 1.952627 0.5633280 1.8444 0.30525457 1.850734 1.8145 370 7 Cd 2.168004 0.2408855 1.8126 0.72462037 1.939581 1.7548 371 7 Gc 2.075162 0.9382645 1.9682 0.82311652 3.806216 1.7272 372 7 Sc 1.263773 0.9041992 2.0078 0.75198518 2.328950 1.8272 373 7 Bb 1.373274 1.2525479 2.0687 0.75124844 1.992603 1.7291 374 7 To 1.235940 1.1301219 2.2110 0.75797206 2.661373 1.7414 375 7 Gg 1.531162 1.5285353 2.0353 0.72147882 2.134592 1.8416 376 7 Gt 1.739430 1.4069486 2.1776 0.57162661 2.080078 1.8422 377 7 Ac 2.041580 0.9161034 1.9498 0.63949636 2.065262 1.7707 378 7 Mk 1.265182 1.6088324 2.1848 0.67791776 2.330813 1.8680 379 7 Oa 1.145486 -0.2153298 1.8503 0.58281076 2.085864 1.6727 380 7 Oc 1.311350 -0.0049704 1.8094 0.64830541 1.576423 1.7264 381 7 He 1.515060 0.5992411 2.0189 0.66139086 2.218235 1.8197 382 7 Am 1.626200 1.1991307 1.7994 0.45605989 2.260150 1.6817 383 7 Cu 1.411785 1.1151512 1.9456 0.51309815 2.134276 1.6675 384 7 Dl 1.140573 1.1397223 1.8215 0.48304099 2.001748 1.7168 385 7 Ab 1.615319 1.7958553 1.7841 0.46283902 2.131413 1.7616 386 7 Aa 1.787049 1.0482861 2.2530 0.55144244 2.343536 1.6593 387 7 cc 2.674076 1.1711933 1.9847 1.05010781 2.457365 1.7594 388 7 Dd 2.499305 1.0427543 2.0967 1.02729349 2.377501 1.7872 389 7 Al 1.369425 1.7428626 1.9423 0.48837752 2.099152 1.7214 390 7 Rt 1.378651 1.9357934 2.1650 0.52353531 2.053502 1.7578 391 7 Ov 0.947282 1.8321141 2.0843 0.68832586 1.903684 1.7477 392 7 Oh 1.112798 1.9899806 2.1012 0.69304976 1.955137 1.7307 393 8 Tm 0.546648 0.8767532 1.6656 -0.15865276 1.723563 1.4903 394 8 Ur 1.124981 0.5100431 1.6982 -0.10532746 1.409146 1.4952 395 8 Um 1.182882 0.9060184 1.8350 -0.00728558 1.768255 1.5428 396 8 Nn 0.538264 2.0578646 2.0183 1.06130736 1.365214 1.5345 397 8 pl 0.946237 1.8992728 2.1531 1.02413921 1.205593 1.5149 398 8 Mp 0.113893 1.5392649 2.0813 1.02404953 1.601346 1.5238 399 8 Ml 0.150064 0.9619191 2.2216 1.08147483 1.037717 1.6721 400 8 Cp 2.452804 1.0494296 1.5933 0.45846415 1.323383 1.4519 401 8 Ct 2.033766 1.3418791 1.6884 0.40544703 1.075835 1.4600 402 8 Lp 2.342128 1.0143902 1.6932 0.36881391 1.362529 1.5660 403 8 Ca 1.475800 0.9232897 1.7262 0.29527815 1.150459 1.6275 404 8 Uc 0.959001 0.7497884 1.7101 0.53570611 1.894874 1.6257 405 8 Vf 1.423538 1.2768914 1.9116 0.57336818 1.934306 1.5084 406 8 Hh 1.885544 0.8408486 2.3290 0.57657499 2.291140 1.6120 407 8 Cc 2.231046 0.6998362 2.3235 0.56000108 1.768633 1.6506 408 8 Aj 2.673648 1.4553886 2.3928 0.54969142 2.112417 1.6801 409 8 Pp 2.419539 0.7440162 2.3685 0.40678521 2.512301 1.8299 410 8 Pt 2.255444 0.8276357 2.3428 0.37214498 2.228083 1.7546 411 8 Pl 2.285652 0.8259748 2.3100 0.49535499 2.105536 1.7386 412 8 Tb 1.676151 0.9799044 2.2978 0.31183247 3.215292 1.8412 413 8 Cs 3.086804 0.9434243 1.7286 0.39266781 2.140460 1.6409 414 8 Db 2.711025 1.2629963 1.4758 0.39027517 2.084855 1.6413 415 8 Eh 1.338773 1.0886938 1.6749 0.61704092 1.818199 2.2108 416 8 Ec 1.550671 0.9055298 1.6684 0.58626575 1.846945 2.1235 417 8 Eb 1.474161 0.7924519 1.7128 0.74584880 2.076762 2.2242 418 8 Lg 3.341806 2.1684476 1.7268 0.62953131 2.756371 1.6763 419 8 Cd 3.908465 1.3338861 1.6582 0.60269144 2.851962 1.9245 420 8 Gc 1.595700 0.5298719 1.7668 0.21969879 1.712985 1.8143 421 8 Sc 2.183972 0.7497758 1.5920 0.44763040 2.234829 2.0178 422 8 Bb 2.617691 0.8812635 1.5598 0.58549614 1.691079 1.8935 423 8 To 2.125477 1.1763082 1.6883 0.42857847 1.982753 2.0687 424 8 Gg 2.068478 2.2266195 2.0466 0.39158008 1.956455 1.7871 425 8 Gt 2.392727 1.7098062 2.0399 0.52544091 2.372649 1.7890 426 8 Ac 2.437293 1.4506590 2.0455 0.60706002 1.805186 1.9689 427 8 Mk 1.830436 1.5735597 1.7718 0.32196344 2.133846 1.6235 428 8 Oa 2.450674 2.0973656 1.5889 0.73028104 2.341530 1.7848 429 8 Oc 2.444506 1.7249208 1.5128 0.82053940 2.398825 1.7381 430 8 He 2.122276 1.4411838 1.8023 0.67185450 1.829909 1.8472 431 8 Am 2.342999 1.1551441 1.8805 0.86837874 2.445309 1.8713 432 8 Cu 2.010054 1.4376748 1.8407 0.87704172 2.118379 1.8504 433 8 Dl 2.371344 1.4095139 1.8554 0.78151570 1.865275 1.8526 434 8 Ab 2.656813 1.0984772 1.9080 1.00395965 2.047762 1.8457 435 8 Aa 2.918071 0.9594397 1.9290 0.47862113 2.969832 1.6765 436 8 cc 2.041622 1.3458947 1.8502 0.57405390 1.934427 1.7875 437 8 Dd 2.175687 1.8114253 1.8412 0.61372580 1.620544 1.8672 438 8 Al 1.873473 1.3299081 1.7341 0.77241611 1.831580 1.7020 439 8 Rt 2.201248 1.2292251 1.7471 0.67653603 2.153702 1.6580 440 8 Ov 2.030198 1.3385399 1.7106 0.52854643 2.071617 1.7274 441 8 Oh 2.058882 1.3636902 1.6750 0.56118148 2.128146 1.7749 442 9 Tm 2.880325 -0.2570241 1.8445 0.11426788 2.888333 1.8054 443 9 Ur 2.827865 -0.4322897 1.8476 0.18035998 2.813806 1.7644 444 9 Um 2.911151 -0.6347172 1.8310 0.47966401 2.551116 1.8498 445 9 Nn 2.103755 1.8758691 1.7486 -0.43098763 2.420375 1.9033 446 9 pl 2.427878 1.5142543 1.8027 -0.35492067 2.676698 1.8981 447 9 Mp 2.966688 -0.4815539 1.7182 0.32138283 1.178204 2.0768 448 9 Ml 3.139545 -0.1884900 1.7836 0.20127914 2.573589 2.0364 449 9 Cp 2.502280 1.7887553 1.5370 0.59715322 2.187649 1.9617 450 9 Ct 2.530672 1.8113839 1.5367 0.38710080 2.175006 1.9709 451 9 Lp 2.828395 1.5515482 1.4758 0.51877252 2.209921 1.8934 452 9 Ca 2.275338 1.2455513 1.5949 0.20202348 2.480588 2.0058 453 9 Uc 2.812664 1.1511606 1.5341 0.14357908 2.004085 1.8660 454 9 Vf 2.709284 1.8783944 1.7627 0.48405182 2.006046 1.9902 455 9 Hh 1.902154 1.9633267 1.8620 0.98743391 2.406625 1.8171 456 9 Cc 2.016934 2.6495796 1.9536 0.98994106 2.083830 1.8405 457 9 Aj 2.818992 2.7467751 1.9967 0.99544907 3.369753 1.6788 458 9 Pp 2.984845 3.0166471 2.0336 0.70078755 2.684578 1.6773 459 9 Pt 3.068251 2.9126865 2.0775 0.76066590 2.825931 1.6173 460 9 Pl 3.119851 3.0526761 1.9412 0.74814402 2.553620 1.5816 461 9 Tb 1.091644 1.8521753 1.7317 0.20818592 2.530343 1.5120 462 9 Cs 1.501191 0.6932907 1.9890 0.41960138 1.424866 1.6496 463 9 Db 0.922370 1.0391381 2.1757 0.44845973 2.346005 1.6092 464 9 Eh 2.327623 2.7127748 1.7696 0.87052838 2.546598 1.5246 465 9 Ec 2.190837 1.9113973 1.8549 0.96740911 2.897332 1.3410 466 9 Eb 2.274663 2.1919522 1.7419 0.94612814 2.398177 1.5013 467 9 Lg 1.846949 1.0299037 1.9517 0.84850765 2.942674 1.4927 468 9 Cd 2.018605 0.1054255 1.5212 0.91679822 2.035055 1.4523 469 9 Gc 2.583388 0.6227595 2.0317 0.45157225 3.811353 1.7601 470 9 Sc 0.949231 1.5160970 2.1006 0.63352600 2.897010 1.4074 471 9 Bb 0.689712 0.9857597 1.9496 0.45548370 2.274536 1.5257 472 9 To 1.770858 0.7711809 1.9834 0.47621280 3.614960 1.5806 473 9 Gg 2.357034 1.7500160 1.9920 0.13268320 3.847586 1.6332 474 9 Gt 2.238332 1.8571444 1.9483 -0.08450497 3.546440 1.6248 475 9 Ac 2.352282 1.4768789 2.0012 0.12783850 3.794796 1.5716 476 9 Mk 2.232322 1.2605567 1.9110 0.16178200 3.768337 1.5722 477 9 Oa 1.315074 2.1838549 1.9396 0.42331478 3.676119 1.7245 478 9 Oc 1.612779 1.6768333 1.8736 0.44106330 3.227444 1.7434 479 9 He 1.848978 0.8183951 2.0825 0.44608613 3.654863 1.5711 480 9 Am 1.990999 1.0302065 2.0347 0.34500366 3.290466 1.7252 481 9 Cu 1.731441 1.1626869 1.9626 0.35261875 3.234440 1.6328 482 9 Dl 1.958663 1.3052666 2.0387 0.39327400 3.333606 1.6783 483 9 Ab 2.173212 1.4124722 2.0699 0.43347850 3.157364 1.7826 484 9 Aa 2.232006 0.9819571 1.8488 0.16898226 3.129474 1.6096 485 9 cc 1.899101 1.2349957 2.0349 0.75989317 2.832856 1.7292 486 9 Dd 1.994225 0.4811969 2.1443 0.76880427 2.118899 1.6852 487 9 Al 2.208434 0.8930131 2.0827 0.40184481 2.657439 1.7634 488 9 Rt 2.074994 0.7156838 2.1827 0.38238557 2.671611 1.7724 489 9 Ov 1.756196 0.6755406 2.2788 0.46768737 3.099750 1.8037 490 9 Oh 1.826728 0.7443176 2.2476 0.53655213 3.166197 1.8113 491 10 Tm 3.616712 0.9472598 1.7454 0.55917535 1.854667 1.6967 492 10 Ur 3.864060 0.9456432 1.7249 0.52772922 1.924219 1.6788 493 10 Um 2.821190 1.5995333 1.7678 0.78373729 1.904847 1.7396 494 10 Nn 3.797796 1.4292789 1.8403 0.78337758 2.105291 1.4989 495 10 pl 3.766745 1.1904333 1.8646 0.77500872 2.267448 1.5402 496 10 Mp 2.626183 -0.0877225 2.0230 0.92892971 2.300728 1.7403 497 10 Ml 2.546602 0.1038170 2.1991 1.27043851 2.073576 1.7057 498 10 Cp 2.080930 -0.0592714 1.9207 0.31382950 2.663529 1.4076 499 10 Ct 2.475622 0.2181950 1.9526 0.23889144 2.750368 1.4101 500 10 Lp 2.303261 0.5108183 1.8911 0.27325853 2.292838 1.3759 501 10 Ca 2.320025 0.4836156 1.8961 0.26841681 2.470962 1.5487 502 10 Uc 2.431575 -0.1823241 1.8828 0.28269917 2.769384 1.3896 503 10 Vf 2.633360 0.4988585 1.8523 0.55356943 2.382426 1.4077 504 10 Hh 2.991435 2.1123925 1.8334 1.21590860 3.024731 1.5562 505 10 Cc 2.895102 1.9506620 1.9648 1.27303523 2.537414 1.5293 506 10 Aj 2.854928 1.8746023 1.8339 0.68832385 3.560796 1.7365 507 10 Pp 3.400358 1.4112946 2.0206 0.62536959 3.470330 1.8507 508 10 Pt 3.273757 1.7456168 1.9473 0.62865367 3.459956 1.8341 509 10 Pl 3.086874 1.5625620 2.0164 0.82907939 3.320111 1.8808 510 10 Tb 2.002676 1.0748089 1.2486 -0.12784538 1.593038 1.8615 511 10 Cs 2.420172 0.4148136 1.5001 0.88520986 1.923838 2.0393 512 10 Db 2.684491 -0.7587232 1.4194 0.55287096 1.822796 1.9772 513 10 Eh 1.200684 1.8432969 1.6944 1.28883567 1.991799 1.8140 514 10 Ec 1.337239 1.3002586 1.6497 1.07945571 2.299512 1.7464 515 10 Eb 1.461806 1.6174212 1.6734 1.13020878 2.195112 1.7503 516 10 Lg 2.699084 0.5565211 1.9420 0.79083845 1.073089 1.6387 517 10 Cd 3.352427 0.9536503 1.7886 0.73200217 1.729180 1.6639 518 10 Gc 2.270929 0.8344332 2.1960 0.95160632 0.925200 1.6775 519 10 Sc 2.707418 1.4802155 2.1578 0.82954368 0.685067 1.6254 520 10 Bb 2.291666 1.6507021 2.0786 0.41241250 0.286026 1.6148 521 10 To 1.738528 1.3019907 2.0288 0.43673506 1.242866 1.9702 522 10 Gg 2.330172 1.2112307 2.1057 0.63251423 1.139722 1.8184 523 10 Gt 2.148161 1.0382414 2.0519 0.57928938 1.173955 1.8192 524 10 Ac 2.218470 1.4471009 2.1921 0.72337360 1.353009 1.8964 525 10 Mk 2.070612 1.6116388 2.1560 0.29914583 0.642012 1.7867 526 10 Oa 2.108834 0.9556691 2.0753 0.55882501 0.445048 1.6957 527 10 Oc 1.937755 1.1120894 2.0953 0.62678294 0.674651 1.7000 528 10 He 2.459614 1.4078680 1.9865 0.66359472 0.828835 1.8299 529 10 Am 2.537011 1.7463247 2.2514 0.60567285 1.485245 1.8591 530 10 Cu 2.425537 1.2061143 2.2005 0.68361760 1.413134 1.8705 531 10 Dl 3.326160 0.7786953 2.1148 0.88084982 1.661181 1.8916 532 10 Ab 2.809743 0.9032712 2.1646 0.76405071 1.499361 1.7834 533 10 Aa 1.885192 1.2533784 1.9641 0.53279047 0.877921 1.8125 534 10 cc 2.101705 1.8948786 2.0479 0.29952782 1.350905 1.7721 535 10 Dd 1.929956 1.5851825 2.1135 0.36086412 1.324200 1.7325 536 10 Al 2.459175 1.3317497 2.1922 0.55258854 0.659754 2.0022 537 10 Rt 2.244926 1.2509298 2.2365 0.39399542 1.026323 1.8482 538 10 Ov 2.179171 1.2653086 2.2231 0.64095782 0.814090 1.8370 539 10 Oh 1.886652 1.0557578 2.2553 0.61582339 0.897426 1.8066 540 11 Tm 2.142272 1.7490879 1.6886 0.61076213 2.196478 1.7712 541 11 Ur 2.674727 1.7987295 1.7783 0.72151913 1.880987 1.7009 542 11 Um 2.398383 1.3704636 1.7349 0.51344398 2.040928 1.6419 543 11 Nn 2.482379 1.4167827 1.7420 0.03230185 1.256511 1.8432 544 11 pl 2.602065 2.2814280 1.6900 0.26738470 1.238632 1.8839 545 11 Mp 2.210858 1.4185804 1.8542 0.08987664 2.928722 1.6967 546 11 Ml 1.996499 2.7706309 1.4617 -0.37062000 1.742290 1.5514 547 11 Cp 1.659986 1.0506687 1.6480 0.37973529 3.300028 1.7530 548 11 Ct 1.824217 1.1268546 1.6931 0.15557904 3.584463 1.7556 549 11 Lp 1.678409 1.1442388 1.7465 0.32159256 3.689488 1.7402 550 11 Ca 1.737947 0.9126634 1.5623 0.52938910 2.790530 1.7355 551 11 Uc 1.742971 0.4316447 1.6991 0.40167313 2.694773 1.8457 552 11 Vf 2.257234 1.0773400 1.6260 0.46025041 3.355629 1.7509 553 11 Hh 2.857965 0.3043049 2.0045 0.59446278 2.750875 1.8566 554 11 Cc 2.758056 0.7457221 1.8394 0.68385012 2.816148 1.9285 555 11 Aj 3.303057 1.2970344 2.0129 0.75546681 2.017537 1.7932 556 11 Pp 2.908605 2.0229121 1.9144 1.07636732 1.918120 1.7659 557 11 Pt 2.913420 2.0359840 1.9778 0.92450749 1.568719 1.8640 558 11 Pl 2.853239 1.9336299 2.0205 0.91325145 1.622233 1.8029 559 11 Tb 1.686227 0.2510147 1.6923 0.23820009 2.139800 1.9694 560 11 Cs 0.424686 1.6354858 1.9944 0.46983963 2.693484 1.6750 561 11 Db 1.363529 1.5829215 2.0419 0.95959009 2.744711 1.6716 562 11 Eh 1.516393 0.8577219 1.4918 0.72588248 1.683867 1.8518 563 11 Ec 1.495537 0.9424997 1.5440 0.77459394 1.337865 1.8631 564 11 Eb 1.055113 0.7228540 1.5556 0.65398475 1.835445 1.8054 565 11 Lg 0.210689 2.0654458 1.6420 -0.05385379 1.288483 1.4166 566 11 Cd 1.683049 1.6475854 1.7083 0.09456007 1.437301 1.4110 567 11 Gc 1.588768 0.8529390 1.7263 0.14416676 0.811005 1.4210 568 11 Sc 1.785550 0.9107123 1.9111 -0.14486199 1.371837 1.4003 569 11 Bb 1.649816 1.3565284 1.8304 -0.15099629 1.329567 1.4798 570 11 To 0.828761 1.0752845 1.6568 -0.37263861 1.681978 1.4812 571 11 Gg 2.315011 1.5388699 1.9142 -0.11794133 1.145522 1.3268 572 11 Gt 1.934526 1.3036293 1.8679 -0.13071208 0.935307 1.3575 573 11 Ac 1.588545 0.4380582 1.9008 -0.15547199 1.099894 1.2866 574 11 Mk 1.173765 1.8104276 1.7863 -0.35958644 1.100090 1.2839 575 11 Oa 1.292583 0.4031564 1.8972 -0.06214241 0.670401 1.5071 576 11 Oc 1.573560 0.6944059 1.9512 -0.18469762 0.739219 1.4422 577 11 He 1.295248 0.5340798 1.6985 -0.31218697 1.222202 1.2980 578 11 Am 1.185899 1.4536291 1.7885 -0.24058420 0.959172 1.5390 579 11 Cu 1.486239 1.2392052 1.8058 -0.02268150 0.734734 1.4141 580 11 Dl 1.699509 2.1104863 1.8170 -0.28225705 0.762657 1.4211 581 11 Ab 1.612373 1.7636116 1.7125 -0.19885397 0.668066 1.4597 582 11 Aa 1.415191 0.5347445 1.9102 -0.05177730 0.579399 1.4980 583 11 cc 1.437674 2.0981981 1.8470 0.01028075 1.132682 1.5065 584 11 Dd 1.431720 1.9227270 1.7756 -0.06846177 0.223791 1.6349 585 11 Al 0.955532 1.5990784 1.6094 0.09426241 0.448575 1.4428 586 11 Rt 0.981001 1.6084052 1.6843 0.09617934 0.476278 1.4991 587 11 Ov 1.160009 1.5628888 1.7787 0.03049967 0.349146 1.2978 588 11 Oh 1.185347 1.5919364 1.7228 0.11046103 0.217073 1.3307 589 12 Tm 1.231142 1.1592483 1.9262 0.93781367 1.068115 1.7728 590 12 Ur 1.138039 1.0212626 1.9673 0.95470569 0.923338 1.7248 591 12 Um 1.244189 1.0992176 1.7187 1.03112028 1.394179 1.8144 592 12 Nn 0.701485 0.5207275 1.7510 0.75390943 2.495164 1.6504 593 12 pl 0.764874 0.8656009 1.6974 0.88517951 1.833396 1.6359 594 12 Mp 1.181498 1.1775004 1.2147 0.93963020 2.640062 1.8417 595 12 Ml 1.109588 1.5288013 1.7404 1.06021071 1.793437 1.6024 596 12 Cp 0.459161 0.3709913 2.0166 0.54163909 1.690520 2.0516 597 12 Ct 0.762344 0.4553037 1.9038 0.57805863 1.620210 2.0598 598 12 Lp 0.702669 0.7488875 2.0687 0.51917132 1.605008 2.0641 599 12 Ca 0.192089 0.7268887 1.9090 0.32940096 1.498957 1.9882 600 12 Uc 0.455599 0.1478988 1.7943 0.44714500 1.839957 2.0556 601 12 Vf 0.797543 1.0131167 1.7486 0.44993432 1.618085 2.1832 602 12 Hh 0.720996 1.4278061 1.3250 0.47619472 2.997472 1.7678 603 12 Cc 0.077502 1.2599245 1.3406 0.24869287 2.185860 1.8891 604 12 Aj 1.022570 1.2156681 1.3311 0.67210510 1.702153 1.7468 605 12 Pp 0.670330 1.8233626 1.2953 0.80154456 2.173526 1.8830 606 12 Pt 0.276597 1.8890911 1.3137 0.80410834 2.461288 1.8087 607 12 Pl 0.390179 1.8684584 1.3386 0.78229313 2.307080 1.8727 608 12 Tb 1.158842 0.3064556 2.0721 0.41352739 1.355933 2.0468 609 12 Cs 2.060882 1.7234841 1.8098 0.71746590 1.605209 2.1199 610 12 Db 1.451635 0.9878308 1.9836 0.74260004 1.878316 2.1814 611 12 Eh 2.723041 -0.2922286 1.4372 0.60574286 1.053883 1.9862 612 12 Ec 3.074325 -0.4982764 1.5020 0.89213962 1.196873 2.0038 613 12 Eb 2.526913 -0.4402257 1.4846 0.72961364 1.035317 1.9893 614 12 Lg 2.419079 0.1322361 1.3058 0.40861729 0.971243 1.6318 615 12 Cd 1.994984 -0.2173512 1.3258 0.09968610 0.858511 1.6717 616 12 Gc 2.141436 -1.1106656 1.3378 0.46450722 1.458761 1.6033 617 12 Sc 1.310293 -0.0044695 1.6263 0.52000942 1.377222 1.9238 618 12 Bb 1.076259 -0.2422326 1.4636 0.25940637 1.395604 1.7018 619 12 To 0.674883 0.2439332 1.5407 0.53875347 1.399336 1.7753 620 12 Gg 1.335908 -0.4427457 1.4280 0.56057299 1.566390 1.6982 621 12 Gt 1.345354 -0.8572957 1.3915 0.37366840 1.407145 1.6603 622 12 Ac 1.419765 0.0173997 1.4516 0.52439006 1.103641 1.6931 623 12 Mk 2.092708 -0.8790676 1.5675 0.68105902 1.470057 1.6375 624 12 Oa 1.036670 -0.6422224 1.3495 0.59703434 1.704715 1.5894 625 12 Oc 1.386461 -0.8878634 1.3106 0.52483948 1.544814 1.7329 626 12 He 1.472923 0.2808730 1.5807 0.33007489 0.994324 1.7783 627 12 Am 2.023209 0.0637293 1.5795 0.63725044 1.373195 1.7425 628 12 Cu 1.424320 -0.2981923 1.5920 0.62116598 1.430230 1.8065 629 12 Dl 1.766507 -0.4683882 1.7163 0.59316027 1.137242 1.8056 630 12 Ab 1.119694 -0.6501799 1.6994 0.58269053 1.178679 1.8144 631 12 Aa 2.208578 0.2512274 1.7568 0.43251668 0.710174 1.5632 632 12 cc 1.430158 0.0040958 1.6749 0.30081139 0.471866 1.7182 633 12 Dd 1.491664 -0.0995455 1.6256 0.49271924 0.092763 1.7079 634 12 Al 1.513544 0.0670847 1.6294 0.56997872 1.533636 1.7299 635 12 Rt 1.416305 -0.4519819 1.5743 0.60658471 0.995034 1.8225 636 12 Ov 1.527534 -0.6208276 1.6907 0.51630269 1.432129 1.8182 637 12 Oh 1.447550 -0.5701820 1.7159 0.60002739 1.235166 1.8427 638 13 Tm 2.837586 1.4954885 1.8427 0.19653779 3.221940 2.4564 639 13 Ur 2.715853 1.3915697 1.7237 0.30324417 3.167304 2.5003 640 13 Um 3.037270 1.7849697 1.8290 0.30052507 3.248461 2.3286 641 13 Nn 2.458745 1.1595576 2.1210 0.25950336 2.592364 2.0376 642 13 pl 2.806270 1.5452096 1.9434 0.36062145 2.593488 2.0938 643 13 Mp 2.883243 2.2889901 1.4735 0.26529802 2.665296 2.1056 644 13 Ml 3.693962 2.2442626 1.6965 -0.00602115 3.979313 2.1085 645 13 Cp 2.823216 0.8630145 1.9093 0.29829360 3.524463 1.7301 646 13 Ct 2.533893 1.0205773 1.8519 0.34251757 3.295963 1.7179 647 13 Lp 2.876217 0.6053234 1.8993 0.22790108 3.333949 1.7242 648 13 Ca 2.795673 0.9515395 1.9208 0.25633419 3.780207 1.7316 649 13 Uc 2.762184 0.6307525 1.8909 0.15339072 3.361527 1.6688 650 13 Vf 2.714428 0.5793133 1.6307 0.12250505 3.328043 1.7189 651 13 Hh 3.418014 1.5990890 1.1999 0.59398957 1.911926 1.8695 652 13 Cc 3.386191 1.6874788 1.2001 0.51935814 2.363274 1.8822 653 13 Aj 3.348137 2.0879569 1.4017 0.72943173 1.508413 1.6432 654 13 Pp 3.227634 1.6207814 1.5311 0.23986914 2.037426 1.7266 655 13 Pt 3.318409 2.0131380 1.4271 0.14267227 2.108010 1.7128 656 13 Pl 3.164478 1.9957495 1.4593 0.09733752 2.479045 1.6823 657 13 Tb 2.258042 0.7368418 1.7375 1.02168657 1.939987 1.6099 658 13 Cs 0.894200 0.3405939 2.0359 0.97588521 3.277867 1.7137 659 13 Db 1.800351 0.3332222 2.0041 1.34550413 3.259887 1.7436 660 13 Eh 1.042473 0.3193250 1.7123 0.67382967 1.085030 1.7400 661 13 Ec 1.101014 0.3536411 1.7743 0.96235226 0.518640 1.5427 662 13 Eb 1.252466 0.1925020 1.7391 0.71009315 0.907240 1.5116 663 13 Lg 2.925573 -0.2417278 1.5661 0.90642050 2.409241 1.8217 664 13 Cd 2.984526 0.2381158 1.4742 0.77519662 3.331466 1.9460 665 13 Gc 2.292028 -0.4449021 1.3753 0.96164436 2.494441 1.7916 666 13 Sc 2.569464 -0.1261614 1.4387 0.82283977 3.610632 1.9388 667 13 Bb 2.396958 0.1043218 1.4435 0.74877611 3.091434 1.9786 668 13 To 2.460785 -0.2648353 1.3337 0.70340479 2.923195 1.7924 669 13 Gg 2.704653 0.6343031 1.2398 0.84248456 3.137864 1.8106 670 13 Gt 2.621199 0.4250607 1.2824 0.73631755 2.712132 1.7927 671 13 Ac 2.370274 -0.2106794 1.2980 0.99271009 2.776904 1.8117 672 13 Mk 2.682374 -0.5842552 1.3168 0.71733676 3.300986 1.9093 673 13 Oa 3.168087 -0.3358625 1.4237 0.64755798 3.039776 1.9373 674 13 Oc 3.252561 0.0160258 1.2986 0.52201169 3.362931 1.9557 675 13 He 2.460388 0.3398241 1.3358 1.02410024 2.381105 1.9437 676 13 Am 2.984270 -0.3578526 1.1925 0.93762345 1.846432 2.0277 677 13 Cu 2.806830 0.2947801 1.2001 1.06424109 2.157287 1.9031 678 13 Dl 2.597564 0.6842953 1.2394 0.92274710 2.035893 1.8740 679 13 Ab 2.554612 0.2648337 1.3052 0.84593256 2.256370 1.8942 680 13 Aa 2.634749 0.1085588 1.4529 0.66961747 1.983031 1.8512 681 13 cc 2.816251 -0.5055554 1.2842 0.62390333 2.814232 1.7328 682 13 Dd 3.263015 -0.1613550 1.3584 0.60583924 2.802137 1.7942 683 13 Al 2.831003 0.5506245 1.3743 0.69404503 2.579136 1.6486 684 13 Rt 2.405898 0.3784857 1.2374 0.64630890 2.767771 1.8279 685 13 Ov 2.354982 0.7927443 1.3612 0.58012723 2.762601 1.7734 686 13 Oh 2.523657 0.6276470 1.3962 0.59525489 2.872758 1.7916 687 14 Tm 1.211218 0.4706170 1.4893 0.84614699 2.120611 1.7779 688 14 Ur 1.015963 0.6760170 1.5596 0.78591758 2.092935 1.7736 689 14 Um 0.661093 0.0154257 1.5083 0.61169143 1.692735 1.7513 690 14 Nn 3.167226 0.2359332 1.7277 0.83846531 2.857273 1.9323 691 14 pl 2.931961 0.5079590 1.8463 0.88456311 2.860982 1.8757 692 14 Mp 1.754177 1.4752844 1.7034 1.02052542 2.092922 2.0115 693 14 Ml 2.207281 0.6050456 1.9333 1.00943891 2.201926 2.0441 694 14 Cp 0.852566 1.2967172 2.0744 -0.00872881 2.807719 1.9214 695 14 Ct 0.767277 1.3314543 2.0209 -0.00031702 2.783808 1.9138 696 14 Lp 0.940173 0.9281949 2.1012 0.08537803 2.517304 1.8511 697 14 Ca 0.913552 1.3569824 2.0597 0.13754982 2.674553 1.9062 698 14 Uc 0.934455 1.4884023 2.0963 0.18073832 3.101039 1.9635 699 14 Vf 1.193000 1.1526419 2.1375 0.22602094 3.257441 1.9305 700 14 Hh 1.380376 0.6109196 1.7762 0.63291894 1.754442 1.5766 701 14 Cc 1.210637 0.4934468 1.8331 0.63874864 2.021471 1.5845 702 14 Aj 3.269500 1.0149530 1.5447 0.98084206 2.270850 1.2967 703 14 Pp 2.751315 0.9666740 1.7218 0.84294683 2.092108 1.3228 704 14 Pt 2.793271 1.2396358 1.7878 0.84796626 2.260085 1.2644 705 14 Pl 2.906633 1.4206533 1.6438 0.84430809 2.153913 1.3260 706 14 Tb 2.649868 -0.3789635 1.7957 0.66427703 1.419298 1.7290 707 14 Cs 2.059879 -0.3305193 1.6259 0.83523381 2.431809 1.9245 708 14 Db 1.705044 0.2715671 1.6409 1.03041920 2.091283 1.9421 709 14 Eh 2.751159 0.3093455 1.8193 0.73980809 1.735554 1.5640 710 14 Ec 3.137117 0.3861724 1.9750 0.78270387 1.354373 1.6722 711 14 Eb 2.902844 -0.0359506 1.9306 0.68734308 1.992015 1.7046 712 14 Lg 1.533802 1.0690758 1.7467 0.95708301 1.189292 1.5596 713 14 Cd 1.535198 1.2209468 1.7018 0.57938675 1.152577 1.6228 714 14 Gc 2.371498 1.2855924 2.0756 0.42230347 1.405528 1.9863 715 14 Sc 2.488335 2.1532109 1.9092 0.99913689 1.761264 1.9414 716 14 Bb 2.348025 1.2913192 1.9570 0.81973756 1.453589 1.8396 717 14 To 1.980935 1.8558354 1.7727 0.62319561 2.269366 1.7400 718 14 Gg 2.502980 2.4573540 2.2196 0.51450947 1.789657 1.8433 719 14 Gt 2.402696 2.2560397 2.2134 0.54244083 1.712167 1.8430 720 14 Ac 2.925165 2.2390841 2.1761 0.57739471 1.276769 1.7616 721 14 Mk 2.216940 1.8610995 2.2327 0.54864915 1.489111 1.7401 722 14 Oa 2.116907 1.2164128 2.0376 0.58717303 1.768325 1.7037 723 14 Oc 2.337732 1.1985810 2.0108 0.65670324 1.904986 1.7064 724 14 He 2.862818 2.0556664 2.1489 0.73428595 1.857481 1.9165 725 14 Am 3.180305 2.5901069 2.0854 1.03908960 2.008315 1.8670 726 14 Cu 2.615784 2.7581366 2.1258 0.83150966 1.218395 1.8395 727 14 Dl 2.683626 2.7550538 2.2306 0.81743957 1.668032 1.9429 728 14 Ab 2.421002 2.4717170 2.2219 0.77579596 1.715422 1.9186 729 14 Aa 1.951122 1.3718910 1.9934 0.66258752 1.852285 1.9371 730 14 cc 2.117296 2.2208391 1.9950 0.43372131 0.642030 1.8022 731 14 Dd 1.946036 2.3071128 1.9911 0.48282695 0.845952 1.7496 732 14 Al 2.358196 1.9169275 2.1083 0.76270469 1.093369 1.8520 733 14 Rt 1.866250 1.4782324 2.0552 0.51994500 0.803739 1.9112 734 14 Ov 2.080521 1.3860980 2.1010 0.66615308 1.030778 1.8757 735 14 Oh 2.121948 1.2299232 2.0460 0.61680362 1.271747 1.8756 736 15 Tm 2.337395 1.6952439 1.8640 0.93420232 3.071410 1.3971 737 15 Ur 2.690621 1.1087095 1.8636 0.81387973 3.068209 1.4665 738 15 Um 2.023548 1.1059861 1.8177 0.98525102 2.507232 1.4302 739 15 Nn 1.234286 1.1624822 2.2270 1.14889581 2.821095 1.9516 740 15 pl 1.032480 1.2902899 2.2379 1.28481485 2.580347 1.7979 741 15 Mp 2.348712 2.0121930 1.7729 0.86122176 3.625970 1.8616 742 15 Ml 2.368554 1.6449010 1.9200 0.53279179 2.997786 1.6889 743 15 Cp 1.850753 1.6840938 1.6301 0.46966430 1.274031 1.5765 744 15 Ct 2.219778 1.6062680 1.6360 0.41045082 1.408065 1.6219 745 15 Lp 1.892431 1.7347282 1.5929 0.33944507 1.389651 1.6048 746 15 Ca 2.184340 0.8492835 1.7581 0.63482389 1.201058 1.6327 747 15 Uc 2.514109 0.9434098 1.8781 0.66742259 2.180348 1.6580 748 15 Vf 1.906024 1.3480103 1.6774 0.57471934 2.351746 1.5534 749 15 Hh 2.483688 2.1126294 1.6485 0.24147829 1.213788 2.0050 750 15 Cc 2.696810 1.8609147 1.6885 0.23614493 1.253110 1.9602 751 15 Aj 2.390514 1.7298691 1.7576 0.86110484 2.161057 1.7963 752 15 Pp 2.437484 1.2673711 1.7264 0.81657714 2.470869 1.9446 753 15 Pt 2.640537 1.4579341 1.6875 0.76842392 2.523512 1.9138 754 15 Pl 2.502515 1.5933714 1.6335 0.70623428 2.927368 1.9831 755 15 Tb 2.327649 2.5571612 1.8291 1.17533300 1.973023 1.5565 756 15 Cs -0.258071 1.3321020 1.5492 1.14376969 1.555458 1.9584 757 15 Db 0.547468 1.3160014 1.6077 0.87655288 2.209313 1.9340 758 15 Eh 0.152250 1.1480790 2.0672 0.71202822 1.595106 1.6221 759 15 Ec 0.511037 0.9763395 1.9213 0.55484813 1.057366 1.5766 760 15 Eb 0.425930 0.7623384 2.0321 0.56193270 1.058990 1.5588 761 15 Lg 0.579815 1.3672763 1.4627 0.36361996 1.098173 1.7633 762 15 Cd 1.460768 1.3210758 1.5355 0.28424176 1.279557 1.6233 763 15 Gc 1.572385 1.8422243 1.5277 1.13407062 1.128050 1.4894 764 15 Sc 0.713874 1.5744874 1.6929 1.21732667 0.641038 1.6476 765 15 Bb 0.841970 2.1276893 1.6923 1.46214876 1.128524 1.7995 766 15 To 1.155350 2.2679154 1.6321 1.28000980 0.731873 1.6074 767 15 Gg 1.334678 1.9721629 1.4132 1.05666321 0.950828 1.8039 768 15 Gt 1.028831 1.8240096 1.4151 0.95595939 0.491686 1.7385 769 15 Ac 0.799608 2.2142060 1.3910 1.15641698 1.182828 1.6484 770 15 Mk 0.805089 1.6701829 1.5550 1.07412493 1.172834 1.5938 771 15 Oa 1.471841 2.0920286 1.4294 1.10847541 0.859873 1.7194 772 15 Oc 1.329219 2.0815388 1.4722 0.91071148 0.653983 1.8387 773 15 He 1.169787 0.1592636 1.5587 1.40608180 0.919192 1.6038 774 15 Am 1.571179 0.4019382 1.8110 1.12851813 0.550376 1.7622 775 15 Cu 1.504467 0.8977448 1.7344 1.25809129 0.986039 1.5790 776 15 Dl 1.342786 0.6910285 1.7057 1.36618525 1.003948 1.6464 777 15 Ab 1.398294 0.6023559 1.6537 1.26189925 0.821961 1.6506 778 15 Aa 1.876277 1.6529239 1.6014 1.39507794 0.695195 1.6947 779 15 cc 1.528456 1.3848528 1.6270 1.06176792 0.984280 1.5936 780 15 Dd 1.744748 1.4198831 1.5200 1.01667311 1.560902 1.6873 781 15 Al 1.198382 0.9988040 1.4300 0.87387811 1.238276 1.5624 782 15 Rt 1.074768 1.3310148 1.4716 1.16872677 0.877451 1.6362 783 15 Ov 1.229813 1.6271801 1.4612 1.00351602 0.826419 1.5897 784 15 Oh 1.514092 1.8463628 1.4991 1.07012984 0.918819 1.6032 785 16 Tm 2.134254 1.3084552 1.7660 0.90549927 2.146699 1.4374 786 16 Ur 2.153211 1.3630179 1.7934 0.94231111 1.899846 1.4596 787 16 Um 2.580122 1.0330782 1.8086 1.00301933 2.052089 1.6026 788 16 Nn 1.114812 1.1670088 1.5446 0.47723577 1.050319 2.1505 789 16 pl 1.554533 1.6653307 1.6647 0.55649143 1.064263 2.2160 790 16 Mp 1.247194 0.9501367 1.4495 0.68931833 1.168824 1.7816 791 16 Ml 2.582427 0.5240077 1.4431 0.84482669 0.941384 1.8554 792 16 Cp 0.856586 2.0198282 1.5686 0.42486552 1.918958 2.1996 793 16 Ct 0.891059 2.1658341 1.6068 0.45031415 1.755983 2.1629 794 16 Lp 0.647137 2.1263470 1.5214 0.51534350 1.622225 2.1877 795 16 Ca 0.765782 1.8109835 1.6481 0.68595098 2.130715 2.0572 796 16 Uc 0.702630 1.6135819 1.7025 0.89039485 2.871528 1.9639 797 16 Vf 0.818990 2.1438460 1.7576 0.75637482 1.979140 2.1072 798 16 Hh 1.190427 0.2787209 1.9213 0.79093833 0.832300 1.8921 799 16 Cc 1.352188 -0.6462188 1.8751 0.88550448 0.806818 1.8711 800 16 Aj 3.118085 1.6220504 1.8538 0.49080511 0.227306 1.7538 801 16 Pp 3.434523 1.8039816 1.8905 0.48124956 0.558101 1.7148 802 16 Pt 3.047263 1.5359480 1.9554 0.54972247 0.776721 1.7115 803 16 Pl 3.119347 1.5344857 1.8518 0.59955797 0.555866 1.7660 804 16 Tb 0.845740 1.1217774 1.6463 0.63591333 1.799650 1.6773 805 16 Cs 1.853698 1.0545781 1.3953 0.05309426 1.279165 1.7903 806 16 Db 1.629272 1.8879242 1.3952 -0.06181800 1.132586 1.6352 807 16 Eh -0.159858 1.6431452 1.2827 0.86504279 1.677292 1.7037 808 16 Ec 0.017424 1.3720059 1.3334 0.74076858 1.596840 1.6942 809 16 Eb -0.163319 1.6855288 1.3560 0.92973822 1.039566 1.7936 810 16 Lg 0.683956 1.0411154 1.7729 0.29984068 1.745760 1.4353 811 16 Cd 0.732887 0.7815045 1.7815 0.01651600 2.000888 1.6175 812 16 Gc 0.904384 0.7513627 1.9128 0.78852623 2.662838 2.0185 813 16 Sc 1.452364 0.1862399 1.8455 0.60854811 1.953478 1.9854 814 16 Bb 0.766703 0.3086783 2.0014 0.41866357 1.918883 1.8841 815 16 To 0.666632 -0.0121402 1.9185 0.67174325 1.542615 1.7376 816 16 Gg 0.399771 0.5650282 1.8040 0.55792096 2.581101 1.8056 817 16 Gt 0.383612 0.5787110 1.8021 0.48780728 2.322649 1.7861 818 16 Ac 0.451782 0.4747121 1.9135 0.36240289 1.927980 1.8385 819 16 Mk 0.196997 0.3389596 1.8816 0.61591095 2.116813 1.8022 820 16 Oa 0.509980 -0.2637730 1.9449 0.42363064 1.481967 1.9314 821 16 Oc 0.097190 -0.5683374 1.9850 0.32623305 1.701779 1.9167 822 16 He 1.197535 -0.8271710 1.9084 0.61024811 2.162563 1.7888 823 16 Am 0.712505 0.2845869 1.8385 0.52431452 2.079814 1.9489 824 16 Cu 1.022154 -0.0407114 1.7411 0.66069943 1.999515 1.8184 825 16 Dl 0.513705 0.0803936 1.8413 0.65847661 1.908259 1.9819 826 16 Ab 1.172932 0.3531208 1.8161 0.58372800 2.302836 1.9499 827 16 Aa 0.738790 0.7722520 1.9417 0.45538321 1.682185 1.8060 828 16 cc 1.060480 0.3227194 1.8614 0.47888707 1.558682 2.0698 829 16 Dd 0.990751 0.5551306 1.9701 0.34403469 1.548771 1.9845 830 16 Al 0.601961 0.7975477 1.7080 0.53895356 1.808998 1.9743 831 16 Rt 0.917702 0.5953253 1.6855 0.56810182 1.660893 1.9353 832 16 Ov 1.310424 0.2635157 1.6710 0.63003943 1.797316 1.9304 833 16 Oh 1.185144 0.1793050 1.6823 0.69141602 1.588831 1.9372 834 17 Tm 0.755448 0.8618192 1.8972 0.98442159 2.634962 1.9103 835 17 Ur 0.902743 0.7877107 1.9376 0.99983482 2.528818 1.9031 836 17 Um 0.534494 0.9284495 1.8957 1.23207452 2.028441 1.8052 837 17 Nn 1.746539 0.1140800 1.6049 0.39918730 1.635728 2.0885 838 17 pl 2.308656 0.0489095 1.6474 0.43211330 2.410591 2.1512 839 17 Mp 2.289226 -0.5056730 1.6592 1.08191675 2.397805 1.9934 840 17 Ml 1.313872 -0.1287197 1.9858 0.64648379 2.373582 1.9774 841 17 Cp 2.206818 0.8953613 1.8731 0.67541042 2.934235 2.2794 842 17 Ct 2.383501 0.4971074 1.9510 0.66330412 2.786172 2.2837 843 17 Lp 2.540768 0.9641101 1.8465 0.55873185 3.133219 2.3316 844 17 Ca 2.544736 0.5687070 1.7131 0.41952615 2.526855 2.3489 845 17 Uc 2.295524 0.5521670 1.7244 0.57211848 2.982822 2.2487 846 17 Vf 2.373884 0.5352099 1.8632 0.45490726 2.684607 2.3891 847 17 Hh 3.666932 -1.0101593 2.1813 1.14147854 0.981556 2.1820 848 17 Cc 3.390443 -0.7023384 2.1053 0.91904915 1.263534 2.1695 849 17 Aj 2.509930 -1.1519231 1.8000 0.63860293 0.923407 2.0336 850 17 Pp 2.814839 -0.4579428 2.0038 0.43625524 0.864635 2.0962 851 17 Pt 2.522071 -0.9111301 1.8982 0.47782799 1.108962 2.0639 852 17 Pl 2.615574 -0.5738811 1.9227 0.34241095 1.222838 2.0653 853 17 Tb -0.216062 1.9897220 1.9827 0.61972084 1.780179 2.0112 854 17 Cs 1.124727 1.0780669 1.7483 1.05287242 1.804073 2.0883 855 17 Db 1.616697 1.5982001 1.6695 0.95856932 1.944531 2.1175 856 17 Eh 2.372948 0.5268431 1.4536 0.79604882 1.986620 1.8913 857 17 Ec 1.367280 0.7920134 1.4757 0.87764050 1.304491 1.9750 858 17 Eb 1.759047 0.5304027 1.5152 1.01004079 1.159260 1.8424 859 17 Lg 0.980838 -0.2029653 1.8007 1.33805931 0.783283 1.7582 860 17 Cd 1.160936 -0.5960006 1.7610 1.20645728 0.720587 1.5834 861 17 Gc 1.160945 0.0654287 1.8873 0.96711370 2.132317 1.9267 862 17 Sc 1.181130 -0.3134930 2.0880 0.84076393 2.184823 1.8453 863 17 Bb 1.338049 0.1501306 2.1028 0.71291451 2.344126 1.7139 864 17 To 1.493075 0.3284669 2.1323 1.14163640 2.071341 1.7604 865 17 Gg 1.914685 0.1486136 2.0113 0.59959243 1.791919 1.8801 866 17 Gt 1.856362 0.1282159 2.1027 0.71928500 1.990544 1.8816 867 17 Ac 1.922606 -0.4698801 1.9474 1.21540976 2.200698 1.7663 868 17 Mk 2.034836 -0.4022513 2.1134 0.90094289 1.895988 1.9813 869 17 Oa 1.834826 -0.2395654 1.7677 1.02720401 2.348027 1.8349 870 17 Oc 1.656842 -0.1392109 1.8712 1.15484400 2.635107 1.8781 871 17 He 2.125144 -0.0492843 1.9619 0.87200099 1.714862 2.0624 872 17 Am 1.804359 0.3032302 1.9587 0.87818638 2.588345 1.9590 873 17 Cu 2.056528 0.5012228 1.9560 0.81621801 2.754975 1.9354 874 17 Dl 1.996682 0.1911483 1.9989 0.87554134 2.853590 1.9924 875 17 Ab 2.013376 -0.1883463 1.9263 0.95282383 2.656603 1.9504 876 17 Aa 0.788576 0.1661129 1.9778 0.98374577 1.622288 1.5942 877 17 cc 1.415108 -0.0252484 1.8455 1.32268979 2.911259 1.6396 878 17 Dd 1.501277 0.2622371 1.8500 1.44004495 2.613890 1.6550 879 17 Al 1.552623 0.1427353 1.8537 1.19003127 2.480237 1.8307 880 17 Rt 1.621687 0.3005529 1.9407 1.26118314 3.284556 1.8058 881 17 Ov 1.476079 0.1542409 1.8690 1.27492810 2.981334 1.8083 882 17 Oh 1.139909 0.2407779 1.8617 1.27097492 2.839264 1.7913 883 18 Tm 2.321940 0.8623343 1.5284 0.79343077 1.204218 1.6359 884 18 Ur 2.197410 0.5430413 1.4234 0.87863770 1.276616 1.6679 885 18 Um 2.985904 0.6318600 1.4862 0.67858234 1.253848 1.6434 886 18 Nn 1.413525 1.6511395 1.6872 0.77094539 1.825212 1.3075 887 18 pl 2.193198 1.7414852 1.6188 0.81007028 1.858283 1.2250 888 18 Mp 2.541558 2.0139023 1.5391 1.24477530 0.702778 1.5006 889 18 Ml 2.185191 1.5246804 1.9051 1.11654553 0.690613 1.5192 890 18 Cp 2.399389 1.0140175 1.2709 0.69689482 1.880233 1.5560 891 18 Ct 2.561003 1.3716386 1.3033 0.62910849 1.728821 1.5075 892 18 Lp 2.292153 1.5601210 1.2769 0.72659505 1.723723 1.5226 893 18 Ca 2.747130 1.4285287 1.3462 0.71263674 1.723454 1.4999 894 18 Uc 2.020034 1.8825889 1.3725 0.64321018 1.993391 1.6584 895 18 Vf 2.484176 2.2180716 1.3583 0.84491361 1.751850 1.6255 896 18 Hh 3.170731 0.3889655 1.3461 0.43800642 0.866201 1.6922 897 18 Cc 3.550126 0.3812619 1.2604 0.30563769 1.357312 1.6124 898 18 Aj 3.166914 2.7901385 1.5148 0.48789363 1.101352 1.5564 899 18 Pp 2.647504 2.3754835 1.5823 0.64855444 1.477504 1.3328 900 18 Pt 2.499035 2.2482974 1.5330 0.51506493 1.810149 1.3928 901 18 Pl 2.930386 2.1772228 1.5040 0.57696183 1.452616 1.4018 902 18 Tb 2.128139 1.7943483 1.7101 -0.02439088 0.437388 1.4223 903 18 Cs 2.621353 2.7110915 2.0160 0.39635669 1.507458 1.6152 904 18 Db 2.338872 1.9305636 1.7797 0.39054598 1.405374 1.6839 905 18 Eh 2.166346 1.8062749 1.4213 0.00769920 2.157642 1.1370 906 18 Ec 1.827000 1.4732061 1.4233 0.07977782 2.280876 1.1804 907 18 Eb 2.197683 2.0823465 1.4474 0.05354987 2.585802 1.0809 908 18 Lg 2.770588 0.0220462 1.8932 0.37696992 1.700929 1.9230 909 18 Cd 2.975801 1.0002870 1.7367 0.64908797 2.739854 1.8371 910 18 Gc 3.571371 0.4312184 1.6393 1.02667088 2.226880 1.7603 911 18 Sc 2.750426 1.3502855 1.3982 1.02548471 2.707858 1.8803 912 18 Bb 2.577457 1.2303255 1.5886 0.98798466 2.793660 1.8937 913 18 To 2.826260 0.7842083 1.4439 0.67984162 1.755623 1.7621 914 18 Gg 2.469904 0.7063371 1.4350 0.68435673 2.224734 1.7536 915 18 Gt 2.514955 0.6074601 1.4565 0.52982882 2.412755 1.7518 916 18 Ac 2.760877 0.1040314 1.3704 0.45121327 2.437734 1.8337 917 18 Mk 2.984211 -0.2347095 1.5323 0.42184537 2.586565 2.0576 918 18 Oa 2.478823 1.4549610 1.4719 1.11947615 1.665706 2.1000 919 18 Oc 2.516293 1.2686096 1.4937 1.06274609 1.848988 1.9667 920 18 He 2.528481 0.7506410 1.3941 0.84182881 2.446372 1.8969 921 18 Am 2.812610 0.1740894 1.3542 0.74517923 2.764723 1.9981 922 18 Cu 2.661390 -0.1886098 1.4645 0.72067949 2.812750 2.0475 923 18 Dl 2.741299 0.2116384 1.3956 0.74292807 3.162966 2.0634 924 18 Ab 2.531935 0.5223766 1.5059 0.87168942 3.271617 2.0157 925 18 Aa 3.415751 0.7828763 1.7704 0.89941178 2.596837 1.7981 926 18 cc 2.015766 0.2631310 1.4597 0.66216551 2.871632 1.8960 927 18 Dd 2.512401 0.4392726 1.4425 0.64187990 2.920789 1.8336 928 18 Al 2.229246 0.1826678 1.5459 0.80572666 2.210656 1.7381 929 18 Rt 2.691516 0.1823330 1.4595 0.79617245 2.163244 1.7484 930 18 Ov 2.222369 0.4420085 1.6250 0.90909392 1.683562 1.8390 931 18 Oh 2.528906 0.4486696 1.5948 0.81861463 1.655434 1.8283 932 19 Tm 1.357108 1.6994984 2.1916 0.84578039 0.195689 1.7409 933 19 Ur 1.243123 1.6917595 2.2386 0.93366337 0.042650 1.7323 934 19 Um 1.364161 1.3359111 2.2345 0.93507825 0.387669 1.7541 935 19 Nn 1.137369 0.5404613 1.6817 0.89250237 1.239761 1.7157 936 19 pl 1.058888 0.7225717 1.5588 0.96622531 1.185548 1.6565 937 19 Mp 0.131124 1.6946744 1.9497 0.66678539 1.597728 1.8879 938 19 Ml 1.686613 1.2406047 2.0058 0.61527488 1.354287 1.9042 939 19 Cp 1.804718 1.9781946 2.4923 1.17434790 1.014218 1.7055 940 19 Ct 1.979977 1.7936135 2.5333 1.07101993 0.951404 1.6602 941 19 Lp 2.087520 2.1390332 2.4408 1.14474384 0.647568 1.7018 942 19 Ca 1.962823 1.6868812 2.5178 1.23924665 0.439444 1.6820 943 19 Uc 1.353900 1.7197499 2.4108 1.21797058 0.767625 1.5803 944 19 Vf 0.804893 1.5481116 2.4141 1.16508057 0.184356 1.7182 945 19 Hh 1.257716 0.9975398 1.9071 1.10743962 1.836757 1.6277 946 19 Cc 1.147019 0.8879231 2.0180 1.03123721 1.779092 1.6647 947 19 Aj 0.878120 1.5430767 1.8135 0.87995296 1.784421 1.6521 948 19 Pp 1.115182 0.6674801 2.0455 0.73518810 2.504900 1.5711 949 19 Pt 0.817260 0.5854551 2.0149 0.86290244 2.051210 1.6094 950 19 Pl 0.827454 0.6321651 1.9761 0.85614962 2.090333 1.5661 951 19 Tb 2.258722 2.5484723 1.6529 0.35151346 2.505074 2.0263 952 19 Cs 1.660133 1.4739685 1.8897 0.53061098 2.388021 1.9223 953 19 Db 1.125631 1.4974671 2.2483 0.62537940 2.398925 1.9765 954 19 Eh 1.604781 1.0120158 1.8352 0.41557337 2.157658 1.9879 955 19 Ec 1.562142 1.5979084 1.8297 0.57631405 2.214392 1.8479 956 19 Eb 1.816114 1.1972483 1.8232 0.49773822 2.278966 1.9651 957 19 Lg 2.483183 1.1698270 2.0219 0.32528942 1.457774 1.7948 958 19 Cd 1.974561 1.6823451 2.0334 0.85841394 1.618279 1.9205 959 19 Gc 2.660262 2.3546962 1.5687 0.33185846 1.482513 1.7334 960 19 Sc 3.059358 1.0745144 1.5555 0.08867054 1.798462 1.8686 961 19 Bb 2.888541 1.5070177 1.6053 -0.02413863 2.257751 1.7084 962 19 To 2.802691 1.5045358 1.5247 0.31971689 1.983317 1.6411 963 19 Gg 2.765522 2.3942768 1.5498 0.29358139 1.225230 1.9178 964 19 Gt 2.619081 2.1081729 1.6034 0.26326761 1.390163 2.0483 965 19 Ac 2.441885 1.7402719 1.6231 0.05088203 1.573840 1.8497 966 19 Mk 2.372748 2.4984691 1.4838 0.11201801 1.973583 1.8664 967 19 Oa 2.410563 2.8395703 1.5228 0.37198006 1.316946 1.8334 968 19 Oc 2.383103 2.3370559 1.6452 0.43220561 1.368043 1.8857 969 19 He 2.486450 2.6314608 1.5263 0.27563167 2.068840 1.8875 970 19 Am 2.859938 2.5127286 1.5018 0.37626980 1.913977 1.8018 971 19 Cu 2.382583 2.3376667 1.5120 0.26259223 2.167997 1.8170 972 19 Dl 2.158490 2.3035369 1.5388 0.44396686 2.178373 1.8937 973 19 Ab 2.196191 2.4834437 1.5090 0.48165030 2.415956 1.8476 974 19 Aa 2.818651 2.1804892 1.6524 0.14467121 2.159248 1.8808 975 19 cc 2.748501 1.7608650 1.4730 0.31769690 1.589952 1.7072 976 19 Dd 2.417345 1.8112410 1.5895 0.46618072 1.641827 1.8953 977 19 Al 2.385823 2.0941625 1.6365 0.34123386 1.407727 1.9251 978 19 Rt 2.400772 2.1246090 1.5814 0.57727497 1.330387 1.8043 979 19 Ov 2.043942 1.5990504 1.5585 0.61372282 1.022252 1.8326 980 19 Oh 2.028523 1.7597421 1.5147 0.63844115 1.010367 1.8287 981 20 Tm 2.273679 2.0053155 1.8534 1.12317325 0.171781 1.6312 982 20 Ur 2.105677 2.4231403 1.9268 0.99020738 0.337307 1.6286 983 20 Um 1.756803 1.7945184 1.7493 1.17513144 0.363482 1.6195 984 20 Nn 1.564399 1.8557150 1.8168 0.47662506 1.657080 1.8401 985 20 pl 1.497398 1.8898283 1.7314 0.69470444 1.781314 1.8155 986 20 Mp 1.839729 0.9269109 1.6353 1.04176937 0.853672 1.8895 987 20 Ml 1.421877 0.5060048 1.7918 0.56712187 0.833955 1.6636 988 20 Cp 2.808317 0.9437393 1.5896 0.47525293 1.271442 1.6738 989 20 Ct 3.219705 1.1807607 1.7305 0.52826736 1.274020 1.6714 990 20 Lp 2.656564 0.8853361 1.7036 0.39100030 1.062899 1.6761 991 20 Ca 2.651949 0.4822568 1.6424 0.44439788 0.892555 1.6442 992 20 Uc 2.940021 0.5864694 1.8338 0.50221042 0.424941 1.6094 993 20 Vf 2.682432 0.8056529 1.7496 0.45350197 0.264044 1.7141 994 20 Hh 2.187661 1.7094141 1.8350 0.95017144 0.957289 1.4665 995 20 Cc 2.049563 1.4613355 1.7530 0.95050393 1.197426 1.3090 996 20 Aj 1.846456 2.1293550 1.9063 1.00579334 1.225407 1.4315 997 20 Pp 2.716103 2.2743990 2.0088 1.04267225 0.867527 1.5173 998 20 Pt 2.382161 2.3224281 1.9350 1.10473551 1.481548 1.5642 999 20 Pl 2.536964 2.1247247 1.9975 0.85633067 1.350974 1.5893 1000 20 Tb 3.750173 0.7865041 2.0594 0.54312010 0.830829 1.4985 1001 20 Cs 1.791364 -1.0042325 2.1151 1.15848759 1.422798 1.5093 1002 20 Db 2.467061 -0.1946191 2.0182 1.36537121 1.622909 1.5004 1003 20 Eh 2.703645 0.2860889 1.8189 0.74167877 0.629815 1.9187 1004 20 Ec 2.669444 0.5736341 1.9608 0.96718892 0.528221 1.8334 1005 20 Eb 2.511079 -0.1466053 1.9292 0.86011953 0.656113 1.8462 1006 20 Lg 3.201919 -0.1526801 1.8536 0.60627485 2.067283 1.9171 1007 20 Cd 3.674886 -0.9073025 1.7583 1.07542852 2.063633 1.8735 1008 20 Gc 1.083763 -0.3764736 1.6434 0.14141192 -0.156680 1.7697 1009 20 Sc 2.032577 -0.0628818 1.4410 -0.14649177 0.750264 1.7161 1010 20 Bb 1.563357 0.0754283 1.4191 -0.12240654 1.166527 1.7154 1011 20 To 1.981256 0.3894285 1.4482 0.10161604 0.531848 1.8095 1012 20 Gg 2.000416 -0.1389880 1.6570 0.17900294 1.084366 1.8826 1013 20 Gt 2.130115 -0.1737687 1.7760 0.05306843 0.831174 1.8358 1014 20 Ac 2.347712 -0.4128482 1.5829 0.20771572 0.483039 1.9520 1015 20 Mk 1.653637 0.2333390 1.4943 0.05306180 0.839812 1.8050 1016 20 Oa 1.897578 0.1512552 1.4865 0.18186150 0.957607 1.5962 1017 20 Oc 1.879131 0.1171661 1.4935 0.32430689 0.939889 1.6949 1018 20 He 1.007070 0.4645635 1.2841 0.28713644 0.135507 1.7528 1019 20 Am 1.296184 0.2559174 1.5639 0.12430360 0.394086 1.6964 1020 20 Cu 1.758483 0.6660571 1.5380 0.09599518 -0.139275 1.7558 1021 20 Dl 1.476927 0.3007934 1.4266 0.25511508 -0.063544 1.7529 1022 20 Ab 1.725123 0.2738507 1.4835 0.37140880 0.162010 1.7762 1023 20 Aa 1.916445 0.6894557 1.7246 -0.11828023 0.064707 1.8390 1024 20 cc 2.242192 0.7275012 1.6164 0.07103009 0.068042 1.7788 1025 20 Dd 1.871642 0.6465042 1.5382 0.22752130 0.029397 1.7536 1026 20 Al 1.612057 1.6841071 1.5371 0.40042429 0.762703 1.6624 1027 20 Rt 1.788188 0.9322560 1.6053 0.29041199 0.543271 1.7231 1028 20 Ov 1.364144 1.1733438 1.4725 0.39501642 0.297834 1.6868 1029 20 Oh 1.530226 1.3138625 1.5041 0.38578380 0.366609 1.7051 mood color 1 good blue 2 good blue 3 good blue 4 good blue 5 good blue 6 good blue 7 good blue 8 good blue 9 good blue 10 good blue 11 good blue 12 good blue 13 good blue 14 good blue 15 good blue 16 bad blue 17 bad blue 18 bad blue 19 bad blue 20 bad blue 21 bad white 22 bad white 23 bad white 24 bad white 25 bad white 26 bad white 27 bad white 28 bad white 29 bad white 30 bad white 31 terrible white 32 terrible white 33 terrible white 34 terrible white 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793 good blue 794 good blue 795 good blue 796 good blue 797 good blue 798 good blue 799 good blue 800 bad blue 801 bad blue 802 bad blue 803 bad blue 804 bad blue 805 bad white 806 bad white 807 bad white 808 bad white 809 bad white 810 bad white 811 bad white 812 bad white 813 bad white 814 bad white 815 terrible white 816 terrible white 817 terrible white 818 terrible white 819 terrible white 820 terrible white 821 terrible white 822 terrible white 823 terrible white 824 terrible white 825 terrible white 826 terrible white 827 terrible white 828 terrible white 829 terrible white 830 terrible white 831 terrible white 832 terrible white 833 terrible white 834 good blue 835 good blue 836 good blue 837 good blue 838 good blue 839 good blue 840 good blue 841 good blue 842 good blue 843 good blue 844 good blue 845 good blue 846 good blue 847 good blue 848 good blue 849 bad blue 850 bad blue 851 bad blue 852 bad blue 853 bad blue 854 bad white 855 bad white 856 bad white 857 bad white 858 bad white 859 bad white 860 bad white 861 bad white 862 bad white 863 bad white 864 terrible white 865 terrible white 866 terrible white 867 terrible white 868 terrible white 869 terrible white 870 terrible white 871 terrible white 872 terrible white 873 terrible white 874 terrible white 875 terrible white 876 terrible white 877 terrible white 878 terrible white 879 terrible white 880 terrible white 881 terrible white 882 terrible white 883 good blue 884 good blue 885 good blue 886 good blue 887 good blue 888 good blue 889 good blue 890 good blue 891 good blue 892 good blue 893 good blue 894 good blue 895 good blue 896 good blue 897 good blue 898 bad blue 899 bad blue 900 bad blue 901 bad blue 902 bad blue 903 bad white 904 bad white 905 bad white 906 bad white 907 bad white 908 bad white 909 bad white 910 bad white 911 bad white 912 bad white 913 terrible white 914 terrible white 915 terrible white 916 terrible white 917 terrible white 918 terrible white 919 terrible white 920 terrible white 921 terrible white 922 terrible white 923 terrible white 924 terrible white 925 terrible white 926 terrible white 927 terrible white 928 terrible white 929 terrible white 930 terrible white 931 terrible white 932 good blue 933 good blue 934 good blue 935 good blue 936 good blue 937 good blue 938 good blue 939 good blue 940 good blue 941 good blue 942 good blue 943 good blue 944 good blue 945 good blue 946 good blue 947 bad blue 948 bad blue 949 bad blue 950 bad blue 951 bad blue 952 bad white 953 bad white 954 bad white 955 bad white 956 bad white 957 bad white 958 bad white 959 bad white 960 bad white 961 bad white 962 terrible white 963 terrible white 964 terrible white 965 terrible white 966 terrible white 967 terrible white 968 terrible white 969 terrible white 970 terrible white 971 terrible white 972 terrible white 973 terrible white 974 terrible white 975 terrible white 976 terrible white 977 terrible white 978 terrible white 979 terrible white 980 terrible white 981 good blue 982 good blue 983 good blue 984 good blue 985 good blue 986 good blue 987 good blue 988 good blue 989 good blue 990 good blue 991 good blue 992 good blue 993 good blue 994 good blue 995 good blue 996 bad blue 997 bad blue 998 bad blue 999 bad blue 1000 bad blue 1001 bad white 1002 bad white 1003 bad white 1004 bad white 1005 bad white 1006 bad white 1007 bad white 1008 bad white 1009 bad white 1010 bad white 1011 terrible white 1012 terrible white 1013 terrible white 1014 terrible white 1015 terrible white 1016 terrible white 1017 terrible white 1018 terrible white 1019 terrible white 1020 terrible white 1021 terrible white 1022 terrible white 1023 terrible white 1024 terrible white 1025 terrible white 1026 terrible white 1027 terrible white 1028 terrible white 1029 terrible white > > > > cleanEx(); ..nameEx <- "summary.phylog.cancor" > > ### * summary.phylog.cancor > > flush(stderr()); flush(stdout()) > > ### Name: summary.phylog.cancor > ### Title: Summarize a phylog.cancor object > ### Aliases: summary.phylog.cancor > ### Keywords: multivariate methods > > ### ** Examples > > data(SimulExample) > ex1.cancor <- cancor.phylog(SimulExample[,c(1,2,3,4,5,6)],SimulExample[,c(1,2,7,8)]) > summary(ex1.cancor) Call: cancor.phylog(data1 = SimulExample[, c(1, 2, 3, 4, 5, 6)], data2 = SimulExample[, c(1, 2, 7, 8)]) Canonical correlations from original data: corr1 corr2 0.931258 0.083653 LR statistic from original data to test that all canonical correlations are zero: lambda 27.354 Test that all canonical correlations are zero: P-value 0.058824 'Correlation-wise' P-value for canonical correlations: corr1 corr2 0.019608 0.980392 'Multiple' P-value for canonical correlations: corr1 corr2 0.019608 0.980392 Quantiles of canonical correlations' distributions: corr1 corr2 50% 0.72851 0.45376 90% 0.83806 0.62796 95% 0.86931 0.69104 99% 0.89649 0.77807 99.9% 0.91055 0.78296 Number of simulations used in analyses: 50 > > > > > cleanEx(); ..nameEx <- "summary.phylog.lm" > > ### * summary.phylog.lm > > flush(stderr()); flush(stdout()) > > ### Name: summary.phylog.lm > ### Title: Summarize a phylog.lm object > ### Aliases: summary.phylog.lm > ### Keywords: methods > > ### ** Examples > > data(SimulExample) > ex1.lm <- lm.phylog(y ~ x1 + diet, weights=x2, max.num=20, data=SimulExample) > summary(ex1.lm) Call: lm.phylog(formula = y ~ x1 + diet, data = SimulExample, max.num = 20, weights = x2) Model from inp data: Intercept x1 dietHerbivore dietOmmnivore 0.0587515 1.0117289 0.0099573 -0.0066645 F-test's from inp data: Overall.F x1 diet 361.5844 954.8130 1.3793 P-value: Overall.F x1 diet 0.047619 0.047619 0.571429 Quantiles of F-value distribution: Overall.F x1 diet 50% 1.8665 0.70464 1.6909 90% 3.5996 6.28278 4.2555 95% 6.0996 7.75936 7.3160 99% 6.8191 10.95279 9.4354 99.9% 6.9810 11.67132 9.9123 Number of simulations used in analyses: 20 > > > > cleanEx(); ..nameEx <- "summary.phylog.prcomp" > > ### * summary.phylog.prcomp > > flush(stderr()); flush(stdout()) > > ### Name: summary.phylog.prcomp > ### Title: Summarize a phylog.prcomp object > ### Aliases: summary.phylog.prcomp > ### Keywords: multivariate methods > > ### ** Examples > > data(SimulExample) > ex1.prcomp <- prcomp.phylog(SimulExample[,-11]) #the 11th column is a factor > summary(ex1.prcomp) Call: prcomp.phylog(x = SimulExample[, -11]) Eigenvalues from inp data: lambda1 lambda2 lambda3 lambda4 lambda5 lambda6 lambda7 lambda8 5.3313832 1.1683175 0.8031539 0.4027265 0.2214217 0.0539017 0.0135096 0.0055858 'Component-wise' P-value for eigenvalues: lambda1 lambda2 lambda3 lambda4 lambda5 lambda6 lambda7 lambda8 0.019608 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 'Multiple eigenvalue' P-value: lambda1 lambda2 lambda3 lambda4 lambda5 lambda6 lambda7 lambda8 0.019608 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 Mean of simulated eigenvalues: lambda1 lambda2 lambda3 lambda4 lambda5 lambda6 lambda7 lambda8 2.66922 1.79929 1.25595 0.88243 0.62045 0.41069 0.23988 0.12209 Quantiles of eigenvalues' distributions: lambda1 lambda2 lambda3 lambda4 lambda5 lambda6 lambda7 lambda8 50% 2.6345 1.8109 1.2749 0.8675 0.62088 0.40518 0.23587 0.12574 90% 3.2215 2.0198 1.4709 1.0749 0.78286 0.55869 0.33439 0.17905 95% 3.3038 2.1145 1.5019 1.1159 0.81125 0.56690 0.34927 0.19090 99% 3.5705 2.2202 1.5672 1.1852 0.85620 0.66899 0.38181 0.21512 99.9% 3.6132 2.2730 1.5955 1.1963 0.86532 0.74177 0.39625 0.21704 Number of simulations used in analyses: 50 > > > > > ### *