R Under development (unstable) (2026-02-18 r89435 ucrt) -- "Unsuffered Consequences" Copyright (C) 2026 The R Foundation for Statistical Computing Platform: x86_64-w64-mingw32/x64 R is free software and comes with ABSOLUTELY NO WARRANTY. You are welcome to redistribute it under certain conditions. Type 'license()' or 'licence()' for distribution details. R is a collaborative project with many contributors. Type 'contributors()' for more information and 'citation()' on how to cite R or R packages in publications. Type 'demo()' for some demos, 'help()' for on-line help, or 'help.start()' for an HTML browser interface to help. Type 'q()' to quit R. > #### doRUnit.R --- Run RUnit tests > ####------------------------------------------------------------------------ > > ### Origianlly follows Gregor Gojanc's example in CRAN package 'gdata' > ### and the corresponding section in the R Wiki: > ### http://wiki.r-project.org/rwiki/doku.php?id=developers:runit > > ### MM: Vastly changed: This should also be "runnable" for *installed* > ## package which has no ./tests/ > ## ----> put the bulk of the code e.g. in ../inst/unitTests/runTests.R : > > if(require("RUnit", quietly = TRUE)) { + + ## --- Setup --- + + wd <- getwd() + pkg <- sub("\\.Rcheck$", '', basename(dirname(wd))) + + library(package=pkg, character.only = TRUE) + + path <- system.file("unitTests", package = pkg) + + stopifnot(file.exists(path), file.info(path.expand(path))$isdir) + + source(file.path(path, "runTests.R"), echo = TRUE) + } Loading required package: timeDate Loading required package: timeSeries Attaching package: 'timeSeries' The following objects are masked from 'package:graphics': lines, points Loading required package: fBasics Loading required package: fMultivar > pkg <- "fCopulae" > initial_opt <- options(warn = 1) > on.exit(initial_opt) > if (require("RUnit", quietly = TRUE)) { + library(package = pkg, character.only = TRUE) + if (!(exists("path") && file.exists(path))) + .... [TRUNCATED] Executing test function test.darchmCopula ... Type: 1 Difference: 1.49214e-16 Warning in .darchm2Copula(u, v, alpha, type, output) : No 2 alternative not available Type: 2 Difference: 0 Type: 3 Difference: 0.8310647 Type: 4 Difference: 1.83965e-16 Type: 5 Difference: 4.167333e-16 Type: 6 Difference: 1.012428e-15 Warning in .darchm2Copula(u, v, alpha, type, output) : No 7 alternative not available Type: 7 Difference: 0 Warning in .darchm2Copula(u, v, alpha, type, output) : No 8 alternative not available Type: 8 Difference: 0 Type: 9 Difference: 2.504552e-16 Type: 10 Difference: 4.912515e-16 Warning in .darchm2Copula(u, v, alpha, type, output) : No 11 alternative not available Type: 11 Difference: 0 Type: 12 Difference: 2.934292e-16 Type: 13 Difference: 1.749711e-16 Warning in persp.default(cop2, main = type, theta = -40, phi = 30, col = "steelblue") : zero-length arrow is of indeterminate angle and so skipped Type: 14 Difference: 4.453436e-16 Warning in .darchm2Copula(u, v, alpha, type, output) : No 15 alternative not available Type: 15 Difference: 0 Type: 16 Difference: 1.500977e-15 Type: 17 Difference: 8.027357e-16 Warning in .darchm2Copula(u, v, alpha, type, output) : No 18 alternative not available Type: 18 Difference: 0 Type: 19 Difference: 4.503951e-16 Type: 20 Difference: 3.963728e-16 Warning in .darchm2Copula(u, v, alpha, type, output) : No 21 alternative not available Type: 21 Difference: 0 Warning in .darchm2Copula(u, v, alpha, type, output) : No 22 alternative not available Type: 22 Difference: 0 done successfully. Executing test function test.darchmSlider ... done successfully. Executing test function test.dgumbelCopula ... done successfully. Executing test function test.parchmCopula ... Type: 1 Difference: 6.422778e-18 Type: 2 Difference: 0 Type: 3 Difference: 2.990606e-17 Type: 4 Difference: 0 Type: 5 Difference: 1.51394e-17 Type: 6 Difference: 3.211389e-17 Type: 7 Difference: 3.727505e-17 Type: 8 Difference: 2.420011e-17 Type: 9 Difference: 2.170913e-17 Type: 10 Difference: 4.929625e-17 Type: 11 Difference: 6.778022e-17 Type: 12 Difference: 0 Type: 13 Difference: 0 Type: 14 Difference: 0 Type: 15 Difference: 0 Type: 16 Difference: 4.220683e-17 Type: 17 Difference: 2.202095e-17 Type: 18 Difference: 4.128929e-18 Type: 19 Difference: 5.505238e-18 Type: 20 Difference: 1.502471e-17 Warning in .parchm2Copula(u, v, alpha, type, output) : No. 21 alternative not active Type: 21 Difference: 0 Warning in .parchm2Copula(u, v, alpha, type, output) : No. 22 alternative not active Type: 22 Difference: 0 done successfully. Executing test function test.parchmSlider ... done successfully. Executing test function test.pgumbelCopula ... done successfully. Executing test function test.rarchmCopula ... [1] "1" [,1] [,2] [1,] 0.66390180 0.5526376 [2,] 0.09958456 0.1779634 [3,] 0.69071836 0.8676162 [4,] 0.67740574 0.3354063 [5,] 0.09916932 0.2970047 attr(,"control") alpha copula type "1" "archm" "1" [1] "2" [,1] [,2] [1,] 0.1954885 0.4060629 [2,] 0.3692594 0.2240063 [3,] 0.4056770 0.7974689 [4,] 0.9454791 0.9510006 [5,] 0.2318315 0.3597522 attr(,"control") alpha copula type "2" "archm" "2" [1] "3" [,1] [,2] [1,] 0.95235977 0.2754241 [2,] 0.62646934 0.2622115 [3,] 0.50688864 0.9418889 [4,] 0.09562106 0.8159393 [5,] 0.11969112 0.1624397 attr(,"control") alpha copula type "0.5" "archm" "3" [1] "4" [,1] [,2] [1,] 0.80661806 0.9101716 [2,] 0.66685344 0.4781776 [3,] 0.09149225 0.0959264 [4,] 0.88480781 0.6523766 [5,] 0.33695912 0.3938378 attr(,"control") alpha copula type "2" "archm" "4" [1] "5" [,1] [,2] [1,] 0.1888526 0.50581935 [2,] 0.1026955 0.15879472 [3,] 0.3154102 0.45776774 [4,] 0.5524568 0.90610174 [5,] 0.6835361 0.08600646 attr(,"control") alpha copula type "1" "archm" "5" [1] "6" [,1] [,2] [1,] 0.8150767 0.8543255 [2,] 0.6728082 0.4606297 [3,] 0.7934829 0.8282278 [4,] 0.7442216 0.8200559 [5,] 0.5005408 0.3769522 attr(,"control") alpha copula type "2" "archm" "6" [1] "7" [,1] [,2] [1,] 0.3528660 0.478343036 [2,] 0.8561157 0.549687415 [3,] 0.3837945 0.607062603 [4,] 0.9808950 0.009644617 [5,] 0.2812390 0.560989018 attr(,"control") alpha copula type "0.5" "archm" "7" [1] "8" [,1] [,2] [1,] 0.2307267 0.4546049 [2,] 0.1404381 0.6047655 [3,] 0.9726195 0.2015844 [4,] 0.1287083 0.6285809 [5,] 0.6669699 0.5016470 attr(,"control") alpha copula type "2" "archm" "8" [1] "9" [,1] [,2] [1,] 0.81452913 0.1356456 [2,] 0.97975595 0.6633615 [3,] 0.92289779 0.7208255 [4,] 0.03221004 0.9159382 [5,] 0.06726365 0.7779197 attr(,"control") alpha copula type "0.5" "archm" "9" [1] "10" [,1] [,2] [1,] 0.2191467 0.7144231 [2,] 0.0526552 0.7265562 [3,] 0.5460920 0.5257124 [4,] 0.6968183 0.5803117 [5,] 0.8172625 0.1597064 attr(,"control") alpha copula type "0.5" "archm" "10" [1] "11" [,1] [,2] [1,] 0.8257070 0.6094828 [2,] 0.1939242 0.5386496 [3,] 0.6923719 0.8229719 [4,] 0.7762265 0.2464052 [5,] 0.8902320 0.1403575 attr(,"control") alpha copula type "0.2" "archm" "11" [1] "12" [,1] [,2] [1,] 0.8910060 0.7678308 [2,] 0.8164024 0.9321345 [3,] 0.6333479 0.5115954 [4,] 0.7861733 0.9062139 [5,] 0.9012562 0.9215947 attr(,"control") alpha copula type "2" "archm" "12" [1] "13" [,1] [,2] [1,] 0.4817765 0.41060138 [2,] 0.4667410 0.06107531 [3,] 0.1135482 0.88153092 [4,] 0.2934163 0.95388177 [5,] 0.5155002 0.97139952 attr(,"control") alpha copula type "1" "archm" "13" [1] "14" [,1] [,2] [1,] 0.4113237 0.2734360 [2,] 0.1926620 0.2399469 [3,] 0.4957198 0.4542848 [4,] 0.4247913 0.3678516 [5,] 0.9959148 0.9789540 attr(,"control") alpha copula type "2" "archm" "14" [1] "15" [,1] [,2] [1,] 0.8879714 0.5672739 [2,] 0.2778225 0.1988119 [3,] 0.8993189 0.9650919 [4,] 0.5128243 0.2717707 [5,] 0.1559087 0.3259051 attr(,"control") alpha copula type "2" "archm" "15" [1] "16" [,1] [,2] [1,] 0.89530846 0.7606849 [2,] 0.75994563 0.9111779 [3,] 0.01346572 0.1321868 [4,] 0.64881038 0.9552683 [5,] 0.73023770 0.6471236 attr(,"control") alpha copula type "1" "archm" "16" [1] "17" [,1] [,2] [1,] 0.85050735 0.4776570 [2,] 0.20612778 0.5385590 [3,] 0.78473009 0.5168839 [4,] 0.03775550 0.5659028 [5,] 0.07631381 0.9572568 attr(,"control") alpha copula type "0.5" "archm" "17" [1] "18" [,1] [,2] [1,] 0.9772074 0.9770628 [2,] 0.1830233 0.4131636 [3,] 0.4603291 0.4124564 [4,] 0.9425252 0.9436234 [5,] 0.1510378 0.2273804 attr(,"control") alpha copula type "3" "archm" "18" [1] "19" [,1] [,2] [1,] 0.3811749 0.9098673 [2,] 0.6782319 0.6389647 [3,] 0.1870745 0.2109806 [4,] 0.2595244 0.2163592 [5,] 0.7999769 0.8682809 attr(,"control") alpha copula type "1" "archm" "19" [1] "20" [,1] [,2] [1,] 0.10312076 0.10893324 [2,] 0.14073434 0.14249776 [3,] 0.05876167 0.06121717 [4,] 0.26231912 0.19475640 [5,] 0.66137284 0.47267242 attr(,"control") alpha copula type "1" "archm" "20" [1] "21" [,1] [,2] [1,] 0.4143412 0.6673537 [2,] 0.3483292 0.4273521 [3,] 0.2541270 0.7662178 [4,] 0.4375646 0.4372999 [5,] 0.5880505 0.4715221 attr(,"control") alpha copula type "2" "archm" "21" [1] "22" [,1] [,2] [1,] 0.57197112 0.2204932 [2,] 0.41214470 0.2204238 [3,] 0.42538030 0.1239173 [4,] 0.78241807 0.8895818 [5,] 0.03815899 0.7497677 attr(,"control") alpha copula type "0.5" "archm" "22" done successfully. Executing test function test.rarchmSlider ... done successfully. Executing test function test.rgumbelCopula ... done successfully. Executing test function test.archmRho ... [1] "1" Rho 0.4783901 attr(,"control") alpha type method error 1 1 integrate2d 1e-05 [1] "2" Rho 0.1415678 attr(,"control") alpha type method error 2 2 integrate2d 1e-05 [1] "3" Rho 0.1923825 attr(,"control") alpha type method error 0.5 3 integrate2d 1e-05 [1] "4" Rho 0.68219 attr(,"control") alpha type method error 2 4 integrate2d 1e-05 [1] "5" Rho 0.1644861 attr(,"control") alpha type method error 1 5 integrate2d 1e-05 [1] "6" Rho 0.5041933 attr(,"control") alpha type method error 2 6 integrate2d 1e-05 [1] "7" Rho -0.6822321 attr(,"control") alpha type method error 0.5 7 integrate2d 1e-05 [1] "8" Rho -0.3822864 attr(,"control") alpha type method error 2 8 integrate2d 1e-05 [1] "9" Rho -0.3052408 attr(,"control") alpha type method error 0.5 9 integrate2d 1e-05 [1] "10" Rho -0.2075339 attr(,"control") alpha type method error 0.5 10 integrate2d 1e-05 [1] "11" Rho -0.301375 attr(,"control") alpha type method error 0.2 11 integrate2d 1e-05 [1] "12" Rho 0.8474575 attr(,"control") alpha type method error 2 12 integrate2d 1e-05 [1] "13" Rho 0 attr(,"control") alpha type method error 1 13 integrate2d 1e-05 [1] "14" Rho 0.7869704 attr(,"control") alpha type method error 2 14 integrate2d 1e-05 [1] "15" Rho 0.4833304 attr(,"control") alpha type method error 2 15 integrate2d 1e-05 [1] "16" Rho 0.3345668 attr(,"control") alpha type method error 1 16 integrate2d 1e-05 [1] "17" Rho 0.1440294 attr(,"control") alpha type method error 0.5 17 integrate2d 1e-05 [1] "18" Rho 0.7639988 attr(,"control") alpha type method error 3 18 integrate2d 1e-05 [1] "19" Rho 0.7765922 attr(,"control") alpha type method error 1 19 integrate2d 1e-05 [1] "20" Rho 0.7765922 attr(,"control") alpha type method error 1 20 integrate2d 1e-05 [1] "21" Rho 0.3471291 attr(,"control") alpha type method error 2 21 integrate2d 1e-05 [1] "22" Rho -0.3322667 attr(,"control") alpha type method error 0.5 22 integrate2d 1e-05 done successfully. Executing test function test.archmTailCoeff ... [1] "1" $lambdaU.Cuv [1] 6.666667e-01 4.000000e-01 2.222222e-01 1.176471e-01 6.060606e-02 [6] 3.076923e-02 1.550388e-02 7.782101e-03 3.898635e-03 1.951220e-03 [11] 9.760859e-04 4.881621e-04 2.441108e-04 1.220629e-04 6.103329e-05 [16] 3.051711e-05 1.525867e-05 7.629395e-06 3.814697e-06 1.907349e-06 attr(,"control") alpha copula type "1" "archm" "1" $lambdaU.Phi [1] 0.875000 1.020000 1.070248 1.091682 1.101630 1.106427 1.108783 1.109950 [9] 1.110532 1.110822 1.110966 1.111039 1.111075 1.111093 1.111102 1.111107 [17] 1.111109 1.111110 1.111111 1.111111 [1] "2" $lambdaU.Cuv [1] 0.5857864 0.5857864 0.5857864 0.5857864 0.5857864 0.5857864 0.5857864 [8] 0.5857864 0.5857864 0.5857864 0.5857864 0.5857864 0.5857864 0.5857864 [15] 0.5857864 0.5857864 0.5857864 0.5857864 0.5857864 0.5857864 attr(,"control") alpha copula type "2" "archm" "2" $lambdaU.Phi [1] 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 [1] "3" $lambdaU.Cuv [1] 5.714286e-01 3.225806e-01 1.732283e-01 9.001957e-02 4.592086e-02 [6] 2.319619e-02 1.165807e-02 5.844161e-03 2.925878e-03 1.463891e-03 [11] 7.321835e-04 3.661513e-04 1.830906e-04 9.154901e-05 4.577544e-05 [16] 2.288795e-05 1.144403e-05 5.722075e-06 2.861023e-06 1.430511e-06 attr(,"control") alpha copula type "0.5" "archm" "3" $lambdaU.Phi [1] 1.529993 1.564210 1.584695 1.595567 1.601133 1.603946 1.605359 1.606067 [9] 1.606421 1.606599 1.606687 1.606732 1.606754 1.606765 1.606771 1.606773 [17] 1.606775 1.606775 1.606776 1.606776 [1] "4" $lambdaU.Cuv [1] 0.7504285 0.6629925 0.6233391 0.6043214 0.5949959 0.5903769 0.5880782 [8] 0.5869314 0.5863587 0.5860725 0.5859295 0.5858579 0.5858222 0.5858043 [15] 0.5857954 0.5857909 0.5857887 0.5857876 0.5857870 0.5857867 attr(,"control") alpha copula type "2" "archm" "4" $lambdaU.Phi [1] 0.9448527 1.0120724 1.0400631 1.0530291 1.0592864 1.0623619 1.0638867 [8] 1.0646460 1.0650248 1.0652140 1.0653086 1.0653558 1.0653795 1.0653913 [15] 1.0653972 1.0654002 1.0654016 1.0654024 1.0654027 1.0654029 [1] "5" $lambdaU.Cuv [1] 5.618596e-01 3.222583e-01 1.766751e-01 9.318417e-02 4.795558e-02 [6] 2.434029e-02 1.226366e-02 6.155586e-03 3.083780e-03 1.543392e-03 [11] 7.720726e-04 3.861305e-04 1.930888e-04 9.655030e-05 4.827664e-05 [16] 2.413869e-05 1.206940e-05 6.034708e-06 3.017311e-06 1.509208e-06 attr(,"control") alpha copula type "1" "archm" "5" $lambdaU.Phi [1] 1.025386 1.228548 1.310196 1.347405 1.365209 1.373922 1.378233 1.380376 [9] 1.381445 1.381979 1.382246 1.382379 1.382446 1.382479 1.382496 1.382504 [17] 1.382508 1.382511 1.382512 1.382512 [1] "6" $lambdaU.Cuv [1] 0.6771243 0.6080589 0.5913215 0.5871682 0.5861317 0.5858728 0.5858080 [8] 0.5857918 0.5857878 0.5857868 0.5857865 0.5857865 0.5857864 0.5857864 [15] 0.5857864 0.5857864 0.5857864 0.5857864 0.5857864 0.5857864 attr(,"control") alpha copula type "2" "archm" "6" $lambdaU.Phi [1] 1.042942 1.221424 1.299580 1.336072 1.353695 1.362354 1.366645 1.368782 [9] 1.369847 1.370380 1.370646 1.370779 1.370845 1.370878 1.370895 1.370903 [17] 1.370908 1.370910 1.370911 1.370911 [1] "7" $lambdaU.Cuv [1] 2.500000e-01 1.250000e-01 6.250000e-02 3.125000e-02 1.562500e-02 [6] 7.812500e-03 3.906250e-03 1.953125e-03 9.765625e-04 4.882812e-04 [11] 2.441406e-04 1.220703e-04 6.103516e-05 3.051758e-05 1.525879e-05 [16] 7.629395e-06 3.814697e-06 1.907349e-06 9.536743e-07 4.768372e-07 attr(,"control") alpha copula type "0.5" "archm" "7" $lambdaU.Phi [1] 2 NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN [20] NaN [1] "8" $lambdaU.Cuv [1] 4.000000e-01 2.222222e-01 1.176471e-01 6.060606e-02 3.076923e-02 [6] 1.550388e-02 7.782101e-03 3.898635e-03 1.951220e-03 9.760859e-04 [11] 4.881621e-04 2.441108e-04 1.220629e-04 6.103329e-05 3.051711e-05 [16] 1.525867e-05 7.629380e-06 3.814697e-06 1.907349e-06 9.536743e-07 attr(,"control") alpha copula type "2" "archm" "8" $lambdaU.Phi [1] 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 [1] "9" $lambdaU.Cuv [1] 3.932249e-01 1.587940e-01 7.063638e-02 3.324377e-02 1.611837e-02 [6] 7.935206e-03 3.936847e-03 1.960764e-03 9.784711e-04 4.887582e-04 [11] 2.442599e-04 1.221001e-04 6.104261e-05 3.051944e-05 1.525927e-05 [16] 7.629489e-06 3.814799e-06 1.907378e-06 9.536743e-07 4.768372e-07 attr(,"control") alpha copula type "0.5" "archm" "9" $lambdaU.Phi [1] 1.611699 1.962605 1.994162 1.998171 1.999043 1.999320 1.999430 1.999478 [9] 1.999501 1.999512 1.999518 1.999520 1.999522 1.999523 1.999523 1.999523 [17] 1.999523 1.999523 1.999523 1.999523 [1] "10" $lambdaU.Cuv [1] 4.241126e-01 1.713524e-01 7.421945e-02 3.418364e-02 1.635815e-02 [6] 7.995711e-03 3.952040e-03 1.964571e-03 9.794238e-04 4.889965e-04 [11] 2.443194e-04 1.221150e-04 6.104633e-05 3.052037e-05 1.525949e-05 [16] 7.629569e-06 3.814668e-06 1.907407e-06 9.536743e-07 4.768372e-07 attr(,"control") alpha copula type "0.5" "archm" "10" $lambdaU.Phi [1] 0.8080471 1.2215727 1.3887147 1.4612499 1.4948120 1.5109318 1.5188286 [8] 1.5227365 1.5246804 1.5256499 1.5261339 1.5263758 1.5264967 1.5265572 [15] 1.5265874 1.5266025 1.5266101 1.5266138 1.5266157 1.5266167 [1] "11" $lambdaU.Cuv [1] 3.987992e-01 1.721815e-01 8.026119e-02 3.878194e-02 1.906645e-02 [6] 9.453616e-03 4.707092e-03 2.348640e-03 1.173097e-03 5.862428e-04 [11] 2.930451e-04 1.465034e-04 7.324695e-05 3.662230e-05 1.831085e-05 [16] 9.155323e-06 4.577698e-06 2.288783e-06 1.144770e-06 5.717156e-07 attr(,"control") alpha copula type "0.2" "archm" "11" $lambdaU.Phi [1] 2 NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN [20] NaN [1] "12" $lambdaU.Cuv [1] 0.8284271 0.7184910 0.6554051 0.6214742 0.6038583 0.5948805 0.5903481 [8] 0.5880710 0.5869296 0.5863583 0.5860724 0.5859294 0.5858579 0.5858222 [15] 0.5858043 0.5857954 0.5857909 0.5857887 0.5857876 0.5857870 attr(,"control") alpha copula type "2" "archm" "12" $lambdaU.Phi [1] 0.9696699 1.0050765 1.0182272 1.0240418 1.0267885 1.0281247 1.0287839 [8] 1.0291113 1.0292745 1.0293559 1.0293966 1.0294169 1.0294271 1.0294322 [15] 1.0294347 1.0294360 1.0294366 1.0294369 1.0294371 1.0294372 [1] "13" $lambdaU.Cuv [1] 5.000000e-01 2.500000e-01 1.250000e-01 6.250000e-02 3.125000e-02 [6] 1.562500e-02 7.812500e-03 3.906250e-03 1.953125e-03 9.765625e-04 [11] 4.882812e-04 2.441406e-04 1.220703e-04 6.103516e-05 3.051758e-05 [16] 1.525879e-05 7.629395e-06 3.814697e-06 1.907349e-06 9.536743e-07 attr(,"control") alpha copula type "1" "archm" "13" $lambdaU.Phi [1] 0.7869387 1.0552669 1.1662760 1.2167887 1.2408856 1.2526546 1.2584705 [8] 1.2613614 1.2628027 1.2635223 1.2638818 1.2640615 1.2641513 1.2641962 [15] 1.2642187 1.2642299 1.2642355 1.2642383 1.2642397 1.2642404 [1] "14" $lambdaU.Cuv [1] 0.7953176 0.6928344 0.6399791 0.6130606 0.5994692 0.5926394 0.5892159 [8] 0.5875019 0.5866443 0.5862154 0.5860009 0.5858937 0.5858401 0.5858133 [15] 0.5857998 0.5857931 0.5857898 0.5857881 0.5857873 0.5857869 attr(,"control") alpha copula type "2" "archm" "14" $lambdaU.Phi [1] 1.120558 1.165499 1.181989 1.189246 1.192666 1.194328 1.195147 1.195554 [9] 1.195757 1.195858 1.195909 1.195934 1.195947 1.195953 1.195956 1.195958 [17] 1.195959 1.195959 1.195959 1.195959 [1] "15" $lambdaU.Cuv [1] 0.6862915 0.6278440 0.6053344 0.5952371 0.5904358 0.5880927 0.5869350 [8] 0.5863596 0.5860727 0.5859295 0.5858580 0.5858222 0.5858043 0.5857954 [15] 0.5857909 0.5857887 0.5857876 0.5857870 0.5857867 0.5857866 attr(,"control") alpha copula type "2" "archm" "15" $lambdaU.Phi [1] 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 [1] "16" $lambdaU.Cuv [1] 6.055513e-01 2.974813e-01 1.391617e-01 6.625344e-02 3.220939e-02 [6] 1.586711e-02 7.873289e-03 3.921479e-03 1.956936e-03 9.775157e-04 [11] 4.885196e-04 2.442002e-04 1.220852e-04 6.103888e-05 3.051851e-05 [16] 1.525902e-05 7.629453e-06 3.814697e-06 1.907349e-06 9.536743e-07 attr(,"control") alpha copula type "1" "archm" "16" $lambdaU.Phi [1] 0.5404293 0.7670999 0.8601264 0.9017461 0.9213965 0.9309411 0.9356445 [8] 0.9379791 0.9391421 0.9397226 0.9400126 0.9401575 0.9402299 0.9402662 [15] 0.9402843 0.9402933 0.9402979 0.9403001 0.9403012 0.9403018 [1] "17" $lambdaU.Cuv [1] 5.533631e-01 3.032602e-01 1.598266e-01 8.217756e-02 4.168364e-02 [6] 2.099427e-02 1.053572e-02 5.277570e-03 2.641219e-03 1.321219e-03 [11] 6.607622e-04 3.304192e-04 1.652191e-04 8.261197e-05 4.130656e-05 [16] 2.065349e-05 1.032685e-05 5.163660e-06 2.581626e-06 1.290580e-06 attr(,"control") alpha copula type "0.5" "archm" "17" $lambdaU.Phi [1] 1.050283 1.259790 1.340183 1.376224 1.393358 1.401718 1.405848 1.407901 [9] 1.408924 1.409435 1.409690 1.409818 1.409882 1.409913 1.409929 1.409937 [17] 1.409941 1.409943 1.409944 1.409945 [1] "18" $lambdaU.Cuv [1] 0.8693864 0.9386967 0.9702599 0.9853478 0.9927272 0.9963768 0.9981917 [8] 2.0000000 2.0000000 2.0000000 2.0000000 2.0000000 2.0000000 2.0000000 [15] 2.0000000 2.0000000 2.0000000 2.0000000 2.0000000 2.0000000 attr(,"control") alpha copula type "3" "archm" "18" $lambdaU.Phi [1] NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN [20] NaN [1] "19" $lambdaU.Cuv [1] 8.032515e-01 5.270079e-01 3.099749e-01 1.697587e-01 8.910185e-02 [6] 4.568436e-02 2.313613e-02 1.164293e-02 5.840362e-03 2.924927e-03 [11] 1.463653e-03 7.321240e-04 3.661364e-04 1.830868e-04 9.154808e-05 [16] 4.577519e-05 2.288789e-05 1.144403e-05 5.722046e-06 2.861023e-06 attr(,"control") alpha copula type "1" "archm" "19" $lambdaU.Phi [1] 0.6287236 0.7724709 0.8258578 0.8492101 0.8601652 0.8654747 0.8680889 [8] 0.8693860 0.8700321 0.8703545 0.8705155 0.8705960 0.8706363 0.8706564 [15] 0.8706665 0.8706715 0.8706740 0.8706753 0.8706759 0.8706762 [1] "20" $lambdaU.Cuv [1] 8.032515e-01 5.270079e-01 3.099749e-01 1.697587e-01 8.910185e-02 [6] 4.568436e-02 2.313613e-02 1.164293e-02 5.840362e-03 2.924927e-03 [11] 1.463653e-03 7.321240e-04 3.661364e-04 1.830868e-04 9.154808e-05 [16] 4.577519e-05 2.288789e-05 1.144403e-05 5.722046e-06 2.861023e-06 attr(,"control") alpha copula type "1" "archm" "20" $lambdaU.Phi [1] 0.6287236 0.7724709 0.8258578 0.8492101 0.8601652 0.8654747 0.8680889 [8] 0.8693860 0.8700321 0.8703545 0.8705155 0.8705960 0.8706363 0.8706564 [15] 0.8706665 0.8706715 0.8706740 0.8706753 0.8706759 0.8706762 Warning in log(1 - y) : NaNs produced [1] "21" $lambdaU.Cuv [1] 0.6374999 0.5972407 0.5885731 0.5864785 0.5859592 0.5858296 0.5857972 [8] 0.5857891 0.5857871 0.5857866 0.5857865 0.5857864 0.5857864 0.5857864 [15] 0.5857864 0.5857864 0.5857864 0.5857864 0.5857864 0.5857864 attr(,"control") alpha copula type "2" "archm" "21" $lambdaU.Phi [1] 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 [1] "22" $lambdaU.Cuv [1] 3.870295e-01 1.577638e-01 7.049912e-02 3.322624e-02 1.611616e-02 [6] 7.934929e-03 3.936812e-03 1.960760e-03 9.784705e-04 4.887582e-04 [11] 2.442598e-04 1.221001e-04 6.104261e-05 3.051944e-05 1.525925e-05 [16] 7.629511e-06 3.814726e-06 1.907349e-06 9.536743e-07 4.768372e-07 attr(,"control") alpha copula type "0.5" "archm" "22" $lambdaU.Phi [1] 1.625023 1.998479 2.000000 2.000000 2.000000 2.000000 2.000000 2.000000 [9] 2.000000 2.000000 2.000000 2.000000 2.000000 2.000000 2.000000 2.000000 [17] 2.000000 2.000000 2.000000 2.000000 done successfully. Executing test function test.archmTailPlot ... [1] "1" [1] "2" [1] "3" [1] "4" [1] "5" [1] "6" [1] "7" [1] "8" [1] "9" [1] "10" [1] "11" [1] "12" [1] "13" [1] "14" [1] "15" [1] "16" [1] "17" [1] "18" [1] "19" [1] "20" [1] "21" [1] "22" [1] "1" [1] "2" [1] "3" [1] "4" [1] "5" [1] "6" [1] "7" [1] "8" [1] "9" [1] "10" [1] "11" [1] "12" [1] "13" [1] "14" [1] "15" [1] "16" [1] "17" [1] "18" [1] "19" [1] "20" [1] "21" [1] "22" done successfully. Executing test function test.archmTau ... [1] "1" Tau 0.3333333 attr(,"control") alpha type lower 1 1 1e-10 [1] "2" Tau 0 attr(,"control") alpha type lower 2 2 1e-10 [1] "3" Tau 0.1287648 attr(,"control") alpha type lower 0.5 3 1e-10 [1] "4" Tau 0.5 attr(,"control") alpha type lower 2 4 1e-10 [1] "5" Tau 0.1100185 attr(,"control") alpha type lower 1 5 1e-10 [1] "6" Tau 0.3550659 attr(,"control") alpha type lower 2 6 1e-10 [1] "7" Tau 0.6137056 attr(,"control") alpha type lower 0.5 7 1e-10 [1] "8" Tau -0.3333333 attr(,"control") alpha type lower 2 8 1e-10 [1] "9" Tau -0.2063456 attr(,"control") alpha type lower 0.5 9 1e-10 [1] "10" Tau -0.1389506 attr(,"control") alpha type lower 0.5 10 1e-10 [1] "11" Tau -0.204778 attr(,"control") alpha type lower 0.2 11 1e-10 [1] "12" Tau 0.6666667 attr(,"control") alpha type lower 2 12 1e-10 [1] "13" Tau 0 attr(,"control") alpha type lower 1 13 1e-10 [1] "14" Tau 0.6 attr(,"control") alpha type lower 2 14 1e-10 [1] "15" Tau 0.3333333 attr(,"control") alpha type lower 2 15 1e-10 [1] "16" Tau 0.2274113 attr(,"control") alpha type lower 1 16 1e-10 [1] "17" Tau 0.09621029 attr(,"control") alpha type lower 0.5 17 1e-10 [1] "18" Tau 0.5555556 attr(,"control") alpha type lower 3 18 1e-10 [1] "19" Tau 0.6024391 attr(,"control") alpha type lower 1 19 1e-10 [1] "20" Tau 0.6024391 attr(,"control") alpha type lower 1 20 1e-10 [1] "21" Tau 0.2274113 attr(,"control") alpha type lower 2 21 1e-10 [1] "22" Tau -0.2258944 attr(,"control") alpha type lower 0.5 22 1e-10 done successfully. Executing test function test.Kfunc ... Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 Kfunc 0.75 attr(,"control") alpha type inv lower 1 1 FALSE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 invK 0.2928932 attr(,"control") alpha type inv lower 1 1 TRUE 1e-08 done successfully. Executing test function test.KfuncSlider ... done successfully. Executing test function test.Phi ... invPhi 0.6666667 attr(,"control") alpha type inv deriv 1 1 TRUE 0 invPhi 0.2928932 attr(,"control") alpha type inv deriv 2 2 TRUE 0 invPhi 0.4352666 attr(,"control") alpha type inv deriv 0.5 3 TRUE 0 invPhi 0.4930687 attr(,"control") alpha type inv deriv 2 4 TRUE 0 invPhi 0.4835356 attr(,"control") alpha type inv deriv 1 5 TRUE 0 invPhi 0.3727287 attr(,"control") alpha type inv deriv 2 6 TRUE 0 invPhi 0.2130613 attr(,"control") alpha type inv deriv 0.5 7 TRUE 0 invPhi 0.3333333 attr(,"control") alpha type inv deriv 2 8 TRUE 0 invPhi 0.2732297 attr(,"control") alpha type inv deriv 0.5 9 TRUE 0 invPhi 0.5701478 attr(,"control") alpha type inv deriv 0.5 10 TRUE 0 invPhi 0.005348836 attr(,"control") alpha type inv deriv 0.2 11 TRUE 0 invPhi 0.5857864 attr(,"control") alpha type inv deriv 2 12 TRUE 0 invPhi 0.6065307 attr(,"control") alpha type inv deriv 1 13 TRUE 0 invPhi 0.3431458 attr(,"control") alpha type inv deriv 2 14 TRUE 0 invPhi 0.08578644 attr(,"control") alpha type inv deriv 2 15 TRUE 0 invPhi 0.7807764 attr(,"control") alpha type inv deriv 1 16 TRUE 0 invPhi 0.4787176 attr(,"control") alpha type inv deriv 0.5 17 TRUE 0 invPhi 0 attr(,"control") alpha type inv deriv 3 18 TRUE 0 invPhi 0.8555435 attr(,"control") alpha type inv deriv 1 19 TRUE 0 invPhi 0.8555435 attr(,"control") alpha type inv deriv 1 20 TRUE 0 invPhi 0.1339746 attr(,"control") alpha type inv deriv 2 21 TRUE 0 invPhi 0.2709978 attr(,"control") alpha type inv deriv 0.5 22 TRUE 0 invPhiFirstDer -0.4444444 attr(,"control") alpha type inv deriv 1 1 TRUE 1 invPhiFirstDer -0.7071068 attr(,"control") alpha type inv deriv 2 2 TRUE 1 invPhiFirstDer -1.958849 attr(,"control") alpha type inv deriv 0.5 3 TRUE 1 invPhiFirstDer -0.3486522 attr(,"control") alpha type inv deriv 2 4 TRUE 1 invPhiFirstDer -0.6217983 attr(,"control") alpha type inv deriv 1 5 TRUE 1 invPhiFirstDer -0.4834675 attr(,"control") alpha type inv deriv 2 6 TRUE 1 invPhiFirstDer -1.213061 attr(,"control") alpha type inv deriv 0.5 7 TRUE 1 invPhiFirstDer -0.8888889 attr(,"control") alpha type inv deriv 2 8 TRUE 1 invPhiFirstDer -0.9009592 attr(,"control") alpha type inv deriv 0.5 9 TRUE 1 invPhiFirstDer -0.7097877 attr(,"control") alpha type inv deriv 0.5 10 TRUE 1 invPhiFirstDer -0.1255234 attr(,"control") alpha type inv deriv 0.2 11 TRUE 1 invPhiFirstDer -0.2426407 attr(,"control") alpha type inv deriv 2 12 TRUE 1 invPhiFirstDer -0.6065307 attr(,"control") alpha type inv deriv 1 13 TRUE 1 invPhiFirstDer -0.2842712 attr(,"control") alpha type inv deriv 2 14 TRUE 1 invPhiFirstDer -0.4142136 attr(,"control") alpha type inv deriv 2 15 TRUE 1 invPhiFirstDer -0.3787322 attr(,"control") alpha type inv deriv 1 16 TRUE 1 invPhiFirstDer -0.638881 attr(,"control") alpha type inv deriv 0.5 17 TRUE 1 invPhiFirstDer 0 attr(,"control") alpha type inv deriv 3 18 TRUE 1 invPhiFirstDer -0.2274365 attr(,"control") alpha type inv deriv 1 19 TRUE 1 invPhiFirstDer -0.2274365 attr(,"control") alpha type inv deriv 1 20 TRUE 1 invPhiFirstDer -0.5773503 attr(,"control") alpha type inv deriv 2 21 TRUE 1 invPhiFirstDer -0.9136941 attr(,"control") alpha type inv deriv 0.5 22 TRUE 1 invPhiSecondDer 0.5925926 attr(,"control") alpha type inv deriv 1 1 TRUE 2 invPhiSecondDer 0.7071068 attr(,"control") alpha type inv deriv 2 2 TRUE 2 invPhiSecondDer 7.997957 attr(,"control") alpha type inv deriv 0.5 3 TRUE 2 invPhiSecondDer 0.5951866 attr(,"control") alpha type inv deriv 2 4 TRUE 2 invPhiSecondDer 1.008431 attr(,"control") alpha type inv deriv 1 5 TRUE 2 invPhiSecondDer 0.8560987 attr(,"control") alpha type inv deriv 2 6 TRUE 2 invPhiSecondDer 1.213061 attr(,"control") alpha type inv deriv 0.5 7 TRUE 2 invPhiSecondDer 1.185185 attr(,"control") alpha type inv deriv 2 8 TRUE 2 invPhiSecondDer 2.069902 attr(,"control") alpha type inv deriv 0.5 9 TRUE 2 invPhiSecondDer 0.6156542 attr(,"control") alpha type inv deriv 0.5 10 TRUE 2 invPhiSecondDer 2.231045 attr(,"control") alpha type inv deriv 0.2 11 TRUE 2 invPhiSecondDer 0.4436508 attr(,"control") alpha type inv deriv 2 12 TRUE 2 invPhiSecondDer 0.6065307 attr(,"control") alpha type inv deriv 1 13 TRUE 2 invPhiSecondDer 0.6375183 attr(,"control") alpha type inv deriv 2 14 TRUE 2 invPhiSecondDer 1.414214 attr(,"control") alpha type inv deriv 2 15 TRUE 2 invPhiSecondDer 0.2282688 attr(,"control") alpha type inv deriv 1 16 TRUE 2 invPhiSecondDer 1.052924 attr(,"control") alpha type inv deriv 0.5 17 TRUE 2 invPhiSecondDer 0 attr(,"control") alpha type inv deriv 3 18 TRUE 2 invPhiSecondDer 0.1915929 attr(,"control") alpha type inv deriv 1 19 TRUE 2 invPhiSecondDer 0.1915929 attr(,"control") alpha type inv deriv 1 20 TRUE 2 invPhiSecondDer 1.539601 attr(,"control") alpha type inv deriv 2 21 TRUE 2 invPhiSecondDer 2.039456 attr(,"control") alpha type inv deriv 0.5 22 TRUE 2 Phi 1 attr(,"control") alpha type inv deriv 1 1 FALSE 0 Phi 0.25 attr(,"control") alpha type inv deriv 2 2 FALSE 0 Phi 0.4054651 attr(,"control") alpha type inv deriv 0.5 3 FALSE 0 Phi 0.480453 attr(,"control") alpha type inv deriv 2 4 FALSE 0 Phi 0.474077 attr(,"control") alpha type inv deriv 1 5 FALSE 0 Phi 0.2876821 attr(,"control") alpha type inv deriv 2 6 FALSE 0 Phi 0.2876821 attr(,"control") alpha type inv deriv 0.5 7 FALSE 0 Phi 0.3333333 attr(,"control") alpha type inv deriv 2 8 FALSE 0 Phi 0.2975633 attr(,"control") alpha type inv deriv 0.5 9 FALSE 0 Phi 0.6034561 attr(,"control") alpha type inv deriv 0.5 10 FALSE 0 Phi 0.1217303 attr(,"control") alpha type inv deriv 0.2 11 FALSE 0 Phi 1 attr(,"control") alpha type inv deriv 2 12 FALSE 0 Phi 0.6931472 attr(,"control") alpha type inv deriv 1 13 FALSE 0 Phi 0.1715729 attr(,"control") alpha type inv deriv 2 14 FALSE 0 Phi 0.08578644 attr(,"control") alpha type inv deriv 2 15 FALSE 0 Phi 1.5 attr(,"control") alpha type inv deriv 1 16 FALSE 0 Phi 0.4675748 attr(,"control") alpha type inv deriv 0.5 17 FALSE 0 Phi 0.002478752 attr(,"control") alpha type inv deriv 3 18 FALSE 0 Phi 4.670774 attr(,"control") alpha type inv deriv 1 19 FALSE 0 Phi 4.670774 attr(,"control") alpha type inv deriv 1 20 FALSE 0 Phi 0.1339746 attr(,"control") alpha type inv deriv 2 21 FALSE 0 Phi 0.2972514 attr(,"control") alpha type inv deriv 0.5 22 FALSE 0 PhiFirstDer -4 attr(,"control") alpha type inv deriv 1 1 FALSE 1 PhiFirstDer -1 attr(,"control") alpha type inv deriv 2 2 FALSE 1 PhiFirstDer -1.333333 attr(,"control") alpha type inv deriv 0.5 3 FALSE 1 PhiFirstDer -2.772589 attr(,"control") alpha type inv deriv 2 4 FALSE 1 PhiFirstDer -1.541494 attr(,"control") alpha type inv deriv 1 5 FALSE 1 PhiFirstDer -1.333333 attr(,"control") alpha type inv deriv 2 6 FALSE 1 PhiFirstDer -0.6666667 attr(,"control") alpha type inv deriv 0.5 7 FALSE 1 PhiFirstDer -0.8888889 attr(,"control") alpha type inv deriv 2 8 FALSE 1 PhiFirstDer -0.7426256 attr(,"control") alpha type inv deriv 0.5 9 FALSE 1 PhiFirstDer -1.546918 attr(,"control") alpha type inv deriv 0.5 10 FALSE 1 PhiFirstDer -0.3083097 attr(,"control") alpha type inv deriv 0.2 11 FALSE 1 PhiFirstDer -8 attr(,"control") alpha type inv deriv 2 12 FALSE 1 PhiFirstDer -2 attr(,"control") alpha type inv deriv 1 13 FALSE 1 PhiFirstDer -1.171573 attr(,"control") alpha type inv deriv 2 14 FALSE 1 PhiFirstDer -0.4142136 attr(,"control") alpha type inv deriv 2 15 FALSE 1 PhiFirstDer -5 attr(,"control") alpha type inv deriv 1 16 FALSE 1 PhiFirstDer -1.483163 attr(,"control") alpha type inv deriv 0.5 17 FALSE 1 PhiFirstDer -0.02974503 attr(,"control") alpha type inv deriv 3 18 FALSE 1 PhiFirstDer -29.55622 attr(,"control") alpha type inv deriv 1 19 FALSE 1 PhiFirstDer -29.55622 attr(,"control") alpha type inv deriv 1 20 FALSE 1 PhiFirstDer -0.5773503 attr(,"control") alpha type inv deriv 2 21 FALSE 1 PhiFirstDer -0.7395392 attr(,"control") alpha type inv deriv 0.5 22 FALSE 1 PhiSecondDer 16 attr(,"control") alpha type inv deriv 1 1 FALSE 2 PhiSecondDer 2 attr(,"control") alpha type inv deriv 2 2 FALSE 2 PhiSecondDer 3 attr(,"control") alpha type inv deriv 0.5 3 FALSE 2 PhiSecondDer 13.54518 attr(,"control") alpha type inv deriv 2 4 FALSE 2 PhiSecondDer 3.917698 attr(,"control") alpha type inv deriv 1 5 FALSE 2 PhiSecondDer 4.444444 attr(,"control") alpha type inv deriv 2 6 FALSE 2 PhiSecondDer 0.4444444 attr(,"control") alpha type inv deriv 0.5 7 FALSE 2 PhiSecondDer 1.185185 attr(,"control") alpha type inv deriv 2 8 FALSE 2 PhiSecondDer 0.9337584 attr(,"control") alpha type inv deriv 0.5 9 FALSE 2 PhiSecondDer 2.247799 attr(,"control") alpha type inv deriv 0.5 10 FALSE 2 PhiSecondDer 0.3982407 attr(,"control") alpha type inv deriv 0.2 11 FALSE 2 PhiSecondDer 64 attr(,"control") alpha type inv deriv 2 12 FALSE 2 PhiSecondDer 4 attr(,"control") alpha type inv deriv 1 13 FALSE 2 PhiSecondDer 7.514719 attr(,"control") alpha type inv deriv 2 14 FALSE 2 PhiSecondDer 1.414214 attr(,"control") alpha type inv deriv 2 15 FALSE 2 PhiSecondDer 16 attr(,"control") alpha type inv deriv 1 16 FALSE 2 PhiSecondDer 3.682936 attr(,"control") alpha type inv deriv 0.5 17 FALSE 2 PhiSecondDer 0.2379602 attr(,"control") alpha type inv deriv 3 18 FALSE 2 PhiSecondDer 236.4498 attr(,"control") alpha type inv deriv 1 19 FALSE 2 PhiSecondDer 236.4498 attr(,"control") alpha type inv deriv 1 20 FALSE 2 PhiSecondDer 1.539601 attr(,"control") alpha type inv deriv 2 21 FALSE 2 PhiSecondDer 0.907075 attr(,"control") alpha type inv deriv 0.5 22 FALSE 2 done successfully. Executing test function test.PhiSlider ... done successfully. Executing test function test.archmCheck ... [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE done successfully. Executing test function test.archmList ... done successfully. Executing test function test.archmParam ... copula param.alpha range.lower range.upper "1" "1" "-1" "Inf" copula param.alpha range.lower range.upper "2" "2" "1" "Inf" copula param.alpha range.lower range.upper "3" "0.5" "-1" "1" copula param.alpha range.lower range.upper "4" "2" "1" "Inf" copula param.alpha range.lower range.upper "5" "1" "-Inf" "Inf" copula param.alpha range.lower range.upper "6" "2" "1" "Inf" copula param.alpha range.lower range.upper "7" "0.5" "0" "1" copula param.alpha range.lower range.upper "8" "2" "1" "Inf" copula param.alpha range.lower range.upper "9" "0.5" "0" "1" copula param.alpha range.lower range.upper "10" "0.5" "0" "1" copula param.alpha range.lower range.upper "11" "0.2" "0" "0.5" copula param.alpha range.lower range.upper "12" "2" "1" "Inf" copula param.alpha range.lower range.upper "13" "1" "0" "Inf" copula param.alpha range.lower range.upper "14" "2" "1" "Inf" copula param.alpha range.lower range.upper "15" "2" "1" "Inf" copula param.alpha range.lower range.upper "16" "1" "0" "Inf" copula param.alpha range.lower range.upper "17" "0.5" "-Inf" "Inf" copula param.alpha range.lower range.upper "18" "3" "2" "Inf" copula param.alpha range.lower range.upper "19" "1" "0" "Inf" copula param.alpha range.lower range.upper "20" "1" "0" "Inf" copula param.alpha range.lower range.upper "21" "2" "1" "Inf" copula param.alpha range.lower range.upper "22" "0.5" "0" "1" done successfully. Executing test function test.archmRange ... lower upper 1 -1 Inf lower upper 2 1 Inf lower upper 3 -1 1 lower upper 4 1 Inf lower upper 5 -Inf Inf lower upper 6 1 Inf lower upper 7 0 1 lower upper 8 1 Inf lower upper 9 0 1 lower upper 10 0 1 lower upper 11 0 0.5 lower upper 12 1 Inf lower upper 13 0 Inf lower upper 14 1 Inf lower upper 15 1 Inf lower upper 16 0 Inf lower upper 17 -Inf Inf lower upper 18 2 Inf lower upper 19 0 Inf lower upper 20 0 Inf lower upper 21 1 Inf lower upper 22 0 1 done successfully. Executing test function test.archmCopulaFit ... done successfully. Executing test function test.archmCopulaSim ... [1] "1" [,1] [,2] [1,] 0.03113294 0.05450991 [2,] 0.38891035 0.89893736 [3,] 0.70595943 0.72048462 [4,] 0.02185795 0.02546490 [5,] 0.87261190 0.15269499 attr(,"control") alpha copula type "1" "archm" "1" [1] "2" [,1] [,2] [1,] 0.12842457 0.5097386 [2,] 0.21419745 0.3815225 [3,] 0.03066729 0.7542479 [4,] 0.82819464 0.5787841 [5,] 0.35935327 0.5311918 attr(,"control") alpha copula type "2" "archm" "2" [1] "3" [,1] [,2] [1,] 0.4853201 0.2581880 [2,] 0.4280321 0.4030908 [3,] 0.6476862 0.6566018 [4,] 0.9767862 0.8169384 [5,] 0.7008758 0.7590053 attr(,"control") alpha copula type "0.5" "archm" "3" [1] "4" [,1] [,2] [1,] 0.9621379 0.94735746 [2,] 0.6996917 0.48122665 [3,] 0.1893777 0.07539269 [4,] 0.6080340 0.52447720 [5,] 0.3638325 0.55512127 attr(,"control") alpha copula type "2" "archm" "4" [1] "5" [,1] [,2] [1,] 0.1676122 0.36084585 [2,] 0.3792731 0.02865225 [3,] 0.2564537 0.26711732 [4,] 0.2905246 0.02800791 [5,] 0.6076754 0.21252642 attr(,"control") alpha copula type "1" "archm" "5" [1] "6" [,1] [,2] [1,] 0.05616959 0.8410636 [2,] 0.94130668 0.8438115 [3,] 0.12276505 0.1538048 [4,] 0.32497434 0.4312433 [5,] 0.88405316 0.5867510 attr(,"control") alpha copula type "2" "archm" "6" [1] "7" [,1] [,2] [1,] 0.342682464 0.48955546 [2,] 0.945861975 0.02782213 [3,] 0.738420730 0.15046948 [4,] 0.003525808 0.99297316 [5,] 0.414731049 0.41369627 attr(,"control") alpha copula type "0.5" "archm" "7" [1] "8" [,1] [,2] [1,] 0.8628656 0.07339352 [2,] 0.3131546 0.35414192 [3,] 0.4814638 0.21213302 [4,] 0.5903484 0.14783289 [5,] 0.5095000 0.19398855 attr(,"control") alpha copula type "2" "archm" "8" [1] "9" [,1] [,2] [1,] 0.5166147 0.3032646 [2,] 0.9517785 0.6794632 [3,] 0.9004333 0.6030940 [4,] 0.2492545 0.3307077 [5,] 0.4783058 0.9557640 attr(,"control") alpha copula type "0.5" "archm" "9" [1] "10" [,1] [,2] [1,] 0.7374176 0.4010289 [2,] 0.6183277 0.2353389 [3,] 0.5327398 0.3772085 [4,] 0.9550794 0.8414505 [5,] 0.9874570 0.3821421 attr(,"control") alpha copula type "0.5" "archm" "10" [1] "11" [,1] [,2] [1,] 0.34936295 0.4493271 [2,] 0.61869929 0.9936710 [3,] 0.73513954 0.9553376 [4,] 0.02960511 0.6934166 [5,] 0.50524624 0.3145310 attr(,"control") alpha copula type "0.2" "archm" "11" [1] "12" [,1] [,2] [1,] 0.6788614 0.5002295 [2,] 0.2110609 0.1100993 [3,] 0.9420092 0.7160875 [4,] 0.5321969 0.6731854 [5,] 0.6928508 0.7440513 attr(,"control") alpha copula type "2" "archm" "12" [1] "13" [,1] [,2] [1,] 0.26912988 0.4373106 [2,] 0.02960466 0.5896161 [3,] 0.90190543 0.3464749 [4,] 0.53529593 0.1951023 [5,] 0.68240419 0.1490222 attr(,"control") alpha copula type "1" "archm" "13" [1] "14" [,1] [,2] [1,] 0.5461102 0.7501612 [2,] 0.6343754 0.7452844 [3,] 0.6980000 0.8033597 [4,] 0.6615938 0.6508699 [5,] 0.8159623 0.8900534 attr(,"control") alpha copula type "2" "archm" "14" [1] "15" [,1] [,2] [1,] 0.01034412 0.5264492 [2,] 0.18722610 0.1660381 [3,] 0.28197461 0.7794419 [4,] 0.35241313 0.1000027 [5,] 0.88670173 0.1821067 attr(,"control") alpha copula type "2" "archm" "15" [1] "16" [,1] [,2] [1,] 0.7255538 0.3210031 [2,] 0.2079080 0.6697344 [3,] 0.0616888 0.3633406 [4,] 0.1637014 0.9323209 [5,] 0.8085113 0.5358683 attr(,"control") alpha copula type "1" "archm" "16" [1] "17" [,1] [,2] [1,] 0.08132074 0.1977832 [2,] 0.43938974 0.3959184 [3,] 0.66735350 0.8453774 [4,] 0.32814785 0.0302241 [5,] 0.35392292 0.8967946 attr(,"control") alpha copula type "0.5" "archm" "17" [1] "18" [,1] [,2] [1,] 0.4449712 0.09962318 [2,] 0.3959636 0.67539653 [3,] 0.6262395 0.69124791 [4,] 0.3537394 0.06691596 [5,] 0.2453087 0.31995183 attr(,"control") alpha copula type "3" "archm" "18" [1] "19" [,1] [,2] [1,] 0.05098988 0.05724125 [2,] 0.59504372 0.41392931 [3,] 0.75122356 0.68103733 [4,] 0.58772052 0.42052197 [5,] 0.56293286 0.40388207 attr(,"control") alpha copula type "1" "archm" "19" [1] "20" [,1] [,2] [1,] 0.9104927 0.6715618 [2,] 0.6582751 0.3345540 [3,] 0.8059537 0.6681171 [4,] 0.9785342 0.9033067 [5,] 0.3487006 0.4352595 attr(,"control") alpha copula type "1" "archm" "20" [1] "21" [,1] [,2] [1,] 0.5190400 0.1302081 [2,] 0.7926311 0.9116545 [3,] 0.7148497 0.3605692 [4,] 0.2384759 0.1199021 [5,] 0.2850972 0.6119627 attr(,"control") alpha copula type "2" "archm" "21" [1] "22" [,1] [,2] [1,] 0.4780690 0.9923740 [2,] 0.8101877 0.1533673 [3,] 0.6221185 0.1526517 [4,] 0.9501690 0.9613271 [5,] 0.7752954 0.7209327 attr(,"control") alpha copula type "0.5" "archm" "22" done successfully. Executing test function test.dellipticalCopula ... [1] "norm" [1] "cauchy" [1] "t" [1] "logistic" [1] "laplace" [1] "kotz" [1] "epower" done successfully. Executing test function test.dellipticalSlider ... done successfully. Executing test function test.pellipticalCopula ... [1] "norm" [1] "cauchy" [1] "t" [1] "logistic" [1] "laplace" [1] "kotz" [1] "epower" done successfully. Executing test function test.pellipticalSlider ... done successfully. Executing test function test.rellipticalCopula ... done successfully. Executing test function test.rellipticalSlider ... done successfully. Executing test function test.ellipticalRho ... done successfully. Executing test function test.ellipticalTailCoeff ... lambda 0 attr(,"control") rho type "0.5" "norm" lambda 0.5 attr(,"control") rho type "0.5" "cauchy" lambda 0.25317 attr(,"control") rho type param.nu "0.5" "t" "4" done successfully. Executing test function test.ellipticalTailPlot ... done successfully. Executing test function test.ellipticalTau ... done successfully. Executing test function test.delliptical ... done successfully. Executing test function test.ellipticalCheck ... NULL NULL NULL NULL NULL NULL NULL done successfully. Executing test function test.ellipticalList ... [1] "norm" "cauchy" "t" "logistic" "laplace" "kotz" "epower" done successfully. Executing test function test.ellipticalParam ... type param.rho range.lower range.upper "norm" "0.75" "-1" "1" type param.rho range.lower range.upper "cauchy" "0.75" "-1" "1" type param.rho param.nu range.lower range.upper "t" "0.75" "4" "-1" "1" type param.rho range.lower range.upper "logistic" "0.75" "-1" "1" type param.rho range.lower range.upper "laplace" "0.75" "-1" "1" type param.rho param.r range.lower range.upper "kotz" "0.75" "1" "-1" "1" type param.rho param.r param.s range.lower range.upper "epower" "0.75" "1" "1" "-1" "1" done successfully. Executing test function test.ellipticalRange ... lower upper -1 1 attr(,"control") [1] "norm" lower upper -1 1 attr(,"control") [1] "cauchy" lower upper -1 1 attr(,"control") [1] "t" lower upper -1 1 attr(,"control") [1] "logistic" lower upper -1 1 attr(,"control") [1] "laplace" lower upper -1 1 attr(,"control") [1] "kotz" lower upper -1 1 attr(,"control") [1] "epower" done successfully. Executing test function test.gfunc ... done successfully. Executing test function test.gfuncSlider ... done successfully. Executing test function test.pelliptical ... done successfully. Executing test function test.qelliptical ... done successfully. Executing test function test.copulaFit ... 0: -0.12606046: 0.472501 1: -0.12606323: 0.490331 2: -0.12614219: 0.481416 3: -0.12614221: 0.481576 4: -0.12614221: 0.481581 5: -0.12614221: 0.481581 0: -1.1164511: -0.944971 1: -1.1167290: -0.946661 2: -1.1167305: -0.946800 3: -1.1167305: -0.946791 4: -1.1167305: -0.946791 [1] -0.9443609 -0.9467907 0:-6.7500403e-05: -0.0128931 1:-6.8711374e-05: -0.0112864 2:-6.8716000e-05: -0.0113798 3:-6.8716000e-05: -0.0113798 4:-6.8716000e-05: -0.0113798 [1] 0.02031161 -0.01137979 0: -0.49970864: -0.795864 1: -0.50018898: -0.806660 2: -0.50020982: -0.804714 3: -0.50021000: -0.804877 4: -0.50021000: -0.804880 5: -0.50021000: -0.804880 [1] -0.7965195 -0.8048796 0: -0.19183721: -0.570466 1: -0.19190712: -0.563323 2: -0.19190717: -0.563505 3: -0.19190717: -0.563511 4: -0.19190717: -0.563511 [1] -0.5328712 -0.5635108 0: -0.0074662187: 0.116674 1: -0.0074731487: 0.120528 2: -0.0074731809: 0.120283 3: -0.0074731809: 0.120283 [1] 0.07136358 0.12028328 0: -0.036675939: -0.267860 1: -0.036734194: -0.279513 2: -0.036735496: -0.277994 3: -0.036735497: -0.278020 4: -0.036735497: -0.278021 [1] -0.2714597 -0.2780206 0: -0.15419059: -0.536490 1: -0.15436696: -0.524104 2: -0.15436710: -0.524433 3: -0.15436710: -0.524449 4: -0.15436710: -0.524449 [1] -0.5079081 -0.5244489 0: -0.24822532: -0.627510 1: -0.24822844: -0.628784 2: -0.24822844: -0.628797 3: -0.24822844: -0.628796 [1] -0.6399649 -0.6287964 0: -0.080587892: -0.377701 1: -0.080646415: -0.393674 2: -0.080671422: -0.387927 3: -0.080671438: -0.388071 4: -0.080671438: -0.388073 [1] -0.3312645 -0.3880732 0: -0.034251510: -0.261983 1: -0.034352706: -0.244750 2: -0.034363651: -0.248798 3: -0.034363656: -0.248880 4: -0.034363656: -0.248880 [1] -0.2416705 -0.2488797 0: -0.017383424: 0.202907 1: -0.017522099: 0.185136 2: -0.017523973: 0.186952 3: -0.017523973: 0.186987 4: -0.017523973: 0.186987 [1] 0.1931728 0.1869873 0: -0.54163782: -0.816176 1: -0.54165803: -0.818975 2: -0.54166439: -0.818043 3: -0.54166440: -0.818061 4: -0.54166440: -0.818062 [1] -0.8261241 -0.8180616 0:-0.00080948975: -0.0385764 1:-0.00081168363: -0.0406545 2:-0.00081168417: -0.0406879 3:-0.00081168417: -0.0406879 4:-0.00081168417: -0.0406879 [1] -0.01450598 -0.04068789 0: -0.0025713214: 0.0703588 1: -0.0025750410: 0.0730527 2: -0.0025750433: 0.0731209 3: -0.0025750433: 0.0731209 [1] 0.11571815 0.07312086 0: -0.39839527: 0.738095 1: -0.39846735: 0.733089 2: -0.39846856: 0.733647 3: -0.39846856: 0.733666 4: -0.39846856: 0.733666 [1] 0.7377602 0.7336655 0: -0.10771534: -0.449676 1: -0.10772918: -0.435263 2: -0.10777023: -0.441845 3: -0.10777025: -0.442001 4: -0.10777025: -0.441998 [1] -0.4212772 -0.4419978 0: -0.43422795: 0.762923 1: -0.43502531: 0.774666 2: -0.43503651: 0.776370 3: -0.43503667: 0.776184 4: -0.43503667: 0.776186 [1] 0.7744239 0.7761859 0: -0.088398394: 0.411947 1: -0.088431868: 0.397309 2: -0.088461200: 0.403161 3: -0.088461215: 0.403300 4: -0.088461215: 0.403298 [1] 0.4260514 0.4032976 0: -0.10795865: 0.436742 1: -0.10799890: 0.456021 2: -0.10806456: 0.447344 3: -0.10806463: 0.447612 4: -0.10806463: 0.447620 5: -0.10806463: 0.447620 [1] 0.4625389 0.4476195 0: -0.081163848: 0.390326 1: -0.081164535: 0.388498 2: -0.081164899: 0.389173 3: -0.081164899: 0.389175 [1] 0.3890655 0.3891755 0: -0.40152773: -0.736395 1: -0.40153486: -0.734953 2: -0.40153487: -0.735008 3: -0.40153487: -0.735009 [1] -0.7209004 -0.7350091 0: -1.7025218: 0.984058 1: -1.7035118: 0.981529 2: -1.7044034: 0.982447 3: -1.7044289: 0.982649 4: -1.7044294: 0.982625 5: -1.7044294: 0.982626 [1] 0.9829811 0.9826255 0: -1.6484008: -0.981446 1: -1.6486634: -0.980814 2: -1.6486638: -0.980835 3: -1.6486638: -0.980837 4: -1.6486638: -0.980837 [1] -0.9826615 -0.9808374 0: -0.77763888: -0.890229 1: -0.77775917: -0.892439 2: -0.77775995: -0.892638 3: -0.77775996: -0.892629 4: -0.77775996: -0.892629 [1] -0.8858580 -0.8926292 0: -0.27589625: -0.662698 1: -0.27609365: -0.652277 2: -0.27609572: -0.653209 3: -0.27609573: -0.653260 4: -0.27609573: -0.653259 [1] -0.6235943 -0.6532593 0: -0.030794068: -0.252471 1: -0.030810372: -0.246122 2: -0.030810973: -0.247123 3: -0.030810973: -0.247131 4: -0.030810973: -0.247131 [1] -0.2351197 -0.2471314 0: -0.070376580: 0.362967 1: -0.070416270: 0.349510 2: -0.070434138: 0.354264 3: -0.070434145: 0.354357 4: -0.070434145: 0.354356 [1] 0.3534009 0.3543562 0: -0.24473225: 0.615007 1: -0.24485159: 0.606469 2: -0.24485194: 0.606894 3: -0.24485194: 0.606911 4: -0.24485194: 0.606911 [1] 0.5872528 0.6069105 0: -0.0039801237: 0.0795469 1: -0.0040879354: 0.0936773 2: -0.0040885824: 0.0948667 3: -0.0040885825: 0.0948567 4: -0.0040885825: 0.0948567 [1] 0.11920917 0.09485667 0: -0.066342743: -0.343645 1: -0.066547216: -0.369103 2: -0.066581896: -0.361877 3: -0.066581960: -0.362172 4: -0.066581960: -0.362178 5: -0.066581960: -0.362177 [1] -0.3481901 -0.3621775 0: -0.34506510: 0.704706 1: -0.34507539: 0.702773 2: -0.34507540: 0.702839 3: -0.34507540: 0.702840 [1] 0.6885239 0.7028402 0: -1.0419071: 0.938825 1: -1.0427496: 0.934993 2: -1.0427522: 0.935179 3: -1.0427522: 0.935202 4: -1.0427522: 0.935202 [1] 0.9359095 0.9352019 0: -0.95181420: 0.921953 1: -0.95204821: 0.918746 2: -0.95206715: 0.919407 3: -0.95206722: 0.919452 4: -0.95206722: 0.919451 [1] 0.9208376 0.9194507 0: -0.021837754: 0.205659 1: -0.021860402: 0.198035 2: -0.021861538: 0.199395 3: -0.021861538: 0.199405 4: -0.021861538: 0.199405 [1] 0.1990039 0.1994054 0: -0.60265876: -0.839867 1: -0.60270386: -0.828315 2: -0.60298757: -0.833615 3: -0.60298901: -0.834040 4: -0.60298902: -0.834012 5: -0.60298902: -0.834012 [1] -0.8442513 -0.8340121 0: -0.017212130: 0.184668 1: -0.017215947: 0.187533 2: -0.017215966: 0.187344 3: -0.017215966: 0.187345 [1] 0.1619588 0.1873447 0:-0.00010297647: 0.00944036 1:-0.00012062500: 0.0154788 2:-0.00012064321: 0.0152909 3:-0.00012064321: 0.0152910 [1] -0.02153751 0.01529100 0: -0.19886936: 0.585417 1: -0.19895105: 0.577833 2: -0.19895113: 0.578067 3: -0.19895113: 0.578075 4: -0.19895113: 0.578075 [1] 0.5343508 0.5780751 0: -0.048088124: 0.308532 1: -0.048088239: 0.309102 2: -0.048088249: 0.308974 3: -0.048088249: 0.308974 [1] 0.3208036 0.3089737 0: -0.12624448: -0.468483 1: -0.12630915: -0.460506 2: -0.12630916: -0.460577 3: -0.12630916: -0.460579 [1] -0.4656822 -0.4605792 0: -0.025407253: 0.210815 1: -0.025508957: 0.226074 2: -0.025510769: 0.224269 3: -0.025510769: 0.224302 4: -0.025510769: 0.224302 [1] 0.2409880 0.2243017 0: -0.13334855: 0.488568 1: -0.13334868: 0.488214 2: -0.13334868: 0.488214 [1] 0.4720587 0.4882142 0: -0.0018564295: -0.0467955 1: -0.0019944165: -0.0633614 2: -0.0019944186: -0.0634268 3: -0.0019944186: -0.0634264 [1] -0.06526673 -0.06342643 0: -0.041930409: -0.285453 1: -0.041936451: -0.289440 2: -0.041936825: -0.288661 3: -0.041936825: -0.288666 4: -0.041936825: -0.288666 [1] -0.2607813 -0.2886659 0: -0.010334031: -0.152917 1: -0.010375659: -0.143481 2: -0.010375821: -0.144032 3: -0.010375821: -0.144036 4: -0.010375821: 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0.4156425 [1] -0.0947831 -0.1382067 [1] 0.8477976 9.1731002 rho nu 0.4854214 10.4162260 0.4607564 10.6994810 rho nu -0.9355452 7.5983851 -0.9323982 7.8292515 rho nu 0.7063598 15.7722951 0.7016431 10.8260414 rho nu -0.3136298 8.5750811 -0.2549701 7.7741570 rho nu 0.9259660 14.2956840 0.9225699 8.6707868 rho nu 0.8782422 5.7368058 0.8733976 6.9308974 rho nu -0.8021669 5.1188554 -0.7918786 3.7675599 rho nu -0.02414599 11.28598740 -0.04244558 14.26481974 rho nu -0.2463669 5.7993058 -0.2988450 6.5236030 rho nu 0.7887841 11.5933988 0.8039596 12.3723291 rho nu -0.6083344 8.8707709 -0.6035231 5.4529023 rho nu -0.5295491 12.7082213 -0.5276136 14.8975810 rho nu 0.8135965 6.2083556 0.8095055 7.6607403 rho nu 0.6828377 16.8949745 0.6519881 13.4729494 rho nu 0.7490401 7.1820643 0.7503216 6.5386039 rho nu -0.1691723 16.3157251 -0.1909748 15.6878005 rho nu 0.9829406 8.1517669 0.9828366 10.7505690 rho nu -0.8704384 6.8101847 -0.8762272 7.7974126 rho nu -0.9257525 16.6239389 -0.9229686 32.1560179 rho nu 0.09418385 10.13766949 0.05797283 9.05417161 rho nu -3.570035e-01 1.978830e+01 -3.883356e-01 1.947462e+06 rho nu -0.13481617 3.24576556 -0.09624313 3.40357607 rho nu -0.6496099 18.9412637 -0.6464090 24.3822188 rho nu 0.7666028 3.4817950 0.7272665 2.6469589 rho nu -0.6551408 6.0731427 -0.6663763 7.2339583 rho nu -0.2536186 15.3840979 -0.2295097 18.5188830 rho nu -0.2184674 15.7743612 -0.2203863 12.0489985 rho nu 0.04784942 14.28111174 0.08975174 25.29503807 rho nu 0.3359368 16.1638610 0.3020631 14.6843181 rho nu 0.04100623 12.24555346 0.13023503 21.38793109 rho nu 0.6025586 3.6797997 0.5848170 3.7142641 rho nu 0.5089111 12.1705395 0.4896456 7.9168212 rho nu -0.8907437 6.8728936 -0.8931219 7.2477348 rho nu -0.5243223 12.6260640 -0.5144451 13.2920928 rho nu 0.04655309 6.91740710 0.02364928 5.27644804 rho nu 0.06218491 16.01247032 0.07260606 28.15224309 rho nu 0.7230106 10.1802222 0.7497525 13.8777645 rho nu -0.9123606 14.8998247 -0.9174926 32.6211284 rho nu 0.3957218 7.6237551 0.3819271 14.3025902 rho nu 0.1878348 3.5802435 0.2125131 3.6603337 rho nu -0.10673267 7.00231724 -0.04540942 6.44904671 rho nu -0.4598395 14.0991314 -0.4475365 13.1488944 rho nu -0.9290349 16.9787311 -0.9305567 22.9425182 rho nu 0.8660002 11.8744171 0.8711079 8.3732485 rho nu 0.8420004 10.9721417 0.8433095 10.6532360 rho nu -0.3813470 6.7635348 -0.3380887 6.6018088 rho nu -0.1388177 7.3619960 -0.1386588 7.4609079 rho nu -0.6446907 16.7306029 -0.6269908 12.5033586 rho nu -0.7448794 5.4945511 -0.7513853 4.7607901 rho nu -0.07263462 7.72534036 -0.06225101 5.80162093 rho nu -0.3753782 4.1182807 -0.4132337 4.3312170 rho nu 0.060552686 13.393655969 -0.007076058 23.577979693 rho nu 0.4145887 4.7314475 0.4379357 3.9151576 rho nu 0.3852880 3.6715860 0.3494288 3.0321613 rho nu -0.9443575 8.4393531 -0.9426265 9.2822738 rho nu -0.2402146 13.4686110 -0.1561833 8.8506553 rho nu -0.5964137 4.3275067 -0.5926728 3.5369350 rho nu 0.6486438 16.9018500 0.6584615 11.9832234 rho nu -0.6739968 4.8051239 -0.6727689 5.4228945 rho nu -0.3710970 19.9544406 -0.3711139 67.9446879 rho nu 0.7041101 11.7209966 0.7218555 12.4938433 rho nu -0.7565418 7.5033444 -0.7412978 8.6540941 rho nu 0.1401967 9.4501567 0.1055745 7.6107698 rho nu -0.4553172 3.8146214 -0.5098746 4.2738939 rho nu 0.1249005 17.4469846 0.1485130 108.7278692 rho nu -0.4647981 11.2050165 -0.4509218 8.5984090 rho nu 0.8537400 19.0804718 0.8582457 18.8156308 rho nu -0.7059832 12.5297457 -0.7169023 10.2939714 rho nu 0.8777081 11.2185033 0.8703769 9.7632660 rho nu 0.9663802 5.4026851 0.9683069 7.4975306 rho nu 0.2712722 19.8539883 0.2604805 31.8695472 rho nu -0.734840 6.989432 -0.726632 8.613208 rho nu 0.5977643 3.5528144 0.5788456 2.8886255 rho nu 0.1048711 16.1712517 0.1020500 23.6273700 rho nu 0.9434145 8.0757506 0.9535256 10.5173280 rho nu -0.5678064 17.2758809 -0.5849289 17.2803367 rho nu 0.3457016 6.4684137 0.3328381 5.6866298 rho nu 0.1210104 19.8829956 0.1657708 9.9468147 rho nu 0.04905501 5.03977721 0.07731672 4.88963090 rho nu 0.5478148 18.2351024 0.5912102 41.4760456 rho nu -0.6969829 5.7190909 -0.7229788 7.5191402 rho nu -0.9771917 12.7975837 -0.9762750 8.0162672 rho nu 0.8400633 8.8583662 0.8380710 6.5342931 rho nu -0.6214793 14.0681356 -0.6050208 53.4564040 rho nu -0.8070824 11.7053713 -0.7988973 12.3358068 rho nu -0.3454287 17.7176064 -0.3424190 25.0107479 rho nu 0.8999873 5.8514046 0.9012832 6.6361765 rho nu -0.2195215 15.4662782 -0.2184623 17.3236504 rho nu 0.9245860 12.9286571 0.9226151 9.3468500 rho nu 0.2203013 13.8112248 0.1215742 42.0378723 rho nu -0.10975986 14.21098370 -0.08442424 8.82151084 rho nu -0.9463358 10.0789790 -0.9488969 11.0478202 rho nu -0.5278110 17.3953635 -0.5255215 10.2284762 rho nu 0.08267475 10.78202069 0.10734851 9.20010744 rho nu -0.1259010 9.6494211 -0.0932021 15.7289752 rho nu -0.3825815 7.4819715 -0.4207170 8.9600176 rho nu -0.5680704 16.2515058 -0.5654565 12.8481748 rho nu 0.3679434 13.6643697 0.4127229 16.6013047 rho nu -0.7942100 19.8095816 -0.7870837 20.5152566 rho nu -0.6574130 18.6975347 -0.6612795 29.7829074 done successfully. Executing test function test.copulaSim ... [1] 0.6058146 4.4021670 done successfully. Executing test function test.dempiricalCopula ... done successfully. Executing test function test.pempiricalCopula ... done successfully. Executing test function test.devCopula ... [1] "gumbel" $x [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $y [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $z [,1] [,2] [,3] [,4] [,5] [,6] [,7] [1,] 0 0.00000000 0.0000000 0.0000000 0.0000000 0.0000000 0.0000000 [2,] 0 2.51804095 1.9179805 1.4101601 1.0112626 0.7057650 0.4744969 [3,] 0 1.91798047 1.8474964 1.6041558 1.2987853 0.9892387 0.7069751 [4,] 0 1.41016014 1.6041558 1.6066726 1.4691560 1.2357562 0.9531215 [5,] 0 1.01126261 1.2987853 1.4691560 1.5151982 1.4262492 1.2123952 [6,] 0 0.70576497 0.9892387 1.2357562 1.4262492 1.5159701 1.4544934 [7,] 0 0.47449688 0.7069751 0.9531215 1.2123952 1.4544934 1.6079647 [8,] 0 0.30048357 0.4662640 0.6636784 0.9109482 1.2169918 1.5614534 [9,] 0 0.17004306 0.2704940 0.3986414 0.5764393 0.8355608 1.2227774 [10,] 0 0.07257146 0.1169297 0.1755278 0.2612267 0.3973549 0.6344168 [11,] 0 NaN NaN NaN NaN NaN NaN [,8] [,9] [,10] [,11] [1,] 0.0000000 0.0000000 0.00000000 0 [2,] 0.3004836 0.1700431 0.07257146 NaN [3,] 0.4662640 0.2704940 0.11692972 NaN [4,] 0.6636784 0.3986414 0.17552778 NaN [5,] 0.9109482 0.5764393 0.26122666 NaN [6,] 1.2169918 0.8355608 0.39735488 NaN [7,] 1.5614534 1.2227774 0.63441678 NaN [8,] 1.8377625 1.7801778 1.09672971 NaN [9,] 1.7801778 2.3754947 2.11682519 NaN [10,] 1.0967297 2.1168252 4.10111666 NaN [11,] NaN NaN NaN 0 [1] "galambos" $x [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $y [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $z [,1] [,2] [,3] [,4] [,5] [,6] [,7] [1,] 0 0.000000000 0.00000000 0.00000000 0.00000000 0.0000000 0.0000000 [2,] 0 3.302358990 2.24539233 1.36168345 0.77489104 0.4158515 0.2069598 [3,] 0 2.245392334 2.33239934 1.90222119 1.33376868 0.8264662 0.4525274 [4,] 0 1.361683447 1.90222119 2.01098582 1.75488725 1.2936896 0.8055046 [5,] 0 0.774891039 1.33376868 1.75488725 1.90519113 1.7190175 1.2692607 [6,] 0 0.415851549 0.82646617 1.29368963 1.71901752 1.9312758 1.7698440 [7,] 0 0.206959815 0.45252740 0.80550462 1.26926066 1.7698440 2.0895590 [8,] 0 0.091442488 0.21233496 0.41252106 0.73935618 1.2434874 1.9097698 [9,] 0 0.032297262 0.07764799 0.15910806 0.31030533 0.5986497 1.1531256 [10,] 0 0.006494625 0.01588047 0.03342248 0.06814331 0.1420722 0.3162081 [11,] 0 NaN NaN NaN NaN NaN NaN [,8] [,9] [,10] [,11] [1,] 0.00000000 0.00000000 0.000000000 0 [2,] 0.09144249 0.03229726 0.006494625 NaN [3,] 0.21233496 0.07764799 0.015880471 NaN [4,] 0.41252106 0.15910806 0.033422483 NaN [5,] 0.73935618 0.31030533 0.068143308 NaN [6,] 1.24348743 0.59864973 0.142072207 NaN [7,] 1.90976985 1.15312559 0.316208091 NaN [8,] 2.45117174 2.14344229 0.786241561 NaN [9,] 2.14344229 3.27215409 2.257689006 NaN [10,] 0.78624156 2.25768901 5.873018603 NaN [11,] NaN NaN NaN 0 [1] "husler.reiss" $x [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $y [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $z [,1] [,2] [,3] [,4] [,5] [,6] [,7] [1,] 0 0.00000000 0.00000000 0.00000000 0.0000000 0.0000000 0.0000000 [2,] 0 2.61287391 1.98289441 1.45744781 1.0299718 0.6869672 0.4182025 [3,] 0 1.98289441 1.88134850 1.63454109 1.3336007 1.0165002 0.7067814 [4,] 0 1.45744781 1.63454109 1.61975986 1.4858166 1.2662578 0.9853675 [5,] 0 1.02997179 1.33360066 1.48581657 1.5178960 1.4372210 1.2462736 [6,] 0 0.68696720 1.01650020 1.26625782 1.4372210 1.5123561 1.4653587 [7,] 0 0.41820253 0.70678139 0.98536749 1.2462736 1.4653587 1.5998915 [8,] 0 0.21726617 0.42404058 0.66777531 0.9505697 1.2641428 1.5801598 [9,] 0 0.08168411 0.19025051 0.34723687 0.5700493 0.8801485 1.2991022 [10,] 0 0.01224187 0.03752867 0.08577073 0.1744168 0.3361693 0.6347537 [11,] 0 NaN NaN NaN NaN NaN NaN [,8] [,9] [,10] [,11] [1,] 0.0000000 0.00000000 0.00000000 0 [2,] 0.2172662 0.08168411 0.01224187 NaN [3,] 0.4240406 0.19025051 0.03752867 NaN [4,] 0.6677753 0.34723687 0.08577073 NaN [5,] 0.9505697 0.57004927 0.17441678 NaN [6,] 1.2641428 0.88014851 0.33616930 NaN [7,] 1.5801598 1.29910224 0.63475367 NaN [8,] 1.8259211 1.82801544 1.19877533 NaN [9,] 1.8280154 2.35937531 2.28073371 NaN [10,] 1.1987753 2.28073371 4.07623692 NaN [11,] NaN NaN NaN 0 [1] "tawn" $x [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $y [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $z [,1] [,2] [,3] [,4] [,5] [,6] [,7] [1,] 0 0.000000000 0.0000000 0.000000 0.0000000 0.0000000 0.0000000 [2,] 0 1.739226243 1.2613097 1.023428 0.8738602 0.7687243 0.6897300 [3,] 0 1.769013260 1.3266573 1.082468 0.9214302 0.8051802 0.7164318 [4,] 0 1.757258735 1.3908128 1.151074 0.9804276 0.8519301 0.7513268 [5,] 0 1.678162425 1.4478608 1.233959 1.0591479 0.9174537 0.8016016 [6,] 0 1.490079199 1.4744265 1.329460 1.1670620 1.0147731 0.8796459 [7,] 0 1.147228478 1.4145020 1.416006 1.3111892 1.1654303 1.0103348 [8,] 0 0.632923125 1.1632726 1.410457 1.4682435 1.3967687 1.2462814 [9,] 0 0.007421685 0.6025028 1.093159 1.4608362 1.6638500 1.6755058 [10,] 0 -0.585463311 -0.2291710 0.189649 0.7026966 1.3158270 1.9733599 [11,] 0 NaN NaN NaN NaN NaN NaN [,8] [,9] [,10] [,11] [1,] 0.0000000 0.0000000 0.0000000 0 [2,] 0.6276680 0.5773167 0.5354617 NaN [3,] 0.6460232 0.5885664 0.5406515 NaN [4,] 0.6702749 0.6035210 0.5475710 NaN [5,] 0.7057760 0.6256079 0.5578349 NaN [6,] 0.7623069 0.6612819 0.5745278 NaN [7,] 0.8613289 0.7253637 0.6048843 NaN [8,] 1.0572160 0.8588220 0.6697244 NaN [9,] 1.5067269 1.2082672 0.8511454 NaN [10,] 2.4852829 2.4987259 1.7462783 NaN [11,] NaN NaN NaN 0 [1] "bb5" $x [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $y [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $z [,1] [,2] [,3] [,4] [,5] [,6] [1,] 0 0.000000e+00 0.000000e+00 0.000000e+00 0.000000000 0.000000000 [2,] 0 6.212689e+00 2.300932e+00 5.250062e-01 0.112515807 0.023126390 [3,] 0 2.300932e+00 4.328823e+00 2.388938e+00 0.727561539 0.169352194 [4,] 0 5.250062e-01 2.388938e+00 3.770567e+00 2.353107525 0.763589937 [5,] 0 1.125158e-01 7.275615e-01 2.353108e+00 3.641464926 2.336843672 [6,] 0 2.312639e-02 1.693522e-01 7.635899e-01 2.336843672 3.781348800 [7,] 0 4.240138e-03 3.236764e-02 1.649366e-01 0.699195965 2.330387869 [8,] 0 6.054058e-04 4.680753e-03 2.478436e-02 0.117547781 0.542009565 [9,] 0 5.081955e-05 3.941999e-04 2.107763e-03 0.010291893 0.052006055 [10,] 0 1.060271e-06 8.228891e-06 4.407126e-05 0.000216236 0.001109533 [11,] 0 NaN NaN NaN NaN NaN [,7] [,8] [,9] [,10] [,11] [1,] 0.000000000 0.0000000000 0.000000e+00 0.000000e+00 0 [2,] 0.004240138 0.0006054058 5.081955e-05 1.060271e-06 NaN [3,] 0.032367637 0.0046807530 3.941999e-04 8.228891e-06 NaN [4,] 0.164936556 0.0247843601 2.107763e-03 4.407126e-05 NaN [5,] 0.699195965 0.1175477810 1.029189e-02 2.162360e-04 NaN [6,] 2.330387869 0.5420095646 5.200605e-02 1.109533e-03 NaN [7,] 4.204727353 2.2606533068 2.963663e-01 6.684970e-03 NaN [8,] 2.260653307 5.0818507623 1.908874e+00 5.534869e-02 NaN [9,] 0.296366322 1.9088744480 7.004302e+00 8.171436e-01 NaN [10,] 0.006684970 0.0553486903 8.171436e-01 1.300504e+01 NaN [11,] NaN NaN NaN NaN 0 done successfully. Executing test function test.devSlider ... done successfully. Executing test function test.pevCopula ... [1] "gumbel" $x [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $y [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $z [,1] [,2] [,3] [,4] [,5] [,6] [,7] [1,] 0 0.00000000 0.00000000 0.00000000 0.0000000 0.00000000 0.00000000 [2,] 0 0.03852888 0.06024691 0.07439586 0.0838939 0.09029692 0.09455557 [3,] 0 0.06024691 0.10268503 0.13399731 0.1569241 0.17336542 0.18478551 [4,] 0 0.07439586 0.13399731 0.18219556 0.2202504 0.24926326 0.27039855 [5,] 0 0.08389390 0.15692406 0.22025041 0.2736704 0.31697553 0.35026607 [6,] 0 0.09029692 0.17336542 0.24926326 0.3169755 0.37521423 0.42272076 [7,] 0 0.09455557 0.18478551 0.27039855 0.3502661 0.42272076 0.48557743 [8,] 0 0.09729126 0.19234082 0.28487806 0.3740885 0.45862063 0.53631975 [9,] 0 0.09892708 0.19694449 0.29391142 0.3894303 0.48278688 0.57267503 [10,] 0 0.09975936 0.19931219 0.29862278 0.3975922 0.49603489 0.59358311 [11,] 0 0.10000000 0.20000000 0.30000000 0.4000000 0.50000000 0.60000000 [,8] [,9] [,10] [,11] [1,] 0.00000000 0.00000000 0.00000000 0.0 [2,] 0.09729126 0.09892708 0.09975936 0.1 [3,] 0.19234082 0.19694449 0.19931219 0.2 [4,] 0.28487806 0.29391142 0.29862278 0.3 [5,] 0.37408853 0.38943030 0.39759224 0.4 [6,] 0.45862063 0.48278688 0.49603489 0.5 [7,] 0.53631975 0.57267503 0.59358311 0.6 [8,] 0.60385901 0.65657022 0.68941554 0.7 [9,] 0.65657022 0.72937109 0.78132283 0.8 [10,] 0.68941554 0.78132283 0.86156716 0.9 [11,] 0.70000000 0.80000000 0.90000000 1.0 [1] "galambos" $x [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $y [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $z [,1] [,2] [,3] [,4] [,5] [,6] [,7] [1,] 0 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 [2,] 0 0.05094561 0.07480414 0.08719285 0.09371305 0.09710075 0.09879484 [3,] 0 0.07480414 0.12482639 0.15734094 0.17738293 0.18900751 0.19526964 [4,] 0 0.08719285 0.15734094 0.21085001 0.24879685 0.27351127 0.28807092 [5,] 0 0.09371305 0.17738293 0.24879685 0.30584829 0.34762121 0.37495777 [6,] 0 0.09710075 0.18900751 0.27351127 0.34762121 0.40813173 0.45259667 [7,] 0 0.09879484 0.19526964 0.28807092 0.37495777 0.45259667 0.51662243 [8,] 0 0.09958052 0.19831737 0.29562485 0.39039954 0.48062279 0.56267200 [9,] 0 0.09989600 0.19957759 0.29888112 0.39747344 0.49466098 0.58890863 [10,] 0 0.09998899 0.19995500 0.29987969 0.39972422 0.49940212 0.59869820 [11,] 0 0.10000000 0.20000000 0.30000000 0.40000000 0.50000000 0.60000000 [,8] [,9] [,10] [,11] [1,] 0.00000000 0.0000000 0.00000000 0.0 [2,] 0.09958052 0.0998960 0.09998899 0.1 [3,] 0.19831737 0.1995776 0.19995500 0.2 [4,] 0.29562485 0.2988811 0.29987969 0.3 [5,] 0.39039954 0.3974734 0.39972422 0.4 [6,] 0.48062279 0.4946610 0.49940212 0.5 [7,] 0.56267200 0.5889086 0.59869820 0.6 [8,] 0.63056274 0.6766196 0.69698509 0.7 [9,] 0.67661963 0.7493862 0.79197152 0.8 [10,] 0.69698509 0.7919715 0.87265072 0.9 [11,] 0.70000000 0.8000000 0.90000000 1.0 [1] "husler.reiss" $x [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $y [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $z [,1] [,2] [,3] [,4] [,5] [,6] [,7] [1,] 0 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 [2,] 0 0.04140713 0.06404679 0.07848834 0.08782159 0.09369731 0.09717438 [3,] 0 0.06404679 0.10798836 0.14002910 0.16316628 0.17929422 0.18984800 [4,] 0 0.07848834 0.14002910 0.18918990 0.22768238 0.25668332 0.27722301 [5,] 0 0.08782159 0.16316628 0.22768238 0.28162995 0.32506160 0.35805318 [6,] 0 0.09369731 0.17929422 0.25668332 0.32506160 0.38344062 0.43076024 [7,] 0 0.09717438 0.18984800 0.27722301 0.35805318 0.43076024 0.49340078 [8,] 0 0.09900882 0.19604455 0.29035968 0.38086055 0.46601291 0.54364320 [9,] 0 0.09978580 0.19901802 0.29732930 0.39413787 0.48850638 0.57887301 [10,] 0 0.09998751 0.19992796 0.29976500 0.39939025 0.49858774 0.59690393 [11,] 0 0.10000000 0.20000000 0.30000000 0.40000000 0.50000000 0.60000000 [,8] [,9] [,10] [,11] [1,] 0.00000000 0.0000000 0.00000000 0.0 [2,] 0.09900882 0.0997858 0.09998751 0.1 [3,] 0.19604455 0.1990180 0.19992796 0.2 [4,] 0.29035968 0.2973293 0.29976500 0.3 [5,] 0.38086055 0.3941379 0.39939025 0.4 [6,] 0.46601291 0.4885064 0.49858774 0.5 [7,] 0.54364320 0.5788730 0.59690393 0.6 [8,] 0.61063574 0.6625226 0.69330920 0.7 [9,] 0.66252256 0.7344813 0.78517473 0.8 [10,] 0.69330920 0.7851747 0.86441208 0.9 [11,] 0.70000000 0.8000000 0.90000000 1.0 [1] "tawn" $x [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $y [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $z [,1] [,2] [,3] [,4] [,5] [,6] [,7] [1,] 0 0.00000000 0.00000000 0.00000000 0.0000000 0.0000000 0.00000000 [2,] 0 0.02744399 0.04170707 0.05266782 0.0618240 0.0697958 0.07691339 [3,] 0 0.05179680 0.08100679 0.10359859 0.1224535 0.1388147 0.15335985 [4,] 0 0.07306971 0.11770201 0.15257986 0.1817151 0.2069331 0.22926112 [5,] 0 0.09078897 0.15108548 0.19896660 0.2391089 0.2738026 0.30439874 [6,] 0 0.10433293 0.18005340 0.24166662 0.2937472 0.3387862 0.37836632 [7,] 0 0.11307518 0.20302826 0.27887922 0.3440415 0.4006838 0.45037208 [8,] 0 0.11660109 0.21796445 0.30767162 0.3870232 0.4570410 0.51869760 [9,] 0 0.11498946 0.22273718 0.32361013 0.4170342 0.5023373 0.57898696 [10,] 0 0.10900627 0.21627396 0.32160617 0.4244050 0.5237088 0.61805972 [11,] 0 0.10000000 0.20000000 0.30000000 0.4000000 0.5000000 0.60000000 [,8] [,9] [,10] [,11] [1,] 0.0000000 0.00000000 0.00000000 0.0 [2,] 0.0833777 0.08932193 0.09483975 0.1 [3,] 0.1665080 0.17853998 0.18965489 0.2 [4,] 0.2493481 0.26763584 0.28444105 0.3 [5,] 0.3317793 0.35655893 0.37918616 0.4 [6,] 0.4135783 0.44521344 0.47386727 0.5 [7,] 0.4943006 0.53340645 0.56843792 0.6 [8,] 0.5729443 0.62069267 0.66278956 0.7 [9,] 0.6467509 0.70578089 0.75659871 0.8 [10,] 0.7053690 0.78298086 0.84829569 0.9 [11,] 0.7000000 0.80000000 0.90000000 1.0 [1] "bb5" $x [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $y [1] 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 $z [,1] [,2] [,3] [,4] [,5] [,6] [,7] [1,] 0 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 0.00000000 [2,] 0 0.07293658 0.09451613 0.09889452 0.09977598 0.09995744 0.09999315 [3,] 0 0.09451613 0.16041055 0.18903942 0.19748422 0.19950038 0.19991838 [4,] 0 0.09889452 0.18903942 0.25436556 0.28649120 0.29698819 0.29948651 [5,] 0 0.09977598 0.19748422 0.28649120 0.35279342 0.38663135 0.39745071 [6,] 0 0.09995744 0.19950038 0.29698819 0.38663135 0.45468691 0.48889626 [7,] 0 0.09999315 0.19991838 0.29948651 0.39745071 0.48889626 0.55943013 [8,] 0 0.09999921 0.19999048 0.29993932 0.39968688 0.49847711 0.59258120 [9,] 0 0.09999995 0.19999943 0.29999634 0.39998094 0.49990435 0.59948238 [10,] 0 0.10000000 0.19999999 0.29999996 0.39999979 0.49999893 0.59999411 [11,] 0 0.10000000 0.20000000 0.30000000 0.40000000 0.50000000 0.60000000 [,8] [,9] [,10] [,11] [1,] 0.00000000 0.00000000 0.0000000 0.0 [2,] 0.09999921 0.09999995 0.1000000 0.1 [3,] 0.19999048 0.19999943 0.2000000 0.2 [4,] 0.29993932 0.29999634 0.3000000 0.3 [5,] 0.39968688 0.39998094 0.3999998 0.4 [6,] 0.49847711 0.49990435 0.4999989 0.5 [7,] 0.59258120 0.59948238 0.5999941 0.6 [8,] 0.66660415 0.69666920 0.6999588 0.7 [9,] 0.69666920 0.77590405 0.7995240 0.8 [10,] 0.69995877 0.79952397 0.8870973 0.9 [11,] 0.70000000 0.80000000 0.9000000 1.0 done successfully. Executing test function test.pevSlider ... done successfully. Executing test function test.revCopula ... [1] "gumbel" u v [1,] 0.3691033 0.09465744 [2,] 0.8135539 0.88088353 [3,] 0.7817894 0.04883453 [4,] 0.8319863 0.89079024 [5,] 0.9704237 0.99361646 attr(,"control") param.delta copula type "2" "ev" "gumbel" [1] "galambos" u v [1,] 0.2893497 0.39601519 [2,] 0.9228213 0.92211019 [3,] 0.5225914 0.48002174 [4,] 0.8540582 0.70535769 [5,] 0.2367612 0.09259944 attr(,"control") param.delta copula type "2" "ev" "galambos" [1] "husler.reiss" u v [1,] 0.2850834 0.6158056 [2,] 0.8103767 0.8413884 [3,] 0.6148839 0.2251777 [4,] 0.2719472 0.3078716 [5,] 0.4537675 0.1454438 attr(,"control") param.delta copula type "2" "ev" "husler.reiss" [1] "tawn" u v [1,] 0.1626344 0.1371320 [2,] 0.8497164 0.8491082 [3,] 0.2606914 0.2046754 [4,] 0.1021752 0.1784588 [5,] 0.2102375 0.6512374 attr(,"control") param.alpha param.beta param.r copula type "2" "0.5" "2" "ev" "tawn" [1] "bb5" u v [1,] 0.4593736 0.5387241 [2,] 0.4303194 0.3929106 [3,] 0.9258911 0.8836795 [4,] 0.9793462 0.9871323 [5,] 0.1803697 0.1305366 attr(,"control") param.delta param.theta copula type "2" "2" "ev" "bb5" done successfully. Executing test function test.revSlider ... done successfully. Executing test function test.evRho ... [1] "gumbel" Rho 0.6822338 attr(,"control") param.delta type "2" "gumbel" [1] "galambos" Rho 0.8186354 attr(,"control") param.delta type "2" "galambos" [1] "husler.reiss" Rho 0.7292641 attr(,"control") param.delta type "2" "husler.reiss" [1] "tawn" Rho 0.5651621 attr(,"control") param.alpha param.beta param.r type "2" "0.5" "2" "tawn" [1] "bb5" Rho 0.9519819 attr(,"control") param.delta param.theta type "2" "2" "bb5" done successfully. Executing test function test.evTailCoeff ... [1] "gumbel" lower upper 0.0000000 0.5857864 attr(,"control") copula param.delta type "ev" "2" "gumbel" [1] "galambos" lower upper 0.0000000 0.7071068 attr(,"control") copula param.delta type "ev" "2" "galambos" [1] "husler.reiss" lower upper 0.0000000 0.6170751 attr(,"control") copula param.delta type "ev" "2" "husler.reiss" [1] "tawn" lower upper 0.0000000 0.4384472 attr(,"control") copula param.alpha param.beta param.r type "ev" "2" "0.5" "2" "tawn" [1] "bb5" lower upper 0.0000000 0.8629454 attr(,"control") copula param.delta param.theta type "ev" "2" "2" "bb5" done successfully. Executing test function test.evTailCoeffSlider ... done successfully. Executing test function test.evTau ... Tau 0.5 attr(,"control") param.delta type "2" "gumbel" Tau 0.6311589 attr(,"control") param.delta type "2" "galambos" Tau 0.5386784 attr(,"control") param.delta type "2" "husler.reiss" Tau 0.4071777 attr(,"control") param.alpha param.beta param.r type "2" "0.5" "2" "tawn" Tau 0.8155794 attr(,"control") param.delta param.theta type "2" "2" "bb5" done successfully. Executing test function test.evCopulaFit ... done successfully. Executing test function test.evCopulaSim ... [1] "gumbel" u v [1,] 0.3091385 0.02660159 [2,] 0.3561028 0.48342500 [3,] 0.2148106 0.31016650 [4,] 0.3134245 0.54198841 [5,] 0.1383130 0.66288407 attr(,"control") param.delta copula type "2" "ev" "gumbel" [1] "galambos" u v [1,] 0.5425806 0.08064215 [2,] 0.6354975 0.48330609 [3,] 0.1697976 0.38161247 [4,] 0.5085974 0.54845273 [5,] 0.9402782 0.84183027 attr(,"control") param.delta copula type "2" "ev" "galambos" [1] "husler.reiss" u v [1,] 0.4915182 0.6287772 [2,] 0.1000274 0.5647828 [3,] 0.8446649 0.7205055 [4,] 0.2406901 0.2664369 [5,] 0.1812650 0.1709680 attr(,"control") param.delta copula type "2" "ev" "husler.reiss" [1] "tawn" u v [1,] 0.46598112 0.1001612 [2,] 0.18862640 0.1102496 [3,] 0.88370751 0.5116265 [4,] 0.03351891 0.3370662 [5,] 0.97665082 0.8611284 attr(,"control") param.alpha param.beta param.r copula type "2" "0.5" "2" "ev" "tawn" [1] "bb5" u v [1,] 0.31947419 0.1116793 [2,] 0.20471209 0.3754482 [3,] 0.01980721 NA [4,] 0.10819645 0.1610696 [5,] 0.45423204 0.4808042 attr(,"control") param.delta param.theta copula type "2" "2" "ev" "bb5" done successfully. Executing test function test.Afunc ... [1] "gumbel" [1] 1.0000000 0.9055385 0.8246211 0.7615773 0.7211103 0.7071068 0.7211103 [8] 0.7615773 0.8246211 0.9055385 1.0000000 attr(,"control") param.delta type "2" "gumbel" [1] "galambos" [1] 1.0000000 0.9006116 0.8059715 0.7242565 0.6671799 0.6464466 0.6671799 [8] 0.7242565 0.8059715 0.9006116 1.0000000 attr(,"control") param.delta type "2" "galambos" [1] "husler.reiss" [1] 1.0000000 0.9013363 0.8138438 0.7469956 0.7054974 0.6914625 0.7054974 [8] 0.7469956 0.8138438 0.9013363 1.0000000 attr(,"control") param.delta type "2" "husler.reiss" [1] "tawn" [1] 1.0000000 0.8424429 0.7656854 0.7446222 0.7544004 0.7807764 0.8165525 [8] 0.8580128 0.9031220 0.9506943 1.0000000 attr(,"control") param.alpha param.beta param.r type "2" "0.5" "2" "tawn" [1] "bb5" [1] 1.0000000 0.9000004 0.8000487 0.7010569 0.6113838 0.5685273 0.6113838 [8] 0.7010569 0.8000487 0.9000004 1.0000000 attr(,"control") param.delta param.theta type "2" "2" "bb5" done successfully. Executing test function test.AfuncSlider ... done successfully. Executing test function test.evCheck ... [1] TRUE [1] TRUE [1] TRUE [1] TRUE [1] TRUE done successfully. Executing test function test.evList ... done successfully. Executing test function test.evParam ... copula param.delta range1 range2 "gumbel" "2" "1" "Inf" copula param.delta range1 range2 "galambos" "2" "0" "Inf" copula param.delta range1 range2 "husler.reiss" "2" "0" "Inf" copula param.alpha param.beta param.r range1 range2 "tawn" "2" "0.5" "2" "0" "1" range3 range4 range5 range6 "0" "1" "1" "Inf" copula param.delta param.theta range1 range2 range3 "bb5" "2" "2" "0" "Inf" "0" range4 "Inf" done successfully. Executing test function test.evRange ... lower.delta upper.delta 1 Inf attr(,"control") [1] "gumbel" lower.delta upper.delta 0 Inf attr(,"control") [1] "galambos" lower.delta upper.delta 0 Inf attr(,"control") [1] "husler.reiss" lower.alpha upper.alpha lower.beta upper.beta lower.r upper.r 0 1 0 1 1 Inf attr(,"control") [1] "tawn" lower.delta upper.delta lower.theta upper.theta 0 Inf 0 Inf attr(,"control") [1] "bb5" done successfully. Executing test function test.copulaRho ... done successfully. Executing test function test.pfrechetCopula ... done successfully. RUNIT TEST PROTOCOL -- Sun Feb 22 00:57:56 2026 *********************************************** Number of test functions: 66 Number of errors: 0 Number of failures: 0 1 Test Suite : fCopulae unit testing - 66 test functions, 0 errors, 0 failures > > proc.time() user system elapsed 85.21 2.31 87.53