* using log directory ‘/data/gannet/ripley/R/packages/tests-MKL/EFAtools.Rcheck’ * using R Under development (unstable) (2026-07-08 r90215) * using platform: x86_64-pc-linux-gnu * R was compiled by gcc (GCC) 15.2.1 20260123 (Red Hat 15.2.1-7) GNU Fortran (GCC) 15.2.1 20260123 (Red Hat 15.2.1-7) * running under: Fedora Linux 42 (Workstation Edition) * using session charset: UTF-8 * current time: 2026-07-08 18:10:49 UTC * using option ‘--no-stop-on-test-error’ * checking for file ‘EFAtools/DESCRIPTION’ ... OK * this is package ‘EFAtools’ version ‘0.8.0’ * package encoding: UTF-8 * checking package namespace information ... OK * checking package dependencies ... OK * checking if this is a source package ... OK * checking if there is a namespace ... OK * checking for executable files ... OK * checking for hidden files and directories ... OK * checking for portable file names ... OK * checking for sufficient/correct file permissions ... OK * checking whether package ‘EFAtools’ can be installed ... [227s/86s] OK * used C++ compiler: ‘g++ (GCC) 15.2.1 20260123 (Red Hat 15.2.1-7)’ * checking package directory ... OK * checking ‘build’ directory ... OK * checking DESCRIPTION meta-information ... OK * checking top-level files ... OK * checking for left-over files ... OK * checking index information ... OK * checking package subdirectories ... OK * checking code files for non-ASCII characters ... OK * checking R files for syntax errors ... OK * checking whether the package can be loaded ... OK * checking whether the package can be loaded with stated dependencies ... OK * checking whether the package can be unloaded cleanly ... OK * checking whether the namespace can be loaded with stated dependencies ... OK * checking whether the namespace can be unloaded cleanly ... OK * checking loading without being on the library search path ... OK * checking use of S3 registration ... OK * checking dependencies in R code ... OK * checking S3 generic/method consistency ... OK * checking replacement functions ... OK * checking foreign function calls ... OK * checking R code for possible problems ... [76s/99s] OK * checking Rd files ... OK * checking Rd metadata ... OK * checking Rd line widths ... OK * checking Rd cross-references ... OK * checking for missing documentation entries ... OK * checking for code/documentation mismatches ... OK * checking Rd \usage sections ... OK * checking Rd contents ... OK * checking for unstated dependencies in examples ... OK * checking contents of ‘data’ directory ... OK * checking data for non-ASCII characters ... OK * checking LazyData ... OK * checking data for ASCII and uncompressed saves ... OK * checking line endings in C/C++/Fortran sources/headers ... OK * checking line endings in Makefiles ... OK * checking compilation flags in Makevars ... OK * checking for GNU extensions in Makefiles ... OK * checking for portable use of $(BLAS_LIBS) and $(LAPACK_LIBS) ... OK * checking use of PKG_*FLAGS in Makefiles ... OK * checking use of SHLIB_OPENMP_*FLAGS in Makefiles ... OK * checking pragmas in C/C++ headers and code ... OK * checking compilation flags used ... OK * checking compiled code ... OK * checking installed files from ‘inst/doc’ ... OK * checking files in ‘vignettes’ ... OK * checking examples ... [33s/42s] OK * checking for unstated dependencies in ‘tests’ ... OK * checking tests ... Running ‘testthat.R’ [305s/376s] [305s/376s] ERROR Running the tests in ‘tests/testthat.R’ failed. Complete output: > library(testthat) > library(EFAtools) > > test_check("EFAtools") i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. Saving _problems/test-CD-34.R i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is a correlation matrix; factor scores cannot be computed. Only factor weights and score diagnostics are returned. Enter raw data to get factor scores. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. Loading required namespace: GPArotation i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. -- EFA power simulation -------------------------------------------------------- 18 variables · 3 factors · N = 6 · 3 datasets Estimation: PAF · rotation: varimax Model error: none. The population is exact, so the hit-rate and recovery are optimistic; set `target_rmsea` for realism. Retention hit-rate P(k-hat = 3) No criterion produced a suggestion on any replicate. Structure recovery (Tucker congruence ≥ .950) * min congruence: NA (n = 0) * mean congruence: NA (n = 0) Convergence * fits completed: .000 (0/3) * converged (of completed): NA * Heywood cases (of completed): NA Saving _problems/test-efa_screen-573.R Saving _problems/test-efa_simulate-955.R i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. i `x` is not a correlation matrix; computing correlations from the raw data. [ FAIL 3 | WARN 1 | SKIP 254 | PASS 4095 ] ══ Skipped tests (254) ═════════════════════════════════════════════════════════ • On CRAN (203): 'test-BARTLETT.R:26:3', 'test-BARTLETT.R:109:1', 'test-COMPARE.R:358:1', 'test-EFA-boot.R:14:3', 'test-EFA-boot.R:48:3', 'test-EFA-boot.R:118:3', 'test-EFA-boot.R:134:3', 'test-EFA-boot.R:305:3', 'test-EFA-boot.R:319:3', 'test-EFA-boot.R:419:3', 'test-EFA-boot.R:503:3', 'test-EFA-boot.R:535:3', 'test-EFA-fields.R:78:3', 'test-EFA-fields.R:118:3', 'test-EFA-fiml.R:47:3', 'test-EFA-fiml.R:64:3', 'test-EFA-fiml.R:89:3', 'test-EFA-fiml.R:106:3', 'test-EFA-fiml.R:120:3', 'test-EFA-fiml.R:145:3', 'test-EFA-fiml.R:177:3', 'test-EFA-fiml.R:195:3', 'test-EFA-fiml.R:222:3', 'test-EFA-fiml.R:244:3', 'test-EFA-fiml.R:262:3', 'test-EFA-fiml.R:341:3', 'test-EFA-fiml.R:365:3', 'test-EFA-fiml.R:381:3', 'test-EFA-fiml.R:408:3', 'test-EFA-fiml.R:435:3', 'test-EFA-fiml.R:449:3', 'test-EFA-fiml.R:475:3', 'test-EFA-fiml.R:498:3', 'test-EFA-fiml.R:513:3', 'test-EFA-fiml.R:545:3', 'test-EFA-fiml.R:580:3', 'test-EFA-fiml.R:599:3', 'test-EFA-fiml.R:633:3', 'test-EFA-vcov-slot.R:68:3', 'test-EFA-vcov-slot.R:263:3', 'test-EFA-vcov-slot.R:329:3', 'test-EFA-vcov-slot.R:359:3', 'test-EFA.R:377:1', 'test-EFA.R:383:1', 'test-EFA.R:404:1', 'test-EFA.R:410:1', 'test-EFA.R:452:1', 'test-EFA_AVERAGE-fiml.R:25:3', 'test-EFA_AVERAGE-fiml.R:56:3', 'test-EFA_AVERAGE.R:577:3', 'test-EFA_AVERAGE.R:615:3', 'test-EFA_POOLED-cfi-scale.R:73:3', 'test-EFA_POOLED-k1-oblique.R:59:3', 'test-EFA_POOLED-k1-oblique.R:80:3', 'test-EFA_POOLED-mi2s.R:136:3', 'test-EFA_POOLED-mi2s.R:352:3', 'test-EFA_POOLED-routing.R:90:3', 'test-EFA_POOLED-routing.R:112:3', 'test-EFA_POOLED-routing.R:250:3', 'test-EFA_POOLED-routing.R:280:3', 'test-EFA_POOLED-rubin-rotated.R:222:3', 'test-EFA_POOLED-rubin-unrot.R:117:3', 'test-EFA_POOLED.R:268:3', 'test-EFA_POOLED.R:332:3', 'test-EFA_POOLED.R:437:1', 'test-EFA_POOLED.R:443:1', 'test-EFA_POOLED.R:449:1', 'test-EFA_POOLED.R:455:1', 'test-FACTOR_SCORES.R:36:3', 'test-FACTOR_SCORES.R:77:3', 'test-FACTOR_SCORES.R:102:3', 'test-KMO.R:27:3', 'test-KMO.R:71:1', 'test-OMEGA.R:196:1', 'test-OMEGA_helper.R:310:3', 'test-PROCRUSTES.R:40:3', 'test-PROCRUSTES.R:69:3', 'test-ROTATE_OBLQ.R:191:3', 'test-ROTATE_OBLQ.R:230:3', 'test-ROTATE_OBLQ.R:247:3', 'test-ROTATE_OBLQ.R:264:3', 'test-ROTATE_ORTH.R:106:3', 'test-ROTATE_ORTH.R:123:3', 'test-ROTATE_ORTH.R:138:3', 'test-SL.R:134:3', 'test-SL.R:302:1', 'test-cor-method-poly.R:18:3', 'test-cor-method-poly.R:95:3', 'test-cor-method-poly.R:144:3', 'test-cor-method-poly.R:282:3', 'test-efa_group.R:127:3', 'test-efa_group.R:294:3', 'test-efa_group.R:314:3', 'test-efa_group.R:577:3', 'test-efa_group.R:607:1', 'test-efa_group.R:635:3', 'test-efa_group.R:661:3', 'test-efa_group.R:672:1', 'test-efa_power.R:97:1', 'test-efa_power.R:164:1', 'test-efa_power.R:197:3', 'test-efa_power.R:307:1', 'test-efa_reliability.R:262:1', 'test-efa_scores.R:90:3', 'test-efa_scores.R:170:3', 'test-efa_scores.R:192:3', 'test-efa_screen.R:72:3', 'test-efa_screen.R:297:3', 'test-efa_screen.R:328:3', 'test-efa_screen.R:512:3', 'test-efa_screen.R:610:1', 'test-efa_simulate.R:77:3', 'test-efa_simulate.R:325:3', 'test-efa_simulate.R:344:3', 'test-efa_simulate.R:359:3', 'test-efa_simulate.R:491:3', 'test-efa_simulate.R:509:3', 'test-efa_simulate.R:881:3', 'test-efa_simulate.R:896:3', 'test-efa_simulate.R:908:3', 'test-efa_simulate.R:921:3', 'test-efa_simulate.R:928:3', 'test-efa_simulate.R:1026:3', 'test-efa_simulate.R:1035:3', 'test-efa_simulate.R:1075:3', 'test-factor_score_diagnostics.R:74:3', 'test-factor_score_diagnostics.R:91:3', 'test-factor_score_weights.R:22:3', 'test-fiml-acov.R:23:3', 'test-fiml-acov.R:55:3', 'test-fiml-acov.R:66:3', 'test-fiml-acov.R:107:3', 'test-fiml-acov.R:160:3', 'test-fiml-acov.R:191:3', 'test-fiml-moments.R:21:3', 'test-fiml-moments.R:43:3', 'test-fiml-moments.R:64:3', 'test-fiml-moments.R:100:3', 'test-fiml-moments.R:111:3', 'test-fiml-moments.R:151:3', 'test-fiml-moments.R:174:3', 'test-fiml-moments.R:193:3', 'test-format-loadings.R:63:1', 'test-format-loadings.R:68:1', 'test-format-loadings.R:74:1', 'test-format-loadings.R:95:1', 'test-format-loadings.R:100:1', 'test-format-loadings.R:116:1', 'test-format-loadings.R:148:1', 'test-format-loadings.R:153:1', 'test-helper.R:160:3', 'test-plot-retention.R:64:1', 'test-plot-retention.R:75:1', 'test-plot-retention.R:82:1', 'test-plot-retention.R:89:1', 'test-polychoric.R:78:3', 'test-polychoric.R:101:3', 'test-polychoric.R:121:3', 'test-polychoric.R:145:3', 'test-polychoric.R:164:3', 'test-polychoric.R:177:3', 'test-polychoric.R:281:3', 'test-polychoric.R:460:3', 'test-polychoric.R:485:3', 'test-polychoric.R:504:3', 'test-regression-estimators.R:25:3', 'test-regression-estimators.R:43:3', 'test-regression-estimators.R:58:3', 'test-regression-estimators.R:79:3', 'test-regression-estimators.R:97:3', 'test-regression-estimators.R:111:3', 'test-regression-estimators.R:133:3', 'test-regression-estimators.R:182:3', 'test-regression-estimators.R:215:3', 'test-regression-estimators.R:257:3', 'test-regression-estimators.R:274:3', 'test-regression-rotations.R:36:3', 'test-regression-rotations.R:82:3', 'test-regression-rotations.R:126:3', 'test-regression-rotations.R:161:3', 'test-regression-rotations.R:202:3', 'test-regression-rotations.R:253:3', 'test-regression-rotations.R:267:3', 'test-regression-rotations.R:309:3', 'test-regression-rotations.R:328:3', 'test-regression-rotations.R:377:3', 'test-regression-rotations.R:417:3', 'test-regression-rotations.R:461:3', 'test-regression-rotations.R:469:3', 'test-regression-rotations.R:486:3', 'test-reliability_result.R:108:1', 'test-se-information.R:72:3', 'test-se-information.R:93:3', 'test-se-information.R:116:3', 'test-se-information.R:266:3', 'test-se-information.R:312:3', 'test-se-sandwich.R:36:3', 'test-se-sandwich.R:158:3', 'test-se-sandwich.R:189:3', 'test-se-sandwich.R:215:3', 'test-se-sandwich.R:359:3', 'test-se-sandwich.R:395:3', 'test-se-sandwich.R:439:3' • slow test; set EFATOOLS_TEST_SLOW=true to run (51): 'test-EFA_AVERAGE.R:74:3', 'test-EFA_AVERAGE.R:135:3', 'test-EFA_AVERAGE.R:505:3', 'test-EFA_AVERAGE.R:532:3', 'test-EFA_AVERAGE.R:546:3', 'test-EFA_AVERAGE.R:561:3', 'test-EFA_AVERAGE.R:583:3', 'test-EFA_AVERAGE.R:599:3', 'test-EFA_AVERAGE.R:629:3', 'test-HULL.R:33:3', 'test-HULL.R:45:3', 'test-HULL.R:75:3', 'test-HULL.R:86:3', 'test-HULL.R:102:3', 'test-HULL.R:135:3', 'test-HULL.R:163:3', 'test-HULL.R:198:3', 'test-NEST.R:12:3', 'test-NEST.R:22:3', 'test-NEST.R:32:3', 'test-NEST.R:49:3', 'test-NEST.R:65:3', 'test-NEST.R:75:3', 'test-NEST.R:89:3', 'test-NEST.R:125:3', 'test-N_FACTORS.R:11:3', 'test-N_FACTORS.R:47:3', 'test-N_FACTORS.R:65:3', 'test-N_FACTORS.R:81:3', 'test-N_FACTORS.R:96:3', 'test-N_FACTORS.R:111:3', 'test-N_FACTORS.R:126:3', 'test-N_FACTORS.R:137:3', 'test-N_FACTORS.R:166:3', 'test-PARALLEL.R:19:3', 'test-PARALLEL.R:37:3', 'test-PARALLEL.R:83:3', 'test-PARALLEL.R:101:3', 'test-PARALLEL.R:217:3', 'test-efa_power.R:297:3', 'test-plot-retention.R:2:3', 'test-snapshots.R:9:3', 'test-snapshots.R:21:3', 'test-snapshots.R:32:3', 'test-snapshots.R:42:3', 'test-snapshots.R:56:3', 'test-snapshots.R:67:3', 'test-snapshots.R:75:3', 'test-snapshots.R:87:3', 'test-snapshots.R:98:3', 'test-snapshots.R:106:3' ══ Failed tests ════════════════════════════════════════════════════════════════ ── Failure ('test-CD.R:30:3'): CD returns the correct values ─────────────────── Expected `colMeans(rec$rmse_eigenvalues)` to equal `c(0.0338213501757174, 0.0388070111259466, 0, 0)`. Differences: `actual`: 0.0338214 0.0383046 0.0000000 0.0000000 `expected`: 0.0338214 0.0388070 0.0000000 0.0000000 ── Error ('test-efa_screen.R:569:3'): outlier diagnostics fall back to classical distances and degrade gracefully ── Error in `solve.default(cov, ...)`: system is computationally singular: reciprocal condition number = 1.67416e-17 Backtrace: ▆ 1. ├─testthat::expect_warning(...) at test-efa_screen.R:569:3 2. │ └─testthat:::expect_condition_matching_(...) 3. │ └─testthat:::quasi_capture(...) 4. │ ├─testthat (local) .capture(...) 5. │ │ └─base::withCallingHandlers(...) 6. │ └─rlang::eval_bare(quo_get_expr(.quo), quo_get_env(.quo)) 7. └─EFAtools:::.screen_outliers(...) 8. └─stats::mahalanobis(X, robust$center, robust$cov) 9. ├─base::solve(cov, ...) 10. └─base::solve.default(cov, ...) ── Failure ('test-efa_simulate.R:955:3'): model error is reproducible and shared across replicates ── Expected `a` to be identical to `b`. Differences: actual$data[[1]] | expected$data[[1]] [150] -0.6862188411309668723 | -0.6862188411309668723 [150] [151] -1.5700213178471340569 | -1.5700213178471340569 [151] [152] 0.4768486677368430904 | 0.4768486677368430904 [152] [153] 0.7583893090152857841 - 0.7583893090152856731 [153] [154] 0.8328992828475885180 | 0.8328992828475885180 [154] [155] -1.4513067985216756561 - -1.4513067985216754341 [155] [156] 1.2194753224186016816 | 1.2194753224186016816 [156] [157] -0.0500824009086619504 - -0.0500824009086620059 [157] [158] -0.2058910621707882305 | -0.2058910621707882305 [158] [159] -0.3032472928772019793 - -0.3032472928772018683 [159] ... ... ... and 3 more ... actual$data[[1]] | expected$data[[1]] [168] -0.4669648555826977354 | -0.4669648555826977354 [168] [169] 0.3043216487604097353 | 0.3043216487604097353 [169] [170] -0.5144273876904207343 | -0.5144273876904207343 [170] [171] -0.0914591997616240882 - -0.0914591997616241992 [171] [172] -0.2341685619926127671 - -0.2341685619926128226 [172] [173] -0.5381536145490937173 - -0.5381536145490934953 [173] [174] 0.1416964085154259756 - 0.1416964085154258646 [174] [175] 1.0228364040685860026 | 1.0228364040685860026 [175] [176] 0.8757816735495007610 | 0.8757816735495007610 [176] [177] -0.4295015520438312251 | -0.4295015520438312251 [177] ... ... ... and 106 more ... actual$data[[1]] | expected$data[[1]] [287] -1.3354741817189161868 | -1.3354741817189161868 [287] [288] 0.3798015642791991997 | 0.3798015642791991997 [288] [289] 0.3051729938468810688 | 0.3051729938468810688 [289] [290] 0.4067954002655186363 - 0.4067954002655187473 [290] [291] 0.2799801352373375574 | 0.2799801352373375574 [291] [292] -0.9257010454864030846 - -0.9257010454864029736 [292] [293] -1.0688874165712005659 - -1.0688874165712003439 [293] [294] 1.4052784247211662638 | 1.4052784247211662638 [294] [295] 1.6975180465398798102 | 1.6975180465398798102 [295] [296] -0.1599078042904963914 | -0.1599078042904963914 [296] actual$data[[1]] | expected$data[[1]] [297] -1.7885230706043830917 | -1.7885230706043830917 [297] [298] -0.5752254190602296147 | -0.5752254190602296147 [298] [299] 0.6308093004224312184 | 0.6308093004224312184 [299] [300] 0.4671686054551302814 - 0.4671686054551303369 [300] [301] -0.9631035244184926736 - -0.9631035244184927846 [301] [302] -0.1735299140154199227 - -0.1735299140154198949 [302] [303] 0.8384441294988156379 | 0.8384441294988156379 [303] [304] -1.9002024199990392717 - -1.9002024199990390496 [304] [305] -0.6688730520761863030 | -0.6688730520761863030 [305] [306] 1.4839213657110128519 - 1.4839213657110126299 [306] ... ... ... and 184 more ... actual$data[[1]] | expected$data[[1]] [491] -0.6236556253245691961 | -0.6236556253245691961 [491] [492] 0.7156588176192687500 | 0.7156588176192687500 [492] [493] 1.7200869156034532814 | 1.7200869156034532814 [493] [494] -0.5081225479244827481 - -0.5081225479244829701 [494] [495] -1.4196831443065487388 | -1.4196831443065487388 [495] [496] -0.6930234521779384815 | -0.6930234521779384815 [496] [497] 0.0220638796589575081 | 0.0220638796589575081 [497] [498] -0.5428094917301793387 - -0.5428094917301792277 [498] [499] 1.2191543561517765859 | 1.2191543561517765859 [499] [500] -1.0126204437770902622 | -1.0126204437770902622 [500] ... ... ... and 5 more ... actual$data[[1]] | expected$data[[1]] [514] -2.1109843120416846851 | -2.1109843120416846851 [514] [515] -1.4154166215646772908 | -1.4154166215646772908 [515] [516] -1.6061952136968089544 | -1.6061952136968089544 [516] [517] -0.1872242042278219332 - -0.1872242042278219609 [517] [518] 0.7447408735851392958 | 0.7447408735851392958 [518] [519] -0.6396359662215426178 | -0.6396359662215426178 [519] [520] 0.1771368747273932565 - 0.1771368747273934785 [520] [521] -1.5273452072304409821 | -1.5273452072304409821 [521] [522] 1.3387101354321280233 - 1.3387101354321278013 [522] [523] 0.1969807225575685994 - 0.1969807225575688214 [523] ... ... ... and 8 more ... actual$data[[1]] | expected$data[[1]] [534] -1.2452023429905350049 | -1.2452023429905350049 [534] [535] 1.4023203316267116580 | 1.4023203316267116580 [535] [536] 1.3806917018393587426 | 1.3806917018393587426 [536] [537] -0.8839044624222016644 - -0.8839044624222017754 [537] [538] -0.1373304679592871336 - -0.1373304679592870781 [538] [539] -0.9506899559170507441 | -0.9506899559170507441 [539] [540] -0.0652918006963035119 - -0.0652918006963035258 [540] [541] -1.9174724917927936652 | -1.9174724917927936652 [541] [542] -0.7817008011703965309 | -0.7817008011703965309 [542] [543] 0.0158523334016926476 - 0.0158523334016926615 [543] ... ... ... and 28 more ... actual$data[[1]] | expected$data[[1]] [573] 1.7330885215130671373 | 1.7330885215130671373 [573] [574] -0.9308193267138897831 | -0.9308193267138897831 [574] [575] -1.6047517646768079125 | -1.6047517646768079125 [575] [576] -0.3259140842507274316 - -0.3259140842507273761 [576] [577] -0.2797875469482374311 - -0.2797875469482373756 [577] [578] -0.3407816492720576740 | -0.3407816492720576740 [578] [579] -0.1153857720163962153 | -0.1153857720163962153 [579] [580] 0.1958325559034124197 | 0.1958325559034124197 [580] [581] -1.6799661458235370937 - -1.6799661458235375378 [581] [582] 0.9251038686435444358 - 0.9251038686435445468 [582] ... ... ... and 80 more ... actual$data[[1]] | expected$data[[1]] [663] -1.4456362841183738599 | -1.4456362841183738599 [663] [664] 0.4607266480184255553 | 0.4607266480184255553 [664] [665] -1.1688908123672572259 | -1.1688908123672572259 [665] [666] -0.2518573379809800894 - -0.2518573379809800339 [666] [667] 0.0968511768681508817 - 0.0968511768681508678 [667] [668] 0.2847951212013548616 - 0.2847951212013547506 [668] [669] -0.8913104008047947335 | -0.8913104008047947335 [669] [670] 1.1629588213810770903 | 1.1629588213810770903 [670] [671] -1.3660473926157259417 | -1.3660473926157259417 [671] [672] -0.1810470029580371065 - -0.1810470029580371620 [672] ... ... ... and 205 more ... actual$data[[1]] | expected$data[[1]] [878] -0.9698338755877804473 | -0.9698338755877804473 [878] [879] -0.1262666889166059736 | -0.1262666889166059736 [879] [880] -0.4486641021236082993 | -0.4486641021236082993 [880] [881] -1.2258137525724310812 - -1.2258137525724315253 [881] [882] 1.5738283059874063063 | 1.5738283059874063063 [882] [883] -0.6035423943834672400 - -0.6035423943834673510 [883] [884] -0.7733525752547112386 - -0.7733525752547111276 [884] [885] -0.2299004562131357066 | -0.2299004562131357066 [885] [886] 0.4127032460405483105 - 0.4127032460405484215 [886] [887] -1.2694682653776088177 | -1.2694682653776088177 [887] ... ... ... and 12 more ... actual$data[[1]] | expected$data[[1]] [900] 1.0808386217175001143 | 1.0808386217175001143 [900] [901] -0.9126595580591779777 | -0.9126595580591779777 [901] [902] 0.4349214721068448974 | 0.4349214721068448974 [902] [903] 1.2324374807995843728 - 1.2324374807995841508 [903] [904] 0.6318320795829861503 | 0.6318320795829861503 [904] [905] -1.4035623735995470529 | -1.4035623735995470529 [905] [906] -0.7243769600189171598 | -0.7243769600189171598 [906] [907] 0.1776861465768759529 - 0.1776861465768759252 [907] [908] -0.8825353665772575074 | -0.8825353665772575074 [908] [909] -0.3683648487079826950 - -0.3683648487079825840 [909] ... ... ... and 25 more ... actual$data[[1]] | expected$data[[1]] [937] 0.4106910176009089808 | 0.4106910176009089808 [937] [938] 0.7852262565068067746 | 0.7852262565068067746 [938] [939] -0.6286697101981076896 | -0.6286697101981076896 [939] [940] 0.2323256312825394687 - 0.2323256312825393854 [940] [941] -0.1632054158080137041 - -0.1632054158080136486 [941] [942] -0.0839670261409390661 - -0.0839670261409390800 [942] [943] 0.9020375794358854726 | 0.9020375794358854726 [943] [944] 0.8535482132919258724 - 0.8535482132919259834 [944] [945] 0.6085938587248078679 | 0.6085938587248078679 [945] [946] -1.4699744905623490787 | -1.4699744905623490787 [946] ... ... ... and 18 more ... actual$data[[1]] | expected$data[[1]] [969] -0.6395304462853339533 | -0.6395304462853339533 [969] [970] -1.5539248081853125338 | -1.5539248081853125338 [970] [971] 0.1611459401486636800 | 0.1611459401486636800 [971] [972] 0.0154453109040773306 - 0.0154453109040774139 [972] [973] 0.7893329600767096110 | 0.7893329600767096110 [973] [974] 0.3009105581870952228 - 0.3009105581870951118 [974] [975] -0.3618807287723563859 - -0.3618807287723564414 [975] [976] -1.1193414594930251038 | -1.1193414594930251038 [976] [977] 1.0417236246032683944 | 1.0417236246032683944 [977] [978] 0.1647336209093164805 - 0.1647336209093165915 [978] ... ... ... and 59 more ... actual$data[[1]] | expected$data[[1]] [1039] 1.9264648658751251098 | 1.9264648658751251098 [1039] [1040] 0.9837278498184549580 | 0.9837278498184549580 [1040] [1041] 0.9657175825433155225 | 0.9657175825433155225 [1041] [1042] -0.0061613986925232039 - -0.0061613986925230929 [1042] [1043] 0.6536514120523733151 | 0.6536514120523733151 [1043] [1044] 0.1626167623046011479 | 0.1626167623046011479 [1044] [1045] 1.3034709624390219407 | 1.3034709624390219407 [1045] [1046] 0.4512515887190731156 - 0.4512515887190731712 [1046] [1047] 0.2590174534919768567 - 0.2590174534919769123 [1047] [1048] -0.4629163520077691496 - -0.4629163520077692051 [1048] ... ... ... and 187 more ... actual$data[[1]] | expected$data[[1]] [1238] 1.0631109001254224200 | 1.0631109001254224200 [1238] [1239] 2.5968309546774328567 | 2.5968309546774328567 [1239] [1240] -1.0093702629811984739 | -1.0093702629811984739 [1240] [1241] 0.3718011405138528236 - 0.3718011405138526015 [1241] [1242] 0.6733847505670071953 - 0.6733847505670069733 [1242] [1243] 0.4190748698247276360 | 0.4190748698247276360 [1243] [1244] -0.3903322939948724590 | -0.3903322939948724590 [1244] [1245] 1.0836176766859773046 - 1.0836176766859777487 [1245] [1246] 0.5856829969095271871 | 0.5856829969095271871 [1246] [1247] 0.3439595564571070740 | 0.3439595564571070740 [1247] ... ... ... and 134 more ... actual$data[[1]] | expected$data[[1]] [1383] -0.5348922343660850176 | -0.5348922343660850176 [1383] [1384] -0.9865044759145873421 | -0.9865044759145873421 [1384] [1385] 1.1239987368113264488 | 1.1239987368113264488 [1385] [1386] 0.6930243561481580494 - 0.6930243561481578274 [1386] [1387] -0.5930744525918933974 - -0.5930744525918935084 [1387] [1388] -0.0426453018165626752 - -0.0426453018165624531 [1388] [1389] 1.6800499049433628151 - 1.6800499049433625931 [1389] [1390] 0.1435857521852874630 - 0.1435857521852873520 [1390] [1391] -0.2220085386801841365 - -0.2220085386801844696 [1391] [1392] -0.4890405694115246837 - -0.4890405694115249058 [1392] ... ... ... and 23 more ... actual$data[[1]] | expected$data[[1]] [1417] 1.7345873470809543004 | 1.7345873470809543004 [1417] [1418] 0.9269266602967198843 | 0.9269266602967198843 [1418] [1419] -1.4280877090017434217 | -1.4280877090017434217 [1419] [1420] 0.3968370850950971862 - 0.3968370850950972417 [1420] [1421] 0.1403120394021483697 - 0.1403120394021483419 [1421] [1422] 2.1075988401841656561 | 2.1075988401841656561 [1422] [1423] 0.4101577931193908233 | 0.4101577931193908233 [1423] [1424] 0.3304603288221547031 - 0.3304603288221545920 [1424] [1425] -0.6032861365781192475 - -0.6032861365781191365 [1425] [1426] -0.8173968334420753656 | -0.8173968334420753656 [1426] ... ... ... and 50 more ... actual$data[[1]] | expected$data[[1]] [1481] -0.2047059632059220757 | -0.2047059632059220757 [1481] [1482] 0.1013280064225002830 | 0.1013280064225002830 [1482] [1483] -1.5184425881035377159 | -1.5184425881035377159 [1483] [1484] -0.0348865188680633764 - -0.0348865188680635430 [1484] [1485] -1.8545554221516664661 | -1.8545554221516664661 [1485] [1486] -0.4281870014744736386 | -0.4281870014744736386 [1486] [1487] 0.8149432570354075978 | 0.8149432570354075978 [1487] [1488] 1.2665679983065323277 - 1.2665679983065321057 [1488] [1489] 0.9549616679734566072 - 0.9549616679734563851 [1489] [1490] 0.0074371501082916014 - 0.0074371501082914904 [1490] ... ... ... and 337 more ... actual$data[[1]] | expected$data[[1]] [1828] 1.9094711745950017079 | 1.9094711745950017079 [1828] [1829] -1.4029568947803334744 | -1.4029568947803334744 [1829] [1830] 1.8333949243784084526 | 1.8333949243784084526 [1830] [1831] -0.6008477963826079904 - -0.6008477963826078794 [1831] [1832] 0.3072380859733858660 - 0.3072380859733859215 [1832] [1833] -0.8283677416771058066 - -0.8283677416771059177 [1833] [1834] 0.5875760615653683461 - 0.5875760615653682351 [1834] [1835] 1.2378403171964076357 | 1.2378403171964076357 [1835] [1836] -0.5140766483305287959 | -0.5140766483305287959 [1836] [1837] -0.7249555173965036570 | -0.7249555173965036570 [1837] ... ... ... and 90 more ... actual$data[[1]] | expected$data[[1]] [1930] 0.2350384833407104246 | 0.2350384833407104246 [1930] [1931] -0.7745546877634269523 | -0.7745546877634269523 [1931] [1932] 0.2849659712714538440 | 0.2849659712714538440 [1932] [1933] -0.0095378058588179021 - -0.0095378058588179437 [1933] [1934] 1.5861662969903216336 | 1.5861662969903216336 [1934] [1935] -0.5583283296303894749 - -0.5583283296303895860 [1935] [1936] -0.4514290314795970094 - -0.4514290314795969539 [1936] [1937] -0.8560602350779881187 - -0.8560602350779880076 [1937] [1938] 1.4983069971408000676 | 1.4983069971408000676 [1938] [1939] 1.4130135718620484564 - 1.4130135718620482344 [1939] ... ... ... and 315 more ... actual$data[[1]] | expected$data[[1]] [2255] 1.0556107674274770591 | 1.0556107674274770591 [2255] [2256] 1.7281624791517808948 | 1.7281624791517808948 [2256] [2257] -2.6702298148955612156 | -2.6702298148955612156 [2257] [2258] -0.7005643828557460706 - -0.7005643828557459596 [2258] [2259] 0.4361504649600876915 | 0.4361504649600876915 [2259] [2260] -0.4473895960420429252 - -0.4473895960420430362 [2260] [2261] -0.3846537207086424548 | -0.3846537207086424548 [2261] [2262] -0.9485166250623280337 | -0.9485166250623280337 [2262] [2263] 0.2946942775104920420 | 0.2946942775104920420 [2263] [2264] 0.5066309667705877207 | 0.5066309667705877207 [2264] ... ... ... and 117 more ... actual$data[[1]] | expected$data[[1]] [2382] -0.2309188142720495218 | -0.2309188142720495218 [2382] [2383] -0.3891142199140929514 | -0.3891142199140929514 [2383] [2384] 1.8123528776809978424 | 1.8123528776809978424 [2384] [2385] 0.5078760908389711171 - 0.5078760908389712281 [2385] [2386] -2.2737082782576392148 | -2.2737082782576392148 [2386] [2387] 0.1703695121722976769 | 0.1703695121722976769 [2387] [2388] 0.2493206429490964493 - 0.2493206429490964215 [2388] [2389] -0.1858282307759242524 - -0.1858282307759243912 [2389] [2390] 0.4735704576420879386 - 0.4735704576420879941 [2390] [2391] -0.7027058934614524022 - -0.7027058934614525132 [2391] ... ... ... and 309 more ... actual$data[[2]] | expected$data[[2]] [148] 0.5365718959212325556 | 0.5365718959212325556 [148] [149] -0.1360508494123256473 | -0.1360508494123256473 [149] [150] -2.0124576929842148409 | -2.0124576929842148409 [150] [151] -0.0734651842500352037 - -0.0734651842500351482 [151] [152] 0.6970020555037501619 - 0.6970020555037500509 [152] [153] -2.0863100713435449585 | -2.0863100713435449585 [153] [154] 0.6696669143998575935 | 0.6696669143998575935 [154] [155] -0.5390720068227183859 | -0.5390720068227183859 [155] [156] -0.4350532255092726674 - -0.4350532255092726119 [156] [157] 0.3821761460130768118 - 0.3821761460130767563 [157] ... ... ... and 35 more ... actual$data[[2]] | expected$data[[2]] [195] -1.1279504064968850496 | -1.1279504064968850496 [195] [196] -0.7924520672080054284 | -0.7924520672080054284 [196] [197] 0.3419491904340288269 | 0.3419491904340288269 [197] [198] -1.0530529071012038056 - -1.0530529071012035836 [198] [199] -0.6396256215054700878 | -0.6396256215054700878 [199] [200] -1.9035552513548410491 | -1.9035552513548410491 [200] [201] 0.8360698140691473768 - 0.8360698140691472657 [201] [202] 0.3939104820314325850 - 0.3939104820314324740 [202] [203] 1.5975090831716920459 - 1.5975090831716918238 [203] [204] -0.7984596192587882779 | -0.7984596192587882779 [204] ... ... ... and 332 more ... actual$data[[2]] | expected$data[[2]] [537] 0.6959645875071276411 | 0.6959645875071276411 [537] [538] -1.0283346039270924166 | -1.0283346039270924166 [538] [539] -1.2147509987651725627 | -1.2147509987651725627 [539] [540] 0.6740877893549572786 - 0.6740877893549571676 [540] [541] 0.2193487356363527652 - 0.2193487356363527097 [541] [542] -0.0116219892090678734 - -0.0116219892090677623 [542] [543] 0.5099723377586629081 | 0.5099723377586629081 [543] [544] 0.2515399895192906854 - 0.2515399895192905744 [544] [545] 1.1131261690068878778 | 1.1131261690068878778 [545] [546] -0.7844938810829703568 - -0.7844938810829704678 [546] ... ... ... and 69 more ... actual$data[[2]] | expected$data[[2]] [616] 1.3248748313726455006 | 1.3248748313726455006 [616] [617] 1.1240773827650252237 | 1.1240773827650252237 [617] [618] 2.0219795793224717428 | 2.0219795793224717428 [618] [619] -1.4744573605495929769 - -1.4744573605495927549 [619] [620] -0.0587958254910134759 - -0.0587958254910133649 [620] [621] -1.6492550424294292188 | -1.6492550424294292188 [621] [622] 0.1170668624636137523 - 0.1170668624636138633 [622] [623] -0.6397081187157540594 - -0.6397081187157542814 [623] [624] 0.9976829774841061704 | 0.9976829774841061704 [624] [625] 1.1505040772810191108 | 1.1505040772810191108 [625] ... ... ... and 89 more ... actual$data[[2]] | expected$data[[2]] [716] -0.4053248804767412006 | -0.4053248804767412006 [716] [717] 0.4815864759130151218 | 0.4815864759130151218 [717] [718] 1.1726032494734901501 | 1.1726032494734901501 [718] [719] -0.5032514703515705845 - -0.5032514703515706955 [719] [720] -1.0503741057152791161 - -1.0503741057152788940 [720] [721] 0.2005891106351984920 - 0.2005891106351985198 [721] [722] -0.0025457946398360076 | -0.0025457946398360076 [722] [723] 0.5093999691114120543 - 0.5093999691114121653 [723] [724] 0.7992929507812241985 | 0.7992929507812241985 [724] [725] -0.4484809449301201401 - -0.4484809449301202511 [725] ... ... ... and 3 more ... actual$data[[2]] | expected$data[[2]] [730] 0.4634323513991382981 | 0.4634323513991382981 [730] [731] 1.1137689811965247877 | 1.1137689811965247877 [731] [732] 1.4240103910497750039 | 1.4240103910497750039 [732] [733] -0.1310771640178193809 - -0.1310771640178194364 [733] [734] 1.4878216462188174063 | 1.4878216462188174063 [734] [735] 0.2491803296525443023 - 0.2491803296525442746 [735] [736] 0.0436693735600531818 - 0.0436693735600531541 [736] [737] -1.3659744669547708718 | -1.3659744669547708718 [737] [738] -0.0674237088584200284 | -0.0674237088584200284 [738] [739] -0.5039011511002434718 - -0.5039011511002433608 [739] ... ... ... and 28 more ... actual$data[[2]] | expected$data[[2]] [768] 0.7209092576758588944 | 0.7209092576758588944 [768] [769] -0.2859391326114590903 | -0.2859391326114590903 [769] [770] 0.2396660434450247346 | 0.2396660434450247346 [770] [771] 0.7999198768651920588 - 0.7999198768651922808 [771] [772] 0.5512238943258809254 | 0.5512238943258809254 [772] [773] 0.4702646635284593035 - 0.4702646635284591925 [773] [774] -0.0376716099242506708 | -0.0376716099242506708 [774] [775] -0.2330519655272704771 | -0.2330519655272704771 [775] [776] -1.0187375782555334602 | -1.0187375782555334602 [776] [777] -0.9283137108380054014 | -0.9283137108380054014 [777] ... ... ... and 13 more ... actual$data[[2]] | expected$data[[2]] [791] 0.4910193103391704561 | 0.4910193103391704561 [791] [792] -0.8288383273108363980 | -0.8288383273108363980 [792] [793] 0.1825186095783061235 | 0.1825186095783061235 [793] [794] -0.6843589915477232832 - -0.6843589915477230612 [794] [795] -0.1728259676636415554 - -0.1728259676636413333 [795] [796] 0.8324127088114817719 | 0.8324127088114817719 [796] [797] -1.4423680044309739046 | -1.4423680044309739046 [797] [798] 1.6944816404045546232 - 1.6944816404045544012 [798] [799] 0.3291313003750079291 - 0.3291313003750078181 [799] [800] -0.9481241853559565502 - -0.9481241853559567723 [800] ... ... ... and 69 more ... actual$data[[2]] | expected$data[[2]] [871] -1.6915730534396693496 | -1.6915730534396693496 [871] [872] -0.4898358671835485456 | -0.4898358671835485456 [872] [873] 1.0292627749257892145 | 1.0292627749257892145 [873] [874] 0.6249619138487535475 - 0.6249619138487534364 [874] [875] -0.1554581851668317416 - -0.1554581851668319081 [875] [876] -0.6540133727374103367 | -0.6540133727374103367 [876] [877] -0.4636449551982500528 | -0.4636449551982500528 [877] [878] -0.9926137793261448072 - -0.9926137793261450293 [878] [879] -1.9670474355857294757 - -1.9670474355857296977 [879] [880] 0.0194588682784660183 - 0.0194588682784660738 [880] ... ... ... and 559 more ... actual$data[[2]] | expected$data[[2]] [1441] -0.1127693041482303593 | -0.1127693041482303593 [1441] [1442] 1.2938656500621563694 | 1.2938656500621563694 [1442] [1443] -0.1460298007313146629 | -0.1460298007313146629 [1443] [1444] -1.1556308522813332207 - -1.1556308522813329986 [1444] [1445] -1.8334854920291898672 | -1.8334854920291898672 [1445] [1446] 2.2617688787716501153 | 2.2617688787716501153 [1446] [1447] 1.3167718280538918130 - 1.3167718280538920350 [1447] [1448] 0.4826977711706599283 | 0.4826977711706599283 [1448] [1449] 1.2460192857516885212 - 1.2460192857516882992 [1449] [1450] -0.7433845341301182907 - -0.7433845341301181797 [1450] ... ... ... and 275 more ... actual$data[[2]] | expected$data[[2]] [1726] 2.1267371013367615262 | 2.1267371013367615262 [1726] [1727] 0.5442355448429149201 | 0.5442355448429149201 [1727] [1728] -1.4617413344988814394 | -1.4617413344988814394 [1728] [1729] 1.3029693770941790376 - 1.3029693770941788156 [1729] [1730] -0.0015242335771892546 - -0.0015242335771891991 [1730] [1731] -0.8315937647005016142 - -0.8315937647005013922 [1731] [1732] 0.7546553973884317923 - 0.7546553973884319033 [1732] [1733] -0.3903802813185154874 - -0.3903802813185153764 [1733] [1734] -2.0419192180119671853 | -2.0419192180119671853 [1734] [1735] 1.0601512297345576652 - 1.0601512297345574432 [1735] ... ... ... and 503 more ... actual$data[[2]] | expected$data[[2]] [2239] -0.0673007352296492445 | -0.0673007352296492445 [2239] [2240] 0.6208458890878716385 | 0.6208458890878716385 [2240] [2241] -0.5149748019067093008 | -0.5149748019067093008 [2241] [2242] 0.7186783335285161778 - 0.7186783335285162888 [2242] [2243] -1.3133114900282616411 | -1.3133114900282616411 [2243] [2244] -0.1295701198372659624 | -0.1295701198372659624 [2244] [2245] 0.0139442481212371239 | 0.0139442481212371239 [2245] [2246] -0.3987669626157155367 | -0.3987669626157155367 [2246] [2247] -0.3438280794230052506 - -0.3438280794230051951 [2247] [2248] 0.3047178701353443486 | 0.3047178701353443486 [2248] ... ... ... and 127 more ... actual$data[[2]] | expected$data[[2]] [2379] 0.3655180890681437034 | 0.3655180890681437034 [2379] [2380] -1.9410205188104114882 | -1.9410205188104114882 [2380] [2381] -1.5653546854743685124 | -1.5653546854743685124 [2381] [2382] 0.3339316212057219513 - 0.3339316212057217292 [2382] [2383] 0.9387275268272621265 | 0.9387275268272621265 [2383] [2384] -0.8530721002811862963 | -0.8530721002811862963 [2384] [2385] 0.0808740634621318844 - 0.0808740634621318566 [2385] [2386] -1.6150936492215377527 | -1.6150936492215377527 [2386] [2387] 0.2243224912058323361 - 0.2243224912058323639 [2387] [2388] -2.3598422635008522441 | -2.3598422635008522441 [2388] ... ... ... and 312 more ... actual$population | expected$population [1] 1.000000000000000000 | 1.000000000000000000 [1] [2] 0.338068875500776356 - 0.338068875500776300 [2] [3] 0.377410178663726614 | 0.377410178663726614 [3] [4] 0.363220334650927623 | 0.363220334650927623 [4] [5] 0.372744010578906826 | 0.372744010578906826 [5] [6] 0.348556600605436528 | 0.348556600605436528 [6] [7] 0.092243417988897736 - 0.092243417988897722 [7] [8] 0.051766423476166550 - 0.051766423476166529 [8] [9] 0.092141247380268854 - 0.092141247380268840 [9] [10] 0.143778015705948947 - 0.143778015705948975 [10] ... ... ... and 29 more ... actual$population | expected$population [40] 0.374949501957418718 | 0.374949501957418718 [40] [41] 0.331740590405607216 | 0.331740590405607216 [41] [42] 0.339632920681895156 | 0.339632920681895156 [42] [43] 0.118437098698353047 - 0.118437098698353060 [43] [44] 0.138355092402059787 | 0.138355092402059787 [44] [45] 0.104032985649880755 | 0.104032985649880755 [45] [46] 0.100233534037641389 | 0.100233534037641389 [46] actual$population | expected$population [47] 0.078761405819105040 | 0.078761405819105040 [47] [48] 0.108179883392471393 | 0.108179883392471393 [48] [49] 0.088189008574552544 | 0.088189008574552544 [49] [50] 0.158744854721058759 - 0.158744854721058787 [50] [51] 0.103166850350505795 | 0.103166850350505795 [51] [52] 0.089819921887868193 | 0.089819921887868193 [52] [53] 0.134639533325558919 - 0.134639533325558947 [53] [54] 0.073439831139959527 - 0.073439831139959513 [54] [55] 0.363220334650927623 | 0.363220334650927623 [55] [56] 0.347379425013913612 | 0.347379425013913612 [56] ... ... ... and 1 more ... actual$population | expected$population [58] 1.000000000000000000 | 1.000000000000000000 [58] [59] 0.346839555705005687 | 0.346839555705005687 [59] [60] 0.367611182674262404 | 0.367611182674262404 [60] [61] 0.130260452684141770 - 0.130260452684141798 [61] [62] 0.111036517006055879 | 0.111036517006055879 [62] [63] 0.072239890366719517 - 0.072239890366719503 [63] [64] 0.118713510304163467 | 0.118713510304163467 [64] [65] 0.127081514285438735 | 0.127081514285438735 [65] [66] 0.088668115356035568 - 0.088668115356035554 [66] [67] 0.101809685288466525 - 0.101809685288466512 [67] ... ... ... and 5 more ... actual$population | expected$population [78] 0.377295124076285071 | 0.377295124076285071 [78] [79] 0.144225655246708634 | 0.144225655246708634 [79] [80] 0.114164920105850276 | 0.114164920105850276 [80] [81] 0.136181714831032141 - 0.136181714831032169 [81] [82] 0.071971553331662025 | 0.071971553331662025 [82] [83] 0.096022706112127917 | 0.096022706112127917 [83] [84] 0.085433450375393516 - 0.085433450375393502 [84] [85] 0.071467377787277311 - 0.071467377787277298 [85] [86] 0.092906689700353470 | 0.092906689700353470 [86] [87] 0.073766118558666383 - 0.073766118558666355 [87] ... ... ... and 6 more ... actual$population | expected$population [95] 0.377295124076285071 | 0.377295124076285071 [95] [96] 1.000000000000000000 | 1.000000000000000000 [96] [97] 0.111563175567180234 | 0.111563175567180234 [97] [98] 0.101479604246297400 - 0.101479604246297386 [98] [99] 0.118215682599978000 | 0.118215682599978000 [99] [100] 0.086648733778734721 | 0.086648733778734721 [100] [101] 0.116640999899637748 | 0.116640999899637748 [101] [102] 0.113451803901091136 - 0.113451803901091150 [102] [103] 0.104770342072823389 | 0.104770342072823389 [103] [104] 0.064916177765821301 - 0.064916177765821287 [104] ... ... ... and 11 more ... actual$population | expected$population [124] 0.111063847782559233 | 0.111063847782559233 [124] [125] 0.083606201587865275 | 0.083606201587865275 [125] [126] 0.105290736612617480 | 0.105290736612617480 [126] [127] 0.051766423476166550 - 0.051766423476166529 [127] [128] 0.131197442762368971 - 0.131197442762368999 [128] [129] 0.138355092402059787 | 0.138355092402059787 [129] [130] 0.111036517006055879 | 0.111036517006055879 [130] [131] 0.114164920105850276 | 0.114164920105850276 [131] [132] 0.101479604246297400 - 0.101479604246297386 [132] [133] 0.371592071468389462 | 0.371592071468389462 [133] ... ... ... and 2 more ... actual$population | expected$population [140] 0.107587724932278778 | 0.107587724932278778 [140] [141] 0.109962712497666842 | 0.109962712497666842 [141] [142] 0.123654055490934903 | 0.123654055490934903 [142] [143] 0.082342285667410600 - 0.082342285667410586 [143] [144] 0.136467607553760223 | 0.136467607553760223 [144] [145] 0.092141247380268854 - 0.092141247380268840 [145] [146] 0.125188479171381484 - 0.125188479171381511 [146] [147] 0.104032985649880755 | 0.104032985649880755 [147] [148] 0.072239890366719517 - 0.072239890366719503 [148] [149] 0.136181714831032141 - 0.136181714831032169 [149] ... ... ... and 17 more ... actual$population | expected$population [171] 0.368545429461151763 | 0.368545429461151763 [171] [172] 1.000000000000000000 | 1.000000000000000000 [172] [173] 0.353883457652535593 | 0.353883457652535593 [173] [174] 0.317977389219903595 - 0.317977389219903539 [174] [175] 0.127874861565782344 - 0.127874861565782372 [175] [176] 0.062187613122924201 - 0.062187613122924180 [176] [177] 0.106209793174930206 | 0.106209793174930206 [177] [178] 0.122881354349219526 | 0.122881354349219526 [178] [179] 0.115815480221321390 | 0.115815480221321390 [179] [180] 0.113030897563592886 | 0.113030897563592886 [180] ... ... ... and 5 more ... actual$population | expected$population [186] 0.116640999899637748 | 0.116640999899637748 [186] [187] 0.320627252714960287 | 0.320627252714960287 [187] [188] 0.359861044307419387 | 0.359861044307419387 [188] [189] 0.373379600038575010 - 0.373379600038575066 [189] [190] 0.353883457652535593 | 0.353883457652535593 [190] [191] 1.000000000000000000 | 1.000000000000000000 [191] [192] 0.392248645287927411 | 0.392248645287927411 [192] [193] 0.144754715981032955 | 0.144754715981032955 [193] [194] 0.112064920485793917 | 0.112064920485793917 [194] [195] 0.133277714055526547 - 0.133277714055526575 [195] ... ... ... and 52 more ... actual$population | expected$population [250] 0.365469829703595095 | 0.365469829703595095 [250] [251] 0.339090983318823203 | 0.339090983318823203 [251] [252] 0.355174190904888443 | 0.355174190904888443 [252] [253] 0.139421216952611088 - 0.139421216952611116 [253] [254] 0.125309587665003663 | 0.125309587665003663 [254] [255] 0.103166850350505795 | 0.103166850350505795 [255] [256] 0.094438617639139036 - 0.094438617639139022 [256] [257] 0.073766118558666383 - 0.073766118558666355 [257] [258] 0.111897608839406373 | 0.111897608839406373 [258] [259] 0.119000003382214170 | 0.119000003382214170 [259] ... ... ... and 15 more ... actual$population | expected$population [278] 0.123654055490934903 | 0.123654055490934903 [278] [279] 0.091900627315068581 | 0.091900627315068581 [279] [280] 0.122881354349219526 | 0.122881354349219526 [280] [281] 0.063804389940304684 - 0.063804389940304657 [281] [282] 0.134695725124686555 | 0.134695725124686555 [282] [283] 0.347398159298280662 | 0.347398159298280662 [283] [284] 0.365469829703595095 | 0.365469829703595095 [284] actual$population | expected$population [286] 1.000000000000000000 | 1.000000000000000000 [286] [287] 0.365891952810654009 | 0.365891952810654009 [287] [288] 0.382179284375856243 | 0.382179284375856243 [288] [289] 0.064020914373502366 - 0.064020914373502352 [289] [290] 0.117954601840152246 | 0.117954601840152246 [290] [291] 0.134639533325558919 - 0.134639533325558947 [291] [292] 0.111039417880109750 | 0.111039417880109750 [292] [293] 0.126267506083002329 | 0.126267506083002329 [293] [294] 0.094078026495915262 | 0.094078026495915262 [294] [295] 0.083606201587865275 | 0.083606201587865275 [295] ... ... ... and 7 more ... actual$population | expected$population [304] 0.365891952810654009 | 0.365891952810654009 [304] [305] 1.000000000000000000 | 1.000000000000000000 [305] [306] 0.315410402254836908 | 0.315410402254836908 [306] [307] 0.063613491733428965 - 0.063613491733428951 [307] [308] 0.085841364403745776 - 0.085841364403745762 [308] [309] 0.073439831139959527 - 0.073439831139959513 [309] [310] 0.117591504394477145 | 0.117591504394477145 [310] [311] 0.190693204000417615 - 0.190693204000417643 [311] [312] 0.116820604313145254 | 0.116820604313145254 [312] [313] 0.105290736612617480 | 0.105290736612617480 [313] ... ... ... and 1 more ... actual$population | expected$population [315] 0.131297755298772800 | 0.131297755298772800 [315] [316] 0.113030897563592886 | 0.113030897563592886 [316] [317] 0.100326566253409674 | 0.100326566253409674 [317] [318] 0.061586436677619386 - 0.061586436677619365 [318] [319] 0.353166025286491658 - 0.353166025286491603 [319] [320] 0.355174190904888443 | 0.355174190904888443 [320] [321] 0.394070097185565682 | 0.394070097185565682 [321] [322] 0.382179284375856243 | 0.382179284375856243 [322] `actual$model_error$kappa`: 0.034147461583523532 `expected$model_error$kappa`: 0.034147461583523546 [ FAIL 3 | WARN 1 | SKIP 254 | PASS 4095 ] Error: ! Test failures. Execution halted * checking for unstated dependencies in vignettes ... OK * checking package vignettes ... OK * checking re-building of vignette outputs ... [242s/272s] OK * checking PDF version of manual ... [19s/26s] OK * checking HTML version of manual ... [25s/34s] OK * checking for non-standard things in the check directory ... OK * checking for detritus in the temp directory ... OK * DONE Status: 1 ERROR See ‘/data/gannet/ripley/R/packages/tests-MKL/EFAtools.Rcheck/00check.log’ for details. Command exited with non-zero status 1 Time 17:11.86, 944.89 + 49.70