CRAN Package Check Results for Maintainer ‘Louis Macias <louis.macias at uni-luebeck.de>’

Last updated on 2025-10-27 12:50:23 CET.

Package	ERROR	OK
extraSuperpower	2	11

Package extraSuperpower

Current CRAN status: ERROR: 2, OK: 11

Additional issues

ATLAS M1mac

Version: 1.6.0
Check: tests
Result: ERROR Running ‘testthat.R’ [99s/104s] Running the tests in ‘tests/testthat.R’ failed. Complete output: > # This file is part of the standard setup for testthat. > # It is recommended that you do not modify it. > # > # Where should you do additional test configuration? > # Learn more about the roles of various files in: > # * https://r-pkgs.org/testing-design.html#sec-tests-files-overview > # * https://testthat.r-lib.org/articles/special-files.html > > library(testthat) > library(extraSuperpower) > > test_check("extraSuperpower") Correlation matrix names assigned based on names from the mean matrix Correlation matrix names assigned based on names from the mean matrix Correlation matrix names assigned based on names from the mean matrix Simulating independent observations experiment Simulating independent observations experiment Simulating independent observations experiment Simulating independent observations experiment Simulating independent observations experiment Simulating repeated observations experiment Simulating repeated observations experiment Simulating independent observations experiment Testing power on an independent observations design experiment. Sample size per group = 9 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 11 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 13 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 15 Performing ANOVA testing on simulated data Simulating independent observations experiment Testing power on an independent observations design experiment. Sample size per group = 6 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 8 Performing ANOVA testing on simulated data Simulating independent observations experiment Testing power on an independent observations design experiment. Sample size per group = 6 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 8 Performing ANOVA testing on simulated data Simulating independent observations experiment Simulating repeated observations experiment Testing power on an independent observations design experiment. Sample size per group = 6 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 8 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 6 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 8 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 6 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 8 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 6 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 8 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 6 Testing power on an independent observations design experiment. Sample size per group = 8 Performing permutation testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 8 Performing permutation testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 6 Testing power on an independent observations design experiment. Sample size per group = 8 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 8 Performing rank testing on simulated data Simulating independent observations experiment Testing power on an independent observations design experiment. Mean sample size per group = 6.5 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Mean sample size per group = 7.5 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Mean sample size per group = 8.5 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Mean sample size per group = 9.5 Performing ANOVA testing on simulated data Performing ANOVA testing on simulated data Performing ANOVA testing on simulated data Performing ANOVA testing on simulated data Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 5 Testing power on an independent observations design experiment. Sample size per group = 5 Testing power on an independent observations design experiment. Sample size per group = 5 Testing power on an independent observations design experiment. Mean sample size per group = 7.1 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Mean sample size per group = 7.1 Performing permutation testing on simulated data Testing power on an independent observations design experiment. Mean sample size per group = 7.1 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 15 Testing power on a repeated observations design experiment. Sample size = 15 Testing power on a repeated observations design experiment. Sample size = 15 Testing power on a repeated observations design experiment. Sample size = 5 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 5 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 15 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 5 Performing ANOVA testing on simulated data Testing power on a repeated observations design experiment. Sample size = 5 Performing ANOVA testing on simulated data Testing power on a repeated observations design experiment. Sample size = 15 Performing ANOVA testing on simulated data Testing power on a repeated observations design experiment. Sample size = 5 Performing permutation testing on simulated data Testing power on a repeated observations design experiment. Sample size = 5 Performing permutation testing on simulated data Testing power on a repeated observations design experiment. Sample size = 15 Performing permutation testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing ANOVA testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing ANOVA testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing ANOVA testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing permutation testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing permutation testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing permutation testing on simulated data [ FAIL 1 | WARN 439 | SKIP 0 | PASS 279 ] ══ Failed tests ════════════════════════════════════════════════════════════════ ── Failure ('test-twoway_simulation_testing.R:168:3'): correct within factor is used ── res_fB[2, 2] is not strictly less than 0.5. Difference: 0.0143 [ FAIL 1 | WARN 439 | SKIP 0 | PASS 279 ] Error: Test failures Execution halted Flavor: r-release-macos-arm64

Version: 1.6.0
Check: tests
Result: ERROR Running ‘testthat.R’ [99s/103s] Running the tests in ‘tests/testthat.R’ failed. Complete output: > # This file is part of the standard setup for testthat. > # It is recommended that you do not modify it. > # > # Where should you do additional test configuration? > # Learn more about the roles of various files in: > # * https://r-pkgs.org/testing-design.html#sec-tests-files-overview > # * https://testthat.r-lib.org/articles/special-files.html > > library(testthat) > library(extraSuperpower) > > test_check("extraSuperpower") Correlation matrix names assigned based on names from the mean matrix Correlation matrix names assigned based on names from the mean matrix Correlation matrix names assigned based on names from the mean matrix Simulating independent observations experiment Simulating independent observations experiment Simulating independent observations experiment Simulating independent observations experiment Simulating independent observations experiment Simulating repeated observations experiment Simulating repeated observations experiment Simulating independent observations experiment Testing power on an independent observations design experiment. Sample size per group = 9 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 11 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 13 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 15 Performing ANOVA testing on simulated data Simulating independent observations experiment Testing power on an independent observations design experiment. Sample size per group = 6 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 8 Performing ANOVA testing on simulated data Simulating independent observations experiment Testing power on an independent observations design experiment. Sample size per group = 6 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 8 Performing ANOVA testing on simulated data Simulating independent observations experiment Simulating repeated observations experiment Testing power on an independent observations design experiment. Sample size per group = 6 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 8 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 6 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 8 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 6 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 8 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 6 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 8 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 6 Testing power on an independent observations design experiment. Sample size per group = 8 Performing permutation testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 8 Performing permutation testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 6 Testing power on an independent observations design experiment. Sample size per group = 8 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 8 Performing rank testing on simulated data Simulating independent observations experiment Testing power on an independent observations design experiment. Mean sample size per group = 6.5 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Mean sample size per group = 7.5 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Mean sample size per group = 8.5 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Mean sample size per group = 9.5 Performing ANOVA testing on simulated data Performing ANOVA testing on simulated data Performing ANOVA testing on simulated data Performing ANOVA testing on simulated data Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Sample size per group = 5 Testing power on an independent observations design experiment. Sample size per group = 5 Testing power on an independent observations design experiment. Sample size per group = 5 Testing power on an independent observations design experiment. Mean sample size per group = 7.1 Performing ANOVA testing on simulated data Testing power on an independent observations design experiment. Mean sample size per group = 7.1 Performing permutation testing on simulated data Testing power on an independent observations design experiment. Mean sample size per group = 7.1 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 15 Testing power on a repeated observations design experiment. Sample size = 15 Testing power on a repeated observations design experiment. Sample size = 15 Testing power on a repeated observations design experiment. Sample size = 5 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 5 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 15 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 5 Performing ANOVA testing on simulated data Testing power on a repeated observations design experiment. Sample size = 5 Performing ANOVA testing on simulated data Testing power on a repeated observations design experiment. Sample size = 15 Performing ANOVA testing on simulated data Testing power on a repeated observations design experiment. Sample size = 5 Performing permutation testing on simulated data Testing power on a repeated observations design experiment. Sample size = 5 Performing permutation testing on simulated data Testing power on a repeated observations design experiment. Sample size = 15 Performing permutation testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing rank testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing ANOVA testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing ANOVA testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing ANOVA testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing permutation testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing permutation testing on simulated data Testing power on a repeated observations design experiment. Sample size = 6 Testing power on a repeated observations design experiment. Sample size = 5 Testing power on a repeated observations design experiment. Sample size = 4 Testing power on a repeated observations design experiment. Sample size = 3 Performing permutation testing on simulated data [ FAIL 1 | WARN 439 | SKIP 0 | PASS 279 ] ══ Failed tests ════════════════════════════════════════════════════════════════ ── Failure ('test-twoway_simulation_testing.R:168:3'): correct within factor is used ── res_fB[2, 2] is not strictly less than 0.5. Difference: 0.0143 [ FAIL 1 | WARN 439 | SKIP 0 | PASS 279 ] Error: Test failures Execution halted Flavor: r-oldrel-macos-arm64