CRAN Package Check Results for Maintainer ‘Bart-Jan van Rossum <bart-jan.vanrossum at wur.nl>’

Last updated on 2025-10-10 19:54:53 CEST.

Package	ERROR	NOTE	OK
douconca	5		8
factReg			13
isatabr			13
LMMsolver			13
statgenGWAS		3	10
statgenGxE		3	10
statgenHTP		3	10
statgenIBD		4	9
statgenMPP			13
statgenQTLxT		2	11
statgenSTA		5	8

Package douconca

Current CRAN status: ERROR: 5, OK: 8

Version: 1.2.3
Check: tests
Result: ERROR Running ‘tinytest.R’ [59s/78s] Running the tests in ‘tests/tinytest.R’ failed. Complete output: > if (requireNamespace("tinytest", quietly = TRUE)) { + tinytest::test_package("douconca") + } test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 2 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 3 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m6.9s<1b>[0m test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 2 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 3 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m9.4s<1b>[0m test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFtraits.R.......... 2 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m4.1s<1b>[0m test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 2 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 3 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m1.4s<1b>[0m test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTtraits.R.......... 2 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m3.7s<1b>[0m test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 1 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 1 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 2 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 4 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 4 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 5 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 5 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 5 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 6 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 8 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 8 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 11 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m5.3s<1b>[0m test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 1 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 1 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 2 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 4 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 4 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 5 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 5 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 5 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 6 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A11' test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 8 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 8 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 11 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m3.8s<1b>[0m test_cca0.R................... 0 tests test_cca0.R................... 0 tests test_cca0.R................... 0 tests test_cca0.R................... 0 tests test_cca0.R................... 1 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 1 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 1 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 2 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 3 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 4 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 5 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 6 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 7 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 9 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 10 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 11 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 11 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 12 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m4.1s<1b>[0m test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 1 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 1 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 1 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 2 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 2 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 3 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 5 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 5 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 6 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 6 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 6 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 8 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 8 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 8 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 9 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 10 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 11 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 11 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 11 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 13 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 14 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 15 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 16 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 17 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 18 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 19 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 19 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 19 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 20 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 21 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 22 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 23 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 24 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 25 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 26 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 27 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 28 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 29 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 30 tests <1b>[0;32mOK<1b>[0m Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : argument is of length zero [1] "Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : \n argument is of length zero\n" attr(,"class") [1] "try-error" attr(,"condition") <simpleError in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA: argument is of length zero> test_dcca.R................... 31 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 32 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 32 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 33 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 34 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 35 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 36 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 37 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 37 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 38 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 40 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 43 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 44 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m7.1s<1b>[0m test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 1 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 1 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 1 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 2 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 2 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 3 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 5 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 5 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 6 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 6 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 6 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 8 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 8 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 8 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 9 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 10 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 11 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 11 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 11 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A11' test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 13 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 14 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 15 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 16 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 17 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 18 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 19 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 19 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 19 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 20 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 21 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 22 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 23 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 24 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 25 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 26 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 27 tests <1b>[0;32mOK<1b>[0m The model is overfitted with no unconstrained (residual) component test_dccav.R.................. 28 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 29 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 30 tests <1b>[0;32mOK<1b>[0m Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : argument is of length zero [1] "Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : \n argument is of length zero\n" attr(,"class") [1] "try-error" attr(,"condition") <simpleError in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA: argument is of length zero> test_dccav.R.................. 31 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 32 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A1' The model is overfitted with no unconstrained (residual) component test_dccav.R.................. 32 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 33 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 34 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 35 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 36 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 37 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 37 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 38 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 40 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 43 tests <1b>[0;31m1 fails<1b>[0m test_dccav.R.................. 44 tests <1b>[0;31m1 fails<1b>[0m <1b>[0;34m4.2s<1b>[0m test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 1 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 4 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 6 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 7 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 9 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 10 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 12 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 15 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 16 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 16 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 20 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 22 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 23 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 24 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 27 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 27 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 27 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 28 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m0.9s<1b>[0m test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 1 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 4 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 6 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 7 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 9 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 10 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 10 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 10 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 12 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 15 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 15 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 16 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 16 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 16 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 20 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 20 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 20 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 20 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 20 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 22 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 23 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 24 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 24 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 24 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 24 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 27 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m1.0s<1b>[0m test_ipf2N2.R................. 0 tests test_ipf2N2.R................. 0 tests test_ipf2N2.R................. 0 tests test_ipf2N2.R................. 0 tests test_ipf2N2.R................. 1 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 2 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 3 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 3 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 4 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 5 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 6 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 6 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 7 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 7 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 7 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 8 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 8 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 8 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 9 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 10 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 10 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 11 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 12 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 12 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 12 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 13 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 14 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 14 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 15 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 15 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 15 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 16 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 16 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 17 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 17 tests <1b>[0;32mOK<1b>[0m Argument divideBySiteTotals set to FALSE, as species totals are proportional to N2(N-N2). You can overrule this by specifying divideBySiteTotals explicitly. test_ipf2N2.R................. 17 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 18 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m0.2s<1b>[0m test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 1 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 1 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 2 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 3 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 4 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 5 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 6 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 7 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 8 tests 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test_plot.dcca.R.............. 15 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 15 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 15 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 16 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m13.8s<1b>[0m test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 1 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 1 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 1 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 2 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 2 tests <1b>[0;32mOK<1b>[0m 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<1b>[0;32mOK<1b>[0m The model is overfitted with no unconstrained (residual) component test_predict.dccav.R.......... 33 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 33 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 34 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 34 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 37 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 37 tests <1b>[0;32mOK<1b>[0m The model is overfitted with no unconstrained (residual) component test_predict.dccav.R.......... 38 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 39 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 41 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 41 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 42 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A11' test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 45 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 45 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 45 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 46 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 47 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m1.5s<1b>[0m test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 1 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 1 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 2 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 3 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 4 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 4 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 4 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 5 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 5 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 6 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 7 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 9 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 11 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 12 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 13 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 14 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 14 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 15 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 16 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 17 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 17 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 18 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m6.3s<1b>[0m ----- FAILED[data]: test_dccav.R<320--322> call| expect_equivalent(unlist(an_ecol_max[3, , drop = TRUE]), c(1, call| 0.007899116, 0.964, 0.964, 0.964), tolerance = 1e-07) diff| Mean relative difference: 0.02057827 Error: 1 out of 333 tests failed In addition: Warning messages: 1: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 2: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 3: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 4: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 5: In qt((1 - level)/2, df) : NaNs produced 6: In max(ids, na.rm = TRUE) : no non-missing arguments to max; returning -Inf 7: Collinearity detected in CWM-model. VIF and t-ratio's not available (NA). 8: Collinearity detected in SNC-model. VIF and t-ratio's not available (NA). 9: Collinearity detected in CWM-model. VIF and t-ratio's not available (NA). 10: Collinearity detected in SNC-model. VIF and t-ratio's not available (NA). Execution halted Flavor: r-devel-linux-x86_64-debian-clang

Version: 1.2.3
Check: tests
Result: ERROR Running ‘tinytest.R’ [32s/46s] Running the tests in ‘tests/tinytest.R’ failed. Complete output: > if (requireNamespace("tinytest", quietly = TRUE)) { + tinytest::test_package("douconca") + } test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 2 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 3 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m3.5s<1b>[0m test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 2 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 3 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m5.9s<1b>[0m test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFtraits.R.......... 2 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m2.0s<1b>[0m test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 2 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 3 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m0.9s<1b>[0m test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTtraits.R.......... 2 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m1.9s<1b>[0m test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 1 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 1 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 2 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 4 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 4 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 5 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 5 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 5 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 6 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 8 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 8 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 11 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m2.8s<1b>[0m test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 1 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 1 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 2 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 4 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 4 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 5 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 5 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 5 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 6 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A11' test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 8 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 8 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 11 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m2.4s<1b>[0m test_cca0.R................... 0 tests test_cca0.R................... 0 tests test_cca0.R................... 0 tests test_cca0.R................... 0 tests test_cca0.R................... 1 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 1 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 1 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 2 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 3 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 4 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 5 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 6 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 7 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 9 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 10 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 11 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 11 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 12 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m2.2s<1b>[0m test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 1 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 1 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 1 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 2 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 2 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 3 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 5 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 5 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 6 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 6 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 6 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 8 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 8 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 8 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 9 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 10 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 11 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 11 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 11 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 13 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 14 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 15 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 16 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 17 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 18 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 19 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 19 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 19 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 20 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 21 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 22 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 23 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 24 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 25 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 26 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 27 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 28 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 29 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 30 tests <1b>[0;32mOK<1b>[0m Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : argument is of length zero [1] "Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : \n argument is of length zero\n" attr(,"class") [1] "try-error" attr(,"condition") <simpleError in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA: argument is of length zero> test_dcca.R................... 31 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 32 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 32 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 33 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 34 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 35 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 36 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 37 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 37 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 38 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 40 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 43 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 44 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m3.0s<1b>[0m test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 1 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 1 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 1 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 2 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 2 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 3 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 5 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 5 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 6 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 6 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 6 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 8 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 8 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 8 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 9 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 10 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 11 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 11 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 11 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A11' test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 13 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 14 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 15 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 16 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 17 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 18 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 19 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 19 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 19 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 20 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 21 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 22 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 23 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 24 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 25 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 26 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 27 tests <1b>[0;32mOK<1b>[0m The model is overfitted with no unconstrained (residual) component test_dccav.R.................. 28 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 29 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 30 tests <1b>[0;32mOK<1b>[0m Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : argument is of length zero [1] "Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : \n argument is of length zero\n" attr(,"class") [1] "try-error" attr(,"condition") <simpleError in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA: argument is of length zero> test_dccav.R.................. 31 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 32 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A1' The model is overfitted with no unconstrained (residual) component test_dccav.R.................. 32 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 33 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 34 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 35 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 36 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 37 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 37 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 38 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 40 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 43 tests <1b>[0;31m1 fails<1b>[0m test_dccav.R.................. 44 tests <1b>[0;31m1 fails<1b>[0m <1b>[0;34m2.9s<1b>[0m test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 1 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 4 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 6 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 7 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 9 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 10 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 12 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 15 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 16 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 16 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 20 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 22 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 23 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 24 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 27 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 27 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 27 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 28 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m0.6s<1b>[0m test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 1 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 4 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m 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test_predict.dccav.R.......... 4 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 5 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 6 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 7 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 8 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 9 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 10 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 11 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 11 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 11 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 11 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 11 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 12 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 12 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 12 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 12 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 13 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 14 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 15 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 16 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 17 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 17 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 17 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 17 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 17 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 17 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 18 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 19 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 20 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 21 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 22 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 23 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 24 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 25 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 25 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 25 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 25 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 26 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 27 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 27 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 27 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 28 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 29 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 30 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 30 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 30 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 31 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 31 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 32 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 32 tests <1b>[0;32mOK<1b>[0m The model is overfitted with no unconstrained (residual) component test_predict.dccav.R.......... 33 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 33 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 34 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 34 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 37 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 37 tests <1b>[0;32mOK<1b>[0m The model is overfitted with no unconstrained (residual) component test_predict.dccav.R.......... 38 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 39 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 41 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 41 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 42 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A11' test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 45 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 45 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 45 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 46 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 47 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m0.8s<1b>[0m test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 1 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 1 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 2 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 3 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 4 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 4 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 4 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 5 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 5 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 6 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 7 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 9 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 11 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 12 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 13 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 14 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 14 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 15 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 16 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 17 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 17 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 18 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m3.2s<1b>[0m ----- FAILED[data]: test_dccav.R<320--322> call| expect_equivalent(unlist(an_ecol_max[3, , drop = TRUE]), c(1, call| 0.007899116, 0.964, 0.964, 0.964), tolerance = 1e-07) diff| Mean relative difference: 0.02057827 Error: 1 out of 333 tests failed In addition: Warning messages: 1: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 2: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 3: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 4: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 5: In qt((1 - level)/2, df) : NaNs produced 6: In max(ids, na.rm = TRUE) : no non-missing arguments to max; returning -Inf 7: Collinearity detected in CWM-model. VIF and t-ratio's not available (NA). 8: Collinearity detected in SNC-model. VIF and t-ratio's not available (NA). 9: Collinearity detected in CWM-model. VIF and t-ratio's not available (NA). 10: Collinearity detected in SNC-model. VIF and t-ratio's not available (NA). Execution halted Flavor: r-devel-linux-x86_64-debian-gcc

Version: 1.2.3
Check: tests
Result: ERROR Running ‘tinytest.R’ [96s/188s] Running the tests in ‘tests/tinytest.R’ failed. Complete output: > if (requireNamespace("tinytest", quietly = TRUE)) { + tinytest::test_package("douconca") + } test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 2 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 3 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m17.4s<1b>[0m test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 2 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 3 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m22.4s<1b>[0m test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFtraits.R.......... 2 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m9.2s<1b>[0m test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 2 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 3 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m3.8s<1b>[0m test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTtraits.R.......... 2 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m12.6s<1b>[0m test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 1 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 1 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 2 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 4 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 4 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 5 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 5 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 5 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 6 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 8 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 8 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 11 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m13.2s<1b>[0m test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 1 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 1 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 2 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 4 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 4 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 5 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 5 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 5 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 6 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A11' test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 8 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 8 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 11 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m8.9s<1b>[0m test_cca0.R................... 0 tests test_cca0.R................... 0 tests test_cca0.R................... 0 tests test_cca0.R................... 0 tests test_cca0.R................... 1 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 1 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 1 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 2 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 3 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 4 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 5 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 6 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 7 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 9 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 10 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 11 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 11 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 12 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m9.5s<1b>[0m test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 1 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 1 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 1 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 2 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 2 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 3 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 5 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 5 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 6 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 6 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 6 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 8 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 8 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 8 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 9 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 10 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 11 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 11 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 11 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 13 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 14 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 15 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 16 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 17 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 18 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 19 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 19 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 19 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 20 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 21 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 22 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 23 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 24 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 25 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 26 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 27 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 28 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 29 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 30 tests <1b>[0;32mOK<1b>[0m Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : argument is of length zero [1] "Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : \n argument is of length zero\n" attr(,"class") [1] "try-error" attr(,"condition") <simpleError in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA: argument is of length zero> test_dcca.R................... 31 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 32 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 32 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 33 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 34 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 35 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 36 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 37 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 37 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 38 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 40 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 43 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 44 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m21.7s<1b>[0m test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 1 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 1 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 1 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 2 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 2 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 3 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 5 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 5 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 6 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 6 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 6 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 8 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 8 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 8 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 9 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 10 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 11 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 11 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 11 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A11' test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 13 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 14 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 15 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 16 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 17 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 18 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 19 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 19 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 19 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 20 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 21 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 22 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 23 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 24 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 25 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 26 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 27 tests <1b>[0;32mOK<1b>[0m The model is overfitted with no unconstrained (residual) component test_dccav.R.................. 28 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 29 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 30 tests <1b>[0;32mOK<1b>[0m Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : argument is of length zero [1] "Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : \n argument is of length zero\n" attr(,"class") [1] "try-error" attr(,"condition") <simpleError in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA: argument is of length zero> test_dccav.R.................. 31 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 32 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A1' The model is overfitted with no unconstrained (residual) component test_dccav.R.................. 32 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 33 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 34 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 35 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 36 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 37 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 37 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 38 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 40 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 43 tests <1b>[0;31m1 fails<1b>[0m test_dccav.R.................. 44 tests <1b>[0;31m1 fails<1b>[0m <1b>[0;34m12.8s<1b>[0m test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 1 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 4 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 6 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 7 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 9 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 10 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 12 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 15 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 16 tests <1b>[0;32mOK<1b>[0m 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<1b>[0;34m1.9s<1b>[0m test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 1 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 4 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m 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tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 8 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 8 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 8 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 9 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 10 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 10 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 11 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 12 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 12 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 12 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 13 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 14 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 14 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 15 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 15 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 15 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 16 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 16 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 17 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 17 tests <1b>[0;32mOK<1b>[0m Argument divideBySiteTotals set to FALSE, as species totals are proportional to N2(N-N2). You can overrule this by specifying divideBySiteTotals explicitly. test_ipf2N2.R................. 17 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 18 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m0.3s<1b>[0m test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 1 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 1 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 2 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 3 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 4 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 5 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 6 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 7 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 8 tests 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<1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 27 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 27 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 28 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 29 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 30 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 30 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 30 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 31 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 31 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 32 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 32 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 32 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 32 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 33 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 33 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 33 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 34 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 34 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 34 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 37 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 37 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 37 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 38 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 38 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 39 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 41 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 41 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 41 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 41 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 41 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 42 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 42 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 42 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 44 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m2.5s<1b>[0m test_predict.dccav.R.......... 0 tests test_predict.dccav.R.......... 0 tests test_predict.dccav.R.......... 0 tests test_predict.dccav.R.......... 0 tests test_predict.dccav.R.......... 0 tests test_predict.dccav.R.......... 0 tests test_predict.dccav.R.......... 0 tests test_predict.dccav.R.......... 0 tests test_predict.dccav.R.......... 0 tests test_predict.dccav.R.......... 0 tests test_predict.dccav.R.......... 0 tests test_predict.dccav.R.......... 1 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 1 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 1 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 2 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 2 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 2 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 3 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 3 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 3 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 3 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 4 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 4 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 4 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 4 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 4 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 4 tests <1b>[0;32mOK<1b>[0m 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test_predict.dccav.R.......... 25 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 25 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 25 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 25 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 26 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 27 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 27 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 27 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 28 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 29 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 30 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 30 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 30 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 31 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 31 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 32 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 32 tests <1b>[0;32mOK<1b>[0m The model is overfitted with no unconstrained (residual) component test_predict.dccav.R.......... 33 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 33 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 34 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 34 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 37 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 37 tests <1b>[0;32mOK<1b>[0m The model is overfitted with no unconstrained (residual) component test_predict.dccav.R.......... 38 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 39 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 41 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 41 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 42 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A11' test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 45 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 45 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 45 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 46 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 47 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m2.4s<1b>[0m test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 1 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 1 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 2 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 3 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 4 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 4 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 4 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 5 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 5 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 6 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 7 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 9 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 11 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 12 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 13 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 14 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 14 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 15 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 16 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 17 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 17 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 18 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m8.0s<1b>[0m ----- FAILED[data]: test_dccav.R<320--322> call| expect_equivalent(unlist(an_ecol_max[3, , drop = TRUE]), c(1, call| 0.007899116, 0.964, 0.964, 0.964), tolerance = 1e-07) diff| Mean relative difference: 0.02057827 Error: 1 out of 333 tests failed In addition: Warning messages: 1: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 2: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 3: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 4: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 5: In qt((1 - level)/2, df) : NaNs produced 6: In max(ids, na.rm = TRUE) : no non-missing arguments to max; returning -Inf 7: Collinearity detected in CWM-model. VIF and t-ratio's not available (NA). 8: Collinearity detected in SNC-model. VIF and t-ratio's not available (NA). 9: Collinearity detected in CWM-model. VIF and t-ratio's not available (NA). 10: Collinearity detected in SNC-model. VIF and t-ratio's not available (NA). Execution halted Flavor: r-devel-linux-x86_64-fedora-clang

Version: 1.2.3
Check: tests
Result: ERROR Running ‘tinytest.R’ [95s/216s] Running the tests in ‘tests/tinytest.R’ failed. Complete output: > if (requireNamespace("tinytest", quietly = TRUE)) { + tinytest::test_package("douconca") + } test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 2 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 3 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m16.0s<1b>[0m test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 2 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 3 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m24.5s<1b>[0m test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFtraits.R.......... 2 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m10.9s<1b>[0m test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 2 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 3 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m2.8s<1b>[0m test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTtraits.R.......... 2 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m9.3s<1b>[0m test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 1 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 1 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 2 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 4 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 4 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 5 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 5 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 5 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 6 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 8 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 8 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 11 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m11.1s<1b>[0m test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 1 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 1 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 2 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 4 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 4 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 5 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 5 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 5 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 6 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A11' test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 8 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 8 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 11 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m12.4s<1b>[0m test_cca0.R................... 0 tests test_cca0.R................... 0 tests test_cca0.R................... 0 tests test_cca0.R................... 0 tests test_cca0.R................... 1 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 1 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 1 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 2 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 3 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 4 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 5 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 6 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 7 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m 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<1b>[0;32mOK<1b>[0m test_dcca.R................... 8 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 9 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 10 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 11 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 11 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 11 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 13 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 14 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 15 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 16 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 17 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 18 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 19 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 19 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 19 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 20 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 21 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 22 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 23 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 24 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 25 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 26 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 27 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 28 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 29 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 30 tests <1b>[0;32mOK<1b>[0m Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : argument is of length zero [1] "Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : \n argument is of length zero\n" attr(,"class") [1] "try-error" attr(,"condition") <simpleError in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA: argument is of length zero> test_dcca.R................... 31 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 32 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 32 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 33 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 34 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 35 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 36 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 37 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 37 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 38 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 40 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 43 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 44 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m19.6s<1b>[0m test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 1 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 1 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 1 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 2 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 2 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 3 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 5 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 5 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 6 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 6 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 6 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 8 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 8 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 8 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 9 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 10 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 11 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 11 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 11 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A11' test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 13 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 14 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 15 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 16 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 17 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 18 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 19 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 19 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 19 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 20 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 21 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 22 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 23 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 24 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 25 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 26 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 27 tests <1b>[0;32mOK<1b>[0m The model is overfitted with no unconstrained (residual) component test_dccav.R.................. 28 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 29 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 30 tests <1b>[0;32mOK<1b>[0m Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : argument is of length zero [1] "Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : \n argument is of length zero\n" attr(,"class") [1] "try-error" attr(,"condition") <simpleError in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA: argument is of length zero> test_dccav.R.................. 31 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 32 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A1' The model is overfitted with no unconstrained (residual) component test_dccav.R.................. 32 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 33 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 34 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 35 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 36 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 37 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 37 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 38 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 40 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 43 tests <1b>[0;31m1 fails<1b>[0m test_dccav.R.................. 44 tests <1b>[0;31m1 fails<1b>[0m <1b>[0;34m12.9s<1b>[0m test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 1 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 4 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 6 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 7 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 9 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 10 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 12 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 15 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 16 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 16 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 20 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 22 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 23 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 24 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 27 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 27 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 27 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 28 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m3.8s<1b>[0m test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 1 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 4 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 6 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 7 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 9 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 10 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 10 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 10 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 12 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 13 tests 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test_fCWMSNCv.R............... 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 20 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 20 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 20 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 20 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 20 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 22 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 23 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 24 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 24 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 24 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 24 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 27 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m3.5s<1b>[0m test_ipf2N2.R................. 0 tests test_ipf2N2.R................. 0 tests test_ipf2N2.R................. 0 tests test_ipf2N2.R................. 0 tests test_ipf2N2.R................. 1 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 2 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 3 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 3 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 4 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 5 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 6 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 6 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 7 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 7 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 7 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 8 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 8 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 8 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 9 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 10 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 10 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 11 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 12 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 12 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 12 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 13 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 14 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 14 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 15 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 15 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 15 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 16 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 16 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 17 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 17 tests <1b>[0;32mOK<1b>[0m Argument divideBySiteTotals set to FALSE, as species totals are proportional to N2(N-N2). You can overrule this by specifying divideBySiteTotals explicitly. test_ipf2N2.R................. 17 tests <1b>[0;32mOK<1b>[0m test_ipf2N2.R................. 18 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m0.8s<1b>[0m test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 0 tests test_plot.dcca.R.............. 1 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 1 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 2 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 3 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 4 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 5 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 6 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 7 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 8 tests 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test_plot.dcca.R.............. 15 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 15 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 15 tests <1b>[0;32mOK<1b>[0m test_plot.dcca.R.............. 16 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m41.6s<1b>[0m test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 0 tests test_predict.dcca.R........... 1 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 1 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 1 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 2 tests <1b>[0;32mOK<1b>[0m test_predict.dcca.R........... 2 tests <1b>[0;32mOK<1b>[0m 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<1b>[0;32mOK<1b>[0m The model is overfitted with no unconstrained (residual) component test_predict.dccav.R.......... 33 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 33 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 34 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 34 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 37 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 37 tests <1b>[0;32mOK<1b>[0m The model is overfitted with no unconstrained (residual) component test_predict.dccav.R.......... 38 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 39 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 41 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 41 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 42 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A11' test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 45 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 45 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 45 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 46 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 47 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m5.6s<1b>[0m test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 1 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 1 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 2 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 3 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 4 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 4 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 4 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 5 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 5 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 6 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 7 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 9 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 11 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 12 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 13 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 14 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 14 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 15 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 16 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 17 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 17 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 18 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m14.6s<1b>[0m ----- FAILED[data]: test_dccav.R<320--322> call| expect_equivalent(unlist(an_ecol_max[3, , drop = TRUE]), c(1, call| 0.007899116, 0.964, 0.964, 0.964), tolerance = 1e-07) diff| Mean relative difference: 0.02057827 Error: 1 out of 333 tests failed In addition: Warning messages: 1: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 2: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 3: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 4: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 5: In qt((1 - level)/2, df) : NaNs produced 6: In max(ids, na.rm = TRUE) : no non-missing arguments to max; returning -Inf 7: Collinearity detected in CWM-model. VIF and t-ratio's not available (NA). 8: Collinearity detected in SNC-model. VIF and t-ratio's not available (NA). 9: Collinearity detected in CWM-model. VIF and t-ratio's not available (NA). 10: Collinearity detected in SNC-model. VIF and t-ratio's not available (NA). Execution halted Flavor: r-devel-linux-x86_64-fedora-gcc

Version: 1.2.3
Check: tests
Result: ERROR Running 'tinytest.R' [42s] Running the tests in 'tests/tinytest.R' failed. Complete output: > if (requireNamespace("tinytest", quietly = TRUE)) { + tinytest::test_package("douconca") + } test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 0 tests test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 2 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cFALSE.R.... 3 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m3.3s<1b>[0m test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 0 tests test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 2 tests <1b>[0;32mOK<1b>[0m test_FS_divFenv_f2cTRUE.R..... 3 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m5.3s<1b>[0m test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 0 tests test_FS_divFtraits.R.......... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divFtraits.R.......... 2 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m1.9s<1b>[0m test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 0 tests test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 2 tests <1b>[0;32mOK<1b>[0m test_FS_divTenv_f2cFALSE.R.... 3 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m0.8s<1b>[0m test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 0 tests test_FS_divTtraits.R.......... 1 tests <1b>[0;32mOK<1b>[0m test_FS_divTtraits.R.......... 2 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m2.2s<1b>[0m test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 0 tests test_anova.dcca.R............. 1 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 1 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 2 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 3 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 4 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 4 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 5 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 5 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 5 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 6 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 7 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 8 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 8 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 9 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 10 tests <1b>[0;32mOK<1b>[0m test_anova.dcca.R............. 11 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m2.8s<1b>[0m test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 0 tests test_anova.dccav.R............ 1 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 1 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 2 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 3 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 4 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 4 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 5 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 5 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 5 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 6 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A11' test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 7 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 8 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 8 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 9 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 10 tests <1b>[0;32mOK<1b>[0m test_anova.dccav.R............ 11 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m1.8s<1b>[0m test_cca0.R................... 0 tests test_cca0.R................... 0 tests test_cca0.R................... 0 tests test_cca0.R................... 0 tests test_cca0.R................... 1 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 1 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 1 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 2 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 3 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 4 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 5 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 6 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 7 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 8 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 9 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 10 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 11 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 11 tests <1b>[0;32mOK<1b>[0m test_cca0.R................... 12 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m2.4s<1b>[0m test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 0 tests test_dcca.R................... 1 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 1 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 1 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 2 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 2 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 3 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 4 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 5 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 5 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 6 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 6 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 6 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 7 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 8 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 8 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 8 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 9 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 10 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 11 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 11 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 11 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 12 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 13 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 14 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 15 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 16 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 17 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 18 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 19 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 19 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 19 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 20 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 21 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 22 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 23 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 24 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 25 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 26 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 27 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 28 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 29 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 30 tests <1b>[0;32mOK<1b>[0m Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : argument is of length zero [1] "Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : \n argument is of length zero\n" attr(,"class") [1] "try-error" attr(,"condition") <simpleError in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA: argument is of length zero> test_dcca.R................... 31 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 32 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 32 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 33 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 34 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 35 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 36 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 37 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 37 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 38 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 40 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 41 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 42 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 43 tests <1b>[0;32mOK<1b>[0m test_dcca.R................... 44 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m3.9s<1b>[0m test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 0 tests test_dccav.R.................. 1 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 1 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 1 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 2 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 2 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 3 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 4 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 5 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 5 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 6 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 6 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 6 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 7 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 8 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 8 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 8 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 9 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 10 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 11 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 11 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 11 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A11' test_dccav.R.................. 12 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 13 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 14 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 15 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 16 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 17 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 18 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 19 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 19 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 19 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 20 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 21 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 22 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 23 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 24 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 25 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 26 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 27 tests <1b>[0;32mOK<1b>[0m The model is overfitted with no unconstrained (residual) component test_dccav.R.................. 28 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 29 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 30 tests <1b>[0;32mOK<1b>[0m Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : argument is of length zero [1] "Error in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA : \n argument is of length zero\n" attr(,"class") [1] "try-error" attr(,"condition") <simpleError in if (nrow(data) == ncol(Yw)) TRUE else if (nrow(data) == nrow(Yw)) FALSE else NA: argument is of length zero> test_dccav.R.................. 31 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 32 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A1' The model is overfitted with no unconstrained (residual) component test_dccav.R.................. 32 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 33 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 34 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 35 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 36 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 37 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 37 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 38 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 40 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 41 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 42 tests <1b>[0;32mOK<1b>[0m test_dccav.R.................. 43 tests <1b>[0;31m1 fails<1b>[0m test_dccav.R.................. 44 tests <1b>[0;31m1 fails<1b>[0m <1b>[0;34m2.5s<1b>[0m test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 0 tests test_fCWMSNC.R................ 1 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 4 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 6 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 7 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 8 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 9 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 10 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 11 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 12 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 13 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 14 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 15 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 16 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 16 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 17 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 18 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 19 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 20 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 21 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 22 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 23 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 24 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 25 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 26 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 27 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 27 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 27 tests <1b>[0;32mOK<1b>[0m test_fCWMSNC.R................ 28 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m0.5s<1b>[0m test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 0 tests test_fCWMSNCv.R............... 1 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 2 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 3 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 4 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m test_fCWMSNCv.R............... 5 tests <1b>[0;32mOK<1b>[0m 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test_predict.dccav.R.......... 4 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 5 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 6 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 7 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 8 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 9 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 10 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 11 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 11 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 11 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 11 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 11 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 12 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 12 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 12 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 12 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 13 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 14 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 15 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 16 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 17 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 17 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 17 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 17 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 17 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 17 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 18 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 19 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 20 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 21 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 22 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 23 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 24 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 25 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 25 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 25 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 25 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 26 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 27 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 27 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 27 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 28 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 29 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 30 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 30 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 30 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 31 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 31 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 32 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 32 tests <1b>[0;32mOK<1b>[0m The model is overfitted with no unconstrained (residual) component test_predict.dccav.R.......... 33 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 33 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 34 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 34 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 35 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 36 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 37 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 37 tests <1b>[0;32mOK<1b>[0m The model is overfitted with no unconstrained (residual) component test_predict.dccav.R.......... 38 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 39 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 40 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 41 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 41 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 42 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 43 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m Some constraints or conditions were aliased because they were redundant. This can happen if terms are constant or linearly dependent (collinear): 'A11' test_predict.dccav.R.......... 44 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 45 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 45 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 45 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 46 tests <1b>[0;32mOK<1b>[0m test_predict.dccav.R.......... 47 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m0.7s<1b>[0m test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 0 tests test_wrda.R................... 1 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 1 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 2 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 3 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 4 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 4 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 4 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 5 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 5 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 6 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 7 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 8 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 9 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 10 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 11 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 12 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 13 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 14 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 14 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 15 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 16 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 17 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 17 tests <1b>[0;32mOK<1b>[0m test_wrda.R................... 18 tests <1b>[0;32mOK<1b>[0m <1b>[0;34m3.6s<1b>[0m ----- FAILED[data]: test_dccav.R<320--322> call| expect_equivalent(unlist(an_ecol_max[3, , drop = TRUE]), c(1, call| 0.007899116, 0.964, 0.964, 0.964), tolerance = 1e-07) diff| Mean relative difference: 0.02057827 Error: 1 out of 333 tests failed In addition: Warning messages: 1: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 2: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 3: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 4: In set_newdata(object, newdata1, type = "envFromTraits", means_mis = attr(reg, : newdata does not contain the predictor variables Height,Lifespan,Seedmass These are set at their mean values and, for factors, at the reference level The current formula is ~ Seedmass + SLA + Height + LDMC + Lifespan 5: In qt((1 - level)/2, df) : NaNs produced 6: In max(ids, na.rm = TRUE) : no non-missing arguments to max; returning -Inf 7: Collinearity detected in CWM-model. VIF and t-ratio's not available (NA). 8: Collinearity detected in SNC-model. VIF and t-ratio's not available (NA). 9: Collinearity detected in CWM-model. VIF and t-ratio's not available (NA). 10: Collinearity detected in SNC-model. VIF and t-ratio's not available (NA). Execution halted Flavor: r-devel-windows-x86_64

Package factReg

Current CRAN status: OK: 13

Package isatabr

Current CRAN status: OK: 13

Package LMMsolver

Current CRAN status: OK: 13

Package statgenGWAS

Current CRAN status: NOTE: 3, OK: 10

Version: 1.0.12
Check: installed package size
Result: NOTE installed size is 9.8Mb sub-directories of 1Mb or more: data 3.6Mb libs 5.1Mb Flavors: r-oldrel-macos-arm64, r-oldrel-macos-x86_64, r-oldrel-windows-x86_64

Package statgenGxE

Current CRAN status: NOTE: 3, OK: 10

Version: 1.0.10
Check: package dependencies
Result: NOTE Package suggested but not available for checking: ‘asreml’ Flavors: r-oldrel-macos-arm64, r-oldrel-macos-x86_64, r-oldrel-windows-x86_64

Package statgenHTP

Current CRAN status: NOTE: 3, OK: 10

Version: 1.0.9.1
Check: package dependencies
Result: NOTE Package suggested but not available for checking: ‘asreml’ Flavors: r-oldrel-macos-arm64, r-oldrel-macos-x86_64, r-oldrel-windows-x86_64

Version: 1.0.9.1
Check: installed package size
Result: NOTE installed size is 5.0Mb sub-directories of 1Mb or more: data 3.5Mb Flavors: r-oldrel-macos-arm64, r-oldrel-macos-x86_64

Package statgenIBD

Current CRAN status: NOTE: 4, OK: 9

Version: 1.0.9
Check: dependencies in R code
Result: NOTE Namespace in Imports field not imported from: ‘statgenGWAS’ All declared Imports should be used. Flavors: r-devel-linux-x86_64-fedora-clang, r-devel-linux-x86_64-fedora-gcc

Version: 1.0.9
Check: installed package size
Result: NOTE installed size is 7.5Mb sub-directories of 1Mb or more: extdata 2.4Mb libs 4.2Mb Flavors: r-oldrel-macos-arm64, r-oldrel-macos-x86_64

Package statgenMPP

Current CRAN status: OK: 13

Package statgenQTLxT

Current CRAN status: NOTE: 2, OK: 11

Version: 1.0.3
Check: installed package size
Result: NOTE installed size is 7.5Mb sub-directories of 1Mb or more: libs 6.5Mb Flavors: r-oldrel-macos-arm64, r-oldrel-macos-x86_64

Package statgenSTA

Current CRAN status: NOTE: 5, OK: 8

Version: 1.0.15
Check: dependencies in R code
Result: NOTE Namespace in Imports field not imported from: ‘mapproj’ All declared Imports should be used. Flavors: r-devel-linux-x86_64-fedora-clang, r-devel-linux-x86_64-fedora-gcc

Version: 1.0.15
Check: package dependencies
Result: NOTE Package suggested but not available for checking: ‘asreml’ Flavors: r-oldrel-macos-arm64, r-oldrel-macos-x86_64, r-oldrel-windows-x86_64