Last updated on 2026-09-07 06:50:04 CEST.
| Package | OK | ERROR |
|---|---|---|
| ackwards | 11 | 2 |
| circumplex | 11 | 2 |
| rlmstudio | 13 |
Current CRAN status: OK: 11, ERROR: 2
Version: 0.2.0
Check: whether package can be installed
Result: ERROR
Installation failed.
Flavor: r-devel-linux-x86_64-fedora-gcc
Version: 0.2.0
Check: tests
Result: ERROR
Running 'testthat.R' [83s]
Running the tests in 'tests/testthat.R' failed.
Complete output:
> library(testthat)
> library(ackwards)
>
> test_check("ackwards")
Starting 2 test processes.
> test-suggest_k.R: i Running parallel analysis (5 iterations, PC + FA)...
> test-suggest_k.R: i PA-PC suggested 6 components -- above the evaluated ceiling (`k_max` = 3); reporting k <= 3.
> test-suggest_k.R: i Increase `k_max` to evaluate the full suggestion.
> test-suggest_k.R: i PA-FA suggested 6 factors -- above the evaluated ceiling (`k_max` = 3); reporting k <= 3.
> test-suggest_k.R: i Increase `k_max` to evaluate the full suggestion.
> test-suggest_k.R: v Running parallel analysis (5 iterations, PC + FA)... [612ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running MAP and VSS...
> test-suggest_k.R: CD: 364 rows with missing values removed (2436 complete cases used).
> test-suggest_k.R: v Running MAP and VSS... [384ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running Comparison Data (CD)...
> test-suggest_k.R: v Running Comparison Data (CD)... [15.1s]
> test-suggest_k.R:
> test-suggest_k.R: i Running parallel analysis (5 iterations, PC + FA)...
> test-suggest_k.R: v Running parallel analysis (5 iterations, PC + FA)... [203ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running MAP and VSS...
> test-suggest_k.R: CD: 54 rows with missing values removed (946 complete cases used).
> test-suggest_k.R: v Running MAP and VSS... [149ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running Comparison Data (CD)...
> test-suggest_k.R: v Running Comparison Data (CD)... [3.2s]
> test-suggest_k.R:
> test-suggest_k.R: i Running parallel analysis (5 iterations, PC + FA)...
> test-suggest_k.R: i PA-PC suggested 3 components -- above the evaluated ceiling (`k_max` = 2); reporting k <= 2.
> test-suggest_k.R: i Increase `k_max` to evaluate the full suggestion.
> test-suggest_k.R: i PA-FA suggested 5 factors -- above the evaluated ceiling (`k_max` = 2); reporting k <= 2.
> test-suggest_k.R: i Increase `k_max` to evaluate the full suggestion.
> test-suggest_k.R: v Running parallel analysis (5 iterations, PC + FA)... [362ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running MAP and VSS...
> test-suggest_k.R: CD: 86 rows with missing values removed (914 complete cases used).
> test-suggest_k.R: v Running MAP and VSS... [125ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running Comparison Data (CD)...
> test-suggest_k.R: v Running Comparison Data (CD)... [3.2s]
> test-suggest_k.R:
> test-suggest_k.R: i Running parallel analysis (3 iterations, PC + FA)...
> test-suggest_k.R: v Running parallel analysis (3 iterations, PC + FA)... [168ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running MAP and VSS...
> test-suggest_k.R: CD: 54 rows with missing values removed (946 complete cases used).
> test-suggest_k.R: v Running MAP and VSS... [141ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running Comparison Data (CD)...
> test-suggest_k.R: v Running Comparison Data (CD)... [2.1s]
> test-suggest_k.R:
> test-suggest_k.R: i Running parallel analysis (3 iterations, PC + FA)...
> test-suggest_k.R: v Running parallel analysis (3 iterations, PC + FA)... [175ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running MAP and VSS...
> test-suggest_k.R: CD: 54 rows with missing values removed (946 complete cases used).
> test-suggest_k.R: v Running MAP and VSS... [139ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running Comparison Data (CD)...
> test-suggest_k.R: v Running Comparison Data (CD)... [2.1s]
> test-suggest_k.R:
> test-suggest_k.R: i Running MAP and VSS...
> test-suggest_k.R: v Running MAP and VSS... [149ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running MAP and VSS...
> test-suggest_k.R: v Running MAP and VSS... [173ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running MAP and VSS...
> test-suggest_k.R: v Running MAP and VSS... [128ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running parallel analysis (5 iterations, PC + FA)...
> test-suggest_k.R: i PA-FA suggested 4 factors -- above the evaluated ceiling (`k_max` = 2); reporting k <= 2.
> test-suggest_k.R: i Increase `k_max` to evaluate the full suggestion.
> test-suggest_k.R: v Running parallel analysis (5 iterations, PC + FA)... [379ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running parallel analysis (3 iterations, PC + FA)...
> test-suggest_k.R: v Running parallel analysis (3 iterations, PC + FA)... [159ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running MAP and VSS...
> test-suggest_k.R: CD: 41 rows with missing values removed (959 complete cases used).
> test-suggest_k.R: v Running MAP and VSS... [178ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running Comparison Data (CD)...
> test-suggest_k.R: v Running Comparison Data (CD)... [1s]
> test-suggest_k.R:
> test-suggest_k.R: i Running parallel analysis (3 iterations, PC + FA)...
> test-suggest_k.R: v Running parallel analysis (3 iterations, PC + FA)... [173ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running MAP and VSS...
> test-suggest_k.R: i CD requires EFAtools (install to enable).
> test-suggest_k.R: v Running MAP and VSS... [169ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running parallel analysis (3 iterations, PC + FA)...
> test-suggest_k.R: In smc, smcs < 0 were set to .0
> test-suggest_k.R: In smc, smcs < 0 were set to .0
> test-suggest_k.R: In smc, smcs < 0 were set to .0
> test-suggest_k.R: In factor.scores, the correlation matrix is singular, the pseudo inverse is used
> test-suggest_k.R: In smc, smcs < 0 were set to .0
> test-suggest_k.R: In smc, smcs < 0 were set to .0
> test-suggest_k.R: In factor.scores, the correlation matrix is singular, the pseudo inverse is used
> test-suggest_k.R: In smc, smcs < 0 were set to .0
> test-suggest_k.R: In smc, smcs < 0 were set to .0
> test-suggest_k.R: In factor.scores, the correlation matrix is singular, the pseudo inverse is used
> test-suggest_k.R: In smc, smcs < 0 were set to .0
> test-suggest_k.R: In smc, smcs < 0 were set to .0
> test-suggest_k.R: In factor.scores, the correlation matrix is singular, the pseudo inverse is used
> test-suggest_k.R: v Running parallel analysis (3 iterations, PC + FA)... [86ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running MAP and VSS...
> test-suggest_k.R: x Running MAP and VSS... [63ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running parallel analysis (3 iterations, PC + FA)...
> test-suggest_k.R: v Running parallel analysis (3 iterations, PC + FA)... [159ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running MAP and VSS...
> test-suggest_k.R: CD: 64 rows with missing values removed (936 complete cases used).
> test-suggest_k.R: v Running MAP and VSS... [108ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running Comparison Data (CD)...
> test-suggest_k.R: v Running Comparison Data (CD)... [3.3s]
> test-suggest_k.R:
> test-suggest_k.R:
> test-suggest_k.R: -- Factor / Component Count Suggestion (ackwards) ------------------------------
> test-suggest_k.R: Variables: 8
> test-suggest_k.R: n: 1,000
> test-suggest_k.R: Basis: pearson
> test-suggest_k.R: Tested k: 1-4
> test-suggest_k.R:
> test-suggest_k.R: -- Criteria (k = 1-4) --
> test-suggest_k.R:
> test-suggest_k.R: k PA-PC PA-FA MAP VSS-1 VSS-2 CD
> test-suggest_k.R: 1 v v 0.0427* 0.6224 0.0000 v
> test-suggest_k.R: 2 v v 0.0522 0.7305* 0.7981 v
> test-suggest_k.R: 3 - v 0.0971 0.6415 0.8407 v*
> test-suggest_k.R: 4 - - 0.1577 0.6451 0.8510* -
> test-suggest_k.R: v retained * optimal k - not retained
> test-suggest_k.R:
> test-suggest_k.R: -- Recommendations --
> test-suggest_k.R:
> test-suggest_k.R: * PA-PC: k <= 2
> test-suggest_k.R: * PA-FA: k <= 3
> test-suggest_k.R: * MAP: k = 1
> test-suggest_k.R: * VSS-1: k = 2
> test-suggest_k.R: * VSS-2: k = 4
> test-suggest_k.R: * CD: k = 3
> test-suggest_k.R: Consensus range: k = 1-4
> test-suggest_k.R: --------------------------------------------------------------------------------
> test-suggest_k.R: Note: k_max in ackwards() is a maximum depth. Setting k_max one or two levels
> test-suggest_k.R: above the consensus to observe factor fragmentation is intentional.
> test-suggest_k.R: Caution: PA-PC tends to overextract; structures may not replicate (Forbes,
> test-suggest_k.R: 2023). PA-FA and CD are more conservative. Use the range.
> test-suggest_k.R:
> test-suggest_k.R: -- Factor / Component Count Suggestion (ackwards) ------------------------------
> test-suggest_k.R: Variables: 8
> test-suggest_k.R: n: 1,000
> test-suggest_k.R: Basis: pearson
> test-suggest_k.R: Tested k: 1-4
> test-suggest_k.R:
> test-suggest_k.R: -- Criteria (k = 1-4) --
> test-suggest_k.R:
> test-suggest_k.R: k PA-PC PA-FA MAP VSS-1 VSS-2 CD
> test-suggest_k.R: 1 v v 0.0427* 0.6224 0.0000 v
> test-suggest_k.R: 2 v v 0.0522 0.7305* 0.7981 v
> test-suggest_k.R: 3 - v 0.0971 0.6415 0.8407 v*
> test-suggest_k.R: 4 - - 0.1577 0.6451 0.8510* -
> test-suggest_k.R: v retained * optimal k - not retained
> test-suggest_k.R:
> test-suggest_k.R: -- Recommendations --
> test-suggest_k.R:
> test-suggest_k.R: * PA-PC: k <= 2
> test-suggest_k.R: * PA-FA: k <= 3
> test-suggest_k.R: * MAP: k = 1
> test-suggest_k.R: * VSS-1: k = 2
> test-suggest_k.R: * VSS-2: k = 4
> test-suggest_k.R: * CD: k = 3
> test-suggest_k.R: Consensus range: k = 1-4
> test-suggest_k.R: --------------------------------------------------------------------------------
> test-suggest_k.R: Note: k_max in ackwards() is a maximum depth. Setting k_max one or two levels
> test-suggest_k.R: above the consensus to observe factor fragmentation is intentional.
> test-suggest_k.R: Caution: PA-PC tends to overextract; structures may not replicate (Forbes,
> test-suggest_k.R: 2023). PA-FA and CD are more conservative. Use the range.
> test-suggest_k.R:
> test-suggest_k.R: -- Factor / Component Count Suggestion (ackwards) ------------------------------
> test-suggest_k.R: Variables: 8
> test-suggest_k.R: n: 1,000
> test-suggest_k.R: Basis: pearson
> test-suggest_k.R: Tested k: 1-4
> test-suggest_k.R:
> test-suggest_k.R: -- Criteria (k = 1-4) --
> test-suggest_k.R:
> test-suggest_k.R: k PA-PC PA-FA MAP VSS-1 VSS-2 CD
> test-suggest_k.R: 1 v - 0.0427* 0.6224 0.0000 v
> test-suggest_k.R: 2 v - 0.0522 0.7305* 0.7981 v
> test-suggest_k.R: 3 - - 0.0971 0.6415 0.8407 v*
> test-suggest_k.R: 4 - - 0.1577 0.6451 0.8510* -
> test-suggest_k.R: v retained * optimal k - not retained
> test-suggest_k.R:
> test-suggest_k.R: -- Recommendations --
> test-suggest_k.R:
> test-suggest_k.R: * PA-PC: k <= 2
> test-suggest_k.R: * PA-FA: undetermined (no FA factor exceeded random threshold)
> test-suggest_k.R: * MAP: k = 1
> test-suggest_k.R: * VSS-1: k = 2
> test-suggest_k.R: * VSS-2: k = 4
> test-suggest_k.R: * CD: k = 3
> test-suggest_k.R: Consensus range: k = 1-4
> test-suggest_k.R: --------------------------------------------------------------------------------
> test-suggest_k.R: Note: k_max in ackwards() is a maximum depth. Setting k_max one or two levels
> test-suggest_k.R: above the consensus to observe factor fragmentation is intentional.
> test-suggest_k.R: Caution: PA-PC tends to overextract; structures may not replicate (Forbes,
> test-suggest_k.R: 2023). PA-FA and CD are more conservative. Use the range.
> test-suggest_k.R:
> test-suggest_k.R: -- Factor / Component Count Suggestion (ackwards) ------------------------------
> test-suggest_k.R: Variables: 8
> test-suggest_k.R: n: 1,000
> test-suggest_k.R: Basis: pearson
> test-suggest_k.R: Tested k: 1-4
> test-suggest_k.R:
> test-suggest_k.R: -- Criteria (k = 1-4) --
> test-suggest_k.R:
> test-suggest_k.R: k PA-PC PA-FA MAP VSS-1 VSS-2 CD
> test-suggest_k.R: 1 v - 0.0427* 0.6224 0.0000 v
> test-suggest_k.R: 2 v - 0.0522 0.7305* 0.7981 v
> test-suggest_k.R: 3 - - 0.0971 0.6415 0.8407 v*
> test-suggest_k.R: 4 - - 0.1577 0.6451 0.8510* -
> test-suggest_k.R: v retained * optimal k - not retained
> test-suggest_k.R:
> test-suggest_k.R: -- Recommendations --
> test-suggest_k.R:
> test-suggest_k.R: * PA-PC: k <= 2
> test-suggest_k.R: * PA-FA: undetermined (no FA factor exceeded random threshold)
> test-suggest_k.R: * MAP: k = 1
> test-suggest_k.R: * VSS-1: k = 2
> test-suggest_k.R: * VSS-2: k = 4
> test-suggest_k.R: * CD: k = 3
> test-suggest_k.R: Consensus range: k = 1-4
> test-suggest_k.R: --------------------------------------------------------------------------------
> test-suggest_k.R: Note: k_max in ackwards() is a maximum depth. Setting k_max one or two levels
> test-suggest_k.R: above the consensus to observe factor fragmentation is intentional.
> test-suggest_k.R: Caution: PA-PC tends to overextract; structures may not replicate (Forbes,
> test-suggest_k.R: 2023). PA-FA and CD are more conservative. Use the range.
> test-suggest_k.R: i Running parallel analysis (20 iterations, PC + FA)...
> test-suggest_k.R: v Running parallel analysis (20 iterations, PC + FA)... [847ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running MAP and VSS...
> test-suggest_k.R: CD: 125 rows with missing values removed (875 complete cases used).
> test-suggest_k.R: v Running MAP and VSS... [260ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running Comparison Data (CD)...
> test-suggest_k.R: v Running Comparison Data (CD)... [28.9s]
> test-suggest_k.R:
> test-suggest_k.R:
> test-suggest_k.R: -- Factor / Component Count Suggestion (ackwards) ------------------------------
> test-suggest_k.R: Variables: 8
> test-suggest_k.R: n: 1,000
> test-suggest_k.R: Basis: pearson
> test-suggest_k.R: Tested k: 1-4
> test-suggest_k.R:
> test-suggest_k.R: -- Criteria (k = 1-4) --
> test-suggest_k.R:
> test-suggest_k.R: k PA-PC PA-FA MAP VSS-1 VSS-2
> test-suggest_k.R: 1 v v 0.0427* 0.6224 0.0000
> test-suggest_k.R: 2 v v 0.0522 0.7305* 0.7981
> test-suggest_k.R: 3 - v 0.0971 0.6415 0.8407
> test-suggest_k.R: 4 - - 0.1577 0.6451 0.8510*
> test-suggest_k.R: v retained * optimal k - not retained
> test-suggest_k.R: + CD requires EFAtools (install to enable).
> test-suggest_k.R:
> test-suggest_k.R: -- Recommendations --
> test-suggest_k.R:
> test-suggest_k.R: * PA-PC: k <= 2
> test-suggest_k.R: * PA-FA: k <= 3
> test-suggest_k.R: * MAP: k = 1
> test-suggest_k.R: * VSS-1: k = 2
> test-suggest_k.R: * VSS-2: k = 4
> test-suggest_k.R: Consensus range: k = 1-4
> test-suggest_k.R: --------------------------------------------------------------------------------
> test-suggest_k.R: Note: k_max in ackwards() is a maximum depth. Setting k_max one or two levels
> test-suggest_k.R: above the consensus to observe factor fragmentation is intentional.
> test-suggest_k.R: Caution: PA-PC tends to overextract; structures may not replicate (Forbes,
> test-suggest_k.R: 2023). PA-FA and CD are more conservative. Use the range.
> test-suggest_k.R:
> test-suggest_k.R: -- Factor / Component Count Suggestion (ackwards) ------------------------------
> test-suggest_k.R: Variables: 8
> test-suggest_k.R: n: 1,000
> test-suggest_k.R: Basis: pearson
> test-suggest_k.R: Tested k: 1-4
> test-suggest_k.R:
> test-suggest_k.R: -- Criteria (k = 1-4) --
> test-suggest_k.R:
> test-suggest_k.R: k PA-PC PA-FA MAP VSS-1 VSS-2
> test-suggest_k.R: 1 v v 0.0427* 0.6224 0.0000
> test-suggest_k.R: 2 v v 0.0522 0.7305* 0.7981
> test-suggest_k.R: 3 - v 0.0971 0.6415 0.8407
> test-suggest_k.R: 4 - - 0.1577 0.6451 0.8510*
> test-suggest_k.R: v retained * optimal k - not retained
> test-suggest_k.R: + CD requires EFAtools (install to enable).
> test-suggest_k.R:
> test-suggest_k.R: -- Recommendations --
> test-suggest_k.R:
> test-suggest_k.R: * PA-PC: k <= 2
> test-suggest_k.R: * PA-FA: k <= 3
> test-suggest_k.R: * MAP: k = 1
> test-suggest_k.R: * VSS-1: k = 2
> test-suggest_k.R: * VSS-2: k = 4
> test-suggest_k.R: Consensus range: k = 1-4
> test-suggest_k.R: --------------------------------------------------------------------------------
> test-suggest_k.R: Note: k_max in ackwards() is a maximum depth. Setting k_max one or two levels
> test-suggest_k.R: above the consensus to observe factor fragmentation is intentional.
> test-suggest_k.R: Caution: PA-PC tends to overextract; structures may not replicate (Forbes,
> test-suggest_k.R: 2023). PA-FA and CD are more conservative. Use the range.
> test-suggest_k.R: i Running parallel analysis (3 iterations, PC + FA)...
> test-suggest_k.R: i PA-FA suggested 3 factors -- above the evaluated ceiling (`k_max` = 2); reporting k <= 2.
> test-suggest_k.R: i Increase `k_max` to evaluate the full suggestion.
> test-suggest_k.R: v Running parallel analysis (3 iterations, PC + FA)... [209ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running MAP and VSS...
> test-suggest_k.R: CD: 41 rows with missing values removed (959 complete cases used).
> test-suggest_k.R: v Running MAP and VSS... [170ms]
> test-suggest_k.R:
> test-suggest_k.R: i Running Comparison Data (CD)...
> test-suggest_k.R: v Running Comparison Data (CD)... [938ms]
> test-suggest_k.R:
> test-suggest_k.R:
> test-suggest_k.R: -- Factor / Component Count Suggestion (ackwards) ------------------------------
> test-suggest_k.R: Variables: 8
> test-suggest_k.R: n: 1,000
> test-suggest_k.R: Basis: pearson
> test-suggest_k.R: Tested k: 1-4
> test-suggest_k.R:
> test-suggest_k.R: -- Criteria (k = 1-4) --
> test-suggest_k.R:
> test-suggest_k.R: k PA-PC PA-FA MAP VSS-1 VSS-2 CD
> test-suggest_k.R: 1 v v 0.0427* 0.6224 0.0000 v*
> test-suggest_k.R: 2 v v 0.0522 0.7305* 0.7981 -
> test-suggest_k.R: 3 - v 0.0971 0.6415 0.8407 -
> test-suggest_k.R: 4 - - 0.1577 0.6451 0.8510* -
> test-suggest_k.R: v retained * optimal k - not retained
> test-suggest_k.R:
> test-suggest_k.R: -- Recommendations --
> test-suggest_k.R:
> test-suggest_k.R: * PA-PC: k <= 2
> test-suggest_k.R: * PA-FA: k <= 3
> test-suggest_k.R: * MAP: k = 1
> test-suggest_k.R: * VSS-1: k = 2
> test-suggest_k.R: * VSS-2: k = 4
> test-suggest_k.R: * CD: k = 1
> test-suggest_k.R: Consensus range: k = 1-4
> test-suggest_k.R: --------------------------------------------------------------------------------
> test-suggest_k.R: Note: k_max in ackwards() is a maximum depth. Setting k_max one or two levels
> test-suggest_k.R: above the consensus to observe factor fragmentation is intentional.
> test-suggest_k.R: Caution: PA-PC tends to overextract; structures may not replicate (Forbes,
> test-suggest_k.R: 2023). PA-FA and CD are more conservative. Use the range.
> test-suggest_k.R:
> test-suggest_k.R: -- Factor / Component Count Suggestion (ackwards) ------------------------------
> test-suggest_k.R: Variables: 8
> test-suggest_k.R: n: 1,000
> test-suggest_k.R: Basis: pearson
> test-suggest_k.R: Tested k: 1-4
> test-suggest_k.R:
> test-suggest_k.R: -- Criteria (k = 1-4) --
> test-suggest_k.R:
> test-suggest_k.R: k PA-PC PA-FA MAP VSS-1 VSS-2 CD
> test-suggest_k.R: 1 v v 0.0427* 0.6224 0.0000 v*
> test-suggest_k.R: 2 v v 0.0522 0.7305* 0.7981 -
> test-suggest_k.R: 3 - v 0.0971 0.6415 0.8407 -
> test-suggest_k.R: 4 - - 0.1577 0.6451 0.8510* -
> test-suggest_k.R: v retained * optimal k - not retained
> test-suggest_k.R:
> test-suggest_k.R: -- Recommendations --
> test-suggest_k.R:
> test-suggest_k.R: * PA-PC: k <= 2
> test-suggest_k.R: * PA-FA: k <= 3
> test-suggest_k.R: * MAP: k = 1
> test-suggest_k.R: * VSS-1: k = 2
> test-suggest_k.R: * VSS-2: k = 4
> test-suggest_k.R: * CD: k = 1
> test-suggest_k.R: Consensus range: k = 1-4
> test-suggest_k.R: --------------------------------------------------------------------------------
> test-suggest_k.R: Note: k_max in ackwards() is a maximum depth. Setting k_max one or two levels
> test-suggest_k.R: above the consensus to observe factor fragmentation is intentional.
> test-suggest_k.R: Caution: PA-PC tends to overextract; structures may not replicate (Forbes,
> test-suggest_k.R: 2023). PA-FA and CD are more conservative. Use the range.
> test-suggest_k.R:
> test-suggest_k.R: -- Factor / Component Count Suggestion (ackwards) ------------------------------
> test-suggest_k.R: Variables: 8
> test-suggest_k.R: n: 1,000
> test-suggest_k.R: Basis: pearson
> test-suggest_k.R: Tested k: 1-4
> test-suggest_k.R:
> test-suggest_k.R: -- Criteria (k = 1-4) --
> test-suggest_k.R:
> test-suggest_k.R: k PA-PC PA-FA MAP VSS-1 VSS-2
> test-suggest_k.R: 1 v v 0.0427 0.6224 0.0000
> test-suggest_k.R: 2 v v 0.0522* 0.7305* 0.7981*
> test-suggest_k.R: 3 - v 0.0971 0.6415 0.8407
> test-suggest_k.R: 4 - - 0.1577 0.6451 0.8510
> test-suggest_k.R: v retained * optimal k - not retained
> test-suggest_k.R: + CD requires EFAtools (install to enable).
> test-suggest_k.R:
> test-suggest_k.R: -- Recommendations --
> test-suggest_k.R:
> test-suggest_k.R: * PA-PC: k <= 2
> test-suggest_k.R: * PA-FA: k <= 2
> test-suggest_k.R: * MAP: k = 2
> test-suggest_k.R: * VSS-1: k = 2
> test-suggest_k.R: * VSS-2: k = 2
> test-suggest_k.R: Consensus: k = 2
> test-suggest_k.R: --------------------------------------------------------------------------------
> test-suggest_k.R: Note: k_max in ackwards() is a maximum depth. Setting k_max one or two levels
> test-suggest_k.R: above the consensus to observe factor fragmentation is intentional.
> test-suggest_k.R: Caution: PA-PC tends to overextract; structures may not replicate (Forbes,
> test-suggest_k.R: 2023). PA-FA and CD are more conservative. Use the range.
> test-suggest_k.R:
> test-suggest_k.R: -- Factor / Component Count Suggestion (ackwards) ------------------------------
> test-suggest_k.R: Variables: 8
> test-suggest_k.R: n: 1,000
> test-suggest_k.R: Basis: pearson
> test-suggest_k.R: Tested k: 1-4
> test-suggest_k.R:
> test-suggest_k.R: -- Criteria (k = 1-4) --
> test-suggest_k.R:
> test-suggest_k.R: k PA-PC PA-FA MAP VSS-1 VSS-2
> test-suggest_k.R: 1 v v 0.0427 0.6224 0.0000
> test-suggest_k.R: 2 v v 0.0522* 0.7305* 0.7981*
> test-suggest_k.R: 3 - v 0.0971 0.6415 0.8407
> test-suggest_k.R: 4 - - 0.1577 0.6451 0.8510
> test-suggest_k.R: v retained * optimal k - not retained
> test-suggest_k.R: + CD requires EFAtools (install to enable).
> test-suggest_k.R:
> test-suggest_k.R: -- Recommendations --
> test-suggest_k.R:
> test-suggest_k.R: * PA-PC: k <= 2
> test-suggest_k.R: * PA-FA: k <= 2
> test-suggest_k.R: * MAP: k = 2
> test-suggest_k.R: * VSS-1: k = 2
> test-suggest_k.R: * VSS-2: k = 2
> test-suggest_k.R: Consensus: k = 2
> test-suggest_k.R: --------------------------------------------------------------------------------
> test-suggest_k.R: Note: k_max in ackwards() is a maximum depth. Setting k_max one or two levels
> test-suggest_k.R: above the consensus to observe factor fragmentation is intentional.
> test-suggest_k.R: Caution: PA-PC tends to overextract; structures may not replicate (Forbes,
> test-suggest_k.R: 2023). PA-FA and CD are more conservative. Use the range.
> test-esem.R:
> test-esem.R: -- Bass-Ackwards Analysis (ackwards) -------------------------------------------
> test-esem.R: Engine: esem
> test-esem.R: Rotation: varimax
> test-esem.R: Basis: pearson
> test-esem.R: n: 200
> test-suggest_k.R: i Running MAP and VSS...
> test-esem.R: k (max): 3
> test-esem.R:
> test-esem.R: -- Levels --
> test-esem.R:
> test-esem.R: v k = 1: 1 factor, 43.0% variance
> test-suggest_k.R: v Running MAP and VSS... [66ms]
> test-suggest_k.R:
> test-esem.R: v k = 2: 2 factors, 85.2% variance
> test-esem.R: v k = 3: 3 factors, 87.8% variance
> test-esem.R:
> test-esem.R: -- Edges --
> test-esem.R:
> test-esem.R: 3 of 8 edges have |r| >= 0.3
> test-esem.R: --------------------------------------------------------------------------------
> test-esem.R: Note: This is a series of linked solutions, not a fitted hierarchical model.
> test-esem.R: Cross-level edges are descriptive score correlations. Per-level fit indices
> test-esem.R: (EFA/ESEM) describe how well a k-factor model fits the items at that level --
> test-esem.R: they do not validate the edges or the hierarchy itself.
> test-suggest_k.R: i Running parallel analysis (5 iterations, PC + FA)...
> test-suggest_k.R: v Running parallel analysis (5 iterations, PC + FA)... [161ms]
> test-suggest_k.R:
> test-suggest_k.R: CD: 54 rows with missing values removed (946 complete cases used).
> test-suggest_k.R: i Running Comparison Data (CD)...
> test-suggest_k.R: v Running Comparison Data (CD)... [2.9s]
> test-suggest_k.R:
> test-suggest_k.R: i Running MAP and VSS...
> test-suggest_k.R: v Running MAP and VSS... [62ms]
> test-suggest_k.R:
> test-suggest_k.R:
> test-suggest_k.R: -- Factor / Component Count Suggestion (ackwards) ------------------------------
> test-suggest_k.R: Variables: 8
> test-suggest_k.R: n: 1,000
> test-suggest_k.R: Basis: pearson
> test-suggest_k.R: Tested k: 1-4
> test-suggest_k.R:
> test-suggest_k.R: -- Criteria (k = 1-4) --
> test-suggest_k.R:
> test-suggest_k.R: k VSS-1 VSS-2
> test-suggest_k.R: 1 0.6224 0.0000
> test-suggest_k.R: 2 0.7305* 0.7981
> test-suggest_k.R: 3 0.6415 0.8407
> test-suggest_k.R: 4 0.6451 0.8510*
> test-suggest_k.R: * optimal k
> test-suggest_k.R:
> test-suggest_k.R: -- Recommendations --
> test-suggest_k.R:
> test-suggest_k.R: * VSS-1: k = 2
> test-suggest_k.R: * VSS-2: k = 4
> test-suggest_k.R: Consensus range: k = 2-4
> test-suggest_k.R: --------------------------------------------------------------------------------
> test-suggest_k.R: Note: k_max in ackwards() is a maximum depth. Setting k_max one or two levels
> test-suggest_k.R: above the consensus to observe factor fragmentation is intentional.
> test-suggest_k.R: Caution: PA-PC tends to overextract; structures may not replicate (Forbes,
> test-suggest_k.R: 2023). PA-FA and CD are more conservative. Use the range.
> test-suggest_k.R:
Error:
! testthat subprocess exited in file 'test-suggest_k.R'.
Caused by error:
! R session crashed with exit code -1073741819
Backtrace:
▆
1. └─testthat::test_check("ackwards")
2. └─testthat::test_dir(...)
3. └─testthat:::test_files(...)
4. └─testthat:::test_files_parallel(...)
5. ├─withr::with_dir(...)
6. │ └─base::force(code)
7. ├─testthat::with_reporter(...)
8. │ └─base::tryCatch(...)
9. │ └─base (local) tryCatchList(expr, classes, parentenv, handlers)
10. │ └─base (local) tryCatchOne(expr, names, parentenv, handlers[[1L]])
11. │ └─base (local) doTryCatch(return(expr), name, parentenv, handler)
12. └─testthat:::parallel_event_loop_chunky(queue, reporters, ".")
13. └─queue$poll(Inf)
14. └─base::lapply(...)
15. └─testthat (local) FUN(X[[i]], ...)
16. └─private$handle_error(msg, i)
17. └─cli::cli_abort(...)
18. └─rlang::abort(...)
Execution halted
Flavor: r-oldrel-windows-x86_64
Current CRAN status: OK: 11, ERROR: 2
Version: 2.0.0
Check: tests
Result: ERROR
Running ‘testthat.R’ [69s/78s]
Running the tests in ‘tests/testthat.R’ failed.
Complete output:
> library(testthat)
> library(circumplex)
>
> test_check("circumplex")
1 person(s) with missing values in at least one occasion removed (complete cases across all occasions). Note that this estimates completers' change, which can differ from population change when dropout relates to the outcome.
Assuming draws columns are, in column order, (e, x, y): "V1" as e (elevation/intercept), "V2" as x (cosine coefficient), "V3" as y (sine coefficient).
Saving _problems/test-ssm_sem_syntax-260.R
Saving _problems/test-ssm_sem_syntax-265.R
Saving _problems/test-ssm_sem_syntax-269.R
Saving _problems/test-ssm_sem_syntax-274.R
[ FAIL 4 | WARN 4 | SKIP 540 | PASS 2401 ]
══ Skipped tests (540) ═════════════════════════════════════════════════════════
• On CRAN (493): 'test-axes-certificate-refusal.R:49:3',
'test-axes-certificate-refusal.R:112:3',
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'test-ssm_plot.R:76:3', 'test-ssm_plot.R:82:1', 'test-ssm_plot.R:95:1',
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'test-ssm_plot.R:163:3', 'test-ssm_plot.R:187:3', 'test-ssm_plot.R:207:3',
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'test-ssm_sem.R:108:3', 'test-ssm_sem.R:147:3', 'test-ssm_sem.R:172:3',
'test-ssm_sem.R:198:3', 'test-ssm_sem.R:274:3', 'test-ssm_sem.R:308:3',
'test-ssm_sem.R:343:3', 'test-ssm_sem.R:366:3', 'test-ssm_sem.R:409:3',
'test-ssm_sem.R:464:3', 'test-ssm_sem.R:523:3', 'test-ssm_sem.R:554:3',
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'test-ssm_sem.R:689:3', 'test-ssm_sem.R:718:3', 'test-ssm_sem.R:737:3',
'test-ssm_sem.R:765:3', 'test-ssm_sem.R:782:3', 'test-ssm_sem.R:796:3',
'test-ssm_sem.R:842:3', 'test-ssm_sem.R:871:3', 'test-ssm_sem_groups.R:88:3',
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'test-ssm_sem_groups.R:186:3', 'test-ssm_sem_groups.R:209:3',
'test-ssm_sem_groups.R:253:3', 'test-ssm_sem_groups.R:299:3',
'test-ssm_sem_groups.R:319:3', 'test-ssm_sem_groups.R:337:3',
'test-ssm_sem_groups.R:372:3', 'test-ssm_sem_groups.R:392:3',
'test-ssm_sem_groups.R:425:3', 'test-ssm_sem_groups.R:455:3',
'test-ssm_sem_groups.R:480:3', 'test-ssm_sem_groups.R:508:3',
'test-ssm_sem_groups.R:593:3', 'test-ssm_sem_groups.R:632:3',
'test-ssm_sem_groups.R:671:3', 'test-ssm_sem_groups.R:721:3',
'test-ssm_sem_groups.R:766:3', 'test-ssm_sem_groups.R:828:3',
'test-ssm_sem_groups.R:865:3', 'test-ssm_sem_groups.R:906:3',
'test-ssm_sem_syntax.R:82:3', 'test-ssm_sem_syntax.R:172:3',
'test-ssm_sem_syntax.R:197:3', 'test-ssm_sem_syntax.R:215:3',
'test-ssm_sem_syntax.R:361:3', 'test-ssm_sem_syntax.R:381:3',
'test-ssm_sem_syntax.R:406:3', 'test-ssm_sem_syntax.R:431:3',
'test-ssm_sem_syntax.R:487:3', 'test-ssm_table.R:2:3',
'test-ssm_trajectory.R:53:3', 'test-ssm_trajectory.R:65:3',
'test-ssm_trajectory.R:74:3', 'test-ssm_trajectory.R:85:3',
'test-ssm_trajectory.R:97:3', 'test-ssm_trajectory.R:130:3',
'test-ssm_trajectory.R:143:3', 'test-ssm_trajectory.R:157:3',
'test-ssm_trajectory.R:183:3', 'test-ssm_trajectory.R:210:3',
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'test-ssm_trajectory.R:331:3', 'test-ssm_trajectory.R:339:3',
'test-ssm_trajectory.R:349:3', 'test-ssm_trajectory.R:365:3',
'test-ssm_trajectory.R:381:3', 'test-ssm_trajectory.R:401:3',
'test-ssm_trajectory.R:428:3', 'test-ssm_trajectory.R:442:3',
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'test-ssm_trajectory_table.R:51:3', 'test-ssm_trajectory_table.R:62:3',
'test-ssm_trajectory_table.R:95:3', 'test-ssm_trajectory_table.R:124:3',
'test-ssm_trajectory_table.R:158:3', 'test-ssm_trajectory_table.R:195:3',
'test-ssm_trajectory_table.R:326:3', 'test-ssm_trajectory_table.R:339:1',
'test-suff_stats.R:8:3', 'test-suff_stats.R:34:3', 'test-suff_stats.R:57:3',
'test-suff_stats.R:70:3', 'test-suff_stats.R:82:3', 'test-suff_stats.R:90:3',
'test-suff_stats.R:109:3', 'test-suff_stats.R:123:3',
'test-suff_stats.R:150:3', 'test-tidying_functions.R:156:3',
'test-tidying_functions.R:173:3', 'test-utils.R:23:3'
• cairn/references/ not present (installed package) (2):
'test-norms-provenance.R:593:3', 'test-norms-provenance.R:722:3'
• data-raw/ not present (installed package) (39):
'test-norms-audit-batch.R:43:3', 'test-norms-audit-batch.R:52:3',
'test-norms-audit-batch.R:63:3', 'test-norms-audit-batch.R:75:3',
'test-norms-audit-batch.R:88:3', 'test-norms-audit-batch.R:101:3',
'test-norms-audit-compare.R:30:3', 'test-norms-audit-compare.R:99:3',
'test-norms-audit-coverage.R:160:3', 'test-norms-audit-coverage.R:302:3',
'test-norms-audit-coverage.R:366:3', 'test-norms-audit-manifest.R:120:3',
'test-norms-audit-markers.R:111:3', 'test-norms-audit-markers.R:146:3',
'test-norms-audit-markers.R:172:3', 'test-norms-audit-markers.R:260:3',
'test-norms-audit-markers.R:276:3', 'test-norms-audit-markers.R:289:3',
'test-norms-audit-markers.R:307:3', 'test-norms-audit-markers.R:315:3',
'test-norms-audit-markers.R:330:3', 'test-norms-audit-roster.R:124:3',
'test-norms-audit-roster.R:144:3', 'test-norms-audit-roster.R:352:3',
'test-norms-audit-roster.R:383:3', 'test-norms-audit-roster.R:398:3',
'test-norms-audit-roster.R:425:3', 'test-norms-audit-roster.R:445:3',
'test-norms-audit-roster.R:470:3', 'test-norms-audit-roster.R:490:3',
'test-norms-audit-roster.R:517:3', 'test-norms-audit-roster.R:539:3',
'test-norms-audit-roster.R:552:3', 'test-norms-audit-sample-key.R:117:3',
'test-norms-audit-sample-key.R:142:3', 'test-norms-audit-sample-key.R:162:3',
'test-norms-audit-sample-key.R:173:3', 'test-norms-provenance.R:627:3',
'test-norms-provenance.R:662:3'
• derivation record not available (1): 'test-fit_structure.R:256:3'
• devel oracle results not present (2): 'test-ssm_occasions.R:862:3',
'test-ssm_occasions.R:894:3'
• fixture was generated under a different R or lavaan version (1):
'test-axes-scaled-fit.R:930:3'
• package R/ sources absent (installed package) (1):
'test-axes-scaled-fit.R:1164:3'
• package R/ sources absent (installed) (1): 'test-axes-corrected-se.R:1212:3'
══ Failed tests ════════════════════════════════════════════════════════════════
── Failure ('test-ssm_sem_syntax.R:257:3'): n_groups = 1 emission is byte-identical to the pre-change output (§3.5) ──
Expected `strip(ssm_sem_syntax(scales = scales, angles = octs, model = "scaled"))` to be identical to `exp_scaled_nomeas`.
Differences:
lines(actual)[12:18] vs lines(expected)[12:18]
"0 == 1*lx1 - 0*ly1"
"0 == 0.70710678118654757*lx2 - -0.70710678118654746*ly2"
"0 == 0*lx3 - -1*ly3"
- "0 == -0.70710678118654735*lx4 - -0.70710678118654768*ly4"
+ "0 == -0.70710678118654746*lx4 - -0.70710678118654768*ly4"
"0 == -1*lx5 - 0*ly5"
"0 == -0.70710678118654768*lx6 - 0.70710678118654735*ly6"
"0 == 0*lx7 - 1*ly7"
── Failure ('test-ssm_sem_syntax.R:261:3'): n_groups = 1 emission is byte-identical to the pre-change output (§3.5) ──
Expected `strip(...)` to be identical to `exp_scaled_meas`.
Differences:
lines(actual)[12:18] vs lines(expected)[12:18]
"0 == 1*lx1 - 0*ly1"
"0 == 0.70710678118654757*lx2 - -0.70710678118654746*ly2"
"0 == 0*lx3 - -1*ly3"
- "0 == -0.70710678118654735*lx4 - -0.70710678118654768*ly4"
+ "0 == -0.70710678118654746*lx4 - -0.70710678118654768*ly4"
"0 == -1*lx5 - 0*ly5"
"0 == -0.70710678118654768*lx6 - 0.70710678118654735*ly6"
"0 == 0*lx7 - 1*ly7"
── Failure ('test-ssm_sem_syntax.R:266:3'): n_groups = 1 emission is byte-identical to the pre-change output (§3.5) ──
Expected `strip(ssm_sem_syntax(scales = scales, angles = octs, model = "strict"))` to be identical to `exp_strict_nomeas`.
Differences:
lines(actual)[6:12] vs lines(expected)[6:12]
"# fixed unit-cosine loadings; free 3x3 factor covariance"
"g =~ 1*s1 + 1*s2 + 1*s3 + 1*s4 + 1*s5 + 1*s6 + 1*s7 + 1*s8"
"cx =~ 0*s1 + -0.70710678118654746*s2 + -1*s3 + -0.70710678118654768*s4 + 0*s5 + 0.70710678118654735*s6 + 1*s7 + 0.70710678118654757*s8"
- "cy =~ 1*s1 + 0.70710678118654757*s2 + 0*s3 + -0.70710678118654735*s4 + -1*s5 + -0.70710678118654768*s6 + 0*s7 + 0.70710678118654746*s8"
+ "cy =~ 1*s1 + 0.70710678118654757*s2 + 0*s3 + -0.70710678118654746*s4 + -1*s5 + -0.70710678118654768*s6 + 0*s7 + 0.70710678118654746*s8"
"g ~~ NA*g"
"cx ~~ NA*cx"
"cy ~~ NA*cy"
── Failure ('test-ssm_sem_syntax.R:270:3'): n_groups = 1 emission is byte-identical to the pre-change output (§3.5) ──
Expected `strip(...)` to be identical to `exp_strict_meas`.
Differences:
lines(actual)[6:12] vs lines(expected)[6:12]
"# fixed unit-cosine loadings; free 3x3 factor covariance"
"g =~ 1*s1 + 1*s2 + 1*s3 + 1*s4 + 1*s5 + 1*s6 + 1*s7 + 1*s8"
"cx =~ 0*s1 + -0.70710678118654746*s2 + -1*s3 + -0.70710678118654768*s4 + 0*s5 + 0.70710678118654735*s6 + 1*s7 + 0.70710678118654757*s8"
- "cy =~ 1*s1 + 0.70710678118654757*s2 + 0*s3 + -0.70710678118654735*s4 + -1*s5 + -0.70710678118654768*s6 + 0*s7 + 0.70710678118654746*s8"
+ "cy =~ 1*s1 + 0.70710678118654757*s2 + 0*s3 + -0.70710678118654746*s4 + -1*s5 + -0.70710678118654768*s6 + 0*s7 + 0.70710678118654746*s8"
"g ~~ NA*g"
"cx ~~ NA*cx"
"cy ~~ NA*cy"
[ FAIL 4 | WARN 4 | SKIP 540 | PASS 2401 ]
Error:
! Test failures.
Execution halted
Flavor: r-release-macos-x86_64
Version: 2.0.0
Check: tests
Result: ERROR
Running ‘testthat.R’ [74s/101s]
Running the tests in ‘tests/testthat.R’ failed.
Complete output:
> library(testthat)
> library(circumplex)
>
> test_check("circumplex")
1 person(s) with missing values in at least one occasion removed (complete cases across all occasions). Note that this estimates completers' change, which can differ from population change when dropout relates to the outcome.
Assuming draws columns are, in column order, (e, x, y): "V1" as e (elevation/intercept), "V2" as x (cosine coefficient), "V3" as y (sine coefficient).
Saving _problems/test-ssm_sem_syntax-260.R
Saving _problems/test-ssm_sem_syntax-265.R
Saving _problems/test-ssm_sem_syntax-269.R
Saving _problems/test-ssm_sem_syntax-274.R
[ FAIL 4 | WARN 4 | SKIP 540 | PASS 2401 ]
══ Skipped tests (540) ═════════════════════════════════════════════════════════
• On CRAN (493): 'test-axes-certificate-refusal.R:49:3',
'test-axes-certificate-refusal.R:112:3',
'test-axes-certificate-refusal.R:181:3',
'test-axes-certificate-refusal.R:272:3',
'test-axes-certificate-refusal.R:362:3',
'test-axes-certificate-refusal.R:600:3', 'test-axes-certificate.R:451:3',
'test-axes-certificate.R:602:3', 'test-axes-certificate.R:622:3',
'test-axes-certificate.R:666:3', 'test-axes-certificate.R:768:3',
'test-axes-corrected-se.R:25:3', 'test-axes-corrected-se.R:65:3',
'test-axes-corrected-se.R:90:3', 'test-axes-corrected-se.R:129:3',
'test-axes-corrected-se.R:179:3', 'test-axes-corrected-se.R:284:3',
'test-axes-corrected-se.R:394:3', 'test-axes-corrected-se.R:478:3',
'test-axes-corrected-se.R:520:3', 'test-axes-corrected-se.R:656:3',
'test-axes-corrected-se.R:897:3', 'test-axes-corrected-se.R:919:3',
'test-axes-corrected-se.R:965:3', 'test-axes-corrected-se.R:1009:3',
'test-axes-corrected-se.R:1057:3', 'test-axes-fiml.R:66:3',
'test-axes-fiml.R:130:3', 'test-axes-fiml.R:154:3', 'test-axes-fiml.R:170:3',
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'test-axes-fiml.R:544:3', 'test-axes-fiml.R:568:3', 'test-axes-fiml.R:580:3',
'test-axes-fiml.R:650:3', 'test-axes-fiml.R:685:3', 'test-axes-fiml.R:740:3',
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'test-coord_circumplex.R:438:3', 'test-coord_circumplex.R:468:3',
'test-cpm_angle_ci.R:78:3', 'test-cpm_api.R:63:3', 'test-cpm_api.R:86:3',
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'test-cpm_api.R:155:3', 'test-cpm_api.R:165:3', 'test-cpm_api.R:188:3',
'test-cpm_api.R:204:3', 'test-cpm_api.R:215:3', 'test-cpm_api.R:226:3',
'test-cpm_api.R:269:3', 'test-cpm_api.R:281:3', 'test-cpm_api.R:299:3',
'test-cpm_api.R:310:3', 'test-cpm_api.R:389:3', 'test-cpm_api.R:419:3',
'test-cpm_api.R:435:3', 'test-cpm_api.R:475:3', 'test-cpm_api.R:504:3',
'test-cpm_api.R:525:3', 'test-cpm_api.R:549:1', 'test-cpm_api.R:557:3',
'test-cpm_api.R:570:3', 'test-cpm_api.R:616:3', 'test-cpm_api.R:652:3',
'test-cpm_api.R:671:3', 'test-cpm_api.R:706:3', 'test-cpm_api.R:718:3',
'test-cpm_api.R:751:3', 'test-cpm_api.R:768:3', 'test-cpm_api.R:795:3',
'test-cpm_boundary.R:23:3', 'test-cpm_boundary.R:42:3',
'test-cpm_boundary_vignette.R:120:3', 'test-cpm_boundary_vignette.R:159:3',
'test-cpm_boundary_vignette.R:181:3', 'test-cpm_fit.R:137:3',
'test-cpm_fit.R:180:3', 'test-cpm_fit.R:205:3', 'test-cpm_fit.R:214:3',
'test-cpm_fit.R:266:3', 'test-cpm_fit.R:293:3', 'test-cpm_fit.R:312:3',
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'test-cpm_fit.R:575:3', 'test-cpm_fit.R:616:3', 'test-cpm_fit.R:668:3',
'test-cpm_fit.R:773:3', 'test-cpm_fit.R:854:3', 'test-cpm_fit.R:870:3',
'test-cpm_fit.R:885:3', 'test-cpm_fit.R:906:3', 'test-cpm_fit.R:936:3',
'test-cpm_nesting.R:14:3', 'test-cpm_nesting.R:46:3',
'test-cpm_oracles.R:245:3', 'test-cpm_oracles.R:268:3',
'test-cpm_oracles.R:288:3', 'test-cpm_oracles.R:310:3',
'test-cpm_oracles.R:327:3', 'test-cpm_oracles.R:354:3',
'test-cpm_oracles.R:399:3', 'test-cpm_oracles.R:452:3',
'test-cpm_oracles.R:473:3', 'test-cpm_oracles.R:527:3',
'test-cpm_oracles.R:564:3', 'test-cpm_oracles.R:589:3',
'test-cpm_oracles.R:616:3', 'test-cpm_oracles.R:657:3',
'test-cpm_plot.R:28:3', 'test-cpm_plot.R:45:1', 'test-cpm_plot.R:54:3',
'test-cpm_plot.R:76:3', 'test-cpm_summary_markers.R:85:3',
'test-cpm_summary_markers.R:110:3', 'test-cpm_summary_markers.R:164:3',
'test-cpm_summary_markers.R:193:3', 'test-cpm_summary_markers.R:225:3',
'test-cpm_summary_markers.R:237:3', 'test-cpm_summary_markers.R:253:3',
'test-fit_structure.R:558:3', 'test-fit_structure.R:588:3',
'test-fit_structure.R:662:3', 'test-fit_structure.R:674:3',
'test-fit_structure.R:713:3', 'test-fit_structure_api.R:35:3',
'test-fit_structure_api.R:55:3', 'test-fit_structure_api.R:73:3',
'test-fit_structure_api.R:88:3', 'test-fit_structure_api.R:133:3',
'test-fit_structure_api.R:187:3', 'test-fit_structure_api.R:209:1',
'test-fit_structure_api.R:250:3', 'test-fit_structure_api.R:264:3',
'test-fit_structure_api.R:282:3', 'test-fit_structure_api.R:288:1',
'test-fit_structure_api.R:297:3', 'test-geom_ssm.R:68:3',
'test-geom_ssm.R:86:3', 'test-geom_ssm.R:100:3', 'test-geom_ssm.R:112:3',
'test-geom_ssm.R:140:3', 'test-geom_ssm.R:148:3', 'test-geom_ssm.R:188:3',
'test-geom_ssm.R:204:3', 'test-geom_ssm.R:238:1',
'test-geom_ssm_path.R:115:3', 'test-geom_ssm_path.R:140:3',
'test-geom_ssm_path.R:166:3', 'test-geom_ssm_path.R:184:3',
'test-geom_ssm_path.R:231:3', 'test-geom_ssm_path.R:255:3',
'test-geom_ssm_path.R:262:3', 'test-geom_ssm_path.R:290:3',
'test-geom_ssm_path.R:305:1', 'test-growth_invariants.R:48:3',
'test-instrument_oop.R:7:1', 'test-instrument_oop.R:12:1',
'test-instrument_oop.R:22:1', 'test-instrument_oop.R:37:1',
'test-instrument_oop.R:42:3', 'test-norms-anchor-range.R:80:3',
'test-norms-audit-compare.R:43:3', 'test-norms-audit-coverage.R:95:3',
'test-norms-audit-coverage.R:109:3', 'test-norms-audit-coverage.R:136:3',
'test-norms-audit-coverage.R:185:3', 'test-norms-audit-coverage.R:338:3',
'test-norms-audit-coverage.R:401:3', 'test-norms-audit-manifest.R:40:3',
'test-norms-audit-markers.R:126:3', 'test-norms-audit-roster.R:61:3',
'test-norms-audit-roster.R:106:3', 'test-norms-audit-roster.R:161:3',
'test-norms-audit-roster.R:202:3', 'test-norms-audit-roster.R:246:3',
'test-norms-audit-roster.R:287:3', 'test-norms-audit-roster.R:339:3',
'test-norms-audit-roster.R:562:3', 'test-norms-disclosure.R:39:3',
'test-norms-disclosure.R:58:3', 'test-norms-disclosure.R:171:3',
'test-norms-disclosure.R:210:3', 'test-norms-kind.R:54:3',
'test-norms-kind.R:66:3', 'test-norms-kind.R:126:3',
'test-norms-kind.R:181:3', 'test-norms-provenance.R:408:3',
'test-norms-provenance.R:421:3', 'test-norms-provenance.R:462:3',
'test-scale_circumplex.R:34:3', 'test-ssm_analysis.R:2:3',
'test-ssm_analysis.R:52:3', 'test-ssm_analysis.R:102:3',
'test-ssm_analysis.R:176:3', 'test-ssm_analysis.R:273:3',
'test-ssm_analysis.R:330:3', 'test-ssm_analysis.R:387:3',
'test-ssm_analysis.R:479:3', 'test-ssm_analysis.R:614:3',
'test-ssm_analysis.R:643:3', 'test-ssm_analysis.R:724:3',
'test-ssm_analyze_long.R:56:3', 'test-ssm_analyze_long.R:74:3',
'test-ssm_analyze_long.R:109:3', 'test-ssm_analyze_long.R:126:3',
'test-ssm_analyze_long.R:155:3', 'test-ssm_analyze_long.R:206:3',
'test-ssm_bootstrap.R:116:3', 'test-ssm_draws.R:183:1',
'test-ssm_draws.R:266:3', 'test-ssm_montecarlo.R:30:3',
'test-ssm_montecarlo.R:57:3', 'test-ssm_montecarlo.R:80:3',
'test-ssm_montecarlo.R:95:3', 'test-ssm_montecarlo.R:119:3',
'test-ssm_montecarlo.R:154:3', 'test-ssm_occasions.R:391:3',
'test-ssm_occasions.R:412:3', 'test-ssm_occasions.R:443:3',
'test-ssm_occasions.R:508:1', 'test-ssm_occasions.R:533:3',
'test-ssm_occasions.R:552:3', 'test-ssm_occasions.R:572:3',
'test-ssm_occasions.R:608:3', 'test-ssm_occasions.R:681:3',
'test-ssm_occasions.R:724:3', 'test-ssm_occasions.R:746:3',
'test-ssm_occasions.R:770:3', 'test-ssm_occasions.R:790:3',
'test-ssm_occasions.R:827:3', 'test-ssm_oop.R:50:3', 'test-ssm_oop.R:89:3',
'test-ssm_oop.R:123:3', 'test-ssm_oop.R:171:3', 'test-ssm_oop.R:199:3',
'test-ssm_oop.R:221:3', 'test-ssm_oop.R:239:1', 'test-ssm_plot.R:1:1',
'test-ssm_plot.R:19:1', 'test-ssm_plot.R:31:1', 'test-ssm_plot.R:57:1',
'test-ssm_plot.R:76:3', 'test-ssm_plot.R:82:1', 'test-ssm_plot.R:95:1',
'test-ssm_plot.R:105:1', 'test-ssm_plot.R:112:1', 'test-ssm_plot.R:149:3',
'test-ssm_plot.R:163:3', 'test-ssm_plot.R:187:3', 'test-ssm_plot.R:207:3',
'test-ssm_plot.R:225:3', 'test-ssm_plot.R:235:3', 'test-ssm_plot.R:257:3',
'test-ssm_sem.R:108:3', 'test-ssm_sem.R:147:3', 'test-ssm_sem.R:172:3',
'test-ssm_sem.R:198:3', 'test-ssm_sem.R:274:3', 'test-ssm_sem.R:308:3',
'test-ssm_sem.R:343:3', 'test-ssm_sem.R:366:3', 'test-ssm_sem.R:409:3',
'test-ssm_sem.R:464:3', 'test-ssm_sem.R:523:3', 'test-ssm_sem.R:554:3',
'test-ssm_sem.R:605:3', 'test-ssm_sem.R:632:3', 'test-ssm_sem.R:663:3',
'test-ssm_sem.R:689:3', 'test-ssm_sem.R:718:3', 'test-ssm_sem.R:737:3',
'test-ssm_sem.R:765:3', 'test-ssm_sem.R:782:3', 'test-ssm_sem.R:796:3',
'test-ssm_sem.R:842:3', 'test-ssm_sem.R:871:3', 'test-ssm_sem_groups.R:88:3',
'test-ssm_sem_groups.R:120:3', 'test-ssm_sem_groups.R:141:3',
'test-ssm_sem_groups.R:186:3', 'test-ssm_sem_groups.R:209:3',
'test-ssm_sem_groups.R:253:3', 'test-ssm_sem_groups.R:299:3',
'test-ssm_sem_groups.R:319:3', 'test-ssm_sem_groups.R:337:3',
'test-ssm_sem_groups.R:372:3', 'test-ssm_sem_groups.R:392:3',
'test-ssm_sem_groups.R:425:3', 'test-ssm_sem_groups.R:455:3',
'test-ssm_sem_groups.R:480:3', 'test-ssm_sem_groups.R:508:3',
'test-ssm_sem_groups.R:593:3', 'test-ssm_sem_groups.R:632:3',
'test-ssm_sem_groups.R:671:3', 'test-ssm_sem_groups.R:721:3',
'test-ssm_sem_groups.R:766:3', 'test-ssm_sem_groups.R:828:3',
'test-ssm_sem_groups.R:865:3', 'test-ssm_sem_groups.R:906:3',
'test-ssm_sem_syntax.R:82:3', 'test-ssm_sem_syntax.R:172:3',
'test-ssm_sem_syntax.R:197:3', 'test-ssm_sem_syntax.R:215:3',
'test-ssm_sem_syntax.R:361:3', 'test-ssm_sem_syntax.R:381:3',
'test-ssm_sem_syntax.R:406:3', 'test-ssm_sem_syntax.R:431:3',
'test-ssm_sem_syntax.R:487:3', 'test-ssm_table.R:2:3',
'test-ssm_trajectory.R:53:3', 'test-ssm_trajectory.R:65:3',
'test-ssm_trajectory.R:74:3', 'test-ssm_trajectory.R:85:3',
'test-ssm_trajectory.R:97:3', 'test-ssm_trajectory.R:130:3',
'test-ssm_trajectory.R:143:3', 'test-ssm_trajectory.R:157:3',
'test-ssm_trajectory.R:183:3', 'test-ssm_trajectory.R:210:3',
'test-ssm_trajectory.R:230:3', 'test-ssm_trajectory.R:244:3',
'test-ssm_trajectory.R:258:3', 'test-ssm_trajectory.R:273:3',
'test-ssm_trajectory.R:298:3', 'test-ssm_trajectory.R:320:3',
'test-ssm_trajectory.R:331:3', 'test-ssm_trajectory.R:339:3',
'test-ssm_trajectory.R:349:3', 'test-ssm_trajectory.R:365:3',
'test-ssm_trajectory.R:381:3', 'test-ssm_trajectory.R:401:3',
'test-ssm_trajectory.R:428:3', 'test-ssm_trajectory.R:442:3',
'test-ssm_trajectory.R:448:1', 'test-ssm_trajectory_table.R:38:3',
'test-ssm_trajectory_table.R:51:3', 'test-ssm_trajectory_table.R:62:3',
'test-ssm_trajectory_table.R:95:3', 'test-ssm_trajectory_table.R:124:3',
'test-ssm_trajectory_table.R:158:3', 'test-ssm_trajectory_table.R:195:3',
'test-ssm_trajectory_table.R:326:3', 'test-ssm_trajectory_table.R:339:1',
'test-suff_stats.R:8:3', 'test-suff_stats.R:34:3', 'test-suff_stats.R:57:3',
'test-suff_stats.R:70:3', 'test-suff_stats.R:82:3', 'test-suff_stats.R:90:3',
'test-suff_stats.R:109:3', 'test-suff_stats.R:123:3',
'test-suff_stats.R:150:3', 'test-tidying_functions.R:156:3',
'test-tidying_functions.R:173:3', 'test-utils.R:23:3'
• cairn/references/ not present (installed package) (2):
'test-norms-provenance.R:593:3', 'test-norms-provenance.R:722:3'
• data-raw/ not present (installed package) (39):
'test-norms-audit-batch.R:43:3', 'test-norms-audit-batch.R:52:3',
'test-norms-audit-batch.R:63:3', 'test-norms-audit-batch.R:75:3',
'test-norms-audit-batch.R:88:3', 'test-norms-audit-batch.R:101:3',
'test-norms-audit-compare.R:30:3', 'test-norms-audit-compare.R:99:3',
'test-norms-audit-coverage.R:160:3', 'test-norms-audit-coverage.R:302:3',
'test-norms-audit-coverage.R:366:3', 'test-norms-audit-manifest.R:120:3',
'test-norms-audit-markers.R:111:3', 'test-norms-audit-markers.R:146:3',
'test-norms-audit-markers.R:172:3', 'test-norms-audit-markers.R:260:3',
'test-norms-audit-markers.R:276:3', 'test-norms-audit-markers.R:289:3',
'test-norms-audit-markers.R:307:3', 'test-norms-audit-markers.R:315:3',
'test-norms-audit-markers.R:330:3', 'test-norms-audit-roster.R:124:3',
'test-norms-audit-roster.R:144:3', 'test-norms-audit-roster.R:352:3',
'test-norms-audit-roster.R:383:3', 'test-norms-audit-roster.R:398:3',
'test-norms-audit-roster.R:425:3', 'test-norms-audit-roster.R:445:3',
'test-norms-audit-roster.R:470:3', 'test-norms-audit-roster.R:490:3',
'test-norms-audit-roster.R:517:3', 'test-norms-audit-roster.R:539:3',
'test-norms-audit-roster.R:552:3', 'test-norms-audit-sample-key.R:117:3',
'test-norms-audit-sample-key.R:142:3', 'test-norms-audit-sample-key.R:162:3',
'test-norms-audit-sample-key.R:173:3', 'test-norms-provenance.R:627:3',
'test-norms-provenance.R:662:3'
• derivation record not available (1): 'test-fit_structure.R:256:3'
• devel oracle results not present (2): 'test-ssm_occasions.R:862:3',
'test-ssm_occasions.R:894:3'
• fixture was generated under a different R or lavaan version (1):
'test-axes-scaled-fit.R:930:3'
• package R/ sources absent (installed package) (1):
'test-axes-scaled-fit.R:1164:3'
• package R/ sources absent (installed) (1): 'test-axes-corrected-se.R:1212:3'
══ Failed tests ════════════════════════════════════════════════════════════════
── Failure ('test-ssm_sem_syntax.R:257:3'): n_groups = 1 emission is byte-identical to the pre-change output (§3.5) ──
Expected `strip(ssm_sem_syntax(scales = scales, angles = octs, model = "scaled"))` to be identical to `exp_scaled_nomeas`.
Differences:
lines(actual)[12:18] vs lines(expected)[12:18]
"0 == 1*lx1 - 0*ly1"
"0 == 0.70710678118654757*lx2 - -0.70710678118654746*ly2"
"0 == 0*lx3 - -1*ly3"
- "0 == -0.70710678118654735*lx4 - -0.70710678118654768*ly4"
+ "0 == -0.70710678118654746*lx4 - -0.70710678118654768*ly4"
"0 == -1*lx5 - 0*ly5"
"0 == -0.70710678118654768*lx6 - 0.70710678118654735*ly6"
"0 == 0*lx7 - 1*ly7"
── Failure ('test-ssm_sem_syntax.R:261:3'): n_groups = 1 emission is byte-identical to the pre-change output (§3.5) ──
Expected `strip(...)` to be identical to `exp_scaled_meas`.
Differences:
lines(actual)[12:18] vs lines(expected)[12:18]
"0 == 1*lx1 - 0*ly1"
"0 == 0.70710678118654757*lx2 - -0.70710678118654746*ly2"
"0 == 0*lx3 - -1*ly3"
- "0 == -0.70710678118654735*lx4 - -0.70710678118654768*ly4"
+ "0 == -0.70710678118654746*lx4 - -0.70710678118654768*ly4"
"0 == -1*lx5 - 0*ly5"
"0 == -0.70710678118654768*lx6 - 0.70710678118654735*ly6"
"0 == 0*lx7 - 1*ly7"
── Failure ('test-ssm_sem_syntax.R:266:3'): n_groups = 1 emission is byte-identical to the pre-change output (§3.5) ──
Expected `strip(ssm_sem_syntax(scales = scales, angles = octs, model = "strict"))` to be identical to `exp_strict_nomeas`.
Differences:
lines(actual)[6:12] vs lines(expected)[6:12]
"# fixed unit-cosine loadings; free 3x3 factor covariance"
"g =~ 1*s1 + 1*s2 + 1*s3 + 1*s4 + 1*s5 + 1*s6 + 1*s7 + 1*s8"
"cx =~ 0*s1 + -0.70710678118654746*s2 + -1*s3 + -0.70710678118654768*s4 + 0*s5 + 0.70710678118654735*s6 + 1*s7 + 0.70710678118654757*s8"
- "cy =~ 1*s1 + 0.70710678118654757*s2 + 0*s3 + -0.70710678118654735*s4 + -1*s5 + -0.70710678118654768*s6 + 0*s7 + 0.70710678118654746*s8"
+ "cy =~ 1*s1 + 0.70710678118654757*s2 + 0*s3 + -0.70710678118654746*s4 + -1*s5 + -0.70710678118654768*s6 + 0*s7 + 0.70710678118654746*s8"
"g ~~ NA*g"
"cx ~~ NA*cx"
"cy ~~ NA*cy"
── Failure ('test-ssm_sem_syntax.R:270:3'): n_groups = 1 emission is byte-identical to the pre-change output (§3.5) ──
Expected `strip(...)` to be identical to `exp_strict_meas`.
Differences:
lines(actual)[6:12] vs lines(expected)[6:12]
"# fixed unit-cosine loadings; free 3x3 factor covariance"
"g =~ 1*s1 + 1*s2 + 1*s3 + 1*s4 + 1*s5 + 1*s6 + 1*s7 + 1*s8"
"cx =~ 0*s1 + -0.70710678118654746*s2 + -1*s3 + -0.70710678118654768*s4 + 0*s5 + 0.70710678118654735*s6 + 1*s7 + 0.70710678118654757*s8"
- "cy =~ 1*s1 + 0.70710678118654757*s2 + 0*s3 + -0.70710678118654735*s4 + -1*s5 + -0.70710678118654768*s6 + 0*s7 + 0.70710678118654746*s8"
+ "cy =~ 1*s1 + 0.70710678118654757*s2 + 0*s3 + -0.70710678118654746*s4 + -1*s5 + -0.70710678118654768*s6 + 0*s7 + 0.70710678118654746*s8"
"g ~~ NA*g"
"cx ~~ NA*cx"
"cy ~~ NA*cy"
[ FAIL 4 | WARN 4 | SKIP 540 | PASS 2401 ]
Error:
! Test failures.
Execution halted
Flavor: r-oldrel-macos-x86_64
Current CRAN status: OK: 13