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Type 'q()' to quit R. > if (requireNamespace("testthat", quietly = TRUE)) { + testthat::test_check( + "acousticTS", + reporter = testthat::SummaryReporter$new() + ) + } Loading required package: acousticTS acoustics_utilities: ....................................................................... bbfm: ............. bessel_functions: .............................................................. calibration_sphere: .... canonicalize_shape: ................ class_inheritance: .................................................................................... cylinder_modal_models: ....................... data_objects: ...................................................... dwba_profiles: ......... essms: ... generic_methods: ................................. geometry_internal_helpers: ...................................... harmonics: ............................... helper_utilities: ............. hpa: ....................... krm_vectorization: ...... math_utilities: ........................ modal_series: ................ model_helper_branches: ................................................ model_initialization: ................................................. model_registry: ..................... pcdwba: .................................. pkgdown_helpers: ........................................ psms_helpers: .................................................. scatterer_reforge: .......................................................................................................................................................................................................................................................................................... sdwba_phase_convention: ... shape_creation: ................................................................................................ shape_internal_helpers: ................................................................... shape_manipulation: .................. simulation: ................................................................................................SS.S........... spheroidal: ................... target_strength: ................................................. tmm: .................................................WW................WW................................................................................................................................................. tmm_bistatic_plot_helpers: ...................................................................... tmm_internal_helpers: ...................................................................................................................................................................... tmm_scattering_orientation_helpers: .................................... trcm_benchmarks: ... utilities_validation: ................................................... validation_registry: ........................................................................................ vesms: .......................... ══ Skipped ═════════════════════════════════════════════════════════════════════ 1. simulate_ts works with PSOCK clusters when n_cores > 1 ('test-simulation.R:869:3') - Reason: On CRAN 2. simulate_ts supports theta_body for FLS objects in PSOCK mode ('test-simulation.R:920:3') - Reason: On CRAN 3. simulation helper utilities print headers and prepare optional clusters ('test-simulation.R:1008:5') - Reason: On CRAN ══ Warnings ════════════════════════════════════════════════════════════════════ 1. TMM matches PSMS across multiple prolate spheroids and boundary cases ('test-tmm.R:269:7') - The full gas-filled PSMS kernel solve is numerically unstable in the current implementation; using the simplified gas-filled formulation instead. 2. TMM matches PSMS across multiple prolate spheroids and boundary cases ('test-tmm.R:277:7') - The full gas-filled PSMS kernel solve is numerically unstable in the current implementation; using the simplified gas-filled formulation instead. 3. TMM matches PSMS across multiple prolate spheroids and boundary cases ('test-tmm.R:269:7') - The full gas-filled PSMS kernel solve is numerically unstable in the current implementation; using the simplified gas-filled formulation instead. 4. TMM matches PSMS across multiple prolate spheroids and boundary cases ('test-tmm.R:277:7') - The full gas-filled PSMS kernel solve is numerically unstable in the current implementation; using the simplified gas-filled formulation instead. ══ DONE ════════════════════════════════════════════════════════════════════════ > > proc.time() user system elapsed 89.01 6.75 96.15