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Type 'q()' to quit R. > if ( requireNamespace("tinytest", quietly=TRUE) ){ + tinytest::test_package("spdep") + } Loading required package: spData To access larger datasets in this package, install the spDataLarge package with: `install.packages('spDataLarge', repos='https://nowosad.github.io/drat/', type='source')` Loading required package: sf Linking to GEOS 3.11.2, GDAL 3.7.2, PROJ 9.3.0; sf_use_s2() is TRUE test_cell2nb.R................ 0 tests X1 X2 cellcentre.offset 1 1 cellsize 1 1 cells.dim 20 11 ----- PASSED : test_cell2nb.R<3--71> call| expect_true(isTRUE(all.equal(nb_rook_cont, nb_rook_dist, check.attributes = FALSE))) ----- PASSED : test_cell2nb.R<3--71> call| expect_equal(M_cont$estimate[1], M_dist$estimate[1]) ----- PASSED : test_cell2nb.R<3--71> call| expect_false(isTRUE(all.equal(nb_rook_cont, nb_legacy, check.attributes = FALSE))) ----- PASSED : test_cell2nb.R<3--71> call| expect_false(isTRUE(all.equal(M_cont$estimate[1], M_cell_legacy$estimate[1]))) ----- PASSED : test_cell2nb.R<3--71> call| expect_true(isTRUE(all.equal(nb_rook_cont, nb, check.attributes = FALSE))) ----- PASSED : test_cell2nb.R<3--71> call| expect_equal(M_cont$estimate[1], M_cell$estimate[1]) X1 X2 cellcentre.offset 1 1 cellsize 1 1 cells.dim 20 12 ----- PASSED : test_cell2nb.R<3--71> call| expect_true(isTRUE(all.equal(nb_rook_cont, nb_rook_dist, check.attributes = FALSE))) ----- PASSED : test_cell2nb.R<3--71> call| expect_equal(M_cont$estimate[1], M_dist$estimate[1]) ----- PASSED : test_cell2nb.R<3--71> call| expect_false(isTRUE(all.equal(nb_rook_cont, nb_legacy, check.attributes = FALSE))) ----- PASSED : test_cell2nb.R<3--71> call| expect_false(isTRUE(all.equal(M_cont$estimate[1], M_cell_legacy$estimate[1]))) ----- PASSED : test_cell2nb.R<3--71> call| expect_true(isTRUE(all.equal(nb_rook_cont, nb, check.attributes = FALSE))) ----- PASSED : test_cell2nb.R<3--71> call| expect_equal(M_cont$estimate[1], M_cell$estimate[1]) X1 X2 cellcentre.offset 1 1 cellsize 1 1 cells.dim 21 11 ----- PASSED : test_cell2nb.R<3--71> call| expect_true(isTRUE(all.equal(nb_rook_cont, nb_rook_dist, check.attributes = FALSE))) ----- PASSED : test_cell2nb.R<3--71> call| expect_equal(M_cont$estimate[1], M_dist$estimate[1]) ----- PASSED : test_cell2nb.R<3--71> call| expect_false(isTRUE(all.equal(nb_rook_cont, nb_legacy, check.attributes = FALSE))) ----- PASSED : test_cell2nb.R<3--71> call| expect_false(isTRUE(all.equal(M_cont$estimate[1], M_cell_legacy$estimate[1]))) ----- PASSED : test_cell2nb.R<3--71> call| expect_true(isTRUE(all.equal(nb_rook_cont, nb, check.attributes = FALSE))) ----- PASSED : test_cell2nb.R<3--71> call| expect_equal(M_cont$estimate[1], M_cell$estimate[1]) X1 X2 cellcentre.offset 1 1 cellsize 1 1 cells.dim 21 12 ----- PASSED : test_cell2nb.R<3--71> call| expect_true(isTRUE(all.equal(nb_rook_cont, nb_rook_dist, check.attributes = FALSE))) ----- PASSED : test_cell2nb.R<3--71> call| expect_equal(M_cont$estimate[1], M_dist$estimate[1]) ----- PASSED : test_cell2nb.R<3--71> call| expect_false(isTRUE(all.equal(nb_rook_cont, nb_legacy, check.attributes = FALSE))) ----- PASSED : test_cell2nb.R<3--71> call| expect_false(isTRUE(all.equal(M_cont$estimate[1], M_cell_legacy$estimate[1]))) ----- PASSED : test_cell2nb.R<3--71> call| expect_true(isTRUE(all.equal(nb_rook_cont, nb, check.attributes = FALSE))) ----- PASSED : test_cell2nb.R<3--71> call| expect_equal(M_cont$estimate[1], M_cell$estimate[1]) test_cell2nb.R................ 33 tests OK 2.7s test_lisa_perm.R.............. 0 tests test_lisa_perm.R.............. 0 tests test_lisa_perm.R.............. 0 tests test_lisa_perm.R.............. 0 tests test_lisa_perm.R.............. 0 tests test_lisa_perm.R.............. 0 tests test_lisa_perm.R.............. 0 tests test_lisa_perm.R.............. 0 tests test_lisa_perm.R.............. 0 tests test_lisa_perm.R.............. 1 tests OK test_lisa_perm.R.............. 2 tests OK test_lisa_perm.R.............. 3 tests OK test_lisa_perm.R.............. 4 tests OK test_lisa_perm.R.............. 5 tests OK test_lisa_perm.R.............. 6 tests OK test_lisa_perm.R.............. 7 tests OK test_lisa_perm.R.............. 8 tests OK test_lisa_perm.R.............. 9 tests OK test_lisa_perm.R.............. 10 tests OK test_lisa_perm.R.............. 11 tests OK test_lisa_perm.R.............. 16 tests OK 5.7s test_poly2nb_snap.R........... 0 tests test_poly2nb_snap.R........... 0 tests test_poly2nb_snap.R........... 0 tests test_poly2nb_snap.R........... 1 tests OK test_poly2nb_snap.R........... 2 tests OK test_poly2nb_snap.R........... 3 tests OK test_poly2nb_snap.R........... 4 tests OK 12ms test_subgraph_warning.R....... 0 tests test_subgraph_warning.R....... 0 tests test_subgraph_warning.R....... 0 tests test_subgraph_warning.R....... 0 tests test_subgraph_warning.R....... 0 tests test_subgraph_warning.R....... 0 tests test_subgraph_warning.R....... 1 tests OK test_subgraph_warning.R....... 2 tests OK test_subgraph_warning.R....... 2 tests OK test_subgraph_warning.R....... 3 tests OK test_subgraph_warning.R....... 4 tests OK 34ms All ok, 57 results (8.5s) > > proc.time() user system elapsed 6.82 0.48 9.21