""" Results for VARMAX tests Results from Stata using script `test_varmax_stata.do`. See also Stata time series documentation, in particular `dfactor`. Data from: http://www.jmulti.de/download/datasets/e1.dat Author: Chad Fulton License: Simplified-BSD """ # See http://www.jmulti.de/download/datasets/e1.dat # 1960:Q1 - 1982Q4 lutkepohl_data = [ [180, 451, 415], [179, 465, 421], [185, 485, 434], [192, 493, 448], [211, 509, 459], [202, 520, 458], [207, 521, 479], [214, 540, 487], [231, 548, 497], [229, 558, 510], [234, 574, 516], [237, 583, 525], [206, 591, 529], [250, 599, 538], [259, 610, 546], [263, 627, 555], [264, 642, 574], [280, 653, 574], [282, 660, 586], [292, 694, 602], [286, 709, 617], [302, 734, 639], [304, 751, 653], [307, 763, 668], [317, 766, 679], [314, 779, 686], [306, 808, 697], [304, 785, 688], [292, 794, 704], [275, 799, 699], [273, 799, 709], [301, 812, 715], [280, 837, 724], [289, 853, 746], [303, 876, 758], [322, 897, 779], [315, 922, 798], [339, 949, 816], [364, 979, 837], [371, 988, 858], [375, 1025, 881], [432, 1063, 905], [453, 1104, 934], [460, 1131, 968], [475, 1137, 983], [496, 1178, 1013], [494, 1211, 1034], [498, 1256, 1064], [526, 1290, 1101], [519, 1314, 1102], [516, 1346, 1145], [531, 1385, 1173], [573, 1416, 1216], [551, 1436, 1229], [538, 1462, 1242], [532, 1493, 1267], [558, 1516, 1295], [524, 1557, 1317], [525, 1613, 1355], [519, 1642, 1371], [526, 1690, 1402], [510, 1759, 1452], [519, 1756, 1485], [538, 1780, 1516], [549, 1807, 1549], [570, 1831, 1567], [559, 1873, 1588], [584, 1897, 1631], [611, 1910, 1650], [597, 1943, 1685], [603, 1976, 1722], [619, 2018, 1752], [635, 2040, 1774], [658, 2070, 1807], [675, 2121, 1831], [700, 2132, 1842], [692, 2199, 1890], [759, 2253, 1958], [782, 2276, 1948], [816, 2318, 1994], [844, 2369, 2061], [830, 2423, 2056], [853, 2457, 2102], [852, 2470, 2121], [833, 2521, 2145], [860, 2545, 2164], [870, 2580, 2206], [830, 2620, 2225], [801, 2639, 2235], [824, 2618, 2237], [831, 2628, 2250], [830, 2651, 2271], ] lutkepohl_var1 = { 'params': [ -0.25034303, 0.28759168, 0.81626475, # Phi, row 1 0.023383, 0.19048278, 0.66502259, # Phi, row 2 -0.01492992, 0.53796097, 0.28114733, # Phi, row 3 # .00199294, # Covariance, lower triangle # .00006096, .00012986, # .00018523, .00011695, .00016188, # Note: the following are the Cholesky of the covariance # matrix defined just above 0.04464236, # Cholesky, lower triangle 0.00136552, 0.01354125, 0.0029089, 0.00834324, 0.00915471 ], 'var_oim': [ .01319669, .19413864, .2386643, .0012437, .01829378, .02234399, .00107749, .01584584, .01938099, 1.061e-07, 4.981e-09, 4.549e-09, 9.211e-10, 5.825e-10, 7.016e-10], 'loglike': 587.8481018831948, 'aic': -1145.696, 'bic': -1110.934, } lutkepohl_var1_diag = { 'params': [ -0.24817904, 0.29283012, 0.80794938, # Phi, row 1 0.02282985, 0.19672157, 0.66329776, # Phi, row 2 -0.01522531, 0.53500874, 0.28859213, # Phi, row 3 0.00199106, 0.00018529, 0.00016179 # Variances, diagonal ], 'var_oim': [ .01314245, .1902972, .23400828, .00124336, .01840132, .02229946, .00107322, .01558391, .01909303, 1.057e-07, 9.233e-10, 7.011e-10 ], 'loglike': 562.8168476509002, 'aic': -1101.634, 'bic': -1073.824 } lutkepohl_var1_diag_meas = { 'params': [ -0.24817904, 0.29283012, 0.80794938, # Phi, row 1 0.02282985, 0.19672157, 0.66329776, # Phi, row 2 -0.01522531, 0.53500874, 0.28859213, # Phi, row 3 0.00199106, 0.00018529, 0.00016179, # Variances, diagonal 0, 0, 0 # Measurement error variances ], 'var_oim': [ .01314245, .1902972, .23400828, .00124336, .01840132, .02229946, .00107322, .01558391, .01909303, 1.057e-07, 9.233e-10, 7.011e-10, None, None, None ], 'loglike': 562.8168476509002, 'aic': None, 'bic': None } lutkepohl_var1_obs_intercept = { 'params': [ -.24762, .25961003, .75992623, # Phi, row 1 .03186854, -.07271862, .23697765, # Phi, row 2 -.0053055, .2362571, -.19438311, # Phi, row 3 .00199116, .00013515, .00009937 # Variances, diagonal ], 'obs_intercept': [.01799302, .02065458, .01987525], # Intercepts 'var_oim': [ .01317874, .2311403, .33481866, .00090084, .0157839, .0229119, .00065737, .01149729, .01661236, # .00001802, 1.818e-06, 1.086e-06, # Intercept parameters 1.057e-07, 4.869e-10, 2.630e-10], 'loglike': 593.5252693885262, 'aic': -1101.634, 'bic': -1073.824 } lutkepohl_var1_exog = { 'params': [ -.25549409, .31149462, .92674046, # Phi, row 1 .02935715, .13699757, .5059042, # Phi, row 2 -.00540021, .4598014, .06065565, # Phi, row 3 -.00007533, .00012771, .00018224, # exog # .00200617, # Covariance, lower triangle # .00007053, .00017216, # .00013934, .00010021, .00013833 # Note: the following are the Cholesky of the covariance # matrix defined just above .04479029, # Cholesky, lower triangle .00157467, .01302614, .00311094, .00731692, .00866687 ], 'var_oim': [ .01350243, .20429977, .29684366, # Phi, row 1 .00115871, .01753203, .02547371, # Phi, row 2 .000931, .01408662, .02046759, # Phi, row 3 3.720e-08, 3.192e-09, 2.565e-09 # exog ], 'loglike': 587.4157014188437, 'aic': None, 'bic': None } lutkepohl_var1_exog2 = { 'params': [ -.2552236, .21722691, .81525457, # Phi, row 1 .02998355, -.08130972, .24772266, # Phi, row 2 -.00476998, .24016112, -.19910237, # Phi, row 3 .00811096, -.00015244, # exog, y1 .01878355, -.00005086, # exog, y2 .01889825, 2.577e-06, # exog, y3 # .00199918, # Covariance, lower triangle # .00005435, .00013469, # .00012306, .00006251, .00010039 # Note: the following are the Cholesky of the covariance # matrix defined just above .04471219, # Cholesky, lower triangle .00121555, .01102644, .00275227, .00536569, .00800152 ], 'var_oim': None, # 'loglike': 600.9801664685759, # From Stata 'loglike': 600.65449034396283, # From VARMAX (regression test) 'aic': None, 'bic': None } lutkepohl_var2 = { 'params': [ -.25244981, .62528114, # Phi_1, row 1 -.13011679, .58173748, # Phi_1, row 2 .05369178, .35716349, # Phi_2, row 1 .03861472, .43812606, # Phi_2, row 2 # .00197786, # Covariance, lower triangle # .00008091, .00018269 0.04447314, # Covariance cholesky, lower triangle 0.0018193, 0.01339329 ], 'var_oim': [ .01315844, .11805816, # Phi_1, row 1 .01321036, .11300702, # Phi_1, row 2 .00122666, .01064478, # Phi_2, row 1 .0012571, .0106738, # Phi_2, row 2 1.048e-07, # Covariance, lower triangle 4.994e-09, 8.940e-10 ], 'loglike': 343.3149718445623, 'aic': -664.6299, 'bic': -639.1376 } fred_varma11 = { 'params': [ .80580312, 0, # Phi_1, row 1 .17348681, -.48093755, # Phi_1, row 2 -.51890703, 0, # Theta_1, row 1 0, 0, # Theta_1, row 2 .0000582, .00003815, # Variances ], 'var_oim': [ .00272999, 0, # Phi_1, row 1 .00164152, .00248576, # Phi_1, row 2 .0049259, 0, # Theta_1, row 1 0, 0, # Theta_1, row 2 1.529e-11, 6.572e-12, # Variances ], 'loglike': 3156.056423235071, 'aic': -6300.113, 'bic': -6275.551 } fred_vma1 = { 'params': [ .24803941, 0, # Theta_1, row 1 0, 0, # Theta_1, row 2 .00006514, .00004621, # Variances ], 'var_oim': [ .00154773, 0, # Theta_1, row 1 0, 0, # Theta_1, row 2 1.916e-11, 9.639e-12, # Variances ], 'loglike': 3088.909619417645, 'aic': -6171.819, 'bic': -6159.539 }