[PANUA] PARDISO License error. You have an invalid license. [PANUA] Please obtain a new PARDISO license at https://www.panua.ch/products/pardiso [PANUA] user name: rueh [PANUA] directory: /Users/rueh Read ntt 4 1 2 with max.threads 8 Continue with num.threads = 4:1:2 max_threads = 4 Version.......[devel] MAX_THREADS...[4] Report issues/bugs to cwd[/Users/rueh/test-speed/Leuk] Process file/directory[/Users/rueh/test-speed/Leuk/inla.model-1/Model.ini] model[0/1/] threads[4] max.threads[8] blas_threads_force[0] nested[4:1] Run with model[/Users/rueh/test-speed/Leuk/inla.model-1/Model.ini] inla_build... number of sections=[18] parse section=[17] name=[INLA.numa] type=[NUMA] inla_parse_numa... section[INLA.numa] enable[0] parse section=[15] name=[INLA.stiles] type=[STILES] inla_parse_stiles... section[INLA.stiles] verbose[0] block.size[-1] parse section=[0] name=[INLA.libR] type=[LIBR] inla_parse_libR... section[INLA.libR] R_HOME=[/Library/Frameworks/R.framework/Resources] parse section=[12] name=[INLA.Expert] type=[EXPERT] inla_parse_expert... section[INLA.Expert] disable.gaussian.check=[0] Optimise linear solve = [No] Optimise storage = [No] Optimise num.threads = [Yes] Memory.alignment.enabled = [Yes] Memory.alignment = [64] bytes Memory.alignment.check = [FAIL] cpo.manual=[0] jp.file=[(null)] jp.model=[(null)] blas.num.threads=[0 (adaptive)] parse section=[1] name=[INLA.Model] type=[PROBLEM] inla_parse_problem... name=[INLA.Model] R-INLA version = [26.08.07] R-INLA build date = [20672] Build tag = [Version_26.08.07] System memory = [16 Gb] L3 cache = [0 Mb] Cores = (Physical= 8, Logical= 8) NUMA not available 'char' is signed 'short int' is 2 bytes 'int' is 4 bytes 'size_t' is 8 bytes 'long int' is 8 bytes 'long long' is 8 bytes 'float' is 4 bytes 'double' is 8 bytes 'long double' is 8 bytes BUFSIZ is 1024 bytes CACHE_LINE_SIZE is 256 bytes MEM_ALIGN is 64 bytes L1 Data Cache: 65536 bytes L1 Instr Cache: 131072 bytes L2 Cache: 4 Mbytes L3 Cache: 0 Mbytes GCC/Compiler version[15.2.0] Compiled with -DINLA_WITH_PARDISO Compiled with -DINLA_WITH_PARDISO_WORKAROUND Compiled with -DINLA_WITH_LIBR Compiled with -DINLA_WITH_MUPARSER Compiled with -DINLA_WITH_ARMPL Compiled with -DINLA_WITH_DEVEL Compiled with -DINLA_WITH_SIMDE openmp.strategy=[default] pardiso-library installed and working? = [no] smtp = [taucs] strategy = [default] store results in directory=[/Users/rueh/test-speed/Leuk/inla.model-1/results.files-0000000000] output: gcpo=[0] type.cv=[single] num.level.sets=[-1] size.max=[32] strategy=[Posterior] correct.hyperpar=[1] epsilon=[0.005] prior.diagonal=[0.0001] keep=[] remove.fixed=[1] remove=[] cpo=[0] po=[0] dic=[0] kld=[1] mlik=[1] q=[0] graph=[0] hyperparameters=[1] config=[0] config.lite=[0] internal.opt=[1] save.memory=[0] summary=[1] return.marginals=[1] return.marginals.predictor=[0] nquantiles=[3] [ 0.025 0.5 0.975 ] ncdf=[0] [ ] parse section=[3] name=[Predictor] type=[PREDICTOR] inla_parse_predictor ... section=[Predictor] dir=[predictor] PRIOR->name=[loggamma] hyperid=[53001|Predictor] PRIOR->from_theta=[function (x) <>exp(x)] PRIOR->to_theta = [function (x) <>log(x)] PRIOR->PARAMETERS=[1, 1e-05] initialise log_precision[13.8155] fixed=[1] user.scale=[1] n=[98784] m=[0] ndata=[98784] compute=[1] read offsets from file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd1a7cefb9] read n=[197568] entries from file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd1a7cefb9] file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd1a7cefb9] 0/98784 (idx,y) = (0, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd1a7cefb9] 1/98784 (idx,y) = (1, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd1a7cefb9] 2/98784 (idx,y) = (2, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd1a7cefb9] 3/98784 (idx,y) = (3, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd1a7cefb9] 4/98784 (idx,y) = (4, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd1a7cefb9] 5/98784 (idx,y) = (5, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd1a7cefb9] 6/98784 (idx,y) = (6, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd1a7cefb9] 7/98784 (idx,y) = (7, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd1a7cefb9] 8/98784 (idx,y) = (8, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd1a7cefb9] 9/98784 (idx,y) = (9, 0) A=[(null)] Aext=[(null)] AextPrecision=[1e+08] output: summary=[1] return.marginals=[1] return.marginals.predictor=[0] nquantiles=[3] [ 0.025 0.5 0.975 ] ncdf=[0] [ ] parse section=[2] name=[INLA.Data1] type=[DATA] inla_parse_data [section 1]... tag=[INLA.Data1] family=[POISSON] likelihood=[POISSON] file->name=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd571831a3] file->name=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7562f100] file->name=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd722fb698] file->name=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd32bc7335] read n=[296352] entries from file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd571831a3] 0/98784 (idx,a,y,d) = (0, 0.000200924, 1, 1) 1/98784 (idx,a,y,d) = (1, 0.000200924, 1, 1) 2/98784 (idx,a,y,d) = (2, 0.000200924, 1, 1) 3/98784 (idx,a,y,d) = (3, 0.000200924, 1, 1) 4/98784 (idx,a,y,d) = (4, 0.000200924, 1, 1) 5/98784 (idx,a,y,d) = (5, 0.000200924, 1, 1) 6/98784 (idx,a,y,d) = (6, 0.000200924, 1, 1) 7/98784 (idx,a,y,d) = (7, 0.000200924, 1, 1) 8/98784 (idx,a,y,d) = (8, 0.000200924, 1, 1) 9/98784 (idx,a,y,d) = (9, 0.000200924, 1, 1) likelihood.variant=[0] Link model [LOG] Link order [-1] Link variant [-1] Link a [1] Link ntheta [0] mix.use[0] parse section=[7] name=[inla.group(wbc)] type=[FFIELD] inla_parse_ffield... section=[inla.group(wbc)] dir=[random.effect0000000001] model=[rw2] PRIOR->name=[loggamma] hyperid=[5001|inla.group(wbc)] PRIOR->from_theta=[function (x) <>exp(x)] PRIOR->to_theta = [function (x) <>log(x)] PRIOR->PARAMETERS=[1, 5e-05] vb.correct n[1] -1 correct=[-1] constr=[1] diagonal=[0.0001] id.names= compute=[1] nrep=[1] ngroup=[1] Alocal=[no] read covariates from file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd75e19219] read n=[197568] entries from file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd75e19219] file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd75e19219] 0/98784 (idx,y) = (0, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd75e19219] 1/98784 (idx,y) = (1, 20) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd75e19219] 2/98784 (idx,y) = (2, 7) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd75e19219] 3/98784 (idx,y) = (3, 21) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd75e19219] 4/98784 (idx,y) = (4, 7) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd75e19219] 5/98784 (idx,y) = (5, 1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd75e19219] 6/98784 (idx,y) = (6, 2) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd75e19219] 7/98784 (idx,y) = (7, 13) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd75e19219] 8/98784 (idx,y) = (8, 10) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd75e19219] 9/98784 (idx,y) = (9, 0) file for locations=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd27af1429] nlocations=[22] locations[0]=[3] locations[1]=[28.8] locations[2]=[52.3] locations[3]=[70] locations[4]=[87] locations[5]=[111.1] locations[6]=[125] locations[7]=[158] locations[8]=[172] locations[9]=[186] cyclic=[0] initialise log_precision[4] fixed=[0] scale.model[1] scale.model: prec_scale[405882] computed/guessed rank-deficiency = [2] output: summary=[1] return.marginals=[1] return.marginals.predictor=[0] nquantiles=[3] [ 0.025 0.5 0.975 ] ncdf=[0] [ ] parse section=[8] name=[inla.group(tpi)] type=[FFIELD] inla_parse_ffield... section=[inla.group(tpi)] dir=[random.effect0000000002] model=[rw2] PRIOR->name=[loggamma] hyperid=[5001|inla.group(tpi)] PRIOR->from_theta=[function (x) <>exp(x)] PRIOR->to_theta = [function (x) <>log(x)] PRIOR->PARAMETERS=[1, 5e-05] vb.correct n[1] -1 correct=[-1] constr=[1] diagonal=[0.0001] id.names= compute=[1] nrep=[1] ngroup=[1] Alocal=[no] read covariates from file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd234ef872] read n=[197568] entries from file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd234ef872] file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd234ef872] 0/98784 (idx,y) = (0, 6) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd234ef872] 1/98784 (idx,y) = (1, 4) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd234ef872] 2/98784 (idx,y) = (2, 1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd234ef872] 3/98784 (idx,y) = (3, 7) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd234ef872] 4/98784 (idx,y) = (4, 5) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd234ef872] 5/98784 (idx,y) = (5, 9) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd234ef872] 6/98784 (idx,y) = (6, 16) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd234ef872] 7/98784 (idx,y) = (7, 12) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd234ef872] 8/98784 (idx,y) = (8, 4) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd234ef872] 9/98784 (idx,y) = (9, 10) file for locations=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd2c3ee3c5] nlocations=[25] locations[0]=[-5.98] locations[1]=[-5.11] locations[2]=[-4.52] locations[3]=[-3.78] locations[4]=[-3.23] locations[5]=[-2.57] locations[6]=[-2.05] locations[7]=[-1.48] locations[8]=[-0.8] locations[9]=[-0.26] cyclic=[0] initialise log_precision[4] fixed=[0] scale.model[1] scale.model: prec_scale[6.93982] computed/guessed rank-deficiency = [2] output: summary=[1] return.marginals=[1] return.marginals.predictor=[0] nquantiles=[3] [ 0.025 0.5 0.975 ] ncdf=[0] [ ] parse section=[9] name=[district] type=[FFIELD] inla_parse_ffield... section=[district] dir=[random.effect0000000003] model=[besag] PRIOR->name=[loggamma] hyperid=[8001|district] PRIOR->from_theta=[function (x) <>exp(x)] PRIOR->to_theta = [function (x) <>log(x)] PRIOR->PARAMETERS=[1, 5e-05] vb.correct n[1] -1 correct=[-1] constr=[1] diagonal=[0.0001] id.names= compute=[1] nrep=[1] ngroup=[1] Alocal=[no] read covariates from file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7109158c] read n=[197568] entries from file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7109158c] file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7109158c] 0/98784 (idx,y) = (0, 8) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7109158c] 1/98784 (idx,y) = (1, 6) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7109158c] 2/98784 (idx,y) = (2, 6) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7109158c] 3/98784 (idx,y) = (3, 23) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7109158c] 4/98784 (idx,y) = (4, 6) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7109158c] 5/98784 (idx,y) = (5, 10) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7109158c] 6/98784 (idx,y) = (6, 16) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7109158c] 7/98784 (idx,y) = (7, 20) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7109158c] 8/98784 (idx,y) = (8, 17) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7109158c] 9/98784 (idx,y) = (9, 6) read graph from file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd4a5552ba] file for locations=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd1599167a] nlocations=[24] locations[0]=[1] locations[1]=[2] locations[2]=[3] locations[3]=[4] locations[4]=[5] locations[5]=[6] locations[6]=[7] locations[7]=[8] locations[8]=[9] locations[9]=[10] initialise log_precision[4] fixed=[0] adjust.for.con.comp[1] scale.model[1] connected component[0] size[24] scale[0.405846] scale.model: prec_scale[0.405846] rank-deficiency is *defined* [1] output: summary=[1] return.marginals=[1] return.marginals.predictor=[0] nquantiles=[3] [ 0.025 0.5 0.975 ] ncdf=[0] [ ] parse section=[10] name=[baseline.hazard] type=[FFIELD] inla_parse_ffield... section=[baseline.hazard] dir=[random.effect0000000004] model=[rw1] PRIOR->name=[loggamma] hyperid=[4001|baseline.hazard] PRIOR->from_theta=[function (x) <>exp(x)] PRIOR->to_theta = [function (x) <>log(x)] PRIOR->PARAMETERS=[1, 5e-05] vb.correct n[1] -1 correct=[-1] constr=[1] diagonal=[0.0001] id.names= compute=[1] nrep=[1] ngroup=[1] Alocal=[no] read covariates from file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7108c012] read n=[197568] entries from file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7108c012] file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7108c012] 0/98784 (idx,y) = (0, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7108c012] 1/98784 (idx,y) = (1, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7108c012] 2/98784 (idx,y) = (2, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7108c012] 3/98784 (idx,y) = (3, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7108c012] 4/98784 (idx,y) = (4, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7108c012] 5/98784 (idx,y) = (5, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7108c012] 6/98784 (idx,y) = (6, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7108c012] 7/98784 (idx,y) = (7, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7108c012] 8/98784 (idx,y) = (8, 0) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd7108c012] 9/98784 (idx,y) = (9, 0) file for locations=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd27aa5776] nlocations=[51] locations[0]=[0] locations[1]=[0.02] locations[2]=[0.04] locations[3]=[0.06] locations[4]=[0.08] locations[5]=[0.1] locations[6]=[0.12] locations[7]=[0.14] locations[8]=[0.16] locations[9]=[0.18] cyclic=[0] initialise log_precision[4] fixed=[0] scale.model[1] scale.model: prec_scale[0.154133] computed/guessed rank-deficiency = [1] output: summary=[1] return.marginals=[1] return.marginals.predictor=[0] nquantiles=[3] [ 0.025 0.5 0.975 ] ncdf=[0] [ ] section=[4] name=[(Intercept)] type=[LINEAR] inla_parse_linear... section[(Intercept)] dir=[fixed.effect0000000001] file for covariates=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd5e6845] read n=[197568] entries from file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd5e6845] file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd5e6845] 0/98784 (idx,y) = (0, 1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd5e6845] 1/98784 (idx,y) = (1, 1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd5e6845] 2/98784 (idx,y) = (2, 1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd5e6845] 3/98784 (idx,y) = (3, 1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd5e6845] 4/98784 (idx,y) = (4, 1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd5e6845] 5/98784 (idx,y) = (5, 1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd5e6845] 6/98784 (idx,y) = (6, 1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd5e6845] 7/98784 (idx,y) = (7, 1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd5e6845] 8/98784 (idx,y) = (8, 1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd5e6845] 9/98784 (idx,y) = (9, 1) prior mean=[0] prior precision=[0] compute=[1] output: summary=[1] return.marginals=[1] return.marginals.predictor=[0] nquantiles=[3] [ 0.025 0.5 0.975 ] ncdf=[0] [ ] section=[5] name=[sex] type=[LINEAR] inla_parse_linear... section[sex] dir=[fixed.effect0000000002] file for covariates=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd360f8a33] read n=[197568] entries from file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd360f8a33] file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd360f8a33] 0/98784 (idx,y) = (0, -1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd360f8a33] 1/98784 (idx,y) = (1, -1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd360f8a33] 2/98784 (idx,y) = (2, -1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd360f8a33] 3/98784 (idx,y) = (3, 1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd360f8a33] 4/98784 (idx,y) = (4, 1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd360f8a33] 5/98784 (idx,y) = (5, 1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd360f8a33] 6/98784 (idx,y) = (6, -1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd360f8a33] 7/98784 (idx,y) = (7, -1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd360f8a33] 8/98784 (idx,y) = (8, -1) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd360f8a33] 9/98784 (idx,y) = (9, 1) prior mean=[0] prior precision=[0.001] compute=[1] output: summary=[1] return.marginals=[1] return.marginals.predictor=[0] nquantiles=[3] [ 0.025 0.5 0.975 ] ncdf=[0] [ ] section=[6] name=[age] type=[LINEAR] inla_parse_linear... section[age] dir=[fixed.effect0000000003] file for covariates=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd363a35ff] read n=[197568] entries from file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd363a35ff] file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd363a35ff] 0/98784 (idx,y) = (0, 61) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd363a35ff] 1/98784 (idx,y) = (1, 76) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd363a35ff] 2/98784 (idx,y) = (2, 74) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd363a35ff] 3/98784 (idx,y) = (3, 79) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd363a35ff] 4/98784 (idx,y) = (4, 83) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd363a35ff] 5/98784 (idx,y) = (5, 81) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd363a35ff] 6/98784 (idx,y) = (6, 76) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd363a35ff] 7/98784 (idx,y) = (7, 87) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd363a35ff] 8/98784 (idx,y) = (8, 66) file=[/Users/rueh/test-speed/Leuk/inla.model-1/data.files/file103cd363a35ff] 9/98784 (idx,y) = (9, 78) prior mean=[0] prior precision=[0.001] compute=[1] output: summary=[1] return.marginals=[1] return.marginals.predictor=[0] nquantiles=[3] [ 0.025 0.5 0.975 ] ncdf=[0] [ ] parse section=[14] name=[INLA.pardiso] type=[PARDISO] inla_parse_pardiso... section[INLA.pardiso] verbose[0] debug[0] parallel.reordering[1] nrhs[-1] parse section=[16] name=[INLA.taucs] type=[TAUCS] inla_parse_taucs... section[INLA.taucs] min.block.size[4] block.size[64] parse section=[13] name=[INLA.lp.scale] type=[LP.SCALE] inla_parse_lp_scale... section[INLA.lp.scale] lp_scale variables in use = [ ] Index table: number of entries[8], total length[98909] tag start-index length Predictor 0 98784 inla.group(wbc) 98784 22 inla.group(tpi) 98806 25 district 98831 24 baseline.hazard 98855 51 (Intercept) 98906 1 sex 98907 1 age 98908 1 List of hyperparameters: theta[0] = [Log precision for inla.group(wbc)] theta[1] = [Log precision for inla.group(tpi)] theta[2] = [Log precision for district] theta[3] = [Log precision for baseline.hazard] parse section=[11] name=[INLA.Parameters] type=[INLA] inla_parse_INLA... section[INLA.Parameters] lincomb.derived.correlation.matrix = [No] global_node.factor = 2.000 global_node.degree = 2147483647 reordering = -1 constr.marginal.diagonal = 1.49e-08 Contents of ai_param 0xb7128ea00 Optimiser: DEFAULT METHOD Option for GSL-BFGS2: tol = 0.1 Option for GSL-BFGS2: step_size = 1 Option for GSL-BFGS2: epsx = 0.001 Option for GSL-BFGS2: epsf = 0.002 Option for GSL-BFGS2: epsg = 0.005 Restart: 0 Optimise: try to be smart: Yes Optimise: use directions: Yes Mode restart: Yes Mode fixed: No Mode use_mode: No parallel linesearch [0] Gaussian approximation: tolerance_func = 0.002 tolerance_step = 2.5e-06 optpar_fp = 0 optpar_nr_step_factor = -0.1 Gaussian data: No Strategy: Use an adaptive strategy (max=25) Fast mode: On Use linear approximation to log(|Q +c|)? Yes Method: Compute the derivative exact Parameters for improved approximations Number of points evaluate: 9 Step length to compute derivatives numerically: 0.0001 Stencil to compute derivatives numerically: 5 Cutoff value to construct local neigborhood: 0.0001 Log calculations: On Log calculated marginal for the hyperparameters: On Integration strategy: Automatic (GRID for dim(theta)=1 and 2 and otherwise CCD) f0 (CCD only): 1.100 dz (GRID only): 0.750 Adjust weights (GRID only): On Difference in log-density limit (GRID only): 6.000 Skip configurations with (presumed) small density (GRID only): On Gradient is computed using Central difference with step-length 0.005000 Hessian is computed using Central difference with step-length 0.070711 Hessian matrix is forced to be a diagonal matrix? [No] Compute effective number of parameters? [Yes] Perform a Monte Carlo error-test? [No] Interpolator [Auto] CPO required diff in log-density [3] Stupid search mode: Status [On] Max iter [1000] Factor [1.05] Numerical integration of hyperparameters: Maximum number of function evaluations [100000] Relative error ....................... [1e-05] Absolute error ....................... [1e-06] To stabilise the numerical optimisation: Minimum value of the -Hessian [-inf] Strategy for the linear term [Keep] CPO manual calculation[No] VB correction is [Enabled] strategy = [mean] verbose = [Yes] f_enable_limit_mean = [30] f_enable_limit_var = [25] f_enable_limit_mean_max = [1024] f_enable_limit_variance_max = [768] iter_max = [25] emergency = [25.00] hessian_update = [2] hessian_strategy = [full] Misc options: Hessian correct skewness only [1] inla_build: check for unused entries in[/Users/rueh/test-speed/Leuk/inla.model-1/Model.ini] inla_INLA_preopt_experimental... Strategy = [DEFAULT] Mode....................... [Compact] Setup...................... [0.11s] Sparse-matrix library...... [taucs] OpenMP strategy............ [huge] num.threads................ [4:1] num.threads (adaptive)..... [2] blas.num.threads........... [adaptive] Density-strategy........... [Low] Size of graph.............. [125] Number of constraints...... [4] Optimise ddot.............. [48] Optimise dscale............ [224] Optimise daxpy............. [192] Optimise sort2_id.......... [299] Optimise sort2_dd.......... [340] Optimise Qx-strategy....... serial[0.818] parallel [1.000] choose[serial] Optimise pred-strategy..... plain [1.000] data-rich[0.303] choose[data-rich] Optimise dot-products...... plain[1.000] group[0.947] max[1.613000 ms] ->mix[0.784] (plain[17.7%] group[82.3%]) Found optimal reordering=[metis] nnz(L)=[0] and use_global_nodes(user)=[no] List of hyperparameters: theta[0] = [Log precision for inla.group(wbc)] theta[1] = [Log precision for inla.group(tpi)] theta[2] = [Log precision for district] theta[3] = [Log precision for baseline.hazard] Compute initial values... Iter[0] RMS(err) = 1.000, update with step-size = 0.201 Iter[1] RMS(err) = 0.907, update with step-size = 0.469 Iter[2] RMS(err) = 0.964, update with step-size = 0.206 Initial values computed in 0.0360 seconds x[0] = 0.0037 x[1] = 0.0034 x[2] = 0.0045 x[3] = 0.0238 x[4] = -0.0002 x[120] = 0.0361 x[121] = 0.0000 x[122] = 0.0049 x[123] = 0.0014 x[124] = 0.0002 Optimise using DEFAULT METHOD Smart optimise part I: estimate gradient using forward differences maxld= -49704.1771 fn= 1 theta= 4.0050 4.0000 4.0000 4.0000 [2.45, 0.100] maxld= -49704.1419 fn= 4 theta= 4.0000 4.0000 4.0000 4.0000 [2.45, 0.100] maxld= -49554.9543 fn= 6 theta= 3.9639 3.9027 3.7790 3.0303 [2.50, 0.072] maxld= -49298.5703 fn= 12 theta= 3.8015 3.4651 2.7845 -1.3336 [2.85, 0.047] maxld= -49298.5703 fn= 13 theta= 3.8015 3.4651 2.7845 -1.3336 [2.85, 0.044] maxld= -49271.2185 fn= 20 theta= 3.6894 3.1632 2.0984 -4.3437 [4.55, 0.038] maxld= -49271.2185 fn= 21 theta= 3.6894 3.1632 2.0984 -4.3437 [4.55, 0.037] maxld= -49271.1775 fn= 23 theta= 3.6894 3.1632 2.0984 -4.3387 [4.55, 0.034] New directions for numerical gradient dir01 dir02 dir03 dir04 . 0.999 . . . . 0.995 . 0.221 . . 0.975 0.970 . . -0.222 Iter=1 |grad|=27.9 |dx|=4.3 |best.dx|=4.3 |df|=433 |best.df|=433 maxld= -49240.5152 fn= 26 theta= 3.3829 2.2240 1.9437 -4.3361 [4.55, 0.033] maxld= -49240.5152 fn= 27 theta= 3.3829 2.2240 1.9437 -4.3361 [4.55, 0.032] maxld= -49240.4945 fn= 30 theta= 3.3830 2.2245 1.9448 -4.3313 [4.54, 0.030] maxld= -49113.3123 fn= 32 theta= 2.0032 -2.0022 1.2474 -4.3022 [4.52, 0.029] maxld= -49113.2982 fn= 35 theta= 2.0032 -2.0022 1.2523 -4.3034 [4.52, 0.028] maxld= -49113.2720 fn= 36 theta= 2.0034 -2.0017 1.2485 -4.2974 [4.51, 0.028] maxld= -49112.4175 fn= 39 theta= 1.5329 -3.4428 1.0100 -4.2907 [4.51, 0.027] maxld= -49112.4175 fn= 40 theta= 1.5329 -3.4428 1.0100 -4.2907 [4.51, 0.026] maxld= -49112.3777 fn= 41 theta= 1.5329 -3.4378 1.0099 -4.2912 [4.51, 0.026] maxld= -49112.3718 fn= 43 theta= 1.5331 -3.4423 1.0111 -4.2858 [4.50, 0.026] maxld= -49111.3191 fn= 45 theta= 1.7583 -2.7525 1.1238 -4.2962 [4.51, 0.025] maxld= -49111.3191 fn= 46 theta= 1.7583 -2.7525 1.1238 -4.2962 [4.51, 0.025] maxld= -49111.2753 fn= 48 theta= 1.7585 -2.7520 1.1249 -4.2914 [4.51, 0.024] New directions for numerical gradient dir01 dir02 dir03 dir04 0.307 . 0.952 . 0.939 . -0.303 -0.161 0.155 0.203 . 0.966 . 0.979 . -0.204 Iter=2 |grad|=22.9 |dx|=3.15 |best.dx|=3.15 |df|=160 |best.df|=160 maxld= -49091.0846 fn= 51 theta= 0.8753 -3.1136 1.2249 -4.0138 [4.34, 0.024] maxld= -49091.0737 fn= 55 theta= 0.8753 -3.1144 1.2298 -4.0148 [4.34, 0.023] maxld= -49091.0493 fn= 56 theta= 0.8753 -3.1137 1.2259 -4.0089 [4.34, 0.023] maxld= -48970.6034 fn= 57 theta= -3.0980 -4.7385 1.6802 -2.7430 [3.57, 0.023] maxld= -48970.5936 fn= 61 theta= -3.0965 -4.7338 1.6810 -2.7430 [3.57, 0.023] maxld= -48953.1524 fn= 64 theta= -4.8338 -5.4483 1.8791 -2.1878 [3.37, 0.023] maxld= -48953.1524 fn= 65 theta= -4.8338 -5.4483 1.8791 -2.1878 [3.37, 0.022] maxld= -48953.1049 fn= 66 theta= -4.8323 -5.4436 1.8799 -2.1879 [3.37, 0.022] maxld= -48952.7652 fn= 70 theta= -4.6203 -5.3610 1.8546 -2.2561 [3.37, 0.022] maxld= -48952.7652 fn= 71 theta= -4.6203 -5.3610 1.8546 -2.2561 [3.37, 0.022] maxld= -48952.7218 fn= 73 theta= -4.6188 -5.3563 1.8554 -2.2561 [3.37, 0.022] New directions for numerical gradient dir01 dir02 dir03 dir04 0.883 -0.274 0.359 0.126 0.361 0.902 -0.130 -0.199 . 0.268 . 0.951 -0.282 0.201 0.916 -0.201 Iter=3 |grad|=17.6 |dx|=3.61 |best.dx|=3.61 |df|=159 |best.df|=159 maxld= -48941.7688 fn= 76 theta= -5.4286 -4.9106 1.8366 -2.6350 [3.50, 0.021] maxld= -48941.7688 fn= 77 theta= -5.4286 -4.9106 1.8366 -2.6350 [3.50, 0.021] maxld= -48941.7359 fn= 80 theta= -5.4242 -4.9088 1.8361 -2.6364 [3.50, 0.021] maxld= -48941.7242 fn= 81 theta= -5.4300 -4.9061 1.8379 -2.6340 [3.50, 0.021] maxld= -48938.3237 fn= 83 theta= -6.7306 -4.1851 1.8076 -3.2452 [3.87, 0.021] maxld= -48938.3237 fn= 84 theta= -6.7306 -4.1851 1.8076 -3.2452 [3.87, 0.021] maxld= -48938.2699 fn= 85 theta= -6.7262 -4.1833 1.8071 -3.2466 [3.87, 0.021] New directions for numerical gradient dir01 dir02 dir03 dir04 0.809 0.585 . . -0.449 0.625 0.615 -0.171 . . 0.391 0.912 0.379 -0.502 0.684 -0.369 Iter=4 |grad|=13.4 |dx|=1.3 |best.dx|=1.3 |df|=14.4 |best.df|=14.5 maxld= -48927.5221 fn= 89 theta= -6.5310 -3.2216 1.7400 -3.4100 [3.97, 0.020] maxld= -48927.4893 fn= 92 theta= -6.5309 -3.2185 1.7419 -3.4066 [3.96, 0.020] maxld= -48927.4796 fn= 94 theta= -6.5280 -3.2184 1.7394 -3.4125 [3.97, 0.020] maxld= -48920.4064 fn= 95 theta= -6.1999 -1.6234 1.6279 -3.6833 [4.13, 0.020] maxld= -48920.3996 fn= 97 theta= -6.1998 -1.6203 1.6298 -3.6799 [4.13, 0.020] maxld= -48920.3682 fn= 98 theta= -6.1958 -1.6256 1.6280 -3.6814 [4.13, 0.020] maxld= -48920.0671 fn=101 theta= -6.2523 -1.8764 1.6456 -3.6400 [4.10, 0.020] maxld= -48920.0671 fn=102 theta= -6.2523 -1.8764 1.6456 -3.6400 [4.10, 0.020] maxld= -48920.0534 fn=103 theta= -6.2522 -1.8733 1.6476 -3.6366 [4.10, 0.020] maxld= -48920.0346 fn=105 theta= -6.2482 -1.8786 1.6457 -3.6381 [4.10, 0.020] New directions for numerical gradient dir01 dir02 dir03 dir04 0.198 0.930 -0.305 . 0.964 -0.133 0.228 . . . 0.129 0.989 -0.164 0.344 0.916 -0.129 Iter=5 |grad|=7.14 |dx|=1.2 |best.dx|=1.2 |df|=18.3 |best.df|=18.2 maxld= -48916.1744 fn=107 theta= -5.3985 -1.8431 1.7909 -3.1413 [3.80, 0.019] maxld= -48916.1744 fn=108 theta= -5.3985 -1.8431 1.7909 -3.1413 [3.80, 0.019] maxld= -48916.1725 fn=112 theta= -5.3938 -1.8438 1.7909 -3.1396 [3.80, 0.019] New directions for numerical gradient dir01 dir02 dir03 dir04 0.853 . -0.468 0.204 . 0.966 0.242 . 0.146 . 0.591 0.789 0.499 -0.221 0.611 -0.573 Iter=6 |grad|=1.18 |dx|=0.498 |best.dx|=0.5 |df|=3.89 |best.df|=3.86 maxld= -48916.1078 fn=114 theta= -5.3398 -1.9311 1.7433 -3.1923 [3.84, 0.019] maxld= -48916.1078 fn=115 theta= -5.3398 -1.9311 1.7433 -3.1923 [3.84, 0.019] maxld= -48916.1075 fn=116 theta= -5.3387 -1.9315 1.7473 -3.1952 [3.84, 0.019] New directions for numerical gradient dir01 dir02 dir03 dir04 -0.433 0.822 0.336 0.154 0.699 . 0.707 . 0.381 0.176 -0.329 0.846 0.422 0.534 -0.529 -0.507 Iter=7 |grad|=0.0923 |dx|=0.0624 |best.dx|=0.0627 |df|=0.0666 |best.df|=0.065 maxld= -48916.1074 fn=122 theta= -5.3434 -1.9304 1.7481 -3.2003 [3.84, 0.019] maxld= -48916.1074 fn=123 theta= -5.3434 -1.9304 1.7481 -3.2003 [3.84, 0.019] maxld= -48916.1071 fn=124 theta= -5.3456 -1.9269 1.7500 -3.1982 [3.84, 0.019] maxld= -48916.1071 fn=131 theta= -5.3448 -1.9270 1.7490 -3.1964 [3.84, 0.018] New directions for numerical gradient dir01 dir02 dir03 dir04 0.744 -0.316 0.585 . -0.183 0.678 0.544 -0.458 . 0.393 0.264 0.880 0.642 0.534 -0.540 . Iter=8 |grad|=0.0592 |dx|=0.00263(pass) |best.dx|=0.00391(pass) |df|=0.000368(pass) |best.df|=0.0004(pass) Smart optimise part II: estimate gradient using central differences Smart optimise part II: restart optimiser maxld= -48916.1070 fn=144 theta= -5.3429 -1.9237 1.7524 -3.1956 [3.84, 0.018] New directions for numerical gradient dir01 dir02 dir03 dir04 -0.488 0.587 -0.522 0.380 0.714 0.155 . 0.682 0.501 0.297 -0.561 -0.588 . 0.737 0.642 -0.209 Iter=1 |grad|=0.00624 |dx|=0.00449 |best.dx|=0.00264 |df|=0.000521(pass) |best.df|=0.000121(pass) New directions for numerical gradient dir01 dir02 dir03 dir04 0.606 -0.452 0.394 0.523 -0.180 0.705 0.225 0.648 0.743 0.546 . -0.387 -0.220 . 0.891 -0.396 Iter=2 |grad| = 0.000723(pass) |dx|=0.000311(pass) |best.dx|=0(pass) |df|=0.000125(pass) |best.df|=0(pass) Optim: Number of function evaluations = 162 Compute the Hessian using central differences and step_size[0.0707107]. Matrix-type [dense] Smart optimise part IV: estimate Hessian using central differences maxld= -48916.1070 fn=163 theta= -5.3429 -1.9237 1.7524 -3.1956 [3.84, 0.018] GMRFLib_opt_estimate_hessian: ensure spd for Hessian: mode seems fine GMRFLib_opt_estimate_hessian: set tol=[0.8093]. number of negative eigenvalues=[0] 8.976 0.002 -0.023 0.000 0.002 9.809 -0.102 0.001 -0.023 -0.102 11.083 0.001 0.000 0.001 0.001 9.140 Eigenvectors of the Hessian 0.011 1.000 -0.001 0.000 0.079 -0.002 -0.997 -0.001 -0.997 0.011 -0.079 -0.000 -0.000 -0.000 -0.001 1.000 Eigenvalues of the Hessian 11.091 8.976 9.801 9.140 StDev/Correlation matrix (scaled inverse Hessian) 0.334 -0.000 0.002 -0.000 0.319 0.010 -0.000 0.300 -0.000 0.331 Compute corrected stdev for theta[0]: negative 0.946 positive 1.057 Compute corrected stdev for theta[1]: negative 1.052 positive 0.951 Compute corrected stdev for theta[2]: negative 0.959 positive 1.043 Compute corrected stdev for theta[3]: negative 1.031 positive 0.970 maxld= -48916.1070 fn=205 theta= -5.3429 -1.9237 1.7524 -3.1956 [3.84, 0.019] [0]Iter [0/25] VB correct[MEAN] in total[0.020s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[2.2031] [3]Iter [0/25] VB correct[MEAN] in total[0.020s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[3.3431] [2]Iter [0/25] VB correct[MEAN] in total[0.019s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[3.3396] [0]Iter [1/25] VB correct[MEAN] in total[0.027s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.7755] [3]Iter [1/25] VB correct[MEAN] in total[0.027s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.4090] [0]Iter [2/25] VB correct[MEAN] in total[0.033s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0234] [3]Iter [2/25] VB correct[MEAN] in total[0.033s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.2834] [2]Iter [1/25] VB correct[MEAN] in total[0.026s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.4073] [1]Iter [0/25] VB correct[MEAN] in total[0.019s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.2809] [3]Iter [3/25] VB correct[MEAN] in total[0.040s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0370] [0]Iter [3/25] VB correct[MEAN] in total[0.040s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0109] [2]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.2823] [1]Iter [1/25] VB correct[MEAN] in total[0.026s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.2458] [2]Iter [3/25] VB correct[MEAN] in total[0.039s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0369] [0]Iter [4/25] VB correct[MEAN] in total[0.046s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0086] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.253] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.193] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.168] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.111] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.140] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.129] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.099] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.096] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.070] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.052] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.049] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.007] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.029] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.054] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.010] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.078] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.092] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.042] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.095] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.033] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.046] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.061] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.053] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.053] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.041] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.038] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.040] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.046] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.023] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.017] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.019] Node[41] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.022] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.006] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.021] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.005] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.052] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.009] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.015] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.018] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.013] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.017] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.028] Node[72] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.390] Node[73] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.382] Node[74] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.383] Node[75] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.379] Node[76] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.358] Node[77] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.339] Node[78] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.330] Node[79] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.269] Node[80] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.143] Node[81] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.225] Node[82] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.204] Node[83] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.176] Node[84] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.710] Node[85] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.911] Node[86] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.136] Node[87] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.145] Node[88] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.015] Node[89] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.023] Node[90] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.912] Node[91] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.911] Node[92] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.910] Node[93] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.908] Node[94] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.703] Node[95] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.906] Node[96] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.698] Node[97] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.692] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.651] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.181] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.341] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.399] Node[122] delta[0.000] dx/sd[0.000] (x-mode)/sd[-1.426] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.000] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes [3]Iter [4/25] VB correct[MEAN] in total[0.046s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0085] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.257] Node[1] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.196] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.171] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.113] Node[4] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.143] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.132] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.101] Node[7] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.098] Node[8] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.071] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.054] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.051] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.029] Node[14] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.020] Node[15] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.062] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.009] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.080] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.086] Node[19] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.010] Node[20] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.091] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.044] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.100] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.034] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.064] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[28] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.059] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.044] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.040] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.042] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.044] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.032] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[37] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.025] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.032] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[41] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.024] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.022] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.003] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.053] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.003] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.018] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.010] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.020] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.016] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.019] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.009] Node[59] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.015] Node[60] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.013] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[64] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.008] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[67] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.018] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[72] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.667] Node[73] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.660] Node[74] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.661] Node[75] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.657] Node[76] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.639] Node[77] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.622] Node[78] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.614] Node[79] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.559] Node[80] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.438] Node[81] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.518] Node[82] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.498] Node[83] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.471] Node[84] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.968] Node[85] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[86] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.434] Node[87] delta[-0.001] dx/sd[-0.002] (x-mode)/sd[0.180] Node[88] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.312] Node[89] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.318] Node[90] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.200] Node[91] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[92] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[93] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.197] Node[94] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.963] Node[95] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.196] Node[96] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.959] Node[97] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.954] Node[98] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.918] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.211] Node[100] delta[0.003] dx/sd[0.002] (x-mode)/sd[-0.413] Node[101] delta[0.006] dx/sd[0.004] (x-mode)/sd[-0.487] Node[122] delta[0.001] dx/sd[0.007] (x-mode)/sd[-1.699] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes [1]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0140] [2]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0084] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.248] Node[1] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.190] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.165] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.109] Node[4] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.137] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.127] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.097] Node[7] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.094] Node[8] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.069] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.051] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.007] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.029] Node[14] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[15] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.046] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.077] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[20] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.093] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.090] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.044] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.058] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.051] Node[28] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.054] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.050] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.039] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.035] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.037] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.030] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.044] Node[37] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.022] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[41] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.021] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.006] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.051] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.008] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.018] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.003] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.014] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.016] Node[60] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.003] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.012] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[64] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.017] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.027] Node[72] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.667] Node[73] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.660] Node[74] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.661] Node[75] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.657] Node[76] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.639] Node[77] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.622] Node[78] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.614] Node[79] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.558] Node[80] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.438] Node[81] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.517] Node[82] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.497] Node[83] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.471] Node[84] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.967] Node[85] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[86] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.433] Node[87] delta[-0.001] dx/sd[-0.002] (x-mode)/sd[0.179] Node[88] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.311] Node[89] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.317] Node[90] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.200] Node[91] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[92] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.198] Node[93] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.197] Node[94] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.962] Node[95] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.195] Node[96] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.958] Node[97] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.954] Node[98] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.918] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.211] Node[100] delta[0.003] dx/sd[0.002] (x-mode)/sd[-0.413] Node[101] delta[0.006] dx/sd[0.004] (x-mode)/sd[-0.486] Node[122] delta[0.001] dx/sd[0.007] (x-mode)/sd[-1.696] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.000] Node[124] delta[-0.000] dx/sd[-0.008] (x-mode)/sd[0.038] Implied correction for [98805] nodes [1]Iter [3/25] VB correct[MEAN] in total[0.038s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0110] [1]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0086] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.253] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.193] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.168] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.111] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.140] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.129] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.099] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.096] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.070] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.052] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.049] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.007] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.029] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.054] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.010] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.078] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.092] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.042] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.095] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.033] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.046] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.061] Node[27] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.053] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.053] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.041] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.038] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.040] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.046] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.023] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.017] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.019] Node[41] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.022] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.006] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.021] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.005] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.052] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.009] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.015] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.018] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[62] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.017] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.028] Node[72] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.003] Node[73] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.992] Node[74] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.994] Node[75] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.988] Node[76] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.963] Node[77] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.940] Node[78] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.929] Node[79] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.860] Node[80] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.732] Node[81] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.813] Node[82] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.792] Node[83] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.762] Node[84] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.389] Node[85] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.530] Node[86] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.721] Node[87] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.103] Node[88] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.611] Node[89] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.621] Node[90] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.532] Node[91] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.529] Node[92] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.529] Node[93] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.525] Node[94] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.380] Node[95] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.521] Node[96] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.372] Node[97] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.363] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.313] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.134] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.237] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.275] Node[122] delta[0.000] dx/sd[0.000] (x-mode)/sd[-1.052] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.000] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes config 0/25=[ 0.000 0.000 0.000 0.000 ] ldens= 0.000, [0] accept, compute, 0.11s config 1/25=[ 1.162 -1.157 1.148 -1.134 ] ldens= -2.452, [3] accept, compute, 0.11s config 2/25=[ -1.041 1.046 -1.054 -1.134 ] ldens= -2.383, [2] accept, compute, 0.11s config 3/25=[ -0.000 0.000 0.000 2.135 ] ldens= -2.482, [1] accept, compute, 0.12s [0]Iter [0/25] VB correct[MEAN] in total[0.019s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[2.2035] [0]Iter [1/25] VB correct[MEAN] in total[0.026s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.7757] [0]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0234] [3]Iter [0/25] VB correct[MEAN] in total[0.018s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.6341] [2]Iter [0/25] VB correct[MEAN] in total[0.018s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.6300] [0]Iter [3/25] VB correct[MEAN] in total[0.039s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0110] [3]Iter [1/25] VB correct[MEAN] in total[0.025s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.4352] [2]Iter [1/25] VB correct[MEAN] in total[0.025s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.4346] [1]Iter [0/25] VB correct[MEAN] in total[0.018s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[5.9315] [0]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0086] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.253] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.193] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.168] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.111] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.140] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.129] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.099] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.096] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.070] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.052] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.049] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.007] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.029] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.054] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.010] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.078] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.092] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.042] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.094] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.032] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.045] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.060] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.053] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.053] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.041] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.037] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.040] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.042] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.046] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.023] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.017] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.019] Node[41] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.022] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.006] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.020] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.005] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.052] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.003] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.018] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.010] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.020] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.017] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.020] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.013] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.022] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.008] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.000] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[72] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.390] Node[73] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.382] Node[74] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.383] Node[75] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.379] Node[76] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.358] Node[77] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.339] Node[78] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.330] Node[79] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.269] Node[80] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.143] Node[81] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.225] Node[82] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.204] Node[83] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.176] Node[84] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.710] Node[85] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.911] Node[86] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.136] Node[87] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.145] Node[88] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.015] Node[89] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.023] Node[90] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.912] Node[91] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.911] Node[92] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.911] Node[93] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.908] Node[94] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.703] Node[95] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.906] Node[96] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.698] Node[97] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.692] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.651] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.181] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.341] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.399] Node[122] delta[0.000] dx/sd[0.000] (x-mode)/sd[-1.426] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes [3]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0141] [2]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0139] [1]Iter [1/25] VB correct[MEAN] in total[0.025s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[2.4533] [3]Iter [3/25] VB correct[MEAN] in total[0.038s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0111] [2]Iter [3/25] VB correct[MEAN] in total[0.038s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0109] [1]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.1177] [3]Iter [4/25] VB correct[MEAN] in total[0.044s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0086] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.257] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.196] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.171] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.113] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.143] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.132] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.101] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.098] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.071] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.054] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.051] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[13] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.029] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.062] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.009] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.080] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.086] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.010] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.091] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.044] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.100] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.034] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.064] Node[27] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.056] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.059] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.044] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.040] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.042] Node[33] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.044] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.032] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.025] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.032] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[41] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.024] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.022] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.003] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.053] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.003] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.018] Node[51] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.010] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.020] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.016] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.019] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.009] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.015] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[62] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.008] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.000] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[72] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.177] Node[73] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.168] Node[74] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.169] Node[75] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.164] Node[76] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.141] Node[77] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.120] Node[78] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.110] Node[79] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.045] Node[80] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.916] Node[81] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.999] Node[82] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.978] Node[83] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.949] Node[84] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.526] Node[85] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.697] Node[86] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.908] Node[87] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.121] Node[88] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.790] Node[89] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.799] Node[90] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.699] Node[91] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.697] Node[92] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.696] Node[93] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.694] Node[94] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.518] Node[95] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.691] Node[96] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.512] Node[97] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.505] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.458] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.156] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.285] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.332] Node[122] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-1.221] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes [2]Iter [4/25] VB correct[MEAN] in total[0.044s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0085] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.248] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.190] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.165] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.109] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.137] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.127] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.097] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.094] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.069] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.051] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.007] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.029] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.016] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.046] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.077] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.093] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.090] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.044] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.058] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.051] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.054] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.050] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.039] Node[31] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.035] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.037] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.030] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.044] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.022] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[41] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.006] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.051] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[51] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.008] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.002] Node[56] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.014] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.003] Node[62] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.017] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.027] Node[72] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.177] Node[73] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.167] Node[74] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.169] Node[75] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.164] Node[76] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.141] Node[77] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.120] Node[78] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.110] Node[79] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.044] Node[80] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.916] Node[81] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.999] Node[82] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.977] Node[83] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.948] Node[84] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.526] Node[85] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.697] Node[86] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.907] Node[87] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.121] Node[88] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.790] Node[89] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.799] Node[90] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.698] Node[91] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.696] Node[92] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.696] Node[93] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.693] Node[94] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.518] Node[95] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.690] Node[96] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.511] Node[97] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.504] Node[98] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.458] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.156] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.285] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.331] Node[122] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-1.218] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.000] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes [1]Iter [3/25] VB correct[MEAN] in total[0.038s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.1682] [1]Iter [4/25] VB correct[MEAN] in total[0.044s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0567] [1]Iter [5/25] VB correct[MEAN] in total[0.051s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0442] config 4/25=[ 2.324 0.000 -0.000 -0.000 ] ldens= -2.260, [0] accept, compute, 0.10s [1]Iter [6/25] VB correct[MEAN] in total[0.057s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0344] [1]Iter [7/25] VB correct[MEAN] in total[0.064s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0269] config 5/25=[ 1.162 -1.157 1.148 1.067 ] ldens= -2.435, [3] accept, compute, 0.12s [1]Iter [8/25] VB correct[MEAN] in total[0.070s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0210] config 6/25=[ -1.041 1.046 -1.054 1.067 ] ldens= -2.366, [2] accept, compute, 0.12s [1]Iter [9/25] VB correct[MEAN] in total[0.077s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0164] [1]Iter [10/25] VB correct[MEAN] in total[0.083s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0128] [1]Iter [11/25] VB correct[MEAN] in total[0.089s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0100] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.253] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.193] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.168] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.111] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.140] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.129] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.099] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.096] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.070] Node[9] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.052] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.049] Node[11] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.038] Node[12] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.007] Node[13] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.029] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[15] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.054] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.010] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.078] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.092] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.042] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.095] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.033] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.046] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.061] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.053] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.053] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.041] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.038] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.040] Node[33] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.043] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.046] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.023] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.017] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.019] Node[41] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.022] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.006] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.021] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.005] Node[46] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.052] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[50] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.017] Node[51] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.009] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.019] Node[54] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.002] Node[56] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.015] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.018] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.013] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[67] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.017] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.028] Node[72] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.844] Node[73] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.838] Node[74] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.839] Node[75] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.836] Node[76] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.821] Node[77] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.807] Node[78] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.801] Node[79] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.754] Node[80] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.650] Node[81] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.720] Node[82] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.703] Node[83] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.680] Node[84] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.191] Node[85] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.429] Node[86] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.647] Node[87] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.180] Node[88] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.537] Node[89] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.541] Node[90] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.429] Node[91] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.428] Node[92] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.428] Node[93] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.427] Node[94] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.187] Node[95] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.426] Node[96] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.184] Node[97] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.181] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.152] Node[99] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.274] Node[100] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.522] Node[101] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.613] Node[122] delta[0.000] dx/sd[0.000] (x-mode)/sd[-1.871] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.000] Node[124] delta[-0.000] dx/sd[-0.010] (x-mode)/sd[0.044] Implied correction for [98805] nodes [0]Iter [0/25] VB correct[MEAN] in total[0.019s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[2.2028] [0]Iter [1/25] VB correct[MEAN] in total[0.026s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.7754] [0]Iter [2/25] VB correct[MEAN] in total[0.033s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0234] [0]Iter [3/25] VB correct[MEAN] in total[0.039s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0109] [0]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0085] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.253] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.193] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.168] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.111] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.140] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.129] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.099] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.096] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.070] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.052] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.049] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.007] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.029] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.055] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.010] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.078] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.092] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.042] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.096] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.033] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.046] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.061] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.054] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.057] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.053] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.042] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.038] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.046] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.024] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.018] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.019] Node[41] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.023] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.021] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.004] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.052] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.010] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.015] Node[51] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.008] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.004] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.002] Node[56] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.013] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.015] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.015] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.003] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.012] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.006] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.016] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.001] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.026] Node[72] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.390] Node[73] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.382] Node[74] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.383] Node[75] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.378] Node[76] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.358] Node[77] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.339] Node[78] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.330] Node[79] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.269] Node[80] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.143] Node[81] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.225] Node[82] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.204] Node[83] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.176] Node[84] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.710] Node[85] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.911] Node[86] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.136] Node[87] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.145] Node[88] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.015] Node[89] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.022] Node[90] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.912] Node[91] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.911] Node[92] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.910] Node[93] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.908] Node[94] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.703] Node[95] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.906] Node[96] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.698] Node[97] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.692] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.651] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.181] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.341] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.399] Node[122] delta[0.000] dx/sd[0.000] (x-mode)/sd[-1.426] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.000] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes config 7/25=[ -0.000 -0.000 -0.000 -2.267 ] ldens= -2.321, [1] accept, compute, 0.16s [3]Iter [0/25] VB correct[MEAN] in total[0.019s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[3.3402] [2]Iter [0/25] VB correct[MEAN] in total[0.018s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[3.3430] [3]Iter [1/25] VB correct[MEAN] in total[0.026s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.4076] [2]Iter [1/25] VB correct[MEAN] in total[0.025s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.4090] [3]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.2825] [2]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.2834] [3]Iter [3/25] VB correct[MEAN] in total[0.039s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0369] [2]Iter [3/25] VB correct[MEAN] in total[0.038s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0370] [3]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0084] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.248] Node[1] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.189] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.165] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.109] Node[4] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.137] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.127] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.097] Node[7] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.094] Node[8] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.069] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.051] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.007] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.029] Node[14] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[15] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.046] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.077] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[20] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.093] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.089] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.057] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.051] Node[28] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.053] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.050] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.039] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.035] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.040] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.037] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[37] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.022] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.017] Node[41] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.020] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.006] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.050] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.009] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.016] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.019] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.016] Node[60] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.013] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[64] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.008] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[67] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.018] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[72] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.667] Node[73] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.660] Node[74] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.661] Node[75] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.657] Node[76] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.639] Node[77] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.622] Node[78] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.614] Node[79] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.558] Node[80] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.438] Node[81] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.518] Node[82] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.498] Node[83] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.471] Node[84] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.968] Node[85] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[86] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.433] Node[87] delta[-0.001] dx/sd[-0.002] (x-mode)/sd[0.180] Node[88] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.311] Node[89] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.317] Node[90] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.200] Node[91] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[92] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.198] Node[93] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.197] Node[94] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.962] Node[95] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.195] Node[96] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.958] Node[97] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.954] Node[98] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.918] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.211] Node[100] delta[0.003] dx/sd[0.002] (x-mode)/sd[-0.413] Node[101] delta[0.006] dx/sd[0.004] (x-mode)/sd[-0.486] Node[122] delta[0.001] dx/sd[0.007] (x-mode)/sd[-1.696] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.000] Node[124] delta[-0.000] dx/sd[-0.008] (x-mode)/sd[0.038] Implied correction for [98805] nodes config 8/25=[ -2.082 -0.000 0.000 0.000 ] ldens= -2.541, [0] accept, compute, 0.10s [2]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0085] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.248] Node[1] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.189] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.165] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.109] Node[4] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.137] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.127] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.097] Node[7] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.094] Node[8] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.069] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.051] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.007] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.029] Node[14] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[15] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.046] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.077] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[20] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.093] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.101] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.034] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.064] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[28] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.059] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.044] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.040] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.045] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.042] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.032] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.049] Node[37] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.025] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.033] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[41] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.024] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.022] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.003] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.053] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.009] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.018] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.014] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.015] Node[60] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.003] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.012] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[64] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[67] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.017] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.028] Node[72] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.667] Node[73] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.660] Node[74] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.661] Node[75] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.657] Node[76] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.639] Node[77] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.622] Node[78] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.614] Node[79] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.559] Node[80] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.438] Node[81] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.518] Node[82] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.498] Node[83] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.471] Node[84] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.968] Node[85] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[86] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.434] Node[87] delta[-0.001] dx/sd[-0.002] (x-mode)/sd[0.180] Node[88] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.312] Node[89] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.318] Node[90] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.200] Node[91] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[92] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[93] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.197] Node[94] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.963] Node[95] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.196] Node[96] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.959] Node[97] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.954] Node[98] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.918] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.211] Node[100] delta[0.003] dx/sd[0.002] (x-mode)/sd[-0.413] Node[101] delta[0.006] dx/sd[0.004] (x-mode)/sd[-0.487] Node[122] delta[0.001] dx/sd[0.007] (x-mode)/sd[-1.697] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.000] Node[124] delta[-0.000] dx/sd[-0.008] (x-mode)/sd[0.039] Implied correction for [98805] nodes [1]Iter [0/25] VB correct[MEAN] in total[0.018s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[3.3391] [1]Iter [1/25] VB correct[MEAN] in total[0.025s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.4070] [1]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.2821] config 9/25=[ 1.162 1.046 -1.054 -1.134 ] ldens= -2.434, [3] accept, compute, 0.12s config 10/25=[ -1.041 1.046 1.148 -1.134 ] ldens= -2.379, [2] accept, compute, 0.12s [1]Iter [3/25] VB correct[MEAN] in total[0.038s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0369] [1]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0084] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.258] Node[1] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.197] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.172] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.114] Node[4] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.143] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.132] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.102] Node[7] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.098] Node[8] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.071] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.054] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.051] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.030] Node[14] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.020] Node[15] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.062] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.009] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.080] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.086] Node[19] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.010] Node[20] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.091] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.044] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.090] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.058] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.051] Node[28] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.053] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.050] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.039] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.036] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.037] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.030] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[37] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.022] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[41] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.021] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.006] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.050] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.008] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.018] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.003] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.014] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.015] Node[60] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.003] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.012] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[64] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.017] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.027] Node[72] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.667] Node[73] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.659] Node[74] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.660] Node[75] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.657] Node[76] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.638] Node[77] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.622] Node[78] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.614] Node[79] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.558] Node[80] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.438] Node[81] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.517] Node[82] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.497] Node[83] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.471] Node[84] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.967] Node[85] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[86] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.433] Node[87] delta[-0.001] dx/sd[-0.002] (x-mode)/sd[0.179] Node[88] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.311] Node[89] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.317] Node[90] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[91] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.198] Node[92] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.198] Node[93] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.197] Node[94] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.962] Node[95] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.195] Node[96] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.958] Node[97] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.954] Node[98] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.918] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.211] Node[100] delta[0.003] dx/sd[0.002] (x-mode)/sd[-0.413] Node[101] delta[0.006] dx/sd[0.004] (x-mode)/sd[-0.486] Node[122] delta[0.001] dx/sd[0.007] (x-mode)/sd[-1.697] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[124] delta[-0.000] dx/sd[-0.008] (x-mode)/sd[0.039] Implied correction for [98805] nodes [0]Iter [0/25] VB correct[MEAN] in total[0.019s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[2.2013] [0]Iter [1/25] VB correct[MEAN] in total[0.026s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.7757] [0]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0234] [0]Iter [3/25] VB correct[MEAN] in total[0.039s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0109] [0]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0085] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.241] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.184] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.161] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.106] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.134] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.124] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.095] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.091] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.068] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.049] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.046] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.040] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.007] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.028] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.038] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.012] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.076] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.012] Node[20] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.094] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.095] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.033] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.046] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.061] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.054] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.057] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.053] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.042] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.037] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.040] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.046] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.024] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.017] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[41] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.023] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.021] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.005] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.052] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.009] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.019] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.015] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.018] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.003] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.013] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.028] Node[72] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.390] Node[73] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.382] Node[74] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.383] Node[75] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.379] Node[76] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.358] Node[77] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.339] Node[78] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.330] Node[79] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.269] Node[80] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.143] Node[81] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.225] Node[82] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.204] Node[83] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.176] Node[84] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.710] Node[85] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.911] Node[86] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.136] Node[87] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.145] Node[88] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.015] Node[89] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.023] Node[90] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.912] Node[91] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.911] Node[92] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.911] Node[93] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.908] Node[94] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.703] Node[95] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.906] Node[96] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.698] Node[97] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.692] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.651] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.181] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.341] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.399] Node[122] delta[0.000] dx/sd[0.000] (x-mode)/sd[-1.424] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.000] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes config 11/25=[ -1.041 -1.157 -1.054 -1.134 ] ldens= -2.402, [1] accept, compute, 0.11s [3]Iter [0/25] VB correct[MEAN] in total[0.019s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.6303] [2]Iter [0/25] VB correct[MEAN] in total[0.018s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.6320] [3]Iter [1/25] VB correct[MEAN] in total[0.026s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.4347] [2]Iter [1/25] VB correct[MEAN] in total[0.025s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.4352] [3]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0140] config 12/25=[ 0.000 2.091 0.000 0.000 ] ldens= -2.518, [0] accept, compute, 0.11s [2]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0140] [3]Iter [3/25] VB correct[MEAN] in total[0.039s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0110] [2]Iter [3/25] VB correct[MEAN] in total[0.038s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0110] [3]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0086] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.248] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.189] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.165] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.109] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.137] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.127] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.097] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.094] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.069] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.051] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.007] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.029] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.016] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.046] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.077] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.093] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.089] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.057] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.051] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.053] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.050] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.039] Node[31] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.035] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.040] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.037] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.022] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.017] Node[41] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.006] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.050] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.015] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.009] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.016] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.019] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[62] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.008] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.000] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[72] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.177] Node[73] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.168] Node[74] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.169] Node[75] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.164] Node[76] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.141] Node[77] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.120] Node[78] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.110] Node[79] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.044] Node[80] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.916] Node[81] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.999] Node[82] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.977] Node[83] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.948] Node[84] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.526] Node[85] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.697] Node[86] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.907] Node[87] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.121] Node[88] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.790] Node[89] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.799] Node[90] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.698] Node[91] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.696] Node[92] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.696] Node[93] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.693] Node[94] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.518] Node[95] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.690] Node[96] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.511] Node[97] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.504] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.458] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.156] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.285] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.331] Node[122] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-1.218] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.000] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes [2]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0086] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.248] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.189] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.165] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.109] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.137] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.127] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.097] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.094] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.069] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.051] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.007] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.029] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.016] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.046] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.077] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.093] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.101] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.034] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.064] Node[27] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.056] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.059] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.044] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.040] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[33] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.045] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.042] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.032] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.049] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.025] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.033] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[41] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.024] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.022] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.003] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.053] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[51] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.009] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.019] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.002] Node[56] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.014] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.015] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.003] Node[62] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.017] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.028] Node[72] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.177] Node[73] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.168] Node[74] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.169] Node[75] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.164] Node[76] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.141] Node[77] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.120] Node[78] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.110] Node[79] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.045] Node[80] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.916] Node[81] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.999] Node[82] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.978] Node[83] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.948] Node[84] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.526] Node[85] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.697] Node[86] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.908] Node[87] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.121] Node[88] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.790] Node[89] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.799] Node[90] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.699] Node[91] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.697] Node[92] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.696] Node[93] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.694] Node[94] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.518] Node[95] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.691] Node[96] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.512] Node[97] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.505] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.458] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.156] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.285] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.332] Node[122] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-1.219] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.000] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes [1]Iter [0/25] VB correct[MEAN] in total[0.018s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.6319] [1]Iter [1/25] VB correct[MEAN] in total[0.026s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.4345] [1]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0139] config 13/25=[ 1.162 1.046 -1.054 1.067 ] ldens= -2.417, [3] accept, compute, 0.12s [1]Iter [3/25] VB correct[MEAN] in total[0.038s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0110] config 14/25=[ -1.041 1.046 1.148 1.067 ] ldens= -2.362, [2] accept, compute, 0.12s [0]Iter [0/25] VB correct[MEAN] in total[0.018s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[2.2043] [1]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0086] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.258] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.197] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.172] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.114] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.143] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.132] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.102] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.098] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.071] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.054] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.051] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[13] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.030] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.062] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.009] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.080] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.086] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.010] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.091] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.044] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.090] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.058] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.051] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.053] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.050] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.039] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.036] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.037] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.030] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.022] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[41] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.006] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.050] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[51] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.008] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.018] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.014] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.015] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.003] Node[62] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.017] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.027] Node[72] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.177] Node[73] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.167] Node[74] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.169] Node[75] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.164] Node[76] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.141] Node[77] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.120] Node[78] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.110] Node[79] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.044] Node[80] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.916] Node[81] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.999] Node[82] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.977] Node[83] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.948] Node[84] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.526] Node[85] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.697] Node[86] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.907] Node[87] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.121] Node[88] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.790] Node[89] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.799] Node[90] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.698] Node[91] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.696] Node[92] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.696] Node[93] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.693] Node[94] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.518] Node[95] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.690] Node[96] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.511] Node[97] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.504] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.458] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.156] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.285] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.331] Node[122] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-1.219] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes [0]Iter [1/25] VB correct[MEAN] in total[0.026s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.7754] [0]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0233] [0]Iter [3/25] VB correct[MEAN] in total[0.038s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0109] [0]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0086] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.261] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.200] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.174] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.115] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.145] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.134] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.103] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.100] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.072] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.055] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.052] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.037] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.005] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.030] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.022] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.068] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.007] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.081] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.085] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.010] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.090] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.045] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.095] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.033] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.046] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.061] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.053] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.053] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.041] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.038] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.040] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.042] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.046] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.023] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.018] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.030] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.019] Node[41] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.022] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.006] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.021] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.005] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.052] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[51] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.009] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.015] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.018] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.015] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.012] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.017] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.028] Node[72] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.390] Node[73] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.382] Node[74] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.383] Node[75] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.378] Node[76] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.358] Node[77] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.339] Node[78] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.330] Node[79] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.269] Node[80] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.143] Node[81] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.225] Node[82] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.204] Node[83] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.176] Node[84] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.710] Node[85] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.911] Node[86] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.136] Node[87] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.145] Node[88] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.015] Node[89] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.022] Node[90] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.912] Node[91] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.911] Node[92] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.910] Node[93] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.908] Node[94] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.703] Node[95] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.906] Node[96] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.698] Node[97] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.692] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.651] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.181] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.341] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.399] Node[122] delta[0.000] dx/sd[0.000] (x-mode)/sd[-1.427] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes config 15/25=[ -1.041 -1.157 -1.054 1.067 ] ldens= -2.386, [1] accept, compute, 0.12s [3]Iter [0/25] VB correct[MEAN] in total[0.019s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[3.3436] [2]Iter [0/25] VB correct[MEAN] in total[0.018s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[3.3397] [3]Iter [1/25] VB correct[MEAN] in total[0.026s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.4093] config 16/25=[ -0.000 -2.314 -0.000 0.000 ] ldens= -2.259, [0] accept, compute, 0.11s [2]Iter [1/25] VB correct[MEAN] in total[0.026s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.4073] [3]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.2836] [2]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.2823] [3]Iter [3/25] VB correct[MEAN] in total[0.039s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0370] [2]Iter [3/25] VB correct[MEAN] in total[0.038s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0369] [3]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0085] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.247] Node[1] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.189] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.164] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.109] Node[4] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.137] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.126] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.097] Node[7] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.094] Node[8] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.069] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.051] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.007] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.028] Node[14] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[15] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.046] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.077] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[20] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.093] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.100] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.034] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.064] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[28] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.059] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.044] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.039] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.045] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.032] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[37] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.025] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.018] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.033] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.019] Node[41] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.024] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.022] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.003] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.053] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.003] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.010] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.020] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.016] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.019] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.009] Node[59] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.016] Node[60] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.016] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.013] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[64] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[67] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.018] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[72] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.667] Node[73] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.660] Node[74] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.661] Node[75] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.658] Node[76] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.639] Node[77] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.622] Node[78] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.614] Node[79] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.559] Node[80] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.439] Node[81] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.518] Node[82] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.498] Node[83] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.472] Node[84] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.968] Node[85] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.200] Node[86] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.434] Node[87] delta[-0.001] dx/sd[-0.002] (x-mode)/sd[0.180] Node[88] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.312] Node[89] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.318] Node[90] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.200] Node[91] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[92] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[93] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.198] Node[94] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.963] Node[95] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.196] Node[96] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.959] Node[97] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.955] Node[98] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.918] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.211] Node[100] delta[0.003] dx/sd[0.002] (x-mode)/sd[-0.413] Node[101] delta[0.006] dx/sd[0.004] (x-mode)/sd[-0.487] Node[122] delta[0.001] dx/sd[0.007] (x-mode)/sd[-1.697] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.000] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes [2]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0085] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.258] Node[1] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.197] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.172] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.114] Node[4] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.143] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.132] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.101] Node[7] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.098] Node[8] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.071] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.054] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.051] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.030] Node[14] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.020] Node[15] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.062] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.009] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.080] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.086] Node[19] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.010] Node[20] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.091] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.044] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.089] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.057] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.050] Node[28] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.053] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.050] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.039] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.035] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.040] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.036] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[37] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.022] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.028] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[41] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.020] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.006] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.050] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.009] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.016] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.019] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.016] Node[60] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.013] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[64] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.008] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[72] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.667] Node[73] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.660] Node[74] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.661] Node[75] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.657] Node[76] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.639] Node[77] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.622] Node[78] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.614] Node[79] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.558] Node[80] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.438] Node[81] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.517] Node[82] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.497] Node[83] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.471] Node[84] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.967] Node[85] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[86] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.433] Node[87] delta[-0.001] dx/sd[-0.002] (x-mode)/sd[0.179] Node[88] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.311] Node[89] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.317] Node[90] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.200] Node[91] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[92] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.198] Node[93] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.197] Node[94] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.962] Node[95] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.195] Node[96] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.958] Node[97] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.954] Node[98] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.918] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.211] Node[100] delta[0.003] dx/sd[0.002] (x-mode)/sd[-0.413] Node[101] delta[0.006] dx/sd[0.004] (x-mode)/sd[-0.486] Node[122] delta[0.001] dx/sd[0.007] (x-mode)/sd[-1.697] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[124] delta[-0.000] dx/sd[-0.008] (x-mode)/sd[0.039] Implied correction for [98805] nodes [1]Iter [0/25] VB correct[MEAN] in total[0.018s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[3.3425] [0]Iter [0/25] VB correct[MEAN] in total[0.018s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[2.2056] [1]Iter [1/25] VB correct[MEAN] in total[0.026s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.4087] [0]Iter [1/25] VB correct[MEAN] in total[0.025s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.7766] [1]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.2832] config 17/25=[ 1.162 1.046 1.148 -1.134 ] ldens= -2.428, [3] accept, compute, 0.12s [0]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0236] [1]Iter [3/25] VB correct[MEAN] in total[0.038s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0370] config 18/25=[ 1.162 -1.157 -1.054 -1.134 ] ldens= -2.456, [2] accept, compute, 0.12s [0]Iter [3/25] VB correct[MEAN] in total[0.038s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0110] [1]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0085] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.257] Node[1] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.196] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.171] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.113] Node[4] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.143] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.132] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.101] Node[7] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.098] Node[8] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.071] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.054] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.051] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.029] Node[14] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.020] Node[15] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.062] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.009] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.080] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.086] Node[19] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.010] Node[20] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.091] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.044] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.101] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.034] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.064] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[28] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.059] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.044] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.040] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.045] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.042] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.032] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.049] Node[37] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.025] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.033] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[41] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.024] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.022] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.003] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.053] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.009] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.014] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.015] Node[60] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.003] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.012] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[64] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[67] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.017] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.027] Node[72] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.667] Node[73] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.660] Node[74] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.661] Node[75] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.657] Node[76] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.639] Node[77] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.622] Node[78] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.614] Node[79] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.558] Node[80] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.438] Node[81] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.518] Node[82] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.498] Node[83] delta[-0.001] dx/sd[-0.007] (x-mode)/sd[1.471] Node[84] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.968] Node[85] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[86] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.433] Node[87] delta[-0.001] dx/sd[-0.002] (x-mode)/sd[0.180] Node[88] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.311] Node[89] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.318] Node[90] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.200] Node[91] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[92] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.199] Node[93] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.197] Node[94] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.963] Node[95] delta[-0.001] dx/sd[-0.006] (x-mode)/sd[1.196] Node[96] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.958] Node[97] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.954] Node[98] delta[-0.001] dx/sd[-0.005] (x-mode)/sd[0.918] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.211] Node[100] delta[0.003] dx/sd[0.002] (x-mode)/sd[-0.413] Node[101] delta[0.006] dx/sd[0.004] (x-mode)/sd[-0.487] Node[122] delta[0.001] dx/sd[0.007] (x-mode)/sd[-1.698] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[124] delta[-0.000] dx/sd[-0.008] (x-mode)/sd[0.039] Implied correction for [98805] nodes [0]Iter [4/25] VB correct[MEAN] in total[0.044s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0086] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.252] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.192] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.168] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.111] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.140] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.129] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.099] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.096] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.070] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.053] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.049] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.029] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.054] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.010] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.078] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.092] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.042] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.105] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.009] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.036] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.050] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.066] Node[27] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.058] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.061] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.058] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.046] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.041] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.044] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.046] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.033] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.051] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.026] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.034] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[41] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.025] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.024] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.002] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.054] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.009] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.015] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.018] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.009] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.015] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.013] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.028] Node[72] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.390] Node[73] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.382] Node[74] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.383] Node[75] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.379] Node[76] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.358] Node[77] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.339] Node[78] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.330] Node[79] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.269] Node[80] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.143] Node[81] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.226] Node[82] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.205] Node[83] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.177] Node[84] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.710] Node[85] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.912] Node[86] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.137] Node[87] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.145] Node[88] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.015] Node[89] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.023] Node[90] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.913] Node[91] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.911] Node[92] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.911] Node[93] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.909] Node[94] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.703] Node[95] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.907] Node[96] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.698] Node[97] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.693] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.651] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.181] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.341] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.400] Node[122] delta[0.000] dx/sd[0.000] (x-mode)/sd[-1.427] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.000] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes config 19/25=[ -1.041 -1.157 1.148 -1.134 ] ldens= -2.402, [1] accept, compute, 0.12s config 20/25=[ -0.000 -0.000 2.295 0.000 ] ldens= -2.276, [0] accept, compute, 0.10s [3]Iter [0/25] VB correct[MEAN] in total[0.019s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.6322] [2]Iter [0/25] VB correct[MEAN] in total[0.018s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.6322] [3]Iter [1/25] VB correct[MEAN] in total[0.026s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.4353] [2]Iter [1/25] VB correct[MEAN] in total[0.026s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.4346] [3]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0141] [2]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0140] [3]Iter [3/25] VB correct[MEAN] in total[0.039s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0110] [2]Iter [3/25] VB correct[MEAN] in total[0.038s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0110] [3]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0086] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.247] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.189] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.164] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.109] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.137] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.127] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.097] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.094] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.069] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.051] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.007] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.028] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.016] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.046] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.077] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.093] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.100] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.034] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.064] Node[27] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.056] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.059] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.044] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.039] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[33] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.045] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.032] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.025] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.018] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.033] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.019] Node[41] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.024] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.022] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.003] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.053] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.003] Node[48] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.015] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.010] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.020] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.016] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.019] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.009] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[62] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.000] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[72] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.177] Node[73] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.168] Node[74] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.169] Node[75] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.164] Node[76] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.141] Node[77] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.120] Node[78] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.110] Node[79] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.045] Node[80] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.917] Node[81] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.999] Node[82] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.978] Node[83] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.949] Node[84] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.526] Node[85] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.697] Node[86] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.908] Node[87] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.121] Node[88] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.790] Node[89] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.799] Node[90] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.699] Node[91] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.697] Node[92] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.697] Node[93] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.694] Node[94] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.518] Node[95] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.691] Node[96] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.512] Node[97] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.505] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.459] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.156] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.285] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.332] Node[122] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-1.219] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.000] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes [2]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0086] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.258] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.197] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.172] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.114] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.143] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.132] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.101] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.098] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.071] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.054] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.051] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[13] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.030] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.062] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.009] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.080] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.086] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.010] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.091] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.044] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.089] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.031] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.057] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.050] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.053] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.050] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.039] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.035] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.040] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.036] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.022] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.028] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[41] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.006] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.050] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.016] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[51] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.009] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.016] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.019] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[62] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.008] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.014] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.000] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[72] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.177] Node[73] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.167] Node[74] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.169] Node[75] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.164] Node[76] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.141] Node[77] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.120] Node[78] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.110] Node[79] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.044] Node[80] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.916] Node[81] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.999] Node[82] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.977] Node[83] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.948] Node[84] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.526] Node[85] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.697] Node[86] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.907] Node[87] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.121] Node[88] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.790] Node[89] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.799] Node[90] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.698] Node[91] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.696] Node[92] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.696] Node[93] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.693] Node[94] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.518] Node[95] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.690] Node[96] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.511] Node[97] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.504] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.458] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.156] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.285] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.331] Node[122] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-1.220] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes [0]Iter [0/25] VB correct[MEAN] in total[0.019s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[2.2007] [0]Iter [1/25] VB correct[MEAN] in total[0.026s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.7745] [1]Iter [0/25] VB correct[MEAN] in total[0.018s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[1.6339] [0]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0232] [1]Iter [1/25] VB correct[MEAN] in total[0.025s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.4351] [0]Iter [3/25] VB correct[MEAN] in total[0.038s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0109] config 21/25=[ 1.162 1.046 1.148 1.067 ] ldens= -2.411, [3] accept, compute, 0.12s [1]Iter [2/25] VB correct[MEAN] in total[0.032s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0140] [0]Iter [4/25] VB correct[MEAN] in total[0.045s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0085] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.254] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.194] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.169] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.112] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.140] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.130] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.100] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.096] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.070] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.052] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.050] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.039] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.007] Node[13] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.029] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.018] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.054] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.010] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.078] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.087] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.011] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.092] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.042] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.083] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.002] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.029] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.041] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.054] Node[27] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.050] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.047] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.036] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.033] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.035] Node[33] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.034] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.028] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.040] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.026] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.017] Node[41] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.019] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.006] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.017] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.048] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[51] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.009] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.015] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.018] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.004] Node[62] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.013] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.021] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.017] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.028] Node[72] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.389] Node[73] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.381] Node[74] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.382] Node[75] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.378] Node[76] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.357] Node[77] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.338] Node[78] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.329] Node[79] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.268] Node[80] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.142] Node[81] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.225] Node[82] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.204] Node[83] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.176] Node[84] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.709] Node[85] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.911] Node[86] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.136] Node[87] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.145] Node[88] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.014] Node[89] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[1.022] Node[90] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.912] Node[91] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.910] Node[92] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.910] Node[93] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.908] Node[94] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.702] Node[95] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.906] Node[96] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.697] Node[97] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.692] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.650] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.181] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.341] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.399] Node[122] delta[0.000] dx/sd[0.000] (x-mode)/sd[-1.424] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[124] delta[-0.000] dx/sd[-0.008] (x-mode)/sd[0.039] Implied correction for [98805] nodes config 22/25=[ 1.162 -1.157 -1.054 1.067 ] ldens= -2.439, [2] accept, compute, 0.12s [1]Iter [3/25] VB correct[MEAN] in total[0.038s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0110] [1]Iter [4/25] VB correct[MEAN] in total[0.044s] cyclic[No] Number of nodes corrected for [104] max(dx/sd)[0.0086] Node[0] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.257] Node[1] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.196] Node[2] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.171] Node[3] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.113] Node[4] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.143] Node[5] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.132] Node[6] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.101] Node[7] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.098] Node[8] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.071] Node[9] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.054] Node[10] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.051] Node[11] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.038] Node[12] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.006] Node[13] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.029] Node[14] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[15] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.062] Node[16] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.009] Node[17] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.080] Node[18] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.086] Node[19] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.010] Node[20] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.091] Node[21] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.044] Node[22] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.101] Node[23] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[24] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.034] Node[25] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.048] Node[26] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.064] Node[27] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.056] Node[28] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.059] Node[29] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.056] Node[30] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.044] Node[31] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.040] Node[32] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.043] Node[33] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.045] Node[34] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.042] Node[35] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.032] Node[36] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.049] Node[37] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.025] Node[38] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[39] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.033] Node[40] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[41] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.024] Node[42] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[43] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.022] Node[44] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[45] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.003] Node[46] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.053] Node[47] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.002] Node[48] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.015] Node[49] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[50] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[51] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.009] Node[52] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.016] Node[53] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.019] Node[54] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.003] Node[55] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.002] Node[56] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.014] Node[57] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.017] Node[58] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.008] Node[59] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.015] Node[60] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.014] Node[61] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.003] Node[62] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.012] Node[63] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.020] Node[64] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.007] Node[65] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.013] Node[66] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.011] Node[67] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.017] Node[68] delta[0.000] dx/sd[0.000] (x-mode)/sd[-0.000] Node[69] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.001] Node[70] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.027] Node[72] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.177] Node[73] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.168] Node[74] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.169] Node[75] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.164] Node[76] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.141] Node[77] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.120] Node[78] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.110] Node[79] delta[0.000] dx/sd[0.000] (x-mode)/sd[1.044] Node[80] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.916] Node[81] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.999] Node[82] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.978] Node[83] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.948] Node[84] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.526] Node[85] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.697] Node[86] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.907] Node[87] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.121] Node[88] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.790] Node[89] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.799] Node[90] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.698] Node[91] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.697] Node[92] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.696] Node[93] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.694] Node[94] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.518] Node[95] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.690] Node[96] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.512] Node[97] delta[0.000] dx/sd[0.000] (x-mode)/sd[0.505] Node[98] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.458] Node[99] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.156] Node[100] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.285] Node[101] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-0.332] Node[122] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[-1.221] Node[123] delta[-0.000] dx/sd[-0.000] (x-mode)/sd[0.001] Node[124] delta[-0.000] dx/sd[-0.009] (x-mode)/sd[0.039] Implied correction for [98805] nodes config 23/25=[ -0.000 -0.000 -2.109 0.000 ] ldens= -2.497, [0] accept, compute, 0.10s config 24/25=[ -1.041 -1.157 1.148 1.067 ] ldens= -2.385, [1] accept, compute, 0.11s Combine the densities with relative weights: config 0/25=[ 0.000 0.000 0.000 0.000 ] weight= 1.000 adjusted weight= 1.000 config 1/25=[ 2.324 0.000 -0.000 -0.000 ] weight= 0.233 adjusted weight= 0.233 config 2/25=[ -2.082 -0.000 0.000 0.000 ] weight= 0.176 adjusted weight= 0.176 config 3/25=[ 0.000 2.091 0.000 0.000 ] weight= 0.180 adjusted weight= 0.180 config 4/25=[ -0.000 -2.314 -0.000 0.000 ] weight= 0.233 adjusted weight= 0.233 config 5/25=[ -0.000 -0.000 2.295 0.000 ] weight= 0.229 adjusted weight= 0.229 config 6/25=[ -0.000 -0.000 -2.109 0.000 ] weight= 0.184 adjusted weight= 0.184 config 7/25=[ -0.000 0.000 0.000 2.135 ] weight= 0.186 adjusted weight= 0.186 config 8/25=[ -0.000 -0.000 -0.000 -2.267 ] weight= 0.219 adjusted weight= 0.219 config 9/25=[ -1.041 -1.157 -1.054 -1.134 ] weight= 0.202 adjusted weight= 0.202 config 10/25=[ -1.041 -1.157 -1.054 1.067 ] weight= 0.205 adjusted weight= 0.205 config 11/25=[ -1.041 -1.157 1.148 -1.134 ] weight= 0.202 adjusted weight= 0.202 config 12/25=[ -1.041 -1.157 1.148 1.067 ] weight= 0.205 adjusted weight= 0.205 config 13/25=[ -1.041 1.046 -1.054 -1.134 ] weight= 0.206 adjusted weight= 0.206 config 14/25=[ -1.041 1.046 -1.054 1.067 ] weight= 0.209 adjusted weight= 0.209 config 15/25=[ -1.041 1.046 1.148 -1.134 ] weight= 0.207 adjusted weight= 0.207 config 16/25=[ -1.041 1.046 1.148 1.067 ] weight= 0.210 adjusted weight= 0.210 config 17/25=[ 1.162 -1.157 -1.054 -1.134 ] weight= 0.191 adjusted weight= 0.191 config 18/25=[ 1.162 -1.157 -1.054 1.067 ] weight= 0.195 adjusted weight= 0.195 config 19/25=[ 1.162 -1.157 1.148 -1.134 ] weight= 0.192 adjusted weight= 0.192 config 20/25=[ 1.162 -1.157 1.148 1.067 ] weight= 0.195 adjusted weight= 0.195 config 21/25=[ 1.162 1.046 -1.054 -1.134 ] weight= 0.196 adjusted weight= 0.196 config 22/25=[ 1.162 1.046 -1.054 1.067 ] weight= 0.199 adjusted weight= 0.199 config 23/25=[ 1.162 1.046 1.148 -1.134 ] weight= 0.197 adjusted weight= 0.197 config 24/25=[ 1.162 1.046 1.148 1.067 ] weight= 0.200 adjusted weight= 0.200 Marginal likelihood: Integration -48919.176 Gaussian-approx -48916.979 Compute the marginal for each of the 4 hyperparameters Interpolation method: Auto Compute the marginal for theta[0] to theta[3] using numerical integration... Compute the marginal for theta[0] to theta[3] using numerical integration... Done. Compute the marginal for the hyperparameters... done. Store results in directory[/Users/rueh/test-speed/Leuk/inla.model-1/results.files-0000000000] Contents of remap_store: Slot[00] n[25] rhs[1] numa.node[0] count[1] remap[1 3 5...] Slot[01] n[125] rhs[1] numa.node[0] count[628] remap[102 103 116...] Slot[02] n[125] rhs[104] numa.node[0] count[25] remap[10608 10712 12064...] Slot[03] n[125] rhs[4] numa.node[0] count[12] remap[452 436 344...] Slot[04] n[125] rhs[4] numa.node[0] count[12] remap[404 380 460...] Slot[05] n[125] rhs[4] numa.node[0] count[628] remap[408 412 464...] Slot[06] n[51] rhs[1] numa.node[0] count[2] remap[1 14 12...] Slot[07] n[25] rhs[2] numa.node[0] count[1] remap[2 6 10...] Slot[08] n[125] rhs[1] numa.node[0] count[12] remap[106 118 113...] Slot[09] n[125] rhs[4] numa.node[0] count[12] remap[424 472 452...] Slot[10] n[22] rhs[1] numa.node[0] count[1] remap[11 13 15...] Slot[11] n[125] rhs[1] numa.node[0] count[12] remap[113 109 86...] Slot[12] n[125] rhs[1] numa.node[0] count[12] remap[101 95 115...] Slot[13] n[22] rhs[2] numa.node[0] count[1] remap[22 26 30...] Slot[14] n[24] rhs[1] numa.node[0] count[2] remap[21 15 17...] Total size[0.06Mb] Dump of adapt_nt [sparse-interface.c:292][lev=0][th=0] best=2 max=2 wtime=0.172s n=168 (save=0.003s) [approx-inference.c:830][lev=0][th=0] best=2 max=2 wtime=0.308s n=152 (save=-0.002s) [sparse-interface.c:263][lev=1][th=0] best=1 max=1 wtime=0.000s n=7 (save=0.000s) [approx-inference.c:5058][lev=1][th=0] best=1 max=1 wtime=0.019s n=35 (save=-0.000s) [approx-inference.c:5117][lev=1][th=0] best=1 max=1 wtime=0.017s n=35 (save=-0.000s) [sparse-interface.c:292][lev=1][th=0] best=1 max=1 wtime=0.351s n=175 (save=-0.000s) [approx-inference.c:830][lev=1][th=0] best=1 max=1 wtime=0.639s n=168 (save=0.000s) [approx-inference.c:5099][lev=1][th=0] best=1 max=1 wtime=0.188s n=35 (save=0.000s) [sparse-interface.c:263][lev=1][th=1] best=1 max=1 wtime=0.000s n=6 (save=0.000s) [approx-inference.c:5058][lev=1][th=1] best=1 max=1 wtime=0.019s n=37 (save=0.000s) [approx-inference.c:5117][lev=1][th=1] best=1 max=1 wtime=0.018s n=37 (save=-0.000s) [sparse-interface.c:292][lev=1][th=1] best=1 max=1 wtime=0.287s n=136 (save=0.000s) [approx-inference.c:830][lev=1][th=1] best=1 max=1 wtime=0.502s n=130 (save=0.000s) [approx-inference.c:5099][lev=1][th=1] best=1 max=1 wtime=0.198s n=37 (save=0.000s) [sparse-interface.c:263][lev=1][th=2] best=1 max=1 wtime=0.000s n=6 (save=0.000s) [approx-inference.c:5058][lev=1][th=2] best=1 max=1 wtime=0.015s n=30 (save=-0.000s) [approx-inference.c:5117][lev=1][th=2] best=1 max=1 wtime=0.014s n=30 (save=0.000s) [sparse-interface.c:292][lev=1][th=2] best=1 max=1 wtime=0.258s n=120 (save=-0.000s) [approx-inference.c:830][lev=1][th=2] best=1 max=1 wtime=0.451s n=114 (save=0.000s) [approx-inference.c:5099][lev=1][th=2] best=1 max=1 wtime=0.161s n=30 (save=-0.000s) [sparse-interface.c:263][lev=1][th=3] best=1 max=1 wtime=0.000s n=6 (save=0.000s) [approx-inference.c:5058][lev=1][th=3] best=1 max=1 wtime=0.016s n=30 (save=0.000s) [approx-inference.c:5117][lev=1][th=3] best=1 max=1 wtime=0.014s n=30 (save=-0.000s) [sparse-interface.c:292][lev=1][th=3] best=1 max=1 wtime=0.228s n=106 (save=0.000s) [approx-inference.c:830][lev=1][th=3] best=1 max=1 wtime=0.395s n=100 (save=-0.000s) [approx-inference.c:5099][lev=1][th=3] best=1 max=1 wtime=0.161s n=30 (save=0.000s) Total wtime saved = 0.002s, estimated wtime = 0.000s saved Wall-clock time used on [/Users/rueh/test-speed/Leuk/inla.model-1/Model.ini] Preparations : 0.013 seconds Approx inference (stage1): 2.898 seconds Approx inference (stage2): 0.000 seconds Approx inference (total) : 2.898 seconds Output : 0.239 seconds ------------------------------------------ Total : 3.150 seconds Stage1: Number of fn-calls= 228 with 0.0127 sec/fn-call Stage2: Number of fn-calls= 0 with 2.8977 sec/fn-call Stage1: Accumulated CPU-time is equivalent to 2.84 threads running at 100% Efficiency using 4 threads = 70.92% Stage2: Accumulated CPU-time is equivalent to 1.01 threads running at 100% Efficiency using 4 threads = 25.23% Total: Accumulated CPU-time is equivalent to 2.84 threads running at 100% Efficiency using 4 threads = 70.91% Breakdown of overall running time 3.15 seconds in stages: Reading model 0.01 seconds [0.4%] Building model 0.14 seconds [4.5%] Optimising 1.49 seconds [47.3%] Hessian 0.24 seconds [7.8%] Integration 0.82 seconds [26.0%] Postprocessing 0.20 seconds [6.4%] Output 0.24 seconds [7.6%]