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No protocol specified
--> build quadrature store for simplex, category = 1
--> build quadrature store for simplex, category = 1
--> build quadrature store for simplex, category = 1
--> build quadrature store for simplex, category = 1
--> build quadrature store for simplex, category = 2
--> build quadrature store for simplex, category = 2
--> build quadrature store for simplex, category = 2
--> build quadrature store for simplex, category = 2
--> build quadrature store for simplex, category = 0
--> build quadrature store for simplex, category = 0
--> build quadrature store for simplex, category = 0
--> build quadrature store for simplex, category = 0
Running 13 test cases...
Running 13 test cases...
Running 13 test cases...
Running 13 test cases...
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized robust predicates.
--> initialized robust predicates.
--> initialized robust predicates.
--> initialized robust predicates.
Partitioning a graph of size 96 serially
Setup: Max: 0.000, Sum: 0.000, Balance: 1.002
Remap: Max: 0.000, Sum: 0.000, Balance: 1.010
Total: Max: 0.002, Sum: 0.006, Balance: 1.000
Final 4-way Cut: 13 Balance: 1.000
ParameterSet:
parameter["adapt iter"]: 0
parameter["allow serial"]: false
parameter["curved"]: true
parameter["cvt iterations"]: 10
parameter["debug level"]: 1
parameter["directory"]: tmp/
parameter["domain type"]: polytope
parameter["elems per processor"]: 10000
parameter["export boundary"]: false
parameter["force partition count"]: 0
parameter["geometry"]:
parameter["has interior boundaries"]: false
parameter["has uv"]: true
parameter["insertion volume factor"]: -1
parameter["limit metric"]: false
parameter["max parallel passes"]: 3
parameter["metric limiting factor"]: 2
parameter["output redirect"]:
parameter["partitioned"]: false
parameter["prefix"]: avro_
parameter["sdot iterations"]: 10
parameter["smoothing exponent"]: 1
parameter["swapout"]: false
parameter["use smoothing"]: true
parameter["write conformity"]: false
parameter["write mesh"]: false
Initializing robust predicates.
sizeof(double) = 8
machine epsilon = 2.22045e-16 [IEEE 754 64-bit macheps]
pre-collapse:
lengths: [1.77,3.43], avg = 2.21 for 160 edges
1.7677 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 0 (0.00 %)
1.0000 < l < 1.4142 = 0 (0.00 %)
1.4142 < l < 2.0000 = 81 (50.94 %)
2.0000 < l < 3.4270 = 78 (49.06 %)
quality: [0.68,1.00], avg = 0.91 for 96 elems
0.6790 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 8 (9.20 %)
0.8000 < q < 0.9999 = 79 (90.80 %)
-> performing collapses:
pass 1: ne = 160, short = 0, l = [1.7678,3.4271]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
pre-insertion:
lengths: [1.77,3.43], avg = 2.21 for 160 edges
1.7677 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 0 (0.00 %)
1.0000 < l < 1.4142 = 0 (0.00 %)
1.4142 < l < 2.0000 = 81 (50.94 %)
2.0000 < l < 3.4270 = 78 (49.06 %)
quality: [0.68,1.00], avg = 0.91 for 96 elems
0.6790 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 8 (9.20 %)
0.8000 < q < 0.9999 = 79 (90.80 %)
-> performing edge splits on edges with lt > 2.000 and dof_factor -1:
pass 0: long = 79, l = [1.7678,3.4271] -> insert 79
inserted 79, lrej = 0, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.005325
pass 1: long = 11, l = [0.8839,2.5714] -> insert 11
inserted 8, lrej = 3, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.001293
pass 2: long = 3, l = [0.7188,2.2535] -> insert 3
inserted 0, lrej = 3, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000733
done insertions: total insert = 87, l = [0.7188,2.253]
nb_parameter_rejections = (0/0)
pre-swap:
lengths: [0.72,2.25], avg = 1.39 for 421 edges
0.7188 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 43 (10.26 %)
1.0000 < l < 1.4142 = 202 (48.21 %)
1.4142 < l < 2.0000 = 173 (41.29 %)
2.0000 < l < 2.2534 = 1 (0.24 %)
quality: [0.59,1.00], avg = 0.85 for 270 elems
0.5869 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 66 (25.29 %)
0.8000 < q < 0.9999 = 195 (74.71 %)
-> performing edge swaps with target qt < 0.4:
pass 0: qmin = 0.586934, nb_simplices < 0.4 = 0 / 270
nb_elem = 302, nb_edges = 271, nb_vert = 153
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 0: qmin = 0.586934, nb_simplices < 0.8 = 66 / 270
nb_elem = 302, nb_edges = 271, nb_vert = 153
--> performed 24 edge swaps (out of 78)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.001248
metric time = 0.000854
shell time = 0.000819
apply time = 0.000523
candidate apply time = 0.000592
candidate metric time = 0.000374
pass time = 0.004424
pass 1: qmin = 0.635518, nb_simplices < 0.8 = 34 / 270
nb_elem = 302, nb_edges = 266, nb_vert = 153
--> performed 0 edge swaps (out of 57)
geometry rejections: Invalid (0), Edges (0), Interior (0)
pre-smooth:
lengths: [0.72,2.00], avg = 1.36 for 421 edges
0.7188 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 43 (10.21 %)
1.0000 < l < 1.4142 = 218 (51.78 %)
1.4142 < l < 2.0000 = 160 (38.00 %)
2.0000 < l < 1.9978 = 0 (0.00 %)
quality: [0.64,1.00], avg = 0.89 for 270 elems
0.6355 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 34 (13.03 %)
0.8000 < q < 0.9999 = 227 (86.97 %)
-> performing vertex smoothing:
iter[0]: dx = 1.74e-03, min = 0.00e+00, max = 5.95e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.482856130311e-04, nb_error = 0, nb_interp_outside = 0
iter[1]: dx = 1.32e-03, min = 0.00e+00, max = 4.20e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.407989097754e-04, nb_error = 0, nb_interp_outside = 0
iter[2]: dx = 1.03e-03, min = 0.00e+00, max = 3.52e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 8.593522588416e-05, nb_error = 0, nb_interp_outside = 0
iter[3]: dx = 8.30e-04, min = 0.00e+00, max = 2.92e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 5.633858346829e-05, nb_error = 0, nb_interp_outside = 0
iter[4]: dx = 6.91e-04, min = 0.00e+00, max = 2.43e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 3.931292705213e-05, nb_error = 0, nb_interp_outside = 0
iter[5]: dx = 5.89e-04, min = 0.00e+00, max = 2.01e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.886789830231e-05, nb_error = 0, nb_interp_outside = 0
iter[6]: dx = 5.14e-04, min = 0.00e+00, max = 1.68e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.207219545637e-05, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 302, nb_vert = 153. parameter rej = (0/0)
pre-swap:
lengths: [0.80,2.06], avg = 1.36 for 421 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 36 (8.57 %)
1.0000 < l < 1.4142 = 229 (54.52 %)
1.4142 < l < 2.0000 = 151 (35.95 %)
2.0000 < l < 2.0560 = 4 (0.95 %)
quality: [0.68,1.00], avg = 0.91 for 270 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 27 (10.04 %)
0.8000 < q < 0.9996 = 242 (89.96 %)
-> performing edge swaps with target qt < 0.4:
pass 0: qmin = 0.67963, nb_simplices < 0.4 = 0 / 270
nb_elem = 302, nb_edges = 233, nb_vert = 153
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 0: qmin = 0.67963, nb_simplices < 0.8 = 27 / 270
nb_elem = 302, nb_edges = 233, nb_vert = 153
--> performed 7 edge swaps (out of 34)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.000546
metric time = 0.000728
shell time = 0.000678
apply time = 0.000162
candidate apply time = 0.00025
candidate metric time = 0.000167
pass time = 0.002924
pass 1: qmin = 0.67963, nb_simplices < 0.8 = 20 / 270
nb_elem = 302, nb_edges = 233, nb_vert = 153
--> performed 0 edge swaps (out of 26)
geometry rejections: Invalid (0), Edges (0), Interior (0)
pre-collapse/split:
lengths: [0.80,2.06], avg = 1.35 for 421 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 36 (8.57 %)
1.0000 < l < 1.4142 = 230 (54.76 %)
1.4142 < l < 2.0000 = 154 (36.67 %)
2.0000 < l < 2.0560 = 0 (0.00 %)
quality: [0.68,1.00], avg = 0.91 for 270 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 20 (7.43 %)
0.8000 < q < 0.9996 = 249 (92.57 %)
-> performing collapses:
pass 1: ne = 421, short = 0, l = [0.8003,2.0561]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
-> performing edge splits on edges with lt > 2.000 and dof_factor -1:
pass 0: long = 1, l = [0.8003,2.0561] -> insert 1
inserted 1, lrej = 0, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000801
pass 1: long = 0, l = [0.8003,1.9231] -> insert 0
inserted 0, lrej = 0, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000668
done insertions: total insert = 1, l = [0.8003,1.923]
nb_parameter_rejections = (0/0)
pre-swap:
lengths: [0.80,1.92], avg = 1.35 for 424 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 37 (8.73 %)
1.0000 < l < 1.4142 = 232 (54.72 %)
1.4142 < l < 2.0000 = 155 (36.56 %)
2.0000 < l < 1.9230 = 0 (0.00 %)
quality: [0.68,1.00], avg = 0.91 for 272 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 20 (7.38 %)
0.8000 < q < 0.9996 = 251 (92.62 %)
-> performing edge swaps with target qt < 0.4:
pass 0: qmin = 0.67963, nb_simplices < 0.4 = 0 / 272
nb_elem = 304, nb_edges = 233, nb_vert = 154
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 0: qmin = 0.67963, nb_simplices < 0.8 = 20 / 272
nb_elem = 304, nb_edges = 233, nb_vert = 154
--> performed 0 edge swaps (out of 25)
geometry rejections: Invalid (0), Edges (0), Interior (0)
pre-smooth:
lengths: [0.80,1.92], avg = 1.35 for 424 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 37 (8.73 %)
1.0000 < l < 1.4142 = 232 (54.72 %)
1.4142 < l < 2.0000 = 155 (36.56 %)
2.0000 < l < 1.9230 = 0 (0.00 %)
quality: [0.68,1.00], avg = 0.91 for 272 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 20 (7.38 %)
0.8000 < q < 0.9996 = 251 (92.62 %)
-> performing vertex smoothing:
iter[0]: dx = 9.76e-04, min = 0.00e+00, max = 4.57e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.278812379164e-04, nb_error = 0, nb_interp_outside = 0
iter[1]: dx = 8.28e-04, min = 0.00e+00, max = 4.18e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 8.622722277327e-05, nb_error = 0, nb_interp_outside = 0
iter[2]: dx = 7.14e-04, min = 0.00e+00, max = 3.81e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 6.004441465862e-05, nb_error = 0, nb_interp_outside = 0
iter[3]: dx = 6.22e-04, min = 0.00e+00, max = 3.44e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 4.312855597945e-05, nb_error = 0, nb_interp_outside = 0
iter[4]: dx = 5.46e-04, min = 0.00e+00, max = 3.07e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 3.190463460689e-05, nb_error = 0, nb_interp_outside = 0
iter[5]: dx = 4.84e-04, min = 0.00e+00, max = 2.71e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.426196780075e-05, nb_error = 0, nb_interp_outside = 0
iter[6]: dx = 4.33e-04, min = 0.00e+00, max = 2.37e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.892660781818e-05, nb_error = 0, nb_interp_outside = 0
iter[7]: dx = 3.92e-04, min = 0.00e+00, max = 2.06e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.511250140682e-05, nb_error = 0, nb_interp_outside = 0
iter[8]: dx = 3.58e-04, min = 0.00e+00, max = 1.77e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.232376347110e-05, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 304, nb_vert = 154. parameter rej = (0/0)
pre-collapse/split:
lengths: [0.79,1.91], avg = 1.35 for 424 edges
0.7914 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 29 (6.84 %)
1.0000 < l < 1.4142 = 238 (56.13 %)
1.4142 < l < 2.0000 = 157 (37.03 %)
2.0000 < l < 1.9095 = 0 (0.00 %)
quality: [0.69,1.00], avg = 0.93 for 272 elems
0.6888 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 23 (8.49 %)
0.8000 < q < 0.9993 = 248 (91.51 %)
-> performing collapses:
pass 1: ne = 424, short = 0, l = [0.7914,1.9095]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
-> performing edge splits on edges with lt > 1.414 and dof_factor -1:
pass 0: long = 157, l = [0.7914,1.9095] -> insert 157
inserted 104, lrej = 49, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.005605
pass 1: long = 62, l = [0.7102,1.8988] -> insert 62
inserted 0, lrej = 58, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.001534
done insertions: total insert = 104, l = [0.7102,1.899]
nb_parameter_rejections = (0/0)
pre-swap:
lengths: [0.71,1.90], avg = 1.06 for 708 edges
0.7102 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 343 (48.45 %)
1.0000 < l < 1.4142 = 303 (42.80 %)
1.4142 < l < 2.0000 = 62 (8.76 %)
2.0000 < l < 1.8988 = 0 (0.00 %)
quality: [0.48,1.00], avg = 0.86 for 452 elems
0.4759 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 135 (29.93 %)
0.8000 < q < 0.9993 = 316 (70.07 %)
-> performing edge swaps with target qt < 0.4:
pass 0: qmin = 0.475956, nb_simplices < 0.4 = 0 / 452
nb_elem = 512, nb_edges = 266, nb_vert = 258
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 0: qmin = 0.475956, nb_simplices < 0.8 = 135 / 452
nb_elem = 512, nb_edges = 266, nb_vert = 258
--> performed 65 edge swaps (out of 152)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.002484
metric time = 0.001501
shell time = 0.000958
apply time = 0.001395
candidate apply time = 0.001097
candidate metric time = 0.000843
pass time = 0.007369
pass 1: qmin = 0.639184, nb_simplices < 0.8 = 49 / 452
nb_elem = 512, nb_edges = 231, nb_vert = 258
--> performed 1 edge swaps (out of 73)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.000968
metric time = 0.001305
shell time = 0.000772
apply time = 2.8e-05
candidate apply time = 0.000554
candidate metric time = 0.000157
pass time = 0.00394
pass 2: qmin = 0.701502, nb_simplices < 0.8 = 49 / 452
nb_elem = 512, nb_edges = 231, nb_vert = 258
--> performed 0 edge swaps (out of 73)
geometry rejections: Invalid (0), Edges (0), Interior (0)
pre-smooth:
lengths: [0.71,1.77], avg = 1.04 for 708 edges
0.7102 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 365 (51.55 %)
1.0000 < l < 1.4142 = 305 (43.08 %)
1.4142 < l < 2.0000 = 38 (5.37 %)
2.0000 < l < 1.7677 = 0 (0.00 %)
quality: [0.70,1.00], avg = 0.91 for 452 elems
0.7015 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 49 (10.86 %)
0.8000 < q < 0.9993 = 402 (89.14 %)
-> performing vertex smoothing:
iter[0]: dx = 1.52e-03, min = 0.00e+00, max = 6.11e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.258448927947e-04, nb_error = 0, nb_interp_outside = 0
iter[1]: dx = 1.20e-03, min = 0.00e+00, max = 4.39e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.350830345889e-04, nb_error = 0, nb_interp_outside = 0
iter[2]: dx = 9.84e-04, min = 0.00e+00, max = 3.43e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 8.625510408754e-05, nb_error = 0, nb_interp_outside = 0
iter[3]: dx = 8.25e-04, min = 0.00e+00, max = 2.76e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 5.887693365497e-05, nb_error = 0, nb_interp_outside = 0
iter[4]: dx = 7.09e-04, min = 0.00e+00, max = 2.69e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 4.309994993276e-05, nb_error = 0, nb_interp_outside = 0
iter[5]: dx = 6.19e-04, min = 0.00e+00, max = 2.80e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 3.290522554087e-05, nb_error = 0, nb_interp_outside = 0
iter[6]: dx = 5.50e-04, min = 0.00e+00, max = 2.88e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.628520837769e-05, nb_error = 0, nb_interp_outside = 0
iter[7]: dx = 4.93e-04, min = 0.00e+00, max = 2.95e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.148394550124e-05, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 512, nb_vert = 258. parameter rej = (0/0)
pre-collapse/split:
lengths: [0.67,1.63], avg = 1.03 for 708 edges
0.6744 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 1 (0.14 %)
0.7071 < l < 1.0000 = 358 (50.56 %)
1.0000 < l < 1.4142 = 332 (46.89 %)
1.4142 < l < 2.0000 = 17 (2.40 %)
2.0000 < l < 1.6283 = 0 (0.00 %)
quality: [0.71,1.00], avg = 0.94 for 452 elems
0.7091 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 25 (5.57 %)
0.8000 < q < 0.9999 = 424 (94.43 %)
-> performing collapses:
pass 1: ne = 708, short = 1, l = [0.6744,1.6283]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
-> performing edge splits on edges with lt > 1.414 and dof_factor -1:
pass 0: long = 17, l = [0.6744,1.6283] -> insert 17
inserted 5, lrej = 8, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.0014
pass 1: long = 12, l = [0.6744,1.5729] -> insert 12
inserted 0, lrej = 8, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000979
done insertions: total insert = 5, l = [0.6744,1.573]
nb_parameter_rejections = (0/0)
pre-smooth:
lengths: [0.67,1.57], avg = 1.02 for 723 edges
0.6744 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 1 (0.14 %)
0.7071 < l < 1.0000 = 378 (52.28 %)
1.0000 < l < 1.4142 = 332 (45.92 %)
1.4142 < l < 2.0000 = 12 (1.66 %)
2.0000 < l < 1.5728 = 0 (0.00 %)
quality: [0.62,1.00], avg = 0.93 for 462 elems
0.6190 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 29 (6.32 %)
0.8000 < q < 0.9999 = 430 (93.68 %)
-> performing vertex smoothing:
iter[0]: dx = 5.09e-04, min = 0.00e+00, max = 3.73e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.821177336783e-05, nb_error = 0, nb_interp_outside = 0
iter[1]: dx = 4.42e-04, min = 0.00e+00, max = 2.67e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.919002906706e-05, nb_error = 0, nb_interp_outside = 0
iter[2]: dx = 3.93e-04, min = 0.00e+00, max = 2.06e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.418802898102e-05, nb_error = 0, nb_interp_outside = 0
iter[3]: dx = 3.56e-04, min = 0.00e+00, max = 1.66e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.119863319662e-05, nb_error = 0, nb_interp_outside = 0
iter[4]: dx = 3.26e-04, min = 0.00e+00, max = 1.62e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 9.245202148617e-06, nb_error = 0, nb_interp_outside = 0
iter[5]: dx = 3.01e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 7.884017444068e-06, nb_error = 0, nb_interp_outside = 0
iter[6]: dx = 2.81e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 6.874201325952e-06, nb_error = 0, nb_interp_outside = 0
iter[7]: dx = 2.63e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 6.089011921019e-06, nb_error = 0, nb_interp_outside = 0
iter[8]: dx = 2.47e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 5.433713632316e-06, nb_error = 0, nb_interp_outside = 0
iter[9]: dx = 2.33e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 4.911771889421e-06, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 522, nb_vert = 263. parameter rej = (0/0)
pre-swap:
lengths: [0.67,1.57], avg = 1.02 for 723 edges
0.6675 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 2 (0.28 %)
0.7071 < l < 1.0000 = 364 (50.35 %)
1.0000 < l < 1.4142 = 351 (48.55 %)
1.4142 < l < 2.0000 = 6 (0.83 %)
2.0000 < l < 1.5670 = 0 (0.00 %)
quality: [0.62,1.00], avg = 0.94 for 462 elems
0.6190 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 32 (6.94 %)
0.8000 < q < 0.9999 = 429 (93.06 %)
-> performing edge swaps with target qt < 0.4:
pass 0: qmin = 0.619012, nb_simplices < 0.4 = 0 / 462
nb_elem = 522, nb_edges = 85, nb_vert = 263
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 0: qmin = 0.619012, nb_simplices < 0.8 = 32 / 462
nb_elem = 522, nb_edges = 85, nb_vert = 263
--> performed 20 edge swaps (out of 33)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.000451
metric time = 0.000797
shell time = 0.00021
apply time = 0.00031
candidate apply time = 0.000179
candidate metric time = 0.000178
pass time = 0.002053
pass 1: qmin = 0.747139, nb_simplices < 0.8 = 15 / 462
nb_elem = 522, nb_edges = 76, nb_vert = 263
--> performed 0 edge swaps (out of 16)
geometry rejections: Invalid (0), Edges (0), Interior (0)
final metric conformity:
lengths: [0.67,1.45], avg = 1.02 for 723 edges
0.6675 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 2 (0.28 %)
0.7071 < l < 1.0000 = 366 (50.62 %)
1.0000 < l < 1.4142 = 351 (48.55 %)
1.4142 < l < 2.0000 = 4 (0.55 %)
2.0000 < l < 1.4453 = 0 (0.00 %)
quality: [0.75,1.00], avg = 0.94 for 462 elems
0.7471 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 15 (3.25 %)
0.8000 < q < 0.9999 = 446 (96.75 %)
Partitioning a graph of size 462 serially
Setup: Max: 0.000, Sum: 0.000, Balance: 1.016
Remap: Max: 0.000, Sum: 0.000, Balance: 1.008
Total: Max: 0.002, Sum: 0.008, Balance: 1.000
Final 4-way Cut: 30 Balance: 1.013
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/MesherInterface_avro_btest.cpp(100): [1;36;49mlast checkpoint: "MesherInterface_avro_3d_test" test entry[0;39;49m
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/MesherInterface_avro_btest.cpp(100): [1;36;49mlast checkpoint: "MesherInterface_avro_3d_test" test entry[0;39;49m
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/MesherInterface_avro_btest.cpp(100): [1;36;49mlast checkpoint: "MesherInterface_avro_3d_test" test entry[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/MesherInterface_avro_btest.cpp(100): [1;36;49mlast checkpoint: "MesherInterface_avro_3d_test" test entry[0;39;49m
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized robust predicates.
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized robust predicates.
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized robust predicates.
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized robust predicates.
ParameterSet:
parameter["adapt iter"]: 0
parameter["allow serial"]: false
parameter["curved"]: true
parameter["cvt iterations"]: 10
parameter["debug level"]: 1
parameter["directory"]: tmp/
parameter["domain type"]: polytope
parameter["elems per processor"]: 10000
parameter["export boundary"]: false
parameter["force partition count"]: 0
parameter["geometry"]:
parameter["has interior boundaries"]: false
parameter["has uv"]: true
parameter["insertion volume factor"]: -1
parameter["limit metric"]: false
parameter["max parallel passes"]: 3
parameter["metric limiting factor"]: 2
parameter["output redirect"]:
parameter["partitioned"]: false
parameter["prefix"]: avro_
parameter["sdot iterations"]: 10
parameter["smoothing exponent"]: 1
parameter["swapout"]: false
parameter["use smoothing"]: true
parameter["write conformity"]: false
parameter["write mesh"]: false
Initializing robust predicates.
sizeof(double) = 8
machine epsilon = 2.22045e-16 [IEEE 754 64-bit macheps]
pre-collapse:
lengths: [1.77,3.43], avg = 2.21 for 160 edges
1.7677 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 0 (0.00 %)
1.0000 < l < 1.4142 = 0 (0.00 %)
1.4142 < l < 2.0000 = 81 (50.94 %)
2.0000 < l < 3.4270 = 78 (49.06 %)
quality: [0.68,1.00], avg = 0.91 for 96 elems
0.6790 < q < 0.4000 = 0 (0.00 %)
ParameterSet:
parameter["adapt iter"]: 0
parameter["allow serial"]: false
parameter["curved"]: true
0.4000 < q < 0.8000 = 8 (9.20 %)
0.8000 < q < 0.9999 = 79 (90.80 %)
parameter["cvt iterations"]: 10
parameter["debug level"]: 1
parameter["directory"]: tmp/
parameter["domain type"]: polytope
parameter["elems per processor"]: 10000
-> performing collapses:
parameter["export boundary"]: false
parameter["force partition count"]: 0
parameter["geometry"]:
parameter["has interior boundaries"]: false
parameter["has uv"]: true
parameter["insertion volume factor"]: -1
parameter["limit metric"]: false
parameter["max parallel passes"]: 3
parameter["metric limiting factor"]: 2
parameter["output redirect"]:
parameter["partitioned"]: false
parameter["prefix"]: avro_
parameter["sdot iterations"]: 10
parameter["smoothing exponent"]: 1
parameter["swapout"]: false
parameter["use smoothing"]: true
parameter["write conformity"]: false
parameter["write mesh"]: false
Initializing robust predicates.
sizeof(double) = 8
machine epsilon = 2.22045e-16 [IEEE 754 64-bit macheps]
pass 1: ne = 160, short = 0, l = [1.7678,3.4271]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
pre-insertion:
lengths: [1.77,3.43], avg = 2.21 for 160 edges
1.7677 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 0 (0.00 %)
1.0000 < l < 1.4142 = 0 (0.00 %)
1.4142 < l < 2.0000 = 81 (50.94 %)
2.0000 < l < 3.4270 = 78 (49.06 %)
quality: [0.68,1.00], avg = 0.91 for 96 elems
0.6790 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 8 (9.20 %)
0.8000 < q < 0.9999 = 79 (90.80 %)
-> performing edge splits on edges with lt > 2.000 and dof_factor -1:
pass 0: long = 79, l = [1.7678,3.4271] -> insert 79
ParameterSet:
parameter["adapt iter"]: 0
parameter["allow serial"]: false
parameter["curved"]: true
parameter["cvt iterations"]: 10
parameter["debug level"]: 1
parameter["directory"]: tmp/
parameter["domain type"]: polytope
parameter["elems per processor"]: 10000
parameter["export boundary"]: false
parameter["force partition count"]: 0
parameter["geometry"]:
parameter["has interior boundaries"]: false
parameter["has uv"]: true
parameter["insertion volume factor"]: -1
parameter["limit metric"]: false
parameter["max parallel passes"]: 3
parameter["metric limiting factor"]: 2
parameter["output redirect"]:
parameter["partitioned"]: false
parameter["prefix"]: avro_
parameter["sdot iterations"]: 10
parameter["smoothing exponent"]: 1
parameter["swapout"]: false
parameter["use smoothing"]: true
parameter["write conformity"]: false
parameter["write mesh"]: false
Initializing robust predicates.
sizeof(double) = 8
machine epsilon = 2.22045e-16 [IEEE 754 64-bit macheps]
pre-collapse:
lengths: [1.77,3.43], avg = 2.21 for 160 edges
1.7677 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 0 (0.00 %)
1.0000 < l < 1.4142 = 0 (0.00 %)
1.4142 < l < 2.0000 = 81 (50.94 %)
2.0000 < l < 3.4270 = 78 (49.06 %)
quality: [0.68,1.00], avg = 0.91 for 96 elems
0.6790 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 8 (9.20 %)
0.8000 < q < 0.9999 = 79 (90.80 %)
-> performing collapses:
pass 1: ne = 160, short = 0, l = [1.7678,3.4271]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
pre-insertion:
lengths: [1.77,3.43], avg = 2.21 for 160 edges
1.7677 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 0 (0.00 %)
1.0000 < l < 1.4142 = 0 (0.00 %)
1.4142 < l < 2.0000 = 81 (50.94 %)
2.0000 < l < 3.4270 = 78 (49.06 %)
quality: [0.68,1.00], avg = 0.91 for 96 elems
0.6790 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 8 (9.20 %)
0.8000 < q < 0.9999 = 79 (90.80 %)
ParameterSet:
parameter["adapt iter"]: 0
parameter["allow serial"]: false
parameter["curved"]: true
parameter["cvt iterations"]: 10
parameter["debug level"]: 1
parameter["directory"]: tmp/
parameter["domain type"]: polytope
parameter["elems per processor"]: 10000
parameter["export boundary"]: false
parameter["force partition count"]: 0
parameter["geometry"]:
-> performing edge splits on edges with lt > 2.000 and dof_factor -1:
parameter["has interior boundaries"]: false
parameter["has uv"]: true
parameter["insertion volume factor"]: -1
parameter["limit metric"]: false
parameter["max parallel passes"]: 3
parameter["metric limiting factor"]: 2
parameter["output redirect"]:
parameter["partitioned"]: false
parameter["prefix"]: avro_
parameter["sdot iterations"]: 10
parameter["smoothing exponent"]: 1
parameter["swapout"]: false
parameter["use smoothing"]: true
parameter["write conformity"]: false
parameter["write mesh"]: false
Initializing robust predicates.
sizeof(double) = 8
machine epsilon = 2.22045e-16 [IEEE 754 64-bit macheps]
pass 0: long = 79, l = [1.7678,3.4271] -> insert 79
pre-collapse:
lengths: [1.77,3.43], avg = 2.21 for 160 edges
1.7677 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 0 (0.00 %)
1.0000 < l < 1.4142 = 0 (0.00 %)
1.4142 < l < 2.0000 = 81 (50.94 %)
2.0000 < l < 3.4270 = 78 (49.06 %)
quality: [0.68,1.00], avg = 0.91 for 96 elems
0.6790 < q < 0.4000 = 0 (0.00 %)
pre-collapse:
lengths: [1.77,3.43], avg = 2.21 for 160 edges
1.7677 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 0 (0.00 %)
1.0000 < l < 1.4142 = 0 (0.00 %)
0.4000 < q < 0.8000 = 8 (9.20 %)
0.8000 < q < 0.9999 = 79 (90.80 %)
-> performing collapses:
1.4142 < l < 2.0000 = 81 (50.94 %)
2.0000 < l < 3.4270 = 78 (49.06 %)
quality: [0.68,1.00], avg = 0.91 for 96 elems
0.6790 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 8 (9.20 %)
0.8000 < q < 0.9999 = 79 (90.80 %)
-> performing collapses:
pass 1: ne = 160, short = 0, l = [1.7678,3.4271]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
pass 1: ne = 160, short = 0, l = [1.7678,3.4271]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
pre-insertion:
lengths: [1.77,3.43], avg = 2.21 for 160 edges
1.7677 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 0 (0.00 %)
1.0000 < l < 1.4142 = 0 (0.00 %)
1.4142 < l < 2.0000 = 81 (50.94 %)
2.0000 < l < 3.4270 = 78 (49.06 %)
quality: [0.68,1.00], avg = 0.91 for 96 elems
0.6790 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 8 (9.20 %)
0.8000 < q < 0.9999 = 79 (90.80 %)
-> performing edge splits on edges with lt > 2.000 and dof_factor -1:
inserted 79, lrej = 0, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.003328
pre-insertion:
lengths: [1.77,3.43], avg = 2.21 for 160 edges
1.7677 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 0 (0.00 %)
1.0000 < l < 1.4142 = 0 (0.00 %)
1.4142 < l < 2.0000 = 81 (50.94 %)
2.0000 < l < 3.4270 = 78 (49.06 %)
quality: [0.68,1.00], avg = 0.91 for 96 elems
0.6790 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 8 (9.20 %)
0.8000 < q < 0.9999 = 79 (90.80 %)
-> performing edge splits on edges with lt > 2.000 and dof_factor -1:
pass 0: long = 79, l = [1.7678,3.4271] -> insert 79
pass 1: long = 11, l = [0.8839,2.5714] -> insert 11
pass 0: long = 79, l = [1.7678,3.4271] -> insert 79
inserted 8, lrej = 3, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000795
pass 2: long = 3, l = [0.7188,2.2535] -> insert 3
inserted 0, lrej = 3, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000465
done insertions: total insert = 87, l = [0.7188,2.253]
nb_parameter_rejections = (0/0)
pre-swap:
lengths: [0.72,2.25], avg = 1.39 for 421 edges
0.7188 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 43 (10.26 %)
1.0000 < l < 1.4142 = 202 (48.21 %)
1.4142 < l < 2.0000 = 173 (41.29 %)
2.0000 < l < 2.2534 = 1 (0.24 %)
quality: [0.59,1.00], avg = 0.85 for 270 elems
0.5869 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 66 (25.29 %)
0.8000 < q < 0.9999 = 195 (74.71 %)
-> performing edge swaps with target qt < 0.4:
pass 0: qmin = 0.586934, nb_simplices < 0.4 = 0 / 270
nb_elem = 302, nb_edges = 272, nb_vert = 153
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 0: qmin = 0.586934, nb_simplices < 0.8 = 66 / 270
inserted 79, lrej = 0, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.00359
nb_elem = 302, nb_edges = 272, nb_vert = 153
inserted 79, lrej = 0, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.005435
pass 1: long = 11, l = [0.8839,2.5714] -> insert 11
inserted 8, lrej = 3, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000793
pass 1: long = 11, l = [0.8839,2.5714] -> insert 11
pass 2: long = 3, l = [0.7188,2.2535] -> insert 3
inserted 0, lrej = 3, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000474
done insertions: total insert = 87, l = [0.7188,2.253]
nb_parameter_rejections = (0/0)
inserted 8, lrej = 3, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.001273
pre-swap:
lengths: [0.72,2.25], avg = 1.39 for 421 edges
0.7188 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 43 (10.26 %)
1.0000 < l < 1.4142 = 202 (48.21 %)
1.4142 < l < 2.0000 = 173 (41.29 %)
2.0000 < l < 2.2534 = 1 (0.24 %)
quality: [0.59,1.00], avg = 0.85 for 270 elems
0.5869 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 66 (25.29 %)
0.8000 < q < 0.9999 = 195 (74.71 %)
inserted 79, lrej = 0, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.005173
-> performing edge swaps with target qt < 0.4:
pass 0: qmin = 0.586934, nb_simplices < 0.4 = 0 / 270
pass 2: long = 3, l = [0.7188,2.2535] -> insert 3
nb_elem = 302, nb_edges = 272, nb_vert = 153
inserted 0, lrej = 3, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000736
pass 1: long = 11, l = [0.8839,2.5714] -> insert 11
done insertions: total insert = 87, l = [0.7188,2.253]
nb_parameter_rejections = (0/0)
inserted 8, lrej = 3, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.001271
pre-swap:
lengths: [0.72,2.25], avg = 1.39 for 421 edges
0.7188 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 43 (10.26 %)
1.0000 < l < 1.4142 = 202 (48.21 %)
1.4142 < l < 2.0000 = 173 (41.29 %)
2.0000 < l < 2.2534 = 1 (0.24 %)
quality: [0.59,1.00], avg = 0.85 for 270 elems
0.5869 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 66 (25.29 %)
0.8000 < q < 0.9999 = 195 (74.71 %)
-> performing edge swaps with target qt < 0.4:
--> performed 24 edge swaps (out of 79)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.001057
metric time = 0.000532
shell time = 0.000714
apply time = 0.000446
candidate apply time = 0.00048
candidate metric time = 0.000327
pass time = 0.003606
pass 0: qmin = 0.586934, nb_simplices < 0.4 = 0 / 270
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 1: qmin = 0.635518, nb_simplices < 0.8 = 34 / 270
pass 2: long = 3, l = [0.7188,2.2535] -> insert 3
inserted 0, lrej = 3, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000739
nb_elem = 302, nb_edges = 272, nb_vert = 153
pass 0: qmin = 0.586934, nb_simplices < 0.8 = 66 / 270
nb_elem = 302, nb_edges = 267, nb_vert = 153
nb_elem = 302, nb_edges = 272, nb_vert = 153
done insertions: total insert = 87, l = [0.7188,2.253]
nb_parameter_rejections = (0/0)
pre-swap:
lengths: [0.72,2.25], avg = 1.39 for 421 edges
0.7188 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 43 (10.26 %)
1.0000 < l < 1.4142 = 202 (48.21 %)
1.4142 < l < 2.0000 = 173 (41.29 %)
2.0000 < l < 2.2534 = 1 (0.24 %)
quality: [0.59,1.00], avg = 0.85 for 270 elems
0.5869 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 66 (25.29 %)
0.8000 < q < 0.9999 = 195 (74.71 %)
-> performing edge swaps with target qt < 0.4:
pass 0: qmin = 0.586934, nb_simplices < 0.4 = 0 / 270
nb_elem = 302, nb_edges = 272, nb_vert = 153
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 0: qmin = 0.586934, nb_simplices < 0.8 = 66 / 270
--> performed 0 edge swaps (out of 57)
geometry rejections: Invalid (0), Edges (0), Interior (0)
nb_elem = 302, nb_edges = 272, nb_vert = 153
pre-smooth:
lengths: [0.72,2.00], avg = 1.36 for 421 edges
0.7188 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 43 (10.21 %)
1.0000 < l < 1.4142 = 218 (51.78 %)
1.4142 < l < 2.0000 = 160 (38.00 %)
2.0000 < l < 1.9978 = 0 (0.00 %)
quality: [0.64,1.00], avg = 0.89 for 270 elems
0.6355 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 34 (13.03 %)
0.8000 < q < 0.9999 = 227 (86.97 %)
-> performing vertex smoothing:
--> performed 24 edge swaps (out of 79)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.000876
metric time = 0.000574
shell time = 0.000604
apply time = 0.00034
candidate apply time = 0.000378
candidate metric time = 0.000255
pass time = 0.003145
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 1: qmin = 0.635518, nb_simplices < 0.8 = 34 / 270
nb_elem = 302, nb_edges = 267, nb_vert = 153
pass 0: qmin = 0.586934, nb_simplices < 0.8 = 66 / 270
nb_elem = 302, nb_edges = 272, nb_vert = 153
iter[0]: dx = 1.74e-03, min = 0.00e+00, max = 5.95e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.482749281243e-04, nb_error = 0, nb_interp_outside = 0
--> performed 0 edge swaps (out of 57)
geometry rejections: Invalid (0), Edges (0), Interior (0)
pre-smooth:
lengths: [0.72,2.00], avg = 1.36 for 421 edges
0.7188 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 43 (10.21 %)
1.0000 < l < 1.4142 = 218 (51.78 %)
1.4142 < l < 2.0000 = 160 (38.00 %)
2.0000 < l < 1.9978 = 0 (0.00 %)
quality: [0.64,1.00], avg = 0.89 for 270 elems
0.6355 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 34 (13.03 %)
0.8000 < q < 0.9999 = 227 (86.97 %)
-> performing vertex smoothing:
--> performed 24 edge swaps (out of 79)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.001382
metric time = 0.00082
shell time = 0.000821
apply time = 0.000529
candidate apply time = 0.000687
candidate metric time = 0.000402
pass time = 0.004497
pass 1: qmin = 0.635518, nb_simplices < 0.8 = 34 / 270
nb_elem = 302, nb_edges = 267, nb_vert = 153
iter[1]: dx = 1.32e-03, min = 0.00e+00, max = 4.20e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.407822582538e-04, nb_error = 0, nb_interp_outside = 0
--> performed 24 edge swaps (out of 79)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.001172
metric time = 0.000804
shell time = 0.000836
apply time = 0.00051
candidate apply time = 0.000534
candidate metric time = 0.000357
pass time = 0.004298
pass 1: qmin = 0.635518, nb_simplices < 0.8 = 34 / 270
nb_elem = 302, nb_edges = 267, nb_vert = 153
iter[0]: dx = 1.74e-03, min = 0.00e+00, max = 5.95e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.482749281243e-04, nb_error = 0, nb_interp_outside = 0
--> performed 0 edge swaps (out of 57)
geometry rejections: Invalid (0), Edges (0), Interior (0)
iter[2]: dx = 1.03e-03, min = 0.00e+00, max = 3.52e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 8.592017458080e-05, nb_error = 0, nb_interp_outside = 0
pre-smooth:
lengths: [0.72,2.00], avg = 1.36 for 421 edges
0.7188 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 43 (10.21 %)
1.0000 < l < 1.4142 = 218 (51.78 %)
1.4142 < l < 2.0000 = 160 (38.00 %)
2.0000 < l < 1.9978 = 0 (0.00 %)
quality: [0.64,1.00], avg = 0.89 for 270 elems
0.6355 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 34 (13.03 %)
0.8000 < q < 0.9999 = 227 (86.97 %)
-> performing vertex smoothing:
--> performed 0 edge swaps (out of 57)
geometry rejections: Invalid (0), Edges (0), Interior (0)
iter[1]: dx = 1.32e-03, min = 0.00e+00, max = 4.20e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.407822582538e-04, nb_error = 0, nb_interp_outside = 0
pre-smooth:
lengths: [0.72,2.00], avg = 1.36 for 421 edges
0.7188 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 43 (10.21 %)
1.0000 < l < 1.4142 = 218 (51.78 %)
1.4142 < l < 2.0000 = 160 (38.00 %)
2.0000 < l < 1.9978 = 0 (0.00 %)
quality: [0.64,1.00], avg = 0.89 for 270 elems
0.6355 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 34 (13.03 %)
0.8000 < q < 0.9999 = 227 (86.97 %)
-> performing vertex smoothing:
iter[2]: dx = 1.03e-03, min = 0.00e+00, max = 3.52e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 8.592017458080e-05, nb_error = 0, nb_interp_outside = 0
iter[3]: dx = 8.30e-04, min = 0.00e+00, max = 2.92e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 5.632728110262e-05, nb_error = 0, nb_interp_outside = 0
iter[0]: dx = 1.74e-03, min = 0.00e+00, max = 5.95e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.482749281243e-04, nb_error = 0, nb_interp_outside = 0
iter[3]: dx = 8.30e-04, min = 0.00e+00, max = 2.92e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 5.632728110262e-05, nb_error = 0, nb_interp_outside = 0
iter[0]: dx = 1.74e-03, min = 0.00e+00, max = 5.95e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.482749281243e-04, nb_error = 0, nb_interp_outside = 0
iter[4]: dx = 6.91e-04, min = 0.00e+00, max = 2.43e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 3.930557009920e-05, nb_error = 0, nb_interp_outside = 0
iter[4]: dx = 6.91e-04, min = 0.00e+00, max = 2.43e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 3.930557009920e-05, nb_error = 0, nb_interp_outside = 0
iter[1]: dx = 1.32e-03, min = 0.00e+00, max = 4.20e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.407822582538e-04, nb_error = 0, nb_interp_outside = 0
iter[5]: dx = 5.89e-04, min = 0.00e+00, max = 2.01e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.886393300002e-05, nb_error = 0, nb_interp_outside = 0
iter[5]: dx = 5.89e-04, min = 0.00e+00, max = 2.01e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.886393300002e-05, nb_error = 0, nb_interp_outside = 0
iter[2]: dx = 1.03e-03, min = 0.00e+00, max = 3.52e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 8.592017458080e-05, nb_error = 0, nb_interp_outside = 0
iter[1]: dx = 1.32e-03, min = 0.00e+00, max = 4.20e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.407822582538e-04, nb_error = 0, nb_interp_outside = 0
iter[6]: dx = 5.14e-04, min = 0.00e+00, max = 1.68e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.207083653013e-05, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 302, nb_vert = 153. parameter rej = (0/0)
iter[6]: dx = 5.14e-04, min = 0.00e+00, max = 1.68e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.207083653013e-05, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 302, nb_vert = 153. parameter rej = (0/0)
pre-swap:
lengths: [0.80,2.06], avg = 1.36 for 421 edges
pre-swap:
lengths: [0.80,2.06], avg = 1.36 for 421 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 36 (8.57 %)
1.0000 < l < 1.4142 = 229 (54.52 %)
1.4142 < l < 2.0000 = 151 (35.95 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
2.0000 < l < 2.0560 = 4 (0.95 %)
quality: [0.68,1.00], avg = 0.91 for 270 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 27 (10.04 %)
0.8000 < q < 0.9996 = 242 (89.96 %)
-> performing edge swaps with target qt < 0.4:
0.7071 < l < 1.0000 = 36 (8.57 %)
1.0000 < l < 1.4142 = 229 (54.52 %)
1.4142 < l < 2.0000 = 151 (35.95 %)
2.0000 < l < 2.0560 = 4 (0.95 %)
quality: [0.68,1.00], avg = 0.91 for 270 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 27 (10.04 %)
0.8000 < q < 0.9996 = 242 (89.96 %)
-> performing edge swaps with target qt < 0.4:
pass 0: qmin = 0.679628, nb_simplices < 0.4 = 0 / 270
pass 0: qmin = 0.679628, nb_simplices < 0.4 = 0 / 270
nb_elem = 302, nb_edges = 233, nb_vert = 153
iter[3]: dx = 8.30e-04, min = 0.00e+00, max = 2.92e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 5.632728110262e-05, nb_error = 0, nb_interp_outside = 0
nb_elem = 302, nb_edges = 233, nb_vert = 153
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 0: qmin = 0.679628, nb_simplices < 0.8 = 27 / 270
nb_elem = 302, nb_edges = 233, nb_vert = 153
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
iter[2]: dx = 1.03e-03, min = 0.00e+00, max = 3.52e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 8.592017458080e-05, nb_error = 0, nb_interp_outside = 0
pass 0: qmin = 0.679628, nb_simplices < 0.8 = 27 / 270
nb_elem = 302, nb_edges = 233, nb_vert = 153
iter[4]: dx = 6.91e-04, min = 0.00e+00, max = 2.43e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 3.930557009920e-05, nb_error = 0, nb_interp_outside = 0
--> performed 7 edge swaps (out of 34)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.000538
metric time = 0.000558
shell time = 0.000635
apply time = 0.000153
candidate apply time = 0.000258
candidate metric time = 0.000152
pass time = 0.002629
pass 1: qmin = 0.679628, nb_simplices < 0.8 = 20 / 270
nb_elem = 302, nb_edges = 233, nb_vert = 153
--> performed 7 edge swaps (out of 34)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.000571
metric time = 0.000716
shell time = 0.000743
apply time = 0.00018
candidate apply time = 0.000269
candidate metric time = 0.000163
pass time = 0.003098
pass 1: qmin = 0.679628, nb_simplices < 0.8 = 20 / 270
nb_elem = 302, nb_edges = 233, nb_vert = 153
iter[3]: dx = 8.30e-04, min = 0.00e+00, max = 2.92e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 5.632728110262e-05, nb_error = 0, nb_interp_outside = 0
--> performed 0 edge swaps (out of 26)
geometry rejections: Invalid (0), Edges (0), Interior (0)
pre-collapse/split:
lengths: [0.80,2.06], avg = 1.35 for 421 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 36 (8.57 %)
1.0000 < l < 1.4142 = 230 (54.76 %)
1.4142 < l < 2.0000 = 154 (36.67 %)
2.0000 < l < 2.0560 = 0 (0.00 %)
quality: [0.68,1.00], avg = 0.91 for 270 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 20 (7.43 %)
0.8000 < q < 0.9996 = 249 (92.57 %)
-> performing collapses:
iter[5]: dx = 5.89e-04, min = 0.00e+00, max = 2.01e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.886393300002e-05, nb_error = 0, nb_interp_outside = 0
--> performed 0 edge swaps (out of 26)
geometry rejections: Invalid (0), Edges (0), Interior (0)
pre-collapse/split:
lengths: [0.80,2.06], avg = 1.35 for 421 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 36 (8.57 %)
1.0000 < l < 1.4142 = 230 (54.76 %)
1.4142 < l < 2.0000 = 154 (36.67 %)
2.0000 < l < 2.0560 = 0 (0.00 %)
quality: [0.68,1.00], avg = 0.91 for 270 elems
pass 1: ne = 421, short = 0, l = [0.8003,2.0561]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 20 (7.43 %)
0.8000 < q < 0.9996 = 249 (92.57 %)
-> performing collapses:
-> performing edge splits on edges with lt > 2.000 and dof_factor -1:
pass 1: ne = 421, short = 0, l = [0.8003,2.0561]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
-> performing edge splits on edges with lt > 2.000 and dof_factor -1:
pass 0: long = 1, l = [0.8003,2.0561] -> insert 1
pass 0: long = 1, l = [0.8003,2.0561] -> insert 1
inserted 1, lrej = 0, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000537
inserted 1, lrej = 0, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000832
pass 1: long = 0, l = [0.8003,1.9231] -> insert 0
inserted 0, lrej = 0, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000438
done insertions: total insert = 1, l = [0.8003,1.923]
nb_parameter_rejections = (0/0)
pass 1: long = 0, l = [0.8003,1.9231] -> insert 0
inserted 0, lrej = 0, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000621
iter[4]: dx = 6.91e-04, min = 0.00e+00, max = 2.43e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 3.930557009920e-05, nb_error = 0, nb_interp_outside = 0
pre-swap:
lengths: [0.80,1.92], avg = 1.35 for 424 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 37 (8.73 %)
done insertions: total insert = 1, l = [0.8003,1.923]
nb_parameter_rejections = (0/0)
1.0000 < l < 1.4142 = 232 (54.72 %)
1.4142 < l < 2.0000 = 155 (36.56 %)
2.0000 < l < 1.9230 = 0 (0.00 %)
quality: [0.68,1.00], avg = 0.91 for 272 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 20 (7.38 %)
0.8000 < q < 0.9996 = 251 (92.62 %)
-> performing edge swaps with target qt < 0.4:
pass 0: qmin = 0.679628, nb_simplices < 0.4 = 0 / 272
pre-swap:
lengths: [0.80,1.92], avg = 1.35 for 424 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 37 (8.73 %)
1.0000 < l < 1.4142 = 232 (54.72 %)
1.4142 < l < 2.0000 = 155 (36.56 %)
2.0000 < l < 1.9230 = 0 (0.00 %)
quality: [0.68,1.00], avg = 0.91 for 272 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 20 (7.38 %)
0.8000 < q < 0.9996 = 251 (92.62 %)
-> performing edge swaps with target qt < 0.4:
nb_elem = 304, nb_edges = 233, nb_vert = 154
pass 0: qmin = 0.679628, nb_simplices < 0.4 = 0 / 272
nb_elem = 304, nb_edges = 233, nb_vert = 154
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
iter[6]: dx = 5.14e-04, min = 0.00e+00, max = 1.68e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.207083653013e-05, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 302, nb_vert = 153. parameter rej = (0/0)
pass 0: qmin = 0.679628, nb_simplices < 0.8 = 20 / 272
nb_elem = 304, nb_edges = 233, nb_vert = 154
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pre-swap:
lengths: [0.80,2.06], avg = 1.36 for 421 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 36 (8.57 %)
1.0000 < l < 1.4142 = 229 (54.52 %)
1.4142 < l < 2.0000 = 151 (35.95 %)
2.0000 < l < 2.0560 = 4 (0.95 %)
quality: [0.68,1.00], avg = 0.91 for 270 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 27 (10.04 %)
0.8000 < q < 0.9996 = 242 (89.96 %)
-> performing edge swaps with target qt < 0.4:
pass 0: qmin = 0.679628, nb_simplices < 0.8 = 20 / 272
nb_elem = 304, nb_edges = 233, nb_vert = 154
pass 0: qmin = 0.679628, nb_simplices < 0.4 = 0 / 270
nb_elem = 302, nb_edges = 233, nb_vert = 153
--> performed 0 edge swaps (out of 25)
geometry rejections: Invalid (0), Edges (0), Interior (0)
iter[5]: dx = 5.89e-04, min = 0.00e+00, max = 2.01e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.886393300002e-05, nb_error = 0, nb_interp_outside = 0
pre-smooth:
lengths: [0.80,1.92], avg = 1.35 for 424 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 37 (8.73 %)
1.0000 < l < 1.4142 = 232 (54.72 %)
1.4142 < l < 2.0000 = 155 (36.56 %)
2.0000 < l < 1.9230 = 0 (0.00 %)
quality: [0.68,1.00], avg = 0.91 for 272 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 20 (7.38 %)
0.8000 < q < 0.9996 = 251 (92.62 %)
-> performing vertex smoothing:
--> performed 0 edge swaps (out of 25)
geometry rejections: Invalid (0), Edges (0), Interior (0)
pre-smooth:
lengths: [0.80,1.92], avg = 1.35 for 424 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 37 (8.73 %)
1.0000 < l < 1.4142 = 232 (54.72 %)
1.4142 < l < 2.0000 = 155 (36.56 %)
2.0000 < l < 1.9230 = 0 (0.00 %)
quality: [0.68,1.00], avg = 0.91 for 272 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 20 (7.38 %)
0.8000 < q < 0.9996 = 251 (92.62 %)
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
-> performing vertex smoothing:
pass 0: qmin = 0.679628, nb_simplices < 0.8 = 27 / 270
nb_elem = 302, nb_edges = 233, nb_vert = 153
iter[0]: dx = 9.76e-04, min = 0.00e+00, max = 4.57e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.278811757553e-04, nb_error = 0, nb_interp_outside = 0
iter[0]: dx = 9.76e-04, min = 0.00e+00, max = 4.57e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.278811757553e-04, nb_error = 0, nb_interp_outside = 0
iter[6]: dx = 5.14e-04, min = 0.00e+00, max = 1.68e-03 -> accepted 148
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.207083653013e-05, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 302, nb_vert = 153. parameter rej = (0/0)
--> performed 7 edge swaps (out of 34)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.000573
metric time = 0.000735
shell time = 0.000747
apply time = 0.000171
candidate apply time = 0.000268
candidate metric time = 0.000162
pass time = 0.003121
pre-swap:
lengths: [0.80,2.06], avg = 1.36 for 421 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 36 (8.57 %)
1.0000 < l < 1.4142 = 229 (54.52 %)
1.4142 < l < 2.0000 = 151 (35.95 %)
2.0000 < l < 2.0560 = 4 (0.95 %)
quality: [0.68,1.00], avg = 0.91 for 270 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 27 (10.04 %)
0.8000 < q < 0.9996 = 242 (89.96 %)
-> performing edge swaps with target qt < 0.4:
pass 1: qmin = 0.679628, nb_simplices < 0.8 = 20 / 270
pass 0: qmin = 0.679628, nb_simplices < 0.4 = 0 / 270
nb_elem = 302, nb_edges = 233, nb_vert = 153
nb_elem = 302, nb_edges = 233, nb_vert = 153
iter[1]: dx = 8.28e-04, min = 0.00e+00, max = 4.18e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 8.622873450878e-05, nb_error = 0, nb_interp_outside = 0
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
--> performed 0 edge swaps (out of 26)
geometry rejections: Invalid (0), Edges (0), Interior (0)
pass 0: qmin = 0.679628, nb_simplices < 0.8 = 27 / 270
iter[1]: dx = 8.28e-04, min = 0.00e+00, max = 4.18e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 8.622873450878e-05, nb_error = 0, nb_interp_outside = 0
nb_elem = 302, nb_edges = 233, nb_vert = 153
pre-collapse/split:
lengths: [0.80,2.06], avg = 1.35 for 421 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 36 (8.57 %)
1.0000 < l < 1.4142 = 230 (54.76 %)
1.4142 < l < 2.0000 = 154 (36.67 %)
2.0000 < l < 2.0560 = 0 (0.00 %)
quality: [0.68,1.00], avg = 0.91 for 270 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 20 (7.43 %)
0.8000 < q < 0.9996 = 249 (92.57 %)
-> performing collapses:
pass 1: ne = 421, short = 0, l = [0.8003,2.0561]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
-> performing edge splits on edges with lt > 2.000 and dof_factor -1:
iter[2]: dx = 7.14e-04, min = 0.00e+00, max = 3.81e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 6.004703565465e-05, nb_error = 0, nb_interp_outside = 0
pass 0: long = 1, l = [0.8003,2.0561] -> insert 1
inserted 1, lrej = 0, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000838
--> performed 7 edge swaps (out of 34)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.000541
metric time = 0.0007
shell time = 0.000653
apply time = 0.000164
candidate apply time = 0.00026
candidate metric time = 0.000156
pass time = 0.002872
pass 1: long = 0, l = [0.8003,1.9231] -> insert 0
inserted 0, lrej = 0, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000685
pass 1: qmin = 0.679628, nb_simplices < 0.8 = 20 / 270
done insertions: total insert = 1, l = [0.8003,1.923]
nb_parameter_rejections = (0/0)
nb_elem = 302, nb_edges = 233, nb_vert = 153
pre-swap:
lengths: [0.80,1.92], avg = 1.35 for 424 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 37 (8.73 %)
1.0000 < l < 1.4142 = 232 (54.72 %)
1.4142 < l < 2.0000 = 155 (36.56 %)
2.0000 < l < 1.9230 = 0 (0.00 %)
quality: [0.68,1.00], avg = 0.91 for 272 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 20 (7.38 %)
0.8000 < q < 0.9996 = 251 (92.62 %)
-> performing edge swaps with target qt < 0.4:
pass 0: qmin = 0.679628, nb_simplices < 0.4 = 0 / 272
iter[2]: dx = 7.14e-04, min = 0.00e+00, max = 3.81e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 6.004703565465e-05, nb_error = 0, nb_interp_outside = 0
nb_elem = 304, nb_edges = 233, nb_vert = 154
iter[3]: dx = 6.22e-04, min = 0.00e+00, max = 3.44e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 4.313180104075e-05, nb_error = 0, nb_interp_outside = 0
--> performed 0 edge swaps (out of 26)
geometry rejections: Invalid (0), Edges (0), Interior (0)
pre-collapse/split:
lengths: [0.80,2.06], avg = 1.35 for 421 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 36 (8.57 %)
1.0000 < l < 1.4142 = 230 (54.76 %)
1.4142 < l < 2.0000 = 154 (36.67 %)
2.0000 < l < 2.0560 = 0 (0.00 %)
quality: [0.68,1.00], avg = 0.91 for 270 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 20 (7.43 %)
0.8000 < q < 0.9996 = 249 (92.57 %)
-> performing collapses:
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 1: ne = 421, short = 0, l = [0.8003,2.0561]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
pass 0: qmin = 0.679628, nb_simplices < 0.8 = 20 / 272
-> performing edge splits on edges with lt > 2.000 and dof_factor -1:
iter[3]: dx = 6.22e-04, min = 0.00e+00, max = 3.44e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 4.313180104075e-05, nb_error = 0, nb_interp_outside = 0
nb_elem = 304, nb_edges = 233, nb_vert = 154
pass 0: long = 1, l = [0.8003,2.0561] -> insert 1
inserted 1, lrej = 0, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000775
iter[4]: dx = 5.46e-04, min = 0.00e+00, max = 3.07e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 3.190811357982e-05, nb_error = 0, nb_interp_outside = 0
pass 1: long = 0, l = [0.8003,1.9231] -> insert 0
inserted 0, lrej = 0, qrej = 0, vrej = 0, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.00068
done insertions: total insert = 1, l = [0.8003,1.923]
nb_parameter_rejections = (0/0)
--> performed 0 edge swaps (out of 25)
geometry rejections: Invalid (0), Edges (0), Interior (0)
pre-swap:
lengths: [0.80,1.92], avg = 1.35 for 424 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 37 (8.73 %)
1.0000 < l < 1.4142 = 232 (54.72 %)
1.4142 < l < 2.0000 = 155 (36.56 %)
2.0000 < l < 1.9230 = 0 (0.00 %)
quality: [0.68,1.00], avg = 0.91 for 272 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 20 (7.38 %)
0.8000 < q < 0.9996 = 251 (92.62 %)
-> performing edge swaps with target qt < 0.4:
pre-smooth:
lengths: [0.80,1.92], avg = 1.35 for 424 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 37 (8.73 %)
1.0000 < l < 1.4142 = 232 (54.72 %)
1.4142 < l < 2.0000 = 155 (36.56 %)
2.0000 < l < 1.9230 = 0 (0.00 %)
quality: [0.68,1.00], avg = 0.91 for 272 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 20 (7.38 %)
0.8000 < q < 0.9996 = 251 (92.62 %)
pass 0: qmin = 0.679628, nb_simplices < 0.4 = 0 / 272
-> performing vertex smoothing:
nb_elem = 304, nb_edges = 233, nb_vert = 154
iter[4]: dx = 5.46e-04, min = 0.00e+00, max = 3.07e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 3.190811357982e-05, nb_error = 0, nb_interp_outside = 0
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
iter[5]: dx = 4.84e-04, min = 0.00e+00, max = 2.71e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.426541112564e-05, nb_error = 0, nb_interp_outside = 0
pass 0: qmin = 0.679628, nb_simplices < 0.8 = 20 / 272
nb_elem = 304, nb_edges = 233, nb_vert = 154
iter[0]: dx = 9.76e-04, min = 0.00e+00, max = 4.57e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.278811757553e-04, nb_error = 0, nb_interp_outside = 0
iter[5]: dx = 4.84e-04, min = 0.00e+00, max = 2.71e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.426541112564e-05, nb_error = 0, nb_interp_outside = 0
--> performed 0 edge swaps (out of 25)
geometry rejections: Invalid (0), Edges (0), Interior (0)
iter[6]: dx = 4.34e-04, min = 0.00e+00, max = 2.37e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.892985144567e-05, nb_error = 0, nb_interp_outside = 0
pre-smooth:
lengths: [0.80,1.92], avg = 1.35 for 424 edges
0.8003 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 37 (8.73 %)
1.0000 < l < 1.4142 = 232 (54.72 %)
1.4142 < l < 2.0000 = 155 (36.56 %)
2.0000 < l < 1.9230 = 0 (0.00 %)
quality: [0.68,1.00], avg = 0.91 for 272 elems
0.6796 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 20 (7.38 %)
0.8000 < q < 0.9996 = 251 (92.62 %)
-> performing vertex smoothing:
iter[6]: dx = 4.34e-04, min = 0.00e+00, max = 2.37e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.892985144567e-05, nb_error = 0, nb_interp_outside = 0
iter[1]: dx = 8.28e-04, min = 0.00e+00, max = 4.18e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 8.622873450878e-05, nb_error = 0, nb_interp_outside = 0
iter[7]: dx = 3.92e-04, min = 0.00e+00, max = 2.06e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.511545987900e-05, nb_error = 0, nb_interp_outside = 0
iter[7]: dx = 3.92e-04, min = 0.00e+00, max = 2.06e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.511545987900e-05, nb_error = 0, nb_interp_outside = 0
iter[0]: dx = 9.76e-04, min = 0.00e+00, max = 4.57e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.278811757553e-04, nb_error = 0, nb_interp_outside = 0
iter[8]: dx = 3.58e-04, min = 0.00e+00, max = 1.77e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.232640419386e-05, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 304, nb_vert = 154. parameter rej = (0/0)
pre-collapse/split:
lengths: [0.79,1.91], avg = 1.35 for 424 edges
0.7914 < l < 0.5000 = 0 (0.00 %)
iter[2]: dx = 7.14e-04, min = 0.00e+00, max = 3.81e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 6.004703565465e-05, nb_error = 0, nb_interp_outside = 0
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 29 (6.84 %)
1.0000 < l < 1.4142 = 238 (56.13 %)
1.4142 < l < 2.0000 = 157 (37.03 %)
2.0000 < l < 1.9095 = 0 (0.00 %)
quality: [0.69,1.00], avg = 0.93 for 272 elems
0.6888 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 23 (8.49 %)
0.8000 < q < 0.9993 = 248 (91.51 %)
-> performing collapses:
pass 1: ne = 424, short = 0, l = [0.7914,1.9095]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
-> performing edge splits on edges with lt > 1.414 and dof_factor -1:
iter[8]: dx = 3.58e-04, min = 0.00e+00, max = 1.77e-03 -> accepted 149
pass 0: long = 157, l = [0.7914,1.9095] -> insert 157
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.232640419386e-05, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 304, nb_vert = 154. parameter rej = (0/0)
iter[1]: dx = 8.28e-04, min = 0.00e+00, max = 4.18e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 8.622873450878e-05, nb_error = 0, nb_interp_outside = 0
pre-collapse/split:
lengths: [0.79,1.91], avg = 1.35 for 424 edges
0.7914 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 29 (6.84 %)
1.0000 < l < 1.4142 = 238 (56.13 %)
1.4142 < l < 2.0000 = 157 (37.03 %)
2.0000 < l < 1.9095 = 0 (0.00 %)
quality: [0.69,1.00], avg = 0.93 for 272 elems
0.6888 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 23 (8.49 %)
0.8000 < q < 0.9993 = 248 (91.51 %)
-> performing collapses:
pass 1: ne = 424, short = 0, l = [0.7914,1.9095]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
-> performing edge splits on edges with lt > 1.414 and dof_factor -1:
iter[3]: dx = 6.22e-04, min = 0.00e+00, max = 3.44e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 4.313180104075e-05, nb_error = 0, nb_interp_outside = 0
pass 0: long = 157, l = [0.7914,1.9095] -> insert 157
iter[2]: dx = 7.14e-04, min = 0.00e+00, max = 3.81e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 6.004703565465e-05, nb_error = 0, nb_interp_outside = 0
inserted 104, lrej = 49, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.006085
iter[4]: dx = 5.46e-04, min = 0.00e+00, max = 3.07e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 3.190811357982e-05, nb_error = 0, nb_interp_outside = 0
pass 1: long = 62, l = [0.7103,1.8983] -> insert 62
inserted 0, lrej = 58, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.001498
done insertions: total insert = 104, l = [0.7103,1.898]
nb_parameter_rejections = (0/0)
pre-swap:
lengths: [0.71,1.90], avg = 1.06 for 708 edges
0.7102 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 343 (48.45 %)
1.0000 < l < 1.4142 = 303 (42.80 %)
1.4142 < l < 2.0000 = 62 (8.76 %)
2.0000 < l < 1.8983 = 0 (0.00 %)
quality: [0.48,1.00], avg = 0.86 for 452 elems
0.4759 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 135 (29.93 %)
0.8000 < q < 0.9993 = 316 (70.07 %)
-> performing edge swaps with target qt < 0.4:
iter[3]: dx = 6.22e-04, min = 0.00e+00, max = 3.44e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 4.313180104075e-05, nb_error = 0, nb_interp_outside = 0
inserted 104, lrej = 49, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.006423
pass 0: qmin = 0.475956, nb_simplices < 0.4 = 0 / 452
nb_elem = 512, nb_edges = 266, nb_vert = 258
pass 1: long = 62, l = [0.7103,1.8983] -> insert 62
iter[5]: dx = 4.84e-04, min = 0.00e+00, max = 2.71e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.426541112564e-05, nb_error = 0, nb_interp_outside = 0
inserted 0, lrej = 58, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.001331
done insertions: total insert = 104, l = [0.7103,1.898]
nb_parameter_rejections = (0/0)
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 0: qmin = 0.475956, nb_simplices < 0.8 = 135 / 452
pre-swap:
lengths: [0.71,1.90], avg = 1.06 for 708 edges
0.7102 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 343 (48.45 %)
1.0000 < l < 1.4142 = 303 (42.80 %)
1.4142 < l < 2.0000 = 62 (8.76 %)
2.0000 < l < 1.8983 = 0 (0.00 %)
quality: [0.48,1.00], avg = 0.86 for 452 elems
0.4759 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 135 (29.93 %)
0.8000 < q < 0.9993 = 316 (70.07 %)
-> performing edge swaps with target qt < 0.4:
nb_elem = 512, nb_edges = 266, nb_vert = 258
pass 0: qmin = 0.475956, nb_simplices < 0.4 = 0 / 452
iter[6]: dx = 4.34e-04, min = 0.00e+00, max = 2.37e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.892985144567e-05, nb_error = 0, nb_interp_outside = 0
iter[4]: dx = 5.46e-04, min = 0.00e+00, max = 3.07e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 3.190811357982e-05, nb_error = 0, nb_interp_outside = 0
nb_elem = 512, nb_edges = 266, nb_vert = 258
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
iter[7]: dx = 3.92e-04, min = 0.00e+00, max = 2.06e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.511545987900e-05, nb_error = 0, nb_interp_outside = 0
pass 0: qmin = 0.475956, nb_simplices < 0.8 = 135 / 452
nb_elem = 512, nb_edges = 266, nb_vert = 258
--> performed 65 edge swaps (out of 152)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.00157
metric time = 0.001024
shell time = 0.000699
apply time = 0.000863
candidate apply time = 0.000657
candidate metric time = 0.000518
pass time = 0.004969
iter[5]: dx = 4.84e-04, min = 0.00e+00, max = 2.71e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 2.426541112564e-05, nb_error = 0, nb_interp_outside = 0
pass 1: qmin = 0.639241, nb_simplices < 0.8 = 49 / 452
nb_elem = 512, nb_edges = 231, nb_vert = 258
iter[8]: dx = 3.58e-04, min = 0.00e+00, max = 1.77e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.232640419386e-05, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 304, nb_vert = 154. parameter rej = (0/0)
pre-collapse/split:
lengths: [0.79,1.91], avg = 1.35 for 424 edges
0.7914 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 29 (6.84 %)
1.0000 < l < 1.4142 = 238 (56.13 %)
1.4142 < l < 2.0000 = 157 (37.03 %)
2.0000 < l < 1.9095 = 0 (0.00 %)
quality: [0.69,1.00], avg = 0.93 for 272 elems
0.6888 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 23 (8.49 %)
0.8000 < q < 0.9993 = 248 (91.51 %)
-> performing collapses:
pass 1: ne = 424, short = 0, l = [0.7914,1.9095]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
-> performing edge splits on edges with lt > 1.414 and dof_factor -1:
--> performed 65 edge swaps (out of 152)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.001527
metric time = 0.001321
shell time = 0.000696
apply time = 0.000836
candidate apply time = 0.000626
candidate metric time = 0.000486
pass time = 0.00517
pass 0: long = 157, l = [0.7914,1.9095] -> insert 157
pass 1: qmin = 0.639241, nb_simplices < 0.8 = 49 / 452
--> performed 1 edge swaps (out of 73)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.000862
metric time = 0.001299
shell time = 0.000762
apply time = 2.5e-05
candidate apply time = 0.000471
iter[6]: dx = 4.34e-04, min = 0.00e+00, max = 2.37e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
candidate metric time = 0.000147
pass time = 0.003771
objective = 1.892985144567e-05, nb_error = 0, nb_interp_outside = 0
nb_elem = 512, nb_edges = 231, nb_vert = 258
pass 2: qmin = 0.701502, nb_simplices < 0.8 = 49 / 452
nb_elem = 512, nb_edges = 231, nb_vert = 258
--> performed 1 edge swaps (out of 73)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.000556
metric time = 0.000811
shell time = 0.000533
apply time = 1.6e-05
candidate apply time = 0.000272
candidate metric time = 9.5e-05
pass time = 0.002495
pass 2: qmin = 0.701502, nb_simplices < 0.8 = 49 / 452
nb_elem = 512, nb_edges = 231, nb_vert = 258
--> performed 0 edge swaps (out of 73)
geometry rejections: Invalid (0), Edges (0), Interior (0)
iter[7]: dx = 3.92e-04, min = 0.00e+00, max = 2.06e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.511545987900e-05, nb_error = 0, nb_interp_outside = 0
pre-smooth:
lengths: [0.71,1.77], avg = 1.04 for 708 edges
0.7102 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 365 (51.55 %)
1.0000 < l < 1.4142 = 305 (43.08 %)
1.4142 < l < 2.0000 = 38 (5.37 %)
2.0000 < l < 1.7677 = 0 (0.00 %)
quality: [0.70,1.00], avg = 0.91 for 452 elems
0.7015 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 49 (10.86 %)
0.8000 < q < 0.9993 = 402 (89.14 %)
-> performing vertex smoothing:
--> performed 0 edge swaps (out of 73)
geometry rejections: Invalid (0), Edges (0), Interior (0)
inserted 104, lrej = 49, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.005748
pre-smooth:
lengths: [0.71,1.77], avg = 1.04 for 708 edges
0.7102 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 365 (51.55 %)
1.0000 < l < 1.4142 = 305 (43.08 %)
1.4142 < l < 2.0000 = 38 (5.37 %)
2.0000 < l < 1.7677 = 0 (0.00 %)
quality: [0.70,1.00], avg = 0.91 for 452 elems
0.7015 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 49 (10.86 %)
0.8000 < q < 0.9993 = 402 (89.14 %)
pass 1: long = 62, l = [0.7103,1.8983] -> insert 62
-> performing vertex smoothing:
inserted 0, lrej = 58, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.001457
done insertions: total insert = 104, l = [0.7103,1.898]
nb_parameter_rejections = (0/0)
iter[8]: dx = 3.58e-04, min = 0.00e+00, max = 1.77e-03 -> accepted 149
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/28, Navg = 4
objective = 1.232640419386e-05, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 304, nb_vert = 154. parameter rej = (0/0)
pre-swap:
lengths: [0.71,1.90], avg = 1.06 for 708 edges
0.7102 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 343 (48.45 %)
1.0000 < l < 1.4142 = 303 (42.80 %)
1.4142 < l < 2.0000 = 62 (8.76 %)
2.0000 < l < 1.8983 = 0 (0.00 %)
quality: [0.48,1.00], avg = 0.86 for 452 elems
0.4759 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 135 (29.93 %)
0.8000 < q < 0.9993 = 316 (70.07 %)
-> performing edge swaps with target qt < 0.4:
pre-collapse/split:
lengths: [0.79,1.91], avg = 1.35 for 424 edges
0.7914 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 29 (6.84 %)
1.0000 < l < 1.4142 = 238 (56.13 %)
1.4142 < l < 2.0000 = 157 (37.03 %)
2.0000 < l < 1.9095 = 0 (0.00 %)
quality: [0.69,1.00], avg = 0.93 for 272 elems
0.6888 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 23 (8.49 %)
0.8000 < q < 0.9993 = 248 (91.51 %)
-> performing collapses:
pass 0: qmin = 0.475956, nb_simplices < 0.4 = 0 / 452
iter[0]: dx = 1.52e-03, min = 0.00e+00, max = 6.11e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.258327899008e-04, nb_error = 0, nb_interp_outside = 0
pass 1: ne = 424, short = 0, l = [0.7914,1.9095]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
nb_elem = 512, nb_edges = 266, nb_vert = 258
-> performing edge splits on edges with lt > 1.414 and dof_factor -1:
pass 0: long = 157, l = [0.7914,1.9095] -> insert 157
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
iter[0]: dx = 1.52e-03, min = 0.00e+00, max = 6.11e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.258327899008e-04, nb_error = 0, nb_interp_outside = 0
pass 0: qmin = 0.475956, nb_simplices < 0.8 = 135 / 452
nb_elem = 512, nb_edges = 266, nb_vert = 258
iter[1]: dx = 1.20e-03, min = 0.00e+00, max = 4.39e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.350721986977e-04, nb_error = 0, nb_interp_outside = 0
iter[1]: dx = 1.20e-03, min = 0.00e+00, max = 4.39e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.350721986977e-04, nb_error = 0, nb_interp_outside = 0
--> performed 65 edge swaps (out of 152)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.001568
metric time = 0.00092
shell time = 0.000687
apply time = 0.000845
candidate apply time = 0.000657
candidate metric time = 0.000505
pass time = 0.004772
pass 1: qmin = 0.639241, nb_simplices < 0.8 = 49 / 452
nb_elem = 512, nb_edges = 231, nb_vert = 258
iter[2]: dx = 9.84e-04, min = 0.00e+00, max = 3.43e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 8.624811770904e-05, nb_error = 0, nb_interp_outside = 0
iter[2]: dx = 9.84e-04, min = 0.00e+00, max = 3.43e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
inserted 104, lrej = 49, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.008629
objective = 8.624811770904e-05, nb_error = 0, nb_interp_outside = 0
--> performed 1 edge swaps (out of 73)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.00088
metric time = 0.000863
shell time = 0.000749
apply time = 2.5e-05
candidate apply time = 0.000469
candidate metric time = 0.000155
pass time = 0.003332
pass 1: long = 62, l = [0.7103,1.8983] -> insert 62
pass 2: qmin = 0.701502, nb_simplices < 0.8 = 49 / 452
nb_elem = 512, nb_edges = 231, nb_vert = 258
inserted 0, lrej = 58, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.002101
done insertions: total insert = 104, l = [0.7103,1.898]
nb_parameter_rejections = (0/0)
pre-swap:
lengths: [0.71,1.90], avg = 1.06 for 708 edges
0.7102 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 343 (48.45 %)
1.0000 < l < 1.4142 = 303 (42.80 %)
1.4142 < l < 2.0000 = 62 (8.76 %)
2.0000 < l < 1.8983 = 0 (0.00 %)
quality: [0.48,1.00], avg = 0.86 for 452 elems
0.4759 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 135 (29.93 %)
0.8000 < q < 0.9993 = 316 (70.07 %)
-> performing edge swaps with target qt < 0.4:
--> performed 0 edge swaps (out of 73)
geometry rejections: Invalid (0), Edges (0), Interior (0)
iter[3]: dx = 8.25e-04, min = 0.00e+00, max = 2.76e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 5.887269121227e-05, nb_error = 0, nb_interp_outside = 0
pass 0: qmin = 0.475956, nb_simplices < 0.4 = 0 / 452
pre-smooth:
lengths: [0.71,1.77], avg = 1.04 for 708 edges
0.7102 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 365 (51.55 %)
1.0000 < l < 1.4142 = 305 (43.08 %)
1.4142 < l < 2.0000 = 38 (5.37 %)
2.0000 < l < 1.7677 = 0 (0.00 %)
quality: [0.70,1.00], avg = 0.91 for 452 elems
0.7015 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 49 (10.86 %)
0.8000 < q < 0.9993 = 402 (89.14 %)
nb_elem = 512, nb_edges = 266, nb_vert = 258
iter[3]: dx = 8.25e-04, min = 0.00e+00, max = 2.76e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
-> performing vertex smoothing:
objective = 5.887269121227e-05, nb_error = 0, nb_interp_outside = 0
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 0: qmin = 0.475956, nb_simplices < 0.8 = 135 / 452
nb_elem = 512, nb_edges = 266, nb_vert = 258
iter[4]: dx = 7.09e-04, min = 0.00e+00, max = 2.69e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 4.309753551039e-05, nb_error = 0, nb_interp_outside = 0
iter[0]: dx = 1.52e-03, min = 0.00e+00, max = 6.11e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.258327899008e-04, nb_error = 0, nb_interp_outside = 0
iter[4]: dx = 7.09e-04, min = 0.00e+00, max = 2.69e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 4.309753551039e-05, nb_error = 0, nb_interp_outside = 0
iter[5]: dx = 6.19e-04, min = 0.00e+00, max = 2.80e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 3.290346011699e-05, nb_error = 0, nb_interp_outside = 0
--> performed 65 edge swaps (out of 152)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.002371
metric time = 0.001441
shell time = 0.000913
apply time = 0.001338
candidate apply time = 0.001068
candidate metric time = 0.000795
pass time = 0.007059
iter[1]: dx = 1.20e-03, min = 0.00e+00, max = 4.39e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.350721986977e-04, nb_error = 0, nb_interp_outside = 0
pass 1: qmin = 0.639241, nb_simplices < 0.8 = 49 / 452
nb_elem = 512, nb_edges = 231, nb_vert = 258
iter[5]: dx = 6.19e-04, min = 0.00e+00, max = 2.80e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 3.290346011699e-05, nb_error = 0, nb_interp_outside = 0
iter[6]: dx = 5.50e-04, min = 0.00e+00, max = 2.88e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.628385647488e-05, nb_error = 0, nb_interp_outside = 0
--> performed 1 edge swaps (out of 73)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.00089
metric time = 0.001241
shell time = 0.00073
apply time = 2.3e-05
candidate apply time = 0.000484
candidate metric time = 0.000154
pass time = 0.003685
pass 2: qmin = 0.701502, nb_simplices < 0.8 = 49 / 452
nb_elem = 512, nb_edges = 231, nb_vert = 258
iter[6]: dx = 5.50e-04, min = 0.00e+00, max = 2.88e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.628385647488e-05, nb_error = 0, nb_interp_outside = 0
iter[2]: dx = 9.84e-04, min = 0.00e+00, max = 3.43e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 8.624811770904e-05, nb_error = 0, nb_interp_outside = 0
--> performed 0 edge swaps (out of 73)
geometry rejections: Invalid (0), Edges (0), Interior (0)
pre-smooth:
lengths: [0.71,1.77], avg = 1.04 for 708 edges
0.7102 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 0 (0.00 %)
0.7071 < l < 1.0000 = 365 (51.55 %)
1.0000 < l < 1.4142 = 305 (43.08 %)
1.4142 < l < 2.0000 = 38 (5.37 %)
2.0000 < l < 1.7677 = 0 (0.00 %)
quality: [0.70,1.00], avg = 0.91 for 452 elems
0.7015 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 49 (10.86 %)
0.8000 < q < 0.9993 = 402 (89.14 %)
iter[7]: dx = 4.93e-04, min = 0.00e+00, max = 2.95e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.148266055033e-05, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 512, nb_vert = 258. parameter rej = (0/0)
-> performing vertex smoothing:
pre-collapse/split:
lengths: [0.67,1.63], avg = 1.03 for 708 edges
0.6744 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 1 (0.14 %)
0.7071 < l < 1.0000 = 358 (50.56 %)
1.0000 < l < 1.4142 = 332 (46.89 %)
1.4142 < l < 2.0000 = 17 (2.40 %)
2.0000 < l < 1.6283 = 0 (0.00 %)
quality: [0.71,1.00], avg = 0.94 for 452 elems
0.7091 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 25 (5.57 %)
0.8000 < q < 0.9999 = 424 (94.43 %)
-> performing collapses:
pass 1: ne = 708, short = 1, l = [0.6744,1.6283]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
-> performing edge splits on edges with lt > 1.414 and dof_factor -1:
pass 0: long = 17, l = [0.6744,1.6283] -> insert 17
iter[7]: dx = 4.93e-04, min = 0.00e+00, max = 2.95e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.148266055033e-05, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 512, nb_vert = 258. parameter rej = (0/0)
inserted 5, lrej = 8, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.001212
pre-collapse/split:
lengths: [0.67,1.63], avg = 1.03 for 708 edges
0.6744 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 1 (0.14 %)
0.7071 < l < 1.0000 = 358 (50.56 %)
1.0000 < l < 1.4142 = 332 (46.89 %)
1.4142 < l < 2.0000 = 17 (2.40 %)
2.0000 < l < 1.6283 = 0 (0.00 %)
quality: [0.71,1.00], avg = 0.94 for 452 elems
0.7091 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 25 (5.57 %)
0.8000 < q < 0.9999 = 424 (94.43 %)
-> performing collapses:
pass 1: long = 12, l = [0.6744,1.5724] -> insert 12
inserted 0, lrej = 8, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000929
pass 1: ne = 708, short = 1, l = [0.6744,1.6283]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
done insertions: total insert = 5, l = [0.6744,1.572]
nb_parameter_rejections = (0/0)
-> performing edge splits on edges with lt > 1.414 and dof_factor -1:
pre-smooth:
lengths: [0.67,1.57], avg = 1.02 for 723 edges
0.6744 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 1 (0.14 %)
0.7071 < l < 1.0000 = 378 (52.28 %)
1.0000 < l < 1.4142 = 332 (45.92 %)
1.4142 < l < 2.0000 = 12 (1.66 %)
2.0000 < l < 1.5723 = 0 (0.00 %)
quality: [0.62,1.00], avg = 0.93 for 462 elems
0.6190 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 29 (6.32 %)
0.8000 < q < 0.9999 = 430 (93.68 %)
iter[3]: dx = 8.25e-04, min = 0.00e+00, max = 2.76e-03 -> accepted 253
-> performing vertex smoothing:
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 5.887269121227e-05, nb_error = 0, nb_interp_outside = 0
pass 0: long = 17, l = [0.6744,1.6283] -> insert 17
inserted 5, lrej = 8, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.001776
iter[0]: dx = 1.52e-03, min = 0.00e+00, max = 6.11e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.258327899008e-04, nb_error = 0, nb_interp_outside = 0
pass 1: long = 12, l = [0.6744,1.5724] -> insert 12
inserted 0, lrej = 8, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.001449
done insertions: total insert = 5, l = [0.6744,1.572]
nb_parameter_rejections = (0/0)
pre-smooth:
lengths: [0.67,1.57], avg = 1.02 for 723 edges
0.6744 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 1 (0.14 %)
0.7071 < l < 1.0000 = 378 (52.28 %)
1.0000 < l < 1.4142 = 332 (45.92 %)
1.4142 < l < 2.0000 = 12 (1.66 %)
2.0000 < l < 1.5723 = 0 (0.00 %)
quality: [0.62,1.00], avg = 0.93 for 462 elems
0.6190 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 29 (6.32 %)
0.8000 < q < 0.9999 = 430 (93.68 %)
iter[0]: dx = 5.09e-04, min = 0.00e+00, max = 3.73e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.821047142271e-05, nb_error = 0, nb_interp_outside = 0
-> performing vertex smoothing:
iter[4]: dx = 7.09e-04, min = 0.00e+00, max = 2.69e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 4.309753551039e-05, nb_error = 0, nb_interp_outside = 0
iter[1]: dx = 4.42e-04, min = 0.00e+00, max = 2.67e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.918851692616e-05, nb_error = 0, nb_interp_outside = 0
iter[1]: dx = 1.20e-03, min = 0.00e+00, max = 4.39e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.350721986977e-04, nb_error = 0, nb_interp_outside = 0
iter[0]: dx = 5.09e-04, min = 0.00e+00, max = 3.73e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.821047142271e-05, nb_error = 0, nb_interp_outside = 0
iter[2]: dx = 3.93e-04, min = 0.00e+00, max = 2.06e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.418655134755e-05, nb_error = 0, nb_interp_outside = 0
iter[5]: dx = 6.19e-04, min = 0.00e+00, max = 2.80e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 3.290346011699e-05, nb_error = 0, nb_interp_outside = 0
iter[1]: dx = 4.42e-04, min = 0.00e+00, max = 2.67e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.918851692616e-05, nb_error = 0, nb_interp_outside = 0
iter[2]: dx = 9.84e-04, min = 0.00e+00, max = 3.43e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 8.624811770904e-05, nb_error = 0, nb_interp_outside = 0
iter[3]: dx = 3.56e-04, min = 0.00e+00, max = 1.66e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.119731013541e-05, nb_error = 0, nb_interp_outside = 0
iter[2]: dx = 3.93e-04, min = 0.00e+00, max = 2.06e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.418655134755e-05, nb_error = 0, nb_interp_outside = 0
iter[6]: dx = 5.50e-04, min = 0.00e+00, max = 2.88e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.628385647488e-05, nb_error = 0, nb_interp_outside = 0
iter[4]: dx = 3.26e-04, min = 0.00e+00, max = 1.62e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 9.244062195524e-06, nb_error = 0, nb_interp_outside = 0
iter[3]: dx = 8.25e-04, min = 0.00e+00, max = 2.76e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 5.887269121227e-05, nb_error = 0, nb_interp_outside = 0
iter[3]: dx = 3.56e-04, min = 0.00e+00, max = 1.66e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.119731013541e-05, nb_error = 0, nb_interp_outside = 0
iter[7]: dx = 4.93e-04, min = 0.00e+00, max = 2.95e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.148266055033e-05, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 512, nb_vert = 258. parameter rej = (0/0)
pre-collapse/split:
lengths: [0.67,1.63], avg = 1.03 for 708 edges
0.6744 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 1 (0.14 %)
0.7071 < l < 1.0000 = 358 (50.56 %)
1.0000 < l < 1.4142 = 332 (46.89 %)
1.4142 < l < 2.0000 = 17 (2.40 %)
2.0000 < l < 1.6283 = 0 (0.00 %)
quality: [0.71,1.00], avg = 0.94 for 452 elems
0.7091 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 25 (5.57 %)
0.8000 < q < 0.9999 = 424 (94.43 %)
-> performing collapses:
pass 1: ne = 708, short = 1, l = [0.6744,1.6283]
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
-> performing edge splits on edges with lt > 1.414 and dof_factor -1:
iter[5]: dx = 3.01e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 7.883092911639e-06, nb_error = 0, nb_interp_outside = 0
pass 0: long = 17, l = [0.6744,1.6283] -> insert 17
inserted 5, lrej = 8, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.0013
pass 1: long = 12, l = [0.6744,1.5724] -> insert 12
iter[4]: dx = 3.26e-04, min = 0.00e+00, max = 1.62e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 9.244062195524e-06, nb_error = 0, nb_interp_outside = 0
inserted 0, lrej = 8, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.000963
iter[4]: dx = 7.09e-04, min = 0.00e+00, max = 2.69e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 4.309753551039e-05, nb_error = 0, nb_interp_outside = 0
done insertions: total insert = 5, l = [0.6744,1.572]
nb_parameter_rejections = (0/0)
pre-smooth:
lengths: [0.67,1.57], avg = 1.02 for 723 edges
0.6744 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 1 (0.14 %)
0.7071 < l < 1.0000 = 378 (52.28 %)
1.0000 < l < 1.4142 = 332 (45.92 %)
1.4142 < l < 2.0000 = 12 (1.66 %)
2.0000 < l < 1.5723 = 0 (0.00 %)
quality: [0.62,1.00], avg = 0.93 for 462 elems
0.6190 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 29 (6.32 %)
0.8000 < q < 0.9999 = 430 (93.68 %)
iter[6]: dx = 2.80e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 6.873482642614e-06, nb_error = 0, nb_interp_outside = 0
-> performing vertex smoothing:
iter[5]: dx = 3.01e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 7.883092911639e-06, nb_error = 0, nb_interp_outside = 0
iter[7]: dx = 2.63e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 6.088477351946e-06, nb_error = 0, nb_interp_outside = 0
iter[5]: dx = 6.19e-04, min = 0.00e+00, max = 2.80e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 3.290346011699e-05, nb_error = 0, nb_interp_outside = 0
iter[6]: dx = 2.80e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 6.873482642614e-06, nb_error = 0, nb_interp_outside = 0
iter[0]: dx = 5.09e-04, min = 0.00e+00, max = 3.73e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.821047142271e-05, nb_error = 0, nb_interp_outside = 0
iter[8]: dx = 2.47e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 5.433305001471e-06, nb_error = 0, nb_interp_outside = 0
iter[9]: dx = 2.33e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 4.911491307038e-06, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 522, nb_vert = 263. parameter rej = (0/0)
iter[6]: dx = 5.50e-04, min = 0.00e+00, max = 2.88e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.628385647488e-05, nb_error = 0, nb_interp_outside = 0
pre-swap:
lengths: [0.67,1.57], avg = 1.02 for 723 edges
0.6675 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 2 (0.28 %)
0.7071 < l < 1.0000 = 364 (50.42 %)
1.0000 < l < 1.4142 = 350 (48.48 %)
1.4142 < l < 2.0000 = 6 (0.83 %)
2.0000 < l < 1.5665 = 0 (0.00 %)
quality: [0.62,1.00], avg = 0.94 for 462 elems
0.6190 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 32 (6.94 %)
0.8000 < q < 0.9999 = 429 (93.06 %)
-> performing edge swaps with target qt < 0.4:
pass 0: qmin = 0.619012, nb_simplices < 0.4 = 0 / 462
iter[7]: dx = 2.63e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 6.088477351946e-06, nb_error = 0, nb_interp_outside = 0
nb_elem = 522, nb_edges = 85, nb_vert = 263
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
iter[1]: dx = 4.42e-04, min = 0.00e+00, max = 2.67e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.918851692616e-05, nb_error = 0, nb_interp_outside = 0
pass 0: qmin = 0.619012, nb_simplices < 0.8 = 32 / 462
nb_elem = 522, nb_edges = 85, nb_vert = 263
--> performed 20 edge swaps (out of 33)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.000381
metric time = 0.000691
shell time = 0.000196
apply time = 0.000258
candidate apply time = 0.000141
candidate metric time = 0.000143
pass time = 0.001796
pass 1: qmin = 0.74708, nb_simplices < 0.8 = 15 / 462
nb_elem = 522, nb_edges = 76, nb_vert = 263
--> performed 0 edge swaps (out of 16)
geometry rejections: Invalid (0), Edges (0), Interior (0)
final metric conformity:
lengths: [0.67,1.45], avg = 1.02 for 723 edges
0.6675 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 2 (0.28 %)
0.7071 < l < 1.0000 = 366 (50.69 %)
1.0000 < l < 1.4142 = 350 (48.48 %)
1.4142 < l < 2.0000 = 4 (0.55 %)
2.0000 < l < 1.4453 = 0 (0.00 %)
quality: [0.75,1.00], avg = 0.94 for 462 elems
0.7470 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 15 (3.25 %)
0.8000 < q < 0.9999 = 446 (96.75 %)
iter[8]: dx = 2.47e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 5.433305001471e-06, nb_error = 0, nb_interp_outside = 0
iter[7]: dx = 4.93e-04, min = 0.00e+00, max = 2.95e-03 -> accepted 253
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.148266055033e-05, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 512, nb_vert = 258. parameter rej = (0/0)
pre-collapse/split:
lengths: [0.67,1.63], avg = 1.03 for 708 edges
0.6744 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 1 (0.14 %)
0.7071 < l < 1.0000 = 358 (50.56 %)
1.0000 < l < 1.4142 = 332 (46.89 %)
1.4142 < l < 2.0000 = 17 (2.40 %)
2.0000 < l < 1.6283 = 0 (0.00 %)
quality: [0.71,1.00], avg = 0.94 for 452 elems
0.7091 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 25 (5.57 %)
0.8000 < q < 0.9999 = 424 (94.43 %)
-> performing collapses:
pass 1: ne = 708, short = 1, l = [0.6744,1.6283]
iter[2]: dx = 3.93e-04, min = 0.00e+00, max = 2.06e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.418655134755e-05, nb_error = 0, nb_interp_outside = 0
-> done collapses. total collapses = 0. nb_param_rej = (0/0), nb_geom_rej = 0.
-> performing edge splits on edges with lt > 1.414 and dof_factor -1:
iter[9]: dx = 2.33e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 4.911491307038e-06, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 522, nb_vert = 263. parameter rej = (0/0)
pass 0: long = 17, l = [0.6744,1.6283] -> insert 17
pre-swap:
lengths: [0.67,1.57], avg = 1.02 for 723 edges
0.6675 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 2 (0.28 %)
0.7071 < l < 1.0000 = 364 (50.42 %)
1.0000 < l < 1.4142 = 350 (48.48 %)
1.4142 < l < 2.0000 = 6 (0.83 %)
2.0000 < l < 1.5665 = 0 (0.00 %)
quality: [0.62,1.00], avg = 0.94 for 462 elems
0.6190 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 32 (6.94 %)
0.8000 < q < 0.9999 = 429 (93.06 %)
-> performing edge swaps with target qt < 0.4:
inserted 5, lrej = 8, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.001813
pass 0: qmin = 0.619012, nb_simplices < 0.4 = 0 / 462
nb_elem = 522, nb_edges = 85, nb_vert = 263
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 0: qmin = 0.619012, nb_simplices < 0.8 = 32 / 462
pass 1: long = 12, l = [0.6744,1.5724] -> insert 12
inserted 0, lrej = 8, qrej = 0, vrej = 4, prej = 0/0, val_rej = 0, interp_rej = 0
pass time = 0.001403
nb_elem = 522, nb_edges = 85, nb_vert = 263
done insertions: total insert = 5, l = [0.6744,1.572]
nb_parameter_rejections = (0/0)
pre-smooth:
lengths: [0.67,1.57], avg = 1.02 for 723 edges
0.6744 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 1 (0.14 %)
0.7071 < l < 1.0000 = 378 (52.28 %)
1.0000 < l < 1.4142 = 332 (45.92 %)
1.4142 < l < 2.0000 = 12 (1.66 %)
2.0000 < l < 1.5723 = 0 (0.00 %)
--> performed 20 edge swaps (out of 33)
geometry rejections: Invalid (0), Edges (0), Interior (0)
quality: [0.62,1.00], avg = 0.93 for 462 elems
0.6190 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 29 (6.32 %)
0.8000 < q < 0.9999 = 430 (93.68 %)
candidate time = 0.000479
metric time = 0.00072
shell time = 0.000225
apply time = 0.00031
candidate apply time = 0.000191
candidate metric time = 0.000181
pass time = 0.002068
pass 1: qmin = 0.74708, nb_simplices < 0.8 = 15 / 462
-> performing vertex smoothing:
nb_elem = 522, nb_edges = 76, nb_vert = 263
iter[3]: dx = 3.56e-04, min = 0.00e+00, max = 1.66e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.119731013541e-05, nb_error = 0, nb_interp_outside = 0
--> performed 0 edge swaps (out of 16)
geometry rejections: Invalid (0), Edges (0), Interior (0)
final metric conformity:
lengths: [0.67,1.45], avg = 1.02 for 723 edges
0.6675 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 2 (0.28 %)
0.7071 < l < 1.0000 = 366 (50.69 %)
1.0000 < l < 1.4142 = 350 (48.48 %)
1.4142 < l < 2.0000 = 4 (0.55 %)
2.0000 < l < 1.4453 = 0 (0.00 %)
quality: [0.75,1.00], avg = 0.94 for 462 elems
0.7470 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 15 (3.25 %)
0.8000 < q < 0.9999 = 446 (96.75 %)
iter[0]: dx = 5.09e-04, min = 0.00e+00, max = 3.73e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 2.821047142271e-05, nb_error = 0, nb_interp_outside = 0
iter[4]: dx = 3.26e-04, min = 0.00e+00, max = 1.62e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 9.244062195524e-06, nb_error = 0, nb_interp_outside = 0
iter[1]: dx = 4.42e-04, min = 0.00e+00, max = 2.67e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.918851692616e-05, nb_error = 0, nb_interp_outside = 0
iter[5]: dx = 3.01e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 7.883092911639e-06, nb_error = 0, nb_interp_outside = 0
iter[2]: dx = 3.93e-04, min = 0.00e+00, max = 2.06e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.418655134755e-05, nb_error = 0, nb_interp_outside = 0
iter[6]: dx = 2.80e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 6.873482642614e-06, nb_error = 0, nb_interp_outside = 0
iter[3]: dx = 3.56e-04, min = 0.00e+00, max = 1.66e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 1.119731013541e-05, nb_error = 0, nb_interp_outside = 0
iter[7]: dx = 2.63e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 6.088477351946e-06, nb_error = 0, nb_interp_outside = 0
iter[4]: dx = 3.26e-04, min = 0.00e+00, max = 1.62e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 9.244062195524e-06, nb_error = 0, nb_interp_outside = 0
iter[8]: dx = 2.47e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 5.433305001471e-06, nb_error = 0, nb_interp_outside = 0
iter[9]: dx = 2.33e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 4.911491307038e-06, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 522, nb_vert = 263. parameter rej = (0/0)
iter[5]: dx = 3.01e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 7.883092911639e-06, nb_error = 0, nb_interp_outside = 0
pre-swap:
lengths: [0.67,1.57], avg = 1.02 for 723 edges
0.6675 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 2 (0.28 %)
0.7071 < l < 1.0000 = 364 (50.42 %)
1.0000 < l < 1.4142 = 350 (48.48 %)
1.4142 < l < 2.0000 = 6 (0.83 %)
2.0000 < l < 1.5665 = 0 (0.00 %)
quality: [0.62,1.00], avg = 0.94 for 462 elems
0.6190 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 32 (6.94 %)
0.8000 < q < 0.9999 = 429 (93.06 %)
-> performing edge swaps with target qt < 0.4:
pass 0: qmin = 0.619012, nb_simplices < 0.4 = 0 / 462
nb_elem = 522, nb_edges = 85, nb_vert = 263
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 0: qmin = 0.619012, nb_simplices < 0.8 = 32 / 462
nb_elem = 522, nb_edges = 85, nb_vert = 263
--> performed 20 edge swaps (out of 33)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.000703
metric time = 0.001187
shell time = 0.000292
apply time = 0.000471
candidate apply time = 0.000298
candidate metric time = 0.000275
pass time = 0.003038
pass 1: qmin = 0.74708, nb_simplices < 0.8 = 15 / 462
iter[6]: dx = 2.80e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 6.873482642614e-06, nb_error = 0, nb_interp_outside = 0
nb_elem = 522, nb_edges = 76, nb_vert = 263
--> performed 0 edge swaps (out of 16)
geometry rejections: Invalid (0), Edges (0), Interior (0)
final metric conformity:
lengths: [0.67,1.45], avg = 1.02 for 723 edges
0.6675 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 2 (0.28 %)
0.7071 < l < 1.0000 = 366 (50.69 %)
1.0000 < l < 1.4142 = 350 (48.48 %)
1.4142 < l < 2.0000 = 4 (0.55 %)
2.0000 < l < 1.4453 = 0 (0.00 %)
quality: [0.75,1.00], avg = 0.94 for 462 elems
0.7470 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 15 (3.25 %)
0.8000 < q < 0.9999 = 446 (96.75 %)
iter[7]: dx = 2.63e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 6.088477351946e-06, nb_error = 0, nb_interp_outside = 0
iter[8]: dx = 2.47e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 5.433305001471e-06, nb_error = 0, nb_interp_outside = 0
iter[9]: dx = 2.33e-04, min = 0.00e+00, max = 1.61e-03 -> accepted 258
nb_visibility_rej = 0, nb_implied_metric_rej = 0, nb_enlarged_rej = 0/56, Navg = 5
objective = 4.911491307038e-06, nb_error = 0, nb_interp_outside = 0
done 10 iterations of smoothing.
nb_elem = 522, nb_vert = 263. parameter rej = (0/0)
pre-swap:
lengths: [0.67,1.57], avg = 1.02 for 723 edges
0.6675 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 2 (0.28 %)
0.7071 < l < 1.0000 = 364 (50.42 %)
1.0000 < l < 1.4142 = 350 (48.48 %)
1.4142 < l < 2.0000 = 6 (0.83 %)
2.0000 < l < 1.5665 = 0 (0.00 %)
quality: [0.62,1.00], avg = 0.94 for 462 elems
0.6190 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 32 (6.94 %)
0.8000 < q < 0.9999 = 429 (93.06 %)
-> performing edge swaps with target qt < 0.4:
pass 0: qmin = 0.619012, nb_simplices < 0.4 = 0 / 462
nb_elem = 522, nb_edges = 85, nb_vert = 263
--> performed 0 edge swaps (out of 0)
geometry rejections: Invalid (0), Edges (0), Interior (0)
-> performing edge swaps with target qt < 0.8:
pass 0: qmin = 0.619012, nb_simplices < 0.8 = 32 / 462
nb_elem = 522, nb_edges = 85, nb_vert = 263
--> performed 20 edge swaps (out of 33)
geometry rejections: Invalid (0), Edges (0), Interior (0)
candidate time = 0.000406
metric time = 0.00069
shell time = 0.000205
apply time = 0.000282
candidate apply time = 0.000162
candidate metric time = 0.000156
pass time = 0.001875
pass 1: qmin = 0.74708, nb_simplices < 0.8 = 15 / 462
nb_elem = 522, nb_edges = 76, nb_vert = 263
--> performed 0 edge swaps (out of 16)
geometry rejections: Invalid (0), Edges (0), Interior (0)
final metric conformity:
lengths: [0.67,1.45], avg = 1.02 for 723 edges
0.6675 < l < 0.5000 = 0 (0.00 %)
0.5000 < l < 0.7071 = 2 (0.28 %)
0.7071 < l < 1.0000 = 366 (50.69 %)
1.0000 < l < 1.4142 = 350 (48.48 %)
1.4142 < l < 2.0000 = 4 (0.55 %)
2.0000 < l < 1.4453 = 0 (0.00 %)
quality: [0.75,1.00], avg = 0.94 for 462 elems
0.7470 < q < 0.4000 = 0 (0.00 %)
0.4000 < q < 0.8000 = 15 (3.25 %)
0.8000 < q < 0.9999 = 446 (96.75 %)
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized robust predicates.
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized robust predicates.
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized robust predicates.
--> initialized robust predicates.
Partitioning a graph of size 96 serially
Setup: Max: 0.000, Sum: 0.000, Balance: 1.030
Remap: Max: 0.000, Sum: 0.000, Balance: 1.019
Total: Max: 0.001, Sum: 0.006, Balance: 1.000
Final 4-way Cut: 13 Balance: 1.000
Partitioning a graph of size 96 serially
Setup: Max: 0.000, Sum: 0.000, Balance: 1.012
Remap: Max: 0.000, Sum: 0.000, Balance: 1.058
Total: Max: 0.001, Sum: 0.006, Balance: 1.000
Final 4-way Cut: 13 Balance: 1.000
Partitioning a graph of size 18 serially
Setup: Max: 0.000, Sum: 0.000, Balance: 1.023
Remap: Max: 0.000, Sum: 0.000, Balance: 1.252
Total: Max: 0.001, Sum: 0.002, Balance: 1.002
Final 4-way Cut: 9 Balance: 1.111
Partitioning a graph of size 18 serially
Setup: Max: 0.000, Sum: 0.000, Balance: 1.001
Remap: Max: 0.000, Sum: 0.000, Balance: 1.433
Total: Max: 0.001, Sum: 0.002, Balance: 1.000
Final 4-way Cut: 9 Balance: 1.111
Partitioning a graph of size 18 serially
Setup: Max: 0.000, Sum: 0.000, Balance: 1.003
Remap: Max: 0.000, Sum: 0.000, Balance: 1.344
Total: Max: 0.001, Sum: 0.002, Balance: 1.000
Final 4-way Cut: 9 Balance: 1.111
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/XField_avro_btest.cpp(108): [1;36;49mlast checkpoint: "Domain_from_EGADS_3D" test entry[0;39;49m
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/XField_avro_btest.cpp(108): [1;36;49mlast checkpoint: "Domain_from_EGADS_3D" test entry[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/XField_avro_btest.cpp(108): [1;36;49mlast checkpoint: "Domain_from_EGADS_3D" test entry[0;39;49m
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/XField_avro_btest.cpp(108): [1;36;49mlast checkpoint: "Domain_from_EGADS_3D" test entry[0;39;49m
Partitioning a graph of size 162 serially
Setup: Max: 0.000, Sum: 0.000, Balance: 1.009
Remap: Max: 0.000, Sum: 0.000, Balance: 1.219
Total: Max: 0.002, Sum: 0.006, Balance: 1.000
Final 4-way Cut: 40 Balance: 1.012
Partitioning a graph of size 162 serially
Setup: Max: 0.000, Sum: 0.000, Balance: 1.009
Remap: Max: 0.000, Sum: 0.000, Balance: 1.205
Total: Max: 0.001, Sum: 0.004, Balance: 1.000
Final 4-way Cut: 40 Balance: 1.012
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized robust predicates.
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized robust predicates.
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized robust predicates.
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized robust predicates.
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/XField_avro_btest.cpp(276): [1;36;49mlast checkpoint: "xfld_Test_3D" test entry[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/XField_avro_btest.cpp(276): [1;36;49mlast checkpoint: "xfld_Test_3D" test entry[0;39;49m
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/XField_avro_btest.cpp(276): [1;36;49mlast checkpoint: "xfld_Test_3D" test entry[0;39;49m
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/XField_avro_btest.cpp(276): [1;36;49mlast checkpoint: "xfld_Test_3D" test entry[0;39;49m
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized robust predicates.
--> initialized robust predicates.
--> initialized robust predicates.
--> initialized robust predicates.
Partitioning a graph of size 186 serially
Setup: Max: 0.000, Sum: 0.000, Balance: 1.050
Remap: Max: 0.000, Sum: 0.000, Balance: 1.013
Total: Max: 0.002, Sum: 0.007, Balance: 1.000
Final 4-way Cut: 18 Balance: 1.011
Partitioning a graph of size 186 serially
Setup: Max: 0.000, Sum: 0.000, Balance: 1.006
Remap: Max: 0.000, Sum: 0.000, Balance: 1.021
Total: Max: 0.002, Sum: 0.007, Balance: 1.000
Final 4-way Cut: 18 Balance: 1.011
Partitioning a graph of size 186 serially
Setup: Max: 0.000, Sum: 0.000, Balance: 1.022
Remap: Max: 0.000, Sum: 0.000, Balance: 1.044
Total: Max: 0.002, Sum: 0.007, Balance: 1.000
Final 4-way Cut: 18 Balance: 1.011
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/XField_avro_btest.cpp(456): [1;36;49mlast checkpoint: "InteriorTrace_Test_3D" test entry[0;39;49m
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/XField_avro_btest.cpp(456): [1;36;49mlast checkpoint: "InteriorTrace_Test_3D" test entry[0;39;49m
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/XField_avro_btest.cpp(456): [1;36;49mlast checkpoint: "InteriorTrace_Test_3D" test entry[0;39;49m
#=================================================#
# SANS ERROR #
#=================================================#
SANS is not compiled with TetGen!
#=================================================#
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): [4;31;49mfatal error: in "SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]": /jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/src/Meshing/avro/XField_avro_3D.cpp(295): Throw in function SANS::XField_avro<PhysDim, TopoDim>::XField_avro(boost::mpi::communicator&, const SANS::EGADS::EGModel<PhysDim::D>&, const std::vector<double>&) [with PhysDim = PhysD3; TopoDim = TopoD3]
Dynamic exception type: boost::wrapexcept<RuntimeException>
std::exception::what:
[0;39;49m
/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds/test/unit/Meshing/avro/XField_avro_btest.cpp(456): [1;36;49mlast checkpoint: "InteriorTrace_Test_3D" test entry[0;39;49m
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
================================================
| avro -- (c) Philip Claude Caplan (2017-2021) |
================================================
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized CPU manager: c++ threads (nb_thread = 40).
--> initialized GPU manager: serial (nb_cores = 1).
--> initialized robust predicates.
--> initialized robust predicates.
--> initialized robust predicates.
--> initialized robust predicates.
Partitioning a graph of size 96 serially
Setup: Max: 0.000, Sum: 0.000, Balance: 1.034
Remap: Max: 0.000, Sum: 0.000, Balance: 1.003
Total: Max: 0.001, Sum: 0.006, Balance: 1.000
Final 4-way Cut: 13 Balance: 1.000
Partitioning a graph of size 96 serially
Setup: Max: 0.000, Sum: 0.000, Balance: 1.024
Remap: Max: 0.000, Sum: 0.000, Balance: 1.046
Total: Max: 0.001, Sum: 0.006, Balance: 1.000
Final 4-way Cut: 13 Balance: 1.000
Partitioning a graph of size 96 serially
Setup: Max: 0.000, Sum: 0.000, Balance: 1.031
Remap: Max: 0.000, Sum: 0.000, Balance: 1.035
Total: Max: 0.001, Sum: 0.006, Balance: 1.000
Final 4-way Cut: 13 Balance: 1.000
[1;31;49m*** 4 failures are detected in the test module "SANS_unit_test"
[0;39;49m
Test module "SANS_unit_test" has failed with:
9 test cases out of 13 passed
4 test cases out of 13 failed
4 test cases out of 13 aborted
374 assertions out of 378 passed
4 assertions out of 378 failed
[1;31;49m*** 4 failures are detected in the test module "SANS_unit_test"
[0;39;49m
[1;31;49m*** 4 failures are detected in the test module "SANS_unit_test"
[0;39;49m--------------------------------------------------------------------------
Primary job terminated normally, but 1 process returned
a non-zero exit code. Per user-direction, the job has been aborted.
--------------------------------------------------------------------------
--------------------------------------------------------------------------
mpiexec detected that one or more processes exited with non-zero status, thus causing
the job to be terminated. The first process to do so was:
Process name: [[1981,1],2]
Exit code: 201
--------------------------------------------------------------------------
make[3]: *** [test/unit/Meshing/avro/CMakeFiles/unit_Meshing_avro.dir/build.make:70: test/unit/Meshing/avro/CMakeFiles/unit_Meshing_avro] Error 201
make[2]: *** [CMakeFiles/Makefile2:10100: test/unit/Meshing/avro/CMakeFiles/unit_Meshing_avro.dir/all] Error 2
make[1]: *** [CMakeFiles/Makefile2:10107: test/unit/Meshing/avro/CMakeFiles/unit_Meshing_avro.dir/rule] Error 2
make: *** [Makefile:2831: unit_Meshing_avro] Error 2
real 0m54.840s
user 0m18.497s
sys 0m7.981s
Build step 'Execute shell' marked build as failure
[GNU C Compiler (gcc)ClangIntel Compiler (C, Fortran)] Skipping execution of recorder since overall result is 'FAILURE'
INFO: Processing BoostTest-1.x (default)
INFO: [BoostTest-1.x (default)] - No test report file(s) were found with the pattern '**/build/boosttest/*.xml' relative to '/jenkins/workspace/SANS_avro/builddir/release_gnu9/buildnode/reynolds' for the testing framework 'BoostTest-1.x (default)'.
Did you enter a pattern relative to (and within) the workspace directory?
Did you generate the result report(s) for 'BoostTest-1.x (default)'?"
WARNING: All test reports are empty.
INFO: Check 'Failed Tests' threshold.
INFO: Check 'Skipped Tests' threshold.
INFO: Setting the build status to FAILURE
[PostBuildScript] - [INFO] Executing post build scripts.
[PostBuildScript] - [INFO] Build does not have any of the results [SUCCESS]. Did not execute build step #0.
[WS-CLEANUP] Deleting project workspace...
[WS-CLEANUP] done
Finished: FAILURE
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