************* Execution Time for adap_iso.irt is 0.8110 ****************** ************* Execution Time for algsum.irt is 0.1400 ****************** ************* Execution Time for alphsect.irt is 0.9910 ****************** ************* Execution Time for alphsec2.irt is 0.2410 ****************** ************* Execution Time for ambiguit.irt is 0.0900 ****************** BILINEAR FIT: Plane XY (15 pts):: -0.000000, -0.000000, 0.000855 1.000000, -0.000000, 0.001453 -0.000000, 1.000000, 0.000622 -0.000000, 0.000000, 0.004649 BILINEAR FIT: Plane XY SclX 2 SclY 3 (15 pts):: -0.000000, -0.000000, 0.000855 2.000000, -0.000000, 0.001453 -0.000000, 3.000000, 0.000622 -0.000000, -0.000000, 0.004649 BILINEAR FIT: Plane XY Trasnaled X=1, Y=2 (15 pts):: 1.000000, 2.000000, 0.000855 1.000000, -0.000000, 0.001453 -0.000000, 1.000000, 0.000622 -0.000000, 0.000000, 0.004649 BILINEAR FIT: Plane XY rotated 45 along X (15 pts):: -0.000000, -0.000605, 0.000605 1.000000, -0.001028, 0.001028 -0.000000, 0.999560, 1.000440 -0.000000, -0.003287, 0.003287 BILINEAR FIT: Plane XY rotated 45 along X, 75 along Y (15 pts):: 0.000584, -0.000605, 0.000156 0.259812, -0.001028, -0.965660 0.966351, 0.999560, 0.258933 0.003175, -0.003287, 0.000851 BILINEAR FIT: Plane XY (500 pts):: -0.000000, -0.000000, 0.000302 1.000000, -0.000000, -0.000269 -0.000000, 1.000000, -0.000452 0.000000, 0.000000, -0.000781 BILINEAR FIT: Plane XY SclX 2 SclY 3 (500 pts):: -0.000000, -0.000000, 0.000302 2.000000, -0.000000, -0.000269 -0.000000, 3.000000, -0.000452 0.000000, 0.000000, -0.000781 BILINEAR FIT: Plane XY Trasnaled X=1, Y=2 (500 pts):: 1.000000, 2.000000, 0.000302 1.000000, -0.000000, -0.000269 0.000000, 1.000000, -0.000452 0.000000, 0.000000, -0.000781 BILINEAR FIT: Plane XY rotated 45 along X (500 pts):: -0.000000, -0.000214, 0.000214 1.000000, 0.000190, -0.000190 -0.000000, 1.000320, 0.999680 0.000000, 0.000552, -0.000552 BILINEAR FIT: Plane XY rotated 45 along X, 75 along Y (500 pts):: 0.000206, -0.000214, 0.000055 0.258635, 0.000190, -0.965975 0.965617, 1.000320, 0.258736 -0.000533, 0.000552, -0.000143 BILINEAR FIT: Hyperboloid X*Y (100 pts):: -0.000000, 0.000000, -0.000249 1.000000, 0.000000, -0.000467 0.000000, 1.000000, -0.000231 0.000000, 0.000000, 0.997973 BILINEAR FIT: Hyperboloid 2*X - 3*Y + X*Y/2 (100 pts):: -0.000000, -0.000000, -0.001190 1.000000, -0.000000, 2.000428 -0.000000, 1.000000, -2.998630 0.000000, 0.000000, 0.494274 BIQUADRATIC FIT: Hyperboloid 2*X - 3*Y + X*Y/2 (100 pts):: -0.000000, -0.000000, -0.000977 1.000000, -0.000000, 1.998141 -0.000000, 1.000000, -2.996507 -0.000000, 0.000000, -0.016176 0.000000, 0.000000, 0.495099 0.000000, 0.000000, 0.013847 BIQUADRATIC FIT: X^2 + 10, Y^2 + 11, 2*X - 3*Y + X*Y/2 (100 pts):: 9.997554, 11.001799, -0.001912 0.000765, -0.000514, 1.999983 -0.000598, 0.000072, -2.999263 0.999755, -0.003365, -0.001361 0.001193, -0.000857, 0.500257 0.003460, 0.998290, 0.001869 BIQUADRATIC FIT: X^3, Y^4, X^2 - Y^2 (100 pts):: 0.023425, 0.021444, -0.001098 0.607390, -0.009190, -0.001549 -0.021663, 1.572774, 0.001191 -0.054852, -0.053737, 1.002529 -0.047459, -0.039578, -0.001943 -0.035818, 0.051183, -1.000039 ************* Execution Time for analyfit.irt is 0.0700 ****************** ************* Execution Time for animball.irt is 0.3800 ****************** ************* Execution Time for animdemo.irt is 0.1810 ****************** ************* Execution Time for ant.irt is 6.4690 ****************** Speed bounds of original curve: [0.000000 3.000000] Speed bounds of arc length approx curve: [0.841385 1.179812] Speed bounds of arc length approx curve: [0.985678 1.006383] Speed bounds of original curve: [0.000000 12.744455] Speed bounds of arc length approx curve: [0.247008 1.235505] Speed bounds of arc length approx curve: [0.710880 1.103997] ************* Execution Time for arc_len.irt is 1.0620 ****************** 101 Views are considered 101 Views are considered 101 Views are considered ************* Execution Time for art_glry.irt is 1.3820 ****************** ************* Execution Time for aspct_gr.irt is 1.2710 ****************** ************* Execution Time for b58.irt is 0.0800 ****************** ************* Execution Time for bed.irt is 0.0810 ****************** ************* Execution Time for bez_clip.irt is 0.0800 ****************** C/SDerive tests = 1 1 1 Tangent evaluations for polygons - 1 rational - 1 ************* Execution Time for bezier.irt is 0.0800 ****************** 2 arcs were used in this approximation 2 arcs were used in this approximation 16 arcs were used in this approximation 2 arcs were used in this approximation 4 arcs were used in this approximation 8 arcs were used in this approximation 112 arcs were used in this approximation 16 arcs were used in this approximation 14 arcs were used in this approximation 25 arcs were used in this approximation 52 arcs were used in this approximation 26 arcs were used in this approximation 106 arcs were used in this approximation 40 arcs were used in this approximation 84 arcs were used in this approximation 276 arcs were used in this approximation 24 arcs were used in this approximation 44 arcs were used in this approximation 208 arcs were used in this approximation 11 arcs were used in this approximation 11 arcs were used in this approximation 11 arcs were used in this approximation ************* Execution Time for biarc.irt is 0.1500 ****************** ************* Execution Time for bisectrs.irt is 0.4010 ****************** ************* Execution Time for blending.irt is 6.3690 ****************** Bezier test - 1 1 1 1 1, 1 1 1 1, 1 1 1 Bspline open uniform 1 test - 1 1 1 1 1, 1 1 1 1, 1 1 1 Bspline float uniform test - 1 1 1 1 1 1 1, 1 1 1, 1 1 1 1 Bspline float nonuniform 1 test - 1 1 1 1 1 1 1, 1 1 1, 1 1 1 1 1 Bspline float nonuniform 2 test - 1 1 1 1 1 1 1, 1 1 1, 1 1 1 1 1 Bspline open uniform 2 test - 1 1 1 1 1 1 1, 1 1 1 1, 1 1 1 1 1 1 ************* Execution Time for blossom.irt is 0.0200 ****************** ************* Execution Time for box-box.irt is 0.1000 ****************** ************* Execution Time for bsc_geom.irt is 0.0300 ****************** ************* Execution Time for bsct_smp.irt is 1.7730 ****************** CDerive/CIntegrate test = 1 SDerive/SIntegrate tests = 1 1 Tangent evaluations for polygons - 1 rational - 1 ************* Execution Time for bspline.irt is 0.1500 ****************** ************* Execution Time for bulb.irt is 0.0700 ****************** ************* Execution Time for cbi_anim.irt is 3.3150 ****************** ************* Execution Time for cbi2anim.irt is 5.8080 ****************** ************* Execution Time for cbisec3d.irt is 0.5610 ****************** ************* Execution Time for cbisect.irt is 0.5610 ****************** ************* Execution Time for cbisect2.irt is 0.2500 ****************** ************* Execution Time for cenvoff.irt is 0.2600 ****************** ************* Execution Time for chess.irt is 0.4210 ****************** ************* Execution Time for closloop.irt is 0.0300 ****************** ************* Execution Time for cmorph.irt is 0.8810 ****************** ************* Execution Time for cmorph2.irt is 0.6510 ****************** ************* Execution Time for colors.irt is 0.0000 ****************** ************* Execution Time for cone-cyl.irt is 0.2510 ****************** ************* Execution Time for cone2cyl.irt is 0.1300 ****************** ************* Execution Time for cone3cyl.irt is 0.1500 ****************** ************* Execution Time for conicdst.irt is 1.7120 ****************** ************* Execution Time for conics.irt is 0.0500 ****************** ************* Execution Time for contours.irt is 0.0610 ****************** ************* Execution Time for coords.irt is 0.1000 ****************** ************* Execution Time for coplanar.irt is 0.3800 ****************** ************* Execution Time for corkplug.irt is 0.2710 ****************** ************* Execution Time for cort_map.irt is 12.8880 ****************** ************* Execution Time for cos_sphr.irt is 0.0600 ****************** ************* Execution Time for crosplug.irt is 0.0300 ****************** ************* Execution Time for crv_dist.irt is 0.6410 ****************** ************* Execution Time for crv_krnl.irt is 2.2530 ****************** ************* Execution Time for crv_tan.irt is 0.6810 ****************** Numer of intersections detected = 904 ************* Execution Time for crvarrng.irt is 3.8860 ****************** ************* Execution Time for crvdecmp.irt is 0.3500 ****************** ************* Execution Time for crvtrrec.irt is 1.8830 ****************** ************* Execution Time for cslogo.irt is 0.7610 ****************** ************* Execution Time for cube.irt is 0.2810 ****************** ************* Execution Time for cube2.irt is 0.3100 ****************** ************* Execution Time for cube3cut.irt is 1.1020 ****************** ************* Execution Time for cubes.irt is 0.2800 ****************** ************* Execution Time for cup.irt is 0.2000 ****************** Principal curvatures at (u, v) = (3.480047, 1.000000) equal -0.932145764 and -0.932145739 Principal curvatures at (u, v) = (2.519953, 1.000000) equal -0.932145764 and -0.932145739 Principal curvatures at (u, v) = (1.480047, 1.000000) equal -0.932145752 and -0.932145752 Principal curvatures at (u, v) = (0.519953, 1.000000) equal -0.932145752 and -0.932145752 Principal curvatures at (u, v) = (0.788675, 0.863140) equal -0.667501588 and -0.667501588 Principal curvatures at (u, v) = (1.000000, 0.861657) equal -0.648291109 and -0.648291095 Principal curvatures at (u, v) = (1.000000, 0.454813) equal -0.751698953 and -0.751698934 Principal curvatures at (u, v) = (0.788675, 0.451694) equal -0.773986685 and -0.773986685 Principal curvatures at (u, v) = (1.000000, 0.020948) equal -0.387723272 and -0.387723272 Principal curvatures at (u, v) = (0.788675, 0.023030) equal -0.399052263 and -0.399052263 Principal curvatures at (u, v) = (0.000000, 0.861657) equal -0.648291102 and -0.648291102 Principal curvatures at (u, v) = (0.500000, 0.862430) equal -0.658354016 and -0.658354016 Principal curvatures at (u, v) = (0.211325, 0.863140) equal -0.667501588 and -0.667501588 Principal curvatures at (u, v) = (0.500000, 0.453209) equal -0.763354542 and -0.763354542 Principal curvatures at (u, v) = (0.211325, 0.451694) equal -0.773986695 and -0.773986675 Principal curvatures at (u, v) = (0.000000, 0.454813) equal -0.751698953 and -0.751698934 Principal curvatures at (u, v) = (0.211325, 0.023030) equal -0.399052263 and -0.399052263 Principal curvatures at (u, v) = (0.000000, 0.020948) equal -0.387723272 and -0.387723272 Principal curvatures at (u, v) = (0.892768, 0.752247) equal -3.302995716 and -3.302995532 Principal curvatures at (u, v) = (0.791737, 0.606311) equal 0.167516202 and 0.167516206 Principal curvatures at (u, v) = (0.827016, 0.328495) equal -1.234986830 and -1.234986830 Principal curvatures at (u, v) = (0.634797, 0.411651) equal 0.815782179 and 0.815782179 Principal curvatures at (u, v) = (0.093502, 0.586020) equal 0.594409181 and 0.594409181 K Spans from -9.000000 to 6.705069 H Spans from 0.000000 to 4.769003 K Spans from -1.000000 to 0.306122 H Spans from 0.000000 to 1.000000 K Spans from -1.000000 to 0.773081 H Spans from -1.000000 to 1.000000 K Spans from -1.000000 to 0.773081 H Spans from -1.000000 to 1.000000 Split/Merge test = 1 ************* Execution Time for curvatur.irt is 3.8560 ****************** 73 Views are considered Curve 1 [Idx = 16] covers from t = -0.289803 to t = 0.180939 Curve 2 [Idx = 52] covers from t = 0.180939 to t = 0.710197 181 Views are considered Curve 1 [Idx = 7] covers from t = -0.362989 to t = 0.039203 Curve 2 [Idx = 70] covers from t = -0.008615 to t = 0.411335 Curve 3 [Idx = 137] covers from t = 0.390606 to t = 0.696913 ************* Execution Time for cvisible.irt is 7.0400 ****************** ************* Execution Time for cylin3.irt is 0.7110 ****************** ************* Execution Time for decimate.irt is 4.1660 ****************** ************* Execution Time for depend.irt is 0.2710 ****************** ************* Execution Time for dinner.irt is 0.3700 ****************** ************* Execution Time for disjoint.irt is 0.7610 ****************** ************* Execution Time for disp_map.irt is 4.1160 ****************** Distace Square bound from -0.96600 to 3.45402 (Failed) Projection on Crv1Nrml bound from -2.59000 to 2.29300 (Failed) Projection on Crv2Nrml bound from 0.06500 to 7.57750 (Successful) Distace Square bound from 0.12624 to 3.18500 (Successful) Projection on Crv1Nrml bound from -2.59000 to 1.80675 (Failed) Projection on Crv2Nrml bound from 1.35687 to 7.57750 (Successful) Distace Square bound from -1.32620 to 2.11250 (Failed) Projection on Crv1Nrml bound from -2.67000 to 1.33200 (Failed) Projection on Crv2Nrml bound from -0.82000 to 4.35600 (Failed) Distace Square bound from -0.29141 to 2.11250 (Failed) Projection on Crv1Nrml bound from -2.67000 to 0.64163 (Failed) Projection on Crv2Nrml bound from 0.06575 to 4.35600 (Successful) Distace Square bound from -0.30964 to 3.69410 (Failed) Projection on Crv1Nrml bound from -3.22050 to 2.97000 (Failed) Projection on Crv2Nrml bound from 0.04174 to 7.62300 (Successful) Distace Square bound from 0.15097 to 3.69410 (Successful) Projection on Crv1Nrml bound from -3.22050 to 2.68650 (Failed) Projection on Crv2Nrml bound from 1.02289 to 7.62300 (Successful) Distace Square bound from -0.84493 to 3.69410 (Failed) Projection on Crv1Nrml bound from -3.58200 to 2.97000 (Failed) Projection on Crv2Nrml bound from -1.34000 to 7.62300 (Failed) Distace Square bound from -0.19918 to 3.69410 (Failed) Projection on Crv1Nrml bound from -3.58200 to 2.68650 (Failed) Projection on Crv2Nrml bound from 0.09496 to 7.62300 (Successful) Distace Square bound from -0.09243 to 1.97887 (Failed) Projection on Crv1Nrml bound from 0.02069 to 3.83157 (Successful) Projection on Crv2Nrml bound from -1.66551 to 1.76291 (Failed) Distace Square bound from 0.20831 to 1.58729 (Successful) Projection on Crv1Nrml bound from 0.78423 to 3.83157 (Successful) Projection on Crv2Nrml bound from -1.66551 to 1.76291 (Failed) Distace Square bound from -0.71873 to 1.86104 (Failed) Projection on Crv1Nrml bound from -0.79224 to 4.99479 (Failed) Projection on Crv2Nrml bound from -4.27848 to 0.90253 (Failed) Distace Square bound from -0.15757 to 1.86104 (Failed) Projection on Crv1Nrml bound from 0.04014 to 4.99479 (Successful) Projection on Crv2Nrml bound from -4.27848 to 0.62560 (Failed) Distace Square bound from -0.16250 to 1.69250 (Failed) Projection on Crv1Nrml bound from -2.65500 to -0.07050 (Successful) Projection on Crv2Nrml bound from -1.25000 to 0.88000 (Failed) Distace Square bound from -0.00500 to 1.69250 (Failed) Projection on Crv1Nrml bound from -2.61750 to -0.39234 (Successful) Projection on Crv2Nrml bound from -0.82750 to 0.88000 (Failed) Distace Square bound from -0.18300 to 1.69250 (Failed) Projection on Crv1Nrml bound from -2.23500 to 0.25350 (Failed) Projection on Crv2Nrml bound from -1.05000 to 0.88000 (Failed) Distace Square bound from -0.00500 to 1.69250 (Failed) Projection on Crv1Nrml bound from -1.86375 to -0.01500 (Successful) Projection on Crv2Nrml bound from -0.77000 to 0.88000 (Failed) Distace Square bound from -0.12500 to 1.69250 (Failed) Projection on Crv1Nrml bound from -2.32500 to -0.03150 (Successful) Projection on Crv2Nrml bound from -1.12500 to 0.81000 (Failed) Distace Square bound from 0.04537 to 1.69250 (Successful) Projection on Crv1Nrml bound from -2.22750 to -0.50991 (Successful) Projection on Crv2Nrml bound from -0.96000 to 0.81000 (Failed) Distace Square bound from -0.12500 to 1.00250 (Failed) Projection on Crv1Nrml bound from -1.27500 to 0.20700 (Failed) Projection on Crv2Nrml bound from -0.60000 to 0.81000 (Failed) Distace Square bound from -0.02122 to 1.00250 (Failed) Projection on Crv1Nrml bound from -0.93750 to -0.00581 (Successful) Projection on Crv2Nrml bound from -0.37125 to 0.81000 (Failed) Distace Square bound from -0.04413 to 0.17785 (Failed) Projection on Srf1Nrml bound from -0.02993 to 0.03184 (Failed) Projection on Srf2Nrml bound from -0.03904 to 0.02669 (Failed) Distace Square bound from 0.00347 to 0.17785 (Successful) Projection on Srf1Nrml bound from -0.02993 to 0.02777 (Failed) Projection on Srf2Nrml bound from -0.03904 to 0.02017 (Failed) Distace Square bound from -0.66453 to 1.82579 (Failed) Projection on Srf1Nrml bound from -2.33763 to 0.53746 (Failed) Projection on Srf2Nrml bound from -0.48939 to 0.98785 (Failed) Distace Square bound from -0.12723 to 1.37154 (Failed) Projection on Srf1Nrml bound from -2.33763 to -0.06064 (Successful) Projection on Srf2Nrml bound from -0.41742 to 0.98785 (Failed) Distace Square bound from -0.76916 to 1.78189 (Failed) Projection on Srf1Nrml bound from -2.50674 to 0.66465 (Failed) Projection on Srf2Nrml bound from -0.56922 to 1.63196 (Failed) Distace Square bound from -0.19150 to 1.60034 (Failed) Projection on Srf1Nrml bound from -2.50674 to 0.05752 (Failed) Projection on Srf2Nrml bound from -0.33211 to 1.63196 (Failed) Distace Square bound from -0.07451 to 1.60034 (Failed) Projection on Srf1Nrml bound from -2.50674 to -0.00369 (Successful) Projection on Srf2Nrml bound from -0.29862 to 1.63196 (Failed) Distace Square bound from -0.97093 to 1.72692 (Failed) Projection on Srf1Nrml bound from -1.49652 to 0.35284 (Failed) Projection on Srf2Nrml bound from -0.43777 to 1.22384 (Failed) Distace Square bound from -0.22929 to 1.72663 (Failed) Projection on Srf1Nrml bound from -1.49652 to -0.00207 (Successful) Projection on Srf2Nrml bound from -0.33048 to 1.22384 (Failed) Distace Square bound from -1.00725 to 1.80158 (Failed) Projection on Srf1Nrml bound from -1.54283 to 0.40240 (Failed) Projection on Srf2Nrml bound from -0.46280 to 1.36365 (Failed) Distace Square bound from -0.24873 to 1.80158 (Failed) Projection on Srf1Nrml bound from -1.54283 to 0.04342 (Failed) Projection on Srf2Nrml bound from -0.24796 to 1.36365 (Failed) Distace Square bound from -0.10591 to 1.80158 (Failed) Projection on Srf1Nrml bound from -1.54283 to -0.01495 (Successful) Projection on Srf2Nrml bound from -0.23082 to 1.36365 (Failed) ************* Execution Time for dist2ff.irt is 12.5780 ****************** ************* Execution Time for distmtch.irt is 0.3510 ****************** ************* Execution Time for domino.irt is 0.1700 ****************** ************* Execution Time for duality.irt is 0.5010 ****************** ************* Execution Time for duck.irt is 0.1100 ****************** ************* Execution Time for ellipses.irt is 0.1600 ****************** ************* Execution Time for escher.irt is 0.4810 ****************** ************* Execution Time for f16.irt is 0.1100 ****************** ************* Execution Time for facemask.irt is 0.3000 ****************** ************* Execution Time for ffcmpcrv.irt is 0.3910 ****************** ************* Execution Time for ffcnvhul.irt is 0.3100 ****************** ************* Execution Time for ffloops.irt is 0.0500 ****************** ************* Execution Time for ffmatch4.irt is 0.5710 ****************** ************* Execution Time for ffptdist.irt is 0.3810 ****************** ************* Execution Time for flecnodl.irt is 8.8630 ****************** ************* Execution Time for flippage.irt is 0.2900 ****************** Power/Bezier curve coercion test = 1 Power/Bezier surface coercion test = 1 Power/Bezier surface coercion test = 1 ************* Execution Time for freeform.irt is 0.7710 ****************** ************* Execution Time for function.irt is 0.1000 ****************** Angle = 18.00 Angle = 18.10 Angle = 18.20 Angle = 18.30 Angle = 18.40 Angle = 18.50 Angle = 18.60 Angle = 18.70 Angle = 18.80 Angle = 18.90 Angle = 19.00 Angle = 19.10 Angle = 19.20 Angle = 19.30 Angle = 21.00 Angle = 21.10 Angle = 21.20 Angle = 21.30 Angle = 21.40 Angle = 21.50 Angle = 21.60 Angle = 21.70 Angle = 21.80 Angle = 21.90 Angle = 22.00 Angle = 22.10 Angle = 22.20 Angle = 22.30 Angle = 22.40 Angle = 22.50 ************* Execution Time for gamakrnl.irt is 0.1600 ****************** ************* Execution Time for gearbox.irt is 0.1810 ****************** ************* Execution Time for gersktch.irt is 0.0300 ****************** ************* Execution Time for glocal.irt is 0.1200 ****************** ************* Execution Time for gpolylin.irt is 0.0600 ****************** ************* Execution Time for handset.irt is 0.1800 ****************** ************* Execution Time for hermite.irt is 0.0800 ****************** ************* Execution Time for interpol.irt is 0.7510 ****************** ************* Execution Time for isocline.irt is 3.3850 ****************** ************* Execution Time for knight.irt is 0.0500 ****************** ************* Execution Time for knotrmvl.irt is 0.6610 ****************** ************* Execution Time for knots.irt is 0.0200 ****************** ************* Execution Time for lightmil.irt is 0.0300 ****************** ************* Execution Time for lj8000.irt is 0.1610 ****************** ************* Execution Time for ln2circ.irt is 0.0300 ****************** ************* Execution Time for loffset2.irt is 0.4400 ****************** ************* Execution Time for logos.irt is 0.0600 ****************** ************* Execution Time for loops.irt is 0.0400 ****************** 0) v1 = -0.4314, -0.0089, -0.9021 v2 = -0.0023, 0.9812, -0.1931 :: OK 1) v1 = 0.8189, -0.5194, -0.2441 v2 = -0.8614, -0.4137, 0.2947 :: OK 2) v1 = 0.0069, -1.0000, -0.0069 v2 = 0.4872, 0.7410, 0.4622 :: OK 3) v1 = 0.0335, -0.5544, -0.8316 v2 = 0.6598, 0.6912, -0.2947 :: OK 4) v1 = -0.1628, -0.8111, 0.5618 v2 = -0.1959, -0.9756, -0.0990 :: OK 5) v1 = 0.1542, -0.7310, 0.6647 v2 = -0.2894, 0.8469, 0.4461 :: OK 6) v1 = -0.8241, 0.0005, -0.5665 v2 = -0.2145, 0.7155, 0.6649 :: OK 7) v1 = -0.3994, -0.4591, 0.7935 v2 = 0.6853, -0.3700, 0.6272 :: OK 8) v1 = -0.2510, -0.8780, -0.4076 v2 = -0.4431, -0.5880, 0.6767 :: OK 9) v1 = -0.5956, -0.0266, -0.8028 v2 = -0.7529, 0.6512, -0.0952 :: OK ************* Execution Time for macros.irt is 0.2510 ****************** ************* Execution Time for make_spr.irt is 0.5410 ****************** Found 60 points Found 65 points Found 40 points Found 31 points Found 23 points ************* Execution Time for mbisect.irt is 1.9520 ****************** Total Time = 0.061000 ************* Execution Time for molecule.irt is 0.2210 ****************** Volume1 = -3.143794 -3.143794 Moments1 = 0.000000 -0.838824 -0.838824 -0.838561 Volume2 = -0.031438 -0.031438 Moments2 = -0.000084 -0.000084 -0.008386 ************* Execution Time for moments.irt is 0.0400 ****************** ************* Execution Time for mrchcube.irt is 2.0930 ****************** ************* Execution Time for mrescrv.irt is 0.3300 ****************** Processing 4 pts...done (Center = 0.05934 0.13382, Radius = 0.68808). Processing 8 pts...done (Center = 0.30425 -0.09262, Radius = 0.74547). Processing 16 pts...done (Center = 0.096865 0.071449, Radius = 0.8681). Processing 32 pts...done (Center = -0.0062625 -0.066885, Radius = 0.94672). Processing 64 pts...done (Center = 0.00026283 -0.0061756, Radius = 0.99272). Processing 128 pts...done (Center = -0.0029363 0.011483, Radius = 0.98583). Processing 256 pts...done (Center = -0.0011035 0.0033458, Radius = 0.9963). Processing 512 pts...done (Center = 0.0080186 0.0039824, Radius = 0.99364). Processing 1024 pts...done (Center = 0.0049735 -0.0010508, Radius = 0.99656). Processing 4 vecs...done Radius1 = 0.40244 Radius2 = 0.48381. Processing 8 vecs...done Radius1 = 0.38753 Radius2 = 0.45449. Processing 16 vecs...done Radius1 = 0.40902 Radius2 = 0.44509. Processing 32 vecs...done Radius1 = 0.44266 Radius2 = 0.47852. Processing 64 vecs...done Radius1 = 0.44427 Radius2 = 0.46619. Processing 128 vecs...done Radius1 = 0.46259 Radius2 = 0.47586. Processing 256 vecs...done Radius1 = 0.45966 Radius2 = 0.47049. Processing 512 vecs...done Radius1 = 0.46255 Radius2 = 0.46518. Processing 1024 vecs...done Radius1 = 0.46346 Radius2 = 0.47185. ************* Execution Time for msc_ch.irt is 9.5640 ****************** COERCE test - 1 COERCE test - 1 COERCE test - 1 COERCE test - 1 COERCE test - 1 COERCE test - 1 COERCE test - 1 COERCE test - 1 COERCE test - 1 COERCE test - 1 COERCE test - 1 COERCE test - 1 COERCE test - 1 COERCE test - 1 COERCE test - 1 COERCE test - 1 COERCE test - 1 COERCE test - 1 PDOMAIN test - 1 PDOMAIN test - 1 PDOMAIN test - 1 MEVAL test - 1 MEVAL test - 1 MEVAL test - 1 MEVAL test - 1 MEVAL test - 1 MEVAL test - 1 MFromMv test - 1 MFromMv test - 1 MFromMv test - 1 MFromMv test - 1 MFromMv test - 1 MFromMesh test - 1 MFromMesh test - 1 MFromMesh test - 1 MFromMesh test - 1 MFromMesh test - 1 MeshSize test - 1 MeshSize test - 1 MeshSize test - 1 MeshSize test - 1 MeshSize test - 1 MeshSize test - 1 MREFINE test - 1 MREFINE test - 1 MREFINE test - 1 MREFINE test - 1 MREFINE test - 1 MREFINE test - 1 MDERIVE test - 1 MDERIVE test - 1 MDERIVE test - 1 MDERIVE test - 1 MDERIVE test - 1 MDERIVE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MREGION test - 1 MREGION test - 1 MREGION test - 1 MREGION test - 1 MREGION test - 1 MREGION test - 1 MREGION test - 1 MREGION test - 1 MPROMOTE test - 1 MPROMOTE test - 1 MPROMOTE test - 1 MPROMOTE test - 1 MPROMOTE test - 1 MPROMOTE test - 1 MPROMOTE test - 1 MPROMOTE test - 1 MPROMOTE test - 1 MPROMOTE test - 1 LOAD test - 1 LOAD test - 1 ************* Execution Time for multivar.irt is 0.0800 ****************** CRAISE test - 1 CRAISE test - 1 CRAISE test - 1 CRAISE test - 1 SRAISE test - 1 SRAISE test - 1 SRAISE test - 1 SRAISE test - 1 TSRAISE test - 1 TSRAISE test - 1 TSRAISE test - 1 TSRAISE test - 1 TSRAISE test - 1 TSRAISE test - 1 SMERGE test - 1 SMERGE test - 1 SMERGE test - 1 SMERGE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 MDIVIDE test - 1 FFMERGE test - 1 FFMERGE test - 1 FFMERGE test - 1 FFMERGE test - 1 SymbDiff test - 1 SymbDiff test - 1 SymbDiff test - 1 SymbSum test - 1 SymbSum test - 1 SymbSum test - 1 SymbDiff test - 1 SymbDiff test - 1 SymbDiff test - 1 SymbProd test - 1 SymbProd test - 1 SymbProd test - 1 SymbProd test - 1 SymbProd test - 1 SymbProd test - 1 ************* Execution Time for multivr2.irt is 0.1500 ****************** Mean curvature sqaure computed for the Enneper surface spans -0.00000000000000 to 0.00000000000000 ************* Execution Time for mvexplct.irt is 0.4610 ****************** 10 85 10 80 = 0.333617 10 85 10 80 = 0.333617 48.9725 85 14.6149 80 = 0.165087 10 48.9725 10 14.6149 = 0.007079 10 85 10 80 = 0.333617 48.9725 85 14.6149 80 = 0.165087 68.2831 85 21.1402 80 = 0.072340 48.9725 68.2831 14.6149 21.1402 = 0.008273 10 48.9725 10 14.6149 = 0.007079 10 85 10 80 = 0.333617 48.9725 85 14.6149 80 = 0.165087 68.2831 85 21.1402 80 = 0.072340 77.6439 85 31.3282 80 = 0.027719 68.2831 77.6439 21.1402 31.3282 = 0.006960 48.9725 68.2831 14.6149 21.1402 = 0.008273 10 48.9725 10 14.6149 = 0.007079 10 45 10 170 = 0.716150 65.4999 45 47.051 170 = 0.306780 10 65.4999 10 47.051 = 0.106369 10 45 10 170 = 0.716150 65.4999 45 47.051 170 = 0.306780 69.8259 45 134.147 170 = 0.059271 65.4999 69.8259 47.051 134.147 = 0.102410 10 65.4999 10 47.051 = 0.106369 10 45 10 170 = 0.716150 65.4999 45 47.051 170 = 0.306780 69.8259 45 134.147 170 = 0.059271 65.4999 69.8259 47.051 134.147 = 0.102410 73.3562 69.8259 85.6052 134.147 = 0.028699 65.4999 73.3562 47.051 85.6052 = 0.026685 10 65.4999 10 47.051 = 0.106369 38.9761 65.4999 20.7524 47.051 = 0.043255 10 38.9761 10 20.7524 = 0.010162 10 45 10 170 = 0.716150 65.4999 45 47.051 170 = 0.306780 69.8259 45 134.147 170 = 0.059271 58.536 45 158.43 170 = 0.009485 69.8259 58.536 134.147 158.43 = 0.019710 65.4999 69.8259 47.051 134.147 = 0.102410 73.3562 69.8259 85.6052 134.147 = 0.028699 65.4999 73.3562 47.051 85.6052 = 0.026685 10 65.4999 10 47.051 = 0.106369 38.9761 65.4999 20.7524 47.051 = 0.043255 10 38.9761 10 20.7524 = 0.010162 10 45 10 170 = 0.716150 65.4999 45 47.051 170 = 0.306780 10 65.4999 10 47.051 = 0.106369 10 45 10 170 = 0.716150 65.4999 45 47.051 170 = 0.306780 69.8259 45 134.147 170 = 0.059271 65.4999 69.8259 47.051 134.147 = 0.102410 10 65.4999 10 47.051 = 0.106369 10 45 10 170 = 0.716150 65.4999 45 47.051 170 = 0.306780 69.8259 45 134.147 170 = 0.059271 65.4999 69.8259 47.051 134.147 = 0.102410 73.3562 69.8259 85.6052 134.147 = 0.028699 65.4999 73.3562 47.051 85.6052 = 0.026685 10 65.4999 10 47.051 = 0.106369 38.9761 65.4999 20.7524 47.051 = 0.043255 10 38.9761 10 20.7524 = 0.010162 10 45 10 170 = 0.716150 65.4999 45 47.051 170 = 0.306780 69.8259 45 134.147 170 = 0.059271 58.536 45 158.43 170 = 0.009485 69.8259 58.536 134.147 158.43 = 0.019710 65.4999 69.8259 47.051 134.147 = 0.102410 73.3562 69.8259 85.6052 134.147 = 0.028699 65.4999 73.3562 47.051 85.6052 = 0.026685 10 65.4999 10 47.051 = 0.106369 38.9761 65.4999 20.7524 47.051 = 0.043255 10 38.9761 10 20.7524 = 0.010162 35 85 40 70 = 0.104928 35 85 40 70 = 0.104928 60.2915 85 42.7887 70 = 0.049274 35 60.2915 40 42.7887 = 0.004039 35 85 40 70 = 0.104928 60.2915 85 42.7887 70 = 0.049274 72.8773 85 46.7667 70 = 0.021026 60.2915 72.8773 42.7887 46.7667 = 0.003513 35 60.2915 40 42.7887 = 0.004039 35 85 40 70 = 0.104928 60.2915 85 42.7887 70 = 0.049274 72.8773 85 46.7667 70 = 0.021026 79.094 85 52.0119 70 = 0.008012 72.8773 79.094 46.7667 52.0119 = 0.002411 60.2915 72.8773 42.7887 46.7667 = 0.003513 35 60.2915 40 42.7887 = 0.004039 70 5 70 130 = 0.211126 40.4549 5 115.761 130 = 0.015636 70 40.4549 70 115.761 = 0.089310 70 5 70 130 = 0.211126 40.4549 5 115.761 130 = 0.015636 70 40.4549 70 115.761 = 0.089310 57.0631 40.4549 101.986 115.761 = 0.013313 70 57.0631 70 101.986 = 0.030383 70 5 70 130 = 0.211126 40.4549 5 115.761 130 = 0.015636 70 40.4549 70 115.761 = 0.089310 57.0631 40.4549 101.986 115.761 = 0.013313 70 57.0631 70 101.986 = 0.030383 64.3757 57.0631 89.7274 101.986 = 0.006156 70 64.3757 70 89.7274 = 0.008862 70 5 70 130 = 0.211126 40.4549 5 115.761 130 = 0.015636 22.8831 5 123.839 130 = 0.002064 40.4549 22.8831 115.761 123.839 = 0.005748 70 40.4549 70 115.761 = 0.089310 57.0631 40.4549 101.986 115.761 = 0.013313 48.9589 40.4549 110.026 115.761 = 0.002632 57.0631 48.9589 101.986 110.026 = 0.004016 70 57.0631 70 101.986 = 0.030383 64.3757 57.0631 89.7274 101.986 = 0.006156 70 64.3757 70 89.7274 = 0.008862 70 5 70 130 = 0.211126 40.4549 5 115.761 130 = 0.015636 70 40.4549 70 115.761 = 0.089310 70 5 70 130 = 0.211126 40.4549 5 115.761 130 = 0.015636 70 40.4549 70 115.761 = 0.089310 57.0631 40.4549 101.986 115.761 = 0.013313 70 57.0631 70 101.986 = 0.030383 70 5 70 130 = 0.211126 40.4549 5 115.761 130 = 0.015636 70 40.4549 70 115.761 = 0.089310 57.0631 40.4549 101.986 115.761 = 0.013313 70 57.0631 70 101.986 = 0.030383 64.3757 57.0631 89.7274 101.986 = 0.006156 70 64.3757 70 89.7274 = 0.008862 70 5 70 130 = 0.211126 40.4549 5 115.761 130 = 0.015636 22.8831 5 123.839 130 = 0.002064 40.4549 22.8831 115.761 123.839 = 0.005748 70 40.4549 70 115.761 = 0.089310 57.0631 40.4549 101.986 115.761 = 0.013313 48.9589 40.4549 110.026 115.761 = 0.002632 57.0631 48.9589 101.986 110.026 = 0.004016 70 57.0631 70 101.986 = 0.030383 64.3757 57.0631 89.7274 101.986 = 0.006156 70 64.3757 70 89.7274 = 0.008862 ************* Execution Time for nc5axis.irt is 1.0120 ****************** ************* Execution Time for ofstmtch.irt is 0.1400 ****************** ************* Execution Time for orthotmc.irt is 0.1400 ****************** ************* Execution Time for platonic.irt is 0.0500 ****************** ************* Execution Time for playgrnd.irt is 0.2400 ****************** XDomain = [-1.000000 5.000000], YDomain = [-15.000000 15.000000] XDomain = [-10.000000 10.000000], YDomain = [-10.000000 10.000000], ZDomain = [-0.216756 0.126211] ************* Execution Time for plotter.irt is 0.0500 ****************** ************* Execution Time for plycrvtr.irt is 7.7620 ****************** ************* Execution Time for pmorph.irt is 0.0700 ****************** ************* Execution Time for polygons.irt is 0.1100 ****************** ************* Execution Time for polypris.irt is 0.0500 ****************** ************* Execution Time for polytrnc.irt is 0.1200 ****************** 14 quadratic segements 10 quadratic segements 7 cubic segements 4 cubic segements 16 quadratic segements 10 quadratic segements 8 cubic segements 5 cubic segements 16 quadratic segements 12 quadratic segements 9 cubic segements 6 cubic segements 12 quadratic segements 6 quadratic segements 5 cubic segements 3 cubic segements 2 quadratic segements 2 quadratic segements 1 cubic segements 1 cubic segements 2 quadratic segements 2 quadratic segements 1 cubic segements 1 cubic segements 16 quadratic segements 8 quadratic segements 8 cubic segements 4 cubic segements ************* Execution Time for pp_apprx.irt is 0.3510 ****************** 0), Error = 0.000877 1), Error = 0.000599 2), Error = 0.000827 3), Error = 0.000396 4), Error = 0.000523 5), Error = 0.000575 6), Error = 0.000394 7), Error = 0.001057 8), Error = 0.000314 9), Error = 0.000561 10), Error = 0.000511 ************* Execution Time for prim_fit.irt is 4.6360 ****************** ************* Execution Time for primitiv.irt is 0.0100 ****************** ************* Execution Time for primsrfs.irt is 0.0900 ****************** this is a line. this is a string "STRING". this is an integer 3141 , 3141, 6105, 00c45 this is a float 3.141593 3.1 3.14159E+000 this is a vector [ 1.00000, 2.00000, 3.00000], [ 1, 2, 3] this is a point [1.00000, 2.00000, 3.00000], [1, 2, 3] this is a plane 0.999912, 0.017702, -0.999755, -0.026551 this is a object AXES (17) - Poly type [OBJECT AXES [POLYLINE 3 [[rgb "255,255,255"] 0. 0. 0.] [[rgb "255,64,64"] 1. 0. 0.] [[rgb "255,64,64"] 1. 0.1 0.1] ] [POLYLINE 2 [[rgb "255,64,64"] 1. 0.1 0.] [[rgb "255,64,64"] 1. 0. 0.1] ] [POLYLINE 6 [[rgb "255,255,255"] 0. 0. 0.] [[rgb "64,255,64"] 0. 1. 0.] [[rgb "64,255,64"] 0. 1. 0.06] [[rgb "64,255,64"] 0.04 1. 0.1] [[rgb "64,255,64"] 0. 1. 0.06] [[rgb "64,255,64"] -0.04 1. 0.1] ] [POLYLINE 5 [[rgb "255,255,255"] 0. 0. 0.] [[rgb "64,64,255"] 0. 0. 1.] [[rgb "64,64,255"] 0.1 0. 1.] [[rgb "64,64,255"] 0. 0.1 1.] [[rgb "64,64,255"] 0.1 0.1 1.] ] ] , until here... this is a object AXES (17) - Poly type [OBJECT AXES [POLYLINE 3 [[rgb "255,255,255"] 0. 0. 0.] [[rgb "255,64,64"] 1. 0. 0.] [[rgb "255,64,64"] 1. 0.1 0.1] ] [POLYLINE 2 [[rgb "255,64,64"] 1. 0.1 0.] [[rgb "255,64,64"] 1. 0. 0.1] ] [POLYLINE 6 [[rgb "255,255,255"] 0. 0. 0.] [[rgb "64,255,64"] 0. 1. 0.] [[rgb "64,255,64"] 0. 1. 0.06] [[rgb "64,255,64"] 0.04 1. 0.1] [[rgb "64,255,64"] 0. 1. 0.06] [[rgb "64,255,64"] -0.04 1. 0.1] ] [POLYLINE 5 [[rgb "255,255,255"] 0. 0. 0.] [[rgb "64,64,255"] 0. 0. 1.] [[rgb "64,64,255"] 0.1 0. 1.] [[rgb "64,64,255"] 0. 0.1 1.] [[rgb "64,64,255"] 0.1 0.1 1.] ] ] , until here... this is a object AXES (17) - Poly type [OBJECT AXES [POLYLINE 3 [[rgb "255,255,255"] 0 0 0] [[rgb "255,64,64"] 1 0 0] [[rgb "255,64,64"] 1 0.1 0.1] ] [POLYLINE 2 [[rgb "255,64,64"] 1 0.1 0] [[rgb "255,64,64"] 1 0 0.1] ] [POLYLINE 6 [[rgb "255,255,255"] 0 0 0] [[rgb "64,255,64"] 0 1 0] [[rgb "64,255,64"] 0 1 0.06] [[rgb "64,255,64"] 0.04 1 0.1] [[rgb "64,255,64"] 0 1 0.06] [[rgb "64,255,64"] -0.04 1 0.1] ] [POLYLINE 5 [[rgb "255,255,255"] 0 0 0] [[rgb "64,64,255"] 0 0 1] [[rgb "64,64,255"] 0.1 0 1] [[rgb "64,64,255"] 0 0.1 1] [[rgb "64,64,255"] 0.1 0.1 1] ] ] , until here... ************* Execution Time for printf.irt is 0.0500 ****************** Curve of order 4, poly size 10 and point type E3 Control Polygon: [ [ 0 1 0 ] [ 0.552285 1 0 ] [ 1 0.552285 0 ] [ 1 -0.552285 0 ] [ 0.552285 -1 0 ] [-0.552285 -1 0 ] [ -1 -0.552285 0 ] [ -1 0.552285 0 ] [-0.552285 1 0 ] [ 0 1 0 ] ] [U KnotVector: 0 0 0 0 1 1 2 2 3 3 4 4 4 4] Surface of orders 3 x 3, mesh size 9 x 5 and point type P3 Control Mesh: [ [W=1 0 0 -1 ] [W=0.707107 0 0 -0.707107 ] [W=1 0 0 -1 ] [W=0.707107 0 0 -0.707107 ] [W=1 0 0 -1 ] [W=0.707107 0 0 -0.707107 ] [W=1 0 0 -1 ] [W=0.707107 0 0 -0.707107 ] [W=1 0 0 -1 ] [W=0.707107 -0.707107 0 -0.707107 ] [W=0.5 -0.5 -0.5 -0.5 ] [W=0.707107 0 -0.707107 -0.707107 ] [W=0.5 0.5 -0.5 -0.5 ] [W=0.707107 0.707107 0 -0.707107 ] [W=0.5 0.5 0.5 -0.5 ] [W=0.707107 0 0.707107 -0.707107 ] [W=0.5 -0.5 0.5 -0.5 ] [W=0.707107 -0.707107 0 -0.707107 ] [W=1 -1 0 0 ] [W=0.707107 -0.707107 -0.707107 0 ] [W=1 0 -1 0 ] [W=0.707107 0.707107 -0.707107 0 ] [W=1 1 0 0 ] [W=0.707107 0.707107 0.707107 0 ] [W=1 0 1 0 ] [W=0.707107 -0.707107 0.707107 0 ] [W=1 -1 0 0 ] [W=0.707107 -0.707107 0 0.707107 ] [W=0.5 -0.5 -0.5 0.5 ] [W=0.707107 0 -0.707107 0.707107 ] [W=0.5 0.5 -0.5 0.5 ] [W=0.707107 0.707107 0 0.707107 ] [W=0.5 0.5 0.5 0.5 ] [W=0.707107 0 0.707107 0.707107 ] [W=0.5 -0.5 0.5 0.5 ] [W=0.707107 -0.707107 0 0.707107 ] [W=1 0 0 1 ] [W=0.707107 0 0 0.707107 ] [W=1 0 0 1 ] [W=0.707107 0 0 0.707107 ] [W=1 0 0 1 ] [W=0.707107 0 0 0.707107 ] [W=1 0 0 1 ] [W=0.707107 0 0 0.707107 ] [W=1 0 0 1 ] ] [U KnotVector: 0 0 0 1 1 2 2 3 3 4 4 4] [V KnotVector: 0 0 0 1 1 2 2 2] Trivar of orders 3 x 3 x 2 mesh size 9 x 5 x 2 and point type E3 Control Mesh: [ [ 0 0 -1 ] [ 0 0 -1 ] [ 0 0 -1 ] [ 0 0 -1 ] [ 0 0 -1 ] [ 0 0 -1 ] [ 0 0 -1 ] [ 0 0 -1 ] [ 0 0 -1 ] [ -1 0 -1 ] [ -1 -1 -1 ] [ 0 -1 -1 ] [ 1 -1 -1 ] [ 1 0 -1 ] [ 1 1 -1 ] [ 0 1 -1 ] [ -1 1 -1 ] [ -1 0 -1 ] [ -1 0 0 ] [ -1 -1 0 ] [ 0 -1 0 ] [ 1 -1 0 ] [ 1 0 0 ] [ 1 1 0 ] [ 0 1 0 ] [ -1 1 0 ] [ -1 0 0 ] [ -1 0 1 ] [ -1 -1 1 ] [ 0 -1 1 ] [ 1 -1 1 ] [ 1 0 1 ] [ 1 1 1 ] [ 0 1 1 ] [ -1 1 1 ] [ -1 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 1 0 -1 ] [ 1 -1 -1 ] [ 2 -1 -1 ] [ 3 -1 -1 ] [ 3 0 -1 ] [ 3 1 -1 ] [ 2 1 -1 ] [ 1 1 -1 ] [ 1 0 -1 ] [ 1 0 0 ] [ 1 -1 0 ] [ 2 -1 0 ] [ 3 -1 0 ] [ 3 0 0 ] [ 3 1 0 ] [ 2 1 0 ] [ 1 1 0 ] [ 1 0 0 ] [ 1 0 1 ] [ 1 -1 1 ] [ 2 -1 1 ] [ 3 -1 1 ] [ 3 0 1 ] [ 3 1 1 ] [ 2 1 1 ] [ 1 1 1 ] [ 1 0 1 ] [ 2 0 1 ] [ 2 0 1 ] [ 2 0 1 ] [ 2 0 1 ] [ 2 0 1 ] [ 2 0 1 ] [ 2 0 1 ] [ 2 0 1 ] [ 2 0 1 ] ] [U KnotVector: 0 0 0 1 1 2 2 3 3 4 4 4] [V KnotVector: 0 0 0 1 1 2 2 2] [W KnotVector: 0 0 1 1] Multivariate of orders 3 3 2, mesh size 9 5 2 and point type E3 Control Mesh: [ [ 0 0 -1 ] [ 0 0 -1 ] [ 0 0 -1 ] [ 0 0 -1 ] [ 0 0 -1 ] [ 0 0 -1 ] [ 0 0 -1 ] [ 0 0 -1 ] [ 0 0 -1 ] [ -1 0 -1 ] [ -1 -1 -1 ] [ 0 -1 -1 ] [ 1 -1 -1 ] [ 1 0 -1 ] [ 1 1 -1 ] [ 0 1 -1 ] [ -1 1 -1 ] [ -1 0 -1 ] [ -1 0 0 ] [ -1 -1 0 ] [ 0 -1 0 ] [ 1 -1 0 ] [ 1 0 0 ] [ 1 1 0 ] [ 0 1 0 ] [ -1 1 0 ] [ -1 0 0 ] [ -1 0 1 ] [ -1 -1 1 ] [ 0 -1 1 ] [ 1 -1 1 ] [ 1 0 1 ] [ 1 1 1 ] [ 0 1 1 ] [ -1 1 1 ] [ -1 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 0 0 1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 2 0 -1 ] [ 1 0 -1 ] [ 1 -1 -1 ] [ 2 -1 -1 ] [ 3 -1 -1 ] [ 3 0 -1 ] [ 3 1 -1 ] [ 2 1 -1 ] [ 1 1 -1 ] [ 1 0 -1 ] [ 1 0 0 ] [ 1 -1 0 ] [ 2 -1 0 ] [ 3 -1 0 ] [ 3 0 0 ] [ 3 1 0 ] [ 2 1 0 ] [ 1 1 0 ] [ 1 0 0 ] [ 1 0 1 ] [ 1 -1 1 ] [ 2 -1 1 ] [ 3 -1 1 ] [ 3 0 1 ] [ 3 1 1 ] [ 2 1 1 ] [ 1 1 1 ] [ 1 0 1 ] [ 2 0 1 ] [ 2 0 1 ] [ 2 0 1 ] [ 2 0 1 ] [ 2 0 1 ] [ 2 0 1 ] [ 2 0 1 ] [ 2 0 1 ] [ 2 0 1 ] ] [KnotVector: 0 0 0 1 1 2 2 3 3 4 4 4] [KnotVector: 0 0 0 1 1 2 2 2] [KnotVector: 0 0 1 1] ************* Execution Time for print_it.irt is 0.0610 ****************** ************* Execution Time for prisa.irt is 0.3900 ****************** ************* Execution Time for prisanim.irt is 0.0900 ****************** ************* Execution Time for prismovi.irt is 28.5810 ****************** ************* Execution Time for puz12pcs.irt is 0.1410 ****************** ************* Execution Time for puz3cube.irt is 0.1000 ****************** ************* Execution Time for puz4pcs.irt is 1.4020 ****************** ************* Execution Time for puz_anim.irt is 0.3400 ****************** ************* Execution Time for puz_crnr.irt is 0.2510 ****************** ************* Execution Time for puz_cube.irt is 0.1500 ****************** ************* Execution Time for puz_dvd.irt is 0.0800 ****************** ************* Execution Time for puz_snak.irt is 0.0700 ****************** ************* Execution Time for puzcubes.irt is 0.0700 ****************** ************* Execution Time for puzzles.irt is 0.4510 ****************** ************* Execution Time for quadric.irt is 0.1900 ****************** Error = 0.00000000000149 Error = 0.00000000048845 Error = 0.00000000000303 Error = 0.00000000005946 Error = 0.00000000048845 Error = 0.00000000000303 Error = 0.00000000005946 Error = 0.00000000002315 Error = 0.00000000000000 Error = 0.00000000000338 Error = 0.00000000005848 Error = 0.00000000004586 Error = 0.00000000000872 Error = 0.00000000033474 Error = 0.00000000000025 Error = 0.00000000007176 Error = 0.00000000012223 Error = 0.00000000000001 Error = 0.00000000004724 Error = 0.00000000000000 Error = 0.00000000019324 Error = 0.00000000000005 Error = 0.00000000023704 Error = 0.00000000004494 Error = 0.00000000000005 Error = 0.00000000048845 Error = 0.00000000000303 Error = 0.00000000005946 Error = 0.00000000000001 Error = 0.00000000016308 Error = 0.00000000005410 Error = 0.00000000032613 Error = 0.00000000003237 Error = 0.00000000008536 Error = 0.00000000000923 Error = 0.00000000000060 Error = 0.00000000014568 Error = 0.00000000000588 Error = 0.00000000020699 Error = 0.00000000000100 Error = 0.00000000000023 Error = 0.00000000008109 Error = 0.00000000000000 Error = 0.00000000007618 Error = 0.00000000020853 Error = 0.00000000010834 Error = 0.00000000000000 Error = 0.00000000000360 Error = 0.00000000006410 Error = 0.00000000021355 Error = 0.00000001100524 Error = 0.00000000000000 Error = 0.00000000000234 Error = 0.00000000000007 Error = 0.00000000000000 Error = 0.00000000069170 Error = 0.00000000000041 Error = 0.00000000021024 Error = 0.00000000002088 Error = 0.00000000000000 ************* Execution Time for ray_trap.irt is 1.4320 ****************** ************* Execution Time for rbt_hand.irt is 0.0500 ****************** ************* Execution Time for register.irt is 0.1200 ****************** ************* Execution Time for rflct_ln.irt is 0.5810 ****************** ************* Execution Time for ringring.irt is 0.3610 ****************** ************* Execution Time for rrinter.irt is 0.6110 ****************** Line test - 1 Line test - 1 Line test - 1 Line test - 1 Circle test - 1 Circle test - 1 Circle test - 1 Circle test - 1 Plane test - 1 Plane test - 1 Plane test - 1 Plane test - 1 Plane test - 1 Sphere test - 1 Ruled test - 1 Ruled test - 1 Ruled test - 1 Ruled test - 1 Ruled test - 1 Ruled test - 1 Ruled test - 1 Extrusion test - 1 Extrusion test - 1 Extrusion test - 1 Extrusion test - 1 Extrusion test - 1 Extrusion test - 1 Srf of revolution test - 1 Srf of revolution test - 1 Srf of revolution test - 1 Srf of revolution test - 1 Srf of revolution test - 1 Srf of revolution test - 1 ************* Execution Time for rvrs_eng.irt is 0.4800 ****************** ************* Execution Time for saccess.irt is 16.0030 ****************** ************* Execution Time for saloon2.irt is 0.2110 ****************** ************* Execution Time for sbisect.irt is 0.2800 ****************** ************* Execution Time for sbisect2.irt is 0.3710 ****************** ************* Execution Time for selfintr.irt is 0.5300 ****************** Detected 14 silhouette high order contact points. Detected 15 silhouette high order contact points. Detected 14 silhouette high order contact points. ************* Execution Time for silh.irt is 3.2850 ****************** ************* Execution Time for skel2d.irt is 2.4240 ****************** ************* Execution Time for smorph.irt is 2.4230 ****************** ************* Execution Time for smorph2.irt is 0.2100 ****************** ************* Execution Time for snakanim.irt is 0.1910 ****************** ************* Execution Time for solid0.irt is 0.0800 ****************** ************* Execution Time for solid1.irt is 0.0800 ****************** Total Time = 0.020000 ************* Execution Time for solid2.irt is 0.1300 ****************** Total Time = 0.040000 ************* Execution Time for solid2h.irt is 0.2100 ****************** Total Time = 0.090000 ************* Execution Time for solid3.irt is 0.1200 ****************** Total Time = 0.040000 ************* Execution Time for solid3h.irt is 0.1300 ****************** Total Time = 0.030000 ************* Execution Time for solid4.irt is 0.6510 ****************** Total Time = 0.201000 ************* Execution Time for solid4h.irt is 0.9220 ****************** Total Time = 0.030000 ************* Execution Time for solid5.irt is 0.1200 ****************** ************* Execution Time for solid6.irt is 0.1000 ****************** ************* Execution Time for solid6h.irt is 0.1600 ****************** ************* Execution Time for solid7.irt is 0.3310 ****************** ************* Execution Time for solid7h.irt is 0.5500 ****************** ************* Execution Time for solid8.irt is 0.2410 ****************** ************* Execution Time for solid8h.irt is 0.1100 ****************** Total Time = 0.130000 ************* Execution Time for solid9.irt is 0.2600 ****************** ************* Execution Time for sphercon.irt is 0.0100 ****************** ************* Execution Time for srfray.irt is 1.6330 ****************** ************* Execution Time for srf_dist.irt is 0.4000 ****************** ************* Execution Time for srf_krnl.irt is 1.7330 ****************** No Alignment: Length of intersection curve 66, Time = 0.030000 Sec. Z Alignment: Length of intersection curve 66, Time = 0.050000 Sec. RZ Alignment: Length of intersection curve 66, Time = 0.220000 Sec. No Alignment: Length of intersection curve 260, Time = 0.241000 Sec. Z Alignment: Length of intersection curve 260, Time = 0.180000 Sec. RZ Alignment: Length of intersection curve 260, Time = 1.262000 Sec. No Alignment: Length of intersection curve 66, Time = 0.030000 Sec. Z Alignment: Length of intersection curve 66, Time = 0.050000 Sec. RZ Alignment: Length of intersection curve 66, Time = 0.230000 Sec. No Alignment: Length of intersection curve 260, Time = 0.231000 Sec. Z Alignment: Length of intersection curve 260, Time = 0.160000 Sec. RZ Alignment: Length of intersection curve 260, Time = 1.572000 Sec. No Alignment: Length of intersection curve 34, Time = 0.050000 Sec. Z Alignment: Length of intersection curve 34, Time = 0.080000 Sec. RZ Alignment: Length of intersection curve 34, Time = 0.191000 Sec. No Alignment: Length of intersection curve 62, Time = 0.370000 Sec. Z Alignment: Length of intersection curve 62, Time = 0.391000 Sec. RZ Alignment: Length of intersection curve 62, Time = 0.701000 Sec. No Alignment: Length of intersection curve 29, Time = 0.000000 Sec. Z Alignment: Length of intersection curve 29, Time = 0.010000 Sec. RZ Alignment: Length of intersection curve 29, Time = 0.030000 Sec. No Alignment: Length of intersection curve 109, Time = 0.010000 Sec. Z Alignment: Length of intersection curve 109, Time = 0.030000 Sec. RZ Alignment: Length of intersection curve 109, Time = 0.060000 Sec. ************* Execution Time for srf_ssi.irt is 0.0600 ****************** ************* Execution Time for srf_tan.irt is 7.6910 ****************** ************* Execution Time for ssi-test.irt is 0.7510 ****************** ************* Execution Time for surfrev.irt is 0.2000 ****************** 0.143 0.071 0.032 0.004 0.000 0.000 0.000 0.000 0.000 0.071 0.086 0.079 0.014 0.000 0.000 0.000 0.000 0.000 0.032 0.079 0.229 0.143 0.016 0.002 0.000 0.000 0.000 0.004 0.014 0.143 0.229 0.095 0.016 0.000 0.000 0.000 0.000 0.000 0.016 0.095 0.229 0.143 0.016 0.002 0.000 0.000 0.000 0.002 0.016 0.143 0.229 0.095 0.016 0.000 0.000 0.000 0.000 0.000 0.016 0.095 0.229 0.143 0.014 0.000 0.000 0.000 0.000 0.002 0.016 0.143 0.229 0.079 0.000 0.000 0.000 0.000 0.000 0.000 0.014 0.079 0.086 0.000 0.000 0.000 0.000 0.000 0.000 0.004 0.032 0.071 ************* Execution Time for symbolic.irt is 0.7310 ****************** ************* Execution Time for tea-bool.irt is 0.4010 ****************** ************* Execution Time for teacrvtr.irt is 1.8330 ****************** ************* Execution Time for teapot.irt is 0.4600 ****************** ************* Execution Time for teapot2.irt is 0.1410 ****************** ************* Execution Time for techlogo.irt is 0.1900 ****************** ************* Execution Time for textgeom.irt is 1.0410 ****************** ************* Execution Time for textwarp.irt is 0.2810 ****************** ************* Execution Time for tmorph.irt is 4.4260 ****************** ************* Execution Time for trees.irt is 0.2710 ****************** ************* Execution Time for triang.irt is 0.0500 ****************** Trim surfaces save/load test = 1 ************* Execution Time for trimsrfs.irt is 0.6410 ****************** ************* Execution Time for trim_off.irt is 6.9900 ****************** ************* Execution Time for trisrfs.irt is 0.5200 ****************** Trivar save/load equality test (high precision - might fail) = 0 Trivar save/load equality test (low precision) = 1 ************* Execution Time for trivars.irt is 2.7340 ****************** ************* Execution Time for turbine.irt is 0.1600 ****************** ************* Execution Time for tvcover.irt is 3.3850 ****************** ************* Execution Time for warp2trv.irt is 0.6710 ****************** ************* Execution Time for warptriv.irt is 0.4310 ****************** ************* Execution Time for warp_tea.irt is 0.8010 ****************** ************* Execution Time for weights.irt is 0.1100 ****************** Total Time = 0.010000 ************* Execution Time for wheel.irt is 0.0600 ****************** NONE (0) - Numeric type [OBJECT NONE [NUMBER 1e-006] ] NONE (0) - Numeric type [OBJECT NONE [NUMBER 0] ] NONE (0) - Numeric type [OBJECT NONE [NUMBER 1] ] NONE (0) - Numeric type [OBJECT NONE [NUMBER 0] ] NONE (0) - Numeric type [OBJECT NONE [NUMBER 0] ] NONE (0) - Numeric type [OBJECT NONE [NUMBER 0] ] NONE (0) - Numeric type [OBJECT NONE [NUMBER 23] ] NONE (0) - Numeric type [OBJECT NONE [NUMBER 0] ] test_all > iritstate("FlatLoad", 0); NONE (0) - Numeric type [OBJECT NONE [NUMBER 0] ] test_all > iritstate("FloatFrmt", "%-16.14lg"); NONE (0) - String type [OBJECT NONE [STRING "%-.12g"] ] test_all > iritstate("GMEpsilon", 0); NONE (0) - Numeric type [OBJECT NONE [NUMBER 0] ] test_all > iritstate("InterCrv", 0); NONE (0) - Numeric type [OBJECT NONE [NUMBER 0] ] test_all > iritstate("InterpProd", 1); NONE (0) - Numeric type [OBJECT NONE [NUMBER 1] ] test_all > iritstate("PolySort", 0); NONE (0) - Numeric type [OBJECT NONE [NUMBER 0] ] test_all > iritstate("PrimSrfs", 0); NONE (0) - Numeric type [OBJECT NONE [NUMBER 0] ] test_all > iritstate("PrimRatSrfs", 1); NONE (0) - Numeric type [OBJECT NONE [NUMBER 1] ] test_all > iritstate("RandomInit", 0); NONE (0) - Numeric type [OBJECT NONE [NUMBER 0] ] test_all > iritstate("TrimCrvs", 0); test_all > iritstate("UVBoolean", 0); NONE (0) - Numeric type [OBJECT NONE [NUMBER 0] ] test_all > test_all > comment $ test_all > test_all > # test_all > # These files are really slow to execute! test_all > # test_all > test_all > BTime = TimedInclude("loffset.irt"); test_all > PrintTime("loffset.irt", BTime ); test_all > BTime = TimedInclude("scnvhull.irt"); test_all > PrintTime("scnvhull.irt", BTime ); test_all > test_all > $ test_all > test_all > LastEchoSrc = iritState( "EchoSource", LastEchoSrc ); test_all > printf("############# Total Execution Time is %9.4f ##################\\n", test_all > list( TotalTime ) ): test_all > test_all > logfile( off ); ############# Total Execution Time is 253.6340 ##################