.. DO NOT EDIT. .. THIS FILE WAS AUTOMATICALLY GENERATED BY SPHINX-GALLERY. .. TO MAKE CHANGES, EDIT THE SOURCE PYTHON FILE: .. "examples/001-query-filesystem.py" .. LINE NUMBERS ARE GIVEN BELOW. .. only:: html .. note:: :class: sphx-glr-download-link-note :ref:`Go to the end ` to download the full example code. .. rst-class:: sphx-glr-example-title .. _sphx_glr_examples_001-query-filesystem.py: .. _query_filesystem_example: Query the file system and access solution data =============================================== This example demonstrates how to interact with Result Explorer's file system and solution management capabilities: - **File system queries** allow you to browse and explore the directory structure of result data using the ``rx.ls()`` method. - **Solution creation** enables you to load result files and organize simulation data for analysis and visualization. - **Solution data access** provides methods to retrieve and examine solver output through the solution entity. This example uses transient structural analysis results for demonstration. .. GENERATED FROM PYTHON SOURCE LINES 37-39 Launch Result Explorer ---------------------- .. GENERATED FROM PYTHON SOURCE LINES 39-52 .. code-block:: Python # Import dependencies. from ansys.result_explorer.core import launch_result_explorer, models from ansys.result_explorer.core.examples import ExampleKeys, get_example_file # Start a Result Explorer instance. rx = launch_result_explorer() # Get the path to the example result file. This is a transient structural # analysis result in RST format. rst_path = get_example_file(ExampleKeys.RST_CP_TRANSIENT) .. GENERATED FROM PYTHON SOURCE LINES 53-57 Query the file system --------------------- List the contents of the directory containing the result file. Define a helper function to pretty-print the file system structure. .. GENERATED FROM PYTHON SOURCE LINES 57-71 .. code-block:: Python def pretty_print_fs_items(items: list[models.FSItem], indent: int = 0) -> None: """Pretty-print file system items with hierarchical formatting.""" prefix = " " * indent for item in items: if item.is_file: print(f"{prefix}- {item.name}") else: print(f"{prefix}- {item.name}/") if item.content: pretty_print_fs_items(list(item.content), indent=indent + 2) .. GENERATED FROM PYTHON SOURCE LINES 72-73 Query the directory at depth 0 to see the top-level contents. .. GENERATED FROM PYTHON SOURCE LINES 73-76 .. code-block:: Python content = rx.ls(path=rst_path.parent, depth=0) pretty_print_fs_items(content) .. rst-class:: sphx-glr-script-out .. code-block:: none - file.gst - ds.dat - file.nr001 - file.cnd - file.err - solve.out - file.rst - file.nr003 - file.nr002 .. GENERATED FROM PYTHON SOURCE LINES 77-81 Create a solution ----------------- Create a solution from the result file. A solution is a container for result data that allows you to query and visualize the simulation results. .. GENERATED FROM PYTHON SOURCE LINES 81-86 .. code-block:: Python solution = rx.create_solution( name="Test Solution", file_path=rst_path, ) .. GENERATED FROM PYTHON SOURCE LINES 87-91 Access solver output through solution ---------------------------------------- Retrieve solver text output files from the solution. In this case, we access the ``file.gst`` file, which contains transient convergence information. .. GENERATED FROM PYTHON SOURCE LINES 91-94 .. code-block:: Python out_file = next((f for f in solution.solver_text_outputs if f.name == "file.gst"), None) assert out_file is not None, "file.gst not found in solver text outputs" .. GENERATED FROM PYTHON SOURCE LINES 95-96 Get the content of the solver output file through the solution entity. .. GENERATED FROM PYTHON SOURCE LINES 96-99 .. code-block:: Python gst_via_solution = solution.get_solver_out_content(out_file) print("\nContent of file.gst accessed via solution entity:") print(gst_via_solution) .. rst-class:: sphx-glr-script-out .. code-block:: none Content of file.gst accessed via solution entity:
Time Load Step Sub-step Cum Iter Time Incr Max DOF Incr Line Search Parameter Bisection F CRIT F L2 U CRIT U INF HEATCRIT HEAT L2 Remesh Max Resi F Node with Max DOF Incr DOF with Max DOF Incr Node with Max Resi F DOF with Max Resi F Max Resi M Node with Max Resi M DOF with Max Resi M SI
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0.6879172E-04 0.5684039E-03 0 0.9420631E-01 174 TEMP 184 UY 0.1410478E-06 406 ROTZ 0.1000000E-01 1 1 7 0.1000000E-01 0.1021373E-02 0.9500607 0 7.966941 0.6868628E-01 0.4408049E-05 0.1235754E-07 0.6883337E-04 0.2561052E-04 0 0.1979690E-01 13 TEMP 184 UY 0.6580742E-07 406 ROTX 0.1457912E-01 1 2 8 0.4579120E-02 -1.199599 0.6591472 0 9.389686 964.1622 0.4408049E-05 0.3176291E-05 0.1453602E-04 0.5264934E-01 0 502.6417 9 TEMP 28 UX 0.1084059 406 ROTZ 0.1457912E-01 1 2 9 0.4579120E-02 0.2533848 1.000000 0 7.977154 7.270058 0.4408049E-05 0.1682059E-05 0.3362824E-04 0.3660691E-01 0 2.082779 10 TEMP 156 UY 0.2257619E-04 406 ROTZ 0.1457912E-01 1 2 10 0.4579120E-02 0.4317575 0.8889296 0 7.978318 2.264029 0.4408049E-05 0.3921952E-06 0.4805810E-04 0.2834234E-02 0 0.6493028 55 TEMP 186 UX 0.5954664E-05 406 ROTZ 0.1457912E-01 1 2 11 0.4579120E-02 -0.3522663E-01 1.000000 0 7.978165 0.4393754 0.4408049E-05 0.8929348E-07 0.4764940E-04 0.1220076E-02 0 0.1589052 13 TEMP 186 UX 0.2125756E-05 406 ROTZ 0.1457912E-01 1 2 12 0.4579120E-02 -0.7616052E-02 1.000000 0 7.977912 0.8845892E-01 0.4408049E-05 0.3333398E-07 0.4735300E-04 0.3199851E-03 0 0.3577992E-01 13 TEMP 186 UX 0.1818751E-06 406 ROTZ 0.1457912E-01 1 2 13 0.4579120E-02 -0.1370688E-02 1.000000 0 7.977895 0.1982016E-01 0.4408049E-05 0.5110361E-08 0.4727336E-04 0.6156061E-04 0 0.7978296E-02 13 TEMP 186 UX 0.3988250E-07 406 ROTZ 0.1457912E-01 1 2 14 0.4579120E-02 -0.2332318E-03 1.000000 0 7.977901 0.4783564E-02 0.4408049E-05 0.8857384E-09 0.4725951E-04 0.1499819E-04 0 0.1860165E-02 289 TEMP 361 UY 0.7752339E-08 406 ROTZ 0.1915824E-01 1 3 15 0.4579120E-02 -0.8016973 0.5674494 0 10.22606 1225.500 0.4408049E-05 0.2644634E-05 0.1341358E-04 0.4724240E-01 0 637.8519 11 TEMP 28 UX 0.1375051 406 ROTZ 0.1915824E-01 1 3 16 0.4579120E-02 0.2435559 1.000000 0 7.990169 5.022358 0.4408049E-05 0.1990777E-05 0.3095835E-04 0.4723352E-01 0 1.996017 10 TEMP 370 UY 0.5186169E-05 406 ROTZ 0.1915824E-01 1 3 17 0.4579120E-02 0.4408738 0.9203075 0 7.986850 0.8128954 0.4408049E-05 0.2805072E-06 0.4678095E-04 0.2184510E-02 0 0.3125466 55 TEMP 366 UY 0.5283640E-06 406 ROTZ 0.1915824E-01 1 3 18 0.4579120E-02 -0.1088045E-01 1.000000 0 7.985514 0.1874134 0.4408049E-05 0.5186630E-07 0.4687376E-04 0.7697515E-03 0 0.4983063E-01 10 TEMP 361 UX 0.6361781E-06 406 ROTZ 0.1915824E-01 1 3 19 0.4579120E-02 -0.7313267E-02 1.000000 0 7.985447 0.4607336E-01 0.4408049E-05 0.8638302E-08 0.4660233E-04 0.1837132E-04 0 0.1671999E-01 53 TEMP 361 UX 0.2409534E-07 406 ROTZ 0.2415824E-01 1 4 20 0.5000000E-02 -0.7969403 0.5684385 0 10.74604 1331.431 0.4408049E-05 0.2884280E-05 0.1331433E-04 0.5713782E-01 0 694.8922 11 TEMP 28 UX 0.1497954 406 ROTZ 0.2415824E-01 1 4 21 0.5000000E-02 0.2662405 1.000000 0 7.991764 5.506972 0.4408049E-05 0.2169766E-05 0.3200436E-04 0.5541590E-01 0 2.231635 10 TEMP 370 UY 0.4321065E-05 406 ROTZ 0.2415824E-01 1 4 22 0.5000000E-02 0.4674233 0.9244844 0 7.990627 0.7481592 0.4408049E-05 0.3432351E-06 0.4892181E-04 0.1748142E-02 0 0.3046435 55 TEMP 366 UY 0.5062487E-06 406 ROTZ 0.2415824E-01 1 4 23 0.5000000E-02 -0.1541338E-01 1.000000 0 7.991079 0.1537782 0.4408049E-05 0.4833809E-07 0.4903560E-04 0.4476830E-03 0 0.4611485E-01 10 TEMP 366 UY 0.9721089E-06 406 ROTZ 0.2415824E-01 1 4 24 0.5000000E-02 -0.5897011E-02 0.8807011 0 7.991157 0.4654104E-01 0.4408049E-05 0.4808839E-08 0.4888389E-04 0.6113016E-04 0 0.1318884E-01 10 TEMP 397 UY 0.1622841E-06 406 ROTZ 0.2415824E-01 1 4 25 0.5000000E-02 0.3047381E-03 1.000000 0 7.991187 0.1104704E-01 0.4408049E-05 0.2022314E-08 0.4889130E-04 0.8286465E-05 0 0.3260656E-02 15 TEMP 397 UY 0.9494729E-08 406 ROTZ 0.2915824E-01 1 5 26 0.5000000E-02 -0.8212822 0.5594971 0 10.85838 1358.993 0.4408049E-05 0.2833537E-05 0.1373977E-04 0.6279109E-01 0 709.2855 55 TEMP 28 UX 0.1528950 406 ROTZ 0.2915824E-01 1 5 27 0.5000000E-02 0.2572278 1.000000 0 7.996518 5.757394 0.4408049E-05 0.2215270E-05 0.3345818E-04 0.5914627E-01 0 2.341098 10 TEMP 370 UY 0.2907809E-05 406 ROTZ 0.2915824E-01 1 5 28 0.5000000E-02 0.4910656 0.9246843 0 7.535487 0.7079667 0.4408049E-05 0.3368025E-06 0.5162780E-04 0.1417051E-02 0 0.2927204 55 TEMP 366 UY 0.4409699E-06 406 ROTX 0.2915824E-01 1 5 29 0.5000000E-02 -0.1647882E-01 1.000000 0 7.535457 0.1590833 0.4408049E-05 0.4480501E-07 0.5173779E-04 0.1574399E-03 0 0.4697373E-01 10 TEMP 366 UY 0.8871006E-06 406 ROTZ 0.2915824E-01 1 5 30 0.5000000E-02 -0.3671185E-02 0.8370934 0 7.535433 0.6839269E-01 0.4408049E-05 0.5350442E-08 0.5171075E-04 0.1509339E-03 0 0.2055658E-01 10 TEMP 283 UY 0.2156257E-06 406 ROTZ 0.2915824E-01 1 5 31 0.5000000E-02 0.5383133E-03 1.000000 0 7.535422 0.2530265E-01 0.4408049E-05 0.3794402E-08 0.5173725E-04 0.2923020E-04 0 0.8503447E-02 13 TEMP 283 UY 0.3654002E-07 406 ROTZ 0.3415824E-01 1 6 32 0.5000000E-02 -0.8487528 0.5509561 0 10.87341 1380.642 0.4408049E-05 0.2783985E-05 0.1425511E-04 0.6714466E-01 0 723.0297 55 TEMP 28 UX 0.2598731E-01 406 ROTX 0.3415824E-01 1 6 33 0.5000000E-02 0.2503617 1.000000 0 7.539814 6.071986 0.4408049E-05 0.2254767E-05 0.3514994E-04 0.6136756E-01 0 2.396897 10 TEMP 370 UY 0.2135626E-05 406 ROTZ 0.3415824E-01 1 6 34 0.5000000E-02 0.5104842 0.9176284 0 7.539349 0.7829320 0.4408049E-05 0.3733075E-06 0.5416449E-04 0.1339074E-02 0 0.3089326 11 TEMP 366 UY 0.1828967E-05 406 ROTZ 0.3415824E-01 1 6 35 0.5000000E-02 -0.1467333E-01 1.000000 0 7.539031 0.1454595 0.4408049E-05 0.4727303E-07 0.5424081E-04 0.3820611E-03 0 0.5171222E-01 10 TEMP 366 UY 0.8572413E-06 406 ROTZ 0.3415824E-01 1 6 36 0.5000000E-02 -0.2624101E-02 1.000000 0 7.538969 0.3642744E-01 0.4408049E-05 0.7522308E-08 0.5426168E-04 0.2500666E-03 0 0.9810782E-02 10 TEMP 366 UY 0.2448750E-07 406 ROTZ 0.3415824E-01 1 6 37 0.5000000E-02 0.1071133E-02 1.000000 0 7.538964 0.8354884E-02 0.4408049E-05 0.1925197E-08 0.5432082E-04 0.2323660E-04 0 0.2132033E-02 14 TEMP 254 UY 0.1171826E-07 406 ROTX 0.3915824E-01 1 7 38 0.5000000E-02 -0.8747235 0.5441551 0 10.96386 1401.541 0.4408049E-05 0.2743606E-05 0.1480218E-04 0.7005282E-01 0 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44 0.5000000E-02 -0.8944820 0.5391736 0 10.88410 1418.783 0.4408049E-05 0.2713040E-05 0.1533361E-04 0.7124731E-01 0 741.9739 11 TEMP 28 UX 0.2666732E-01 406 ROTX 0.4415824E-01 1 8 45 0.5000000E-02 0.2398967 1.000000 0 7.384354 6.567987 0.4408049E-05 0.2313401E-05 0.3801729E-04 0.6213156E-01 0 2.349113 10 TEMP 370 UY 0.1604246E-05 406 ROTX 0.4415824E-01 1 8 46 0.5000000E-02 0.5305813 0.9085710 0 7.384170 0.8830039 0.4408049E-05 0.4443245E-06 0.5798155E-04 0.1422233E-02 0 0.3616158 9 TEMP 366 UY 0.8723961E-06 406 ROTX 0.4415824E-01 1 8 47 0.5000000E-02 -0.1094032E-01 1.000000 0 7.383777 0.1528342 0.4408049E-05 0.4560432E-07 0.5800925E-04 0.8613786E-03 0 0.5994474E-01 10 TEMP 366 UY 0.1951918E-07 406 ROTX 0.4415824E-01 1 8 48 0.5000000E-02 0.3716060E-02 1.000000 0 7.383729 0.3138939E-01 0.4408049E-05 0.6334826E-08 0.5820119E-04 0.2141099E-03 0 0.1042376E-01 14 TEMP 366 UY 0.3714749E-07 406 ROTX 0.4415824E-01 1 8 49 0.5000000E-02 0.9678001E-03 1.000000 0 7.383723 0.6689948E-02 0.4408049E-05 0.1565622E-08 0.5824867E-04 0.3785429E-04 0 0.1832951E-02 14 TEMP 366 UY 0.3236858E-07 406 ROTX 0.4915824E-01 1 9 50 0.5000000E-02 -0.9076364 0.5358162 0 10.92956 1429.108 0.4408049E-05 0.2691713E-05 0.1581127E-04 0.7114017E-01 0 747.3638 11 TEMP 28 UX 0.2686036E-01 406 ROTX 0.4915824E-01 1 9 51 0.5000000E-02 0.2360668 1.000000 0 7.385633 6.819151 0.4408049E-05 0.2332767E-05 0.3904821E-04 0.6123856E-01 0 2.265642 10 TEMP 370 UY 0.1700054E-05 406 ROTX 0.4915824E-01 1 9 52 0.5000000E-02 0.5333902 0.9060527 0 6.884241 0.9385043 0.4408049E-05 0.4842019E-06 0.5924295E-04 0.1463809E-02 0 0.3900279 9 TEMP 366 UY 0.2111233E-05 406 ROTX 0.4915824E-01 1 9 53 0.5000000E-02 -0.9078936E-02 1.000000 0 6.883852 0.1670411 0.4408049E-05 0.4492686E-07 0.5925063E-04 0.9566551E-03 0 0.6554696E-01 10 TEMP 366 UY 0.6748942E-07 406 ROTX 0.4915824E-01 1 9 54 0.5000000E-02 0.4734912E-02 1.000000 0 6.883808 0.3099913E-01 0.4408049E-05 0.7644517E-08 0.5949266E-04 0.1885637E-03 0 0.1081571E-01 14 TEMP 366 UY 0.4548848E-07 406 ROTX 0.4915824E-01 1 9 55 0.5000000E-02 0.8738367E-03 1.000000 0 6.883799 0.6931307E-02 0.4408049E-05 0.1592146E-08 0.5953325E-04 0.4115944E-04 0 0.1951639E-02 14 TEMP 366 UY 0.4076750E-07 406 ROTX 0.5415824E-01 1 10 56 0.5000000E-02 -0.9146779 0.5336974 0 10.61325 1439.529 0.4408049E-05 0.2677564E-05 0.1621655E-04 0.7004205E-01 0 750.7589 11 TEMP 28 UX 0.8092361E-01 406 ROTX 0.5415824E-01 1 10 57 0.5000000E-02 0.2328244 1.000000 0 6.885349 7.112716 0.4408049E-05 0.2345356E-05 0.3981341E-04 0.6012298E-01 0 2.182940 10 TEMP 370 UY 0.2860545E-05 406 ROTX 0.5415824E-01 1 10 58 0.5000000E-02 0.5360055 0.9024138 0 6.885390 1.006041 0.4408049E-05 0.5193512E-06 0.6020312E-04 0.1488863E-02 0 0.4142688 9 TEMP 366 UY 0.2453894E-05 406 ROTX 0.5415824E-01 1 10 59 0.5000000E-02 0.8275808E-02 1.000000 0 6.884978 0.1799077 0.4408049E-05 0.4396256E-07 0.6019729E-04 0.8207078E-03 0 0.6876928E-01 57 TEMP 366 UY 0.7130730E-08 406 ROTX 0.5415824E-01 1 10 60 0.5000000E-02 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sphx-glr-footer-example .. container:: sphx-glr-download sphx-glr-download-jupyter :download:`Download Jupyter notebook: 001-query-filesystem.ipynb <001-query-filesystem.ipynb>` .. container:: sphx-glr-download sphx-glr-download-python :download:`Download Python source code: 001-query-filesystem.py <001-query-filesystem.py>` .. container:: sphx-glr-download sphx-glr-download-zip :download:`Download zipped: 001-query-filesystem.zip <001-query-filesystem.zip>` .. only:: html .. rst-class:: sphx-glr-signature `Gallery generated by Sphinx-Gallery `_