get_result_table#

dlubal.api.rfem.Application.get_result_table(self, table, loading, member_axes_system=None, support_coordinate_system=None, model_id=None)#

Retrieves a pre-processed result table wrapped in a DataFrame for more efficient analysis, containing only the most relevant values as displayed in the desktop application.

Parameters:

table (ResultTable) – Unique identifier for the result table type.
loading (ObjectId) – Reference to the loading (e.g., load case, combination, etc.).
member_axes_system (MemberAxesSystem | None) – The axes system to use for member results. If not provided, it defaults to MEMBER_AXES_SYSTEM_MEMBER_AXES_X_Y_Z.
support_coordinate_system (CoordinateSystem | None) – The coordinate system to use for support results. If not provided, it defaults to COORDINATE_SYSTEM_LOCAL.
model_id (ModelId | None) – Unique identifier of the model. If None, the active model is used.

Returns:

A Table object containing the result table as a DataFrame.

Usage

# Retrieves a pre-processed result table wrapped in a DataFrame (.data),
# containing only the most relevant values as displayed in the RFEM desktop application.
result_table: common.Table = rfem_app.get_result_table(
    table = rfem.results.ResultTable.STATIC_ANALYSIS_MEMBERS_INTERNAL_FORCES_TABLE,
    loading= rfem.ObjectId(
        no=1,
        object_type=rfem.OBJECT_TYPE_DESIGN_SITUATION
    )
)
print(f"\nResult Table:\n{result_table.data}")

// Retrieves a pre-processed result table wrapped in a DataFrame (.Data),
// containing only the most relevant values as displayed in the RFEM desktop application.
Common.Table resultTable = await RfemApp.get_result_table(
    table: Rfem.Results.ResultTable.StaticAnalysisMembersInternalForcesTable,
    loading: new Rfem.ObjectId
    {
        No = 1,
        ObjectType = Rfem.ObjectType.LoadCombination
    }
);
Console.WriteLine($"\nResult Table:\n{resultTable.Data}");

Output:

Result Table:
    member_no  node_no  location_x            tag              n           v_u           v_v        m_t           m_u           m_v specification
           1        1         0.0              n  -19066.179688  -4739.395996  -3815.224121    0.47769       0.00606       0.00157           CO9
           1        1         0.0              n  -52948.578125      -0.00941       0.21631    0.00413           0.0           0.0           CO2
           1        1         0.0            v_y  -35810.378906    4149.73877   4650.615234    0.08801        -0.001       -0.0004          CO10
           1        1         0.0            v_y  -32328.970703  -4926.749023  -3862.612061    0.50067       0.00666        0.0016          CO11
           1        1         0.0            v_z  -35810.378906    4149.73877   4650.615234    0.08801        -0.001       -0.0004          CO10
...         ...      ...         ...            ...            ...           ...           ...        ...           ...           ...           ...
       52     <NA>         2.5  m_y_total_min   -6350.475098       0.01969       0.00169   -0.10608 -13793.330078   3422.712891           CO4
        3     <NA>    2.607484  m_z_total_max  -19454.119141     16.660049           0.0    4.71081       0.00006  16142.200195          CO11
       27     <NA>    2.607484  m_z_total_min  -19539.050781    -16.664209           0.0   -4.58513       0.00004 -16146.089844          CO11
     <NA>     <NA>        <NA>      total_max  129770.398438  12256.089844  24387.769531  57.243542   63268.46875  16142.200195          <NA>
     <NA>     <NA>        <NA>      total_min  -150674.40625 -12253.759766 -25263.300781 -57.243641 -13793.330078 -16146.089844          <NA>

Examples

Results Access
Results Axes System
Results Multiple Models