rs2.interpreter.supportResults.LinerResult module

class rs2.interpreter.supportResults.LinerResult.LinerElementResult(composite_layer, node_start, node_end, start_x, start_y, end_x, end_y, distance, axial_force1, axial_force_mid, axial_force2, moment1, moment_mid, moment2, shear_force1, shear_force_mid, shear_force2, axi_sym_force1, axi_sym_force_mid, axi_sym_force2, axi_sym_moment1, axi_sym_moment_mid, axi_sym_moment2, displacement_total1, displacement_total_mid, displacement_total2, displacement_x1, displacement_x_mid, displacement_x2, displacement_y1, displacement_y_mid, displacement_y2, temperature1, temperature_mid, temperature2, curvature1, curvature_mid, curvature2, axial_strain1, axial_strain_mid, axial_strain2, hoop_curvature1, hoop_curvature_mid, hoop_curvature2, hoop_axial_strain1, hoop_axial_strain_mid, hoop_axial_strain2, beam_yield)

Bases: object

Variables:

• composite_layer (int) – Integer representing composite layer for support liner.

• node_start (int) – Integer representing start node for support liner.

• node_end (int) – Integer representing end node for support liner.

• start_x (double) – Start X-Coordinate for support liner.

• start_y (double) – Start Y-Coordinate for support liner.

• end_x (double) – End X-Coordinate for support liner.

• end_y (double) – End Y-Coordinate for support liner.

• distance (double) – Distance of support liner.

• axial_force1 (double) – Axial Force at the first position for support liner.

• axial_force_mid (double) – Axial Force at the mid position for support liner.

• axial_force2 (double) – Axial Force at the second position for support liner.

• moment1 (double) – First Moment for support liner.

• moment_mid (double) – Mid Moment for support liner.

• moment2 (double) – Second Moment for support liner.

• shear_force1 (double) – Shear Force at the first position for support liner.

• shear_force_mid (double) – Shear Force at the mid position for support liner.

• shear_force2 (double) – Shear Force at the second position for support liner.

• axi_sym_force1 (double) – Axial Symmetry Force at the first position for support liner.

• axi_sym_force_mid (double) – Axial Symmetry Force at the mid position for support liner.

• axi_sym_force2 (double) – Axial Symmetry Force at the second position for support liner.

• axi_sym_moment1 (double) – Axial Symmetry Moment at the first position for support liner.

• axi_sym_moment_mid (double) – Axial Symmetry Moment at the mid position for support liner.

• axi_sym_moment2 (double) – Axial Symmetry Moment at the second position for support liner.

• displacement_total1 (double) – Total Displacement at the first position for support liner.

• displacement_total_mid (double) – Total Displacement at the mid position for support liner.

• displacement_total2 (double) – Total Displacement at the second position for support liner.

• displacement_x1 (double) – Horizontal Displacement at the first position for support liner.

• displacement_x_mid (double) – Horizontal Displacement at the mid position for support liner.

• displacement_x2 (double) – Horizontal Displacement at the second position for support liner.

• displacement_y1 (double) – Vertical Displacement at the first position for support liner.

• displacement_y_mid (double) – Vertical Displacement at the mid position for support liner.

• displacement_y2 (double) – Vertical Displacement at the second position for support liner.

• temperature1 (double) – Temperature at the first position for support liner.

• temperature_mid (double) – Temperature at the mid position for support liner.

• temperature2 (double) – Temperature at the second position for support liner.

• curvature1 (double) – Curvature at the first position for support liner.

• curvature_mid (double) – Curvature at the mid position for support liner.

• curvature2 (double) – Curvature at the second position for support liner.

• axial_strain1 (double) – Axial Strain at the first position for support liner.

• axial_strain_mid (double) – Axial Strain at the mid position for support liner.

• axial_strain2 (double) – Axial Strain at the second position for support liner.

• hoop_strain1 (double) – Hoop Curvature at the first position for support liner.

• hoop_strain_mid (double) – Hoop Curvature at the mid position for support liner.

• hoop_strain2 (double) – Hoop Curvature at the second position for support liner.

• hoop_axial_strain1 (double) – Hoop Axial Strain at the first position for support liner.

• hoop_axial_strain_mid (double) – Hoop Axial Strain at the mid position for support liner.

• hoop_axial_strain2 (double) – Hoop Axial Strain at the second position for support liner.

• beam_yield (bool) – Boolean representing yielded status for support liner.

Examples

Code Snippet: Get Support Liner Results

class rs2.interpreter.supportResults.LinerResult.LinerResult(entity_id, liner_element_results: list[LinerElementResult])

Bases: object

Variables:

• entity_id (str) – Unique Identifier for support liner.

• liner_element_results (list[LinerElementResult]) – List of liner element result for support liner.

Examples

Code Snippet: Get Support Liner Results