Custom properties in Russia environment
2021
Tekla Structures
2020
Tekla Structures
2022
Tekla Structures
2023
Tekla Structures
2024
Tekla Structures
2025
Tekla Structures
2026
Tekla Structures
Environment
Russia
| Name (CUSTOM. + ...), row type, values | Description |
|---|---|
|
RU_OBJECT_TYPE [PART] String (example: "ContourPlate") |
Type of a model object. |
|
RU_PLATE_CREATIONTYPE [PART] String (PLATE or BEAM) |
Type of a planar object. |
|
RU_PART_HAS_WELDS [PART] String (NO or BOTH or WORKSHOP or SITE) |
Does a part have welds? |
|
RU_ASSEMBLY_HAS_WELDS [ASSEMBLY] String (NO or BOTH or WORKSHOP or SITE) |
Does an assembly have welds in its parts? |
|
RU_PART_HAS_WELDPREPS [PART] String (NO or YES) |
Does a part have weld prepping? |
|
RU_POLYBEAM_END_X [PART-PolyBeam] Double |
Polybeam endpoint coordinates in the global coordinate system. |
|
RU_POLYBEAM_END_X_IN_WORK_PLANE [PART-PolyBeam] Double |
Polybeam endpoint coordinates in the work coordinate system. |
|
RU_BOLTGROUP_HOLETYPE [BOLT] String (HOLE_TYPE_GENERAL or HOLE_TYPE_OVERSIZED or HOLE_TYPE_SLOTTED or HOLE_TYPE_NO_HOLE) |
Type of a bolt group hole. |
|
RU_ProfileName_Parameter [PART] Double |
86 properties for getting geometric parameters, such as Height, Width, Web thickness, Flange thickness, etc from profiles B_WLD_A ... B_WLD_P. The name based on the template: CUSTOM.RU_ProfileName_Parameter ProfileName - B_WLD_A ... B_WLD_P Image
Parameter - upper cased parameter symbol from the profile catalog. Image
Web thickness of B_WLD_G profile (see the picture) is CUSTOM.RU_B_WLD_G_S |
|
RU_MOMENT_OF_INERTIA_X and RU_MOMENT_OF_INERTIA_Y [PART] Double |
Calculated moment of inertia (cm⁴). |
|
RU_SECTION_MODULUS_X and RU_SECTION_MODULUS_Y [PART] Double |
Calculated section modulus (cm³). |
|
RU_RADIUS_OF_GYRATION_X and RU_RADIUS_OF_GYRATION_Y [PART] Double |
Calculated radius of gyration (cm). |
|
RU_REBARGROUP_EXCLUDETYPE [REBAR] String (EXCLUDE_TYPE_NONE or EXCLUDE_TYPE_FIRST or EXCLUDE_TYPE_LAST or EXCLUDE_TYPE_BOTH) |
A way to exclude reinforcing bars from the rebar group. |
|
RU_REBARGROUP_SPACINGTYPE [REBAR] String (SPACING_TYPE_UNDEFINED or SPACING_TYPE_EXACT_SPACINGS or SPACING_TYPE_EXACT_NUMBER or SPACING_TYPE_TARGET_SPACE or SPACING_TYPE_EXACT_SPACE_FLEX_AT_START or SPACING_TYPE_EXACT_SPACE_FLEX_AT_END or SPACING_TYPE_EXACT_SPACE_FLEX_AT_BOTH or SPACING_TYPE_EXACT_SPACE_FLEX_AT_MIDDLE) |
A way to distribute the reinforcing bars with different spacings in the rebar group. |
|
RU_REBARGROUP_MAINSPACING [REBAR] Double |
The most common spacing value of rebars in the rebar group. |
|
RU_REBARMESH_CROSSCOUNT and RU_REBARMESH_LONGITUDINALCOUNT [MESH] Integer |
Crossing and longitudinal rebars count in the rebar mesh. |
|
RU_REBARMESH_CROSSLENGTH and RU_REBARMESH_LONGITUDINALLENGTH [MESH] Double |
Full length of crossing and longitudinal rebars in the rebar mesh. |
|
RU_REBARMESH_CROSSLENGTHS and RU_REBARMESH_LONGITUDINALLENGTHS [MESH] String (example: "3*5950 1*5900") |
Lengths of crossing and longitudinal rebars in the rebar mesh. |
|
RU_ASSEMBLIES_ON_DRAWING [DRAWING] String (example: "Beam B-1, Column C-2") |
List of assemblies seen on drawing. It shows NAME (main part)+ ASSEMBLY_POS divided by a comma. |
|
RU_ASSEMBLIES_ON_DRAWING_POS [DRAWING] String (example: "B-1, C-2") |
List of assemblies seen on drawing. It shows ASSEMBLY_POS divided by a comma. |