Karamba3D API Reference
Utils Class
Class that contains various utilities as methods.
Definition
Namespace: Karamba.Utilities
Assembly: KarambaCommon (in KarambaCommon.dll) Version: 3.0.8.0+eb23a7103f0eca0b6d808121e15fec6899194e15
Assembly: KarambaCommon (in KarambaCommon.dll) Version: 3.0.8.0+eb23a7103f0eca0b6d808121e15fec6899194e15
C#
public static class UtilsVB
<ExtensionAttribute>
Public NotInheritable Class UtilsC++
[ExtensionAttribute]
public ref class Utils abstract sealedF#
[<AbstractClassAttribute>]
[<SealedAttribute>]
[<ExtensionAttribute>]
type Utils = class end- Inheritance
- Object Utils
Methods
| addElemIDsToCroSecs | add element identifiers to a list of cross sections if the number of cross sections is smaller than the list of element identifiers then the remaining identifiers are all added to the last cross section in case that there are more cross sections than identifiers the list of identifiers is blown up. |
| blowUpT(ListT, DataTreeStructure) | Copy last element of list so that list has as many elements as there are branches. |
| blowUpT(ListT, Int32) | Copy last element of list so that list has s elements. |
| blowUpT(ListT, T, Int32) | Copy last element of list so that list has s elements. |
| blowUpT(ListListT, T, DataTreeStructure) | Copy last element of list so that list has s elements. |
| blowUpT, U(IEnumerableT, IEnumerableIEnumerableU) | Blow up the items in s to each of its items maps to an enumerable in t. |
| capBeamMesh | connects the vertices at the beam's ends. In case of more than one group the cross section is assumed to consist of rectangles. in case of one group the cross section is assumed to be round. |
| CheckedLCInput | Checks whether the given input represents a valid load case name. |
| CheckTRange(ListDouble, Double, Double, Boolean) | |
| CheckTRange(ListSingle, Single, Single, Boolean) | |
| CheckTRangeT(ListT, T, T, Boolean) | Check whether all given values are 0 smaller than t smaller than 1. |
| generateBeamMesh | Connect vertices of given mesh with faces. Is used to produce meshes for rendering beam cross sections. Each cross section is composed of groups of vertices. Vertices of different sections need to be connected. |
| GetFebLoadCaseCombinationIndex | create a new feb load case combination based on the given list of load-case-combinations. |
| getThIILoadCaseCombination | Returns the feb load case combination for deriving NII forces for geometric stiffness. |
| handleError(CalculationFlow) | handle an error originating from a FE-model-calculation. |
| handleError(Int32, Deform) | handle an error originating from a FE-model-calculation. |
| handleError(Int32, Int32, Int64) | handle an error originating from a FE-model-calculation. |
| Match(ListString, ListString) | match two sets of strings. The first set of strings may contain regular expressions prefixed by "&". |
| Match(String, ListString) | match a string with a set of strings. The first string may contain regular expressions prefixed by "&". |
| setElemIDsAtCroSecs | set element identifiers at a list of cross sections if the number of cross sections is smaller than the list of element identifiers then the remaining identifiers are all added to the last cross section in case that there are more cross sections than identifiers the list of identifiers is blown up. |
| TestSupportExpiration | Tests whether support has expired for the given license. |
| ToDeg | Convert angle in radians to degree. |
| ToRad | Converts angle in degree to radians. |
| valueDistributionType | Converts a string that represents a value distribution into the corresponding type. |
| VectReal(ListDouble) | Converts a list of doubles into a C++ 3d-vector. |
| VectReal(VectReal) | Converts C++ 3d-vector into a list of doubles. |
| ZipThreeT1, T2, T3, TResult | Apply a given function with three input arguments to each element of three lists. |
Fields
| verticality_tol | tolerance for a line to be vertical. |