A model's nodal positions can be changed via the 'ModifyModel'-component.The definition of cross sections and materials via the Assemble-component has now priority over definition at components which generate elements.There is a Karamba3D version for Rhino7.It is possible to define initial-curvature and non-uniform temperature loads on beams and shells.The cross section library has been extended considerably and comprises standard steel sections from the EU, UK, US, Russia, Japan, India, Canada, Germany, Australia, China, South Africa, Brazil and Korea.A project for running automatic Karamba3D tests under NUnit has been published.It now comes with its own geometry classes. Karamba3D can be used as a scripting library independently from Grasshopper.New Features and Bug-fixes in Karamba3D 1.3.2: When using Imperial units the mass output of the 'Assemble'-component is wrong.

Cross section tables and material tables return wrong properties when working with Imperial units.Known Bugs in Karamba3D 1.3.2 build 190709: Solves the problems with Imperial units of build 190709.Updated the matrix solver for maximum performance on new Intel CPUs.īug-fixes in Karamba3D 1.3.2 build 190731:.For beams with eccentricities wrong cross section forces result in case the local and global directions of eccentricity do not coincide.Strain- and temperature loads get ignored in the procedure of the 'Large Deformation Analysis'-component.Calculation of mass of shells with varying cross sections is wrong.The 'sig-max' and 'sig-min' output of the Utilization-component for circular hollow cross sections is too large and too small respectively if the resultant bending moment is not acting in local y- or z-direction of the cross section.The cross section area of Australian CHS sections in the Karamba3D cross section library is up to 10% too small.

Known Bugs in Karamba3D 1.3.2 build 190919:

Grasshopper karamba