Welcome to the Apps Gallery. Here you can explore, try, and share ready-to-use app templates and their accompanying source code. Discover what you can do with VIKTOR and use it as inspiration to build your own apps!
Optimization model of the Blue River reservoir system, supporting purposes such as flood control, minimum flow, and recreation.
SOFiSTiK
Use the VIKTOR graphical user interface to generate the SOFiSTiK text input for a continuous beam calculation and design.
Slefty
Design pad foundations easily! Check your design for safety or get suggestions for rebar and dimensions.
A web app for the Structural Analysis and Design of pad foundation in accordance to Eurocode 2.
See how ShapeDiver can be used to run Grasshopper scripts as part of VIKTOR in a secure, reliable, and scalable way.
Design your own Pad Footing Foundation using Python.
This app calculates bolt forces in bolt group subjected to shear and in-plane torsion.
Parametric 2D Truss Calculator based on Eurocodes
The PISA 1D method calculates the monopile behaviour under lateral loading
Welcome to the Apps Gallery. Here you can explore, try, and share ready-to-use app templates and their accompanying source code. Discover what you can do with VIKTOR and use it as inspiration to build your own apps!
Optimization model of the Blue River reservoir system, supporting purposes such as flood control, minimum flow, and recreation.
SOFiSTiK
Use the VIKTOR graphical user interface to generate the SOFiSTiK text input for a continuous beam calculation and design.
Slefty
Design pad foundations easily! Check your design for safety or get suggestions for rebar and dimensions.
A web app for the Structural Analysis and Design of pad foundation in accordance to Eurocode 2.
See how ShapeDiver can be used to run Grasshopper scripts as part of VIKTOR in a secure, reliable, and scalable way.
Design your own Pad Footing Foundation using Python.
This app calculates bolt forces in bolt group subjected to shear and in-plane torsion.
Parametric 2D Truss Calculator based on Eurocodes
The PISA 1D method calculates the monopile behaviour under lateral loading