A VIKTOR application that allows the user to perform 2D structural beam calculations in a parametrized way.
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Updated
Jul 30, 2024 - Python
A VIKTOR application that allows the user to perform 2D structural beam calculations in a parametrized way.
Sample app demonstrating how to import and view IFC files. 🏗️
This sample app will create an application to calculate a simply supported beam under load. A spreadsheet will be used for the calculations.
A VIKTOR sample app that demonstrates how to quickly design and generate a warehouse structure.
This sample app demonstrates how to do GIS-analysis in Viktor.
A VIKTOR sample app to run a Grasshopper script with Ladybug sunhours analysis. 🦗🐞
This is a VIKTOR app that consists of four different pages, all doing something different with data.
This sample app shows show how to interpret a CPT (.gef) to a soil layout using the Robertson method.
Sample app showing a parametric bridge design with a SCIA integration, generating an engineering report automatically
A VIKTOR application that demonstrates how VIKTOR could be used to implement Machine Learning models to help with detecting objects within images.
This sample app shows how to design a home PV-system and calculate its yield.
This sample app shows how to create a tunnel model for SCIA
Sample app for visualizing profiles caused by different differential equations
This sample app shows off some basic chemical operations that are possible in VIKTOR
When working with Distributed Systems we want to achieve truly distributed solutions. There might not be a central component that regulates the whole network. Sometimes, however, a system might need to be assigned priority over other systems. In a truly distributed system, the priority of each component is not globally known. Luckily there exist…
Parametrically define a road embankment and soil layout in PLAXIS using a VIKTOR application. Define materials in a database and use them in PLAXIS. Analyse the embankment using PLAXIS, and visualise the results in a separate view
Gets a terrain height (AHN) profile using an interactive map. The data is obtained from a free GeoServer database
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