VIKTOR's repositories
cpt-interpreter
This sample app shows show how to interpret a CPT (.gef) to a soil layout using the Robertson method.
beam-analysis
A VIKTOR application that allows the user to perform 2D structural beam calculations in a parametrized way.
grasshopper-analysis
A VIKTOR sample app to run a Grasshopper script with Ladybug sunhours analysis. 🦗🐞
sample-pile-foundations
This sample app shows an example of a pile foundation analysis including a DFoundations and a SCIA integration
sample-parametric-building
This is a sample app demonstrating the use of parametric design to build a simple building.
sample-plaxis
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
scia-bridge
Sample app showing a parametric bridge design with a SCIA integration, generating an engineering report automatically
gis-analysis
This sample app demonstrates how to do GIS-analysis in Viktor.
ifc-viewer
Sample app demonstrating how to import and view IFC files. 🏗️
image-classification
A VIKTOR application that demonstrates how VIKTOR could be used to implement Machine Learning models to help with detecting objects within images.
sample-compare-cpt
This sample app shows how to compare multiple CPT's (.gef)
sample-WMS
A sample application how to use Leaflet in VIKTOR, with a focus on WMS-layers.
solar-panel-configurator
This sample app shows how to design a home PV-system and calculate its yield.
sample-chemical-initial-value-problems
Sample app for visualizing profiles caused by different differential equations
sample-molecule-visualization
This sample app shows off some basic chemical operations that are possible in VIKTOR
aectech-spain-1
AECTech 2024 Hackathon Hack 1
sample-ahn-profile
Gets a terrain height (AHN) profile using an interactive map. The data is obtained from a free GeoServer database
sample-distributed-algorithms
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 selection algorithms to overcome this issue.
sample-scia-model
This sample app shows how a SCIA model can be created within VIKTOR.
spreadsheet-analysis
This sample app will create an application to calculate a simply supported beam under load. A spreadsheet will be used for the calculations.
warehouse-configurator
A VIKTOR sample app that demonstrates how to quickly design and generate a warehouse structure.
sample-scia-tunnel
This sample app shows how to create a tunnel model for SCIA
data-science
This is a VIKTOR app that consists of four different pages, all doing something different with data.
pyrevit-plugin
A plugin that can be installed and used within Revit, to transfer data between the VIKTOR Platform and Autodesk Revit.
sample-dynamo
Sample app showing a parametric house design with a Dynamo Sandbox integration, generating a geometry and report automatically.