Category: Open Software
Raytraverse: a workflow for architectural spaces climate based daylight simulation
What is the project about? Raytraverse is a python library and command line tool that helps to mitigate the challenges of simulating and evaluating large amounts of rendered lightfield data. To quantify the daylight conditions in a building spans seven dimensions: three dimensional space, two dimensional viewing direction, time, and wavelength so every daylighting simulation (…)
ODyN: a straightforward interface for trajectory estimation
What is the project about? In the fields of robotics and geodesy/mapping, a specific type of factor graph known as Dynamic Networks has emerged over the past decade, designed to estimate the trajectory of an agent (e.g., a robot, drone, airplane) by tightly integrating data from its on-board sensors. This is a crucial task for (…)
Smart Tools for Timber Drilling Assisted with Augmented Reality
New augmented reality platforms using robotic technologies can assist with wood fabrication tasks, which can be made openly accessible using simple sensors or displays with an augmented reality framework developed in Linux and C++.
Bringing Open Source to Building Information Modeling (BIM)
BlenderBIM and the open standard IFC.js are revolutionizing Building Information Modeling (BIM) by offering open-source tools and establishing IFC as the native working format for architects and engineers.
Breaking Interoperability Barriers In Architecture, Engineering And Construction Software
The TopSolid-Speckle Connector is an Open Source plugin for the CAD-CAM software TopSolid that prevents proprietary enclosure of data and allows better collaborative workflows between different disciplines working on architectural projects.
Phoenix3D: Reducing Environmental Impact Of New Structures
Phoenix3D is aimed for architects and structural engineers who are designing structures that are made from reused elements, as this can significantly reduce their environmental impact.
Modelling Snow Avalanches With AVAC 3.0
Avalanche-dynamics computational models are useful for predicting extreme avalanches and their threat to urbanized areas or civil-engineering structures like ski lifts, railway or reservoirs.
Cleaning Arctic Aerosol Datasets From Pollution
The Pollution Detection Algorithm was developed to identify local pollution emission from vessel stacks in aerosol and trace gas datasets in remote locations.
Solving Contact Mechanics Problems With Tamaas
Tamaas solves contact mechanics problems with periodic rough surfaces, plasticity, adhesion and friction using the boundary element method.
OpenPifPaf
Models, software and code of Composite Fields for Human Pose Estimation