MRAC-IAAC/ROSinGrasshopper

Stars
4
Rank 3,304,323 (Top 66 %)
Language
Dockerfile
Created over 3 years ago
Updated about 3 years ago

MRAC-IAAC/ROSinGrasshopper

MRAC-IAAC

There are no reviews yet. Be the first to send feedback to the community and the maintainers!

Tools for integrating ROS in grasshopper3d; based on docker, compas_fab, bengesht, etc.

Soft-Robotic-Gripper

The Soft Robotic Gripper is a project developed during the Hardware I Seminar of the MRAC-20/21-program. The objective of the seminar is to give an overview of the state of the art in robotic actuation, discuss the practical implementation of such actuators, and brainstorm how these actuators and the robotic arms could bring new levels of versatility, agility, and efficiency to the production and construction processes.

Robotic-Mosaic

MRAC Workshop 2.1

Hallucinating-Culture

H.2 HARDWARE II SEMINAR MRAC 20/21

Jupyter Notebook

Wire-Cut-Tool-Path

Creating a Tool path for Robotic Arm - Wire cut Tool - Ruled Surfaces

Diffusion-Limited-Aggregation

ITERATIVE-ASSEMBLIES

Wearable-Assistive-Robotics

Autonomous-navigation

To explore more potentials of ROS and how ROS can play important role in converting a normal drone to a mapping drone. the same is applicable to UGV and other robots. ORB_SLAM was used to generate point clouds in real time using a monocular camera. This has capability of loop closure, map saving and using same map to improve the quality of point cloud/model.

git-tutorial

Paraline

Robotic-Craft-Light-Metals

Metal-Rod-Bending-For-ABB

Weaving-Shell-Structures

figural_projection_mapping

Physical interaction with digital projected graphics using depth cameras and homography

BIMLinkBot

IAAC MRAC 01 - Sofware II Project using QR code tracking with a Turtlebot 2 to detect and map QR codes in 3D space

Pavilion-Topology

Routes from Mesh Topology to Pavilion Designs via Rhino, GH and Kangaroo

g4_minimal_surfaces

DrawingBot

Developable_Strips

Workshop using Rhino/GH/Kangaroo to design developable strips and the Robots plug-in for fabrication

Sparse-Selection

The Project SPARSE SELECTION aims to create a process pipeline to optimize the creation of point-clouds with the more accessible use of photogrammetry.

SEWING-ROBOT

A sewing robotic effector to explore a dry and flexible connection of rigid materials

DIGITALIZING-MATERIAL-COLLATION-FROM-PRE-DEMOLITION-SITES