Real-time positioning involves utilizing a grasshopper file and multiple components to obtain live feedback on the robot's current position, allowing for accurate and up-to-date location information. 
Special Thanks to: 
Lotte Schlör 
Moritz Walter 
SolidRapidPrototyping Lab

Real-time positioning involves utilizing a grasshopper file and multiple components to obtain live feedback on the robot's current position, allowing for accurate and up-to-date location information. Special Thanks to: Lotte Schlör Moritz Walter SolidRapidPrototyping Lab

Real-time positioning involves utilizing a grasshopper file and multiple components to obtain live feedback on the robot's current position, allowing for accurate and up-to-date location information. 
Special Thanks to: 
Lotte Schlör 
Moritz Walter 
SolidRapidPrototyping Lab

OER08_Realtime positioning via Rhino3D_Grasshopper

The Solid Rapid Prototyping Lab combines advanced digital technology with traditional craftsmanship in the field of academia. It provides access to experimental and classical rapid prototyping methods and their didactic significance in combination with new teaching and learning methods. Through a hybrid teaching and learning environment, students are able to learn, develop and share rapidly evolving digital technologies on their own.

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OER08_Realtime positioning via Rhino3D_Grasshopper

OER08_Realtime positioning via Rhino3D_Grasshopper