Measurement, calibration, and visualization of results from sensors in a simple structural system (beam, mold, portal frame, or similar)

Specific Objectives

Measure and collect precise data from sensors installed in the structural system. Calibrate the sensors to ensure the accuracy and reliability of the collected data. Visualize the obtained results in a clear and understandable manner. Analyze the structural behavior under various loading conditions. Identify potential weak points or anomalies in the structure. Propose design improvements based on the collected data.

Material

Sensors, microcontrollers, Software (Rhinoceros + Grasshopper)

Delivery

A report with multimedia files as well as the created physical object

Dedication

6h

The Petant-Camins activity involves creating a physical scene of a traditional Mediterranean game in the plaza de camins, specifically pétanque. First, the game setup is created with the balls and necessary elements. Once the scene is ready, it is scanned with a laser scanner to capture all the details. Subsequently, the virtual scene obtained is analyzed using computational geometry tools to study its characteristics and behavior. This activity combines the tradition of the pétanque game with advanced scanning and virtual analysis technology.

Specific Objectives

Recreate a physical scene of the pétanque game in the plaza de camins. Use a laser scanner to accurately capture the physical scene. Analyze the obtained virtual scene using computational geometry tools, such as Grasshopper. Compare the collected data from the physical scene with the virtual scene. Develop a methodology to integrate traditional games with advanced technologies. Promote the understanding and appreciation of the pétanque game through the use of technology.

Material

Various balls, da Vinci bridge, laser scanner, software (Grasshopper)

Delivery

A report with key results

Dedication

3h