A tool for scanning interactions with a tangible grid of acrylic plates, based on the MIT's CityScoPy. It is used in the Q-Scope Project of the Department of Resilient Energy Systems.
- enhanced using parts of HCU CSL Code
- reads from tagged acrylic plates instead of black and white LEGO
- can read values of optical sliders
- offers some more tools to tweak the image (like added grayscale layer) and thus improves detection accuracy
project qScope
└───cspy
│ └───modified MIT CityScoPy Token Tag Decoder
└───data
| └───outputs
| └───output_[timestamp]
| (simulation-specific output)
| └───buildings_clusters_[timestamp].csv
| (exportierte Gebäudeliste von Frontend)
| └───simulation_parameters_[timestamp].xml
| (xml-Datei mit allen Simulationsparametern zum Starten des headless modes)
| └───connections
| | Export der Anschlussquoten
| └───emissions
| | gebäudespezifische und aggregierte Quartiersemissionen
| └───snapshot
| von GAMA produzierte Grafiken
└───q100_abm
│ │ GAMA workspace folder
│ └───q100
│ │ Trend Model
│ └───models
| │ └───qscope_ABM.gaml
| └───__data__ symlink zu data-Ordner (unten))
└───qScope_infoscreen
│ infoscreen (NodeJS/ JavaScript)
└───qScope_frontend
projection (Python)
where:
- cspy: https://github.com/quarree100/cspy
- data: has to be linked from Seafile server
- GAMA: https://github.com/quarree100/q100_abm
- qScope_infoscreen: https://github.com/quarree100/qScope_infoscreen
- qScope_frontend: https://github.com/quarree100/qScope_frontend