![]() ![]() The Illuminated Worlds system is heavily inspired by Blades in the Dark, a gothic low-fantasy heist TTRPG designed by John Harper that in turn uses a game engine based on Apocalypse World by Vincent and Meguey Baker. While the world of Candela Obscura is deep and filled with mystery and intrigue, the underlying game engine and accompanying mechanics is perhaps a touch too straightforward for the world itself. The Core Rulebook is both a campaign setting book describing the Gilded Age-inspired world of the Fairelands and a rulebook that showcases the Illuminated Worlds game engine designed by Stras Acimovic and Layla Adelman. Due out for release next week, Candela Obscura is the first tabletop RPG published by Darrington Press, the game publishing arm of Critical Role. FEDER Galicia 2014-2020.The Candela Obscura Core Rulebook brings a deep and intriguing world and a simple narrative-driven game system to tabletop RPG players. This project has been subsidised by the Galician Innovation Agency and supported by the Department for Economy, Employment and Industry and co-financed by FEDER OT1 "Promoting Technological Development, Innovation and Quality Research", P.O. The project’s results have been approved by the pilot facility at the Council of Santiago de Compostela. ![]() Improved information for citizens about the existing street lighting services and possible future improvements.Streamlined technical decision-making through simulation models with results presented to expert personnel.Enhanced administrative decision-making through visual information, in layman’s terms, on proposals to improve lighting facilities.Streamlined infrastructure energy expenditure through simulation processes.Increased accuracy in the knowledge of the city’s actual street lighting conditions through automation of an inventory and a continuous audit process.Improvement of road safety through regulating adaptive lighting to changing weather conditions and progressive and acceptable deterioration (dirtying, ageing, and so on). ![]() Improvement in the citizens’ visual perception through improved lighting management.Improvement of the facility maintenance through early detection of incidents and predictive maintenance.Reduction of street lighting energy costs by improving its regulation through online and automated controls.In this project we have enjoyed the support of the Technological Telecommunications Centre of Galicia (GRADIANT), as well as the University of Vigo, represented by the Energy Technology Group (GTE) and the Applied Geotechnology Group (AG). SISTEMAS AUDIOVISUALES ITELSIS: working on a remote light management system. INTECO INGENIERIA AVANZADA: in charge of the automatic integration of data gathered by the laser scanner, and interface development. INGENIERIA INSITU: working on the laser scanner required to carry out a lighting inventory. SETGA: project leader with its main task to design, develop and integrate the smart lighting remote management system. The CANDELA consortium consists of 4 Galician companies: In addition, the use of a mobile laser scanner allows automation of an inventory for the street lighting networks with export of positioning data and lighting metadata. The project has developed a model of intelligent lighting, with capacity to measure its current state (consumption, health.), the ability to adapt city lighting to a much more granular way and a communication capacity with a control centre within the paradigm of the smart city. This has allowed us to create a set of solutions that mean we can measure, model, streamline and act in real time on the city’s entire public lighting system. End of development in the CANDELA projectĬANDELA – Comprehensive intelligent management system for street lightingĪfter three years of intense work, Itelsis has completed its work on the CANDELA project. ![]()
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