The HERE Traffic Analytics suite of data products provides business and government clients insights into what happens on roadways. It helps them make informed decisions, for example, on future traffic flow management, and improving road network performance.
CLEVER°FRANKE was asked to create a demo to feature all the Traffic Analytics products. Our challenge was to translate HERE Traffic Analytics data into an engaging visualization that showcases its capabilities and possibilities.
Showing the market value of a dataset and presenting possibilities within data, which inspire clients and demonstrate a range of practical applications of the suite.
Together with HERE’s data scientists, we analyzed traffic data to discover hidden patterns and insights that could drive the narrative and user interactions.
With the outcome of our analysis as a guiding principle, we started to explore visualizations and scenarios to convey a meaningful storyline.
Inspired by HERE’s identity, we created a visual style that provides a vibrant experience, but does not overrule the messaging.
We developed an application that seamlessly guides the user in exploring the visualizations.
We transformed and supplemented client-supplied data into a format that could be easily processed by a 3D application using Python. Using this application, we generated and rendered animated objects based on the data that represented different scenarios, such as traffic routes and speed patterns over time. Likewise, we used the same data to create a data-driven system that generated all the 2D data visualizations accompanying the 3D renders.
In order to create data visualizations that are both informative and cinematic, we have developed a combination of traditional 2D visualizations with more experimental 3D visualizations. These were then enriched by adding motion as an extra dimension, which allowed us to strengthen the storyline and convey key insights even better.
We used Cinema4D to generate the 3D data-driven visualizations and Adobe After Effects for 2D visualizations and compositing. The videos were then embedded in a touch-enabled presentation application that we custom built-in C++/QML using the Qt Framework.