COVID-19 Tracker
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This application (based on Coronavirus Countries by Benjamin Ooghe-Tabanou) is running on Aramse's f8 platform, equipped with CI/CD, monitoring, autoscaling, and much more. View the code or schedule a demo today!
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COVID-19 Tracker This datascape application was initially built on top of the data openly released daily by the Center for Systems Science and Engineering (CSSE) at Johns Hopkins University (JHU) for the great dashboard they built.
It now also features data from a variety of national sources (France, Germant, Italy, Spain and UK).
WARNING: Data is based on figures officially reported by countries and international organisations with various counting methods. It should therefore be considered with caution: they shall not reflect exact figures and can only be considered as minimum values.
Confirmed and recovered cases depend on the number of tests performed which can vary widely from one country to another; researchers estimate that it might only reflect between 10 and 50 % of the number of actually infected people.
Deceased cases should also only be considered as minimum values, as a variety of casualties consecutive to the virus might not be accounted accurately. For instance France's dataset only includes deceased cases reported by hospitals.
Currently sick cases are an estimate built by substracting recovered and deceased cases to confirmed ones when all of these are available.
Some datasets for specific countries like Canada, Germany, or the USA only include confirmed and deceased cases. Others such as France, Italy or Spain can include other counts among tested, hospitalized and intensive care.
  • Hover the legend to focus a specific curve.
  • Hover the plot to read each curve's values at specific dates inside the legend.
  • Use the mouse wheel or the slider between the graph and the legend to zoom or unzoom on specific time periods.
  • Adjust the scale to linear, logarithmic or daily to visualize cumulative values since the beginning of the epidemy, tendencies or everyday evolution.
  • Switch between total absolute values or population ratio by million inhabitants to compare the penetration rate of the disease in the population.
  • Select series to compare tendencies for each selected place. Switch to stacked to measure how each place contribute to the bigger picture. Or switch to multiples to see all curves separated.
  • In series mode with a daily scale, use the vertical_align_center button to smooth the curves by using a 5 days moving average.
  • Choose to compare all the World's countries or all regions/provinces/states of some main countries. Use the done_all icon to select all places at once.
  • Use Align to in series mode to select a place and see how others fit with a few days delay. Regression is calculated as the mean delay between the number of confirmed or deceased cases in the considered country compared to the reference one during the 30 days following the reach of 10 deceased cases (or 20 days and 50 cases when aligning on confirmed).
  • You can also select after 10th deceased case (or 50th confirmed) in the Align to menu to align all curves to a same "zero day".