He used the Prime Minister’s image and the logo of the Make in India initiative to design the website to make it look authentic. During interrogation, Jangid claimed that he had completed his MTech from IIT-Kanpur this year and refused a job at an MNC in Hyderabad to set up the website. The siblings were arrested and brought to Delhi on Sunday,” said a police officer. Finally, the creator of the website was identified and his location was tracked to Pundlota village in Rajasthan’s Nagaur district. “Investigation was taken up using technical assistance from the labs of CyPAD unit that tracked down the IP address from which it was being operated. He mentioned that the offer was valid for two days only. It claimed that the laptops that were being distributed were built under the Make in India programme and so far, 30 lakh units had already been disbursed across the country. The message, written in Hindi, mentioned that the government had planned to distribute laptops to two crore youths to celebrate the second term of PM Narendra Modi’s government. An FIR was registered after cops came across the WhatsApp messages that were being circulated with the link on different groups. Police commissioner Amulya Patnaik said that this was the first preventive action conducted by Delhi Police CyPAD unit.
They were arrested by the Cyber Prevention Awareness and Detection (CyPAD) unit of Delhi Police from their village in Rajasthan. Delhi Police tracked him down after the message containing the link went viral. (Figure courtesy Du et al.Jangid had planned to sell the user data at a hefty price and also generate ad revenue from the website with the number of clicks on the link. See the examples folder for more information. On this input (NB, you might need to zoom in to see the individual pixels): datathief ( filename, xlim = xlim, ylim = ylim ) It will warn you if too many or too few pixels are detected.įor example, running this code: import datathief as dt filename = 'du_fig1a_annotated.png' xlim = ylim = data = dt. This function will then return the x and y coordinates of each data point. Then one pixel for each data point you wish to extract (default color: pure green). Do the same for the y-axis (default color: pure red). To use this tool, first annotate the plot by adding a single pixel at the start and end of the x-axis in a specified color that does not exist anywhere else in the image (default color: pure blue). If you want to extract a lot of data, or extract data from a continuous line, you are better off using the original Java DataThief package, or one of the many online tools that do exactly this. However, it might be annoying for a large amount of data. This makes it more transparent how the data are being read and makes the results more reproducible.
Unlike the Java DataThief package and similar online tools, here the user manually annotates the figure with the data points of their choosing.
Inspired by the Java package of the same name. Small utility for retrieving data from figures.
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