wradlib Documentation - Bitbucket

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wradlib Documentation, Release 0.1.1 Usually we talk about rain, when reflectivities exceed 20 dBZ (corresponding to a precipitation of 0.6 mm/h), thus we set the lower end of the colormap to an value of 20 dBZ for masking the wet noise: wrl.vis.polar_plot(multiple_data[0], title = ’Reflectivity: Radarscan Feldberg 18-08-2006 02:25’, unit = ’dBZ’, colormap = ’spectral’, vmin = 20) 20 Chapter 2. Tutorials
wradlib Documentation, Release 0.1.1 And for a better comparison of the stratiform and the convective precipitation we fix the upper end of the colormap to the maximum value of the datasets: max_data = max(singular_data.max(), multiple_data[0].max()) wrl.vis.polar_plot(singular_data, title = ’Reflectivity: Radarscan Feldberg 28-08-2006 14:20’, unit = ’dBZ’, colormap = ’spectral’, vmin = 20, vmax = max_data) wrl.vis.polar_plot(multiple_data[0], title = ’Reflectivity: Radarscan Feldberg 18-08-2006 02:25’, unit = ’dBZ’, colormap = ’spectral’, vmin = 20, vmax = max_data) 2.3. Read and plot raw DWD radar data 21
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wradlib Documentation - Bitbucket

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