![]() ![]() In other words, according the the example above i should have marker that observes that X and Y axis but I don't. I am under the impression that setting X and Y axis = "mercator" my X and Y axis labels are shown as latitude and longitude and therefore my markers should plot against the axis accordingly. Bokeh is an interactive visualization library which provides elegant. Plot.circle(source=source,x='lon',y='lat',line_color ='red') Plot block takes a plot object from one of the supported Python visualization. Plot.add_tile(mq_tile_source)#add the map They have some geographical information in a GeoTIFF file, and you have to put it on a map like google maps, you know, with the streets and zooming and scrolling around and then make it available on the web. Sizing_mode = 'stretch_both')#create a figure Your boss/client just found you with a new task. Plot = figure(title='printed line on map', Source = ColumnDataSource(data=OrderedDict(lat=(), lon=())) Bokeh can be used to display Google maps. It targets modern web browsers for presentation providing elegant, concise construction of novel graphics with high-performance interactivity. It renders its plots using HTML and JavaScript. Mq_tile_source = WMTSTileSource(**tile_options) Courses Practice Bokeh is a Python interactive data visualization. When I plot markers however, which are set by LAT and LON they ignore the X and Y axis scale and instead plot according to Mercator scale title = "test" "Notice also that passing x_axis_type="mercator" and y_axis_type="mercator" to figure generate axes with latitude and longitude labels, instead of raw Web Mercator coordinates" ![]() Lines and markers can be combined by plotting them separately using the same data points. I presume there is some kind of conversion taking place by Bokeh since in their documentation they say: Bokeh is an interactive data visualization library for Python. ![]() I have created a figure in bokeh with X and Y axis labels showing latitude and longitude coordinates but using a WMTS tile map which of course uses Mercator projection. ![]()
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