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On top of the minimum pressure try to add the maximum and average pressure to the graph plot. Use a different colour to each curve and add a custom legend as well.
Hints:
first, just try to add the Graph Plotting definition to the Macro and in the end return both the Input Visualiser and the Graph Plotting as a list like this:
Code Block return [vis,graph]
If you visualise the Macro now your Graph Plotting settings will be directly applied to the resulting curve.
next, compute the maximum of the pressure in the loop . Store and store its values in another list and build . Build an input visualiser out of it (e.g. call it
vis_max) . Define another and define a Graph Plotting for it (e.g. call it graph_max) using a different colour. In the end now you need to return a longer list like this:Code Block return [vis,grpahgraph,vis_max,graph_max]
the average pressure curve can be derived in a very similar manner
add a Legend with disjoint mode. Carefully set the legend_user_lines to provide a textual description to each curve in the legend. Add your legend to back of the list you return from the macro.
Doing the whole task in Macro
Try to write a single Macro that is doing all the tasks in one go and directly produces the composite plot with the map and graph in the end.