Here there are two commits, the first relates to the fact that simulator_plot() fails if you only have a single output. The drop = FALSE part fixes the pivot (else it returns a pivoted table with nonsensical output names). Then I've added a prototype beeswarm plot for examining the evolution of a single output across waves. I tried a few things, but this seemed to work better. It adds another dependency package (ggbeeswarm). See what you think.
The second adds a contour argument to plot_lattice(), which allows the user to remove the black contour lines from the minimum implausibility plot if required. This is because for e.g. narrow regions of non-implausibility the contour plots obscure the underlying colours and hence you can't make out the region clearly, so this adds a simple TRUE/FALSE option to plot this or not.
I haven't added this to any other plot functions (such as emulator_plot(), but one could do). Again, feel free to take these suggestions or not as you see fit.
Here there are two commits, the first relates to the fact that
simulator_plot()fails if you only have a single output. Thedrop = FALSEpart fixes the pivot (else it returns a pivoted table with nonsensical output names). Then I've added a prototype beeswarm plot for examining the evolution of a single output across waves. I tried a few things, but this seemed to work better. It adds another dependency package (ggbeeswarm). See what you think.The second adds a
contourargument toplot_lattice(), which allows the user to remove the black contour lines from the minimum implausibility plot if required. This is because for e.g. narrow regions of non-implausibility the contour plots obscure the underlying colours and hence you can't make out the region clearly, so this adds a simpleTRUE/FALSEoption to plot this or not.I haven't added this to any other plot functions (such as
emulator_plot(), but one could do). Again, feel free to take these suggestions or not as you see fit.Cheers, T