The code used for plotting is given below: p dput(plot_solver) I have tried changing the values in = element_text(angle = 90, vjust = 1, hjust=1) as discussed in Align axis label on the right with ggplot2 but of no avail. ![]() How do I get all the x-axis text aligned with the x-axis? We can observe that the x-axis text is not aligned with the x-axis rather it is centrally aligned. I have the following bar plot using ggplot2. ![]() Just my opinion though!ĭo you have any great science tricks you want to share? Email us at or tell us on Facebook. Of course, I could make this look a lot better, but that would take more work than it takes using ggplot2. Also notice the difference in tick positions and spacing. I didn’t work to match the colors because I was using default ggplot2 colors and wanted to compare with default base colors (one of the many great things about ggplot2 is pleasing default color options). If you have any questions (e.g., about the specific commands within the ggplot call), post them in the comments and I’ll address them.įrom the comments: here’s a comparison using the base R plotting commands. You can change this by messing with colors and the ‘scale_fill_gradient()’ command. ![]() I’ve only allowed the colors to go up to 2,500 mm annual rainfall because I wanted to show how most of Africa has rainfall levels below 2,500 mm/yr. Geom_point(data=sites, aes(x=x, y=y), color=”white”, size=3, shape=4) + Ggplot(data=df, aes(y=Latitude, x=Longitude)) + Sites <- ame(read.csv(“/your/path/to/pointfile.csv”)) #Call in point data, in this case a fake transect (csv file with lat and lon coordinates) #convert the raster to points for plottingĬolnames(df) <- c(“Longitude”, “Latitude”, “MAP”) #open ASCII file using ‘raster’ command, which converts the ASCII to a raster object ![]()
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