I am trying to recreate a figure similar to the attached plot (similar to the target plot).
I have found certain topics that are similar (e.g. one 3D plot comprising stacked 2D plots (How can I make 3d plot with stacked 2d plot?) or plotting mean for density distributions (plot median values on top of a density distribution in ggplot2)).
But I was unable to find an example in which there is a 3D plot of stacked 2D plots and, in addition, there is a plot of showing the relationship between the mean values of the said stacked 2D plots.
Thanks
Related
I am trying to create Violin Plots using the StatsPlots.jl library.
However, I would like to have the returned Violin plot to be horizontal instead of vertical as I want to show the distribution of a variable (e.g. Temperature) for different heights, eg. at 1000m, 2000m, 3000m ...
So it would be nice if the height was at the y-Axis while the temperature distribution was on the x-Axis.
Is there a way to swap the axes of a Plots.Plot struct, or is there an argument I could pass to violin() that does the trick?
I have created a series of marginal plots looking at two variables using ggMarginal and ggplot2. However, I want to include an axis on the histogram that has the scale so I know roughly how many values fall into each bin.
I have already checked the documentation for ggMarginal and am at a loss.
I have 2 separate histogram clustered plots whose x-axis is the same and the bars are also same, but y-axis is different.
I want to represent the combined information from these 2 plots in a single plot. One way to do this is to assign the y-axis of the second plot as z-axis. I have attached a rough example here:
Questions:
Is there a simple way to do this in gnuplot?
Are there better ways of combining such information from two plots together?
Following-up on a question that has already been answered regarding the scatterplot density (see R Scatter Plot: symbol color represents number of overlapping points), I would like to know if there is a way to add the legend of the scatterplot, let's say for instance to the solution proposed by O'brien?
I want to have spectral density of a set of values
x.spec<-spectrum(datalist[1:128,1],log=c("no"))
this code plot form me a plot. but I dont want to have any plot. Is there any way, that I can ignore this plot and having only spectral density
x.spec$spec
x.spec<-spectrum(datalist[1:128,1],log=c("dB"),plot=FALSE)