The amount of data that I need to plot is above 30k points. I'm aware that the hover over functionality is possible for an active graph. But is it possible to display the value of a particular data point when hovered over on saved matplotlib plots?
Are there any other interactive plotters that offer such a functionality for saved plots?
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I am trying to display data on a graph between 2002-2022 as shown in the attached image. I tried some methods to set it but it's not executing. How do I manually set the limits so the graphs do not show a compressed plot.
I have a scatter plot looking like this:
Each point in this image describes average hardness value taken over 5 points of data, in each batch. So for each point a hardness plot can be generated with the data. I want to know how to code in interactive mode in Python, such that when I hover my mouse to each point, the image of hardness plot will pop up?
When I use Matplotlib's plt.show() I get a nice Plot which can can be zoomed to very high precision(practically infinite). But when I save it as a image it loses all this information gives information depending on resolution.
Is there any way I can save the plot with the entire information? i.e Like those interactive plots which can rescaled at any time?
P.S- I know I can set dpi to get high quality images. This is not what I want. I want image similar to Plot which python shows when I run the program. What format is that? Or is it just very high resolution image?
Note- I am plotting .csv files which includes data varying from 10^(-10) to 100's. Thus when I save the plot as .png file I lose all the information/kinks of graph at verŠ½ small scales and only retain features from 1-100.
Maybe the interactive graphic library bokeh is an option for you. See here. It's API is just little different from what you know from matplotlib.
Bokeh creates plots as html files that you can view in your browser. For each graphic you can select wheel zoom to zoom interactively into your graphic. You can change interactively the range that you want to be plotted. Therefore you don't loose information in your graphic.
I'm creating a plot with factorplot and then trying to add a subplot on top of each box. How can I get the x-axis locations of each individual box in the factor plot to put another line on top?
Maybe there's a way to get all the x-axis values of each box plot on the axes?
Here's my basic factor plot:
I want to add 1 subplot (the circle) in the middle of each box plot. However, I cannot figure out how to get the x-value of each box to properly space the points.
I see a lot of code for positions and offsets in the seaborn source that lays these out. However, I'm wondering if there is a more straight-forward method to get this information or at least approximate it.
As per #mwaskom's comments, you can use sns.stripplot() (and now also sns.swarmplot()) to include your data points with a data summary plot such as a box or violinplot.
Is there already a python package allowing to graphically edit the graph of a function?
Chaco is designed to be very interactive, and is significantly more so than matplotlib. For example, the user can use the mouse to drag the legend to different places on a plot, or lasso data, or move a point around on one plot and change the results in another, or change the color of a plot by clicking on a swatch, etc.