Matplotlib Bug Polar Plot Tick

matplotlib matplotlib Public. Notifications You must be signed in to change notification settings 3D tick label position jitter when rotating the plot view Bug 3D tick label position jitter when rotating the plot view Jan 30, 2025. Copy link and see whether rotating the tick labels around the polar plot jitters as well. All reactions.

Bug summary I would like to create a polar plot without the grid lines. When using ax.set_xticks andor yticksrticks the plot appears distorted. Code for reproduction import numpy as np import matplotlib.pyplot as plt D np.array

Hi I'm having some problems with the formatter of ticks in a polar plot. Below is a minimum example The first figure is correct, the second has wrong ticks. Is it a bug in MaxNLocator Kind regards Pl import matplotlib.pyplot as plt from matplotlib.ticker import MaxNLocator. Data. Mnp.sinnp.meshgridnp.arange30,np.arange

Bug summary. The fontsize argument of ax.set_xticklabels controls the size of azimuthal tick labels on a polar plot. However the same argument, when passed to set_yticklabels, does not control the size of radial tick labels. In fact it does nothing - the value of the argument has no impact on the plot.

Bug report. In a polar plot, I want to set the sizes of the r and theta ticklabels. While setting the theta ticklabel size works with the method set_thetagrids, setting the r ticklabel size with set_rgrids does not work.. As an aside, I find it confusing that some functions for setting theta parameters require arguments in radians e.g., set_thetalim, while others require arguments in degrees

I am making a polar plot, and the ticklabels are overlapping the plot a little bit. I tried to compensate by increase the tick.major.pad rc setting, but it does not seem to be respected. Any suggestions on where to look for this? from matplotlib import rcParams rcParams'tick.major.pad'10 rcParams'tick.labelsize'16

problem is that I want to make a polar plot with ticklabels. To generate such a plot you can use the following simple example script. import numpy as np import matplotlib.pyplot as plt. r np.linspace0, 10, 100 t np.linspace0, 4np.pi, 100 fig plt.figure1 fig.clf ax fig.add_subplot1,1,1, polarTrue ax.plott, r, lw2

From matplotlib examples import numpy as np import seaborn as sbs import matplotlib.pyplot as plt r np.arange0, 3.0, 0.01 theta 2 np.pi r ax plt.subplot111, polarTrue ax.plotthe

Polar plot Demo of a line plot on a polar axis. import matplotlib.pyplot as plt import numpy as np r np . arange 0 , 2 , 0.01 theta 2 np . pi r fig , ax plt . subplots subplot_kw 'projection' 'polar' ax . plot theta , r ax . set_rmax 2 ax . set_rticks 0.5 , 1 , 1.5 , 2 Less radial ticks ax . set_rlabel

Bug summary. I am trying to create a polar plot of some data, with an annotation arrow pointing towards some other point in the plot. However, I get a StopIteration, presumably because of setting the rticks, which unexpectedly excludes the origin from the radius limits. Code for reproduction