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PYQT4 MATPLOTLIB ANNOTATE MANUAL
PYQT4 MATPLOTLIB ANNOTATE CODE

Produces path objects from the list items. Returns a string delimited by newlines or spaces, respectively. The captured list in this example has some convenience features.

(However, !! commands cannot be assigned to a variable.) ToĮxplicitly get this sort of output without assigning to a variable, use twoĮxclamation marks ( !!ls) or the %sx magic command without an assignment. without colours), and splits on newlines. Is equivalent to the above system command example (the %sx magic runs a shell commandĪnd captures the output). Similarly, the result of a magic (as long as it returnsĪ value) can be assigned to a variable. You can assign the result of a system command to a Python variable with the

PYQT4 MATPLOTLIB ANNOTATE MANUAL

Manual capture of command output and magic output ¶ For example, after doing import os, you can use %pfile, %pdef, %psource) work on object attributes, as well asĭirectly on variables. The dynamic object information functions (?/?, %pdoc, Identifiers and %whos prints a table with some basic details about You have defined interactively (not things you loaded or defined %who/ %whos: These functions give information about identifiers.%pfile : Show the entire source file where an object wasĭefined via a pager, opening it at the line where the object.%psource : Print (or run through a pager if too long).If the object is a class, print the constructor information.

%pdef : Print the call signature for any callable.Print both the class and the constructor docstrings. %pdoc : Print (or run through a pager if too long) theĭocstring for an object.The API documentation for the module contains the fullĭocstrings of all currently available magic commands. Information on the ‘?’ system) to get information about any particular magic Type %magic for more information, including a list of all available magicįunctions at any time and their docstrings. L = %sx ls (which in this particular case returns the result of ls as a python list). Line magics, if they return a value, can be assigned to a variable using the syntax home/fperez In : del cd # if you remove the cd variable, automagic works again In : cd ipython /home/fperez/ipython # and doesn't work as a function anymore File "", line 1 cd. In : cd ipython # %cd is called by automagic /home/fperez/ipython In : cd = 1 # now cd is just a variable In : cd.

PYQT4 MATPLOTLIB ANNOTATE CODE

Pasting of code starting with Python or IPython prompts.

IPython as your default Python environment.

Verbose and colored exception traceback printouts.

Manual capture of command output and magic output.

I hope this would be of any help to anyone. Usage is straightforward, for example: ax = df].plot(grid=True, use_index=True, \Īnnot_max(df].index,df],ax) Kw = dict(xycoords='data',textcoords="axes fraction",Īrrowprops=arrowprops, bbox=bbox_props, ha="right", va="top")Īx.annotate(text, xy=(xmin, ymin), xytext=(0.94,0.90), **kw) ZeroBasedIx = np.argwhere(y.index=maxIxVal).flatten() I took the liberty to adapt the aforementioned solution and use it with pandas plot function. The method proposed by in his response is really neat, but it doesn't work if the data is within a panda data-frame whose index isn't a zero based uniform index (), and it is desired to plot against the index -whose values are the x's.