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πScope

πScope is a Python-based workbench for data analysis and modeling.

Goals of piScope include:

  • Data browsing (scope) application for MDSplus data system (www.mdsplus.org)
  • Lego blocks for gluing up large simulation codes using Python
  • User frontend platform for Petra-M (MFEM based finite element simulation).

For the above purposes, πScope is equipped with:

  • a data analysis environment (= Python shell, editor, data structure browser, and Matplotlib figure)
  • various GUI components to work with matplotlib-based figures, which allow users to:
  • save/load a figure as a figure file.
  • edit artists using GUI palette for plot, contour, image, triplots and so on.
  • change panel layout via an interactive layout editor.
  • cut/paste of plot, axes, or an entire page.
  • export data from plot to Python shell with one click.
  • interactively annotate figure using text, arrow, lines, etc.
  • draw 3D (OpenGL) in a Matplotlib canvas.

πScope is also used for Petra-M finite element analysis platform built on MFEM.

Install

 pip install piScope

 or
 
 git clone git@github.com:piScope/piScope.git; cd piScope
 pip install .

Plotting commands

The following plotting commands are available. These commands are preloaded in the Python shell inside piScope GUI. From a script, users need to load them:

  • Inside a live piScope GUI process, plotting calls use the GUI interactive backend.
  • Outside piScope GUI, plotting calls use the no-GUI client backend. The backend launches piScope automatically if it is in an interactive session. Otherwise, it needs to be launched by calling launch().

Figure and axes management

  • figure, showpage, cla, cls, clf, subplot, isec, isection
  • addpage, delpage, title, suptitle, xlabel, ylabel, zlabel, clabel
  • xlog, ylog, zlog, clog, xlinear, ylinear, zlinear, clinear
  • xlim, ylim, zlim, clim, xauto, yauto, zauto, cauto
  • twinx, twiny, cbar, view, threed, lighting

2D plotting

  • plot, oplot, loglog, semilogx, semilogy, timetrace, plotc
  • scatter, hist, errorbar, oerrorbar, errorbarc
  • triplot, ispline, contour, contourf, quiver
  • image, specgram, spec, tripcolor, tricontour, tricontourf
  • axline, axlinec, axspan, axspanc, fill, fill_between, fill_betweenx
  • text, figtext, arrow, figarrow, legend

3D plotting

  • surf, surface, revolve, solid, trisurf, quiver3d, fill_between_3d

Annotation and output

  • property, savefig, savedata

Example

from ifigure.interactive import figure
import numpy as np

x = np.linspace(0, 10, 100); y = np.sin(x) v = figure(size=(500, 400)) # Create viewer v.plot(x, y) v.title("Sine Wave") v.xlabel("x-axis");v.ylabel("y-axis") v.legend('curve1') v.savefig("sine_wave.pdf") # Save the plot as a PDF

piScope output for one full sine cycle

LLM sessions (experimental)

To enable an LLM agent to control a persistent piScope session, copy the entire plotting skill into that agent's user skill directory:

cp -a skills/piscope-plotting <LLM_SKILLS_DIR>/

The skill includes its instructions and scripts for launching piScope and sending commands to its server.

Directories

  • ../python/ifigure         core program
  • ../python/ifigure/example examples
  • ../bin/           scripts to run πScope
  • ../tests/       plotting test routines.
  • ../example/       example data to look in πScope

Reference

(S Shiraiwa, T Fredian, J Hillairet, J Stillerman, "πScope: Python-based scientific workbench with MDSplus data visualization tool", Fusion Engineering and Design 112, 835 (2016) https://doi.org/10.1016/j.fusengdes.2016.06.050)

Metadata

Release files for piScope 26.10.11

For a detailed explanation of source distributions (sdists) and built distributions (wheels), please see the package formats documentation.

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Source distribution for piScope 26.10.11
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Table of built distributions (wheels) for piScope 26.10.11
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piscope-26.10.11-py3-none-any.whl Python 3 none any Details

Total release size: 3.3 MB

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