Matplotlib plotting cookbook : learn how to create professional scientific plots using matplotlib, with more than 60 recipes that cover common use cases /

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This book follows a cookbook style approach that puts orthogonal and non-redundant recipes in your hands. Rather than rehashing the user manual, the explanations expose the underlying logic behind Matplotlib. If you are an engineer or scientist who wants to create great visualizations with Python, r...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Devert, Alexandre
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Birmingham, UK : Packt Pub., 2014.
Colección:Quick answers to common problems.
Temas:
Python (Computer program language)
Charts, diagrams, etc.
Python (Langage de programmation)
Tableaux, graphiques, etc.
diagrams.
COMPUTERS > Programming Languages > Python.
Acceso en línea:Texto completo (Requiere registro previo con correo institucional)
Tabla de Contenidos:
  • Cover; Copyright; Credits; About the Author; About the Reviewers; www.PacktPub.com; Table of Contents; Preface; Chapter 1: First Steps; Introduction; Installing matplotlib; Plotting one curve; Using NumPy; Plotting multiple curves; Plotting curves from file data; Plotting points; Plotting bar charts; Plotting multiple bar charts; Plotting stacked bar charts; Plotting back-to-back bar charts; Plotting pie charts; Plotting histograms; Plotting boxplots; Plotting triangulations; Chapter 2: Customizing the Color and Styles; Introduction; Defining your own colors
  • Using custom colors for scatter plotsUsing custom colors for bar charts; Using custom colors for pie charts; Using custom colors for boxplots; Using colormaps for scatter plots; Using colormaps for bar charts; Controlling line pattern and thickness; Controlling a fill pattern; Controlling a marker's style; Controlling a marker's size; Creating your own markers; Getting more control over markers; Creating your own color scheme; Chapter 3: Working with Annotations; Introduction; Adding a title; Using LaTeX-style notations; Adding a label to each axis; Adding text; Adding arrows; Adding a legend
  • Adding a gridAdding lines; Adding shapes; Controlling ticks' spacing; Controlling ticks labeling; Chapter 4: Working with Figures; Introduction; Compositing multiple figures; Scaling both axes equally; Setting an axis range; Setting the aspect ratio; Inserting subfigures; Using a logarithmic scale; Using polar coordinates; Chapter 5: Working with a File Output; Introduction; Generating a PNG picture file; Handling transparency; Controlling the output resolution; Generating PDF or SVG documents; Handling multiple-page PDF documents; Chapter 6: Working with Maps; Introduction
  • Visualizing the content of a 2D arrayAdding a colormap legend to a figure; Visualizing nonuniform 2D data; Visualizing a 2D scalar field; Visualizing contour lines; Visualizing a 2D vector field; Visualizing the streamlines of a 2D vector field; Chapter 7: Working with 3D Figures; Introduction; Creating 3D scatter plots; Creating 3D curve plots; Plotting a scalar field in 3D; Plotting a parametric 3D surface; Embedding 2D figures in a 3D figure; Creating a 3D bar plot; Chapter 8: User Interface; Introduction; Making a user-controllable plot; Integrating a plot to a Tkinter user interface
  • Integrating a plot to wxWidgets user interfaceIntegrating a plot to GTK user interface; Integrating a plot in a Pyglet application; Index

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