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On this page you find all important commands for the CLI tool gnuplot. If the command you are looking for is missing please ask our AI.

gnuplot

Gnuplot is a command-line, open-source tool used for creating two-dimensional and three-dimensional plots in various output formats. It is primarily designed for numerical and scientific data representation, making it particularly useful in fields such as mathematics, physics, and engineering.

Here are some key features of Gnuplot:

  1. Graph Types: Gnuplot supports various plot types, including scatter plots, line plots, histograms, bar charts, contours, 3D surfaces, and more. It allows users to customize plot appearance by manipulating colors, axes, labels, and titles.

  2. Data Import: Gnuplot can import data from various sources, including plain text files, CSV files, Excel spreadsheets, and even online data sources. It supports multiple data file formats and provides options for handling missing or incomplete data.

  3. Scripting Language: Gnuplot uses its own scripting language that allows users to automate plot creation and perform complex data manipulations. The scripting language supports a wide range of mathematical functions and operators, enabling data preprocessing and transformation.

  4. Output Formats: Gnuplot can generate plots in various output formats, such as PNG, JPEG, SVG, PDF, and PostScript. It also supports interactive terminal outputs that allow users to manipulate plots using mouse and keyboard commands.

  5. Integration: Gnuplot can be integrated with other tools and programming languages like C, C++, Python, Octave, and MATLAB. This enables users to embed plots in software applications or scripts, extending its functionality and integration capabilities.

  6. Customizability: Gnuplot provides extensive options for customizing plots, such as changing line styles, markers, fonts, and grid configurations. It also supports mathematical expressions, fitting curves to data, and adding legends or annotations.

Gnuplot is available on various platforms, including Linux, macOS, and Windows, making it accessible to a wide user base. Its versatility, flexibility, and extensive documentation make it a popular choice among researchers, scientists, and engineers for data visualization and analysis.

List of commands for gnuplot:

  • gnuplot:tldr:149cf gnuplot: Persist the graph plot preview window after gnuplot exits.
    $ gnuplot --persist ${path-to-definition-plt}
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  • gnuplot:tldr:d88e5 gnuplot: Start the interactive graph plotting shell.
    $ gnuplot
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  • gnuplot:tldr:d9e9f gnuplot: Set the output format by executing a command before loading the definition file.
    $ gnuplot -e "${set output "filenamename-png" size 1024,768}" ${path-to-definition-plt}
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  • gnuplot:tldr:f7967 gnuplot: Plot the graph for the specified graph definition file.
    $ gnuplot ${path-to-definition-plt}
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