GMT
6.4

Getting started

  • Illustration Gallery
  • Animation Gallery
  • Tutorial in Bash
  • Tutorial in Julia
  • Tutorials in PyGMT

Reference documentation

  • Modules
  • Cookbook
  • Datasets

Resources

  • Changelog
  • Users Script Contributions
  • Users Symbol Contributions
  • Deprecated GMT Defaults Names
  • Switching between Different Versions
  • Migrating from an Earlier Version

Classic Mode

  • Common Options (Classic Mode)
  • Modules (Classic Mode)

Development

  • Code of Conduct
  • Contributors Guide
  • Maintainers Guide
  • Team Gallery
  • reStructuredText Cheatsheet
  • Debugging GMT
  • GMT C API
  • PostScriptLight C API
  • GMT Enhancement Proposals

Getting help

  • GMT Homepage
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  • Source Code
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Animation GalleryΒΆ

Here we will explore what is involved in creating animations (i.e., movies). Of course, an animation is nothing more than a series of individual images played back in an orderly fashion. Here, these images will have been created with GMT. A GMT movie is made with the movie module that takes care of all the book-keeping of making a movie (advancing frame counters, converting each plot to a raster image, assembling the images into a movie). The user is left to focus on the creation of a main frame script (that will have access to special variables to know which frame it is as well as user-defined data) and optional scripts that prepares files for the movie, lays down a constant background plot, and appends a constant foreground plot. The movie module explains the available options and gives a few simple examples you can cut-and-paste to run in your terminal. Below are more advanced movie examples. You can generate anything from tiny animated gif files for your PowerPoint or KeyNote presentations or a full-featured movie with thousands of frames at HD or 4k resolution.

  • (1) Animation of the sine function

  • (2) Examining DEMs using variable illumination

  • (3) Orbiting a static map

  • (4) Flying from NY to Miami at night

  • (5) Control spline gridding via eigenvalues

  • (6) Demonstrate aliasing by sampling a chirp

  • (7) Spinning Earth showing crustal ages

  • (8) One year (2018) of Pacific seismicity events

  • (9) Flying over the Antarctic Ridge and the East Pacific Rise

  • (10) The effect of sub-pixeling

  • (11) Wrapping the Marbles on a Sphere

  • (12) Image and Grid Manipulations

  • (13) Animating time-series (seismograms)

  • (14) Animating earthquake focal mechanisms

  • (15) Animating 2-D coupled gridding via SVD

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© Copyright 2022, The GMT Team. Last updated on Jun 18, 2022.

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