Image:Lorenzstill-rubel.png

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Description
English: Finite segment of a trajectory of Lorenz's equations, computed by numerical integration and rendered as a metal wire. Parameter values are classical. Conical beads indicate the direction of travel. The black hemisphere marks the origin, and directions of the x and y axes are as indicated. The base of each axis triangle is 20 units from the origin. The z axis points upward; the highest point on the wire is approximately 45 units above the x-y plane. The shadow is cast by a spotlight high on the z axis.

Adapted from an image I produced for my Ph.D. thesis.

Numerical integration is explicit Euler. The scene was rendered using POV-RAY.
Source

Transferred from en.wikipedia

Date

2006-10-13 (original upload date)

Author

Original uploader was Mrubel at en.wikipedia

Permission
(Reusing this image)

CC-BY-2.5; GFDL-WITH-DISCLAIMERS; Released under the GNU Free Documentation License.


[edit] License information

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This file is licensed under Creative Commons Attribution 2.5 License
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GNU head Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.2 or any later version published by the Free Software Foundation; with no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts.

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[edit] Original upload log

The original description page is/was here. All following user names refer to en.wikipedia.

  • 2006-10-13 18:16 Mrubel 1920×1440×8 (418803 bytes) Finite segment of a trajectory of Lorenz's equations, computed by numerical integration and rendered as a metal wire. Parameter values are classical. Conical beads indicate the direction of travel. The black hemisphere marks the origin, and directions

File history

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Date/TimeDimensionsUserComment
current23:41, 14 May 20081,920×1,440 (409 KB)File Upload Bot (Magnus Manske) ( {{BotMoveToCommons|en.wikipedia}} {{Information |Description={{en|Finite segment of a trajectory of Lorenz's equations, computed by numerical integration and rendered as a metal wire. Parameter values are classical. Conical beads indicate the direction)
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