Tephigram: Difference between revisions

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A '''tephigram''' is one of four thermodynamic diagrams commonly used in computational weather engineering.
In computational weather engineering, a '''tephigram''' is one of four types of [[Gnomon algorithm]] diagrams commonly used to generate artificial weather.


The name evolved from the original name "T-Theta-gram" to describe the axes of temperature (T) and entropy computed during the plot.
The name evolved from the original name "T-Theta-gram" to describe the axes of temperature (T) and entropy consumed by the computational process.


Usually, temperature and dew point data calculations are converted to convective stability or convective available potential energy (CAPE) effects, using local weather as an output device.
Usually, temperature and dew point data calculations are converted to convective stability or convective available potential energy (CAPE) effects, using local weather as an output device.
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== Fiction cross-reference ==
== Fiction cross-reference ==
* [[Gnomon algorithm]]


== Nonfiction cross-reference ==
== Nonfiction cross-reference ==
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[[Category:Nonfiction (nonfiction)]]
[[Category:Fiction (nonfiction)]]
[[Category:Machines (nonfiction)]]
[[Category:Gnomon algorithm]]
[[Category:Mathematics (nonfiction)]]
[[Category:Machines]]
[[Category:Mathematics]]

Revision as of 15:50, 21 August 2016

In computational weather engineering, a tephigram is one of four types of Gnomon algorithm diagrams commonly used to generate artificial weather.

The name evolved from the original name "T-Theta-gram" to describe the axes of temperature (T) and entropy consumed by the computational process.

Usually, temperature and dew point data calculations are converted to convective stability or convective available potential energy (CAPE) effects, using local weather as an output device.

In the News

Fiction cross-reference

Nonfiction cross-reference

External links: