【原始碼】Ogive優化工具箱

Ogive優化工具箱用於計算挑戰性環境中的地表通量

Ogive optimization toolbox for deriving surface fluxes in challenging environments

Ogive優化工具箱是為了幫助研究人員在具有挑戰性的環境中獲得地表通量而開發的。

The Ogive optimization toolbox has been developed for the purpose of assisting researchers derive surface fluxes in challenging environments.

該方法由Sievers等人（2015年）（見下文參考文獻）在最近的一篇論文中提出，是對傳統渦流協方差法的全面擴充套件，它允許研究人員過濾掉低頻影響和儀器噪聲/干擾。

The method, which was proposed in a recent paper by Sievers et al., (2015) (see reference below), is a comprehensive expansion of the traditional Eddy Covariance method, which allows researchers to filter out low-frequency influences and instrument noise/dampening of their results.

儘管該方法適用於所有條件，但在低通量條件下，在急劇的非中性大氣條件下，以及在地形對風模式有影響的環境中，該方法尤其突出。

Though the method is useful for all conditions it excels particularly in low-flux conditions, during sharply non-neutral atmospheric conditions and in environments characterized by topographical influence on wind patterns.

工具箱包含許多示例，這些示例通過在無輸入的情況下執行主指令碼來啟用。

The toolbox contains a number of examples which are activated by running the main script with no input.

隨附在工具箱中將看到一份PDF手冊，其中詳細介紹瞭如何啟動和使用工具箱以處理您自己的資料。

Enclosed in the toolbox you will find a PDF manual which details how to initiate and use the toolbox on your own data.

此外，手冊還介紹了聯絡主要作者尋求支援、問題和建議的方法。

In addition, the manual describes ways of contacting the lead author for support, questions and recommendations.

嘗試一下這個很有趣的方法，如果您在任何出版物上使用該結果，請記住引用原始論文。

Have fun trying this out and remember to cite the original paper in case you end up using the results in any publications.

參考文獻：

Methodological paper:

Sievers, J., Papakyriakou, T., Larsen, S. E., Jammet, M. M., Rysgaard, S., Sejr, M. K., and Sørensen, L. L.: Estimating surface fluxes using eddy covariance and numerical ogive optimization, Atmos. Chem. Phys., 15, 2081-2103, 10.5194/acp-15-2081-2015, 2015.

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