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GAEA在Global范圍內(nèi)開發(fā)和分發(fā)地球科學(xué)和工程應(yīng)用。我們的目標(biāo)是成為地球科學(xué)家和工程師集成軟件解決方案的提供商，GAEA的軟件已被很多的公司用于收集、存儲(chǔ)和可視化地下數(shù)據(jù)超過25年。GAEA擁有各種各樣的人員；例如工程師、地質(zhì)學(xué)家和地球物理學(xué)家在使用我們的軟件。
GaeaSynergy的WinFence橫截面擴(kuò)展模塊用于訪問和繪制鉆井/油井?dāng)?shù)據(jù)。各種各樣的鉆井/油井?dāng)?shù)據(jù)可以繪制在橫截面上；包括巖性符號(hào)、樣本符號(hào)、巖心記錄、井圖、圖表和地球物理記錄。可以選擇讓程序使用內(nèi)置的人工智能(AI)自動(dòng)生成橫截面。當(dāng)確定如何連接鉆孔、井和交叉截面之間的地層時(shí)，該程序會(huì)查看地層的巖性、厚度和產(chǎn)狀的相似性。這種方法適用于大多數(shù)地質(zhì)情況；地質(zhì)復(fù)雜或有斷層的地方除外。一種不一樣的捕捉方法可用于添加層、蝕變帶、侵入體和透鏡體邊界。這種方法可以將一個(gè)層的邊界固定到另一個(gè)層的邊界。邊界可以部分繪制，部分捕捉。捕捉的邊界可以包括一個(gè)或多個(gè)不同的層。除了捕捉之外，還可以將地層邊界指定給上面或下面的地層。創(chuàng)建橫截面后，地層邊界可用于創(chuàng)建等值線圖。此外，橫截面可以作為柵欄圖在3D中顯示。
以下是WinFence的一些功能列表:
與鉆孔或井相關(guān)聯(lián)的EDMS樣本和濃度數(shù)據(jù)可以顯示在鉆孔/井的位置處的橫截面上。
剖面中的地層可以由程序內(nèi)置的智能自動(dòng)生成。
柵欄圖可以三維方式生成、顯示和打印。
在橫截面上可以畫出多個(gè)水位。可以使用存儲(chǔ)在WinLoG中的水位自動(dòng)繪制水位。
等值線圖中的網(wǎng)格節(jié)點(diǎn)顯示在橫截面上，可用于自動(dòng)調(diào)整地層邊界。
地層邊界可用于在擴(kuò)展等高線模塊中創(chuàng)建等高線圖。
通過與鉆孔/鉆井模塊更緊密的連接，橫截面地層的自動(dòng)創(chuàng)建得到了改進(jìn)。
橫截面可以包含在項(xiàng)目的頁(yè)面布局中，可以單獨(dú)顯示，也可以作為剪輯的一部分顯示。
橫截面路徑線可以是直的或彎曲的。
相交的橫截面可以顯示在橫截面上。
自動(dòng)生成新橫截面時(shí)，可以使用相交橫截面。
橫截面可以使用在鉆孔/井延伸模塊中輸入的數(shù)據(jù)來顯示巖性、圖形、地球物理日志、樣本和井眼位置的井細(xì)節(jié)。
鉆孔/井延伸模塊中的地層被自動(dòng)添加到橫截面中。
橫截面可以包含無限數(shù)量的層、透鏡和侵入體。
地層邊界可以用直線連接，也可以用曲線擬合。
邊界可以捕捉到其他圖層或侵入體。
定義地層邊界的點(diǎn)可以用圖形編輯和刪除。
橫截面的水平和垂直比例可以由程序指定或自動(dòng)擬合。
【英文介紹】
GAEA develops and distributes geoscience and engineering applications worldwide. GAEA's software has been used for over 25 years by companies and organizations around the world to collect, store and visualize sub-surface data.Our goal is to be the leading provider of integrated software solutions to geoscientists and engineers.GAEA has more than 3000 firms and organizations in more than 120 countries. A wide variety of professionals; such as engineers, geologists, and geophysicists use our software on a global basis.
The WinFence cross-section extension module of GaeaSynergy can be used to quickly create detailed full color cross-sections. A wide variety of strata can be used to create cross-sections. Depending on the industry, types of strata that can be used include layers, faults, lenses, intrusions, and alteration zones (mineralization, contamination, hydrocarbons, shear strength). Very detailed and complicated stratigraphy can be represented and easily drawn. Each industry version of this module has been specifically designed with data types and strata tailored to that industry.This modulecan be used to access and plot the boring/well data. A wide variety of boring/well data can be plotted on the cross-sections; including lithologic symbols, sample symbols, core logs, well diagrams, graphs, and geophysical logs.There is the option to have the program automatically generate the cross-section using artificial intelligence (AI) built-into the program. When determining how to connect the strata between boreholes, wells, and intersecting cross-sections the program looks at the similarities in the lithologies, thicknesses, and occurrence of the strata. This methodology works well with most geologies; except, where the geologyis very complicatedor there are faults.A unique snapping approach can be used to add layer, alteration zone, intrusion, and lense boundaries. This approach allows the boundary of one strata to be fixed to the boundary of another strata. Making the input of strata boundariesquick and accurate. Boundaries can be partially drawn and partially snapped. Snapped boundaries can include one or more different strata. In addition to snapping, strata boundaries can be assigned to the strata above or below.After the cross-section has been created, the strata boundaries can be used to create contour maps. In addition, the cross-sections can be displayed in 3D as fence diagrams.
