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1、主要技术模块：Data Base Dip Steering Neural Networks SSIS一、工区的建立这两步之后就不断OK，那么工区建好了。二、数据输入：地震、层、井数据等1地震数据 SEG-YTreExportManageSurveySelect/Setup .2层数据 Horizon ：SurveyImportHorizonASCIIGeometry3井数据 Well： SurveyImportHorizonWell3.1 井轨迹 Track：SurveyImportHorizonWellTrack其中井轨迹文件格式如下：x,y,z(D)1869119.42555550.228
2、50100011869119.42555550.2218502000 k1869119.42555550.222350250041869119.42555550.2228503000 t1869119.42555550.2233503500 k1869119.42555550.2238504000 k1869119.42555550.2243504500 k1869119.42555550.2248505000 t1869119.42555550.2253505500 k1869119.42555550.22557357231869119.421869119.421869119.4218691
3、19.421869119.421869119.421869119.421869119.42555550.22555550.22555550.22555550.22555550.22555550.22555550.22555550.22850100041850 12350 128501335043850143501485011000 0.1822 +20000.3684425000.4606130000.5444 +35000.6276440000.7120445000.79344DT格式如：3.2 井曲线 Log,只支持.las 格式：SurveyImportHorizonWellLog3.3
4、 分层数据 Marker： SurveyImportHorizonWellMarker二、数据的处理：Dip SteeringProcessingSteeringCreateProcessingSteeringFilter如图分别顺序乙X, Y方向，每次都在上一步基础上做，并命名可识别名称。三、层序地层学解释系统 SSIS：1创建：先选层，再定层间不整合接触关系， Setting 设置。(SSIS Chrono Stratigraphy New)原理如下两图：Start jositionMapped hari;on ASeismic samplesMapped horizon Bg,*n+lI
5、bp view Start position、Locaf dip information2.展示:(SSIS Chrono Stratigraphy Select某命名)，然后如下图调用。-Scene 1軒 IrJine尿El 1-0 ?350! Add attributeE- Crossline E- Timeslice !*：-Volume ?r-Random line E- PickSet 野 Horizon 申-伽I l-2D /notationsAdd chronmtratigraphy displayAdd systems tracts displayPosition .Gridl
6、ines :Reset ManipulationProperties .Fresolution+LoebRemove3.加入Wheeler Scene：如上右图。4. Creat Wheeler Cube.（可不做，如不需要输入的话）5体系域解释：Interprtation.Scene 1 車-Inline!_回匚250:Add attribute6. 展示体系域：-CrosslineE- Timesliceir VolumeE- Random linePickSet !i-Horizo n 二她 IIS-2D !i-/nnotation.9Add ehronostratigraphy dis
7、playAdd s/Stems tracts displayPosition .GridlinesReset ManipulationProperties .ResolutionLoehRemove四、属性：参数设置、调用、体计算。 ProcessAttributes1.参数设置：2.属性调用：可在主测面、副测面、时间切片、层上调用显示属性。+ -lbesfceVcthneRemorasri-KeChsnse询阿旳，.AflriUJfS 3C旬Ir故地3DChange Iran Ejartncy. Display in a 30 Viewsr 膺 tt-ltnesfce t ttne t Ra
8、ndom bne.+.-叽怔+jEanhm irie -:- iimeaceSHKlAttrMeStfctAHribLt*FwAiti五、：数据输出：如属性、烟囱体等ProcessCreate seismic output六、：神经网络61 有监督的（手动种种子点）1创建种子点集 2 个：是&非。ColorRandom+Polygon+ Fault StickSet+:Bociy:+ jPiuYE00EmptySeene 1Inline| 自“回160二 0A-test-cube f IEl-CrosslineB+-HmesliceS-Volurn eH-Random lineB-PickSe
9、th- H chin-.0 chin-RE-Horizo nEl-FaultJ-FaultStickSetttee scene 1Elemerrts2 打开属性集：ProcessAttributet kw Att ribut & Set 3CSefed flttriMe setAflrixMe seiBffault Attribute Set s谴中想做的集Trne gale (ms)dp (uslm)Dels 闻(u*)hW Fnut CuteNM Omney Cute hHSritCuheNM Slimp utoeUhStiitrvittd Wbrvftftjrrn Segmtrt&ljo
10、nSeismic lilere rnefen_cfii1iJisiDnatrft_eniiancemenl: FfiMt entwicemenl sttrKM rjj Feut Cdw MvagetiEv-aliistB AttributesNeural Networks4调用显示：016000A-teMiziveAttribute3训练：4调用显示结果：i5AlgorithmsRerriuv 已Tree scene 1+ .rifiutatiLinsSave attribirteElementsColorScene 1valuesMatchSelect Attribi.jteNeural NetworkStored 已2：Attribi.Jt 已：mSurfac已 data (5).Z ysIlj已e：也”已Show Histuqrarn .Show Arnplitude Spectrum.Change trnspar已i匸:丫 .- Inline+ -Crossline+ Timeslice+ -olu e 已7 -Raridurn lineE-PickSet-1-Horizon+ -Fai j-Fai El-Bocly+ -Wel- 0 Derno 0-：= FS4 1- 0 ZIt StickSetSel
