Create various arbitrary seismic lines. Display inline, crossline, randomline and other seismic line traces. Display the frame of the seismic cube(s) with annotations. 
Toggle on the check box in front of a seismic line.Ī 2D window will serve as a basemap when the seismic interpretation process is active. Objects are added to the Input tab under the seismic cube folder. To add other seismic line types right click on the seismic cube folder and select one of the ’Insert. Immediately available are Inlines and Crosslines. Here you can choose to create seismic lines, crop a volume, realize a volume, generate attribute volumes etc.ĭouble-click on survey to open Settings dialog where the basemap annotation and other display parameters can be modified. Right click on a seismic volume to access the pull-down menu. Choose SEG-Y as the format and specify the output file name, then click Save. Right click on a seismic survey and choose Export. In the Input Data Dialog window, select the proper color template and correct domain. Select the file, choose Files of type: SEG-Y seismic data (*.*) then click "Open". Right click on the Survey 1 folder and choose Import (on Selection). You can have multiple and rename Seismic Survey folders. Seismic data is stored under a specific Seismic Survey folder. Import/Export Seismic Data Import Seismic Data 
In addition, data in ZGY bricked format can be imported. Cropping and realizing seismic data allow you to work effectively with large volumes of seismic data. autotracking) but large SEGY volumes may be too large to load the entire survey into memory. Certain operations are more efficient when seismic data are resident in memory (e.g. full-fold data, near- and far offset cubes, etc). Any type of SEGY cube can be imported (e.g. The SEGY data are not copied into the Petrel project, rather a link to the seismic data is created. The standard format for 2D and 3D seismic data is SEGY, a binary format that can easily be imported into Petrel.
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