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geoscene3d:add_geophysics:geophysics_ascii_geosoftfiles [2020/03/23 14:05] – rebecca130301_gmail.comgeoscene3d:add_geophysics:geophysics_ascii_geosoftfiles [2021/01/06 19:15] (current) – external edit 127.0.0.1
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 The file consists of a general ‘header’ section and a ‘values’ section. Each line in the ‘values’ section of the file defines a geophysical 1D model with a number of layers. In figure 1 the depth to the bottom of the layer are in the written first, then the depths to the bottom of the layers, and at last the values, e.g. the resistivity. In figure 2 the value, conductivity, and the elevation to the top of the layers is next to each other. This means the conductivity is read in every third column. The file consists of a general ‘header’ section and a ‘values’ section. Each line in the ‘values’ section of the file defines a geophysical 1D model with a number of layers. In figure 1 the depth to the bottom of the layer are in the written first, then the depths to the bottom of the layers, and at last the values, e.g. the resistivity. In figure 2 the value, conductivity, and the elevation to the top of the layers is next to each other. This means the conductivity is read in every third column.
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 +{{vimeo>491571991?large&autoplay|Video Tutorial}}
  
 ==== Step 1. ==== ==== Step 1. ====
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-3. Browse the geosoft source for the ”1D geophysical layer data” on your hard drive or network. When selecting a GeoSoft file the window changes, and you have the opportunity to press “Source Settings”.\\+4. Browse the geosoft source for the ”1D geophysical layer data” on your hard drive or network. When selecting a GeoSoft file the window changes, and you have the opportunity to press “Source Settings”.\\
 {{:tutorials:adddata:781a040876a7c8f8ceac1af9a6e83b2a.png}}\\ {{:tutorials:adddata:781a040876a7c8f8ceac1af9a6e83b2a.png}}\\
 {{:tutorials:adddata:77f23ca40bd5ad35061ffd6fd0070c07.png}} {{:tutorials:adddata:77f23ca40bd5ad35061ffd6fd0070c07.png}}
  
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-4. Change the ASCII Source Settings. See the tutorial: File Source Settings. Press OK, and then press Next.\\+5. Change the ASCII Source Settings. See the tutorial: [[:geoscene3d:data_formats_and_specifications:filesourcesettings_geosoft|]]. Press OK, and then press Next.\\
 {{:tutorials:adddata:14f4f076dd62684740bc05118b2660fb.png}} {{:tutorials:adddata:14f4f076dd62684740bc05118b2660fb.png}}
  
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-5. Select 1D Geophysical Models (One model per line, e.g. Geosoft format). Press Next.\\+6. Select 1D Geophysical Models (One model per line, e.g. Geosoft format). Press Next.\\
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-6. Setup the columns to be used. Press the ”Assign Fields” Button to access the column editor.\\+7. Setup the columns to be used. Press the ”Assign Fields” Button to access the column editor.\\
 {{:tutorials:adddata:8f6ec89058058337c663d8afe041ea91.png}}\\ {{:tutorials:adddata:8f6ec89058058337c663d8afe041ea91.png}}\\
-7. Match the position and layer info with Column names in the file, e.g. the ‘XUTM’ with the column named ‘X_’.+\\ 
 +8. Match the position and layer info with Column names in the file, e.g. the ‘XUTM’ with the column named ‘X_’.
  
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-8. Select a Color Scale. It is also possible to automatically generate profiles along the model grouping index e.g. the flight lines. Please also write a profile group name. The profiles will only be generated is the data is in your scene extent.\\+9. Select a Color Scale. It is also possible to automatically generate profiles along the model grouping index e.g. the flight lines. Please also write a profile group name. The profiles will only be generated is the data is in your scene extent.\\
 {{:tutorials:adddata:e903bab6060c35b3f2cf20d32ef4900c.png}} {{:tutorials:adddata:e903bab6060c35b3f2cf20d32ef4900c.png}}
  
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-9. Name the 3D well object. You can select an existing group node or write the name of a new one. The well object will be places in this group.\\+10. Name the 3D well object. You can select an existing group node or write the name of a new one. The well object will be places in this group.\\
 {{:tutorials:adddata:7016a6546da3e8980b2a9e01736a1ac4.png}} {{:tutorials:adddata:7016a6546da3e8980b2a9e01736a1ac4.png}}
  

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