Rapid Model Updating first step: the uncut

Nicolas Euler and Charles H. Sword. ( 1997 )
in: 15th gOcad Meeting, ASGA

Abstract

In geological field, the model3D could be very useful if sorne tools for the updating were defined. Actualy, we are able only to build a model and realize simulations. But if we want to move a fault or edit locally an horizon, the model3D is rebuilt completly (it is a lost of time) and it keeps track of the old fault (before it is moved) or of the old horizon (before his local editing). In this paper, we present an algorithm that allow us to remove the remaining track when an editing operation is done. It means when a fault is removed, we are able to undo his eut line on the other surfaces. This algorithm is called: the uncut.

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    BibTeX Reference

    @inproceedings{EulerRM1997a,
     abstract = { In geological field, the model3D could be very useful if sorne tools for the updating were defined. Actualy, we are able only to build a model and realize simulations. But if we want to move a fault or edit locally an horizon, the model3D is rebuilt completly (it is a lost of time) and it keeps track of the old fault (before it is moved) or of the old horizon (before his local editing). In this paper, we present an algorithm that allow us to remove the remaining track when an editing operation is done. It means when a fault is removed, we are able to undo his eut line on the other surfaces. This algorithm is called: the uncut. },
     author = { Euler, Nicolas AND Sword, Charles H. },
     booktitle = { 15th gOcad Meeting },
     month = { "june" },
     publisher = { ASGA },
     title = { Rapid Model Updating first step: the uncut },
     year = { 1997 }
    }