IDENTIFICATION AND SELECTION OF LAYERS OF FLUID AND FLUID-SATURATED FORMATIONS OF ONE OR MORE GEOLOGICAL SOLID MASSES REPRESENTING GEOLOGICAL STRUCTURE Russian patent published in 2016 - IPC G06T17/00 

Abstract RU 2603979 C1

FIELD: chemistry.

SUBSTANCE: invention relates to means of identification and selection of layers of fluid and fluid-saturated formations of one or more arrays representing geological structure. Presented a method of identification and selection of layers of fluid and fluid-saturated formations in one or more arrays representing geological structure, including: a) loading of a plurality of arrays, each array comprises top section, the center of mass and volume; b) assignment of mark of interfluid contact for each corresponding array, each mark of interfluid contact is designated as an empty; c) selection of mark of interfluid contact, which is assigned to one of multiple arrays with top section which ia a interfluid contact; d) translation selected empty mark of interfluid contact in interfluid contact, which is the main interfluid contact marked array; e) selection of each array of a plurality of arrays, which is one of the arrays in the same tectonic unit and in the same stratigraphic layer as the main interffuid contact marked array; f) identification of each array selected as one of the similar in the same tectonic unit and in the same stratigraphic layer as the main interfluid contact of marked array, which is a continuous of main interfluid contact of marked array; g) repeating steps c) - f) for each mark of interfluif contact, assigned to one of multiple arrays with top section which is interfluid contact; and h) extraction of every main interfluid contact and each marked array which identified as corresponding continuation of the main interfluid contact marked array of a plurality of arrays in a group of arrays of fluid layers.

EFFECT: also the nonvolatile device-carrier of the program is offered, which contain the commands executed by computer instructions for implementing of the specified way.

20 cl, 35 dwg

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RU 2 603 979 C1

Authors

Lunburg, Katalina, Marija

Eving, Majkl, Devid

Dzhoanson, Devid, Brajan

Dates

2016-12-10Published

2014-08-15Filed