OUR SOFTWARE

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Import / Export

  • Grid models (GRD, SEG-Y, GravInv):

    • Densiy;​

    • Magnetization;

    • Vp;

    • Vs;

    • Prior data;

  • Polygonal models (ASCII);

  • Observed field and additional data (ASCII);

  • 2D horizons (ASCII);

  • Images (JPEG, PNG).

Forward modeling and Inversion

  • Forward gravity and modeling problem:

    • Polygonal models;

    • Grid models;

  • Field alignment;​​

  • Interactive editing of models:

    • Polygonal models;​

    • Grid models;

  • Automated gravity and magnetic inversion:

    • Constant values in blocks;​

    • Lateral variation;

    • Arbitrary variation;

    • Prior data accounting;

    • Setting extremes to given depth.

Math

  • Interpolation of grid models;

  • Arithmetic operations with multiple models;

  • Calculator;

  • Smoothing of grid models;

  • Velocity - density conversion;

  • Calculation of gradient;

  • Layered statistics.

Import / Export

  • Grid models (SEG-Y, ASCII, GravInv):

    • Density;​

    • Magnetization;

    • Vp;

    • Vs;

    • Prior data;

  • Horizons (GRD);

  • Observed field (GRD);

  • Lateral density and magnetization distribution (GRD);

  • Profile Scheme (ASCII);

  • Faults (Charisma);

  • Slices (GRD, ASCII);

  • Slice for 2D modeling (GravInv).

Forward modeling and Inversion

  • Forward gravity and magnetic modeling for 3D grid models;

  • Field alignment;​​

  • Interactive editing of horizons;

  • Automated gravity and magnetic inversion:

    • Constant values in blocks;​

    • Lateral variation;

    • Arbitrary variation;

    • Prior data accounting;

    • Setting extremes to given depth.

  • Automated selection of the horizon shape.​

Math

  • Interpolation of grid models;

  • Arithmetic operations with multiple models;

  • Calculator;

  • Smoothing of grid models;

  • Velocity - density conversion;

  • Calculation of gradient;

  • Layered statistics.

Import / Export

  • Grid models (GravInv):​
    • Density;

    • Prior data;

  • Observed field (GRD).

Forward modeling and Inversion

  • Spherical forward gravity modeling for 3D grid models;

  • Field alignment;​​

  • Automated spherical gravity inversion:

    • Arbitrary density distribution;

    • Prior data accounting;

    • Setting extremes to given depth.

Math

  • Interpolation of grid models;

  • Arithmetic operations with multiple models;

  • Calculator;

  • Calculation of gradient.