MapGIS Iterative Geological Modeling Tool is a professional software tool specifically designed for 3D geological modeling work, providing full-process services. It integrates data import, data processing, data checking, model construction, efficient visualization, 3D analysis, result output, and user collaboration, achieving efficient expression of complex geological body morphology and geological structures, providing strong support for digitalization and visualization of geological models.

ProductFunctions

·Multi-source Data Import, Visualization and Editing

To meet geological professional needs, MapGIS Iterative Geological Modeling Tool supports importing various geological professional data for modeling, including borehole data, cross-section data, geological maps, surface DEM, and geophysical and geochemical exploration data.

·Automatic Structural Model Construction

Supports users to use any data such as geological maps, topographic data, borehole data, cross-section data, and geophysical data to construct geological body models layer by layer from the surface underground. Each stratum layer selects different modeling methods based on expert experience to construct stratum models. Multi-layer stratum models constitute geological models, while supporting the expression of geological structures such as lens bodies, pinch-outs, and repeated inversions.

Automatic Construction of Geological Models Including Lens Bodies

·Interactive Structural Model Construction

Adopting the "divide and conquer" concept, each unit in geological body modeling uses human-computer interactive modeling methods, fully integrating geological experts' knowledge into the modeling process, and finally completing the merger of all units' geological models to fully express various complex geological structures such as folds, faults, and caves.

·Grid Discretization Attribute Modeling

Grid discretization attribute modeling is used for regularized 3D spatial distribution modeling of physical, chemical attribute values and other geological parameters within geological bodies, such as porosity, water storage rate, permeability coefficient, and geochemical element contents such as Au, Ag, and Cu. Based on 3D geological structure models, it supports rapid discretization and efficient rendering of billion-level multi-precision grids. Combined with MapGIS's precise and efficient parallel interpolation methods, it achieves rapid attribute model construction. Providing MapGIS's precise and efficient parallel interpolation methods, it supports 3D spatial attribute research in fields such as geophysics, geochemistry, and geological environment.

·Model Analysis

MapGIS Iterative Geological Modeling Tool provides rich 3D model display, query, and analysis functions, including moving, rotating, zooming in, zooming out, attribute parameter query and modification, as well as explosion, cutting, roaming and other analysis functions in different ways. The combination of multiple methods meets display and analysis needs under different situations.

Product Features

·Iterative Modeling Concept

From framework model to refined model, from whole to part, build level by level with layer-by-layer constraints to restore the most realistic 3D strata; add original modeling data anytime, adjust 3D modeling algorithms anytime, add geological expert experience anytime to achieve the most flexible modeling process.

·Precise Data Tracing

Supports snapshot-style management of models and data. The system automatically records every modeling process, allowing users to trace back to any version of the model, compare model change processes, and evaluate model effects.

Model Version Management

·Multi-type Modeling Algorithms

Provides multiple modeling algorithms to match different modeling needs. Includes data precision adaptive grading algorithms, automatic data fitting constraint algorithms, automatic 3D topological tracking algorithms, interpolation algorithms (inverse distance power method, trend surface interpolation method, spline function interpolation method, Kriging method, etc.), forming modeling technologies such as automatic borehole modeling, automatic zoning map modeling, implicit modeling, automatic cross-section modeling, interactive cross-section modeling, and automatic attitude extrapolation modeling, applicable to multi-topic 3D modeling scenarios such as bedrock geology, engineering geology, and hydrogeology.

·Easy to Use

Clear software function logic, smooth interaction, low learning cost, short learning curve, and even without experience, users can quickly get started and easily construct 3D geological models.

Application Cases