All modules list

 

Modules: GeoModeller

Content

GEOMODELLER-BASE V4

GEOLOGY MODELLING Full 3D geology model-building including all input/output, editing, visualisation, advanced drill hole management, interpolation of drill hole attributes, 2D/3D grid/mesh visualisation & computation, geology & resource volumetrics, property optimisation. Forward Grav-Mag geophysics modelling in 2.5D & 3D. And forward prediction of synthetic 2D seismographs.

Main Add-on

GEOMODELLER GRAV/MAG INVERSION V4

FULL GRAV/MAG INVERSION Litho-constrained stochastic geophysical inversion. Including joint inversion of any number and combination from: gravity, magnetics, tensor grids of Grav/Mag, and component tensor grids of Grav/Mag. Litho-constraints are either directly from 3D geology (GeoModeller-Base) or linked to an imported starting lithology or property voxet. Also includes any combination (%) from Fixed Geology Property-Only inversion to Fixed Property Geology Geometry-only inversion. This module also includes 3D geothermal computations, and a micro-seismic events record viewer with a temporal filter.

Add-on

CGAL Libraries

For building meshes of surfaces and volumes by triangular and tetrahedral elements, derived from implicit models from GeoModeller, exporting to various finite element mesh formats.

Add-on

3D WormE

INTREPID–GeoModeller interoperable

 

For automated structural analysis: Performs Multi-Scale Edge Detection (Worming) and Euler Depth to Basement. Creates databases CSV for worms, points, lines. Uses the Digital Terrain. (Complete INTREPID to GeoModeller workflow.)

Add-on

Cluster Tool

INTREPID–GeoModeller interoperable

For automated structural analysis: Performs 2D/3D point data clustering. Available for: conventional data (anisotropic, isotropic), tensor data, vector data. Dip calculation reports. Implicit surfaces solved for final planes. [eg1., Supporting conventional data of seismic events records for 3D faults analysis. Eg2. Supporting airborne gradiometry data for auto-interpretation of elongated bodies: for tilt, dip and strike estimation.]

Add-on

airborne EM 1D inversion

(with support for 2.5D AEM inversion products by line km service)

Enabling: Load/interrogate your airborne EM survey data; Create geological sections for each line; Create a geology model and predict the 1D EM response; Review the predicted outcomes as log conductivity sections and 3D Point clouds of predicted resistivity/conductivity; Generate a request for a 2.5D inversion bureau service to be performed by Intrepid Geophysics for a fee (see below). Supports all common commercial airborne EM systems.

Module not for sale

Bureau Service only

GEOMODELLER v4 - 2.5D EM INVERSION

FULL EM 1D/2.5D forward and inverse modelling for airborne EM. With a new optimised GSVD solver and using a geological reference model. Available as bureau service-only. Set-up fee with a per-line-km basis. Results and products ready for GeoModeller-Base. Supports all common commercial airborne EM systems.

 

 

Modules: INTREPID

Content

IMPORT (Base 0)

Import, Export - File Manager - Data Interchange Manager, Stats, Metadata, Thumbnails

PROJECTION (Base 1)

Projection Conversion, Datum to Datum

VISUALISATION (Base 2)

3D Explore: Editing & visualisation of points, polylines, 2D/3D grids, voxets, meshes (including Tensor Grids)

GRIDDING (Base 3)

Gridding - Akima, Nearest Neighbour, Minimum Curvature (MINQ), Bi-directional cubic spline), variable sample density gridding,

EDITING (Base 4)

3D Explore, Spreadsheet, Profile, Flight Path, Split Lines for marine (Point, Line & Grid)

COMPOSITION (Base 5)

Map Composer and Map Print

DATA EXTRACTION (Base 6)

Logical & Spatial Subsection, Profile Extract, Append, Merge

‘Sea-g’

Standalone Wizard APP

marine gravity data processing

Rapid and User Friendly - Marine Gravity Processing software APP (for on-cruise or post-cruise use). Processing to fully corrected Free Air anomaly maps from Air Sea II & MGS-6 meters. Fast, easy to use wizard. Process daily or on cruise completion. ‘Sea-g’ is Powered by INTREPID (purchase includes Base 0-6 above)

 

Starter Bundle: Base 0 to 6, above

LINE FILTERING

Line Filtering (Spectral, Spatial Convolution & Specials) Spectral: Band Pass, Band Reject, Low Pass, High Pass, Kaiser Band Pass, Vertical Derivative, Horizontal Derivative, Upward Continuation, Downward Continuation, Variable Continuation, Reduction to Pole, Vertical Component, Horizontal Component, Fourier Hilbert. Spatial Convolution: Fuller, Smoothed Fuller, Hilbert. Specials: Phillips, Pass Through, Strip Gravity Layer.

GRID FILTERING

Grid Filtering (Fast Fourier Transform FFT, Spatial Convolution & Tensor Convolutions) FFT: Low, High and Band Pass, Horizontal Derivative, Vertical Derivative, Reduction, Continuation, Analytic Signal, Total Horizontal Derivative, Directional Cosine, Hilbert Transform, Pseudo-Gravity, Matched Filter, Butterworth, Gaussian, Susceptibility, Apparent Density, Tensor Query, Vertical Integral, Component, Cosine Rolloff. Spatial Convolution: Contrast Normalisation, Gaussian Anti-alias, Terracing. Tensor Convolutions: Potential, LaPlacian Error, Fourier Coefficients, Smoothed Tensor, Estimate Vertical Component.

GRID OPERATIONS

Grid Operatons (Grid Re-sampling, Smoothing, Rotations, Decimations, Extract/Implant, Dump, Detrend, with Manager & Registration) Re-sampling by: Newton 4th order (opt. smooth), Cubic Spline (opt. smooth), Minimum curvature (opt. smooth), Cubic Polynomial (opt. Smooth). Smoothing by Minimum Curvature; Rotation; Decimate grid (half); Extract grid from Multiband, Implant grid into Multiband, Promote grid to double precision; Dump non-null grid values row-wise or column-wise to dataset; Detrend Grid.

GRID GRADIENT

Horizontal Gradient Gridding of Grids of Measured Components, TMI enhance (also VD)

GRIDMERGE

Grid Merge - Weighted least squares merge of many grids simultaneously

LEVELLING

(1-Airborne) Tie Line Levelling, Loop Levelling, XY Shifts, Logs

(2-Grid based) Decorrugation & Micro levelling

(3-Marine) Joint Levelling of Multiple Line Datasets

GRAVITY

Field Data Reduction, Datum to Datum, Utility Functions, Terrain Correction, Earthtide, Free Air Anomaly maps

 

RADIOMETRICS

Multi-channel radiometrics processing (includes NASVD &256 MNF, GR820, Pico)

INTERPRETATION

(1-Grids) Euler/Werner, MagMage for Grid data

(2-Lines) Improved Naudy for Profile data

(3-3D) Worms, Lineaments, GIS Integration, for Grid data

Advanced Modules

 

GRIDDING PRO

Includes GRIDDING (Base 3), plus: Gradient Enhanced Multi-pass, Multi-dataset, Tensor Gradients, Tensor Grids.

GRIDMERGE PRO

Includes GRIDMERGE plus a power feature: Microlevelling of all line data associated with grids

LEVELLING PRO

Includes all of LEVELLING 1,2,3 plus: Gradient Levelling, Rotational Leveling, Earth Models, (plus Tensor Levelling under final stages of development)

GRAVITY PRO

Includes GRAVITY plus: Moving Platform and Land based field data reduction, Terrain correction, Utility Functions, Earthtide, Free Air, Bouguer, Bathymetry handling, Datum to Datum, (L&R, CG3, CG5, etc.) Isostatic Correction (Moho), Auto decorrelation, Tensor Formation, De-noising. (Bell, Falcon, LaCoste and Romberg, ZLS) Merge with Master

 

3D WormE

INTREPID–GEOMODELLER interoperable

For automated structural analysis: Performs Multi-Scale Edge Detection (Worming) and Euler Depth to Basement. Creates databases CSV for worms, points, lines. Uses the Digital Terrain. (Complete INTREPID to GeoModeller workflow.)

Cluster Tool

INTREPID–GEOMODELLER interoperable

For automated structural analysis: Performs 2D/3D point data clustering. Available for: conventional data (anisotropic, isotropic), tensor data, vector data. Dip calculation reports. Implicit surfaces solved for final planes. [eg1., Supporting conventional data of seismic events records for 3D faults analysis. Eg2. Supporting airborne gradiometry data for auto-interpretation of elongated bodies: for tilt, dip and strike estimation.]

New Auto-solvers

available with INTREPID v6.0 beta

 

  • Solver for Multiple Random Magnetic Dipoles – (Resolves multiple, multi-depth, discrete magnetic flood basalts and sills)

Ask for details

 

Modules: JetStream

Content

MyJetStream

A single perpetual licence of JetStream for installation on a single PC, includes:

  • A MyJetStream software manual
  • first 12 months of Technical Support, Upgrades and Maintenance

Full service

JetStream Solution

 

 

A general guide (minimum outline):

Part a: Software licence

  • Perpetual JetStream and limited Intrepid software licences:

[limited Intrepid licence for performing import/export/re-projection/file management/gridding]

  • Web-based, internet or intranet
  • JetStream software manuals
  • Intrepid software manuals

Part b: Customised design, implementation, training and support

  • Project Management of System and Catalogue design and implementation
  • Software installed on servers(2) by Intrepid Geophysics running a minimum software architecture linked with a basic array of catalogues to existing datasets, with a JetStream-Intrepid software licence.
  • 3-days in-house training for both 'User' and 'Admin' levels
  • Includes the first 12 months of Technical Support, Upgrades and Maintenance