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A feature-rich 3D library for developing professional applications in oil & gas, CAD, engineering, and mining. Display your seismic and reservoir data in 3D. The 3D module is available in Java and JavaScript/TypeScript. The 3D plot uses WebGL technology to achieve GPU rendering in the browser and OpenGL to render graphics in Java.

View, interpret, edit, and process 2D,3D and 4D seismic data with integrated components to overlay annotation, picks, logs, or contours. View broadband seismic, 3D and 4D seismic, or view seismic data in real time. 2D supports server-side and client-side rendering.

Compare measurements along two or more axes with this 2D scatter plot visualization. Customize your graph to display reservoir characterization, seismic, or to interpret geophysical, geochemical, and hydrologic data. GeoToolkit libraries offers both linear and logarithmic crossplots.

Create high-quality, high-performance visualizations of very large datasets, including billions of cells (gigagrid), using our library of 3D components. These are designed for interpretation, 3D tool design validation, reservoir rendering, analysis, and QC. They provide volumetric rendering capabilities (including external renderers like Intel OSPRay, NVIDIA IndeX).

Build subsurface drilling, petrophysical analysis, or data management applications with single or multi-well displays that can correlate more than 1,000 wells in seconds. Connect to real-time data such as WITSML and display horizontal, deviated, map, and 3D well logs.

Seamlessly integrate a variety of popular WMTS services, including Google, Esri, MapQuest, ArcGIS GeoServices, OpenStreet Map, and more.

Create PDF reports with multiple widgets, minimizing the time it takes to build custom log headers. Integrate a custom application and connect to data. Available as a ready-to-go add-on, or you can code your solution by hand. The Report Builder library is available in JavaScript/TypeScript.

Visualize wellbore, downhole equipment, including drilling, completion, production, and workover operations. Display and edit BHAs and vertical, deviated, multilateral, and horizontal wells.

Combine textual, radial, and linear gauge types with alarms to notify users when values reach pre-defined thresholds in real-time monitoring applications.

Display a gridded or triangulated surface as a contour. Customize the frequency and appearance of contours, annotations, and colors.

Create stunning charts, graphs, and maps with minimal programming effort with our extensive set of samples and tutorials. Extend existing charts or create new ones through a powerful API.

Visualize multiple time series data with annotations and overlays for easy correlation and analysis in normal, stacked, or percentage mode. The TimeSeries library is available in JavaScript/TypeScript.

GeoToolkit is a comprehensive set of high-performance 2D/3D tools and libraries used in subsurface software applications to display seismic, log, schematic, contour, real-time data, and more. GeoToolkit libraries components allow developers to build advanced domain-oriented software and applications in the cloud quickly with low overhead and industry-leading support. GeoToolkit libraries are available in JavaScript, Python, TypeScript, Java, C++ and .Net.

GeoToolkit libraries supports Angular, React, Vue, and languages like JavaScript and TypeScript.

GeoToolkit libraries can access data in INTGeoServer, IVAAP software, cloud storage, and more.

Developing our advanced visualization libraries took many years. We have learned from customers who shared candidly that before purchasing GeoToolkit libraries, they tried to develop and recreate similar functionalities from scratch and it took them many man-months to create basic visualization capabilities for subsurface data, costing 10 to 20x more than simply licensing GeoToolkit libraries.

Yes, GeoToolkit libraries can be customized to the look and feel of your application. All the widgets can also be customized through a CSS mechanism.

Yes, we support reservoir grid visualization in 3D. INTGeoServer provides native support for standard reservoir formats such as GRDCEL, RESQML, and SEP, but it is provided through a separate license. Otherwise, there is a REST API that you can use to send the grid geometry and attributes from the server to the reservoir object directly.

GeoToolkit libraries provides any type of connection to receive data from a specific server. You can integrate to any commercial or custom database and/or server. Data can be received in two different protocols: REST Services (INTGeoServer, etc.) or Web Sockets, normally used for real time data.

Yes, we can read data from nearly any cloud provider—including Amazon S3, Microsoft Blob Storage, and GCP—and can access your on-premise and hybrid data as well.

There is no limit, as the mechanism to call for the data to be displayed is on-demand. We have showcased displays with 10,000 wells. GeoToolkit libraries can efficiently handle Level of Details (LOD) as you zoom in and out. Performance really depends on the user’s hardware like CPU, Graphic Card, memory, etc., but typically the limitation will depend on your ability to retrieve and serve the data to the client.

Yes, you can mix and match components from different libraries to build a single view. Overlay or co-visualization is one of the key advantages of GeoToolkit libraries.