Results 3D

Results 3D produces two and three dimensional views of all grid-based simulator input and and output data. It allows you to control what to display, when in simulation time to display it, and how to display it. In addition, Results 3D provides full control over many display options, including wells, names, titles, axes, legends, and more.

2D Cross-Sections
Quickly view different layers of your simulation grid in aerial map or cross-section view. Move through layers with a single mouse click or zoom in on areas of interest.

3D Views
Results 3D produces three-dimensional perspective views of the reservoir, cut away portions to see interior or cross sections or view single layers in 3D. You can rotate the view and adjust the viewing angle to further focus in on a specific location of the reservoir.

Flexible Display Setup
Display views include titles, a color scale, axis, the simulation grid, grid IJK annotations, a grid property, well names, and well perforation locations. Each may be turned on or off as desired, and may be changed as specified. Users have complete control of titles, color scales and property values, and may display the results in block center, contour fill or color fill mode.

Output Capabilities
Informative views can be printed or saved to a JPEG file. Users can easily export the JPEG file to any popular word processing or presentation software program, including Microsoft Word and Microsoft PowerPoint, for fast, high quality reports or presentations.

Time & Animation
Select a simulation time to view a property or a specific distribution of the fluid saturation within the reservoir or animate over time and see a movie of the field fluid saturations or pressure changes with time.

View Properties
View any grid property output from any of CMG's simulators. Results 3D also calculates a number of additional useful properties, including Oil per Unit Area, which helps the user determine the best location to drill a well or implement additional recovery mechanisms. Results 3D can also produce a three-phase ternary display of fluids in the reservoir to further understand its distribution and location.