Each GaeaSynergy 3D view stores a presentation of selected project information. Users can inspect spatial relationships from different directions, simplify the scene by hiding unneeded categories and preserve useful views for later communication.
Build the view from the data and interpretations already associated with the project.
Show investigation locations and borehole or well traces within the project extent.
Place sample information at its project location and elevation or depth.
Display interpreted vertical profiles as spatially positioned section panels.
Show gridded surfaces as flat maps or at the elevations represented by their grid nodes.
Represent interpreted geological volumes between compatible top and bottom contour maps.
Remove selected portions of a solid to reveal internal geometry and relationships.
Add simplified buildings, tanks, silos, piles, shafts and excavations for site context.
Overlay selected project-map information to retain geographic and infrastructure context.
Display tools help the user inspect complex geometry and create an understandable scene while preserving the underlying project information.
Change the presentation to answer the current question.
Use surface, solid and visibility controls to reveal the relationships that matter without overcrowding the display.
Turn samples, wells, boreholes, cross-sections, contour maps, solids and other scene content on or off as needed.
Adjust the transparency of contour maps and the project GIS overlay to see information behind or beneath them.
Display a contour map as a flat plane or at the elevation of its calculated grid nodes.
Outline strata, structures and excavations so individual objects remain legible in a dense scene.
Increase or reduce the vertical scale relative to horizontal scale to examine subtle elevation changes.
Maintain separate saved views for technical inspection, internal discussion and project-view output.
GaeaSynergy can generate a solid stratum when the interpreted top and bottom are defined by compatible contour maps. The resulting volume can be displayed with the surrounding project information.
Start with a focused question and add only the information needed to investigate or communicate it.
Decide whether the view is for geological review, site context, model inspection or presentation.
Add the relevant boreholes, samples, sections, maps, solids, structures and GIS data.
Choose vertical scale, outlines and surface presentation appropriate to the project dimensions.
Rotate, pan and zoom, then hide content that blocks the relationship being examined.
Use transparency and solid cutouts when surfaces or volumes conceal important detail.
Save the view with a clear purpose and place the appropriate 3D display in a project view.
Use the integrated display to review technical relationships and communicate interpretations to different audiences.
View boreholes, cross-sections, interpreted strata and site structures in a common spatial frame.
Compare wells, samples, contour surfaces, tanks and excavations within the project site.
Display wells and interpreted groundwater surfaces with geology and site features.
Inspect boreholes, sections, geological solids, shafts, piles and other resource-project context.
Use spatial views to communicate interpreted conditions across alignments and developed sites.
Prepare focused views that help technical teams, managers and clients understand the model.
Use the product overview for planning and the manual for current view creation, navigation and display settings.
Review the supported scene content and access the detailed 3D editing topics.
Open the 3D display chapterSee how GaeaSynergy combines infrastructure and subsurface project data in 3D.
Read the Knowledge Center guideLearn how simplified site objects are created, positioned and prepared for 3D display.
Explore buildings and structuresExplore boreholes, sections, surfaces, solids, structures and GIS context together in a saved GaeaSynergy presentation.
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