SeisVol (3D) - Displays seismic volumes in 3D

This  module creates  three-dimensional displays of  multiple  3D seismic  volumes, horizon and fault surfaces and well paths.  

• The seismic  traces  can  be  displayed as textures or as relief maps (anaglyphic displays)  covering the sides of the  volume(s), as three perpendicular planes or as vertical profiles defined by the user. They can also be displayed as clusters of points where each point represents a sample within a range selected by the user. 

• The vertical profile can be shifted along the in-lines or cross-lines.

• The  displayed  volume’s  extents  can be modified so that one can view any sub-volume, even one layer thin sub-volumes such as vertical sections or time-slices.   

• Multiple views of the  same  data volume or different data volumes can be displayed simultaneously. This enables the user to compare data produced at different times  (4D) as well as combine seismic amplitude  backdrops with attribute cloud displays.

• The horizon / fault surfaces  and  well paths can be displayed with semi-transparent seismic volumes, or with seismic  volumes displayed as clusters of points.  

• The Seismic data can be rendered with variable transparency selected by the user with the transparency function.

• The horizon surfaces are coloured according to the attributes available and they can be displayed  as shaded surfaces, as wire frames or as node points.

• Both the seismic trace relief map (anaglyphic) display and the surfaces can be illuminated by light sources whose colour and position are controlled by the user. This gives rise to impressive displays where subtle details can be seen more clearly.   

• The seismic data and the surfaces have their own colour schemes giving the user more flexibility. By choosing suitable colours using the Colour Spectrum Editor, both the seismic data and the horizon and fault surface displays can be greatly enhanced. 

• The range of samples displayed in the point clusters display is selected with the help of a histogram which shows the distribution of data thus enabling the user to make a more informed range selection.

• Horizon surfaces can be used to form the top and bottom of the seismic volume. 

• The 3D Display can be zoomed, rotated (with animation) and translated using display controls or the mouse.  

• The 3D display can be scaled independently along any of the x,y,z axes.

• The 3D Locator enables the user to query the location and value of any point on the seismic volume, surfaces or well trajectories.  

• The 3D display can be saved as an image file (jpg or png)