Clip surfaces of 3D volume data to reveal internal variations. Use least squares curve fit of a linear combination of specified functions.ĭata Blanking and Clipping: Set multiple constraints (or masks) to blank the display of data based on local field variables, functions of variables, grid indices, or depth from viewing position. Auto seed a specified number of streamtraces on a selected surface.Ĭontour Tool: Interactively add and delete contour lines or levels.Įxtraction Tools: Interactively define sets of points or polylines to which 2D and 3D surface data is interpolated and extracted for display as a separate plot.Ĭurve Fits: Use least squares linear, polynomial, power, and exponential curve-fits. Generate surface streamtraces on a no-slip wall based on shear stress vector field. Display markers along streamlines spaced by vector magnitude. Streamtrace Tool: Interactively seed rakes of streamlines, streamrods, and streamribbons in 2D and 3D. Probing Tool: Click on the surface to display interpolated variable values and cell indices. Iso-surface Tool: Change iso-surface values interactively. Slicing Tool: Interactively slice 3D volume and surface data displaying mesh, contours, and vectors on the slice plane. Triangulate: Create sets of triangles from data points defined in a 2D plane.ĭiscrete Fourier Transform (DFT): Transform onedimensional ordered linear data into the frequency domain for visualization and further analysis. Interpolate Data: Choose from linear, inverse-distance, and kriging interpolation. Create new data as a subset of existing data. Store mathematical expressions for reuse. Read the full case study.Ĭreate, Alter, IF Conditions and Transform Data: Alter your data or create new data using mathematical expressions. Tecplot Focus helps probe manufacturer showcase technology and sell products.
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