Tecplot Focus enables you to quickly plot your line and surface engineering and test data exactly the way you want. You can analyze and explore complex data sets, arrange multiple XY, 2D and 3D plots, and communicate your results to colleagues with high-quality output.

Analysis
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Create, Alter, IF Conditions and Transform Data: Alter your data or create new data using mathematical expressions. Store mathematical expressions for reuse. Create mirror images of existing data. Create new data as a subset of existing data.
Interpolate Data: Choose from linear, inverse-distance, and kriging interpolation.
Triangulate: Create sets of triangles from data points defined in a 2D plane.
Discrete Fourier Transform (DFT): Transform onedimensional ordered linear data into the frequency domain for visualization and further analysis.

Exploration
Slicing Tool: Interactively slice 3D volume and surface data displaying mesh, contours, and vectors on the slice plane.
Iso-surface Tool: Change iso-surface values interactively.
Probing Tool: Click on the surface to display interpolated variable values and cell indices. Snap selections to nearest grid point.
Streamtrace Tool: Interactively seed rakes of streamlines, streamrods, and streamribbons in 2D and 3D. Specify lines to terminate streamlines. Display markers along streamlines spaced by vector magnitude. Place streamline rakes. Generate surface streamtraces on a no-slip wall based on shear stress vector field. Auto seed a specified number of streamtraces on a selected surface.
Contour Tool: Interactively add and delete contour lines or levels.
Extraction 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.
Curve Fits: Use least squares linear, polynomial, power, and exponential curve-fits. Use least squares curve fit of a linear combination of specified functions.
Data 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. Clip surfaces of 3D volume data to reveal internal variations. Omit zones or peel away surfaces to highlight specific details.
Data Extraction: Extract iso-surfaces, slices, subsets, streamtraces, polylines, the surface 3D volume finite-element data, and point sets from 3D data to new data segments (zones) for further plot customization.