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• The actor supports multiple forecast data fields.
• Each data field can be rendered as line contours, filled contours, pseudo-colour plot and textured stippling/hatching.
• The horizontal section can be interactively moved up and down by the user.
• Each horizontal section contains an instance of a graticule actor to render graticule lines and coast and border lines.
• A surface shadow is available to improve spatial perception.
• Multiple stacked horizontal sections are allowed in a single scene.
• Wind barbs and arrows are supported.

How to...

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It is possible to get some statistics about the data of a given variable.

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Also, it is possible to export the data to an external file for debugging purposes.

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...perform rendering?

Met.3D currently supports render modes consisting of filled contours, line contours,texture contours and their combinations. After choosing the render mode, the user needs to select an appropriate transfer function or texture function (which should have been already created). There are options to choose the various characteristics of the contour sets.

...smoothen the data?

Met.3D provides options to smoothen the data.

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Currently horizontal smoothing is possible using either distance based or grid cell based modes.

We recommend to use the smooth mode "horizontalBoxBlur_distance" with "symmetric" boundary conditions. 

...visualize ensemble data?

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Met.3D supports ensemble visualization. Each variable by default is synchronized to temporal extents and ensemble size based on the data loaded using the data pipeline.By, turning off the ensemble synchronization, the user can choose the members and the ensemble mode. Currently individual member or ensemble mean, standard deviation, min, max, max-min, above or below a threshold are supported.