Abstract: Embodiments relate to converting semi-structured spatial data. Initially, semi-structured spatial data is recursively traversed to determine a dynamically nested structure. The dynamically nested structure is translated into an application specific layer structure based on feature type grouping and display capabilities of a geographic information system (GIS) application. Next, an input symbology is determined for each feature in the semi-structured spatial data. The input symbology of each feature is analyzed to determine an application symbology for each map layer in the GIS application. A spatial database is created for the GIS application based on the application specific layer structure. The features are translated from the semi-structured spatial data into the spatial database, and the application symbology of each map layer is used to render the features in the GIS application.

Abstract: A user control is provided for use with a multidimensional dataset that allows a user to graphically set the bounds for one or more of the dimensions of data selected from the dataset. The graphical user control includes a wireframe cube representing the extent of data in the dataset and a selector box within the data cube. A user can indicate a selected perspective and orientation of the data by selecting a portion of an edge of the selector box, and a visual indication of the selected perspective and orientation is provided. The user further can select a desired portion of the data by changing a size and/or a position of the selector box within the data cube. The graphical user control further includes a visual indicator representing the fourth dimension of the dataset and one or more navigation buttons.

Abstract: Embodiments relate to converting semi-structured spatial data. Initially, semi-structured spatial data is recursively traversed to determine a dynamically nested structure. The dynamically nested structure is translated into an application specific layer structure based on feature type grouping and display capabilities of a geographic information system (GIS) application. Next, an input symbology is determined for each feature in the semi-structured spatial data. The input symbology of each feature is analyzed to determine an application symbology for each map layer in the GIS application. A spatial database is created for the GIS application based on the application specific layer structure. The features are translated from the semi-structured spatial data into the spatial database, and the application symbology of each map layer is used to render the features in the GIS application.

Abstract: System and method for providing an automated method of importing NetCDF formatted data from a variety of sources that contain a variety of internal datasets. Options for processing and analysis can be provided and can occur simultaneously as the data are being processed. Storage and organization options provide efficient viewing and analysis of NetCDF datasets.

Abstract: A user control is provided for use with a multidimensional dataset that allows a user to graphically set the bounds for one or more of the dimensions of data selected from the dataset. The graphical user control includes a wireframe cube representing the extent of data in the dataset and a selector box within the data cube. A user can indicate a selected perspective and orientation of the data by selecting a portion of an edge of the selector box, and a visual indication of the selected perspective and orientation is provided. The user further can select a desired portion of the data by changing a size and/or a position of the selector box within the data cube. The graphical user control further includes a visual indicator representing the fourth dimension of the dataset and one or more navigation buttons.

Abstract: A user control is provided for use with a multidimensional dataset that allows a user to graphically set the bounds for one or more of the dimensions of data selected from the dataset. The graphical user control includes a wireframe cube representing the extent of data in the dataset and a selector box within the data cube. A user can indicate a selected perspective and orientation of the data by selecting a portion of an edge of the selector box, and a visual indication of the selected perspective and orientation is provided. The user further can select a desired portion of the data by changing a size and/or a position of the selector box within the data cube. The graphical user control further includes a visual indicator representing the fourth dimension of the dataset which allows the user to identify and select a further subset of the data defined by the selector box.

Abstract: System and method for providing an automated method of importing NetCDF formatted data from a variety of sources that contain a variety of internal datasets. Options for processing and analysis can be provided and can occur simultaneously as the data are being processed. Storage and organization options provide efficient viewing and analysis of NetCDF datasets.

Abstract: A user control is provided for use with a multidimensional dataset that allows a user to graphically set the bounds for one or more of the dimensions of data selected from the dataset. The graphical user control includes a wireframe cube representing the extent of data in the dataset and a selector box within the data cube. A user can indicate a selected perspective and orientation of the data by selecting a portion of an edge of the selector box, and a visual indication of the selected perspective and orientation is provided. The user further can select a desired portion of the data by changing a size and/or a position of the selector box within the data cube. The graphical user control further includes a visual indicator representing the fourth dimension of the dataset which allows the user to identify and select a further subset of the data defined by the selector box.