Create a 2D curve-linear spatial axis. See IDfsAxisCurveLinearD2 for details. This 2D axis is used for curve-linear dfs2 files.

Create a 3D curve-linear spatial axis. See IDfsAxisCurveLinearD3 for details. This 3D axis is used for special types of dfs3 files.

Create a dummy spatial axis that can contain numberOfValues data values.

This can be used when an item does not have a relevant spatial axis and it is required to store a number of values. It is used for items of a dfsu file.

Create a 0D spatial axis. This 0D axis is used for dfs0 files. See IDfsAxisEqD0 for details.

Create a 1D equidistant spatial axis. This 1D axis is used for dfs1 files. See IDfsAxisEqD1 for details.

Create a 2D equidistant spatial axis. This 2D axis is used for dfs2 files. See IDfsAxisEqD2 for details.

Create a 3D equidistant spatial axis. This 3D axis is used for dfs3 files. See IDfsAxisEqD3 for details.

Create a 4D equidistant spatial axis. Currently not supported.

Create a 1D non-equidistant spatial axis. This 1D axis is used for dfs1 files. See IDfsAxisNeqD1 for details.

This is actually more alike a 1D curve-linear axis.

Create a 2D non-equidistant spatial axis. This 2D axis is used for special types of dfs2 files. See IDfsAxisNeqD2 for details.

Create a 3D non-equidistant spatial axis. This 3D axis is used for special types of dfs3 files.

Create a custom block, with the provided name and data.

The arrayData must be an array of type float, double, byte, int, uint, short or ushort

Create a custom block, with the provided name and data.

Create a Dfs2Builder for building a dfs1 file.

Create a Dfs2Builder for building a dfs2 file.

Create a Dfs2Builder for building a dfs3 file.

Create a Dfs2Builder for building a dfsu file.

Create a DfsBuilder for building a generic dfs file.

Create a MeshBuilder for building a mesh file.

Create an IDfsProjection based on the wktProjectionString.

The reference coordinates are set to the origin of the projected coordinate system.

Create an IDfsProjection based on the wktProjectionString, and set the origin (in geo (lon-lat) coordinates) and orientation of the model coordinate system.

See IDfsProjection for details on the lon-lat origin and orientation.

Create an IDfsProjection based on the wktProjectionString, and set the origin (in projected coordinates) and orientation of the model coordinate system.

See IDfsProjection for details on the lon-lat origin and orientation.

The projection returned will store values as longitude, lattitude and orientation from true north.

Creates an undefined IDfsProjection which is provided for backward compatibility. Use preferably one of the other projection methods.

Create a static item with the provided name, quantity and data.

data must an array with one of the supported DfsSimpleType, e.g. int[].

The spatial axis is set to a dummy axis of the correct length.

Create a temporal axis, equidistant calendar axis.

Create a temporal axis, equidistant time axis.

Create a temporal axis, non-equidistant calendar axis.

Create a temporal axis, non-equidistant time axis.

Determines whether the specified Object is equal to the current Object.

Serves as a hash function for a particular type.

Gets the Type of the current instance.

Returns a string that represents the current object.