CrossSectionData Class

Initializes a new instance of the CrossSectionData class

Holder of read/write information

returns the number of cross sections

List of custom types stored in the data object and that must be serialized.

A custom type is e.g. a user implemented structure or catchment model. In order to store information on the custom type in the .m1dx file, the system needs to know which custom types are being used, and they must be added to this list.

Holds data from an extended DataContract

Diagnostics instance for the engine net. Used during runtime.

Defines how to interpolate a cross section.

Default value is ProcessedTopDown

Add the crossSection based on its location id and chainage and topoID.

If a cross section gets its location updated after insertion into the collection, it needs to be removed and reinserted into the collection.

Add the crossSection as a global crossSection for the entire reach.

Removes all cross sections from this collection.

Create a runtime Diagnostics instance. This is called from the initializer which contains the cross section data since there is no initializer here (CrossSectionData is created during load, not initialization).

For all reach/topo-id's with only one cross section on chainage 0, elevate those cross sections to reach global

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

Allows an object to try to free resources and perform other cleanup operations before it is reclaimed by garbage collection.

Find the closest cross section based on the location and topoID. If no cross section is found, null is returned.

If the reach defined in the location has a global cross section, the global cross section is returned. TODO: Consider returning null instead

This is meant for editing the cross sections, use Get to always get a cross section at a location.

Find a cross section based on the location and topoID. If no cross section is found (chainage within Constants.LOCATION_EQUAL_TOLERANCE), null is returned.

If the reach defined in the location has a global cross section, the global cross section is returned. TODO: Consider returning null instead

This is meant for editing the cross sections, use Get to always get a cross section at a location.

Gets the cross-sections on locations inside span.

If excludeEnds is true, then cross sections must be strictly inside span (cross sections must be LOCATION_EQUAL_TOLERANCE inside span).

If excludeEnds is false, then cross sections on the end of the span will be included (within tolerance of LOCATION_EQUAL_TOLERANCE).

Uses StrictContains in the locationSpan to match. If there is a global cross section for this reachID, then an array of length 0 is returned.

Find a cross section based on the reachID and topoID. The reach must have a global cross section defined, otherwise null is returned.

Find the cross section's neighbors on the same reach and with the same topoID. If there is another cross section at that location already, return its neighbors. TODO: What to return if the branch only has one global cross section? Currently null.

Get a cross section for a location, interpolated if none exists at the location. Returns null if a required interpolation is not possible. Returns a child if the location is found with in a location span of a cross section Processed data are found for the geometric interpolation

Get a cross section for a route location, interpolated if none exists all the location. Returns null if a required interpolation is not possible. Processed data can be found in 2 different ways (see below)

Returns an enumerator that iterates through the collection.

Serves as the default hash function.

Return an enumerable that can iterate over all reach-id and topo-id combinations

Gets the Type of the current instance.

Get a standard very large cross section.

returns the global extrema for z coordinates

Creates a shallow copy of the current Object.

Merge other collection into this. If duplicates, this overrides other (not updated).

Find and remove a cross section based on the location and topoID. If no cross section is found (chainage within Constants.LOCATION_EQUAL_TOLERANCE), false is returned. If the reach defined in the location has a global cross section, the global cross section is removed. TODO: Consider doing nothing

Find and removes a cross section based on the reachID and topoID. The reach must have a global cross section defined, otherwise nothing happens.

Returns a string that represents the current object.

Protected holder of read/write info

Set the AutoProcess flag for all cross sections.

Clone all cross sections in CrossSectionData.

Find upstream and downstream cross section from crossSectionData at location. If none exists, create an return a GetVeryLargeCrossSection

Get bank levels of cross sections inside span.