MultiThreadMatrix Constructor |  |
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Overload List| Name | Description | |
|---|---|---|
  | MultiThreadMatrix(RouteStop) |
Create a MultiThreadMatrix using an array of RouteStops.
The default RoutingStrategy is RoutingStrategyFastest.
The default number of threads is equal to the number of CPU cores available on the local machine.
|
| MultiThreadMatrix(RouteStop, LinkCost) |
Create a MultiThreadMatrix using an array of RouteStops.
The RoutingStrategy defaults to RoutingStrategyFastest.
The default number of threads is equal to the number of CPU cores available on the local machine.
|
| MultiThreadMatrix(RouteStop, RoutingStrategy) |
Create a MultiThreadMatrix using an array of RouteStops, and a
RoutingStrategy. The default number of threads is equal to the
number of CPU cores available on the local machine.
|
| MultiThreadMatrix(RouteStop, RoutingStrategy, LatLon) |
Create a MultiThreadMatrix using an array of RouteStops, and a
RoutingStrategy. The default number of threads is equal to the
number of CPU cores available on the local machine.
|
| MultiThreadMatrix(RouteStop, RoutingStrategy, Int32, Boolean) |
Create a MultiThreadMatrix using an array of RouteStops, and a RoutingStrategy. Define the number of threads to use (NumThreads), and specify if the calculated data should be saved to disk (persist = true) for quicker, subsequent data reading.
|
| MultiThreadMatrix(RouteStop, RoutingStrategy, Int32, Boolean, LinkCost) |
Create a MultiThreadMatrix using an array of RouteStops, and a RoutingStrategy. Define the number of threads to use (NumThreads), and specify if the calculated data should be saved to disk (persist = true) for quicker, subsequent data reading.
|
| MultiThreadMatrix(RouteStop, RoutingStrategy, LatLon, Int32, Boolean, LinkCost) |
Create a MultiThreadMatrix using an array of RouteStops, and a RoutingStrategy. Define the number of threads to use (NumThreads), and specify if the calculated data should be saved to disk (persist = true) for quicker, subsequent data reading.
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See Also