IPathfinder <TDefinitionNodeNetwork, TThreadNodeNetwork, TPath> IPathfindaxManager.CreatePathfinder <TDefinitionNodeNetwork, TThreadNodeNetwork, TPath>(
TDefinitionNodeNetwork definitionNodeNetwork,
IPathFindAlgorithm <TThreadNodeNetwork, TPath> pathFindAlgorithm,
Func <TDefinitionNodeNetwork, IPathFindAlgorithm <TThreadNodeNetwork, TPath>, ICache <IPathRequest, TPath>, PathRequestProcesser <TThreadNodeNetwork, TPath> > processerConstructor,
ICache <IPathRequest, TPath> pathCache,
int threads)
{
return(CreatePathfinder(definitionNodeNetwork, pathFindAlgorithm, processerConstructor, pathCache, threads));
}
/// <summary>
/// Creates a new <see cref="Pathfinder{TSourceNodeNetwork,TThreadNodeNetwork, TPath}"/>
/// </summary>
/// <param name="definitionNodeNetwork"></param>
/// <param name="pathFindAlgorithm"></param>
/// <param name="processerConstructor">Used to construct the processers for each thread</param>
/// <param name="threads">The amount of threads that will be used</param>
public Pathfinder(TDefinitionNodeNetwork definitionNodeNetwork, IPathFindAlgorithm <TThreadNodeNetwork, TPath> pathFindAlgorithm, Func <TDefinitionNodeNetwork, IPathFindAlgorithm <TThreadNodeNetwork, TPath>, PathRequestProcesser <TThreadNodeNetwork, TPath> > processerConstructor, int threads = 1)
{
if (threads < 1)
{
throw new ArgumentException("There is a minimum of 1 thread");
}
PathFindAlgorithm = pathFindAlgorithm;
DefinitionNodeNetwork = definitionNodeNetwork;
_multithreadedWorkerQueue = new MultithreadedWorkerQueue <PathRequest <TPath> >(() =>
{
var processer = processerConstructor.Invoke(DefinitionNodeNetwork, pathFindAlgorithm);
_pathfindNodeNetworks.Add(processer.NodeNetwork);
return(processer);
}, threads);
}
public Pathfinder <TDefinitionNodeNetwork, TThreadNodeNetwork, TPath> CreatePathfinder <TDefinitionNodeNetwork, TThreadNodeNetwork, TPath>(
TDefinitionNodeNetwork definitionNodeNetwork,
IPathFindAlgorithm <TThreadNodeNetwork, TPath> pathFindAlgorithm,
Func <TDefinitionNodeNetwork, IPathFindAlgorithm <TThreadNodeNetwork, TPath>, ICache <IPathRequest, TPath>, PathRequestProcesser <TThreadNodeNetwork, TPath> > processerConstructor,
ICache <IPathRequest, TPath> pathCache,
int threads = 1)
where TDefinitionNodeNetwork : IDefinitionNodeNetwork
where TThreadNodeNetwork : IPathfindNodeNetwork
where TPath : class, IPath
{
if (threads < 1)
{
throw new ArgumentException("There is a minimum of 1 thread");
}
return(new Pathfinder <TDefinitionNodeNetwork, TThreadNodeNetwork, TPath>(_synchronizationContext, definitionNodeNetwork, pathFindAlgorithm, processerConstructor, pathCache, threads));
}
/// <summary>
/// Initialises a new <see cref="PathRequestProcesser{TThreadNodeNetwork, TPath}"/> with a <see cref="IPathFindAlgorithm{TThreadNodeNetwork, TPath}"/> and optional post processing steps.
/// </summary>
/// <param name="nodeNetwork">The <typeparamref name="TThreadNodeNetwork"/> that will be used to solve paths</param>
/// <param name="pathFindAlgorithm">The <see cref="IPathFindAlgorithm{TThreadNodeNetwork, TPath}"/> that will be used to solve paths</param>
public PathRequestProcesser(TThreadNodeNetwork nodeNetwork, IPathFindAlgorithm <TThreadNodeNetwork, TPath> pathFindAlgorithm)
{
_algorithm = pathFindAlgorithm;
NodeNetwork = nodeNetwork;
}
public static PathRequestProcesser <TThreadNodeNetwork, TPath> CreateRequestProcesser <TThreadNodeNetwork, TPath>(TThreadNodeNetwork nodeNetwork, IPathFindAlgorithm <TThreadNodeNetwork, TPath> pathFindAlgorithm, ICache <IPathRequest, TPath> cache)
where TThreadNodeNetwork : IPathfindNodeNetwork
where TPath : class, IPath
{
return(new PathRequestProcesser <TThreadNodeNetwork, TPath>(nodeNetwork, pathFindAlgorithm, cache));
}
/// <summary>
/// Initialises a new <see cref="PathRequestProcesser{TThreadNodeNetwork, TPath}"/> with a <see cref="IPathFindAlgorithm{TThreadNodeNetwork, TPath}"/> and optional post processing steps.
/// </summary>
/// <param name="nodeNetwork">The <typeparamref name="TThreadNodeNetwork"/> that will be used to solve paths</param>
/// <param name="pathFindAlgorithm">The <see cref="IPathFindAlgorithm{TThreadNodeNetwork, TPath}"/> that will be used to solve paths</param>
/// <param name="pathCache"></param>
public PathRequestProcesser(TThreadNodeNetwork nodeNetwork, IPathFindAlgorithm <TThreadNodeNetwork, TPath> pathFindAlgorithm, ICache <IPathRequest, TPath> pathCache)
{
_algorithm = pathFindAlgorithm;
NodeNetwork = nodeNetwork;
_pathCache = pathCache;
}
public Pathfinder <TSourceNodeNetwork, TThreadNodeNetwork, TPath> CreatePathfinder <TSourceNodeNetwork, TThreadNodeNetwork, TPath>(TSourceNodeNetwork definitionNodeNetwork, IPathFindAlgorithm <TThreadNodeNetwork, TPath> pathFindAlgorithm, Func <TSourceNodeNetwork, IPathFindAlgorithm <TThreadNodeNetwork, TPath>, PathRequestProcesser <TThreadNodeNetwork, TPath> > processerConstructor, int threads = 1)
where TSourceNodeNetwork : IDefinitionNodeNetwork
where TThreadNodeNetwork : IPathfindNodeNetwork
where TPath : class, IPath
{
if (threads < 1)
{
throw new ArgumentException("There is a minimum of 1 thread");
}
var pathfinder = new Pathfinder <TSourceNodeNetwork, TThreadNodeNetwork, TPath>(definitionNodeNetwork, pathFindAlgorithm, processerConstructor, threads);
_pathfinders.Add(pathfinder);
pathfinder.Disposed += o => _pathfinders.Remove(o);
return(pathfinder);
}
IPathfinder <TDefinitionNodeNetwork, TThreadNodeNetwork, TPath> IPathfindaxManager.CreatePathfinder <TDefinitionNodeNetwork, TThreadNodeNetwork, TPath>(TDefinitionNodeNetwork definitionNodeNetwork, IPathFindAlgorithm <TThreadNodeNetwork, TPath> pathFindAlgorithm, Func <TDefinitionNodeNetwork, IPathFindAlgorithm <TThreadNodeNetwork, TPath>, PathRequestProcesser <TThreadNodeNetwork, TPath> > processerConstructor, int threads = 1) => CreatePathfinder(definitionNodeNetwork, pathFindAlgorithm, processerConstructor, threads);
