/// <summary>
/// Construct with the specified maximum connection distance (optional/nullable) and flag indicating if local recurrent
/// connections should be generated when generating connections within a single node set (same source and target nodeset).
/// </summary>
public DefaultNodeSetMappingFunction(double? maximumConnectionDistance, bool allowLocalRecurrentConnections)
{
_maximumConnectionDistance = maximumConnectionDistance;
if(null != maximumConnectionDistance) {
_maximumConnectionDistanceSquared = maximumConnectionDistance * maximumConnectionDistance;
}
_allowLocalRecurrentConnections = allowLocalRecurrentConnections;
// Determine node test delegate to use. Using a delegate avoids having to do this test for each possible connection.
if(null == maximumConnectionDistance) {
_testNodePair = TestNodePair_NullTest;
} else {
_testNodePair = TestNodePair_MaxDistance;
}
}
/// <summary>
/// Construct with the specified maximum connection distance (optional/nullable) and flag indicating if local recurrent
/// connections should be generated when generating connections within a single node set (same source and target nodeset).
/// </summary>
public DefaultNodeSetMappingFunction(double?maximumConnectionDistance, bool allowLocalRecurrentConnections)
{
_maximumConnectionDistance = maximumConnectionDistance;
if (null != maximumConnectionDistance)
{
_maximumConnectionDistanceSquared = maximumConnectionDistance * maximumConnectionDistance;
}
_allowLocalRecurrentConnections = allowLocalRecurrentConnections;
// Determine node test delegate to use. Using a delegate avoids having to do this test for each possible connection.
if (null == maximumConnectionDistance)
{
_testNodePair = TestNodePair_NullTest;
}
else
{
_testNodePair = TestNodePair_MaxDistance;
}
}
