public static LinkCombination Clone(LinkCombination linkCombination)
{
LinkCombination newLinkCombination = new LinkCombination();
newLinkCombination.CombinationNo = linkCombination.CombinationNo;
Link newLink;
foreach (Link link in linkCombination.Links)
{
newLink = Link.Clone(link);
newLinkCombination.Links.Add(newLink);
}
return newLinkCombination;
}
private void CombinateLinks(List<LinkCombination> combinations, List<Link> midLinks, Link curLink)
{
if (curLink.NextLinks == null || curLink.NextLinks.Count == 0)
{
LinkCombination combination = new LinkCombination();
foreach (Link link in midLinks)
combination.Links.Add(link);
combination.Links.Add(curLink);
combinations.Add(combination);
}
else
{
foreach (Link link in curLink.NextLinks)
{
if (link.NextLinks != null && link.NextLinks.Count > 0)
midLinks.Add(link);
CombinateLinks(combinations, midLinks, link);
if (link.NextLinks != null && link.NextLinks.Count > 0)
midLinks.Remove(link);
}
}
}
private List<LinkCombination> GetResultCombinations(LinkCombination linkCombination)
{
List<LinkCombination> combinations = new List<LinkCombination>();
List<Link.Channel> channels;
string masks;
bool isValidLinkCombination;
LinkCombination newLinkCombination;
foreach (List<string> directionMasks in mAllCombinationDirectionMasks)
{
isValidLinkCombination = true;
for(int i = 0; i < linkCombination.Links.Count; i++)
{
masks = directionMasks[i];
channels = linkCombination.Links[i].Channels;
for (int j = 0; j < masks.Length; j++)
channels[j].Result = (masks[j] == '1') ? "V":"H";
if (!IsLinkAllDirectionMatched(linkCombination.Links[i]))
{
isValidLinkCombination = false;
break;
}
}
if (isValidLinkCombination)
{
newLinkCombination = LinkCombination.Clone(linkCombination);
combinations.Add(newLinkCombination);
}
}
return combinations;
}
