private void ComputeStandWay(SearchRouteResult result, SearchRouteContext context, List <CaseManager> route, CaseManager currentCase, int currentMove, int outOfBend, int nbLineMove, int rowMove, int exceeding)
{
var targets = currentCase.itemDataSource.targets.Select(t => boardManager.FindCaseManager(t)).ToList();
var playerTarget = targets.FirstOrDefault(t => t.standDataSource != null && t.standDataSource.playerIndex.HasValue && t.standDataSource.playerIndex.Value == context.playerIndex);
CaseManager targetCase;
if (playerTarget != null)
{
targetCase = playerTarget;
}
else
{
targetCase = targets.FirstOrDefault();
}
if (targetCase.hasPlayer && currentMove < context.min)
{
result.AddRoute(route.ToList(), outOfBend, true, false, nbLineMove);
}
else if (!targetCase.hasPlayer && targetCase == playerTarget)
{
var newRoute = route.ToList();
newRoute.Add(targetCase);
result.AddRoute(newRoute, outOfBend, true, false, nbLineMove);
}
else if (!targetCase.hasPlayer)
{
var newRoute = route.ToList();
newRoute.Add(targetCase);
this.SearchRoutes(result, context, newRoute, rowMove, exceeding, outOfBend, nbLineMove);
}
}
private void ComputeOutOfBendWay(SearchRouteResult result, SearchRouteContext context, List <CaseManager> route, CaseManager currentCase, CaseManager nextCase, int currentMove, int outOfBend, int nbLineMove)
{
if (!nextCase.hasPlayer)
{
if (outOfBend == 0)
{
var stop = 0;
if (currentCase.bendDataSource.name == context.bendName)
{
stop = context.bendStop;
}
var stopDif = currentCase.bendDataSource.stop - stop;
if (stopDif > 1)
{
var newRoute = route.ToList();
newRoute.Add(nextCase);
result.AddRoute(newRoute, 1, false, true, nbLineMove);
return;
}
}
var newOutOfBend = outOfBend + 1;
if (newOutOfBend <= context.tire)
{
var newRoute = route.ToList();
newRoute.Add(nextCase);
this.SearchRoutes(result, context, newRoute, 0, 0, newOutOfBend, nbLineMove);
}
else
{
var newRoute = route.ToList();
newRoute.Add(nextCase);
result.AddRoute(newRoute, 1, false, true, nbLineMove);
}
}
else if (currentMove < context.min)
{
result.AddRoute(route.ToList(), outOfBend, false, true, nbLineMove);
}
}
private void SearchRoutes(SearchRouteResult result, SearchRouteContext context, List <CaseManager> route, int rowMove, int exceeding, int outOfBend, int nbLineMove)
{
var currentMove = route.Count - 1;
var currentCase = route.Last();
if (context.min <= currentMove && currentMove <= context.max)
{
result.AddRoute(route.ToList(), outOfBend, currentCase.standDataSource != null, false, nbLineMove);
}
if (currentMove < context.max)
{
if (currentCase.standDataSource != null)
{
this.ComputeStandWay(result, context, route, currentCase, currentMove, outOfBend, nbLineMove, rowMove, exceeding);
}
else
{
var isNewOutOfBend = false;
var nextTarget = currentCase.itemDataSource.targets.FirstOrDefault(t => t.enable && t.column == currentCase.itemDataSource.index.column);
var nextcase = boardManager.FindCaseManager(nextTarget);
if (currentCase.bendDataSource != null && nextcase.bendDataSource == null)
{
var stop = 0;
if (currentCase.bendDataSource.name == context.bendName)
{
stop = context.bendStop;
}
if (currentCase.bendDataSource.stop > stop)
{
isNewOutOfBend = true;
}
}
if (outOfBend > 0 || isNewOutOfBend)
{
this.ComputeOutOfBendWay(result, context, route, currentCase, nextcase, currentMove, outOfBend, nbLineMove);
}
else if (currentCase.bendDataSource != null)
{
this.ComputeBendWay(result, context, route, currentCase, nbLineMove, currentMove);
}
else
{
this.ComputeLineWay(result, context, route, currentCase, rowMove, exceeding, nbLineMove, currentMove);
}
}
}
}
private void ComputeBendWay(SearchRouteResult result, SearchRouteContext context, List <CaseManager> route, CaseManager currentCase, int nbLineMove, int currentMove)
{
bool findWay = false;
foreach (var target in currentCase.itemDataSource.targets.Where(t => t.enable))
{
var targetCase = boardManager.FindCaseManager(target);
if (!targetCase.hasPlayer)
{
var newRoute = route.ToList();
newRoute.Add(targetCase);
this.SearchRoutes(result, context, newRoute, 0, 0, 0, nbLineMove);
findWay = true;
}
}
if (!findWay && currentMove < context.min)
{
result.AddRoute(route.ToList(), 0, false, true, nbLineMove);
}
}
private void SearchRoutes(SearchRouteResult result, SearchRouteContext context, List<CaseManager> route, int rowMove, int exceeding, int outOfBend, int nbLineMove)
{
var currentMove = route.Count - 1;
var currentCase = route.Last();
if (context.min <= currentMove && currentMove <= context.max)
{
result.AddRoute(route.ToList(), outOfBend, currentCase.standDataSource != null, false, nbLineMove);
}
if (currentMove < context.max)
{
if (currentCase.standDataSource != null)
{
this.ComputeStandWay(result, context, route, currentCase, currentMove, outOfBend, nbLineMove, rowMove, exceeding);
}
else
{
var isNewOutOfBend = false;
var nextTarget = currentCase.itemDataSource.targets.FirstOrDefault(t => t.enable && t.column == currentCase.itemDataSource.index.column);
var nextcase = boardManager.FindCaseManager(nextTarget);
if (currentCase.bendDataSource != null && nextcase.bendDataSource == null)
{
var stop = 0;
if (currentCase.bendDataSource.name == context.bendName)
{
stop = context.bendStop;
}
if (currentCase.bendDataSource.stop > stop)
{
isNewOutOfBend = true;
}
}
if (outOfBend > 0 || isNewOutOfBend)
{
this.ComputeOutOfBendWay(result, context, route, currentCase, nextcase, currentMove, outOfBend, nbLineMove);
}
else if (currentCase.bendDataSource != null)
{
this.ComputeBendWay(result, context, route, currentCase, nbLineMove, currentMove);
}
else
{
this.ComputeLineWay(result, context, route, currentCase, rowMove, exceeding, nbLineMove, currentMove);
}
}
}
}
private void ComputeStandWay(SearchRouteResult result, SearchRouteContext context, List<CaseManager> route, CaseManager currentCase, int currentMove, int outOfBend, int nbLineMove, int rowMove, int exceeding)
{
var targets = currentCase.itemDataSource.targets.Select(t => boardManager.FindCaseManager(t)).ToList();
var playerTarget = targets.FirstOrDefault(t => t.standDataSource != null && t.standDataSource.playerIndex.HasValue && t.standDataSource.playerIndex.Value == context.playerIndex);
CaseManager targetCase;
if (playerTarget != null)
{
targetCase = playerTarget;
}
else
{
targetCase = targets.FirstOrDefault();
}
if (targetCase.hasPlayer && currentMove < context.min)
{
result.AddRoute(route.ToList(), outOfBend, true, false, nbLineMove);
}
else if (!targetCase.hasPlayer && targetCase == playerTarget)
{
var newRoute = route.ToList();
newRoute.Add(targetCase);
result.AddRoute(newRoute, outOfBend, true, false, nbLineMove);
}
else if (!targetCase.hasPlayer)
{
var newRoute = route.ToList();
newRoute.Add(targetCase);
this.SearchRoutes(result, context, newRoute, rowMove, exceeding, outOfBend, nbLineMove);
}
}
private void ComputeOutOfBendWay(SearchRouteResult result, SearchRouteContext context, List<CaseManager> route, CaseManager currentCase, CaseManager nextCase, int currentMove, int outOfBend, int nbLineMove)
{
if (!nextCase.hasPlayer)
{
if (outOfBend == 0)
{
var stop = 0;
if (currentCase.bendDataSource.name == context.bendName)
{
stop = context.bendStop;
}
var stopDif = currentCase.bendDataSource.stop - stop;
if (stopDif > 1)
{
var newRoute = route.ToList();
newRoute.Add(nextCase);
result.AddRoute(newRoute, 1, false, true, nbLineMove);
return;
}
}
var newOutOfBend = outOfBend + 1;
if (newOutOfBend <= context.tire)
{
var newRoute = route.ToList();
newRoute.Add(nextCase);
this.SearchRoutes(result, context, newRoute, 0, 0, newOutOfBend, nbLineMove);
}
else
{
var newRoute = route.ToList();
newRoute.Add(nextCase);
result.AddRoute(newRoute, 1, false, true, nbLineMove);
}
}
else if (currentMove < context.min)
{
result.AddRoute(route.ToList(), outOfBend, false, true, nbLineMove);
}
}
private void ComputeLineWay(SearchRouteResult result, SearchRouteContext context, List<CaseManager> route, CaseManager currentCase, int rowMove, int exceeding, int nbLineMove, int currentMove)
{
var isNewExceeding = false;
var isEndExceeding = false;
bool findWay = false;
foreach (var target in currentCase.itemDataSource.targets.Where(t => t.enable))
{
var targetCase = boardManager.FindCaseManager(target);
if (!targetCase.hasPlayer)
{
var newExceeding = exceeding;
var newRowMove = rowMove;
if (targetCase.standDataSource != null && context.isLastLap)
{
continue;
}
else if (targetCase.standDataSource != null)
{
var newRoute = route.ToList();
newRoute.Add(targetCase);
this.SearchRoutes(result, context, newRoute, rowMove, exceeding, 0, nbLineMove);
}
else
{
var isValideWay = false;
var columnDif = target.column - currentCase.itemDataSource.index.column;
if (isNewExceeding)
{
newExceeding = columnDif * -1;
isValideWay = true;
}
else
{
if (columnDif == 0)
{
if (newExceeding != 0 && isEndExceeding)
{
newExceeding = 0;
}
isValideWay = true;
}
else if (newExceeding != 0 && columnDif == newExceeding)
{
isValideWay = true;
newExceeding = 0;
}
else if (columnDif > 0 && rowMove >= 0 && rowMove < 2)
{
newRowMove = newRowMove + 1;
isValideWay = true;
newExceeding = 0;
}
else if (columnDif < 0 && rowMove <= 0 && rowMove > -2)
{
newRowMove = newRowMove - 1;
isValideWay = true;
newExceeding = 0;
}
}
if (isValideWay)
{
findWay = true;
var newRoute = route.ToList();
newRoute.Add(targetCase);
this.SearchRoutes(result, context, newRoute, newRowMove, newExceeding, 0, nbLineMove + 1);
}
}
}
}
if (!findWay && currentMove < context.min)
{
result.AddRoute(route.ToList(), 0, false, true, nbLineMove);
}
}
private void ComputeBendWay(SearchRouteResult result, SearchRouteContext context, List<CaseManager> route, CaseManager currentCase, int nbLineMove, int currentMove)
{
bool findWay = false;
foreach (var target in currentCase.itemDataSource.targets.Where(t => t.enable))
{
var targetCase = boardManager.FindCaseManager(target);
if (!targetCase.hasPlayer)
{
var newRoute = route.ToList();
newRoute.Add(targetCase);
this.SearchRoutes(result, context, newRoute, 0, 0, 0, nbLineMove);
findWay = true;
}
}
if (!findWay && currentMove < context.min)
{
result.AddRoute(route.ToList(), 0, false, true, nbLineMove);
}
}
private void ComputeLineWay(SearchRouteResult result, SearchRouteContext context, List <CaseManager> route, CaseManager currentCase, int rowMove, int exceeding, int nbLineMove, int currentMove)
{
var isNewExceeding = false;
var isEndExceeding = false;
bool findWay = false;
foreach (var target in currentCase.itemDataSource.targets.Where(t => t.enable))
{
var targetCase = boardManager.FindCaseManager(target);
if (!targetCase.hasPlayer)
{
var newExceeding = exceeding;
var newRowMove = rowMove;
if (targetCase.standDataSource != null && context.isLastLap)
{
continue;
}
else if (targetCase.standDataSource != null)
{
var newRoute = route.ToList();
newRoute.Add(targetCase);
this.SearchRoutes(result, context, newRoute, rowMove, exceeding, 0, nbLineMove);
}
else
{
var isValideWay = false;
var columnDif = target.column - currentCase.itemDataSource.index.column;
if (isNewExceeding)
{
newExceeding = columnDif * -1;
isValideWay = true;
}
else
{
if (columnDif == 0)
{
if (newExceeding != 0 && isEndExceeding)
{
newExceeding = 0;
}
isValideWay = true;
}
else if (newExceeding != 0 && columnDif == newExceeding)
{
isValideWay = true;
newExceeding = 0;
}
else if (columnDif > 0 && rowMove >= 0 && rowMove < 2)
{
newRowMove = newRowMove + 1;
isValideWay = true;
newExceeding = 0;
}
else if (columnDif < 0 && rowMove <= 0 && rowMove > -2)
{
newRowMove = newRowMove - 1;
isValideWay = true;
newExceeding = 0;
}
}
if (isValideWay)
{
findWay = true;
var newRoute = route.ToList();
newRoute.Add(targetCase);
this.SearchRoutes(result, context, newRoute, newRowMove, newExceeding, 0, nbLineMove + 1);
}
}
}
}
if (!findWay && currentMove < context.min)
{
result.AddRoute(route.ToList(), 0, false, true, nbLineMove);
}
}