protected override async Task<IConstraintSolverResult> Run(ProjectDataSet dataSet, IConstraints constraints, IDictionary<Guid, TimeFrame> overrideActivityTargetDurations)
{
if (constraints == null)
throw new ArgumentNullException("The constraint object cannot be null.");
var bestSolutionResult = new ConstraintSolverResult(constraints);
try
{
var dataManager = new SolverDataManager(dataSet, bestSolutionResult);
await dataManager.InitializeDataAsync();
var solver = new Solver(dataManager);
await solver.ComputeSolutionAsync();
bestSolutionResult.State = SolverResultState.OptimalSolutionFound;
}
catch (Exception ex)
{
bestSolutionResult.Errors.Add(new ConstraintSolverError(null, "Error running GreedySolver solver", ex.LastExceptionMessage()));
}
return bestSolutionResult;
}
public Calculator(IDelimiterParser delimiterParser, IDataParser dataParser, IValidationService validationService, IConstraints constraints)
{
_delimiterParser = delimiterParser ?? throw new ArgumentNullException(nameof(delimiterParser));
_dataParser = dataParser ?? throw new ArgumentNullException(nameof(dataParser));
_validationService = validationService ?? throw new ArgumentNullException(nameof(validationService));
_constraints = constraints ?? throw new ArgumentNullException(nameof(constraints));
}
public override bool CanSolve(IConstraints constraints)
{
return (constraints.ConstrainOnLaborPool
|| constraints.ConstrainOnLaborSchedule
|| constraints.ConstrainOnTools
|| constraints.ConstrainOnZones);
}
public OniConstraintsBatchImpl(IConstraints constraints, Oni.ConstraintType type)
{
this.m_Constraints = constraints;
this.m_ConstraintType = type;
m_OniBatch = Oni.CreateBatch((int)type);
}
public override bool CanSolve(IConstraints constraints)
{
return(constraints.ConstrainOnLaborPool ||
constraints.ConstrainOnLaborSchedule ||
constraints.ConstrainOnTools ||
constraints.ConstrainOnZones);
}
public static bool SatisfiesConstraints <M>(this IConstraints <M> constraints, IEnumerable <M> members, M member, out int constraintViolations)
where M : IMember
{
bool isValid = true;
// TODO: rewrite this code to be more efficient, using hashsets instead of iterating the lists.
constraintViolations = 0;
if (constraints.AllowDuplicateFromSource.HasValue &&
!constraints.AllowDuplicateFromSource.Value)
{
constraintViolations += members.Any(mem => mem.Source == member.Source) ? 1 : 0;
}
if (constraints.AllowDuplicateIds.HasValue &&
!constraints.AllowDuplicateIds.Value)
{
constraintViolations += members.Any(mem => mem.Id == member.Id) ? 1 : 0;
}
if (constraints.AllowDuplicateTags.HasValue &&
!constraints.AllowDuplicateTags.Value)
{
constraintViolations += members.Where(mem => mem.Tags.Intersect(member.Tags).Count() > 0).Count();
}
if (constraints.AllowedMemberTags != null)
{
constraintViolations += (member.Tags.Intersect(constraints.AllowedMemberTags).Count() <= 0) ? 1 : 0;
}
if (constraints.BannedMemberIds != null)
{
constraintViolations += constraints.BannedMemberIds.Contains(member.Id) ? 1 : 0;
}
if (constraints.BannedMemberTags != null)
{
constraintViolations += (member.Tags.Intersect(constraints.BannedMemberTags).Count() > 0) ? 1 : 0;
}
/* // This doesn't work / needs to be re-thought
* if (constraints.MinMemberCount.HasValue
* && ((members.Count() + 1) < constraints.MinMemberCount.Value))
* {
* constraintViolations += 1;
* }*/
if (constraints.MaxMemberCount.HasValue &&
((members.Count() + 1) > constraints.MaxMemberCount.Value))
{
isValid = false;
//constraintViolations += 1;
}
return(isValid);
}
public void DestroyConstraintsGroup(IConstraints group)
{
if (constraints != null && group != null)
{
var c = constraints[(int)group.constraintType];
if (c != null)
{
c.Remove((IBurstConstraintsImpl)group);
}
}
}
public void FindOtherConstraintsContainingAllKeysTest2()
{
IConstraints <int> constraints = new Constraints <int>();
Keys <int> group1 = new Keys <int>()
{
1, 2, 3, 4, 5, 6, 7, 8, 9
};
IConstraint <int> constraint1 = new ConstraintMutuallyExclusive <int>("row1", group1);
Keys <int> group2 = new Keys <int>()
{
1, 10, 19, 28, 37, 46, 55, 64, 73
};
IConstraint <int> constraint2 = new ConstraintMutuallyExclusive <int>("col1", group2);
Keys <int> group3 = new Keys <int>()
{
1, 2, 3, 10, 11, 12, 19, 20, 21
};
IConstraint <int> constraint3 = new ConstraintMutuallyExclusive <int>("grid1", group3);
Keys <int> group4 = new Keys <int>()
{
2, 11, 20, 29, 38, 47, 56, 65, 74
};
IConstraint <int> constraint4 = new ConstraintMutuallyExclusive <int>("col2", group4);
constraints.Add(constraint1);
constraints.Add(constraint2);
constraints.Add(constraint3);
constraints.Add(constraint4);
// Calling Params
Keys <int> keys = new Keys <int>()
{
1, 2
};
ICollection <ConstraintType> types = new List <ConstraintType>()
{
ConstraintType.MutuallyExclusive
};
IConstraints <int> excluding = new Constraints <int>();
IConstraints <int> expected = new Constraints <int>()
{
constraint1, constraint3
};
IConstraints <int> actual = constraints.FindOtherConstraintsContainingAllKeys(keys, types, excluding);
Assert.AreEqual(expected.Count, actual.Count, "Incorrect count");
Assert.AreEqual(actual.ElementAt(0).Name, constraint1.Name, "First element does not equal col1");
Assert.AreEqual(actual.ElementAt(1).Name, constraint3.Name, "Second element does not equal grid1");
}
public static bool SatisfiesConstraints <M>(IConstraints <M> groupConstraints, IEnumerable <IConstraints <M> > subGroupConstraints, IEnumerable <IEnumerable <M> > members, M member, out int constraintViolations)
where M : IMember
{
constraintViolations = 0;
bool valid = true;
foreach ((IConstraints <M> constraints, IEnumerable <M> group) in subGroupConstraints.Zip(members))
{
valid &= constraints.SatisfiesConstraints(group, member, out int violations);
constraintViolations += violations;
}
valid &= groupConstraints.SatisfiesConstraints(members.SelectMany(grp => grp).ToList(), member, out int violations2);
constraintViolations += violations2;
return(valid);
}
public ConstraintSolverResult ScheduleDataSet(ProjectDataSet dataSet, IConstraints constraints, GreedyActivityStrategy strategy)
{
var result = new ConstraintSolverResult(constraints);
try
{
var cp = new CriticalPathHelper();
cp.OrderActivitySchedule(dataSet, result);
foreach (var a in result.Schedule)
{
_scheduledJobs.GetOrAdd(a.ScheduledItem.UID, a);
}
SetupJobsAndResources(dataSet, constraints);
var dataManager = new SolverDataManager(dataSet, result);
var solver = new Solver(dataManager);
//var results = solver.Solve(
// _shifts.Values.ToList(),
// _workers.Values.ToList(),
// _tools.Values.ToList(),
// _zones.Values,
// _jobs.Values,
// strategy, _shiftManager);
//foreach (var job in results)
//{
// var activity = _activitiesMap[job.Job.ID];
// var scheduledActivity = _scheduledJobs[activity.UID];
// var start = TimeFrame.FromMinutes(job.Start);
// var end = TimeFrame.FromMinutes(job.End);
// scheduledActivity.ScheduledStart = start;
// scheduledActivity.ScheduledFinish = end;
// //result.ActivitySchedule.AddOrUpdateItemSchedule(job.Start, scheduledActivity);
// //result.State = SolverResultState.OptimalSolutionFound;
//}
//result.State = SolverResultState.OptimalSolutionFound;
}
catch (Exception ex)
{
throw new Exception("Yikes! Error in solver!", ex);
}
return(result);
}
public virtual void TestConstraints()
{
IQuery q = NewQuery();
q.Constrain(new Db4objects.Db4o.Tests.Common.Soda.Wrapper.Untyped.STStringUTestCase
("aaa"));
q.Constrain(new Db4objects.Db4o.Tests.Common.Soda.Wrapper.Untyped.STStringUTestCase
("bbb"));
IConstraints cs = q.Constraints();
IConstraint[] csa = cs.ToArray();
if (csa.Length != 2)
{
Assert.Fail("Constraints not returned");
}
}
public virtual void TestConstraints()
{
IQuery q = NewQuery();
q.Constrain(new Db4objects.Db4o.Tests.Common.Soda.Classes.Simple.STByteTestCase((
byte)1));
q.Constrain(new Db4objects.Db4o.Tests.Common.Soda.Classes.Simple.STByteTestCase((
byte)0));
IConstraints cs = q.Constraints();
IConstraint[] csa = cs.ToArray();
if (csa.Length != 2)
{
Assert.Fail("Constraints not returned");
}
}
protected override List<IDataSetValidationResult> PerformSpecificValidation(ProjectDataSet dataSet, IConstraints constraints)
{
List<IDataSetValidationResult> validationResults = new List<IDataSetValidationResult>();
if (constraints.ConstrainOnLaborPool)
{
validationResults.Add(ValidationService.ValidateActivityLaborRequirement(dataSet, ValidationOutcome.Invalid));
//validationResults.Add(ValidationService.ValidateActivityShiftLengthForRequiredLabor(dataSet, ValidationOutcome.Warning));
}
if (constraints.ConstrainOnTools)
{
validationResults.Add(ValidationService.ValidateActivityToolRequirement(dataSet, ValidationOutcome.Invalid));
//validationResults.Add(ValidationService.ValidateActivityShiftLengthForRequiredTools(dataSet, ValidationOutcome.Warning));
}
return validationResults;
}
private void SetupJobsAndResources(ProjectDataSet dataSet, IConstraints constraints)
{
//foreach (var shift in dataSet.Shifts)
//{
// var cshift = CreateShiftFromShift(shift);
// _shiftManager.AddShift(cshift);
// _shifts.GetOrAdd(shift.Name, cshift);
// if (constraints.ConstrainOnLaborPool)
// {
// foreach (var laborLink in shift.LaborLinks)
// {
// foreach (var w in CreateWorkerFromLaborLink(laborLink))
// {
// _workers.GetOrAdd(w.ID, w);
// _shifts[shift.Name].Workers.Add(w);
// }
// }
// }
// if (constraints.ConstrainOnTools)
// {
// foreach (var toolLink in shift.ToolLinks)
// {
// foreach (var t in CreateToolFromToolLink(toolLink))
// {
// _tools.GetOrAdd(t.ID, t);
// _shifts[shift.Name].Tools.Add(t);
// }
// }
// }
//}
if (constraints.ConstrainOnZones)
{
foreach (var zone in dataSet.GetZoneResources())
{
var z = CreateZoneFromZone(zone);
_zones.GetOrAdd(z.ID, z);
_zonesMap.GetOrAdd(z.ID, zone);
}
}
}
public void Setup()
{
_delimiterParser = new DelimiterParser();
_dataParser = new DataParser();
IValidation lengthValidation = new LengthValidation();
var validations = new List <IValidation>
{
lengthValidation
};
IConstraint maxNumberConstraint = new MaxNumberConstraint();
var constraints = new List <IConstraint>
{
maxNumberConstraint
};
_validationService = new ValidationService(validations);
_constraints = new Constraints(constraints);
_calculator = new Calculator(_delimiterParser, _dataParser, _validationService, _constraints);
}
public void AddGrids(int xOffset, int yOffset, int xSize, int ySize, int xWidth, IConstraints <int> constraints)
{
for (int y2 = 0; y2 < ySize; y2 = y2 + 3)
{
for (int x2 = 0; x2 < xSize; x2 = x2 + 3)
{
AddGrid(x2 + xOffset, y2 + yOffset, 3, 3, xWidth, constraints);
}
}
}
public async Task <ConstraintSolverResult> ScheduleDataSetAsync(ProjectDataSet dataSet, IConstraints constraints, GreedyActivityStrategy strategy)
{
return(await Task.Run(() => ScheduleDataSet(dataSet, constraints, strategy)));
}
public void DestroyConstraintsGroup(IConstraints group)
{
}
public void AddGrid(int xOffset, int yOffset, int xSize, int ySize, int xWidth, IConstraints <int> constraints)
{
Keys <int> group = new Keys <int>();
for (int y = 0; y < ySize; y++)
{
for (int x = 0; x < xSize; x++)
{
group.Add(1 + x + xOffset + ((y + yOffset) * xWidth));
}
}
int xGrid = xOffset > 0 ? (xOffset / xSize) + 1 : 1;
int yGrid = yOffset > 0 ? (yOffset * xWidth) / ySize + 1 : 1;
string name = string.Format("Grid {0},{1}: At {2}", xGrid, yGrid, xOffset + 1 + (yOffset * xWidth));
IConstraint <int> constraint = new ConstraintMutuallyExclusive <int>(name, group);
constraints.Add(constraint);
}
/// <summary>
/// Find all constraints that contain all the keys
/// E.g. Find me a constraint that contains the set 1,5,6
/// </summary>
/// <param name="keys"></param>
/// <param name="me"></param>
/// <returns></returns>
public IConstraints <TKey> FindOtherConstraintsContainingAllKeys(Keys <TKey> keys, ICollection <ConstraintType> types, IConstraints <TKey> excluding)
{
IConstraints <TKey> constraints = new Constraints <TKey>();
// look through contraints that intesect at each of our combinations
foreach (IConstraint <TKey> constraint in this)
{
if (types.Contains(constraint.Type))
{
if (!excluding.Contains(constraint))
{
bool allPresent = true;
foreach (TKey key in keys)
{
if (!constraint.Keys.Contains(key))
{
allPresent = false;
break;
}
}
if (allPresent)
{
constraints.Add(constraint);
}
}
}
}
return(constraints);
}
private void SetupJobsAndResources(ProjectDataSet dataSet, IConstraints constraints)
{
//foreach (var shift in dataSet.Shifts)
//{
// var cshift = CreateShiftFromShift(shift);
// _shiftManager.AddShift(cshift);
// _shifts.GetOrAdd(shift.Name, cshift);
// if (constraints.ConstrainOnLaborPool)
// {
// foreach (var laborLink in shift.LaborLinks)
// {
// foreach (var w in CreateWorkerFromLaborLink(laborLink))
// {
// _workers.GetOrAdd(w.ID, w);
// _shifts[shift.Name].Workers.Add(w);
// }
// }
// }
// if (constraints.ConstrainOnTools)
// {
// foreach (var toolLink in shift.ToolLinks)
// {
// foreach (var t in CreateToolFromToolLink(toolLink))
// {
// _tools.GetOrAdd(t.ID, t);
// _shifts[shift.Name].Tools.Add(t);
// }
// }
// }
//}
if (constraints.ConstrainOnZones)
{
foreach (var zone in dataSet.GetZoneResources())
{
var z = CreateZoneFromZone(zone);
_zones.GetOrAdd(z.ID, z);
_zonesMap.GetOrAdd(z.ID, zone);
}
}
}
public void ProcessModel(ProjectDataSet model, IConstraints constraints)
{
ProcessShifts(model.Shifts, constraints);
}
private void ProcessShifts(IEnumerable <DataSetServices.Data.Modeling.Core.IShift> shifts, IConstraints constraints)
{
foreach (var shift in shifts)
{
var cshift = CreateShiftFromShift(shift);
_shifts.GetOrAdd(shift.Name, cshift);
if (constraints.ConstrainOnLaborPool)
{
foreach (var laborLink in shift.LaborLinks)
{
foreach (var w in CreateWorkerFromLaborLink(laborLink))
{
_workers.GetOrAdd(w.ID, w);
_shifts[shift.Name].Workers.Add(w);
}
}
}
if (constraints.ConstrainOnTools)
{
foreach (var toolLink in shift.ToolLinks)
{
foreach (var t in CreateToolFromToolLink(toolLink))
{
_tools.GetOrAdd(t.ID, t);
_shifts[shift.Name].Tools.Add(t);
}
}
}
AddShift(cshift);
}
}
int CreateXWingProcesses(IList <IList <IKeyedRegions <TKey> > > xwings, IPuzzleEngine <TKey> engine)
{
int added = 0;
foreach (IList <IKeyedRegions <TKey> > xwing in xwings)
{
foreach (Keys <TKey> keys1 in xwing[0].OtherKeys)
{
foreach (TKey key1 in keys1)
{
foreach (Keys <TKey> keys2 in xwing[1].OtherKeys)
{
foreach (TKey key2 in keys2)
{
Keys <TKey> keysA = new Keys <TKey>()
{
key1, key2
};
IConstraints <TKey> y = engine.Puzzle.Constraints.FindOtherConstraintsContainingAllKeys(
keysA,
new HashSet <ConstraintType>()
{
this.Type
},
new Constraints <TKey>()
{
this
});
foreach (IConstraint <TKey> constraint in y)
{
if (xwing[0].Value.IsSubsetOf(keysA.ReducedSetValues(constraint.Keys, engine.Puzzle.Space)))
{
Keys <TKey> keys1R = new Keys <TKey>(keys1);
keys1R.Remove(key1);
if (keys1R.Count > 0)
{
//SpaceAdapter<int>.ToFile(engine.Puzzle.Space.ToString(), 0);
JobFilter <TKey> action1 =
new JobFilter <TKey>("XWing", keys1R, xwing[0].Value);
engine.Add(action1);
added++;
}
Keys <TKey> keys2R = new Keys <TKey>(keys2);
keys2R.Remove(key2);
if (keys2R.Count > 0)
{
//SpaceAdapter<int>.ToFile(engine.Puzzle.Space.ToString(), 2);
JobFilter <TKey> action2 =
new JobFilter <TKey>("XWing", keys2R, xwing[1].Value);
engine.Add(action2);
added++;
//SpaceAdapter<int>.ToFile(engine.Puzzle.Space.ToString(), 3);
}
}
}
}
}
}
}
}
return(added);
}
public void AddColumns(int xOffset, int yOffset, int xSize, int ySize, int xWidth, IConstraints <int> constraints)
{
for (int x = 0; x < xSize; x++)
{
Keys <int> group = new Keys <int>();
for (int y = 0; y < ySize; y++)
{
group.Add(1 + x + xOffset + ((y + yOffset) * xWidth));
}
string name = string.Format("Column {0}: At {1}", x + 1, x + 1 + xOffset + (yOffset * xWidth));
IConstraint <int> constraint = new ConstraintMutuallyExclusive <int>(name, group);
constraints.Add(constraint);
}
}
protected override async Task <IConstraintSolverResult> Run(ProjectDataSet dataSet, IConstraints constraints, IDictionary <Guid, TimeFrame> overrideActivityTargetDurations)
{
if (constraints == null)
{
throw new ArgumentNullException("The constraint object cannot be null.");
}
var bestSolutionResult = new ConstraintSolverResult(constraints);
try
{
var dataManager = new SolverDataManager(dataSet, bestSolutionResult);
await dataManager.InitializeDataAsync();
var solver = new Solver(dataManager);
await solver.ComputeSolutionAsync();
bestSolutionResult.State = SolverResultState.OptimalSolutionFound;
}
catch (Exception ex)
{
bestSolutionResult.Errors.Add(new ConstraintSolverError(null, "Error running GreedySolver solver", ex.LastExceptionMessage()));
}
return(bestSolutionResult);
}
public async Task<ConstraintSolverResult> ScheduleDataSetAsync(ProjectDataSet dataSet, IConstraints constraints, GreedyActivityStrategy strategy)
{
return await Task.Run(() => ScheduleDataSet(dataSet, constraints, strategy));
}
private void SetupConstraints9x9(int xOffset, int yOffset, int xSize, int ySize, int xWidth, IConstraints <int> constraints)
{
// Row Exclusive Constraints
AddRows(xOffset, yOffset, xSize, ySize, xWidth, Constraints);
// Column Exclusive Constraints
AddColumns(xOffset, yOffset, xSize, ySize, xWidth, Constraints);
// Grid Exclusive Constraints
AddGrids(xOffset, yOffset, xSize, ySize, xWidth, Constraints);
}
public void ProcessModel(ProjectDataSet model, IConstraints constraints)
{
ProcessShifts(model.Shifts, constraints);
}
public ConstraintSolverResult ScheduleDataSet(ProjectDataSet dataSet, IConstraints constraints, GreedyActivityStrategy strategy)
{
var result = new ConstraintSolverResult(constraints);
try
{
var cp = new CriticalPathHelper();
cp.OrderActivitySchedule(dataSet, result);
foreach (var a in result.Schedule)
{
_scheduledJobs.GetOrAdd(a.ScheduledItem.UID, a);
}
SetupJobsAndResources(dataSet, constraints);
var dataManager = new SolverDataManager(dataSet, result);
var solver = new Solver(dataManager);
//var results = solver.Solve(
// _shifts.Values.ToList(),
// _workers.Values.ToList(),
// _tools.Values.ToList(),
// _zones.Values,
// _jobs.Values,
// strategy, _shiftManager);
//foreach (var job in results)
//{
// var activity = _activitiesMap[job.Job.ID];
// var scheduledActivity = _scheduledJobs[activity.UID];
// var start = TimeFrame.FromMinutes(job.Start);
// var end = TimeFrame.FromMinutes(job.End);
// scheduledActivity.ScheduledStart = start;
// scheduledActivity.ScheduledFinish = end;
// //result.ActivitySchedule.AddOrUpdateItemSchedule(job.Start, scheduledActivity);
// //result.State = SolverResultState.OptimalSolutionFound;
//}
//result.State = SolverResultState.OptimalSolutionFound;
}
catch (Exception ex)
{
throw new Exception("Yikes! Error in solver!", ex);
}
return result;
}
protected override List <IDataSetValidationResult> PerformSpecificValidation(ProjectDataSet dataSet, IConstraints constraints)
{
List <IDataSetValidationResult> validationResults = new List <IDataSetValidationResult>();
if (constraints.ConstrainOnLaborPool)
{
validationResults.Add(ValidationService.ValidateActivityLaborRequirement(dataSet, ValidationOutcome.Invalid));
//validationResults.Add(ValidationService.ValidateActivityShiftLengthForRequiredLabor(dataSet, ValidationOutcome.Warning));
}
if (constraints.ConstrainOnTools)
{
validationResults.Add(ValidationService.ValidateActivityToolRequirement(dataSet, ValidationOutcome.Invalid));
//validationResults.Add(ValidationService.ValidateActivityShiftLengthForRequiredTools(dataSet, ValidationOutcome.Warning));
}
return(validationResults);
}
private void ProcessShifts(IEnumerable<DataSetServices.Data.Modeling.Core.IShift> shifts, IConstraints constraints)
{
foreach (var shift in shifts)
{
var cshift = CreateShiftFromShift(shift);
_shifts.GetOrAdd(shift.Name, cshift);
if (constraints.ConstrainOnLaborPool)
{
foreach (var laborLink in shift.LaborLinks)
{
foreach (var w in CreateWorkerFromLaborLink(laborLink))
{
_workers.GetOrAdd(w.ID, w);
_shifts[shift.Name].Workers.Add(w);
}
}
}
if (constraints.ConstrainOnTools)
{
foreach (var toolLink in shift.ToolLinks)
{
foreach (var t in CreateToolFromToolLink(toolLink))
{
_tools.GetOrAdd(t.ID, t);
_shifts[shift.Name].Tools.Add(t);
}
}
}
AddShift(cshift);
}
}
protected IList <IList <IKeyedRegions <TKey> > > CreateXWing(IRegion <TKey> isolatedSet, IPuzzleEngine <TKey> engine)
{
List <IList <IKeyedRegions <TKey> > > xwings = new List <IList <IKeyedRegions <TKey> > >();
// Check each of our isolated set values
foreach (int value in isolatedSet.Value)
{
IList <IKeyedRegions <TKey> > xwing = new List <IKeyedRegions <TKey> >();
xwing.Add(new KeyedRegions <TKey>());
xwing.Add(new KeyedRegions <TKey>());
xwing[0].Value = new Possible()
{
value
};
xwing[1].Value = new Possible()
{
value
};
int perpSetId = 0;
foreach (TKey key in isolatedSet.Keys) // Two isolated keys only
{
// Find other constraints passing through "key"
IConstraints <TKey> perpConstraints = engine.Puzzle.Constraints.FindOtherConstraintsContainingAllKeys(
new Keys <TKey>()
{
key
},
new HashSet <ConstraintType>()
{
this.Type
},
new Constraints <TKey>()
{
this
});
foreach (IConstraint <TKey> perpConstraint in perpConstraints)
{
// Check each location in other set
Keys <TKey> otherKeys = new Keys <TKey>();
foreach (TKey constraintKey in perpConstraint.Keys)
{
if (!constraintKey.Equals(key))
{
// check if the spaces have the same values as our reducedset visitor combination
if (engine.Puzzle.Space[constraintKey].Contains(value))
{
// TODO need two xwing groups. One for each constraint (linked contraint is different)
otherKeys.Add(constraintKey);
}
}
}
if (otherKeys.Count() > 0)
{
xwing[perpSetId].OtherKeys.Add(otherKeys);
xwing[perpSetId].Keys.Add(key);
}
}
perpSetId++;
}
xwings.Add(xwing);
}
return(xwings);
}
public void DestroyConstraintsGroup(IConstraints group)
{
// no need to implement.
}
