public QueryResult <AnimatedCellBitmapSetLayers> GetFor(ZoneInfoSnapshot snapShot)
{
var maxPop = BaseGrowthZoneClusterConsumption.MaximumPopulation / _layerDictionaryLazy.Value.Max(x => x.Key.GrowthZoneClusterTileInfo.Density);
return(snapShot
.Pipe(x =>
{
return (snapShot.AreaZoneConsumption as ZoneClusterMemberConsumption)
.ToQueryResult()
.WithResultIfHasMatch(y => y.ParentBaseZoneClusterConsumption is T)
? (x.AreaZoneConsumption as ZoneClusterMemberConsumption).ToQueryResult()
: default(ZoneClusterMemberConsumption).ToQueryResult();
})
.Pipe(clusterMember =>
{
return clusterMember.WithResultIfHasMatch(c =>
{
var parent = (T)c.ParentBaseZoneClusterConsumption;
if (parent.PopulationDensity < 9)
{
if (parent.RenderAsHouse(c))
{
return _houseLayerDictionaryLazy
.Value
.ToArray()
.Pipe(set => set[c.Id % set.Length])
.Value
.ToQueryResult();
}
return _layerDictionaryLazy
.Value
.Where(x => x.Key.Point == c.PositionInCluster)
.First(x => x.Key.GrowthZoneClusterTileInfo.Density == 0)
.Value
.ToQueryResult();
}
return _layerDictionaryLazy
.Value
.Where(x => x.Key.Point == c.PositionInCluster)
.Where(x => x.Key.GrowthZoneClusterTileInfo.Density == Math.Ceiling(c.PopulationDensity / (decimal)maxPop))
.ToArray()
.Pipe(set =>
{
var id = (clusterMember
.MatchingObject
.ParentBaseZoneClusterConsumption as BaseGrowthZoneClusterConsumption)
.Id;
return set[id % set.Length];
})
.Value
.ToQueryResult();
}, QueryResult <AnimatedCellBitmapSetLayers> .Empty);
}));
}
public QueryResult <AnimatedCellBitmapSetLayers> GetFor(ZoneInfoSnapshot snapshot)
{
return(snapshot
.Pipe(x => x.AreaZoneConsumption as IntersectingZoneConsumption)
.ToQueryResult()
.WithResultIfHasMatch(x =>
{
if (x.NorthSouthZoneConsumption is RoadZoneConsumption ||
x.EastWestZoneConsumption is RoadZoneConsumption)
{
return GetRoadIntersectionTypes()
.Single(y => y.TrafficDensity == x.GetTrafficDensity())
.GetFor(snapshot);
}
if (x.NorthSouthZoneConsumption is PowerLineConsumption)
{
if (x.EastWestZoneConsumption is WaterZoneConsumption)
{
return _powerNsWaterEwLazy.Value.Up.ToQueryResult();
}
else if (x.EastWestZoneConsumption is RailRoadZoneConsumption)
{
return _railNsPowerEwLazy.Value.Right.ToQueryResult();
}
throw new InvalidOperationException();
}
else if (x.NorthSouthZoneConsumption is WaterZoneConsumption)
{
if (x.EastWestZoneConsumption is PowerLineConsumption)
{
return _powerNsWaterEwLazy.Value.Right.ToQueryResult();
}
else if (x.EastWestZoneConsumption is RailRoadZoneConsumption)
{
return _railNsWaterEwLazy.Value.Right.ToQueryResult();
}
throw new InvalidOperationException();
}
else if (x.NorthSouthZoneConsumption is RailRoadZoneConsumption)
{
if (x.EastWestZoneConsumption is PowerLineConsumption)
{
return _railNsPowerEwLazy.Value.Up.ToQueryResult();
}
else if (x.EastWestZoneConsumption is WaterZoneConsumption)
{
return _railNsWaterEwLazy.Value.Up.ToQueryResult();
}
throw new InvalidOperationException();
}
return QueryResult <AnimatedCellBitmapSetLayers> .Empty;
}, QueryResult <AnimatedCellBitmapSetLayers> .Empty));
}
public QueryResult <AnimatedCellBitmapSetLayers> GetFor(ZoneInfoSnapshot snapShot)
{
return(_accessors
.Select(x => x.GetFor(snapShot))
.SingleOrDefault(x => x.HasMatch)
.Pipe(match =>
{
if (match != null)
{
return match;
}
return QueryResult <AnimatedCellBitmapSetLayers> .Empty;
}));
}
public QueryResult <AnimatedCellBitmapSetLayers> GetFor(ZoneInfoSnapshot snapshot)
{
return(snapshot
.Pipe(x => x.AreaZoneConsumption as IntersectingZoneConsumption)
.ToQueryResult()
.WithResultIfHasMatch(x =>
{
if (x.NorthSouthZoneConsumption is RoadZoneConsumption)
{
if (x.EastWestZoneConsumption is RailRoadZoneConsumption)
{
return _railNsRoadEw.Right.ToQueryResult();
}
else if (x.EastWestZoneConsumption is WaterZoneConsumption)
{
return _waterNsRoadEw.Right.ToQueryResult();
}
else if (x.EastWestZoneConsumption is PowerLineConsumption)
{
return _powerNsRoadEw.Right.ToQueryResult();
}
throw new InvalidOperationException();
}
else if (x.EastWestZoneConsumption is RoadZoneConsumption)
{
if (x.NorthSouthZoneConsumption is RailRoadZoneConsumption)
{
return _railNsRoadEw.Up.ToQueryResult();
}
else if (x.NorthSouthZoneConsumption is WaterZoneConsumption)
{
return _waterNsRoadEw.Up.ToQueryResult();
}
else if (x.NorthSouthZoneConsumption is PowerLineConsumption)
{
return _powerNsRoadEw.Up.ToQueryResult();
}
throw new InvalidOperationException();
}
return QueryResult <AnimatedCellBitmapSetLayers> .Empty;
},
QueryResult <AnimatedCellBitmapSetLayers> .Empty
));
}
public QueryResult <AnimatedCellBitmapSetLayers> GetFor(ZoneInfoSnapshot snapShot)
{
return(snapShot
.Pipe(x =>
{
return (snapShot.AreaZoneConsumption as ZoneClusterMemberConsumption)
.ToQueryResult()
.WithResultIfHasMatch(y => y.ParentBaseZoneClusterConsumption is StaticZoneClusterConsumption)
? (x.AreaZoneConsumption as ZoneClusterMemberConsumption).ToQueryResult()
: default(ZoneClusterMemberConsumption).ToQueryResult();
})
.Pipe(clusterMember => clusterMember.WithResultIfHasMatch(x =>
_layerDictionaryLazy
.Value
.Single(y => y.Key.Item1 == x.ParentBaseZoneClusterConsumption.GetType() && y.Key.Item2 == x.PositionInCluster)
.Value
.ToQueryResult()
,
QueryResult <AnimatedCellBitmapSetLayers> .Empty)
));
}
protected virtual bool Filter(ZoneInfoSnapshot snapshot) => true;
