/// <summary>
/// Returns if the action is even possible.
/// </summary>
/// <returns> True if the Building is buildable at the current position, otherwise false.</returns>
public override bool Possible()
{
var action = (Core.Models.Action)Model;
var entityPosition = (PositionI)action.Parameters[CREATE_POSITION];
var region = Controller.Instance.RegionManagerController.GetRegion(entityPosition.RegionPosition);
var type = (long)action.Parameters[CREATION_TYPE];
var entityDef = Controller.Instance.DefinitionManagerController.DefinitionManager.GetDefinition((EntityType)type);
var account = action.Account;
var list = new List <long>();
if (account != null)
{
account.BuildableBuildings.TryGetValue((long)Models.Definitions.EntityType.Headquarter, out list);
if (list != null)
{
if (list.Contains(type))
{
if (region.GetEntity(entityPosition.CellPosition) == null &&
region.GetClaimedTerritory(entityPosition) == account)
{
// check for free tile and the terrain is possesed from the current player
var td = (TerrainDefinition)region.GetTerrain(entityPosition.CellPosition);
return(td.Buildable && LogicRules.CheckResource(account, action.ActionTime, entityDef));
}
}
}
}
return(false);
}
/// <summary>
/// Apply action-related changes to the world.
/// </summary>
/// <returns> Returns <see cref="System.Collections.Concurrent.ConcurrentBag"/> class with the affected region./></returns>
public override ConcurrentBag <Core.Models.Region> Do()
{
var action = (Core.Models.Action)Model;
var entityPosition = (PositionI)action.Parameters[CREATE_POSITION];
var region = Controller.Instance.RegionManagerController.GetRegion(entityPosition.RegionPosition);
var entityCellPostion = entityPosition.CellPosition;
var type = (long)action.Parameters[CREATION_TYPE];
var entityDef = Controller.Instance.DefinitionManagerController.DefinitionManager.GetDefinition((EntityType)type);
var entityHealth = ((UnitDefinition)entityDef).Health;
var entityMoves = ((UnitDefinition)entityDef).Moves;
// create the new entity and link to the correct account
var entity = new Core.Models.Entity(
IdGenerator.GetId(),
entityDef,
action.Account,
entityPosition,
entityHealth,
entityMoves);
entity.Position = entityPosition;
region.AddEntity(action.ActionTime, entity);
action.Account.Buildings.Add(entity.Position, type);
LogicRules.IncreaseResourceGeneration(action.Account, action.ActionTime, entity.Position, Controller.Instance.RegionManagerController);
LogicRules.EnableBuildOptions(type, action.Account);
LogicRules.IncreaseStorage(action.Account, entity);
LogicRules.ConsumeResource(action.Account, action.ActionTime, entityDef);
return(new ConcurrentBag <Core.Models.Region>()
{
region
});
}
/// <summary>
/// Returns if the action is even possible.
/// </summary>
/// <returns> True if the Building is buildable at the current position, otherwise false.</returns>
public override bool Possible()
{
var regionManagerC = Controller.Instance.RegionManagerController;
var action = (Core.Models.Action)Model;
var positionI = (PositionI)action.Parameters[CREATE_POSITION];
var type = (long)action.Parameters[CREATION_TYPE];
var entity = Controller.Instance.RegionManagerController.GetRegion(positionI.RegionPosition).GetEntity(positionI.CellPosition);
var list = new List <long>();
if (entity != null)
{
action.Account.BuildableBuildings.TryGetValue(entity.DefinitionID, out list);
if (list != null)
{
if (action.AccountID == entity.OwnerID && list.Contains(type))
{
RealCreatePosition = GetFreeField(positionI, regionManagerC);
return(RealCreatePosition != null && LogicRules.CheckResource(action.Account, action.ActionTime, Controller.Instance.DefinitionManagerController.DefinitionManager.GetDefinition((EntityType)type)));
}
}
}
return(false);
}
public void StorageTest()
{
var acc = GetTestAcc();
var oldEnergy = acc.Energy.MaximumValue;
var oldPopulation = acc.Population.MaximumValue;
var oldPlutonium = acc.Population.MaximumValue;
var oldScrap = acc.Scrap.MaximumValue;
var oldTechnology = acc.Technology.MaximumValue;
LogicRules.IncreaseWholeStorage(acc);
Assert.AreNotEqual(oldEnergy, acc.Energy.MaximumValue);
Assert.AreNotEqual(oldPopulation, acc.Population.MaximumValue);
Assert.AreNotEqual(oldPlutonium, acc.Plutonium.MaximumValue);
Assert.AreNotEqual(oldScrap, acc.Scrap.MaximumValue);
Assert.AreNotEqual(oldTechnology, acc.Technology.MaximumValue);
LogicRules.DecreaseWholeStorage(acc);
Assert.AreEqual(oldEnergy, acc.Energy.MaximumValue);
Assert.AreEqual(oldPopulation, acc.Population.MaximumValue);
Assert.AreEqual(oldPlutonium, acc.Plutonium.MaximumValue);
Assert.AreEqual(oldScrap, acc.Scrap.MaximumValue);
Assert.AreEqual(oldTechnology, acc.Technology.MaximumValue);
// Increase and Decrease Scrap Strorage
var entity = new Entity(336, Core.Models.Definitions.EntityType.Scrapyard, acc, new PositionI(new Position(new LatLon(50.97695325, 11.02396488))), 100, 0);
LogicRules.IncreaseStorage(acc, entity);
Assert.AreNotEqual(oldScrap, acc.Scrap.MaximumValue);
LogicRules.DecreasStorage(acc, entity);
Assert.AreEqual(oldScrap, acc.Scrap.MaximumValue);
// Increase and Decrease Population Strorage
entity = new Entity(342, Core.Models.Definitions.EntityType.Tent, acc, new PositionI(new Position(new LatLon(50.97695325, 11.02396488))), 100, 0);
LogicRules.IncreaseStorage(acc, entity);
Assert.AreNotEqual(oldPopulation, acc.Population.MaximumValue);
LogicRules.DecreasStorage(acc, entity);
Assert.AreEqual(oldPopulation, acc.Population.MaximumValue);
// Increase and Decrease Energy Strorage
entity = new Entity(330, Core.Models.Definitions.EntityType.Transformer, acc, new PositionI(new Position(new LatLon(50.97695325, 11.02396488))), 100, 0);
LogicRules.IncreaseStorage(acc, entity);
Assert.AreNotEqual(oldEnergy, acc.Energy.MaximumValue);
LogicRules.DecreasStorage(acc, entity);
Assert.AreEqual(oldEnergy, acc.Energy.MaximumValue);
}
/// <summary>
/// Get a list of algebraic and logic simplification rules
/// </summary>
/// <returns></returns>
public static IRule[] GetSimplificationRules()
{
var simplificationRules = AlgebraicRules.Get()
.Where(r => r.Tags.Contains(StdTags.Simplification))
.ToList();
simplificationRules.AddRange(LogicRules.Get().Where(r => r.Tags.Contains(StdTags.Simplification)));
return(simplificationRules.ToArray());
}
public LogicRules GenerateRules(IEnumerable <CustomSocket> sockets)
{
var logicRules = new LogicRules();
foreach (var socket in sockets)
{
logicRules.AddSocket(socket);
}
return(logicRules);
}
/// <summary>
/// Check all possible spawn locations around a building.
/// Check surrounding area around the building for units, if there is a free location this will be returned.
/// </summary>
/// <returns>The free field.</returns>
/// <param name="position">IPosition of the current selected building..</param>
/// <param name="regionManagerC">Region manager c.</param>
private PositionI GetFreeField(PositionI position, RegionManagerController regionManagerC)
{
foreach (var surpos in LogicRules.GetSurroundedFields(position))
{
var td = regionManagerC.GetRegion(surpos.RegionPosition).GetTerrain(surpos.CellPosition);
var ed = regionManagerC.GetRegion(surpos.RegionPosition).GetEntity(surpos.CellPosition);
if (td.Walkable && ed == null)
{
return(surpos);
}
}
return(null);
}
/// <summary>
/// Apply action-related changes to the world.
/// </summary>
/// <returns> Returns <see cref="System.Collections.Concurrent.ConcurrentBag"/> class with the affected region./></returns>
public override ConcurrentBag <Core.Models.Region> Do()
{
var action = (Core.Models.Action)Model;
var entityPosition = (PositionI)action.Parameters[CREATE_POSITION];
var region = Controller.Instance.RegionManagerController.GetRegion(entityPosition.RegionPosition);
var entityCellPostion = entityPosition.CellPosition;
var type = (long)action.Parameters[CREATION_TYPE];
var entityDef = Controller.Instance.DefinitionManagerController.DefinitionManager.GetDefinition((EntityType)type);
var entityHealth = ((UnitDefinition)entityDef).Health;
var entityMoves = ((UnitDefinition)entityDef).Moves;
// create the new entity and link to the correct account
var entity = new Core.Models.Entity(
IdGenerator.GetId(),
entityDef,
action.Account,
entityPosition,
entityHealth,
entityMoves);
entity.Position = entityPosition;
region.AddEntity(action.ActionTime, entity);
// link the headquarter to the current account and claim territory, , enable build options
if (m_type.SubType == EntityType.Headquarter &&
action.Account != null)
{
action.Account.TerritoryBuildings.Add(entity.Position, type);
LogicRules.EnableBuildOptions(type, action.Account);
region.ClaimTerritory(LogicRules.GetSurroundedPositions(entityPosition, m_drawArea), action.Account, region.RegionPosition, Controller.Instance.RegionManagerController.RegionManager);
LogicRules.IncreaseWholeStorage(action.Account);
LogicRules.GatherResources(action.Account, action.ActionTime, Controller.Instance.RegionManagerController, Constants.HEADQUARTER_TERRITORY_RANGE);
LogicRules.SetCurrentMaxPopulation(action.Account);
LogicRules.SetCurrentMaxEnergy(action.Account);
}
else if (action.Account != null)
{
action.Account.TerritoryBuildings.Add(entity.Position, type);
region.ClaimTerritory(LogicRules.GetSurroundedPositions(entityPosition, m_drawArea), action.Account, region.RegionPosition, Controller.Instance.RegionManagerController.RegionManager);
}
LogicRules.ConsumeResource(action.Account, action.ActionTime, entityDef);
return(new ConcurrentBag <Core.Models.Region>()
{
region
});
}
public void BuildOptions()
{
var acc = GetTestAcc();
Assert.IsNotNull(acc.BuildableBuildings);
var buildOpt = acc.BuildableBuildings;
LogicRules.EnableBuildOptions((long)Core.Models.Definitions.EntityType.Headquarter, acc);
Assert.AreNotEqual(buildOpt, acc.BuildableBuildings);
Assert.Contains((long)Core.Models.Definitions.EntityType.Headquarter, (System.Collections.ICollection)acc.BuildableBuildings);
LogicRules.DisableBuildOptions((long)Core.Models.Definitions.EntityType.Headquarter, acc);
Assert.AreEqual(buildOpt, acc.BuildableBuildings);
}
/// <summary>
/// Gets the adjacent regions, which can be affected.
/// </summary>
/// <returns>The adjacent regions.</returns>
/// <param name="regionManagerC">Region manager c.</param>
/// <param name="position">Current Position od the selected building.</param>
/// <param name="buildpoint">PositionI from the new unit.</param>
private ConcurrentBag <RegionPosition> GetAdjacentRegions(RegionManagerController regionManagerC, RegionPosition position, PositionI buildpoint)
{
var list = new ConcurrentBag <RegionPosition>();
var surlist = LogicRules.SurroundRegions;
var regionSizeX = Constants.REGION_SIZE_X;
var regionSizeY = Constants.REGION_SIZE_Y;
var currentpos = LogicRules.GetSurroundedFields(buildpoint);
var currentregion = regionManagerC.RegionManager.GetRegion(buildpoint.RegionPosition);
foreach (var checkingpos in currentpos)
{
if (regionManagerC.GetRegion(checkingpos.RegionPosition) != currentregion)
{
list.Add(regionManagerC.RegionManager.GetRegion(checkingpos.RegionPosition).RegionPosition);
}
}
return(list);
}
/// <summary>
/// Apply action-related changes to the world.
/// Returns set of changed Regions if everything worked, otherwise null
/// </summary>
/// <returns>all affected (changed) regions</returns>
public override ConcurrentBag <Core.Models.Region> Do()
{
var regionManagerC = Controller.Instance.RegionManagerController;
var action = (Core.Models.Action)Model;
var positionI = (PositionI)action.Parameters[CREATE_POSITION];
var type = (long)action.Parameters[CREATION_TYPE];
RealCreatePosition = GetFreeField(positionI, regionManagerC);
positionI = RealCreatePosition;
var region = regionManagerC.GetRegion(positionI.RegionPosition);
var entityDef = Controller.Instance.DefinitionManagerController.DefinitionManager.GetDefinition((EntityType)type);
var unitHealth = ((UnitDefinition)entityDef).Health;
var unitMoves = ((UnitDefinition)entityDef).Moves;
// create the new entity and link to the correct account
var entity = new Core.Models.Entity(
IdGenerator.GetId(),
entityDef,
action.Account,
positionI,
unitHealth,
unitMoves);
entity.Position = positionI;
region.AddEntity(action.ActionTime, entity);
if (action.Account != null)
{
action.Account.Units.AddLast(entity.Position);
LogicRules.ConsumeResource(action.Account, action.ActionTime, entityDef);
}
return(new ConcurrentBag <Core.Models.Region>()
{
region
});
}
/// <summary>
/// Gets the surrounded positions.
/// </summary>
/// <returns>The surrounded positions.</returns>
/// <param name="startPoint">Start point.</param>
/// <param name="accountID">Account ID.</param>
/// <param name="moves">Moves of the entity.</param>
private HashSet <PositionI> GetSurroundedPositions(PositionI startPoint, int accountID, int moves)
{
var fieldSet = new HashSet <PositionI>();
var fieldSetHelper = new HashSet <PositionI>();
fieldSet.Add(startPoint);
fieldSetHelper.Add(startPoint);
for (int index = 0; index != moves; ++index)
{
var tempfieldSet = new HashSet <PositionI>();
foreach (var item in fieldSetHelper)
{
var surroundedTiles = LogicRules.GetSurroundedFields(item);
foreach (var tile in surroundedTiles)
{
if (!fieldSet.Contains(tile))
{
var region = World.Instance.RegionManager.GetRegion(tile.RegionPosition);
var terrainDefinition = region.GetTerrain(tile.CellPosition);
if (terrainDefinition.Walkable)
{
var unit = region.GetEntity(tile.CellPosition);
if (unit == null)
{
fieldSet.Add(tile);
tempfieldSet.Add(tile);
}
}
}
}
}
fieldSetHelper = tempfieldSet;
}
return(fieldSet);
}
public LogicProcessor(LogicRules rules, ProcessorOptions options)
: base(options)
{
_rules = rules;
}
/// <summary>
/// Returns if the action is even possible.
/// </summary>
/// <returns> True if the Building is buildable at the current position, otherwise false.</returns>
public override bool Possible()
{
var action = (Core.Models.Action)Model;
var entityPosition = (PositionI)action.Parameters[CREATE_POSITION];
var entityCellPostion = entityPosition.CellPosition;
var region = Controller.Instance.RegionManagerController.GetRegion(entityPosition.RegionPosition);
var type = (long)action.Parameters[CREATION_TYPE];
m_type = Controller.Instance.DefinitionManagerController.DefinitionManager.GetDefinition((EntityType)type);
var account = action.Account;
if (type != null || account != null)
{
// Filter for territory buildings
if (type == (long)Models.Definitions.EntityType.Headquarter)
{
m_drawArea = Constants.HEADQUARTER_TERRITORY_RANGE;
}
else if (type == (long)Models.Definitions.EntityType.GuardTower)
{
m_drawArea = Constants.GUARDTOWER_TERRITORY_RANGE;
}
if (!action.Account.TerritoryBuildings.ContainsValue((long)Core.Models.Definitions.EntityType.Headquarter) &&
m_type.SubType == Models.Definitions.EntityType.Headquarter &&
region.GetEntity(entityCellPostion) == null &&
region.GetClaimedTerritory(entityPosition) == null)
{
// terrain check
var td = (TerrainDefinition)region.GetTerrain(entityCellPostion);
var list = LogicRules.GetSurroundedPositions(entityPosition, m_drawArea);
bool territoryFlag = true;
// check the map for enemy territory if there is a enemy territory to close at new borders a territory building cant be build
foreach (var position in list)
{
var tile = region.GetClaimedTerritory(position);
if (tile != null)
{
territoryFlag = false;
}
}
if (territoryFlag)
{
return(td.Buildable && LogicRules.CheckResource(account, action.ActionTime, m_type));
}
}
else if (region.GetEntity(entityCellPostion) == null &&
m_type.SubType != Models.Definitions.EntityType.Headquarter &&
region.GetClaimedTerritory(entityPosition) == account)
{
// check for free tile and the terrain is possesed from the current player
var td = (TerrainDefinition)region.GetTerrain(entityCellPostion);
var list = LogicRules.GetSurroundedPositions(entityPosition, m_drawArea);
bool territoryFlag = true;
// check the map for enemy territory if there is a enemy territory to close at new borders a territory building cant be build
foreach (var position in list)
{
var tile = region.GetClaimedTerritory(position);
if (tile != account &&
tile != null)
{
territoryFlag = false;
}
}
if (territoryFlag)
{
return(td.Buildable && LogicRules.CheckResource(account, action.ActionTime, m_type));
}
}
}
return(false);
}
/// <summary>
/// Apply action-related changes to the world.
/// Returns set of changed Regions if everything worked, otherwise null
/// </summary>
/// <returns>all affected (changed) regions</returns>
public override ConcurrentBag <Core.Models.Region> Do()
{
var action = (Core.Models.Action)Model;
var startPosition = (PositionI)action.Parameters[START_POSITION];
var endPosition = (PositionI)action.Parameters[END_POSITION];
var regionStartPos = Controller.Instance.RegionManagerController.GetRegion(startPosition.RegionPosition);
var regionEndPos = Controller.Instance.RegionManagerController.GetRegion(endPosition.RegionPosition);
var bag = new ConcurrentBag <Core.Models.Region>();
var entity = regionStartPos.GetEntity(startPosition.CellPosition);
if (m_fight)
{
var enemyEntity = regionEndPos.GetEntity(endPosition.CellPosition);
// Ranged attack units deal only 1 dmg to buildings
if (((UnitDefinition)entity.Definition).AttackRange > 1 && enemyEntity.Definition.Category == Category.Building)
{
enemyEntity.Health -= 1;
}
else if (((UnitDefinition)entity.Definition).AttackRange - m_fightDistance < 0)
{
// iterate trough all methods to modifie the attack
LogicRules.AllAttackModifierRangedInMeele(entity);
enemyEntity.Health -= entity.ModfiedAttackValue - enemyEntity.ModifiedDefenseValue;
if (((UnitDefinition)enemyEntity.Definition).AttackRange >= m_fightDistance)
{
entity.Health -= enemyEntity.ModfiedAttackValue - entity.ModifiedDefenseValue;
}
}
else
{
// iterate trough all methods to modifie the attack
LogicRules.AllAttackModifier(entity);
LogicRules.AllDefenseModifier(enemyEntity);
enemyEntity.Health -= entity.ModfiedAttackValue - enemyEntity.ModifiedDefenseValue;
if (((UnitDefinition)enemyEntity.Definition).AttackRange >= m_fightDistance)
{
LogicRules.AllAttackModifier(enemyEntity);
LogicRules.AllDefenseModifier(entity);
entity.Health -= enemyEntity.ModfiedAttackValue - entity.ModifiedDefenseValue;
}
}
if (enemyEntity.Health <= 0)
{
LogicRules.DestroyBuilding(enemyEntity, regionEndPos, action, Controller.Instance.RegionManagerController);
regionEndPos.RemoveEntity(action.ActionTime, enemyEntity);
enemyEntity.Owner.Units.Remove(enemyEntity.Position);
}
else if (entity.Health <= 0)
{
LogicRules.DestroyBuilding(entity, regionStartPos, action, Controller.Instance.RegionManagerController);
regionStartPos.RemoveEntity(action.ActionTime, entity);
entity.Owner.Units.Remove(entity.Position);
}
}
else
{
regionStartPos.RemoveEntity(action.ActionTime, entity);
regionEndPos.AddEntity(action.ActionTime, entity);
entity.Position = endPosition;
}
bag.Add(regionStartPos);
if (startPosition.RegionPosition != endPosition.RegionPosition)
{
bag.Add(regionEndPos);
}
action.Parameters[CLIENT_UNIT_INFOS] = entity;
return(bag);
}
/// <summary>
/// Returns any nodes that are adjacent to <paramref name="fromNode"/> and may be considered to form the next step in the path
/// </summary>
/// <param name="fromNode">The node from which to return the next possible nodes in the path</param>
/// <returns>A list of next possible nodes in the path</returns>
private List <Node> GetAdjacentWalkableNodes(Node fromNode)
{
List <Node> walkableNodes = new List <Node>();
// check surrounded tiles of the current position
foreach (var newPosition in LogicRules.GetSurroundedFields(fromNode.Location))
{
// gather environment information
var region = World.Instance.RegionManager.GetRegion(newPosition.RegionPosition);
var terrainDefinition = region.GetTerrain(newPosition.CellPosition);
// check terrain for walkable and other units in the path
if (terrainDefinition.Walkable)
{
var unit = region.GetEntity(newPosition.CellPosition);
// field is free from everything
if (unit == null)
{
if (m_nodes.ContainsKey(newPosition))
{
// use the dictionary and get the Node at the positonI
var node = m_nodes[newPosition];
if (node.State == NodeState.Open)
{
// calculate the travel cost to the next tile
double traversalCost = terrainDefinition.TravelCost;
double temp = node.G + traversalCost;
if (temp < node.G)
{
node.ParentNode = fromNode;
walkableNodes.Add(node);
}
}
}
else
{
// if the Node was not open insert a new one in the dictionary
var newNode = new Node(newPosition, searchParameters.EndLocation);
newNode.ParentNode = fromNode;
walkableNodes.Add(newNode);
m_nodes[newPosition] = newNode;
}
}
else if (unit != null && newPosition == searchParameters.EndLocation && unit.OwnerID != searchParameters.AccountID)
{
if (m_nodes.ContainsKey(newPosition))
{
// use the dictionary and get the Node at the positonI
var node = m_nodes[newPosition];
if (node.State == NodeState.Open)
{
// calculate the travel cost to the next tile
double traversalCost = terrainDefinition.TravelCost;
double temp = node.G + traversalCost;
if (temp < node.G)
{
node.ParentNode = fromNode;
walkableNodes.Add(node);
}
}
}
else
{
// if the Node was not open insert a new one in the dictionary
var newNode = new Node(newPosition, searchParameters.EndLocation);
newNode.ParentNode = fromNode;
walkableNodes.Add(newNode);
m_nodes[newPosition] = newNode;
}
}
}
}
return(walkableNodes);
}
