public Minion(
MinionSpawnType type,
MinionSpawnPosition position,
uint netId = 0
) : this(type, position, new List <Vector2>(), netId)
{
}
public Minion(
Game game,
MinionSpawnType spawnType,
MinionSpawnPosition position,
uint netId = 0
) : this(game, spawnType, position, new List <Vector2>(), netId)
{
}
public Minion(Game game, uint id, MinionSpawnType type, MinionSpawnPosition position, List <Vector2> mainWaypoints) : base(game, id, "", new MinionStats(), 40, 0, 0, 1100)
{
this.minionType = type;
this.spawnPosition = position;
this.mainWaypoints = mainWaypoints;
this.curMainWaypoint = 0;
var spawnSpecifics = _game.GetMap().GetMinionSpawnPosition(spawnPosition);
setTeam(spawnSpecifics.Item1);
setPosition(spawnSpecifics.Item2.X, spawnSpecifics.Item2.Y);
_game.GetMap().SetMinionStats(this); // Let the map decide how strong this minion has to be.
string minionModel = "";
if (spawnSpecifics.Item1 == 0) // If we're the blue side
{
minionModel += "Blue_Minion_"; // make it a blue minion
}
else
{
minionModel += "Red_Minion_"; // otherwise make it a red minion
}
// Finish model name with type
if (type == MinionSpawnType.MINION_TYPE_MELEE)
{
minionModel += "Basic";
}
else if (type == MinionSpawnType.MINION_TYPE_CASTER)
{
minionModel += "Wizard";
}
else
{
minionModel += "MechCannon";
}
// Set model
setModel(minionModel);
if (mainWaypoints.Count > 0) // If we have lane path instructions from the map
{
setWaypoints(new List <Vector2> {
mainWaypoints[0], mainWaypoints[1]
}); // Follow these instructions
}
else
{
setWaypoints(new List <Vector2> {
new Vector2(x, y), new Vector2(x, y)
}); // Otherwise path to own position. (Stand still)
}
setMoveOrder(MoveOrder.MOVE_ORDER_ATTACKMOVE);
}
public void SpawnMinion(List <MinionSpawnType> list, int minionNo, MinionSpawnPosition pos, List <Vector2> waypoints)
{
if (list.Count <= minionNo)
{
return;
}
var m = new Minion(_game, list[minionNo], pos, waypoints);
_game.ObjectManager.AddObject(m);
}
public override Tuple <TeamId, Vector2> GetMinionSpawnPosition(MinionSpawnPosition spawnPosition)
{
switch (spawnPosition)
{
case MinionSpawnPosition.SPAWN_BLUE_MID:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_BLUE, new Vector2(1996, 2324)));
case MinionSpawnPosition.SPAWN_RED_MID:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_PURPLE, new Vector2(10835, 10376)));
}
return(new Tuple <TeamId, Vector2>(0, new Vector2()));
}
public Minion(
Game game,
MinionSpawnType spawnType,
MinionSpawnPosition position,
List <Vector2> mainWaypoints,
uint netId = 0
) : base(game, "", new Stats.Stats(), 40, 0, 0, 1100, netId)
{
MinionSpawnType = spawnType;
SpawnPosition = position;
_mainWaypoints = mainWaypoints;
_curMainWaypoint = 0;
_aiPaused = false;
var spawnSpecifics = _game.Map.MapGameScript.GetMinionSpawnPosition(SpawnPosition);
SetTeam(spawnSpecifics.Item1);
SetPosition(spawnSpecifics.Item2.X, spawnSpecifics.Item2.Y);
_game.Map.MapGameScript.SetMinionStats(this); // Let the map decide how strong this minion has to be.
// Set model
Model = _game.Map.MapGameScript.GetMinionModel(spawnSpecifics.Item1, spawnType);
// Fix issues induced by having an empty model string
CollisionRadius = _game.Config.ContentManager.GetCharData(Model).PathfindingCollisionRadius;
// If we have lane path instructions from the map
if (mainWaypoints.Count > 0)
{
// Follow these instructions
SetWaypoints(new List <Vector2> {
mainWaypoints[0], mainWaypoints[1]
});
}
else
{
// Otherwise path to own position. (Stand still)
SetWaypoints(new List <Vector2> {
new Vector2(X, Y), new Vector2(X, Y)
});
}
MoveOrder = MoveOrder.MOVE_ORDER_ATTACKMOVE;
Replication = new ReplicationMinion(this);
}
public override Tuple <TeamId, Vector2> GetMinionSpawnPosition(MinionSpawnPosition spawnPosition)
{
switch (spawnPosition)
{
case MinionSpawnPosition.SPAWN_BLUE_TOP:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_BLUE, new Vector2(2604, 7930)));
case MinionSpawnPosition.SPAWN_BLUE_BOT:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_BLUE, new Vector2(2600, 6633)));
case MinionSpawnPosition.SPAWN_RED_TOP:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_PURPLE, new Vector2(12712, 7900)));
case MinionSpawnPosition.SPAWN_RED_BOT:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_PURPLE, new Vector2(12721, 6602)));
}
return(new Tuple <TeamId, Vector2>(0, new Vector2()));
}
public override Tuple <TeamId, Vector2> GetMinionSpawnPosition(MinionSpawnPosition spawnPosition)
{
switch (spawnPosition)
{
case MinionSpawnPosition.SPAWN_BLUE_TOP:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_BLUE, new Vector2(1960, 6684)));
case MinionSpawnPosition.SPAWN_BLUE_BOT:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_BLUE, new Vector2(1960, 5977)));
case MinionSpawnPosition.SPAWN_RED_TOP:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_PURPLE, new Vector2(11420, 6617)));
case MinionSpawnPosition.SPAWN_RED_BOT:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_PURPLE, new Vector2(11420, 6024)));
}
return(new Tuple <TeamId, Vector2>(0, new Vector2()));
}
public Minion(Map map, int id, MinionSpawnType type, MinionSpawnPosition position, List<Vector2> mainWaypoints) : base(map, id, "", new MinionStats(), 40, 0, 0, 1100)
{
this.type = type;
this.spawnPosition = position;
this.mainWaypoints = mainWaypoints;
this.curMainWaypoint = 0;
var spawnSpecifics = map.getMinionSpawnPosition(spawnPosition);
setTeam(Convert.toTeamId(spawnSpecifics.Item1));
setPosition(spawnSpecifics.Item2.X, spawnSpecifics.Item2.Y);
map.setMinionStats(this); // Let the map decide how strong this minion has to be.
string minionModel = "";
if (spawnSpecifics.Item1 == 0) // If we're the blue side
minionModel += "Blue_Minion_"; // make it a blue minion
else
minionModel += "Red_Minion_"; // otherwise make it a red minion
// Finish model name with type
if (type == MinionSpawnType.MINION_TYPE_MELEE)
minionModel += "Basic";
else if (type == MinionSpawnType.MINION_TYPE_CASTER)
minionModel += "Wizard";
else
minionModel += "MechCannon";
// Set model
setModel(minionModel);
if (mainWaypoints.Count > 0) // If we have lane path instructions from the map
setWaypoints(new List<Vector2> { mainWaypoints[0], mainWaypoints[1] }); // Follow these instructions
else
setWaypoints(new List<Vector2> { new Vector2(x, y), new Vector2(x, y) }); // Otherwise path to own position. (Stand still)
setMoveOrder(MoveOrder.MOVE_ORDER_ATTACKMOVE);
}
public Tuple <TeamId, Vector2> GetMinionSpawnPosition(MinionSpawnPosition spawnPosition)
{
switch (spawnPosition)
{
case MinionSpawnPosition.SPAWN_BLUE_TOP:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_BLUE, new Vector2(907, 1715)));
case MinionSpawnPosition.SPAWN_BLUE_BOT:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_BLUE, new Vector2(1533, 1321)));
case MinionSpawnPosition.SPAWN_BLUE_MID:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_BLUE, new Vector2(1443, 1663)));
case MinionSpawnPosition.SPAWN_RED_TOP:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_PURPLE, new Vector2(14455, 13159)));
case MinionSpawnPosition.SPAWN_RED_BOT:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_PURPLE, new Vector2(12967, 12695)));
case MinionSpawnPosition.SPAWN_RED_MID:
return(new Tuple <TeamId, Vector2>(TeamId.TEAM_PURPLE, new Vector2(12433, 12623)));
}
return(new Tuple <TeamId, Vector2>(0, new Vector2()));
}
public override Tuple <int, Vector2> getMinionSpawnPosition(MinionSpawnPosition spawnPosition)
{
switch (spawnPosition)
{
case MinionSpawnPosition.SPAWN_BLUE_TOP:
return(new Tuple <int, Vector2>(0, new Vector2(907, 1715)));
case MinionSpawnPosition.SPAWN_BLUE_BOT:
return(new Tuple <int, Vector2>(0, new Vector2(1533, 1321)));
case MinionSpawnPosition.SPAWN_BLUE_MID:
return(new Tuple <int, Vector2>(0, new Vector2(1443, 1663)));
case MinionSpawnPosition.SPAWN_RED_TOP:
return(new Tuple <int, Vector2>(1, new Vector2(14455, 13159)));
case MinionSpawnPosition.SPAWN_RED_BOT:
return(new Tuple <int, Vector2>(1, new Vector2(12967, 12695)));
case MinionSpawnPosition.SPAWN_RED_MID:
return(new Tuple <int, Vector2>(1, new Vector2(12433, 12623)));
}
return(new Tuple <int, Vector2>(0, new Vector2()));
}
public virtual Tuple<int, Vector2> getMinionSpawnPosition(MinionSpawnPosition spawnPosition)
{
return null;
}
public virtual Tuple <TeamId, Vector2> GetMinionSpawnPosition(MinionSpawnPosition spawnPosition)
{
return(null);
}
public Minion(
MinionSpawnType type,
MinionSpawnPosition position,
List <Vector2> mainWaypoints,
uint netId = 0
) : base("", new MinionStats(), 40, 0, 0, 1100, netId)
{
minionType = type;
SpawnPosition = position;
this.mainWaypoints = mainWaypoints;
curMainWaypoint = 0;
_AIPaused = false;
var spawnSpecifics = _game.Map.GetMinionSpawnPosition(SpawnPosition);
SetTeam(spawnSpecifics.Item1);
setPosition(spawnSpecifics.Item2.X, spawnSpecifics.Item2.Y);
_game.Map.SetMinionStats(this); // Let the map decide how strong this minion has to be.
var minionModel = "";
if (spawnSpecifics.Item1 == Enet.TeamId.TEAM_BLUE) // If we're the blue side
{
minionModel += "Blue_Minion_"; // make it a blue minion
}
else
{
minionModel += "Red_Minion_"; // otherwise make it a red minion
}
// Finish model name with type
if (type == MinionSpawnType.MINION_TYPE_MELEE)
{
minionModel += "Basic";
}
else if (type == MinionSpawnType.MINION_TYPE_CASTER)
{
minionModel += "Wizard";
}
else if (type == MinionSpawnType.MINION_TYPE_CANNON)
{
minionModel += "MechCannon";
}
else
{
minionModel += "MechMelee";
}
// Set model
Model = minionModel;
// If we have lane path instructions from the map
if (mainWaypoints.Count > 0)
{
// Follow these instructions
SetWaypoints(new List <Vector2> {
mainWaypoints[0], mainWaypoints[1]
});
}
else
{
// Otherwise path to own position. (Stand still)
SetWaypoints(new List <Vector2> {
new Vector2(X, Y), new Vector2(X, Y)
});
}
MoveOrder = MoveOrder.MOVE_ORDER_ATTACKMOVE;
}
public Minion(Map map, int id, MinionSpawnType type, MinionSpawnPosition position) : this(map, id, type, position, new List <Vector2>())
{
}
public Minion(Game game, uint id, MinionSpawnType type, MinionSpawnPosition position) : this(game, id, type, position, new List <Vector2>())
{
}
public Minion(Map map, int id, MinionSpawnType type, MinionSpawnPosition position) : this(map, id, type, position, new List<Vector2>())
{
}
public virtual Tuple <int, Vector2> getMinionSpawnPosition(MinionSpawnPosition spawnPosition)
{
return(null);
}
public override Tuple<int, Vector2> getMinionSpawnPosition(MinionSpawnPosition spawnPosition)
{
switch (spawnPosition)
{
case MinionSpawnPosition.SPAWN_BLUE_TOP:
return new Tuple<int, Vector2>(0, new Vector2(907, 1715));
case MinionSpawnPosition.SPAWN_BLUE_BOT:
return new Tuple<int, Vector2>(0, new Vector2(1533, 1321));
case MinionSpawnPosition.SPAWN_BLUE_MID:
return new Tuple<int, Vector2>(0, new Vector2(1443, 1663));
case MinionSpawnPosition.SPAWN_RED_TOP:
return new Tuple<int, Vector2>(1, new Vector2(14455, 13159));
case MinionSpawnPosition.SPAWN_RED_BOT:
return new Tuple<int, Vector2>(1, new Vector2(12967, 12695));
case MinionSpawnPosition.SPAWN_RED_MID:
return new Tuple<int, Vector2>(1, new Vector2(12433, 12623));
}
return new Tuple<int, Vector2>(0, new Vector2());
}
