/* Essential methods for functionality
*/
protected virtual bool RegisterToBlackBoard()
{
selfKey = bb.Register(self, null, objectName);
// Successful if selfKey is no longer null
return(selfKey != null);
}
// Happens every round
public void OnRoundBegins(int roundNumber)
{
// Reset the BlackBoard to clear out information from the previous round
bb.ClearBlackBoard();
// Reset Distribution if enabled
distr.ResetCount();
// Set diagnostics on battle screen
GameObject nameObj = GameObject.Find("Name");
if (nameObj != null)
{
NameHolder name = nameObj.GetComponent <NameHolder>();
if (name != null)
{
name.setRoundStarted(true);
}
}
// Add information about each player to Blackboard
bb.Register(Constants.p1Key, new Dictionary <string, string>()
{
// Who am I?
{ Constants.playerName, "" },
// Passives
{ Constants.indexLifePoints, p1.currentLifePoints.ToString() },
{ Constants.indexFavor, Constants.MIN_FAVOR.ToString() },
{ Constants.indexRally, Constants.MIN_RALLY.ToString() },
{ Constants.indexBalance, Constants.STARTING_BALANCE.ToString() },
// Extra data for conditioning on moves
{ Constants.lastHitDamage, "0" },
{ Constants.lastAttackByPlayer, "" },
{ Constants.landedLastAttack, "" },
{ Constants.lastEvade, "" },
{ Constants.lastEvadeSuccessful, "" },
{ Constants.lastAttackByOpponent, "" },
{ Constants.opponentLandedLastAttack, "" },
// Extra data for skill tree nodes
// Surprise
{ Surprise.attackCount, "0" },
{ Surprise.evadeCount, "0" },
// Distance to opponent
{ Constants.distToOpponent, Vector3.Distance(UFE.GetPlayer1Controller().transform.position, UFE.GetPlayer2Controller().transform.position).ToString() },
// Match results
{ Constants.winner, "false" }
});
bb.Register(Constants.p2Key, new Dictionary <string, string>()
{
// Who am I?
{ Constants.playerName, "" },
// Passives
{ Constants.indexLifePoints, p2.currentLifePoints.ToString() },
{ Constants.indexFavor, Constants.MIN_FAVOR.ToString() },
{ Constants.indexRally, Constants.MIN_RALLY.ToString() },
{ Constants.indexBalance, Constants.STARTING_BALANCE.ToString() },
// Extra data for conditioning on moves
{ Constants.lastHitDamage, "0" },
{ Constants.lastAttackByPlayer, "" },
{ Constants.landedLastAttack, "" },
{ Constants.lastEvade, "" },
{ Constants.lastEvadeSuccessful, "" },
{ Constants.lastAttackByOpponent, "" },
{ Constants.opponentLandedLastAttack, "" },
// Extra data for skill tree nodes
// Surprise
{ Surprise.attackCount, "0" },
{ Surprise.evadeCount, "0" },
// Distance to opponent
{ Constants.distToOpponent, Vector3.Distance(UFE.GetPlayer1Controller().transform.position, UFE.GetPlayer2Controller().transform.position).ToString() },
// Match results
{ Constants.winner, "false" }
});
// Save BlackBoard state
if (Network.peerType == NetworkPeerType.Disconnected)
{
bb.UpdateProperty(Constants.p1Key, Constants.playerName, GameObject.Find("Name").GetComponent <NameHolder>().username);
bb.DumpBlackBoard(Constants.p2Key);
}
else
{
if (UFE.GetLocalPlayer() == 1)
{
bb.UpdateProperty(Constants.p1Key, Constants.playerName, GameObject.Find("Name").GetComponent <NameHolder>().username);
}
else
{
bb.UpdateProperty(Constants.p2Key, Constants.playerName, GameObject.Find("Name").GetComponent <NameHolder>().username);
}
}
}
/* Essential methods for functionality
*/
// Adds some extra properties to the BlackBoard to assist with interaction
protected bool RegisterToBlackBoard(Dictionary <string, string> values)
{
// Returns true if the id was accepted and put into the dictionary
return(bb.Register(id, values) == id);
}
