// Tournament Strategy
// Strategy #1, the player participates if anyone, including themselves, can stand to rank up
public int participateInTourney(List <Player> players, int shields, Controller game)
{
Debug.Log("I was asked If I want to participate in a tournament!");
strategyUtil strat = new strategyUtil();
if (strat.canSomeoneRankUp(players, shields))
{
Debug.Log("I'm going to say yes... because its possible for someone to rank up during this tourney!");
return(1);
}
Debug.Log("I'm going to say no... because its NOT possible for someone to rank up during this tourney!");
return(0);
}
public List <Card> playTournament(List <Player> players, List <Card> hand, int baseBP, int shields)
{
strategyUtil strat = new strategyUtil();
// This AI evaluates wheteher there is a potential rank up on this tournament
if (strat.canSomeoneRankUp(players, shields))
{
// If there is, he considers it high stakes and plays his strongest hand
return(highStakesTournament(hand, players));
}
// else he considers it low stakes and plays only duplicate weapons
return(lowStakesTournament(hand));
}
// Quest Strategy
public int sponsorQuest(List <Player> players, int stages, List <Card> hand, Controller game)
{
strategyUtil strat = new strategyUtil();
if (strat.canSomeoneRankUp(players, stages))
{
return(0);
}
if (strat.canISponsor(hand, stages))
{
return(1);
}
return(0);
}
// Quest Strategy
public int sponsorQuest(List <Player> players, int stages, List <Card> hand, Controller game)
{
strategyUtil strat = new strategyUtil();
// if somebody can rank up, we return false to decline sponsoring the quest
if (strat.canSomeoneRankUp(players, stages))
{
return(0);
}
if (strat.canISponsor(hand, stages))
{
return(1);
}
return(0);
}