// Victory Points awarded from the number of specific structure colour each neighbours constructed
private static void AddVictoryNeighboursColour(Player p, Player east, Player west, CardColour c, int amount)
{
p.addScore(Score.VICTORY, GetVictoryNeighboursColour(east, west, c, amount));
}
// Victory Points awarded from the number of wonderstages the player has built
private static void AddVictoryWonder(Player p)
{
p.addScore(Score.VICTORY, p.getBoard().getStagesBuilt());
}
// Victory Points awarded from the number of conflict points each neighbour has
private static void AddVictoryNeighboursConflict(Player p, Player east, Player west)
{
p.addScore(Score.VICTORY, GetVictoryNeighboursConflict(east, west));
}
// Victory Points awarded
// Through the number of specific structure colour the player has constructed
private static void AddVictoryColour(Player p, CardColour c, int amount)
{
p.addScore(Score.VICTORY, GetVictoryColour(p, c, amount));
}
// Victory Points awarded from the number of wonderstages built from each neighbour including the player
private static void AddVictoryAllWonders(Player p, Player east, Player west)
{
p.addScore(Score.VICTORY, GetVictoryAllWonders(p, east, west));
}
// Victory Points, Army, Science or any other generic score
// This could probably be used to replace alot of generic score functions
private static void AddScore(Player p, Score s, int points)
{
p.addScore(s, points);
}
// Science Choice - player chooses which science to gain from the card at the end of the game
// NOTE: Should we have this as a max function? eg. Find max of gear, tablet, compass and just add 1?
private static void AddScienceChoice(Player p, int x)
{
int gear = p.getScoreNum(Score.GEAR);
int compass = p.getScoreNum(Score.COMPASS);
int tablet = p.getScoreNum(Score.TABLET);
if (x == 1)
{
int max1 = CalculateScience((gear + 1), compass, tablet);
int max2 = CalculateScience(gear, (compass + 1), tablet);
int max3 = CalculateScience(gear, compass, (tablet + 1));
int maxScore = Math.Max(Math.Max(max1, max2), max3);
if (maxScore == max1)
p.addScore(Score.GEAR, 1);
else if (maxScore == max2)
p.addScore(Score.COMPASS, 1);
else if (maxScore == max3)
p.addScore(Score.TABLET, 1);
}
else if (x == 2)
{
int max1 = CalculateScience(gear + 2, compass, tablet);
int max2 = CalculateScience(gear, compass + 2, tablet);
int max3 = CalculateScience(gear, compass, tablet + 2);
int max4 = CalculateScience(gear + 1, compass + 1, tablet);
int max5 = CalculateScience(gear + 1, compass, tablet + 1);
int max6 = CalculateScience(gear, compass + 1, tablet + 1);
int maxScore = Math.Max(Math.Max(Math.Max(Math.Max(Math.Max(max1, max2), max3), max4), max5), max6);
if (maxScore == max1)
p.addScore(Score.GEAR, 2);
else if (maxScore == max2)
p.addScore(Score.COMPASS, 2);
else if (maxScore == max3)
p.addScore(Score.TABLET, 2);
else if (maxScore == max4)
{
p.addScore(Score.GEAR, 1);
p.addScore(Score.COMPASS, 1);
}
else if (maxScore == max5)
{
p.addScore(Score.GEAR, 1);
p.addScore(Score.TABLET, 1);
}
else if (maxScore == max6)
{
p.addScore(Score.COMPASS, 1);
p.addScore(Score.TABLET, 1);
}
}
}
