public virtual void useAbility(MouseState mouseState, BoardFunctionality boardFunc)
{
if (INITIALCARD.cardProps.type == CardType.General)
{
if (exchangeValue < 0)
{
if (INITIALCARD.cardProps.defense >= GameComponent.ToAbsolute(exchangeValue))
{
INITIALCARD.cardProps.defense += exchangeValue;
abilityImplementation(mouseState, boardFunc);
boardFunc.cardViewer.NextSelection();
}
else
{
boardFunc.BOARDMESSAGE.addMessage(INITIALCARD.cardProps.name + " does not have enough power yet.");
clickedInAbilityBox = false;
resetAllCards(boardFunc);
boardFunc.cardViewer.hardResetSelection(boardFunc);
}
}
else
{
INITIALCARD.cardProps.defense += exchangeValue;
abilityImplementation(mouseState, boardFunc);
boardFunc.cardViewer.NextSelection();
}
}
else if (INITIALCARD.cardProps.type == CardType.Manuever)
{
abilityImplementation(mouseState, boardFunc);
manueverImplementation(boardFunc);
}
else
{
abilityImplementation(mouseState, boardFunc);
boardFunc.cardViewer.NextSelection();
}
}
public void generalAbiltiies(MouseState mouseState, BoardFunctionality boardFunc)
{
foreach (Card friendlyCard in boardFunc.friendlySide.Rows[Side.General].cardsInContainer)
{
List <Ability> usableAbilities = new List <Ability>();
foreach (Ability ability in friendlyCard.cardProps.abilities)
{
if (ability.exchangeValue < 0)
{
if (GameComponent.ToAbsolute(ability.exchangeValue) <= friendlyCard.cardProps.defense)
{
usableAbilities.Add(ability);
}
}
else
{
usableAbilities.Add(ability);
}
}
Random random = new Random();
int selector = random.Next(0, usableAbilities.Count);
usableAbilities[selector].useAbility(mouseState, boardFunc);
}
}
public void movementLogic(CardContainer startingContainer, CardContainer endingContainer, Card card, BoardFunctionality boardFunc)
{
card.makingAction = true;
Vector2 newPosition = endingContainer.getEntrancePosition(card);
if (newPosition.X > Game1.windowW || newPosition.X < -100)
{
throw new Exception(endingContainer.getPosition().ToString());
}
if (newPosition.Y > Game1.windowH || newPosition.Y < -200)
{
throw new Exception(endingContainer.getPosition().ToString());
}
int timeUntilArrival = 3;
int speedX = (int)GameComponent.ToAbsolute((newPosition.X - card.getPosition().X)) / timeUntilArrival;
if (speedX < 1)
{
speedX = 1;
}
int speedY = (int)GameComponent.ToAbsolute((newPosition.Y - card.getPosition().Y)) / timeUntilArrival;
if (speedY < 1)
{
speedY = 1;
}
Vector2 adjustingPosition;
bool xAxisFinished = false;
bool yAxisFinished = false;
if (card.getPosition().X < newPosition.X)
{
adjustingPosition = new Vector2(card.getPosition().X + speedX, card.getPosition().Y);
card.setPos(adjustingPosition);
}
else if (card.getPosition().X > newPosition.X)
{
adjustingPosition = new Vector2(card.getPosition().X - speedX, card.getPosition().Y);
card.setPos(adjustingPosition);
}
else
{
xAxisFinished = true;
}
if (card.getPosition().Y < newPosition.Y)
{
adjustingPosition = new Vector2(card.getPosition().X, card.getPosition().Y + speedY);
card.setPos(adjustingPosition);
}
else if (card.getPosition().Y > newPosition.Y)
{
adjustingPosition = new Vector2(card.getPosition().X, card.getPosition().Y - speedY);
card.setPos(adjustingPosition);
}
else
{
yAxisFinished = true;
}
if (xAxisFinished && yAxisFinished)
{
try
{
startingContainer.moveCard(endingContainer, card);
}
catch (Exception e)
{
Console.WriteLine(e);
}
card.makingAction = false;
boardFunc.boardPosLogic.updateBoard(boardFunc);
MouseTransformer.Set(MouseTransformer.State.Reg);
boardFunc.boardActions.nextAction();
}
}
