//Misc methods
private int CalculateDamage(IndividualPokemon user, IndividualPokemon target, float randomMultiplier, bool crit = false, float extraModifier = 1)
{
//Calculates the damange this move will do
float modifier = CalculateDamageModifier(user, target, crit) * randomMultiplier * extraModifier;
//Choose the appropriate attack/defense stats
float attack = user.attack;
float defense = target.defense;
if (moveCategory == MoveCategory.special)
{
attack = user.spAttack;
defense = target.spDefense;
}
//Do the calculations
float damageUnrounded = ((2f * user.level + 10) / 250) * (attack / defense) * power + 2;
damageUnrounded *= modifier;
int damage = (int)damageUnrounded;
//Always do atleast 1 damage, unless the multiplier is zero
if (damage == 0 && modifier != 0f)
{
damage = 1;
}
return(damage);
}
//Misc methods
private void PlayerSwitchIn(IndividualPokemon pokemon)
{
//Switches the given pokemon in for the player
playerPokemon = pokemon;
//TODO: Change sprite, play animation
}
private void EnemySwitchIn(IndividualPokemon pokemon)
{
//Switches the given pokemon in for the enemy
enemyPokemon = pokemon;
//TODO: Change sprite, play animation
}
public void Use(IndividualPokemon user, IndividualPokemon target)
{
//Uses the move
//Throw an error if not enough PP
if (currentPP <= 0)
{
throw new NotEnoughPPException();
}
//Use the move
currentPP--;
entry.Use(user, target);
}
//Interface
public override void Use(IndividualPokemon user, IndividualPokemon target)
{
//Deals damage to the target based on the damage formula
//Determine the random multiplier
float randMult = RandomBetween(MIN_RAND_MULTIPLIER, MAX_RAND_MULTIPLIER);
//TODO: Determine if it's a crit
bool crit = false;
//Determine how much damage to deal
int damage = CalculateDamage(user, target, randMult, crit);
//Deal the damage
target.ChangeHP(damage * -1);
}
public bool CreateIndividualPokemon(IndividualPokemonCreate model)
{
var entity =
new IndividualPokemon
{
IndividualPokemonName = model.IndividualPokemonName,
PokemonID = model.PokemonID,
UserID = _userID,
TeamID = model.TeamID
};
using (var ctx = new ApplicationDbContext())
{
ctx.IndividualPokemonDb.Add(entity);
return(ctx.SaveChanges() == 1);
}
}
private IEnumerator ExecuteCommand(BattleCommand command)
{
//Actually execute the command
executingCommand = true;
//Determine which set of display objects to use
BattlePokemonDisplay userDisplay = playerDisplay;
ScrollingTextbox userTextbox = playerTextbox;
BattlePokemonDisplay targetDisplay = enemyDisplay;
if (command.userPokemon == enemyPokemon)
{
userTextbox = enemyTextbox;
userDisplay = enemyDisplay;
targetDisplay = playerDisplay;
}
//Display the command text
userTextbox.text = command.text;
//Execute the move
if (command.commandType == BattleCommandType.useMove)
{
IndividualPokemon user = command.userPokemon;
IndividualPokemon target = command.targetPokemon;
IndividualPokemonMove move = user.GetMove(command.moveToUse);
//Start the command's animation
float waitTime = userDisplay.GenericMoveAnimation(move.entry.genericAnimationID);
yield return(new WaitForSecondsOrSkip(waitTime));
//Use the move
user.GetMove(command.moveToUse).Use(user, target);
//Start flashing
targetDisplay.TakeDamage();
}
executingCommand = false;
yield return(null);
}
private IndividualPokemon GenerateTestMissingno(int level)
{
//Generates a missingno to be used for testing purposes
//Set each IV to 15
PokemonStats ivs = new PokemonStats();
for (int i = 0; i < PokemonStats.NUM_STATS; i++)
{
ivs[(PokemonStatID)i] = 15;
}
//Give it tackle
List <IndividualPokemonMove> moves = new List <IndividualPokemonMove>();
moves.Add(new IndividualPokemonMove(new DexID("", 1)));
//Create the pokemon
IndividualPokemon pokemon = new IndividualPokemon(new DexID("", 0), ivs, moves, level);
return(pokemon);
}
//Abstract methods
public abstract void Use(IndividualPokemon user, IndividualPokemon target);
//Interface
public void SendOut(IndividualPokemon pokemon)
{
//TODO: Start the send-out animation
}
