// Start is called before the first frame update
void Start()
{
if (typeOfPokemon == TypeOfPokemon.Ally)
{
allyPokemon = new AllyPokemon(moveList, type, stats, level, maxExperience, experience, name, sprite);
}
else if (typeOfPokemon == TypeOfPokemon.Enemy)
{
enemyPokemon = new EnemyPokemon(moveList, type, stats, level, name, sprite);
}
}
//Attacking pokemon 0 is ally 1 is the enemy
public void useMove(AllyPokemon allyPokemon, EnemyPokemon enemyPokemon, int attackingPokemon)
{
//Check what type of move
//Attacking
if (this.m_typeOfMove == MoveType.Physical)
{
//Checks if the move hits through accuracy
if (m_accuracy * 100 >= m_random.Next(1, 101))
{
float moveDamage = 0;
//Ally Pokemon attacks
if (attackingPokemon == 0)
{
moveDamage = (((((2 * allyPokemon.m_level) / 5f) + 2) * this.m_power * ((allyPokemon.m_stats[1] / (float)enemyPokemon.m_stats[2])) / 50f) + 2) * Type.checkEffectiveness(this.m_type, enemyPokemon.m_type);
//Checks for crit 1/16
if (m_random.Next(1, 17) == 1)
{
moveDamage *= 2;
}
this.m_powerPoints--;
enemyPokemon.m_stats[6] -= (int)moveDamage;
}
else if (attackingPokemon == 1)
{
moveDamage = (((((2 * enemyPokemon.m_level) / 5f) + 2) * this.m_power * ((enemyPokemon.m_stats[1] / (float)allyPokemon.m_stats[2])) / 50f) + 2) * Type.checkEffectiveness(this.m_type, allyPokemon.m_type) / 2.5f;
//Checks for crit 1/16
if (m_random.Next(1, 17) == 1)
{
moveDamage *= 2;
}
this.m_powerPoints--;
allyPokemon.m_stats[6] -= (int)moveDamage;
}
}
}
else if (this.m_typeOfMove == MoveType.Special)
{
//Checks if the move hits through accuracy
if (m_accuracy * 100 >= m_random.Next(1, 101))
{
float moveDamage = 0;
//Ally Pokemon attacks
if (attackingPokemon == 0)
{
moveDamage = (((((2 * allyPokemon.m_level) / 5f) + 2) * this.m_power * ((allyPokemon.m_stats[3] / (float)enemyPokemon.m_stats[4])) / 50f) + 2) * Type.checkEffectiveness(this.m_type, enemyPokemon.m_type);
//Checks for crit 1/16
if (m_random.Next(1, 17) == 1)
{
moveDamage *= 2;
}
this.m_powerPoints--;
enemyPokemon.m_stats[6] -= (int)moveDamage;
}
else if (attackingPokemon == 1)
{
moveDamage = (((((2 * enemyPokemon.m_level) / 5f) + 2) * this.m_power * ((enemyPokemon.m_stats[3] / (float)allyPokemon.m_stats[4])) / 50f) + 2) * Type.checkEffectiveness(this.m_type, allyPokemon.m_type) / 2.5f;
//Checks for crit 1/16
if (m_random.Next(1, 17) == 1)
{
moveDamage *= 2;
}
this.m_powerPoints--;
allyPokemon.m_stats[6] -= (int)moveDamage;
}
}
}
//Defensive
else if (this.m_typeOfMove == MoveType.Defensive)
{
if (attackingPokemon == 0)
{
allyPokemon.m_stats[6] += allyPokemon.m_stats[0] / 10;
if (allyPokemon.m_stats[6] > allyPokemon.m_stats[0])
{
allyPokemon.m_stats[6] = allyPokemon.m_stats[0];
}
}
else if (attackingPokemon == 1)
{
enemyPokemon.m_stats[6] += enemyPokemon.m_stats[0] / 8;
if (enemyPokemon.m_stats[6] > enemyPokemon.m_stats[0])
{
enemyPokemon.m_stats[6] = enemyPokemon.m_stats[0];
}
}
}
}