public void nextProjectile()
{
bool switched = false;
int iterations = 0;
while (!switched || iterations > levelProjectilesData.Count)
{
if (currentIndex >= projectileTypes.Count)
{
currentIndex = 0;
}
if (levelProjectiles[projectileTypes[currentIndex]] > 0)
{
currentProjectile = projectileTypes[currentIndex];
switched = true;
}
currentIndex++;
iterations++;
print("iteration " + iterations);
if (iterations > 100)
{
break;
}
}
//PlayerMotor.instance.refreshProjectileData(currentProjectile);
if (!switched)
{
GameEvents.instance.failed();
}
PlayerMotor.instance.getCurrentProjectile().GetComponent <ProjectileController>().setProjectileData(currentProjectile);
UiManager.instance.RefreshUi(currentProjectile, levelProjectiles[currentProjectile]);
}
void initializeProjectileDict()
{
for (int i = 0; i < levelProjectilesData.Count; i++)
{
levelProjectiles.Add(levelProjectilesData[i].projectile, levelProjectilesData[i].number);
projectileTypes.Add(levelProjectilesData[i].projectile);
}
currentProjectile = projectileTypes[0];
currentIndex++;
}
public void Initialize(int newTeam, float speed, Vector3 right, SOProjectile projectile, ITargetable newTarget)
{
initialSpeed = speed;
projectileData = projectile;
target = newTarget;
team = newTeam;
accumulatedSpeed = initialSpeed;
gameObject.layer = LayerMask.NameToLayer(team.ToString());
GetComponent <SetMaterialProperties>().SetMaterial(0f, TeamColors.Hues[team], projectileData.sprite);
}
public void setProjectileData(SOProjectile projectile)
{
projectileData = projectile;
GetComponent <SpriteRenderer>().sprite = projectile.projectileArt;
}
public void Initialize(SOProjectile data)
{
projectileData = data;
}
public void refreshProjectileData(SOProjectile projectile)
{
getCurrentProjectile().GetComponent <ProjectileController>().setProjectileData(projectile);
}
public void RefreshUi(SOProjectile projectile, int number)
{
projectileText.text = $"{number} {projectile.projectileName} left";
projectileImage.sprite = projectile.projectileArt;
}
