/// <summary>
/// Spawns the addition meteors
///
/// </summary>
/// <param name="Lmeteor">Meteor List</param>
/// <param name="oldMeteor">Meteor object</param>
public void SpawnMeteors(Meteor oldMeteor, int potShotPenalty)
{
for (int i = Settings.meteorPotshotPenalty ? -(Settings.meteorMinSpawns) : 0;
i < (Settings.meteorPotshotPenalty ? potShotPenalty : Settings.meteorSpawnNumber); i++)
{
if (!Settings.useFancyCollisions)
newSizeSubtractor = 200 - Utilities.getRand10() * 10;
newMeteors.Add(new Meteor(oldMeteor.Position.X, oldMeteor.Position.Y,
oldMeteor.Velocity.X + (Utilities.getRandBase(Settings.meteorSpawnSpeed) - Settings.meteorSpawnSpeed / 2) * (potShotPenalty + 1) / 10.0F,
oldMeteor.Velocity.Y + (Utilities.getRandBase(Settings.meteorSpawnSpeed) - Settings.meteorSpawnSpeed / 2) * (potShotPenalty + 1) / 10.0F,
Settings.useFancyCollisions ? oldMeteor.biggerDimension * (Utilities.getRandBase(Settings.meteorDimUpperLim) + Settings.meteorDimLowerLim) / Settings.meteorDimRandDivisor : Math.Abs(oldMeteor.Dimensions.X - newSizeSubtractor) + 30,
Settings.useFancyCollisions ? oldMeteor.biggerDimension * (Utilities.getRandBase(Settings.meteorDimUpperLim) + Settings.meteorDimLowerLim) / Settings.meteorDimRandDivisor : Math.Abs(oldMeteor.Dimensions.X - newSizeSubtractor) + 30,
oldMeteor.ImgPath));
}
}
/// <summary>
/// Handles the collision of a bullet and a meteor (meteor spawning called from here)
/// </summary>
/// <param name="m">The Meteor</param>
/// <param name="b">The Weapon</param>
private void bulletHitMeteor(Meteor m, Weapon b)
{
if (Settings.debug && Settings.useFancyCollisions)
{
m.isCollidedFoReal = true;
b.isCollidedFoReal = true;
}
m.IsDying = true;
b.IsActive = false;
DestroyedMeteors.Add(m);
UsedBullets.Add(b);
MainGame.score += Settings.meteorScoreBase / (int)m.biggerDimension;
MainGame.extraLivesCounter += Settings.meteorScoreBase / (int)m.biggerDimension;
if (MainGame.extraLivesCounter > Settings.scoreToNextLife)
{
MainGame.extraLivesCounter = 0;
MainGame.lives++;
MainGame.extraLifeAdded = true;
}
if (m.biggerDimension > Settings.meteorMinSize)
{
Meteor TmpMeteor = m;
int potShotPenalty;
if (Settings.meteorPotshotPenalty && m.Dimensions.X > Settings.meteorMinSize)
{
potShotPenalty = (int)(Math.Abs(b.Velocity.getDirection() - b.Position.getDirectionTo(m.Position)) * Settings.meteorPotShotPenaltyMult);
if (potShotPenalty > Settings.meteorMaxExtraSpawns)
{
potShotPenalty = Settings.meteorMaxExtraSpawns;
}
//Threads.MeteorSpawningTasks.Add(Task.Run(() => meteorSpawner.SpawnMeteors(TmpMeteor, potShotPenalty)));
meteorSpawner.SpawnMeteors(TmpMeteor, potShotPenalty);
}
else
{
meteorSpawner.SpawnMeteors(TmpMeteor, 0);
}
//Threads.MeteorSpawningTasks.Add(Task.Run(() => meteorSpawner.SpawnMeteors(TmpMeteor, 0)));
}
}
/// <summary>
/// This was going to be a cool method for having meteors split down the middle where the player shoots
/// them, breaking into two semi-circular pieces instead of many smaller round meteors. It is doable - I
/// just didn't have time. The drawImage method has overloads that allow you to just draw a portion of an image,
/// and my fancyCollisions SAT algorithm would allow for non-ellipsoid meteors, too. It was going to be awesome.
/// </summary>
/// <param name="meteor">the old meteor</param>
/// <param name="bullet">the bullet that hit it</param>
/// <param name="potShotPenalty">the inaccuracy penalty</param>
public void SplitMeteor(Meteor meteor, Weapon bullet, int potShotPenalty) // Not yet implemented
{
float splitLineAngle = bullet.Position.getDirectionTo(meteor.Position);
}