private void NukePlatforms()
{
if (AttackTimer == 1)
{
List <Vector2> possibleLocations = new List <Vector2>(crystalLocations);
possibleLocations.ForEach(n => n += new Vector2(0, -32));
for (int k = 0; k < crystals.Count; k++)
{
NPC crystalNpc = crystals[k];
VitricBossCrystal crystal = crystalNpc.modNPC as VitricBossCrystal;
crystal.StartPos = crystalNpc.Center;
Vector2 target = possibleLocations.OrderBy(n => Vector2.Distance(crystalNpc.Center, n)).ToList()[0]; //sort the remaining possible unique platforms by distance, this ensures crystals go to theirn earest unique platform
crystal.TargetPos = target;
possibleLocations.Remove(target);
crystalNpc.ai[1] = 0; //reset the crystal's timers
crystalNpc.ai[2] = 1; //set them into this attack's mode
}
}
if (AttackTimer == 180)
{
crystals.FirstOrDefault(n => n.ai[0] == 2).ai[0] = 0;
}
if (AttackTimer >= 720)
{
ResetAttack();
}
}
private void CrystalCage()
{
if (AttackTimer % 110 == 0 && AttackTimer != 0 && AttackTimer < 800) //the sand cones the boss fires
{
RandomizeTarget();
int index = Projectile.NewProjectile(npc.Center, Vector2.Zero, ProjectileType <SandCone>(), 1, 0); //spawn a sand cone attack
Main.projectile[index].rotation = (npc.Center - Main.player[npc.target].Center).ToRotation() + Main.rand.NextFloat(-0.5f, 0.5f);
}
for (int k = 0; k < 4; k++) //each crystal
{
NPC crystal = crystals[k];
VitricBossCrystal crystalModNPC = crystal.modNPC as VitricBossCrystal;
if (AttackTimer == 1) //set the crystal's home position to where they are
{
crystalModNPC.StartPos = crystal.Center;
favoriteCrystal = Main.rand.Next(4); //randomize which crystal will have the opening
}
if (AttackTimer > 1 && AttackTimer <= 60) //suck the crystals in
{
crystal.Center = npc.Center + (Vector2.SmoothStep(crystalModNPC.StartPos, npc.Center, AttackTimer / 60) - npc.Center).RotatedBy(AttackTimer / 60f * 3.14f);
}
if (AttackTimer == 61) //Set the crystal's new endpoints. !! actual endpoints are offset by pi !!
{
crystalModNPC.StartPos = crystal.Center;
crystalModNPC.TargetPos = npc.Center + new Vector2(0, -800).RotatedBy(1.57f * k);
crystal.ai[2] = 2; //set them into this mode to get the rotational effect
}
if (AttackTimer >= 120 && AttackTimer < 360) //spiral outwards slowly
{
crystal.Center = npc.Center + (Vector2.SmoothStep(crystalModNPC.StartPos, crystalModNPC.TargetPos, (AttackTimer - 120) / 240) - npc.Center).RotatedBy((AttackTimer - 120) / 240 * 3.14f);
}
if (AttackTimer >= 360 && AttackTimer < 840) //come back in
{
crystal.Center = npc.Center + (Vector2.SmoothStep(crystalModNPC.TargetPos, crystalModNPC.StartPos, (AttackTimer - 360) / 480) - npc.Center).RotatedBy(-(AttackTimer - 360) / 480 * 4.72f);
//the chosen "favorite" or master crystal is the one where our opening should be
if (k != favoriteCrystal)
{
for (int i = 0; i < 8; i++)
{
Dust d = Dust.NewDustPerfect(npc.Center + (crystal.Center - npc.Center).RotatedBy(Main.rand.NextFloat(1.57f)), DustType <Dusts.BlueStamina>(), Vector2.Zero, 0, default, 2);
private void NukePlatforms()
{
if (AttackTimer == 1)
{
List <Vector2> possibleLocations = new List <Vector2>(crystalLocations);
possibleLocations.ForEach(n => n += new Vector2(0, -32));
for (int k = 0; k < crystals.Count; k++)
{
NPC crystalNpc = crystals[k];
VitricBossCrystal crystal = crystalNpc.modNPC as VitricBossCrystal;
crystal.StartPos = crystalNpc.Center;
Vector2 target = possibleLocations.OrderBy(n => Vector2.Distance(crystalNpc.Center, n)).ToList()[0]; //sort the remaining possible unique platforms by distance, this ensures crystals go to theirn earest unique platform
crystal.TargetPos = target;
possibleLocations.Remove(target);
crystalNpc.ai[1] = 0; //reset the crystal's timers
crystalNpc.ai[2] = 1; //set them into this attack's mode
}
}
if (AttackTimer == 180)
{
crystals.FirstOrDefault(n => n.ai[0] == 2).ai[0] = 0;
}
if (AttackTimer > 180 && AttackTimer % 15 == 0)
{
Vector2 pos = crystalLocations[Main.rand.Next(crystalLocations.Count)] + new Vector2(0, -20);
Projectile.NewProjectile(pos + new Vector2(Main.rand.Next(-100, 60), 64), Vector2.Zero, ProjectileType <BossSpikeSmall>(), 5, 0);
}
if (AttackTimer >= 720)
{
ResetAttack();
}
}
