public WeaponShot createShot(ItemStack weapon, EntityLivingBase shooter, boolean zoomed) {
WeaponShot shot =
new WeaponShot(
itemRand.nextInt(),
getWeaponScaledDamage(weapon, shooter),
getAccuracy(weapon, shooter, zoomed),
WeaponHelper.getColor(weapon),
getRange(weapon));
shot.setCount(getShotCount(weapon, shooter));
return shot;
}
@Override
public void onPlayerStoppedUsing(
ItemStack weapon, World world, EntityPlayer entityPlayer, int time) {
if (world.isRemote) {
int maxCount = getShotCount(weapon, entityPlayer);
int timeElapsed = (getMaxItemUseDuration(weapon) - time);
int count = Math.max(1, (int) ((1f - (timeElapsed / (float) MAX_CHARGE_TIME)) * maxCount));
float shotPercent = count / (float) getShotCount(weapon, entityPlayer);
ItemRenderPlasmaShotgun.RECOIL_AMOUNT =
15
+ (maxCount - count) * 2
+ getAccuracy(weapon, entityPlayer, isWeaponZoomed(entityPlayer, weapon)) * 2;
ItemRenderPlasmaShotgun.RECOIL_TIME = 1 + (maxCount - count) * 0.03f;
Minecraft.getMinecraft().renderViewEntity.hurtTime = 15 + (maxCount - count);
Minecraft.getMinecraft().renderViewEntity.maxHurtTime = 30 + (maxCount - count);
Vec3 dir = entityPlayer.getLook(1);
Vec3 pos = getFirePosition(entityPlayer, dir, Mouse.isButtonDown(1));
WeaponShot shot = createShot(weapon, entityPlayer, Mouse.isButtonDown(1));
shot.setCount(count);
shot.setAccuracy(shot.getAccuracy() * shotPercent);
shot.setRange(shot.getRange() + (int) (shot.getRange() * (1 - shotPercent)));
onClientShot(weapon, entityPlayer, pos, dir, shot);
MatterOverdrive.packetPipeline.sendToServer(
new PacketFirePlasmaShot(entityPlayer.getEntityId(), pos, dir, shot));
addShootDelay(weapon);
stopChargingSound();
entityPlayer.clearItemInUse();
}
}
public PlasmaBolt[] spawnProjectile(
ItemStack weapon, EntityLivingBase shooter, Vec3 position, Vec3 dir, WeaponShot shot) {
// PlasmaBolt fire = new PlasmaBolt(entityPlayer.worldObj, entityPlayer,position,dir,
// getWeaponScaledDamage(weapon), 2, getAccuracy(weapon, zoomed), getRange(weapon),
// WeaponHelper.getColor(weapon).getColor(), zoomed,seed);
PlasmaBolt[] bolts = new PlasmaBolt[shot.getCount()];
for (int i = 0; i < shot.getCount(); i++) {
WeaponShot newShot = new WeaponShot(shot);
newShot.setSeed(shot.getSeed() + i);
newShot.setDamage(shot.getDamage() / shot.getCount());
bolts[i] =
new PlasmaBolt(
shooter.worldObj, shooter, position, dir, newShot, getShotSpeed(weapon, shooter));
bolts[i].setWeapon(weapon);
bolts[i].setRenderSize((getShotCount(weapon, shooter) / shot.getCount()) * 0.5f);
bolts[i].setFireDamageMultiply(WeaponHelper.modifyStat(Reference.WS_FIRE_DAMAGE, weapon, 0));
bolts[i].setKnockBack(0.5f);
shooter.worldObj.spawnEntityInWorld(bolts[i]);
}
return bolts;
}
@Override
public boolean onServerFire(
ItemStack weapon,
EntityLivingBase shooter,
WeaponShot shot,
Vec3 position,
Vec3 dir,
int delay) {
DrainEnergy(weapon, getShootCooldown(weapon), false);
int heatAdd = (getShotCount(weapon, shooter) - shot.getCount()) * 2;
float newHeat = (getHeat(weapon) + heatAdd + 6) * 4.2f;
setHeat(weapon, Math.max(newHeat, 0));
manageOverheat(weapon, shooter.worldObj, shooter);
PlasmaBolt[] fires = spawnProjectile(weapon, shooter, position, dir, shot);
for (PlasmaBolt bolt : fires) {
bolt.simulateDelay(delay);
}
return true;
}