public void Update()
{
if (projectiles.Count <= 0) // If nobodys shooting, dont bother getting/setting particles
{
return;
}
numAlive = pS.GetParticles(particles);
for (int i = 0; i < projectiles.Count; i++)
{
Projectile proj = projectiles[i];
// TODO: Also do positional hit detection for situations where a projectile slips into a unit without raycast hitting the outer shell (ie rotation)
// Raycast according to movement path
RaycastHit hit;
if (Physics.Raycast(proj.position, proj.direction, out hit, proj.GetSpeed() * Time.deltaTime, mask))
{
int projTeam = proj.GetFrom().Team;
Unit unit = null;
bool hitSelf = false;
if (hit.collider.transform.parent) // Is this a unit?
{
unit = hit.collider.transform.parent.GetComponent <Unit>();
if (unit) // Is this a unit?
{
if (unit != proj.GetFrom()) // If we hit a unit and its not us, damage it
{
Status status = proj.GetStatus();
if (status != null)
{
if (status.statusType == StatusType.SuperlaserMark)
{
status.SetTimeLeft(proj.GetDamage() < gameRules.ABLY_superlaserDmgByStacks[1] ? proj.GetDamage() * SL_turretMult : proj.GetDamage() * SL_superlaserMult); // Store damage in timeLeft field of status
}
unit.AddStatus(status);
}
// If we hit an ally, do reduced damage because it was an accidental hit
bool doFullDamage = DamageUtils.IgnoresFriendlyFire(proj.GetDamageType()) || unit.Team != projTeam;
DamageResult result = unit.Damage(doFullDamage ? proj.GetDamage() : proj.GetDamage() * gameRules.DMG_ffDamageMult, proj.CalcRange(), proj.GetDamageType());
if (result.lastHit && proj.GetFrom())
{
proj.GetFrom().AddKill(unit);
}
}
else
{
// Ignore this collision
hitSelf = true;
}
}
}
// Don't do anything if we are passing through the unit that fired us
if (!hitSelf)
{
proj.position = hit.point - proj.direction * gameRules.PRJ_hitOffset; // Move to contact point
particles[i].position = proj.position;
particles[i].remainingLifetime = 0; // Destroy particle
toDelete.Add(proj); // Destroy projectile
Vector3 direction = ((-proj.direction + hit.normal) / 2).normalized;
if (unit)
{
if (unit.GetShields().x > 0) // Shielded
{
vfx.SpawnEffect(VFXType.Hit_Absorbed, proj.position, direction, projTeam);
}
else // Normal hit
{
vfx.SpawnEffect(VFXType.Hit_Normal, proj.position, direction, projTeam);
}
}
else // Terrain
{
vfx.SpawnEffect(VFXType.Hit_Normal, proj.position, direction, projTeam);
}
continue;
}
} //if Raycast
proj.UpdateTimeAlive(Time.deltaTime);
if (proj.GetTimeAlive() > gameRules.PRJ_maxTimeAlive)
{
particles[i].remainingLifetime = 0; // Destroy particle
toDelete.Add(proj); // Destroy projectile
}
proj.position += proj.direction * proj.GetSpeed() * Time.deltaTime; // Update projectile position
particles[i].position = proj.position; // Sync particle with projectile
particles[i].velocity = proj.direction;
//Debug.DrawRay(proj.position, proj.direction, Color.red);
} //for
for (int i = 0; i < toDelete.Count; i++)
{
//Instantiate(test, toDelete[i].position, Quaternion.identity);
projectiles.Remove(toDelete[i]);
}
toDelete.Clear();
//newProjectilesThisFrame = 0;
pS.SetParticles(particles, numAlive);
} //Update()
// Called immediately after a hitscan is spawned
float Raycast(Hitscan scan)
{
// Raycast according to start position, direction, and range
RaycastHit hit;
if (Physics.Raycast(scan.startPosition, scan.direction, out hit, scan.GetRange(), mask))
{
int scanTeam = scan.GetFrom().Team;
Unit unit = null;
bool hitSelf = false;
if (hit.collider.transform.parent) // Is this a unit?
{
unit = hit.collider.transform.parent.GetComponent <Unit>();
if (unit) // Is this a unit?
{
if (unit != scan.GetFrom()) // If we hit a unit and its not us, damage it
{
Status status = scan.GetStatus();
if (status != null)
{
if (status.statusType == StatusType.SuperlaserMark)
{
status.SetTimeLeft(scan.GetDamage() < gameRules.ABLY_superlaserDmgByStacks[1] ? scan.GetDamage() * SL_turretMult : scan.GetDamage() * SL_superlaserMult); // Store damage in timeLeft field of status
}
unit.AddStatus(status);
}
float actualRange = (hit.point - scan.startPosition).magnitude;
// If we hit an ally, do reduced damage because it was an accidental hit
bool doFullDamage = DamageUtils.IgnoresFriendlyFire(scan.GetDamageType()) || unit.Team != scanTeam;
DamageResult result = unit.Damage(doFullDamage ? scan.GetDamage() : scan.GetDamage() * gameRules.DMG_ffDamageMult, actualRange, scan.GetDamageType());
if (result.lastHit && scan.GetFrom())
{
scan.GetFrom().AddKill(unit);
}
}
else
{
// Ignore this collision
hitSelf = true; // TODO: Adapt friendly fire code for raycasting here
}
}
}
Vector3 endPosition = (hit.point - scan.direction * gameRules.PRJ_hitOffset);
// Don't do anything if we are passing through the unit that fired us
if (!hitSelf)
{
if (unit)
{
if (unit.GetShields().x > 0) // Shielded
{
vfx.SpawnEffect(VFXType.Hit_Absorbed, endPosition, -scan.direction, scanTeam);
}
else // Normal hit
{
vfx.SpawnEffect(VFXType.Hit_Normal, endPosition, -scan.direction, scanTeam);
}
}
else // Terrain
{
vfx.SpawnEffect(VFXType.Hit_Normal, endPosition, -scan.direction, scanTeam);
}
return((scan.startPosition - endPosition).magnitude); // Return actual length of hitscan
}
} //if Raycast
return(scan.GetRange());
}