public void Execute(FindPairsResult result)
{
if (Physics.DistanceBetween(result.bodyA.collider, result.bodyA.transform, result.bodyB.collider, result.bodyB.transform, 0f, out _))
{
dcb.Add(result.entityA, result.jobIndex);
}
}
public void Execute(FindPairsResult result)
{
var bulletFirer = bulletFirerCdfe[result.entityA];
if (bulletFirer.entity == result.entityB)
{
if (((bulletFirer.lastImpactFrame + 2) - frameId) > 0)
{
bulletFirer.lastImpactFrame = frameId;
bulletFirerCdfe[result.entityA] = bulletFirer;
return;
}
}
if (Physics.DistanceBetween(result.bodyA.collider, result.bodyA.transform, result.bodyB.collider, result.bodyB.transform, 0f, out _))
{
var damage = bulletDamageCdfe[result.entityA];
var health = shipHealthCdfe[result.entityB];
health.health -= damage.damage;
shipHealthCdfe[result.entityB] = health;
dcb.Add(result.entityA, result.jobIndex);
}
}
public void Execute(FindPairsResult result)
{
//No need to check narrow phase. AABB check is good enough
safeToSpawnCdfe[result.entityA] = new SafeToSpawn {
safe = false
};
}
public void Execute(FindPairsResult result)
{
if (Physics.DistanceBetween(result.bodyA.collider, result.bodyA.transform, result.bodyB.collider, result.bodyB.transform, 0f, out ColliderDistanceResult _))
{
ecb.DestroyEntity(result.jobIndex, result.bodyA.entity);
ecb.DestroyEntity(result.jobIndex, result.bodyB.entity);
}
}
public void Execute(FindPairsResult result)
{
safeToSpawnCdfe[result.entityA] = new SafeToSpawn {
safe = false
};
safeToSpawnCdfe[result.entityB] = new SafeToSpawn {
safe = false
};
}
public void Execute(FindPairsResult result)
{
if (Physics.DistanceBetween(result.bodyA.collider, result.bodyA.transform, result.bodyB.collider, result.bodyB.transform, 0f, out _))
{
var damage = explosionDamageCdfe[result.entityA];
var health = shipHealthCdfe[result.entityB];
health.health -= damage.damage;
shipHealthCdfe[result.entityB] = health;
}
}
public void Execute(FindPairsResult result)
{
if (Physics.DistanceBetween(result.bodyA.collider, result.bodyA.transform, result.bodyB.collider, result.bodyB.transform, 0f, out _))
{
var damage = bulletDamageCdfe[result.entityA];
var health = shipHealthCdfe[result.entityB];
health.health -= damage.damage;
shipHealthCdfe[result.entityB] = health;
ecb.DestroyEntity(result.jobIndex, result.entityA);
}
}
public void Execute(FindPairsResult result)
{
if (Physics.DistanceBetween(result.bodyA.collider, result.bodyA.transform, result.bodyB.collider, result.bodyB.transform, 0f, out _))
{
var healthA = shipHealthCdfe[result.entityA];
var healthB = shipHealthCdfe[result.entityB];
var damageA = shipDamageCdfe[result.entityA];
var damageB = shipDamageCdfe[result.entityB];
healthA.health -= damageB.damage;
healthB.health -= damageA.damage;
shipHealthCdfe[result.entityA] = healthA;
shipHealthCdfe[result.entityB] = healthB;
}
}
public void Execute(FindPairsResult result)
{
var bulletFirer = bulletFirerCdfe[result.entityA];
if (bulletFirer.entity == result.entityB)
{
if (((bulletFirer.lastImpactFrame + 2) - frameId) > 0)
{
bulletFirer.lastImpactFrame = frameId;
bulletFirerCdfe[result.entityA] = bulletFirer;
return;
}
}
if (Physics.DistanceBetween(result.bodyA.collider, result.bodyA.transform, result.bodyB.collider, result.bodyB.transform, 0f, out var hitData))
{
var damage = bulletDamageCdfe[result.entityA];
var health = shipHealthCdfe[result.entityB];
health.health -= damage.damage;
shipHealthCdfe[result.entityB] = health;
dcb.Add(result.entityA, result.jobIndex);
var hitPrefab = shipHitEffectPrefabCdfe[result.entityB];
if (hitPrefab.hitEffectPrefab != Entity.Null)
{
float3 upDir = math.select(math.up(), math.forward(), math.abs(hitData.normalB.y) == 1f);
var rotation = new Rotation {
Value = quaternion.LookRotationSafe(hitData.normalB, upDir)
};
icb.Add(hitPrefab.hitEffectPrefab, rotation, new Translation {
Value = hitData.hitpointB
}, result.jobIndex);
}
}
}
public void Execute(FindPairsResult result)
{
if (Physics.DistanceBetween(result.bodyA.collider, result.bodyA.transform, result.bodyB.collider, result.bodyB.transform, 0f, out _))
{
var aabb = Physics.CalculateAabb(result.bodyB.collider, RigidTransform.identity);
float forwardOffset = -aabb.min.z * 2; //Distance to butt doubled for safety
var destEntity = destCDFE[result.entityA].wormholeDestination;
SphereCollider destCol = colCDFE[destEntity];
float destRad = destCol.radius;
var destLtw = ltwCDFE[destEntity];
var destInSrcRot = math.mul(math.inverse(result.bodyA.transform.rot), destLtw.Rotation);
//var newRot = math.mul(result.bodyB.transform.rot, destInSrcRot);
var newRot = math.mul(destInSrcRot, result.bodyB.transform.rot);
var newPos = destLtw.Position + math.rotate(destInSrcRot, result.bodyB.transform.pos - result.bodyA.transform.pos);
var wormholeProjectedOffset = math.dot(math.forward(newRot), destLtw.Position - newPos);
newPos += (wormholeProjectedOffset + forwardOffset + destRad) * math.forward(newRot) * 1f;
posCDFE[result.entityB] = new Translation {
Value = newPos
};
rotCDFE[result.entityB] = new Rotation {
Value = newRot
};
//This could cause bullets to phase past ships, but will have to suffice until we have layer-scope spherecasts and the butt is fixed-length.
if (prevPosCDFE.HasComponent(result.entityB))
{
prevPosCDFE[result.entityB] = new BulletPreviousPosition {
previousPosition = newPos
};
}
}
}
