private void DoShakeForExplosion(Vector3 explosionPosition, ExplosionSettings explosionConfig)
{
// Do screen shake on main camera
if (ScreenShakeController.s_InstanceExists)
{
ScreenShakeController shaker = ScreenShakeController.s_Instance;
float shakeMagnitude = explosionConfig.shakeMagnitude;
shaker.DoShake(explosionPosition, shakeMagnitude, m_ExplosionScreenShakeDuration, 0.0f, 1.0f);
}
}
private void ExplodeBuilding()
{
isAlive = false;
RpcExplodeBuilding();
// Скриншейк
if (ScreenShakeController.s_InstanceExists)
{
ScreenShakeController shaker = ScreenShakeController.s_Instance;
shaker.DoShake(transform.position, magnitude, duration);
}
}
private void Fire()
{
// Set the fired flag so only Fire is only called once.
m_Fired = true;
//Determine which shell we should fire.
Shell shellToFire = GetShellType().GetComponent <Shell>();
//Determine our firing solution based on our target location and power.
Vector3 fireVector = CalculateFireVector(shellToFire, m_TargetFirePosition, m_FireTransform.position, m_CurrentLaunchForce, m_LaunchAngle);
//Vector3 direction = m_TargetFirePosition - m_FireTransform.position;
//Vector3 fireVector = m_CurrentLaunchForce * direction / direction.magnitude;
// Get a random seed to associate with projectile on all clients.
// This is specifically used for the cluster bomb and any debris spawns, to ensure that their
// random velocities are identical
int randSeed = UnityEngine.Random.Range(int.MinValue, int.MaxValue);
// Immediately fire shell on client - this provides players with the necessary feedback they want
FireVisualClientShell(fireVector, m_FireTransform.position, randSeed);
myAcademy.AddRewardToPlayer(m_PlayerNumber, 1f);
// Reset the launch force. This is a precaution in case of missing button events.
//m_CurrentLaunchAngle = m_MaxLaunchAngle;
m_CurrentLaunchForce = m_MinLaunchForce;
m_ReloadTime = m_RefireRate;
// Small screenshake on client
if (ScreenShakeController.s_InstanceExists)
{
ScreenShakeController shaker = ScreenShakeController.s_Instance;
//float chargeAmount = Mathf.InverseLerp(m_MaxLaunchAngle, m_MinLaunchAngle, m_CurrentLaunchAngle);
float chargeAmount = Mathf.InverseLerp(m_MaxLaunchForce, m_MinLaunchForce, m_CurrentLaunchForce);
float magnitude = Mathf.Lerp(m_ShootShakeMinMagnitude, m_ShootShakeMaxMagnitude, chargeAmount);
// Scale magnitude
shaker.DoShake(m_TargetFirePosition, magnitude, m_ShootShakeDuration);
}
m_RecoilTime = 1;
Vector3 localVector = transform.InverseTransformVector(fireVector);
m_RecoilDirection = new Vector2(-localVector.x, -localVector.z);
}
