void Update()
{
// In case the object is rendered by any camera we have to update its position.
if (ObjectIsVisible)
{
// Check for material – you could add a check here if Gerstner Waves are enabled
if (WaterMaterial == null)
{
return;
}
if (UpdateWaterMaterialPerFrame)
{
// Update the Gestner Wave settings from the material if needed
LuxWaterUtils.GetGersterWavesDescription(ref Description, WaterMaterial);
}
// Get the offset of the Gerstner displacement. We have to pass:
// - a sample location in world space,
// - the Gestner Wave settings from the material sttored in our Description struct,
// - a time offset (in seconds) which lets us create an effect of the inertia of masses.
Vector3 Offset = LuxWaterUtils.GetGestnerDisplacement(this.transform.position, Description, TimeOffset);
// We assume that the object itself does not move.
var newPos = pos;
newPos.x += Offset.x * Damping.x;
newPos.y += Offset.y * Damping.y;
newPos.z += Offset.z * Damping.z;
trans.position = newPos;
}
}
void Start()
{
trans = this.transform;
pos = trans.position;
// Get the Gestner Wave settings from the material and store them into or Description struct
LuxWaterUtils.GetGersterWavesDescription(ref Description, WaterMaterial);
}
private void LateUpdate()
{
if (!this.ObjectIsVisible && !this.AddCircleAnim || Object.op_Equality((Object)this.WaterMaterial, (Object)null))
{
return;
}
if (this.UpdateWaterMaterialPerFrame)
{
LuxWaterUtils.GetGersterWavesDescription(ref this.Description, this.WaterMaterial);
}
Vector3 WorldPosition = Vector3.op_Subtraction(this.trans.get_position(), this.Offset);
if (this.AddCircleAnim)
{
ref Vector3 local1 = ref WorldPosition;
local1.x = (__Null)(local1.x + (double)Mathf.Sin(Time.get_time() * this.Speed) * (double)Time.get_deltaTime() * (double)this.Radius);
ref Vector3 local2 = ref WorldPosition;
private void Update()
{
if (this.ObjectIsVisible)
{
if (this.WaterMaterial == null)
{
return;
}
if (this.UpdateWaterMaterialPerFrame)
{
LuxWaterUtils.GetGersterWavesDescription(ref this.Description, this.WaterMaterial);
}
Vector3 gestnerDisplacement = LuxWaterUtils.GetGestnerDisplacement(base.transform.position, this.Description, this.TimeOffset);
Vector3 position = this.pos;
position.x += gestnerDisplacement.x * this.Damping.x;
position.y += gestnerDisplacement.y * this.Damping.y;
position.z += gestnerDisplacement.z * this.Damping.z;
this.trans.position = position;
}
}
private void Start()
{
this.trans = base.transform;
this.pos = this.trans.position;
LuxWaterUtils.GetGersterWavesDescription(ref this.Description, this.WaterMaterial);
}
private void Start()
{
this.trans = ((Component)this).get_transform();
LuxWaterUtils.GetGersterWavesDescription(ref this.Description, this.WaterMaterial);
}
void LateUpdate()
{
// In case the object is rendered by any camera we have to update its position.
if (ObjectIsVisible || AddCircleAnim)
{
// Check for material – you could add a check here if Gerstner Waves are enabled
if (WaterMaterial == null)
{
return;
}
if (UpdateWaterMaterialPerFrame)
{
// Update the Gestner Wave settings from the material if needed
LuxWaterUtils.GetGersterWavesDescription(ref Description, WaterMaterial);
}
var pos = trans.position;
// Reset pos by subtracting the last Offset
pos -= Offset;
// Animate the position
if (AddCircleAnim)
{
pos.x += Mathf.Sin(Time.time * Speed) * Time.deltaTime * Radius;
pos.z += Mathf.Cos(Time.time * Speed) * Time.deltaTime * Radius;
}
// Sync assigned Managed Water Projectors (transform)
var count = ManagedWaterProjectors.Length;
if (count > 0)
{
for (int i = 0; i != count; i++)
{
var cpos = ManagedWaterProjectors[i].position;
cpos.x = pos.x;
cpos.z = pos.z;
ManagedWaterProjectors[i].position = cpos;
}
}
// Get the offset of the Gerstner displacement. We have to pass:
// - a sample location in world space,
// - the Gestner Wave settings from the material sttored in our Description struct,
// - a time offset (in seconds) which lets us create an effect of the inertia of masses.
Offset = LuxWaterUtils.GetGestnerDisplacement(pos, Description, TimeOffset);
#if UNITY_EDITOR
var maxd = Offset.magnitude;
if (maxd > MaxDisp)
{
MaxDisp = maxd;
}
#endif
// Calculate the new Offset
Offset.x += Offset.x * Damping.x;
Offset.y += Offset.y * Damping.y;
Offset.z += Offset.z * Damping.z;
trans.position = pos + Offset;
}
}
