void UpdateFeedback(bool updateAll = false)
{
if (targetActor == null)
{
SetActor(null);
return;
}
bool updateCurrentPosition = false;
bool updateResetPosition = false;
if (currentPosition != targetActor.transform.position)
{
updateCurrentPosition = true;
}
if (resetPosition != targetActor.GetSpawnPosition())
{
updateResetPosition = true;
}
if (!updateAll && !updateResetPosition && !updateCurrentPosition)
{
return;
}
Bounds bounds = targetActor.ComputeWorldRenderBounds();
Vector3 bottomCenter = bounds.center - Vector3.up * bounds.extents.y;
Vector3 bottomDelta = bottomCenter - targetActor.transform.position;
if (updateCurrentPosition || updateAll)
{
currentPosition = targetActor.transform.position;
Vector3 currentPositionWithBoundsOffset = currentPosition + bottomDelta;
if (currentPositionWithBoundsOffset.y < .01f)
{
currentPositionWithBoundsOffset.y = .01f;
}
currentPositionTransform.position = currentPositionWithBoundsOffset;
}
if (updateResetPosition || updateAll)
{
resetPosition = targetActor.GetSpawnPosition();
Vector3 resetPositionWithBoundsOffset = currentPosition + bottomDelta;
if (resetPositionWithBoundsOffset.y < .01f)
{
resetPositionWithBoundsOffset.y = .01f;
}
resetPositionTransform.position = resetPositionWithBoundsOffset;
}
Vector3 circleDelta = (currentPositionTransform.position - resetPositionTransform.position).normalized * CIRCLE_RADIUS;
connectingLine.SetPosition(0, currentPositionTransform.position - circleDelta);
connectingLine.SetPosition(1, resetPositionTransform.position + circleDelta);
}
public UndoState(VoosActor actor)
{
position = actor.GetPosition();
rotation = actor.GetRotation();
spawnPosition = actor.GetSpawnPosition();
spawnRotation = actor.GetSpawnRotation();
}
void SetActorSpawnPosition(VoosActor actor, Vector3 newPosition, bool setParent = false, string spawnParent = null)
{
Vector3 currPosition = actor.GetSpawnPosition();
Quaternion currRotation = actor.GetSpawnRotation();
string currParent = actor.GetSpawnTransformParent();
undoStack.PushUndoForActor(
actor,
$"Set actor spawn position",
(undoActor) =>
{
undoActor.SetSpawnPosition(newPosition);
undoActor.SetSpawnRotation(currRotation);
if (setParent)
{
VoosActor setSpawnParent = undoActor.GetEngine().GetActor(spawnParent);
undoActor.SetSpawnTransformParent(setSpawnParent?.GetName());
}
},
(undoActor) =>
{
undoActor.SetSpawnPosition(currPosition);
undoActor.SetSpawnRotation(currRotation);
if (setParent)
{
VoosActor setSpawnParent = undoActor.GetEngine().GetActor(currParent);
undoActor.SetSpawnTransformParent(setSpawnParent?.GetName());
}
}
);
}
public UndoState(VoosActor actor)
{
position = actor.GetPosition();
rotation = actor.GetRotation();
spawnPosition = actor.GetSpawnPosition();
spawnRotation = actor.GetSpawnRotation();
enablePhysics = actor.GetEnablePhysics();
}
private void ActorUpdate(VoosActor actor)
{
assetUI.header.text = $"{actor.GetDisplayName()} : Move";
UpdateVec3Input(actor.GetPosition(), assetUI.currentInputs);
UpdateVec3Input(actor.GetSpawnPosition(), assetUI.spawnInputs);
UpdateVec3Input(actor.GetRenderableOffset(), assetUI.offsetInputs);
VoosActor parent = actor.GetEngine().GetActor(actor.GetTransformParent());
assetUI.currentParentButtonText.text = parent != null?parent.GetDisplayName() : "<none>";
VoosActor spawnParent = actor.GetEngine().GetActor(actor.GetSpawnTransformParent());
assetUI.restartParentButtonText.text = spawnParent != null?spawnParent.GetDisplayName() : "<none>";
}
void SetActorSpawnRotation(VoosActor actor, Vector3 vec)
{
Quaternion newRotation = Quaternion.Euler(vec);
Vector3 currPosition = actor.GetSpawnPosition();
Quaternion currRotation = actor.GetSpawnRotation();
undoStack.PushUndoForActor(
actor,
$"Set actor spawn rotation",
(undoActor) =>
{
undoActor.SetSpawnPosition(currPosition);
undoActor.SetSpawnRotation(newRotation);
},
(undoActor) =>
{
undoActor.SetSpawnPosition(currPosition);
undoActor.SetSpawnRotation(currRotation);
}
);
}
