public void Update(Time deltaTime, bool useMouse = true)
{
if (Dice.Count <= 0)
{
return;
}
switch (State)
{
case RollState.Preparing:
if (_cupShakeCooldown > 0)
{
_cupShakeCooldown -= deltaTime.DeltaF; return;
}
var shakeSpeed = _shakeRotSpeed + (_shaking ? (_lastShakeMomentum.Length + 1) : 0);
foreach (var r in Rolling)
{
r.Transform.Orientation = r.Transform.Orientation.Rotated(shakeSpeed * deltaTime.DeltaF, _shakeRotAxis * vec3.UnitY);
}
_shakeRotAxis = _shakeRotAxis.Rotated(shakeSpeed / 3 * deltaTime.DeltaF, vec3.UnitZ);
if (!_shaking)
{
return;
}
var v2 = (Program.InputManager.MousePosition - _shakeCenter) / _maxShakeDist;
var signs = new vec2(Math.Sign(v2.x), Math.Sign(v2.y));
v2 = signs * v2;
v2 = _maxShakeMove * new vec2(signs.x * _shakeCurve[v2.x <= 1 ? v2.x : 1], signs.y * _shakeCurve[v2.y <= 1 ? v2.y : 1]);
_currentCupPos = CupPos + new vec3(v2.x, 0, v2.y);
v2 = new vec2(Program.InputManager.MousePosition - _lastShakePos) * _shakeScale;
_lastShakeMomentum = new vec3(v2.x, 0, v2.y) / deltaTime.DeltaF;
_lastShakePos = Program.InputManager.MousePosition;
foreach (var d in Rolling)
{
d.Transform.Translation = _currentCupPos + _cupOffset[d];
}
break;
case RollState.Rolling:
if (!Rolling.Exists(d => !d.RigidBody.Sleeping))
{
MoveDiceToCamera();
State = RollState.Scoring;
if (Rolling.Count == Dice.Count || RerollsLeft <= 0)
{
Rolling.Clear(); UpdateOutliners();
}
OnRolled?.Invoke(Rolled);
}
break;
case RollState.Scoring:
if (useMouse)
{
UpdateOutliners();
}
break;
}
}
public void Rotate(float angle, vec3 axis) => Orientation = Orientation.Rotated(angle, axis);