protected override void DoUpdate(double elapsed)
{
var motionInterval = 18.0 / Neko.Speed;
if (motionInterval <= TotalElapsed)
{
if (Neko.GetCollisionRect().Contains(Neko.TrackingTargetPos.Value))
{
_context.SetState(_context.DefaultState);
return;
}
var angle = MathUtil.RadianToDegree(Math.Atan2(-(Neko.TrackingTargetPos.Value.Y - Neko.Pos.Y), Neko.TrackingTargetPos.Value.X - Neko.Pos.X));
angle = (angle + 360) % 360;
var no = (int)((angle + 22.5) % 360 / 45.0);
Neko.SetImage($"move{no}_{_motion}.png");
_motion = (_motion + 1) % 2;
// 移動
Neko.SetPos(
new Point(
Neko.Pos.X + Math.Cos(MathUtil.DegreeToRadian(angle)) * TotalElapsed * Neko.Speed,
Neko.Pos.Y - Math.Sin(MathUtil.DegreeToRadian(angle)) * TotalElapsed * Neko.Speed));
TotalElapsed -= motionInterval;
}
}
protected override void DoUpdate(double elapsed)
{
const double MotionInterval = 0.5;
if (MotionInterval <= TotalElapsed)
{
_motion = (_motion + 1) % 2;
Neko.SetImage($"sleep_{_motion}.png");
TotalElapsed -= MotionInterval;
}
}
protected override void DoUpdate(double elapsed)
{
const double MotionInterval = 0.12;
if (MotionInterval <= TotalElapsed)
{
Neko.SetImage($"foot_{_motion}.png");
_motion = (_motion + 1) % 2;
TotalElapsed -= MotionInterval;
_count++;
}
if (12 < _count)
{
_context.SetState(_context.DefaultState);
}
}
protected override void DoReset()
{
Neko.SetImage("aware.png");
}
protected override void DoReset()
{
_changeInterval = MathUtil.Rand(1, 4);
Neko.SetImage("default.png");
}
protected override void DoReset()
{
Neko.SetImage("sleep_0.png");
}
protected override void DoReset()
{
Neko.SetImage("yawn.png");
}
protected override void DoReset()
{
Neko.SetImage("default.png");
}
