public IEnumerator Process(LanotaliumContext context)
{
if (!context.IsProjectLoaded)
{
yield break;
}
var request = new Request <AskForLinear>();
yield return(context.UserRequest.Request(request, "Linear Motion Creation"));
if (!request.Succeed)
{
yield break;
}
var result = request.Object;
var polar = CoordMath.ToPolar(new Vector2(result.X, result.Y));
//8 cir 11 linear
//0 deg 1 radius
var camera = new LanotaCameraXZ()
{
Time = context.TunerManager.ChartTime,
Type = 11,
ctp = polar.y,
ctp1 = polar.x
};
context.OperationManager.AddHorizontal(camera);
yield return(null);
}
public IEnumerator Process(LanotaliumContext context)
{
if (!context.IsProjectLoaded)
{
yield break;
}
var request = new Request <AskForCircular>();
yield return(context.UserRequest.Request(request, "Circular Motion Creation"));
if (!request.Succeed)
{
yield break;
}
var result = request.Object;
var newPolar = CoordMath.ToPolar(new Vector2(result.X, result.Y));
var camManager = context.TunerManager.CameraManager;
var currentPolar = new Vector2(camManager.CurrentRou, camManager.CurrentTheta);
var deltaPolar = Vector2.zero;
//invert roh
if (currentPolar.x < 0.0f)
{
currentPolar.x *= -1.0f;
currentPolar.y = (currentPolar.y + 180.0f) % 360.0f;
}
deltaPolar.x = newPolar.x - currentPolar.x;
deltaPolar.y = newPolar.y - currentPolar.y;
//theta is negative (clockwise)
//and it's anti-clockwise
if (deltaPolar.y < 0.0f && !result.Clockwise)
{
deltaPolar.y = 360.0f + deltaPolar.y;
}
//theta is positive (anti-clockwise)
//and it's clockwise
else if (deltaPolar.y >= 0.0f && result.Clockwise)
{
deltaPolar.y = -(360.0f - deltaPolar.y);
}
//add revolution
if (result.Revolution > 0)
{
if (result.Clockwise)
{
deltaPolar.y -= 360.0f * result.Revolution;
}
else
{
deltaPolar.y += 360.0f * result.Revolution;
}
}
//8 cir 11 linear
//0 deg 1 radius
var camera = new LanotaCameraXZ()
{
Time = context.TunerManager.ChartTime,
Type = 8,
ctp = deltaPolar.y,
ctp1 = deltaPolar.x
};
context.OperationManager.AddHorizontal(camera);
yield return(null);
}