/// <summary>
/// Raycasts along the given ray and returns the intersection with the flat canvas.
/// Use to convert from world space to flat canvas space.
/// </summary>
/// <param name="ray"></param>
/// <returns>
/// Returns the true if ray hits the CurvedCanvas.
/// Outputs intersection point in flat canvas space.
/// </returns>
public bool RaycastToCanvasSpace(Ray ray, out Vector2 o_positionOnCanvas)
{
CurvedUIRaycaster caster = this.GetComponent <CurvedUIRaycaster>();
o_positionOnCanvas = Vector2.zero;
switch (Shape)
{
case CurvedUISettings.CurvedUIShape.CYLINDER:
{
return(caster.RaycastToCyllinderCanvas(ray, out o_positionOnCanvas, true));
}
case CurvedUISettings.CurvedUIShape.CYLINDER_VERTICAL:
{
return(caster.RaycastToCyllinderVerticalCanvas(ray, out o_positionOnCanvas, true));
}
case CurvedUISettings.CurvedUIShape.RING:
{
return(caster.RaycastToRingCanvas(ray, out o_positionOnCanvas, true));
}
case CurvedUISettings.CurvedUIShape.SPHERE:
{
return(caster.RaycastToSphereCanvas(ray, out o_positionOnCanvas, true));
}
default:
{
return(false);
}
}
}
public bool RaycastToCanvasSpace(Ray ray, out Vector2 o_positionOnCanvas)
{
CurvedUIRaycaster component = base.GetComponent <CurvedUIRaycaster>();
o_positionOnCanvas = Vector2.zero;
switch (this.Shape)
{
case CurvedUIShape.CYLINDER:
return(component.RaycastToCyllinderCanvas(ray, out o_positionOnCanvas, true));
case CurvedUIShape.RING:
return(component.RaycastToRingCanvas(ray, out o_positionOnCanvas, true));
case CurvedUIShape.SPHERE:
return(component.RaycastToSphereCanvas(ray, out o_positionOnCanvas, true));
case CurvedUIShape.CYLINDER_VERTICAL:
return(component.RaycastToCyllinderVerticalCanvas(ray, out o_positionOnCanvas, true));
}
return(false);
}
