/// <summary>
/// Gets a random GameObject from the suit (which has a HapticLocation) that is within the set of potential areas.
/// You can request 'AreaFlag.Right_All' to get any random right area.
/// </summary>
/// <param name="setOfPotentialAreas">Please </param>
/// <returns>A game object within the random set. Can be null if you ask for AreaFlag.None or for spots that aren't on your configured body.</returns>
public GameObject GetRandomLocationWithinSet(AreaFlag setOfPotentialAreas)
{
//TODO: Refactor this
//Give me a random area flag within the set of area flag.
//Apply filter to that set.
//Then get the index of that area.
var limitedAreas = DefinedAreas.Where(x => setOfPotentialAreas.HasFlag(x));
int index = Random.Range(0, limitedAreas.Count());
if (limitedAreas.Count() > 0)
{
int sceneReferenceIndex = DefinedAreas.IndexOf(limitedAreas.ElementAt(index));
//Debug.Log("Rand Loc: " + index + " of " + limitedAreas.Count() + " " + limitedAreas.ElementAt(index).ToString() + " " + DefinedAreas.IndexOf(limitedAreas.ElementAt(index)) + "\n" + SceneReferences[sceneReferenceIndex].name);
//This is not possible.
//if (index > regions.Count)
//{
//}
//else
if (SceneReferences[sceneReferenceIndex] == null)
{
Debug.LogError("Attempted to get Random Location inside HardlightSuit's SuitDefinition.\n\tNo locations should be null. Check to make sure the fields in the Body Mimic prefab were assigned.");
}
else
{
return(SceneReferences[sceneReferenceIndex].Representation);
}
}
return(null);
}
private void TestAreaFlagExtensions()
{
//This section digs into some of the AreaFlagExtension methods.
string Report = "[AreaFlag Tests]\n" + "\t[Number of Areas/Single Area Tests]\n\n";
AreaFlag flag = AreaFlag.Mid_Ab_Left;
Report += "How many flags in Mid Ab Left [1]:" + flag.NumberOfAreas() + " - is single area? [T] " + flag.IsSingleArea() + "\n";
flag = AreaFlag.Back_Both;
Report += "How many flags in Mid Ab Left [2]: " + flag.NumberOfAreas() + " - is single area? [F] " + flag.IsSingleArea() + "\n";
flag = (AreaFlag.All_Areas).RemoveArea(AreaFlag.Back_Both);
Report += "How many flags in All but Back Both [14]: " + flag.NumberOfAreas() + " - is single area? [T] " + flag.IsSingleArea() + "\n";
flag = AreaFlag.Right_All;
Report += "How many flags in Right All [8]: " + flag.NumberOfAreas() + " - is single area? [T] " + flag.IsSingleArea() + "\n\n";
flag = AreaFlag.All_Areas;
Report += "AreaFlag HasFlag Tests:\nDoes All_Areas contain Lower Left Ab? (T): " + flag.HasFlag(AreaFlag.Lower_Ab_Left) +
"\nDoes All_Areas contain Right_All? (T): " + flag.HasFlag(AreaFlag.Right_All) +
"\nDoes Right_All contain Back_Both? (F): " + AreaFlag.Right_All.HasFlag(AreaFlag.Back_Both) + "\n";
Debug.Log(Report);
}
/// <summary>
/// Breaks a multiple AreaFlag into a list of Single AreaFlags
/// Ex: Multi Area Flag = AreaFlag.Forearm_Left|AreaFlag.Forearm_Right
/// Return: {AreaFlag.Forearm_Left, AreaFlag.Forearm_Right
/// </summary>
/// <param name="baseFlag">The flag to be evaluated.</param>
/// <returns>Retusn an array of single AreaFlags. Will not include None, Boths or All AreaFlag values.</returns>
public static AreaFlag[] ToArray(this AreaFlag baseFlag)
{
AreaFlag[] values = baseFlag.AllSingleAreasInEnum();
List <AreaFlag> has = new List <AreaFlag>();
for (int i = 0; i < values.Length; i++)
{
if (baseFlag.HasFlag(values[i]))
{
has.Add(values[i]);
}
}
//
//if (has.Count < 1)
//{
// has.Add(AreaFlag.None);
//}
return(has.ToArray());
}
