void Awake()
{
//basic singleton stuff-- make sure there's only one instance, and it's this one!
if (Instance == null)
{
Instance = this; //there is no PlayerManager-- so this can be it
DontDestroyOnLoad(gameObject); //pls don't destroy thanks
index = 0;
AvailableColors = new List <ColorIDs.Colors>();
AvailableColors.Add(ColorIDs.Colors.NONE);
CurrentColor = AvailableColors[index];
//for testing color switching: give us all colors
if (giveDebugColors)
{
AddColor(ColorIDs.Colors.Green);
AddColor(ColorIDs.Colors.Blue);
AddColor(ColorIDs.Colors.Red);
}
}
else
{
Destroy(gameObject); //ok there's already a PlayerManager. so die
}
//on Awake, find the player
player = GameObject.FindWithTag("Player");
//The following block is for loading a scene's data when restarting it
//we have a LoadSceneData and its scene number is the same as our scene
if (lsd != null && lsd.sceneName == LevelManager.CurrentSceneName)
{
//so we must be reloading this scene-- let's set all this data back
//to where it was when we started this scene!
CurrentColor = lsd.saved_CurrentColor;
AvailableColors.Clear();
foreach (ColorIDs.Colors c in lsd.saved_AvailableColors)
{
AvailableColors.Add(c);
}
index = lsd.saved_index;
player.SetActive(false);
UpdatePlayerPos();
player.SetActive(true);
}
else
{
//ok either we have no LoadSceneData or its sceneName is different
//from our last one-- save current info as our new LoadSceneData
SaveCurrentInfoAsLSD();
}
//a quick note on the else block: we could add an UpdateData() function to the
//LoadSceneData class if so desired (would maybe save some space)
}
//adds the color specified, switches to it, special case for first color added
public static void AddColor(ColorIDs.Colors c)
{
if (!AvailableColors.Contains(c))
{
AvailableColors.Add(c);
SwitchColor();
}
if (AvailableColors.Contains(ColorIDs.Colors.NONE))
{
//special case: for the first color added, remove NONE from the available colors
//list and force the index back down to the first element (which is now our color)
AvailableColors.Remove(ColorIDs.Colors.NONE);
index = 0;
}
}
private void SetNormalisationChoices()
{
var dcs = new DicomColors();
var fields = typeof(DicomColors).GetFields();
foreach (var field in fields)
{
AvailableColors.Add((DicomColor)field.GetValue(dcs));
}
RelativeNormalisationOptions = new List <RelativeNormalisationOption>()
{
RelativeNormalisationOption.Max,
RelativeNormalisationOption.POI,
};
NormalisationTypes = new List <NormalisationType>()
{
NormalisationType.Relative,
NormalisationType.Absolute
};
POIs = new ObservableCollection <PointOfInterest>();
}