public void SetValue(string className, AmiClass.types type)
{
this.value = className;
string sentence = Data.Instance.amiClasses.GetSentenceFor(className, arg);
field.text = sentence;
}
public void OnArgumentSelected(AmiClass.types arg, int id)
{
lastIArgSelectedID = id;
lastArgSelected = arg;
Events.OnUIClassSelected -= OnUIClassSelected;
Events.OnUIClassSelected += OnUIClassSelected;
Events.OnPopup(arg);
}
AmiClass CreateNewClass(string className, AmiClass.types type, int level)
{
AmiClass newClass = new AmiClass();
newClass.className = className;
newClass.type = type;
newClass.level = level;
newClass.argumentValues = new List <AmiArgument>();
classes.Add(newClass);
return(newClass);
}
void OnPopup(AmiClass.types type)
{
List <AmiClass> initClasses = new List <AmiClass>();
foreach (AmiClass amiClass in Data.Instance.amiClasses.classes)
{
if (amiClass.type == type)
{
initClasses.Add(amiClass);
}
}
AddMenuList(initClasses);
}
public List <AmiClass> GetClassesByArg(AmiClass.types type)
{
List <AmiClass> classesByArg = new List <AmiClass> ();
foreach (AmiClass amiClass in classes)
{
if (amiClass.type == type)
{
classesByArg.Add(amiClass);
}
}
return(classesByArg);
}
public string GetSentenceFor(string value, AmiClass.types type)
{
switch (type)
{
case AmiClass.types.DISTANCE:
return(value + " feets");
case AmiClass.types.TIME:
return("for " + (float.Parse(value) / 100) + " sec");
case AmiClass.types.WAIT:
if (value == "AllDone")
{
return("Wait for all done!");
}
return("for " + (float.Parse(value) / 100) + " sec");
}
return(value);
}
public void Init(UIFunctionLine line, AmiClass.types arg, int id)
{
this.id = id;
this.arg = arg;
this.line = line;
}
void OnPopup(AmiClass.types a)
{
popup.SetActive(true);
}
