private static ValueGroupType[] GetEnumTypes()
{
var enums = EnumData.GetEnumData();
ValueGroupType[] types = new ValueGroupType[enums.Length];
for (int i = 0; i < types.Length; i++)
{
types[i] = new ValueGroupType(enums[i], !enums[i].ConvertableToElement());
}
return(types);
}
public EnumValuePair(ElementEnumMember member, bool constant, ValueGroupType type) : base(member.CodeName(), type, constant ? CompletionItemKind.Constant : CompletionItemKind.EnumMember)
{
Member = member;
_type = type;
Attributes = new VariableInstanceAttributes()
{
CanBeSet = false,
UseDefaultVariableAssigner = false,
CanBeIndexed = false,
StoreType = StoreType.None
};
// todo: token type
// TokenType = Deltin.Deltinteger.Parse.SemanticTokenType.EnumMember;
}
public void GetDefaults()
{
_anyType = new AnyType(_deltinScript);
_unknownType = new AnyType("?", true, _deltinScript);
AddType(_anyType);
AddType(_playerType);
AddType(_vectorType);
AddType(_numberType);
AddType(_stringType);
AddType(_booleanType);
// Enums
foreach (var type in ValueGroupType.GetEnumTypes(this))
{
AddType(type);
}
_deltinScript.GetComponent <Pathfinder.PathfinderTypesComponent>();
_deltinScript.PlayerVariableScope = _playerType.PlayerVariableScope;
}
public override CodeParameter[] Parameters() => new CodeParameter[]
{
new CodeParameter("relativePlayer", "The player to whom the resulting vector will be relative."),
new CodeParameter("transformation", "Specifies whether the vector should receive a rotation and a translation (usually applied to positions) or only a rotation (usually applied to directions and velocities).", ValueGroupType.GetEnumType <Transformation>())
};
public override CodeParameter[] Parameters() => new CodeParameter[]
{
new CodeParameter("other", "The vector to determine line of site."),
new CodeParameter("barriers", "Defines how barriers affect line of sight.", ValueGroupType.GetEnumType <BarrierLOS>(), new ExpressionOrWorkshopValue(EnumData.GetEnumValue(BarrierLOS.NoBarriersBlock))),
};
