private bool ValidateRoleList(RoleCollection availableRoles, out ValueCounterDictionary <Type> remainingSlots)
{
remainingSlots = new();
// This exists to prevent impossible role lists like more than 6 Coven roles in a game (since all the Coven roles are unique)
var remainingAlignmentSlots = new ValueCounterDictionary <Faction>();
foreach (var t in availableRoles)
{
var instance = RoleInstancePool.Instance[t];
remainingSlots.Add(t, instance.MaximumOccurrences);
remainingAlignmentSlots.Add(instance.Faction, instance.MaximumOccurrences);
}
foreach (var slot in roleSlots)
{
if (slot is RoleAlignment alignment)
{
}
else
{
var role = slot as Role;
// This is probably the greatest usage of inline variable declarations via is
alignment = role.FullAlignment;
var type = role.GetType();
remainingSlots.Subtract(type);
if (remainingSlots[type] < 0)
{
return(false);
}
}
var faction = alignment.Faction;
if (faction == Faction.Any)
{
continue;
}
remainingAlignmentSlots.Subtract(faction);
if (remainingAlignmentSlots[faction] < 0)
{
return(false);
}
}
return(true);
}
/// <summary>Returns this instance. This implementation does not perform any unnecessary computations.</summary> /// <param name="availableRoles">This argument is ignored in this implementation.</param> /// <param name="random">This argument is ignored in this implementation.</param> /// <returns>This <seealso cref="Role"/> instance.</returns> public Role GenerateRandomRole(RoleCollection availableRoles, Random random) => this;
