private static void HandleCategory(ERF e, Regex r, RandomizationLevel randomizationlevel)
{
switch (randomizationlevel)
{
default:
case RandomizationLevel.None:
break; // Do nothing.
case RandomizationLevel.Type:
List <int> type = new List <int>(e.Key_List.Where(x => r.IsMatch(x.ResRef) && !Is_Forbidden(x.ResRef)).Select(x => x.ResID));
TypeLists.Add(type);
break;
case RandomizationLevel.Max:
MaxRando.AddRange(e.Key_List.Where(x => r.IsMatch(x.ResRef) && !Is_Forbidden(x.ResRef)).Select(x => x.ResID));
break;
}
}
public static void texture_rando(KPaths paths)
{
// Prepare lists for new randomization.
MaxRando.Clear();
TypeLists.Clear();
// Load in texture pack.
string pack_name;
switch (Properties.Settings.Default.TexturePack)
{
default:
case TexturePack.HighQuality:
pack_name = "\\swpc_tex_tpa.erf";
break;
case TexturePack.MedQuality:
pack_name = "\\swpc_tex_tpb.erf";
break;
case TexturePack.LowQuality:
pack_name = "\\swpc_tex_tpc.erf";
break;
}
ERF e = new ERF(paths.TexturePacks + pack_name);
foreach (var key in e.Key_List)
{
if (!NameLookup.ContainsKey(key.ResID))
{
NameLookup.Add(key.ResID, key.ResRef);
}
}
// Handle categories.
HandleCategory(e, RegexCubeMaps, Properties.Settings.Default.TextureRandomizeCubeMaps);
HandleCategory(e, RegexCreatures, Properties.Settings.Default.TextureRandomizeCreatures);
HandleCategory(e, RegexEffects, Properties.Settings.Default.TextureRandomizeEffects);
HandleCategory(e, RegexItems, Properties.Settings.Default.TextureRandomizeItems);
HandleCategory(e, RegexPlanetary, Properties.Settings.Default.TextureRandomizePlanetary);
HandleCategory(e, RegexNPC, Properties.Settings.Default.TextureRandomizeNPC);
HandleCategory(e, RegexPlayHeads, Properties.Settings.Default.TextureRandomizePlayHeads);
HandleCategory(e, RegexPlayBodies, Properties.Settings.Default.TextureRandomizePlayBodies);
HandleCategory(e, RegexPlaceables, Properties.Settings.Default.TextureRandomizePlaceables);
HandleCategory(e, RegexParty, Properties.Settings.Default.TextureRandomizeParty);
HandleCategory(e, RegexStunt, Properties.Settings.Default.TextureRandomizeStunt);
HandleCategory(e, RegexVehicles, Properties.Settings.Default.TextureRandomizeVehicles);
HandleCategory(e, RegexWeapons, Properties.Settings.Default.TextureRandomizeWeapons);
// Handle other.
switch (Properties.Settings.Default.TextureRandomizeOther)
{
default:
case RandomizationLevel.None:
break; // Do nothing.
case RandomizationLevel.Type:
List <int> type = new List <int>(e.Key_List.Where(x => Matches_None(x.ResRef) && !Is_Forbidden(x.ResRef)).Select(x => x.ResID));
TypeLists.Add(type);
break;
case RandomizationLevel.Max:
MaxRando.AddRange(e.Key_List.Where(x => Matches_None(x.ResRef) && !Is_Forbidden(x.ResRef)).Select(x => x.ResID));
break;
}
// Max Rando.
List <int> Max_Rando_Iterator = new List <int>(MaxRando);
Randomize.FisherYatesShuffle(MaxRando);
int j = 0;
foreach (ERF.Key k in e.Key_List.Where(x => Max_Rando_Iterator.Contains(x.ResID)))
{
LookupTable.Add(k.ResID, MaxRando[j]);
k.ResID = MaxRando[j];
j++;
}
// Type Rando.
foreach (List <int> li in TypeLists)
{
List <int> type_copy = new List <int>(li);
Randomize.FisherYatesShuffle(type_copy);
j = 0;
foreach (ERF.Key k in e.Key_List.Where(x => li.Contains(x.ResID)))
{
LookupTable.Add(k.ResID, type_copy[j]);
k.ResID = type_copy[j];
j++;
}
}
e.WriteToFile(paths.TexturePacks + pack_name);
}