/// <summary>
/// Update warp coordinates that are in bad locations by default.
/// </summary>
/// <param name="paths">KPaths object for this game.</param>
private static void FixWarpCoordinates(KPaths paths)
{
// Create a lookup for modules needing coordinate fix with their newly shuffled FileInfos.
var shuffleFileLookup = new Dictionary <string, FileInfo>();
foreach (var key in Globals.FIXED_COORDINATES.Keys)
{
shuffleFileLookup.Add(key, paths.FilesInModules.FirstOrDefault(fi => fi.Name.Contains(LookupTable[key])));
}
foreach (var kvp in shuffleFileLookup)
{
// Set up objects.
RIM r = new RIM(kvp.Value.FullName);
RIM.rFile rf = r.File_Table.FirstOrDefault(x => x.TypeID == (int)ResourceType.IFO);
GFF g = new GFF(rf.File_Data);
// Update coordinate data.
(g.Top_Level.Fields.FirstOrDefault(x => x.Label == Properties.Resources.ModuleEntryX) as GFF.FLOAT).Value = Globals.FIXED_COORDINATES[kvp.Key].Item1;
(g.Top_Level.Fields.FirstOrDefault(x => x.Label == Properties.Resources.ModuleEntryY) as GFF.FLOAT).Value = Globals.FIXED_COORDINATES[kvp.Key].Item2;
(g.Top_Level.Fields.FirstOrDefault(x => x.Label == Properties.Resources.ModuleEntryZ) as GFF.FLOAT).Value = Globals.FIXED_COORDINATES[kvp.Key].Item3;
// Write updated data to RIM file.
rf.File_Data = g.ToRawData();
r.WriteToFile(kvp.Value.FullName);
}
}
/// <summary>
/// Unlock a specific door within an SRim file.
/// </summary>
/// <param name="paths">KPaths object for this game.</param>
/// <param name="area">Name of the SRim file to modify.</param>
/// <param name="label">Label of the door to unlock.</param>
private static void UnlockDoorInFile(KPaths paths, string area, string label)
{
var areaFiles = paths.FilesInModules.Where(fi => fi.Name.Contains(LookupTable[area]));
foreach (FileInfo fi in areaFiles)
{
// Skip any files that don't end in "s.rim".
if (fi.Name[fi.Name.Length - 5] != 's')
{
continue;
}
RIM r = new RIM(fi.FullName); // Open what replaced this area.
RIM.rFile rf = r.File_Table.FirstOrDefault(x => x.Label == label);
GFF g = new GFF(rf.File_Data); // Grab the door out of the file.
// Set fields related to opening and unlocking.
(g.Top_Level.Fields.FirstOrDefault(x => x.Label == "KeyRequired") as GFF.BYTE).Value = 0;
(g.Top_Level.Fields.FirstOrDefault(x => x.Label == "Locked") as GFF.BYTE).Value = 0;
(g.Top_Level.Fields.FirstOrDefault(x => x.Label == "OpenLockDC") as GFF.BYTE).Value = 0;
(g.Top_Level.Fields.FirstOrDefault(x => x.Label == "Plot") as GFF.BYTE).Value = 0;
// Set fields related to bashing open.
(g.Top_Level.Fields.FirstOrDefault(x => x.Label == "Hardness") as GFF.BYTE).Value = 0;
(g.Top_Level.Fields.FirstOrDefault(x => x.Label == "HP") as GFF.SHORT).Value = 1;
(g.Top_Level.Fields.FirstOrDefault(x => x.Label == "CurrentHP") as GFF.SHORT).Value = 1;
(g.Top_Level.Fields.FirstOrDefault(x => x.Label == "Min1HP") as GFF.BYTE).Value = 0;
// Write change(s) to file.
rf.File_Data = g.ToRawData();
r.WriteToFile(fi.FullName);
}
}
/// <summary>
/// Unlock the doors requested by the user.
/// </summary>
/// <param name="paths">KPaths object for this game.</param>
private static void UnlockDoors(KPaths paths)
{
var extrasValue = Properties.Settings.Default.ModuleExtrasValue;
// Dantooine Ruins
if (extrasValue.HasFlag(ModuleExtras.UnlockDanRuins))
{
UnlockDoorInFile(paths, AREA_DAN_COURTYARD, LABEL_DANT_DOOR);
}
// Leviathan Elevators
if (extrasValue.HasFlag(ModuleExtras.UnlockLevElev))
{
FixLeviathanElevators(paths);
}
// Manaan Embassy Door to Submersible
if (extrasValue.HasFlag(ModuleExtras.UnlockManSub))
{
UnlockDoorInFile(paths, AREA_MAN_EAST_CENTRAL, LABEL_MAN_SUB_DOOR);
}
// Star Forge Door to Bastila
if (extrasValue.HasFlag(ModuleExtras.UnlockStaBastila))
{
UnlockDoorInFile(paths, AREA_STA_DECK3, LABEL_STA_BAST_DOOR);
}
// Lehon Temple Roof
if (extrasValue.HasFlag(ModuleExtras.UnlockUnkSummit))
{
UnlockDoorInFile(paths, AREA_UNK_SUMMIT, LABEL_UNK_DOOR);
}
}
/// <summary>
/// Allow the Mystery Box and Mind Prison to be used more than once.
/// </summary>
/// <param name="paths">KPaths object for this game.</param>
private static void FixMindPrison(KPaths paths)
{
// Allowing the Mystery Box to be accessed multiple times.
ReplaceSRimFileData(paths, AREA_EBO_HAWK, LABEL_EBO_BOX, Properties.Resources.pebn_mystery);
// Allowing Riddles to be done more than once.
ReplaceSRimFileData(paths, AREA_EBO_BOX, LABEL_EBO_PRISON, Properties.Resources.g_brakatan003);
}
/// <summary>
/// Write special files to the override folder - save data, dream fix, galaxy map unlock, etc.
/// </summary>
/// <param name="paths">KPaths object for this game.</param>
private static void WriteOverrideFiles(KPaths paths)
{
string moduleSavePath = Path.Combine(paths.Override, TwoDA_MODULE_SAVE);
ModuleExtras saveFileExtras = Properties.Settings.Default.ModuleExtrasValue & (ModuleExtras.SaveAllModules | ModuleExtras.SaveMiniGames | ModuleExtras.NoSaveDelete);
// Save Data File
switch ((int)saveFileExtras)
{
default:
// 0b000 - Milestone Delete (Default)
// Do nothing.
break;
case (int)(ModuleExtras.NoSaveDelete):
// 0b001 - No Milestone Delete
File.WriteAllBytes(moduleSavePath, Properties.Resources.NODELETE_modulesave);
break;
case (int)(ModuleExtras.SaveMiniGames):
// 0b010 - Save Minigames | Milestone Delete
File.WriteAllBytes(moduleSavePath, Properties.Resources.MGINCLUDED_modulesave);
break;
case (int)(ModuleExtras.NoSaveDelete | ModuleExtras.SaveMiniGames):
// 0b011 - Save Minigames | No Milestone Delete
File.WriteAllBytes(moduleSavePath, Properties.Resources.NODELETE_MGINCLUDED_modulesave);
break;
case (int)(ModuleExtras.SaveAllModules):
case (int)(ModuleExtras.SaveMiniGames | ModuleExtras.SaveAllModules):
// Treat both the same.
// 0b100 - Save All Modules | Milestone Delete
// 0b110 - Save All Modules | Save Minigames | Milestone Delete
File.WriteAllBytes(moduleSavePath, Properties.Resources.ALLINCLUDED_modulesave);
break;
case (int)(ModuleExtras.NoSaveDelete | ModuleExtras.SaveAllModules):
case (int)(ModuleExtras.NoSaveDelete | ModuleExtras.SaveMiniGames | ModuleExtras.SaveAllModules):
// Treat both the same.
// 0b101 - Save All Modules | No Milestone Delete
// 0b111 - Save All Modules | Save Minigames | No Milestone Delete
File.WriteAllBytes(moduleSavePath, Properties.Resources.NODELETE_ALLINCLUDED_modulesave);
break;
}
// Fix Dream File
if (Properties.Settings.Default.ModuleExtrasValue.HasFlag(ModuleExtras.FixDream))
{
File.WriteAllBytes(Path.Combine(paths.Override, FIXED_DREAM_OVERRIDE), Properties.Resources.k_ren_visionland);
}
// Unlock Galaxy Map File
if (Properties.Settings.Default.ModuleExtrasValue.HasFlag(ModuleExtras.UnlockGalaxyMap))
{
File.WriteAllBytes(Path.Combine(paths.Override, UNLOCK_MAP_OVERRIDE), Properties.Resources.k_pebn_galaxy);
}
}
public static void text_rando(KPaths paths)
{
var settings = Properties.Settings.Default;
if (settings.TextSettingsValue.HasFlag(TextSettings.RandoFullTLK)) //Shuffle TLK first, so sound matching still works
{
shuffle_TLK(paths, settings.TextSettingsValue.HasFlag(TextSettings.MatchSimLengthStrings));
}
if (settings.TextSettingsValue.HasFlag(TextSettings.RandoDialogEntries) || settings.TextSettingsValue.HasFlag(TextSettings.RandoDialogReplies))
{
shuffle_dialogue(paths, settings.TextSettingsValue.HasFlag(TextSettings.RandoDialogEntries), settings.TextSettingsValue.HasFlag(TextSettings.RandoDialogReplies), settings.TextSettingsValue.HasFlag(TextSettings.MatchEntrySoundsWText));
}
}
public static void Twoda_rando(KPaths paths)
{
BIF b = new BIF(Path.Combine(paths.data, "2da.bif"));
KEY k = new KEY(paths.chitin_backup);
b.AttachKey(k, "data\\2da.bif");
var filesInOverride = paths.FilesInOverride.ToList();
foreach (BIF.VariableResourceEntry VRE in b.VariableResourceTable.Where(x => Globals.Selected2DAs.Keys.Contains(x.ResRef)))
{
// Check to see if this table is already in the override directory.
TwoDA t;
if (filesInOverride.Any(fi => fi.Name == $"{VRE.ResRef}.2da"))
{
// Modify the existing table.
t = new TwoDA(File.ReadAllBytes(filesInOverride.First(fi => fi.Name == $"{VRE.ResRef}.2da").FullName), VRE.ResRef);
}
else
{
// Fetch the table from the 2DA BIF file.
t = new TwoDA(VRE.EntryData, VRE.ResRef);
}
if (!LookupTable.ContainsKey(VRE.ResRef))
{
// Add 2DA to the table.
LookupTable.Add(VRE.ResRef, new Dictionary <string, List <Tuple <string, string> > >());
}
foreach (string col in Globals.Selected2DAs[VRE.ResRef])
{
if (!LookupTable[VRE.ResRef].ContainsKey(col))
{
// Add column to the table.
LookupTable[VRE.ResRef].Add(col, new List <Tuple <string, string> >());
}
var old = t.Data[col].ToList(); // Save list of old data.
Randomize.FisherYatesShuffle(t.Data[col]); // Randomize 2DA column data.
for (int i = 0; i < old.Count; i++)
{
// Add old and new data to the table.
LookupTable[VRE.ResRef][col].Add(new Tuple <string, string>(old[i], t.Data[col][i]));
}
}
t.WriteToDirectory(paths.Override); // Write new 2DA data to file.
}
}
//Randomize TLK
static void shuffle_TLK(KPaths paths, bool LengthMatching)
{
TLK t = new TLK(paths.dialog);
if (LengthMatching)
{
TLK t_ordered = new TLK(paths.dialog);
t_ordered.String_Data_Table = t_ordered.String_Data_Table.OrderBy(x => x.StringText.Length).ToList();
for (int i = 0; i < t.String_Data_Table.Count; i++)
{
try
{
int index_offset = 0;
while (index_offset == 0)
{
index_offset = Randomize.Rng.Next(-5, 5);
}
// Could get faster execution time by matching the strings by lenght instead of text, but then there would be bias towards strings earlier in each lenght bracket.
var randomString = t_ordered.String_Data_Table[t_ordered.String_Data_Table.FindIndex(x => x.StringText == t.String_Data_Table[i].StringText) + index_offset];
TlkLookupTable.Add(i, new Tuple <string, string>(t.String_Data_Table[i].StringText, randomString.StringText));
t.String_Data_Table[i] = randomString;
}
catch (Exception ex)
{
if (ex is IndexOutOfRangeException || ex is ArgumentOutOfRangeException)
{
continue; //ignoring extreme cases
}
else
{
throw;
}
}
}
}
else
{
TLK t_orig = new TLK(paths.dialog);
Randomize.FisherYatesShuffle(t.String_Data_Table);
for (int i = 0; i < t.String_Data_Table.Count; i++)
{
TlkLookupTable.Add(i, new Tuple <string, string>(t_orig.String_Data_Table[i].StringText, t.String_Data_Table[i].StringText));
}
}
t.WriteToFile(paths.dialog);
}
/// <summary>
/// Copy backup module files to the modules directory based on the current shuffle.
/// </summary>
/// <param name="paths">KPaths object for this game.</param>
private static void WriteFilesToModulesDirectory(KPaths paths)
{
// Copy shuffled modules into the base directory.
foreach (var name in LookupTable)
{
File.Copy($"{paths.modules_backup}{name.Key}.rim", $"{paths.modules}{name.Value}.rim", true);
File.Copy($"{paths.modules_backup}{name.Key}_s.rim", $"{paths.modules}{name.Value}_s.rim", true);
File.Copy($"{paths.lips_backup}{name.Key}_loc.mod", $"{paths.lips}{name.Value}_loc.mod", true);
}
// Copy lips extras into the base directory.
foreach (string name in Globals.lipXtras)
{
File.Copy($"{paths.lips_backup}{name}", $"{paths.lips}{name}", true);
}
}
public static void Twoda_rando(KPaths paths)
{
BIF b = new BIF(Path.Combine(paths.data, "2da.bif"));
KEY k = new KEY(paths.chitin_backup);
b.AttachKey(k, "data\\2da.bif");
foreach (BIF.VariableResourceEntry VRE in b.VariableResourceTable.Where(x => Globals.Selected2DAs.Keys.Contains(x.ResRef)))
{
TwoDA t = new TwoDA(VRE.EntryData, VRE.ResRef);
foreach (string col in Globals.Selected2DAs[VRE.ResRef])
{
Randomize.FisherYatesShuffle(t.Data[col]);
}
t.WriteToDirectory(paths.Override);
}
}
/// <summary>
/// Replace file data within an SRim file.
/// </summary>
/// <param name="paths">KPaths object for this game.</param>
/// <param name="area">Name of the SRim file to modify.</param>
/// <param name="label">Label of the rFile to update.</param>
/// <param name="rawData">File data to store in the rFile.</param>
private static void ReplaceSRimFileData(KPaths paths, string area, string label, byte[] rawData)
{
// Find the files associated with this area.
var area_files = paths.FilesInModules.Where(fi => fi.Name.Contains(LookupTable[area]));
foreach (FileInfo file in area_files)
{
// Skip any files that don't end in "s.rim".
if (file.Name[file.Name.Length - 5] != 's')
{
continue;
}
// Check the RIM's File_Table for any rFiles with the given label.
RIM rim = new RIM(file.FullName);
var rFiles = rim.File_Table.Where(x => x.Label == label);
foreach (RIM.rFile rFile in rFiles)
{
rFile.File_Data = rawData;
}
rim.WriteToFile(file.FullName);
}
}
public static void CreateSpoilerLog(XLWorkbook workbook)
{
if (LookupTable.Count == 0)
{
return;
}
var ws = workbook.Worksheets.Add("Item");
var paths = new KPaths(Properties.Settings.Default.Kotor1Path);
KEY k = new KEY(paths.chitin_backup);
BIF b = new BIF(Path.Combine(paths.data, "templates.bif"));
b.AttachKey(k, "data\\templates.bif");
var items = b.VariableResourceTable.Where(x => x.ResourceType == ResourceType.UTI);
TLK t = new TLK(File.Exists(paths.dialog_backup) ? paths.dialog_backup : paths.dialog);
int i = 1;
ws.Cell(i, 1).Value = "Seed";
ws.Cell(i, 2).Value = Properties.Settings.Default.Seed;
ws.Cell(i, 1).Style.Font.Bold = true;
i++;
Version version = typeof(StartForm).Assembly.GetName().Version;
ws.Cell(i, 1).Value = "Version";
ws.Cell(i, 1).Style.Font.Bold = true;
ws.Cell(i, 2).Value = $"v{version.Major}.{version.Minor}.{version.Build}";
ws.Cell(i, 2).Style.Alignment.Horizontal = XLAlignmentHorizontalValues.Right;
i += 2; // Skip a row.
// Item Randomization Settings
ws.Cell(i, 1).Value = "Item Type";
ws.Cell(i, 2).Value = "Rando Level";
ws.Cell(i, 1).Style.Border.BottomBorder = XLBorderStyleValues.Thin;
ws.Cell(i, 2).Style.Border.BottomBorder = XLBorderStyleValues.Thin;
ws.Cell(i, 1).Style.Font.Bold = true;
ws.Cell(i, 2).Style.Font.Bold = true;
i++;
var settings = new List <Tuple <string, string> >()
{
new Tuple <string, string>("Armbands", Properties.Settings.Default.RandomizeArmbands.ToString()),
new Tuple <string, string>("Armor", Properties.Settings.Default.RandomizeArmor.ToString()),
new Tuple <string, string>("Belts", Properties.Settings.Default.RandomizeBelts.ToString()),
new Tuple <string, string>("Blasters", Properties.Settings.Default.RandomizeBlasters.ToString()),
new Tuple <string, string>("Creature Hides", Properties.Settings.Default.RandomizeHides.ToString()),
new Tuple <string, string>("Creature Weapons", Properties.Settings.Default.RandomizeCreature.ToString()),
new Tuple <string, string>("Droid Equipment", Properties.Settings.Default.RandomizeDroid.ToString()),
new Tuple <string, string>("Gauntlets", Properties.Settings.Default.RandomizeGloves.ToString()),
new Tuple <string, string>("Grenades", Properties.Settings.Default.RandomizeGrenades.ToString()),
new Tuple <string, string>("Implants", Properties.Settings.Default.RandomizeImplants.ToString()),
new Tuple <string, string>("Lightsabers", Properties.Settings.Default.RandomizeLightsabers.ToString()),
new Tuple <string, string>("Masks", Properties.Settings.Default.RandomizeMask.ToString()),
new Tuple <string, string>("Melee Weapons", Properties.Settings.Default.RandomizeMelee.ToString()),
new Tuple <string, string>("Mines", Properties.Settings.Default.RandomizeMines.ToString()),
new Tuple <string, string>("Pazaak Cards", Properties.Settings.Default.RandomizePaz.ToString()),
new Tuple <string, string>("Stims/Medpacs", Properties.Settings.Default.RandomizeStims.ToString()),
new Tuple <string, string>("Upgrades/Crystals", Properties.Settings.Default.RandomizeUpgrade.ToString()),
new Tuple <string, string>("Various", Properties.Settings.Default.RandomizeVarious.ToString()),
};
foreach (var setting in settings)
{
ws.Cell(i, 1).Value = setting.Item1;
ws.Cell(i, 2).Value = setting.Item2;
ws.Cell(i, 1).Style.Font.Italic = true;
i++;
}
i++; // Skip a row.
// Omitted Items
int iMax = i;
i = 3; // Restart at the top of the settings list.
ws.Cell(i, 4).Value = "Omitted Items";
ws.Cell(i, 4).Style.Alignment.Horizontal = XLAlignmentHorizontalValues.Center;
ws.Cell(i, 4).Style.Font.Bold = true;
ws.Range(i, 4, i, 5).Merge();
i++;
ws.Cell(i, 4).Value = "ID";
ws.Cell(i, 5).Value = "Label";
ws.Cell(i, 4).Style.Border.BottomBorder = XLBorderStyleValues.Thin;
ws.Cell(i, 5).Style.Border.BottomBorder = XLBorderStyleValues.Thin;
ws.Cell(i, 4).Style.Font.Italic = true;
ws.Cell(i, 5).Style.Font.Italic = true;
i++;
var sortedList = Globals.OmitItems.ToList();
sortedList.Sort();
foreach (var item in sortedList)
{
ws.Cell(i, 4).Value = item;
var origItemName = "";
var origItemVre = items.FirstOrDefault(x => x.ResRef == item);
if (origItemVre != null)
{
GFF origItem = new GFF(origItemVre.EntryData);
if (origItem.Top_Level.Fields.FirstOrDefault(x => x.Label == "LocalizedName") is GFF.CExoLocString field)
{
origItemName = t.String_Data_Table[field.StringRef].StringText;
}
}
ws.Cell(i, 5).Value = origItemName;
i++;
}
// Handle variable length of omitted items list.
if (iMax > i)
{
i = iMax; // Return to the bottom of the settings list.
}
else
{
i++; // Skip a row.
}
i++; // Skip an additional 2 rows.
// Randomized Items
ws.Cell(i, 1).Value = "Has Changed";
ws.Cell(i - 1, 2).Value = "Original (New Item)";
ws.Cell(i, 2).Value = "ID";
ws.Cell(i, 3).Value = "Label";
ws.Cell(i - 1, 4).Value = "Randomized (Old Item)";
ws.Cell(i, 4).Value = "ID";
ws.Cell(i, 5).Value = "Label";
ws.Cell(i, 1).Style.Alignment.Horizontal = XLAlignmentHorizontalValues.Center;
ws.Cell(i - 1, 2).Style.Alignment.Horizontal = XLAlignmentHorizontalValues.Center;
ws.Cell(i - 1, 4).Style.Alignment.Horizontal = XLAlignmentHorizontalValues.Center;
ws.Cell(i, 1).Style.Border.BottomBorder = XLBorderStyleValues.Thin;
ws.Cell(i, 2).Style.Border.BottomBorder = XLBorderStyleValues.Thin;
ws.Cell(i, 3).Style.Border.BottomBorder = XLBorderStyleValues.Thin;
ws.Cell(i, 4).Style.Border.BottomBorder = XLBorderStyleValues.Thin;
ws.Cell(i, 5).Style.Border.BottomBorder = XLBorderStyleValues.Thin;
ws.Cell(i - 1, 2).Style.Border.LeftBorder = XLBorderStyleValues.Thin;
ws.Cell(i, 2).Style.Border.LeftBorder = XLBorderStyleValues.Thin;
ws.Cell(i - 1, 4).Style.Border.LeftBorder = XLBorderStyleValues.Thin;
ws.Cell(i, 4).Style.Border.LeftBorder = XLBorderStyleValues.Thin;
ws.Cell(i - 1, 6).Style.Border.LeftBorder = XLBorderStyleValues.Thin;
ws.Cell(i, 6).Style.Border.LeftBorder = XLBorderStyleValues.Thin;
ws.Cell(i, 1).Style.Font.Bold = true;
ws.Cell(i - 1, 2).Style.Font.Bold = true;
ws.Cell(i, 2).Style.Font.Italic = true;
ws.Cell(i, 3).Style.Font.Italic = true;
ws.Cell(i - 1, 4).Style.Font.Bold = true;
ws.Cell(i, 4).Style.Font.Italic = true;
ws.Cell(i, 5).Style.Font.Italic = true;
ws.Range(i - 1, 2, i - 1, 3).Merge();
ws.Range(i - 1, 4, i - 1, 5).Merge();
i++;
var sortedLookup = LookupTable.OrderBy(tpl => tpl.Item1);
foreach (var tpl in sortedLookup)
{
string origItemName = "";
string randItemName = "";
var omitted = Globals.OmitItems.Any(x => x == tpl.Item1);
var changed = tpl.Item1 != tpl.Item2; // Has the shuffle changed this item?
var origItemVre = items.FirstOrDefault(x => x.ResRef == tpl.Item1);
if (origItemVre != null)
{
GFF origItem = new GFF(origItemVre.EntryData);
if (origItem.Top_Level.Fields.FirstOrDefault(x => x.Label == "LocalizedName") is GFF.CExoLocString field)
{
origItemName = t.String_Data_Table[field.StringRef].StringText;
}
}
if (changed)
{
var randItemVre = items.FirstOrDefault(x => x.ResRef == tpl.Item2);
if (randItemVre != null)
{
GFF randItem = new GFF(randItemVre.EntryData);
if (randItem.Top_Level.Fields.FirstOrDefault(x => x.Label == "LocalizedName") is GFF.CExoLocString field)
{
randItemName = t.String_Data_Table[field.StringRef].StringText;
}
}
}
else
{
randItemName = origItemName;
}
ws.Cell(i, 1).Value = omitted ? "OMITTED" : changed.ToString();
ws.Cell(i, 2).Style.Border.LeftBorder = XLBorderStyleValues.Thin;
ws.Cell(i, 2).Value = tpl.Item1;
ws.Cell(i, 3).Value = origItemName;
ws.Cell(i, 4).Style.Border.LeftBorder = XLBorderStyleValues.Thin;
ws.Cell(i, 4).Value = tpl.Item2;
ws.Cell(i, 5).Value = randItemName;
ws.Cell(i, 6).Style.Border.LeftBorder = XLBorderStyleValues.Thin;
if (omitted)
{
// Center "OMITTED" text.
ws.Cell(i, 1).Style.Alignment.Horizontal = XLAlignmentHorizontalValues.Center;
}
else
{
// Set color of "Has Changed" column. Booleans are automatically centered.
if (changed)
{
ws.Cell(i, 1).Style.Font.FontColor = XLColor.Green;
}
else
{
ws.Cell(i, 1).Style.Font.FontColor = XLColor.Red;
}
}
i++;
}
// Resize Columns
ws.Column(1).AdjustToContents();
ws.Column(2).AdjustToContents();
ws.Column(3).AdjustToContents();
ws.Column(4).AdjustToContents();
ws.Column(5).AdjustToContents();
}
public static void sound_rando(KPaths paths)
{
var musicFiles = paths.FilesInMusicBackup;
var soundFiles = paths.FilesInSoundsBackup;
// Get file collections
List <FileInfo> maxMusic = new List <FileInfo>();
List <FileInfo> maxSound = new List <FileInfo>();
// Area Music
List <FileInfo> areaMusic = new List <FileInfo>();
foreach (var prefix in PrefixListAreaMusic)
{
areaMusic.AddRange(musicFiles.Where(f => f.Name.StartsWith(prefix, StringComparison.OrdinalIgnoreCase)));
}
switch ((RandomizationLevel)Properties.Settings.Default.RandomizeAreaMusic)
{
case RandomizationLevel.Max:
maxMusic.AddRange(areaMusic);
break;
case RandomizationLevel.Type:
Randomize.RandomizeFiles(areaMusic, paths.music);
break;
case RandomizationLevel.Subtype:
case RandomizationLevel.None:
default:
break;
}
// Ambient Noise
List <FileInfo> ambientNoiseMusic = new List <FileInfo>();
foreach (var prefix in PrefixListNoise)
{
ambientNoiseMusic.AddRange(musicFiles.Where(f => f.Name.StartsWith(prefix, StringComparison.OrdinalIgnoreCase)));
}
List <FileInfo> ambientNoiseSound = new List <FileInfo>();
foreach (var prefix in PrefixListNoise)
{
ambientNoiseSound.AddRange(soundFiles.Where(f => f.Name.StartsWith(prefix, StringComparison.OrdinalIgnoreCase)));
}
switch ((RandomizationLevel)Properties.Settings.Default.RandomizeAmbientNoise)
{
case RandomizationLevel.Max:
maxMusic.AddRange(ambientNoiseMusic);
maxSound.AddRange(ambientNoiseSound);
break;
case RandomizationLevel.Type:
Randomize.RandomizeFiles(ambientNoiseMusic, paths.music);
Randomize.RandomizeFiles(ambientNoiseSound, paths.sounds);
break;
case RandomizationLevel.Subtype:
case RandomizationLevel.None:
default:
break;
}
// Battle Music
List <FileInfo> battleMusic = new List <FileInfo>(musicFiles.Where(f => RegexBattleMusic.IsMatch(f.Name)));
List <FileInfo> battleMusicEnd = new List <FileInfo>(soundFiles.Where(f => RegexBattleMusic.IsMatch(f.Name)));
switch ((RandomizationLevel)Properties.Settings.Default.RandomizeBattleMusic)
{
case RandomizationLevel.Max:
maxMusic.AddRange(battleMusic);
maxSound.AddRange(battleMusicEnd);
break;
case RandomizationLevel.Type:
Randomize.RandomizeFiles(battleMusic, paths.music);
Randomize.RandomizeFiles(battleMusicEnd, paths.sounds);
break;
case RandomizationLevel.Subtype:
case RandomizationLevel.None:
default:
break;
}
// Cutscene Noise
List <FileInfo> cutsceneNoise = new List <FileInfo>(musicFiles.Where(f => RegexCutscene.IsMatch(f.Name)));
cutsceneNoise.RemoveAll(f => f.Name.StartsWith("57.")); // Remove specific exception
switch ((RandomizationLevel)Properties.Settings.Default.RandomizeCutsceneNoise)
{
case RandomizationLevel.Max:
maxMusic.AddRange(cutsceneNoise);
break;
case RandomizationLevel.Type:
Randomize.RandomizeFiles(cutsceneNoise, paths.music);
break;
case RandomizationLevel.Subtype:
case RandomizationLevel.None:
default:
break;
}
// Check if NPC and Party Sounds are combined
List <FileInfo> npcSounds = new List <FileInfo>(soundFiles.Where(f => RegexNPCSound.IsMatch(f.Name)));
List <FileInfo> partySounds = new List <FileInfo>(soundFiles.Where(f => RegexPartySound.IsMatch(f.Name)));
//if (MixNpcAndPartySounds) // Functionality Disabled
//{
// npcSounds.AddRange(partySounds);
//}
//else
{
// Party Sounds (if not mixing)
switch ((RandomizationLevel)Properties.Settings.Default.RandomizePartySounds)
{
case RandomizationLevel.Max:
maxSound.AddRange(partySounds);
break;
case RandomizationLevel.Type:
Randomize.RandomizeFiles(partySounds, paths.sounds);
break;
case RandomizationLevel.Subtype:
RandomizeSoundActions(partySounds, paths.sounds);
break;
case RandomizationLevel.None:
default:
break;
}
}
//// NPC Sounds (or both if mixing) // Functionality Disabled
//switch (RandomizeNpcSounds)
//{
// case RandomizationLevel.Max:
// maxSound.AddRange(npcSounds);
// break;
// case RandomizationLevel.Type:
// Randomize.RandomizeFiles(npcSounds, SoundsPath);
// break;
// case RandomizationLevel.Subtype:
// RandomizeSoundActions(npcSounds, SoundsPath);
// break;
// case RandomizationLevel.None:
// default:
// break;
//}
// Max Randomizations
if (maxMusic.Any())
{
Randomize.RandomizeFiles(maxMusic, paths.music);
}
if (maxSound.Any())
{
Randomize.RandomizeFiles(maxSound, paths.sounds);
}
}
//Randomize Dialogue
static void shuffle_dialogue(KPaths paths, bool Entries, bool Replies, bool SoundMatching)
{
TLK t = new TLK(paths.dialog);
foreach (FileInfo fi in paths.FilesInModules)
{
if (fi.Name[fi.Name.Length - 5] != 's')
{
continue;
}
RIM r = new RIM(fi.FullName);
foreach (RIM.rFile RF in r.File_Table.Where(x => x.TypeID == (int)ResourceType.DLG))
{
GFF g = new GFF(RF.File_Data);
//Entries
if (Entries)
{
foreach (GFF.STRUCT S in (g.Top_Level.Fields.Where(x => x.Label == "EntryList").FirstOrDefault() as GFF.LIST).Structs)
{
if ((S.Fields.Where(x => x.Label == "Text").FirstOrDefault() as GFF.CExoLocString).StringRef != -1) // Avoid overwriting dialogue end indicators, and animation nodes
{
int str_ref = 0; // Find valid string
while (t.String_Data_Table[str_ref].SoundResRef == "" || t.String_Data_Table[str_ref].SoundResRef[0] == '_' || t.String_Data_Table[str_ref].SoundResRef.ToLower().Contains("comp")) //Ensure the string we have has a sound to go with it, starting with undescord means it's player dialogue, which doesn't have audio in this game
{
str_ref = Randomize.Rng.Next(TLK_STRING_COUNT);
}
if (!EntriesLookupTable.ContainsKey(fi.Name))
{
EntriesLookupTable.Add(fi.Name, new Dictionary <string, List <Tuple <int, int, string, string, string, string> > >());
}
if (!EntriesLookupTable[fi.Name].ContainsKey(RF.Label))
{
EntriesLookupTable[fi.Name].Add(RF.Label, new List <Tuple <int, int, string, string, string, string> >());
}
// Sound and Text Matching
if (SoundMatching)
{
var text = S.Fields.Where(x => x.Label == "Text").FirstOrDefault() as GFF.CExoLocString;
int textOrig = text.StringRef;
int textRand = str_ref;
text.StringRef = str_ref;
string VORefOrig = "";
string VORefRand = "";
string SoundOrig = "";
string SoundRand = "";
try
{
var voResRef = S.Fields.Where(x => x.Label == "VO_ResRef").FirstOrDefault() as GFF.ResRef;
VORefOrig = voResRef.Reference;
VORefRand = t.String_Data_Table[str_ref].SoundResRef;
voResRef.Reference = VORefRand;
}
catch
{
VORefOrig = "";
VORefRand = "";
}
try
{
var sound = S.Fields.Where(x => x.Label == "Sound").FirstOrDefault() as GFF.ResRef;
SoundOrig = sound.Reference;
SoundRand = t.String_Data_Table[str_ref].SoundResRef;
sound.Reference = SoundRand;
}
catch
{
SoundOrig = "";
SoundRand = "";
} // If both VO_ResRef and Sound Fail we ignore the entry
EntriesLookupTable[fi.Name][RF.Label].Add(new Tuple <int, int, string, string, string, string>(textOrig, textRand, VORefOrig, VORefRand, SoundOrig, SoundRand));
}
else
{
var text = S.Fields.Where(x => x.Label == "Text").FirstOrDefault() as GFF.CExoLocString;
EntriesLookupTable[fi.Name][RF.Label].Add(new Tuple <int, int, string, string, string, string>(text.StringRef, str_ref, "", "", "", ""));
text.StringRef = str_ref;
}
}
}
}
//Replies
if (Replies)
{
foreach (GFF.STRUCT S in (g.Top_Level.Fields.Where(x => x.Label == "ReplyList").FirstOrDefault() as GFF.LIST).Structs)
{
if ((S.Fields.Where(x => x.Label == "Text").FirstOrDefault() as GFF.CExoLocString).StringRef != -1) //Avoid overwriting dialogue end indicators, and animation nodes
{
if (!RepliesLookupTable.ContainsKey(fi.Name))
{
RepliesLookupTable.Add(fi.Name, new Dictionary <string, List <Tuple <int, int> > >());
}
if (!RepliesLookupTable[fi.Name].ContainsKey(RF.Label))
{
RepliesLookupTable[fi.Name].Add(RF.Label, new List <Tuple <int, int> >());
}
int str_ref = Randomize.Rng.Next(TLK_STRING_COUNT);
while (t.String_Data_Table[str_ref].StringText == "")
{
str_ref = Randomize.Rng.Next(TLK_STRING_COUNT);
}
var text = S.Fields.Where(x => x.Label == "Text").FirstOrDefault() as GFF.CExoLocString;
RepliesLookupTable[fi.Name][RF.Label].Add(new Tuple <int, int>(text.StringRef, str_ref));
text.StringRef = str_ref;
}
}
}
Array.Clear(RF.File_Data, 0, RF.File_Data.Length);
RF.File_Data = g.ToRawData();
}
r.WriteToFile(fi.FullName);
}
}
public static void item_rando(KPaths paths)
{
// Prepare lists for new randomization.
Max_Rando.Clear();
Type_Lists.Clear();
LookupTable.Clear();
// Load KEY file.
KEY k = new KEY(paths.chitin);
// Handle categories
HandleCategory(k, ArmbandsRegs, Properties.Settings.Default.RandomizeArmbands);
HandleCategory(k, ArmorRegs, Properties.Settings.Default.RandomizeArmor);
HandleCategory(k, BeltsRegs, Properties.Settings.Default.RandomizeBelts);
HandleCategory(k, BlastersRegs, Properties.Settings.Default.RandomizeBlasters);
HandleCategory(k, HidesRegs, Properties.Settings.Default.RandomizeHides);
HandleCategory(k, CreatureRegs, Properties.Settings.Default.RandomizeCreature);
HandleCategory(k, DroidRegs, Properties.Settings.Default.RandomizeDroid);
HandleCategory(k, GlovesRegs, Properties.Settings.Default.RandomizeGloves);
HandleCategory(k, GrenadesRegs, Properties.Settings.Default.RandomizeGrenades);
HandleCategory(k, ImplantsRegs, Properties.Settings.Default.RandomizeImplants);
HandleCategory(k, LightsabersRegs, Properties.Settings.Default.RandomizeLightsabers);
HandleCategory(k, MaskRegs, Properties.Settings.Default.RandomizeMask);
HandleCategory(k, MeleeRegs, Properties.Settings.Default.RandomizeMelee);
HandleCategory(k, MinesRegs, Properties.Settings.Default.RandomizeMines);
HandleCategory(k, PazRegs, Properties.Settings.Default.RandomizePaz);
HandleCategory(k, StimsRegs, Properties.Settings.Default.RandomizeStims);
HandleCategory(k, UpgradeRegs, Properties.Settings.Default.RandomizeUpgrade);
// Handle Various
switch (Properties.Settings.Default.RandomizeVarious)
{
default:
case RandomizationLevel.None:
break;
case RandomizationLevel.Type:
List <string> type = new List <string>(k.KeyTable.Where(x => Matches_None(x.ResRef) && !Is_Forbidden(x.ResRef) && x.ResourceType == (short)ResourceType.UTI).Select(x => x.ResRef));
Type_Lists.Add(type);
break;
case RandomizationLevel.Max:
Max_Rando.AddRange(k.KeyTable.Where(x => Matches_None(x.ResRef) && !Is_Forbidden(x.ResRef) && x.ResourceType == (short)ResourceType.UTI).Select(x => x.ResRef));
break;
}
// Omitted Items
foreach (var item in Globals.OmitItems)
{
LookupTable.Add(new Tuple <string, string>(item, item));
}
// Max Rando
List <string> Max_Rando_Iterator = new List <string>(Max_Rando);
Randomize.FisherYatesShuffle(Max_Rando);
int j = 0;
foreach (KEY.KeyEntry ke in k.KeyTable.Where(x => Max_Rando_Iterator.Contains(x.ResRef)))
{
LookupTable.Add(new Tuple <string, string>(ke.ResRef, Max_Rando[j]));
ke.ResRef = Max_Rando[j];
j++;
}
// Type Rando
foreach (List <string> li in Type_Lists)
{
List <string> type_copy = new List <string>(li);
Randomize.FisherYatesShuffle(type_copy);
j = 0;
foreach (KEY.KeyEntry ke in k.KeyTable.Where(x => li.Contains(x.ResRef)))
{
LookupTable.Add(new Tuple <string, string>(ke.ResRef, type_copy[j]));
ke.ResRef = type_copy[j];
j++;
}
}
k.WriteToFile(paths.chitin);
}
public static void sound_rando(KPaths paths)
{
// Prepare lists for new randomization.
MusicLookupTable.Clear();
SoundLookupTable.Clear();
// Get file collections
List <FileInfo> maxMusic = new List <FileInfo>();
List <FileInfo> maxSound = new List <FileInfo>();
List <FileInfo> musicFiles = new List <FileInfo>();
List <FileInfo> soundFiles = new List <FileInfo>();
if (Directory.Exists(paths.music_backup))
{
musicFiles = paths.FilesInMusicBackup.ToList();
}
if (Directory.Exists(paths.sounds_backup))
{
soundFiles = paths.FilesInSoundsBackup.ToList();
}
// Area Music
List <FileInfo> areaMusic = new List <FileInfo>();
foreach (var prefix in PrefixListAreaMusic)
{
areaMusic.AddRange(musicFiles.Where(f => f.Name.StartsWith(prefix, StringComparison.OrdinalIgnoreCase)));
}
if (Properties.Settings.Default.RemoveDmcaMusic)
{
areaMusic.RemoveAll(f => DmcaAreaMusic.Contains(f.Name)); // Remove DMCA music from the area list.
}
switch (Properties.Settings.Default.RandomizeAreaMusic)
{
case RandomizationLevel.Max:
maxMusic.AddRange(areaMusic);
break;
case RandomizationLevel.Type:
var randList = Randomize.RandomizeFiles(areaMusic, paths.music);
AddToMusicLookup(areaMusic, randList);
break;
case RandomizationLevel.Subtype:
case RandomizationLevel.None:
default:
break;
}
// Ambient Noise
List <FileInfo> ambientNoiseMusic = new List <FileInfo>();
foreach (var prefix in PrefixListNoise)
{
ambientNoiseMusic.AddRange(musicFiles.Where(f => f.Name.StartsWith(prefix, StringComparison.OrdinalIgnoreCase)));
}
List <FileInfo> ambientNoiseSound = new List <FileInfo>();
foreach (var prefix in PrefixListNoise)
{
ambientNoiseSound.AddRange(soundFiles.Where(f => f.Name.StartsWith(prefix, StringComparison.OrdinalIgnoreCase)));
}
switch (Properties.Settings.Default.RandomizeAmbientNoise)
{
case RandomizationLevel.Max:
maxMusic.AddRange(ambientNoiseMusic);
maxSound.AddRange(ambientNoiseSound);
break;
case RandomizationLevel.Type:
var randList = Randomize.RandomizeFiles(ambientNoiseMusic, paths.music);
AddToMusicLookup(ambientNoiseMusic, randList);
randList = Randomize.RandomizeFiles(ambientNoiseSound, paths.sounds);
AddToSoundLookup(ambientNoiseSound, randList);
break;
case RandomizationLevel.Subtype:
case RandomizationLevel.None:
default:
break;
}
// Battle Music
List <FileInfo> battleMusic = new List <FileInfo>(musicFiles.Where(f => RegexBattleMusic.IsMatch(f.Name)));
List <FileInfo> battleMusicEnd = new List <FileInfo>(soundFiles.Where(f => RegexBattleMusic.IsMatch(f.Name)));
switch (Properties.Settings.Default.RandomizeBattleMusic)
{
case RandomizationLevel.Max:
maxMusic.AddRange(battleMusic);
maxSound.AddRange(battleMusicEnd);
break;
case RandomizationLevel.Type:
var randList = Randomize.RandomizeFiles(battleMusic, paths.music);
AddToMusicLookup(battleMusic, randList);
randList = Randomize.RandomizeFiles(battleMusicEnd, paths.sounds);
AddToSoundLookup(battleMusicEnd, randList);
break;
case RandomizationLevel.Subtype:
case RandomizationLevel.None:
default:
break;
}
// Cutscene Noise
List <FileInfo> cutsceneNoise = new List <FileInfo>(musicFiles.Where(f => RegexCutscene.IsMatch(f.Name)));
cutsceneNoise.RemoveAll(f => f.Name.StartsWith("57.")); // Remove specific exception
switch (Properties.Settings.Default.RandomizeCutsceneNoise)
{
case RandomizationLevel.Max:
maxMusic.AddRange(cutsceneNoise);
break;
case RandomizationLevel.Type:
var randList = Randomize.RandomizeFiles(cutsceneNoise, paths.music);
AddToMusicLookup(cutsceneNoise, randList);
break;
case RandomizationLevel.Subtype:
case RandomizationLevel.None:
default:
break;
}
// Check if NPC and Party Sounds are combined
List <FileInfo> npcSounds = new List <FileInfo>(soundFiles.Where(f => RegexNPCSound.IsMatch(f.Name)));
List <FileInfo> partySounds = new List <FileInfo>(soundFiles.Where(f => RegexPartySound.IsMatch(f.Name)));
//if (MixNpcAndPartySounds) // Functionality Disabled
//{
// npcSounds.AddRange(partySounds);
//}
//else
{
// Party Sounds (if not mixing)
switch (Properties.Settings.Default.RandomizePartySounds)
{
case RandomizationLevel.Max:
maxSound.AddRange(partySounds);
break;
case RandomizationLevel.Type:
var randList = Randomize.RandomizeFiles(partySounds, paths.sounds);
AddToSoundLookup(partySounds, randList);
break;
case RandomizationLevel.Subtype:
RandomizeSoundActions(partySounds, paths.sounds);
break;
case RandomizationLevel.None:
default:
break;
}
}
//// NPC Sounds (or both if mixing) // Functionality Disabled
//switch (RandomizeNpcSounds)
//{
// case RandomizationLevel.Max:
// maxSound.AddRange(npcSounds);
// break;
// case RandomizationLevel.Type:
// Randomize.RandomizeFiles(npcSounds, SoundsPath);
// break;
// case RandomizationLevel.Subtype:
// RandomizeSoundActions(npcSounds, SoundsPath);
// break;
// case RandomizationLevel.None:
// default:
// break;
//}
// Max Randomizations
if (maxMusic.Any())
{
var randList = Randomize.RandomizeFiles(maxMusic, paths.music);
AddToMusicLookup(maxMusic, randList);
}
if (maxSound.Any())
{
var randList = Randomize.RandomizeFiles(maxSound, paths.sounds);
AddToSoundLookup(maxSound, randList);
}
// Overwrite DMCA music with alternatives
if (Properties.Settings.Default.RemoveDmcaMusic)
{
var orig = new List <FileInfo>();
var rand = new List <FileInfo>();
foreach (var fi in musicFiles.Where(f => DmcaAreaMusic.Contains(f.Name)))
{
var replacement = areaMusic[Randomize.Rng.Next(areaMusic.Count)];
File.Copy(replacement.FullName, Path.Combine(paths.music, fi.Name), true);
orig.Add(fi);
rand.Add(replacement);
}
AddToMusicLookup(orig, rand);
}
}
public static void model_rando(KPaths paths)
{
const int MAX_CHAR_INDEX = 509;
const int MIN_DOOR_INDEX_BROKEN = 13;
const int MAX_DOOR_INDEX = 65;
const int MAX_PLAC_INDEX = 232;
const string CHAR_2DA = "appearance";
const string DOOR_2DA = "genericdoors";
const string PLAC_2DA = "placeables";
const string COL_LABEL = "label";
LookupTable.Clear();
BIF bif = new BIF(Path.Combine(paths.data, "2da.bif"));
KEY key = new KEY(paths.chitin);
bif.AttachKey(key, "data\\2da.bif");
var charVRE = bif.VariableResourceTable.Where(x => x.ResRef == CHAR_2DA).FirstOrDefault();
var doorVRE = bif.VariableResourceTable.Where(x => x.ResRef == DOOR_2DA).FirstOrDefault();
var placVRE = bif.VariableResourceTable.Where(x => x.ResRef == PLAC_2DA).FirstOrDefault();
TwoDA char2DA = new TwoDA(charVRE.EntryData, charVRE.ResRef);
TwoDA door2DA = new TwoDA(doorVRE.EntryData, doorVRE.ResRef);
TwoDA plac2DA = new TwoDA(placVRE.EntryData, placVRE.ResRef);
// Check if the floor panel fix is enabled.
bool isFloorPanelActive = (Properties.Settings.Default.RandomizePlaceModels & 8) > 0;
var catacombsFile = AREA_UNK_CATACOMBS;
// Check if modules have been randomized.
var moduleFiles = paths.FilesInModules.ToList();
if (ModuleRando.LookupTable.Any())
{
// If randomized, ensure module files are processed in the same order every time.
var sortedLookup = ModuleRando.LookupTable.OrderBy(kvp => kvp.Key);
var newList = new List<FileInfo>();
foreach (var kvp in sortedLookup)
{
// Find the file that has replaced the catacombs for the floor panel fix.
if (kvp.Key == AREA_UNK_CATACOMBS) catacombsFile = kvp.Value;
// Add the files to modify to the new list in proper order.
var filesToAdd = moduleFiles.Where(fi => fi.Name.Contains(kvp.Value));
newList.AddRange(filesToAdd);
}
moduleFiles = newList;
}
// Loop through each file and randomize the requested model types.
foreach (FileInfo fi in moduleFiles)
{
RIM r = new RIM(fi.FullName);
LookupTable.Add(fi.Name, new Dictionary<string, Dictionary<string, Tuple<int, string, int, string>>>());
// Doors
if ((Properties.Settings.Default.RandomizeDoorModels & 1) > 0)
{
LookupTable[fi.Name].Add(DOOR, new Dictionary<string, Tuple<int, string, int, string>>());
foreach (RIM.rFile rf in r.File_Table.Where(x => x.TypeID == (int)ResourceType.UTD))
{
GFF g = new GFF(rf.File_Data);
int randAppear = 0; //The randomly generated Appearance ID
//Generate the random appearacne values before ommitting airlock, to create more seed consistancy
if ((Properties.Settings.Default.RandomizeDoorModels & 4) > 0) // Broken Doors
{
randAppear = Randomize.Rng.Next(MIN_DOOR_INDEX_BROKEN, MAX_DOOR_INDEX); // First 12 doors are open so this is easier
}
else
{
randAppear = Randomize.Rng.Next(0, MAX_DOOR_INDEX);
}
// Airlock
if ((Properties.Settings.Default.RandomizeDoorModels & 2) > 0 &&
(g.Top_Level.Fields.Where(f => f.Label == LBL_LOC_NAME).FirstOrDefault() as GFF.CExoLocString).StringRef == 21080)
{
continue;
}
//Get Info from Door2DA for the Spoiler Log
var field = g.Top_Level.Fields.Where(f => f.Label == LBL_GENERIC_TYPE).FirstOrDefault() as GFF.BYTE;
int id = (int)field.Value;
var label_old = door2DA.Data[COL_LABEL][id];
var label_new = door2DA.Data[COL_LABEL][randAppear];
LookupTable[fi.Name][DOOR].Add(rf.Label, new Tuple<int, string, int, string>(id, label_old, randAppear, label_new));
//Change the appearance value
(g.Top_Level.Fields.Where(f => f.Label == LBL_GENERIC_TYPE).FirstOrDefault() as GFF.BYTE).Value = (byte)randAppear;
rf.File_Data = g.ToRawData();
}
}
// Placeables
if ((Properties.Settings.Default.RandomizePlaceModels & 1) > 0)
{
LookupTable[fi.Name].Add(PLACEABLE, new Dictionary<string, Tuple<int, string, int, string>>());
// Check if floor panels should be replaced with valid placeables.
bool useValidFloorPanels = isFloorPanelActive && fi.Name.Contains(catacombsFile);
foreach (RIM.rFile rf in r.File_Table.Where(k => k.TypeID == (int)ResourceType.UTP))
{
GFF g = new GFF(rf.File_Data);
// If this is a broken placeable, skip it.
if (Globals.BROKEN_PLACE.Contains((int)(g.Top_Level.Fields.Where(f => f.Label == LBL_APPEARANCE).FirstOrDefault() as GFF.DWORD).Value)) { continue; }
int randAppear = 0;
// Randomly generate a valid replacement for the "Lights Out" panels.
if (useValidFloorPanels && (rf.Label.StartsWith(LABEL_UNK_FLPNL) || rf.Label == LABEL_UNK_RESETPANEL))
{
randAppear = Globals.PANEL_PLACE[Randomize.Rng.Next(0, Globals.PANEL_PLACE.Count)];
}
else
{
// Generate a random appearance for this placeable.
bool isBroken = false;
bool isLarge = false;
do
{
randAppear = Randomize.Rng.Next(0, MAX_PLAC_INDEX);
isBroken = ((Properties.Settings.Default.RandomizePlaceModels & 4) > 0) && Globals.BROKEN_PLACE.Contains(randAppear); // Always Satisfied if Broken omission disbaled
isLarge = ((Properties.Settings.Default.RandomizePlaceModels & 2) > 0) && Globals.LARGE_PLACE.Contains(randAppear); // Always satisifed if Large omission disabled
}
while (isBroken || isLarge);
}
var field = g.Top_Level.Fields.Where(f => f.Label == LBL_APPEARANCE).FirstOrDefault() as GFF.DWORD;
int id = (int)field.Value;
var label_old = plac2DA.Data[COL_LABEL][id];
var label_new = plac2DA.Data[COL_LABEL][randAppear];
LookupTable[fi.Name][PLACEABLE].Add(rf.Label, new Tuple<int, string, int, string>(id, label_old, randAppear, label_new));
// Change the appearance value.
(g.Top_Level.Fields.Where(f => f.Label == LBL_APPEARANCE).FirstOrDefault() as GFF.DWORD).Value = (uint)randAppear;
rf.File_Data = g.ToRawData();
}
}
// Characters
if ((Properties.Settings.Default.RandomizeCharModels & 1) > 0)
{
LookupTable[fi.Name].Add(CHARACTER, new Dictionary<string, Tuple<int, string, int, string>>());
foreach (RIM.rFile rf in r.File_Table.Where(k => k.TypeID == (int)ResourceType.UTC))
{
GFF g = new GFF(rf.File_Data);
int randAppear = 0;
bool isBroken = false;
bool isLarge = false;
do
{
randAppear = Randomize.Rng.Next(0, MAX_CHAR_INDEX);
isBroken = ((Properties.Settings.Default.RandomizeCharModels & 4) > 0) && Globals.BROKEN_CHARS.Contains(randAppear); // Always Satisfied if Broken omission disabled
isLarge = ((Properties.Settings.Default.RandomizeCharModels & 2) > 0) && Globals.LARGE_CHARS.Contains(randAppear); // Always satisifed if Large omission disabled
}
while (isBroken || isLarge);
var field = g.Top_Level.Fields.Where(f => f.Label == LBL_APPEARANCE_TYPE).FirstOrDefault() as GFF.WORD;
int id = (int)field.Value;
var label_old = char2DA.Data[COL_LABEL][id];
var label_new = char2DA.Data[COL_LABEL][randAppear];
LookupTable[fi.Name][CHARACTER].Add(rf.Label, new Tuple<int, string, int, string>(id, label_old, randAppear, label_new));
(g.Top_Level.Fields.Where(f => f.Label == LBL_APPEARANCE_TYPE).FirstOrDefault() as GFF.WORD).Value = (ushort)randAppear;
rf.File_Data = g.ToRawData();
}
}
r.WriteToFile(fi.FullName);
}
}
// Populates and shuffles the the modules flagged to be randomized. Returns true if override files should be added.
public static void Module_rando(KPaths paths)
{
// Set up the bound module collection if it hasn't been already.
if (!Properties.Settings.Default.ModulesInitialized)
{
Globals.BoundModules.Clear();
foreach (string s in Globals.MODULES)
{
Globals.BoundModules.Add(new Globals.Mod_Entry(s, true));
}
Properties.Settings.Default.ModulesInitialized = true;
}
//if (!Properties.Settings.Default.ModulePresetSelected)
//{
// //Figure something out here
//}
// Split the Bound modules into their respective lists.
List <string> ExcludedModules = Globals.BoundModules.Where(x => x.Omitted).Select(x => x.Name).ToList();
List <string> IncludedModules = Globals.BoundModules.Where(x => !x.Omitted).Select(x => x.Name).ToList();
// Shuffle the list of included modules.
List <string> ShuffledModules = IncludedModules.ToList();
Randomize.FisherYatesShuffle(ShuffledModules);
// Copy shuffled modules into the base directory.
Dictionary <string, string> LookupTable = new Dictionary <string, string>(); // Create lookup table to find a given module's new "name".
for (int i = 0; i < IncludedModules.Count; i++)
{
LookupTable.Add(IncludedModules[i], ShuffledModules[i]);
File.Copy($"{paths.modules_backup}{IncludedModules[i]}.rim", $"{paths.modules}{ShuffledModules[i]}.rim", true);
File.Copy($"{paths.modules_backup}{IncludedModules[i]}_s.rim", $"{paths.modules}{ShuffledModules[i]}_s.rim", true);
File.Copy($"{paths.lips_backup}{IncludedModules[i]}_loc.mod", $"{paths.lips}{ShuffledModules[i]}_loc.mod", true);
}
// Copy excluded, untouched modules into the base directory.
foreach (string name in ExcludedModules)
{
LookupTable.Add(name, name);
File.Copy($"{paths.modules_backup}{name}.rim", $"{paths.modules}{name}.rim", true);
File.Copy($"{paths.modules_backup}{name}_s.rim", $"{paths.modules}{name}_s.rim", true);
File.Copy($"{paths.lips_backup}{name}_loc.mod", $"{paths.lips}{name}_loc.mod", true);
}
// Copy lips extras into the base directory.
foreach (string name in Globals.lipXtras)
{
File.Copy($"{paths.lips_backup}{name}", $"{paths.lips}{name}", true);
}
// Write additional override files.
string moduleSavePath = Path.Combine(paths.Override, TwoDA_MODULE_SAVE);
ModuleExtras saveFileExtras = Properties.Settings.Default.ModuleExtrasValue & (ModuleExtras.SaveAllModules | ModuleExtras.SaveMiniGames | ModuleExtras.NoSaveDelete);
//if (0 == (saveFileExtras ^ (ModuleExtras.Default)))
//{
// // 0b000 - Milestone Delete (Default)
// // Do nothing.
//}
if (0 == (saveFileExtras ^ (ModuleExtras.NoSaveDelete)))
{
// 0b001 - No Milestone Delete
File.WriteAllBytes(moduleSavePath, Properties.Resources.NODELETE_modulesave);
}
if (0 == (saveFileExtras ^ (ModuleExtras.SaveMiniGames)))
{
// 0b010 - Include Minigames | Milestone Delete
File.WriteAllBytes(moduleSavePath, Properties.Resources.MGINCLUDED_modulesave);
}
if (0 == (saveFileExtras ^ (ModuleExtras.NoSaveDelete | ModuleExtras.SaveMiniGames)))
{
// 0b011 - Include Minigames | No Milestone Delete
File.WriteAllBytes(moduleSavePath, Properties.Resources.NODELETE_MGINCLUDED_modulesave);
}
if (0 == (saveFileExtras ^ (ModuleExtras.SaveAllModules)) ||
0 == (saveFileExtras ^ (ModuleExtras.SaveMiniGames | ModuleExtras.SaveAllModules)))
{
// Treat both the same.
// 0b100 - Include All Modules | Milestone Delete
// 0b110 - Include All Modules | Include Minigames | Milestone Delete
File.WriteAllBytes(moduleSavePath, Properties.Resources.ALLINCLUDED_modulesave);
}
if (0 == (saveFileExtras ^ (ModuleExtras.NoSaveDelete | ModuleExtras.SaveAllModules)) ||
0 == (saveFileExtras ^ (ModuleExtras.NoSaveDelete | ModuleExtras.SaveMiniGames | ModuleExtras.SaveAllModules)))
{
// Treat both the same.
// 0b101 - Include All Modules | No Milestone Delete
// 0b111 - Include All Modules | Include Minigames | No Milestone Delete
File.WriteAllBytes(moduleSavePath, Properties.Resources.NODELETE_ALLINCLUDED_modulesave);
}
if (Properties.Settings.Default.ModuleExtrasValue.HasFlag(ModuleExtras.FixDream))
{
File.WriteAllBytes(Path.Combine(paths.Override, FIXED_DREAM_OVERRIDE), Properties.Resources.k_ren_visionland);
}
if (Properties.Settings.Default.ModuleExtrasValue.HasFlag(ModuleExtras.UnlockGalaxyMap))
{
File.WriteAllBytes(Path.Combine(paths.Override, UNLOCK_MAP_OVERRIDE), Properties.Resources.k_pebn_galaxy);
}
// Fix warp coordinates.
if (Properties.Settings.Default.ModuleExtrasValue.HasFlag(ModuleExtras.FixCoordinates))
{
// Create a lookup for modules needing coordinate fix with their newly shuffled FileInfos.
var shuffleFileLookup = new Dictionary <string, FileInfo>();
foreach (var key in Globals.FIXED_COORDINATES.Keys)
{
shuffleFileLookup.Add(key, paths.FilesInModules.FirstOrDefault(fi => fi.Name.Contains(LookupTable[key])));
}
foreach (var kvp in shuffleFileLookup)
{
// Set up objects.
RIM r = new RIM(kvp.Value.FullName);
RIM.rFile rf = r.File_Table.Where(x => x.TypeID == (int)ResourceType.IFO).FirstOrDefault();
GFF g = new GFF(rf.File_Data);
// Update coordinate data.
g.Field_Array.Where(x => x.Label == Properties.Resources.ModuleEntryX).FirstOrDefault().DataOrDataOffset = Globals.FIXED_COORDINATES[kvp.Key].Item1;
g.Field_Array.Where(x => x.Label == Properties.Resources.ModuleEntryY).FirstOrDefault().DataOrDataOffset = Globals.FIXED_COORDINATES[kvp.Key].Item2;
g.Field_Array.Where(x => x.Label == Properties.Resources.ModuleEntryZ).FirstOrDefault().DataOrDataOffset = Globals.FIXED_COORDINATES[kvp.Key].Item3;
// Write updated data to RIM file.
rf.File_Data = g.ToRawData();
r.WriteToFile(kvp.Value.FullName);
}
}
// Fixed Rakata riddle Man in Mind Prison.
if (Properties.Settings.Default.ModuleExtrasValue.HasFlag(ModuleExtras.FixMindPrison))
{
// Find the files associated with AREA_MYSTERY_BOX.
var files = paths.FilesInModules.Where(fi => fi.Name.Contains(LookupTable[AREA_MYSTERY_BOX]));
foreach (FileInfo fi in files)
{
// Skip any files that don't end in "s.rim".
if (fi.Name[fi.Name.Length - 5] != 's')
{
continue;
}
// Check the RIM's File_Table for any rFiles labeled with LABEL_MIND_PRISON.
RIM r = new RIM(fi.FullName);
if (r.File_Table.Where(x => x.Label == LABEL_MIND_PRISON).Any())
{
bool offadjust = false;
foreach (RIM.rFile rf in r.File_Table)
{
// For the rFile with LABEL_MIND_PRISON, update the file data with the fix.
if (rf.Label == LABEL_MIND_PRISON)
{
rf.File_Data = Properties.Resources.g_brakatan003;
rf.DataSize += 192;
offadjust = true;
continue;
}
// For rFiles after LABEL_MIND_PRISON, add the additional data offset.
if (offadjust)
{
rf.DataOffset += 192;
}
}
// Write updated RIM data to file.
r.WriteToFile(fi.FullName);
}
}
}
}
public static void other_rando(KPaths paths)
{
// NameGen
if (Properties.Settings.Default.RandomizeNameGen)
{
List <string> male_names = Properties.Settings.Default.FirstnamesM.Cast <string>().Select(x => x.Trim()).Where(x => x.Length > 2).ToList();
LTR ltr_male_names = new LTR(male_names);
List <string> female_names = Properties.Settings.Default.FirstnamesF.Cast <string>().Select(x => x.Trim()).Where(x => x.Length > 2).ToList();
LTR ltr_female_names = new LTR(female_names);
List <string> last_names = Properties.Settings.Default.Lastnames.Cast <string>().Select(x => x.Trim()).Where(x => x.Length > 2).ToList();
LTR ltr_last_names = new LTR(last_names);
if (male_names.Any())
{
ltr_male_names.WriteToFile(paths.Override + "humanm.ltr");
}
if (female_names.Any())
{
ltr_female_names.WriteToFile(paths.Override + "humanf.ltr");
}
if (last_names.Any())
{
ltr_last_names.WriteToFile(paths.Override + "humanl.ltr");
}
}
// Polymorph
// Random NPC Pazaak Decks
if (Properties.Settings.Default.RandomizePazaakDecks)
{
string ops = "+-*";
BIF b = new BIF(paths.data + "\\2da.bif");
KEY k = new KEY(paths.chitin_backup);
b.AttachKey(k, "data\\2da.bif");
var resource = b.VariableResourceTable.Where(x => x.ResRef == PAZAAKDECKS_RESREF).FirstOrDefault();
if (resource == null)
{
throw new ArgumentOutOfRangeException($"The ResRef \"{PAZAAKDECKS_RESREF}\" could not be found.");
}
TwoDA t = new TwoDA(resource.EntryData, PAZAAKDECKS_RESREF);
foreach (string c in t.Columns)
{
if (c == DECKNAME_COLUMN)
{
continue;
}
// [+-*][1-6]
// "" + ops[Randomize.Rng.Next(0, 3)] + Convert.ToString(Randomize.Rng.Next(1, 7));
t.Data[c][0] = $"{ops[Randomize.Rng.Next(0, 3)]}{Convert.ToString(Randomize.Rng.Next(1, 7))}";
t.Data[c][1] = $"{ops[Randomize.Rng.Next(0, 3)]}{Convert.ToString(Randomize.Rng.Next(1, 7))}";
t.Data[c][2] = $"{ops[Randomize.Rng.Next(0, 3)]}{Convert.ToString(Randomize.Rng.Next(1, 7))}";
t.Data[c][3] = $"{ops[Randomize.Rng.Next(0, 3)]}{Convert.ToString(Randomize.Rng.Next(1, 7))}";
}
t.WriteToDirectory(paths.Override);
}
}
public static void model_rando(KPaths paths)
{
foreach (FileInfo fi in paths.FilesInModules)
{
RIM r = new RIM(fi.FullName);
// Doors
if ((Properties.Settings.Default.RandomizeDoorModels & 1) > 0)
{
foreach (RIM.rFile rf in r.File_Table.Where(x => x.TypeID == (int)ResourceType.UTD))
{
GFF g = new GFF(rf.File_Data);
int temp = 0;
if ((Properties.Settings.Default.RandomizeDoorModels & 4) > 0) // Broken Doors
{
temp = Randomize.Rng.Next(13, 64); // First 12 doors are open so this is easier
}
else
{
temp = Randomize.Rng.Next(0, 64);
}
// Airlock
if ((Properties.Settings.Default.RandomizeDoorModels & 2) > 0 && (g.Field_Array.Where(x => x.Label == "LocName").FirstOrDefault().Field_Data as GFF.CExoLocString).StringRef == 21080)
{
continue;
}
g.Field_Array.Where(k => k.Label == "GenericType").FirstOrDefault().Field_Data = temp;
g.Field_Array.Where(k => k.Label == "GenericType").FirstOrDefault().DataOrDataOffset = temp;
MemoryStream ms = new MemoryStream();
rf.File_Data = g.ToRawData();
}
}
//Placeables
if ((Properties.Settings.Default.RandomizePlaceModels & 1) > 0)
{
foreach (RIM.rFile rf in r.File_Table.Where(k => k.TypeID == 2044))
{
GFF g = new GFF(rf.File_Data);
int temp = Randomize.Rng.Next(0, 231);
bool broken_satisfied = !((Properties.Settings.Default.RandomizePlaceModels & 4) > 0) || !Globals.BROKEN_PLACE.Contains(temp); //Always Satisfied if Broken omission disbaled
bool large_satisfied = !((Properties.Settings.Default.RandomizePlaceModels & 2) > 0) || !Globals.LARGE_PLACE.Contains(temp); //Always satisifed if Large omission disabled
while (!(broken_satisfied && large_satisfied))
{
temp = Randomize.Rng.Next(0, 231);
broken_satisfied = !((Properties.Settings.Default.RandomizePlaceModels & 4) > 0) || !Globals.BROKEN_PLACE.Contains(temp); //Always Satisfied if Broken omission disbaled
large_satisfied = !((Properties.Settings.Default.RandomizePlaceModels & 2) > 0) || !Globals.LARGE_PLACE.Contains(temp); //Always satisifed if Large omission disabled
}
g.Field_Array.Where(k => k.Label == "Appearance").FirstOrDefault().Field_Data = temp;
g.Field_Array.Where(k => k.Label == "Appearance").FirstOrDefault().DataOrDataOffset = temp;
MemoryStream ms = new MemoryStream();
rf.File_Data = g.ToRawData();
}
}
//Characters
if ((Properties.Settings.Default.RandomizeCharModels & 1) > 0)
{
foreach (RIM.rFile rf in r.File_Table.Where(k => k.TypeID == 2027))
{
GFF g = new GFF(rf.File_Data);
int temp = Randomize.Rng.Next(0, 508);
bool broken_satisfied = !((Properties.Settings.Default.RandomizeCharModels & 4) > 0) || !Globals.BROKEN_CHARS.Contains(temp); //Always Satisfied if Broken omission disbaled
bool large_satisfied = !((Properties.Settings.Default.RandomizeCharModels & 2) > 0) || !Globals.LARGE_CHARS.Contains(temp); //Always satisifed if Large omission disabled
while (!(broken_satisfied && large_satisfied))
{
temp = Randomize.Rng.Next(0, 508);
broken_satisfied = !((Properties.Settings.Default.RandomizeCharModels & 4) > 0) || !Globals.BROKEN_CHARS.Contains(temp); //Always Satisfied if Broken omission disbaled
large_satisfied = !((Properties.Settings.Default.RandomizeCharModels & 2) > 0) || !Globals.LARGE_CHARS.Contains(temp); //Always satisifed if Large omission disabled
}
g.Field_Array.Where(k => k.Label == "Appearance_Type").FirstOrDefault().Field_Data = temp;
g.Field_Array.Where(k => k.Label == "Appearance_Type").FirstOrDefault().DataOrDataOffset = temp;
MemoryStream ms = new MemoryStream();
rf.File_Data = g.ToRawData();
}
}
r.WriteToFile(fi.FullName);
}
}
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);
}
public static void other_rando(KPaths paths)
{
// NameGen
if (Properties.Settings.Default.RandomizeNameGen)
{
List <string> male_names = Properties.Settings.Default.FirstnamesM.Cast <string>().Select(x => x.Trim()).Where(x => x.Length > 2).ToList();
LTR ltr_male_names = new LTR(male_names);
List <string> female_names = Properties.Settings.Default.FirstnamesF.Cast <string>().Select(x => x.Trim()).Where(x => x.Length > 2).ToList();
LTR ltr_female_names = new LTR(female_names);
List <string> last_names = Properties.Settings.Default.Lastnames.Cast <string>().Select(x => x.Trim()).Where(x => x.Length > 2).ToList();
LTR ltr_last_names = new LTR(last_names);
if (male_names.Any())
{
NameGenLookup.Add(NAME_GEN_MALE, male_names);
ltr_male_names.WriteToFile(paths.Override + "humanm.ltr");
}
if (female_names.Any())
{
NameGenLookup.Add(NAME_GEN_FEMALE, female_names);
ltr_female_names.WriteToFile(paths.Override + "humanf.ltr");
}
if (last_names.Any())
{
NameGenLookup.Add(NAME_GEN_LAST, last_names);
ltr_last_names.WriteToFile(paths.Override + "humanl.ltr");
}
}
// Polymorph
if (Properties.Settings.Default.PolymorphMode)
{
BIF b = new BIF(paths.data + "templates.bif");
KEY k = new KEY(paths.chitin);
b.AttachKey(k, "data\\templates.bif");
foreach (var res in b.VariableResourceTable.Where(x => x.ResourceType == ResourceType.UTI))
{
GFF g = new GFF(res.EntryData);
int item_basetype = (g.Top_Level.Fields.Where(x => x.Label == "BaseItem").FirstOrDefault() as GFF.INT).Value;
//ignore items that can't be equipped in the chest slot
if ((item_basetype < 35 || item_basetype > 43) && (item_basetype < 66 || item_basetype > 68) && item_basetype != 85 && item_basetype != 89)
{
continue;
}
ushort rando_appearance = 0;
while (Globals.BROKEN_CHARS.Contains((int)rando_appearance) || Globals.LARGE_CHARS.Contains((int)rando_appearance))
{
rando_appearance = (ushort)Randomize.Rng.Next(508);
}
//STRUCT that gives an item the "disguise" property
GFF.STRUCT disguise_prop = new GFF.STRUCT("", 0,
new List <GFF.FIELD>()
{
new GFF.BYTE("ChanceAppear", 100),
new GFF.BYTE("CostTable", 0),
new GFF.WORD("CostValue", 0),
new GFF.BYTE("Param1", 255),
new GFF.BYTE("Param1Value", 0),
new GFF.WORD("PropertyName", 59), //Disguise property
new GFF.WORD("Subtype", rando_appearance), //The random appearance value (same values used in model rando)
}
);
//Adds the disguise property to the UTI's property list
(g.Top_Level.Fields.Where(x => x.Label == "PropertiesList").FirstOrDefault() as GFF.LIST).Structs.Add(disguise_prop);
PolymorphLookupTable.Add(res.ResRef, rando_appearance);
g.WriteToFile(paths.Override + res.ResRef + ".uti");
}
}
// Random NPC Pazaak Decks
if (Properties.Settings.Default.RandomizePazaakDecks)
{
string ops = "+-*";
BIF b = new BIF(paths.data + "2da.bif");
KEY k = new KEY(paths.chitin_backup);
b.AttachKey(k, "data\\2da.bif");
var resource = b.VariableResourceTable.Where(x => x.ResRef == PAZAAKDECKS_RESREF).FirstOrDefault();
if (resource == null)
{
throw new ArgumentOutOfRangeException($"The ResRef \"{PAZAAKDECKS_RESREF}\" could not be found.");
}
TwoDA t = new TwoDA(resource.EntryData, PAZAAKDECKS_RESREF);
foreach (string c in t.Columns)
{
if (c == DECKNAME_COLUMN)
{
NpcPazaakLookupTable.Add(c, new List <Tuple <string, string> >()
{
new Tuple <string, string>(t.Data[c][0], t.Data[c][0]),
new Tuple <string, string>(t.Data[c][1], t.Data[c][1]),
new Tuple <string, string>(t.Data[c][2], t.Data[c][2]),
new Tuple <string, string>(t.Data[c][3], t.Data[c][3]),
});
continue;
}
NpcPazaakLookupTable.Add(c, new List <Tuple <string, string> >());
// [+-*][1-6]
// "" + ops[Randomize.Rng.Next(0, 3)] + Convert.ToString(Randomize.Rng.Next(1, 7));
var card0 = $"{ops[Randomize.Rng.Next(0, 3)]}{Convert.ToString(Randomize.Rng.Next(1, 7))}";
var card1 = $"{ops[Randomize.Rng.Next(0, 3)]}{Convert.ToString(Randomize.Rng.Next(1, 7))}";
var card2 = $"{ops[Randomize.Rng.Next(0, 3)]}{Convert.ToString(Randomize.Rng.Next(1, 7))}";
var card3 = $"{ops[Randomize.Rng.Next(0, 3)]}{Convert.ToString(Randomize.Rng.Next(1, 7))}";
NpcPazaakLookupTable[c].Add(new Tuple <string, string>(t.Data[c][0], card0));
NpcPazaakLookupTable[c].Add(new Tuple <string, string>(t.Data[c][1], card1));
NpcPazaakLookupTable[c].Add(new Tuple <string, string>(t.Data[c][2], card2));
NpcPazaakLookupTable[c].Add(new Tuple <string, string>(t.Data[c][3], card3));
t.Data[c][0] = card0;
t.Data[c][1] = card1;
t.Data[c][2] = card2;
t.Data[c][3] = card3;
}
t.WriteToDirectory(paths.Override);
}
// Party Rando
if (Properties.Settings.Default.RandomizePartyMembers)
{
BIF b = new BIF(paths.data + "templates.bif");
KEY k = new KEY(paths.chitin_backup);
b.AttachKey(k, "data\\templates.bif");
foreach (var ID in Party_IDs)
{
// Find a creature that isn't this party member
var charsList = b.VariableResourceTable.Where(x => x.ResourceType == ResourceType.UTC).ToList();
var character = charsList.First(x => x.ResRef == ID.Item2);
BIF.VariableResourceEntry resource;
GFF g;
do
{
int randoIndex = Randomize.Rng.Next(charsList.Count);
resource = charsList[randoIndex];
if (resource.ResRef != character.ResRef && !InvalidPartyMembers.Contains(resource.ResRef))
{
// Potentially valid party member. Check against broken and large characters.
g = new GFF(resource.EntryData);
var appearance = g.Top_Level.Fields.First(x => x.Label == ModelRando.LBL_APPEARANCE_TYPE) as GFF.WORD;
if (!Globals.BROKEN_CHARS.Contains(appearance.Value) && !Globals.LARGE_CHARS.Contains(appearance.Value))
{
break; // Character is valid.
}
}
// Character is invalid, broken, or large. Skip it.
Console.WriteLine($"Skipped invalid party member ({resource.ResRef}) when randomizing {ID.Item2}.");
}while (true);
PartyLookupTable.Add(ID.Item3, resource.ResRef);
GFF gOld = new GFF(character.EntryData);
ushort portraitId = (gOld.Top_Level.Fields.Where(x => x.Label == "PortraitId").FirstOrDefault() as GFF.WORD)?.Value ?? 0;
// Turns creature file into a playable companion replacing the current party member.
(g.Top_Level.Fields.Where(x => x.Label == "Conversation").FirstOrDefault() as GFF.ResRef).Reference = ID.Item1;
(g.Top_Level.Fields.Where(x => x.Label == "Tag").FirstOrDefault() as GFF.CExoString).CEString = ID.Item3;
(g.Top_Level.Fields.Where(x => x.Label == "TemplateResRef").FirstOrDefault() as GFF.ResRef).Reference = ID.Item2;
(g.Top_Level.Fields.Where(x => x.Label == "NoPermDeath").FirstOrDefault() as GFF.BYTE).Value = 1;
(g.Top_Level.Fields.Where(x => x.Label == "FactionID").FirstOrDefault() as GFF.WORD).Value = 2;
// Give new companion the old companion's portrait.
if (g.Top_Level.Fields.Where(x => x.Label == "PortraitId").FirstOrDefault() is GFF.WORD field)
{
field.Value = portraitId;
}
// Henchmen script suite.
(g.Top_Level.Fields.Where(x => x.Label == "ScriptHeartbeat").FirstOrDefault() as GFF.ResRef).Reference = "k_hen_heartbt01";
(g.Top_Level.Fields.Where(x => x.Label == "ScriptOnNotice").FirstOrDefault() as GFF.ResRef).Reference = "k_hen_percept01";
(g.Top_Level.Fields.Where(x => x.Label == "ScriptSpellAt").FirstOrDefault() as GFF.ResRef).Reference = "";
(g.Top_Level.Fields.Where(x => x.Label == "ScriptAttacked").FirstOrDefault() as GFF.ResRef).Reference = "k_hen_attacked01";
(g.Top_Level.Fields.Where(x => x.Label == "ScriptDamaged").FirstOrDefault() as GFF.ResRef).Reference = "k_hen_damage01";
(g.Top_Level.Fields.Where(x => x.Label == "ScriptDisturbed").FirstOrDefault() as GFF.ResRef).Reference = "";
(g.Top_Level.Fields.Where(x => x.Label == "ScriptEndRound").FirstOrDefault() as GFF.ResRef).Reference = "k_hen_combend01";
(g.Top_Level.Fields.Where(x => x.Label == "ScriptEndDialogu").FirstOrDefault() as GFF.ResRef).Reference = "";
(g.Top_Level.Fields.Where(x => x.Label == "ScriptDialogue").FirstOrDefault() as GFF.ResRef).Reference = "k_hen_dialogue01";
(g.Top_Level.Fields.Where(x => x.Label == "ScriptSpawn").FirstOrDefault() as GFF.ResRef).Reference = "k_hen_spawn01";
(g.Top_Level.Fields.Where(x => x.Label == "ScriptRested").FirstOrDefault() as GFF.ResRef).Reference = "";
(g.Top_Level.Fields.Where(x => x.Label == "ScriptDeath").FirstOrDefault() as GFF.ResRef).Reference = "";
(g.Top_Level.Fields.Where(x => x.Label == "ScriptOnBlocked").FirstOrDefault() as GFF.ResRef).Reference = "k_hen_blocked01";
(g.Top_Level.Fields.Where(x => x.Label == "ScriptUserDefine").FirstOrDefault() as GFF.ResRef).Reference = "";
// Add a Dummy Feat to prevent the feats menu from crashing.
(g.Top_Level.Fields.Where(x => x.Label == "FeatList").FirstOrDefault() as GFF.LIST).Structs.Add(new GFF.STRUCT("", 1, new List <GFF.FIELD>()
{
new GFF.WORD("Feat", 27)
}));
// If they are a Jedi class, add a Power to prevent powers menu from crashing.
var charClassList = g.Top_Level.Fields.First(x => x.Label == "ClassList") as GFF.LIST;
foreach (var classStruct in charClassList.Structs)
{
var charClassValue = (classStruct.Fields.First(x => x.Label == "Class") as GFF.INT).Value;
if (charClassValue == 3 || // Jedi Guardian
charClassValue == 4 || // Jedi Consular
charClassValue == 5) // Jedi Sentinel
{
// Build a power to add to the list.
GFF.STRUCT affectMind = new GFF.STRUCT("", 3, new List <GFF.FIELD>()
{
new GFF.WORD("Spell", 6),
new GFF.BYTE("SpellMetaMagic", 0),
new GFF.BYTE("SpellFlags", 1),
});
if (!(classStruct.Fields.FirstOrDefault(x => x.Label == "KnownList0") is GFF.LIST knownList))
{
// KnownList0 doesn't exist. Create it and add Affect Mind.
classStruct.Fields.Add(new GFF.LIST("KnownList0", new List <GFF.STRUCT>()
{
affectMind
}));
}
else if (knownList.Structs.Count == 0)
{
// KnownList0 exists but is empty. Add affect Mind.
knownList.Structs.Add(affectMind);
}
break;
}
}
g.WriteToFile(paths.Override + ID.Item2 + ".utc");
}
}
/// <summary>
/// Populates and shuffles the the modules flagged to be randomized. Returns true if override files should be added.
/// </summary>
/// <param name="paths">KPaths object for this game.</param>
public static void Module_rando(KPaths paths)
{
// Reset digraph reachability settings.
Digraph.ResetSettings();
LookupTable.Clear();
// Split the Bound modules into their respective lists.
bool reachable = false;
int iterations = 0;
// Only shuffle if there is more than 1 module in the shuffle.
if (Globals.BoundModules.Count(x => !x.Omitted) > 1)
{
if (Properties.Settings.Default.UseRandoRules ||
Properties.Settings.Default.VerifyReachability)
{
System.Diagnostics.Stopwatch sw = new System.Diagnostics.Stopwatch();
sw.Start();
while (!reachable && iterations < MAX_ITERATIONS)
{
iterations++;
Console.WriteLine($"Iteration {iterations}:");
CreateLookupTableShuffle();
Digraph.SetRandomizationLookup(LookupTable);
if (Properties.Settings.Default.UseRandoRules)
{
// Skip to the next iteration if the rules are violated.
if (AreRulesViolated())
{
continue;
}
}
if (Properties.Settings.Default.VerifyReachability)
{
Digraph.CheckReachability();
reachable = Digraph.IsGoalReachable();
}
else
{
reachable = true;
}
}
if (Properties.Settings.Default.VerifyReachability)
{
if (reachable)
{
var message = $"Reachable solution found after {iterations} shuffles. Time elapsed: {sw.Elapsed}";
Console.WriteLine(message);
}
else
{
// Throw an exception if not reachable.
var message = $"No reachable solution found over {iterations} shuffles. Time elapsed: {sw.Elapsed}";
Console.WriteLine(message);
throw new TimeoutException(message);
}
}
//digraph.WriteReachableToConsole();
Console.WriteLine();
}
else
{
CreateLookupTableShuffle();
}
}
else
{
CreateLookupTableNoShuffle();
}
WriteFilesToModulesDirectory(paths);
// Write additional override files (and unlock galaxy map).
WriteOverrideFiles(paths);
// Fix warp coordinates.
if (Properties.Settings.Default.ModuleExtrasValue.HasFlag(ModuleExtras.FixCoordinates))
{
FixWarpCoordinates(paths);
}
// Fixed Rakata riddle Man in Mind Prison.
if (Properties.Settings.Default.ModuleExtrasValue.HasFlag(ModuleExtras.FixMindPrison))
{
FixMindPrison(paths);
}
// Unlock locked doors or elevators.
UnlockDoors(paths);
// Vulkar Spice Lab Transition
if (Properties.Settings.Default.ModuleExtrasValue.HasFlag(ModuleExtras.VulkarSpiceLZ))
{
var vulk_files = paths.FilesInModules.Where(fi => fi.Name.Contains(LookupTable[AREA_TAR_VULK_BASE]));
foreach (FileInfo fi in vulk_files)
{
// Skip any files that end in "s.rim".
if (fi.Name[fi.Name.Length - 5] == 's')
{
continue;
}
RIM r_vul = new RIM(fi.FullName);
r_vul.File_Table.FirstOrDefault(x => x.Label == LABEL_TAR_VULK_GIT && x.TypeID == (int)ResourceType.GIT).File_Data = Properties.Resources.m10aa;
r_vul.WriteToFile(fi.FullName);
}
}
}
/// <summary>
/// Unlock Leviathan Hangar option in the other two elevator access, and enables the use of the Hangar elevator.
/// </summary>
/// <param name="paths">KPaths object for this game.</param>
private static void FixLeviathanElevators(KPaths paths)
{
var lev_files_a = paths.FilesInModules.Where(fi => fi.Name.Contains(LookupTable[AREA_LEV_PRISON]));
var lev_files_b = paths.FilesInModules.Where(fi => fi.Name.Contains(LookupTable[AREA_LEV_COMMAND]));
var lev_files_c = paths.FilesInModules.Where(fi => fi.Name.Contains(LookupTable[AREA_LEV_HANGAR]));
// Prison Block Fix - Unlock option to visit Hangar.
foreach (FileInfo fi in lev_files_a)
{
// Skip any files that don't end in "s.rim".
if (fi.Name[fi.Name.Length - 5] != 's')
{
continue;
}
RIM r_lev = new RIM(fi.FullName);
GFF g_lev = new GFF(r_lev.File_Table.FirstOrDefault(x => x.Label == LABEL_LEV_ELEVATOR_A).File_Data);
// Change Entry connecting for bridge option Index to 3, which will transition to the command deck
(((g_lev.Top_Level.Fields.FirstOrDefault(x => x.Label == "ReplyList")
as GFF.LIST).Structs.FirstOrDefault(x => x.Struct_Type == 3).Fields.FirstOrDefault(x => x.Label == "EntriesList")
as GFF.LIST).Structs.FirstOrDefault(x => x.Struct_Type == 0).Fields.FirstOrDefault(x => x.Label == "Index")
as GFF.DWORD).Value = 3;
// Sets the active reference for the hangar option to nothing, meaning there is no requirement to transition to the hangar
(((g_lev.Top_Level.Fields.FirstOrDefault(x => x.Label == "ReplyList")
as GFF.LIST).Structs.FirstOrDefault(x => x.Struct_Type == 1).Fields.FirstOrDefault(x => x.Label == "EntriesList")
as GFF.LIST).Structs.FirstOrDefault(x => x.Struct_Type == 0).Fields.FirstOrDefault(x => x.Label == "Active")
as GFF.ResRef).Reference = "";
r_lev.File_Table.FirstOrDefault(x => x.Label == LABEL_LEV_ELEVATOR_A).File_Data = g_lev.ToRawData();
r_lev.WriteToFile(fi.FullName);
}
// Command Deck Fix - Unlock option to visit Hangar.
foreach (FileInfo fi in lev_files_b)
{
// Skip any files that don't end in "s.rim".
if (fi.Name[fi.Name.Length - 5] != 's')
{
continue;
}
RIM r_lev = new RIM(fi.FullName);
GFF g_lev = new GFF(r_lev.File_Table.FirstOrDefault(x => x.Label == LABEL_LEV_ELEVATOR_B).File_Data);
// Sets the active reference for the hangar option to nothing, meaning there is no requirement to transition to the hangar
(((g_lev.Top_Level.Fields.FirstOrDefault(x => x.Label == "ReplyList")
as GFF.LIST).Structs.FirstOrDefault(x => x.Struct_Type == 1).Fields.FirstOrDefault(x => x.Label == "EntriesList")
as GFF.LIST).Structs.FirstOrDefault(x => x.Struct_Type == 1).Fields.FirstOrDefault(x => x.Label == "Active")
as GFF.ResRef).Reference = "";
r_lev.File_Table.FirstOrDefault(x => x.Label == LABEL_LEV_ELEVATOR_B).File_Data = g_lev.ToRawData();
r_lev.WriteToFile(fi.FullName);
}
// Hangar Fix - Enable the elevator so it can be used.
foreach (FileInfo fi in lev_files_c)
{
// Skip any files that don't end in "s.rim".
if (fi.Name[fi.Name.Length - 5] != 's')
{
continue;
}
RIM r_lev = new RIM(fi.FullName);
// While I possess the ability to edit this file programmatically, due to the complexity I have opted to just load the modded file into resources.
r_lev.File_Table.FirstOrDefault(x => x.Label == LABEL_LEV_ELEVATOR_C).File_Data = Properties.Resources.lev40_accntl_dlg;
// Adding module transition scripts to RIM...
// Prison Block
r_lev.File_Table.Add(new RIM.rFile
{
TypeID = (int)ResourceType.NCS,
Label = "k_plev_goto40aa",
File_Data = Properties.Resources.k_plev_goto40aa
});
// Command Deck
r_lev.File_Table.Add(new RIM.rFile
{
TypeID = (int)ResourceType.NCS,
Label = "k_plev_goto40ab",
File_Data = Properties.Resources.k_plev_goto40ab
});
r_lev.WriteToFile(fi.FullName);
}
}