/// <summary>
/// Constructor.
/// </summary>
public ThumbnailGenerator()
{
Debugging.OptionalMessage("creating thumbnail generator");
// Get local reference from parent.
renderer = ThumbnailManager.Renderer;
// Size and setting for thumbnail images: 109 x 100, doubled for anti-aliasing.
renderer.Size = new Vector2(109, 100) * 2f;
renderer.CameraRotation = 210f;
}
private static bool Prefix(BuildingInfo __instance)
{
// Basic sanity check before proceeding; if failed, don't do anything here - just continue on to game method.
if (__instance.name == null)
{
return(true);
}
// Create a new building record for this prefab and add it to our lists.
var buildingData = new BuildingData
{
prefab = __instance,
name = __instance.name,
density = Loading.xmlManager.SetPrefabDensity(__instance),
category = Loading.xmlManager.AssignCategory(__instance),
};
Loading.xmlManager.prefabHash[__instance] = buildingData;
// Add to broken prefabs list (will be removed later if it's not broken).
Loading.brokenPrefabs.Add(__instance);
// Search for PloppableRICODefinition.xml files with this asset.
// Need to use FindAssetByName(string, AssetType) because FindAssetByName(string) doesn't catch all assets at this stage of initialisation
// (those two methods are more different than you might think - discovered that the hard way).
Package.Asset asset = PackageManager.FindAssetByName(__instance.name, Package.AssetType.Object);
if (asset?.package?.packagePath != null)
{
// Get custom asset filesystem location (if CRP pacakge).
string crpPath = asset.package.packagePath;
// Look for RICO settings file.
string ricoDefPath = Path.Combine(Path.GetDirectoryName(crpPath), "PloppableRICODefinition.xml");
if (File.Exists(ricoDefPath))
{
// Parse the file.
var tempRicoDef = RICOReader.ParseRICODefinition(asset.package.packageName, ricoDefPath);
if (tempRicoDef != null)
{
foreach (var buildingDef in tempRicoDef.Buildings)
{
// Go through each building parsed and check to see if we've got a match for this prefab.
if (MatchRICOName(buildingDef.name, __instance.name, asset.package.packageName))
{
// Match! Add these author settings to our prefab dictionary.
Debugging.OptionalMessage("found author settings for " + buildingDef.name);
Loading.xmlManager.prefabHash[__instance].author = buildingDef;
Loading.xmlManager.prefabHash[__instance].hasAuthor = true;
}
}
}
}
}
// Check for and add any local settings for this prefab to our list.
if (Loading.localRicoDef != null)
{
// Step through our previously loaded local settings and see if we've got a match.
foreach (var buildingDef in Loading.localRicoDef.Buildings)
{
if (buildingDef.name.Equals(__instance.name))
{
// Match! Add these author settings to our prefab dictionary.
Loading.xmlManager.prefabHash[__instance].local = buildingDef;
Loading.xmlManager.prefabHash[__instance].hasLocal = true;
}
}
}
// Check for any Workshop RICO mod settings for this prefab.
if (Loading.mod1RicoDef != null)
{
// Step through our previously loaded local settings and see if we've got a match.
foreach (var buildingDef in Loading.mod1RicoDef.Buildings)
{
if (buildingDef.name.Equals(__instance.name))
{
// Match! Add these author settings to our prefab dictionary.
Loading.xmlManager.prefabHash[__instance].mod = buildingDef;
Loading.xmlManager.prefabHash[__instance].hasMod = true;
}
}
}
// Check for Modern Japan CCP mod settings for this prefab.
if (Loading.mod2RicoDef != null)
{
// Step through our previously loaded local settings and see if we've got a match.
foreach (var buildingDef in Loading.mod2RicoDef.Buildings)
{
if (buildingDef.name.Equals(__instance.name))
{
// Match! Add these author settings to our prefab dictionary.
Loading.xmlManager.prefabHash[__instance].mod = buildingDef;
Loading.xmlManager.prefabHash[__instance].hasMod = true;
}
}
}
// Apply appropriate RICO settings to prefab.
if (Loading.convertPrefabs != null)
{
// Start with local settings.
if (Loading.xmlManager.prefabHash[__instance].hasLocal)
{
// If local settings disable RICO, dont convert.
if (Loading.xmlManager.prefabHash[__instance].local.ricoEnabled)
{
Loading.convertPrefabs.ConvertPrefab(Loading.xmlManager.prefabHash[__instance].local, __instance);
}
}
// If no local settings, apply author settings.
else if (Loading.xmlManager.prefabHash[__instance].hasAuthor)
{
// If author settings disable RICO, dont convert.
if (Loading.xmlManager.prefabHash[__instance].author.ricoEnabled)
{
Loading.convertPrefabs.ConvertPrefab(Loading.xmlManager.prefabHash[__instance].author, __instance);
}
}
// If none of the above, apply mod settings.
else if (Loading.xmlManager.prefabHash[__instance].hasMod)
{
// If mod settings disable RICO, dont convert.
if (Loading.xmlManager.prefabHash[__instance].mod.ricoEnabled)
{
Loading.convertPrefabs.ConvertPrefab(Loading.xmlManager.prefabHash[__instance].mod, __instance);
}
}
else
{
// No RICO settings; replicate game InitializePrefab checks overridden by transpiler.
int privateServiceIndex = ItemClass.GetPrivateServiceIndex(__instance.m_class.m_service);
if (privateServiceIndex != -1)
{
if (__instance.m_placementStyle == ItemClass.Placement.Manual)
{
throw new PrefabException(__instance, "Private building cannot have manual placement style");
}
if (__instance.m_paths != null && __instance.m_paths.Length != 0)
{
throw new PrefabException(__instance, "Private building cannot include roads or other net types");
}
}
}
}
else
{
// This means that there's been a significant failure. Ploppable RICO settings can't be applied.
Debugging.Message("convertPrefabs not initialised");
}
// If we've made it this far, the patch is working fine - set the watchdog flag to confirm.
Loading.patchOperating = true;
// Continue on to execute game InitializePrefab.
return(true);
}
