private Tuple <XmlNode, XmlNamespaceManager> LoadMappingMetadata(string inputFile)
{
var xmlDoc = new XmlDocument();
//xmlDoc.Load(Host.ResolvePath(inputFile));
xmlDoc.Load(inputFile);
var schemaConstantsList = new SchemaConstants[]
{
MetadataConstants.V3_SCHEMA_CONSTANTS,
MetadataConstants.V2_SCHEMA_CONSTANTS,
MetadataConstants.V1_SCHEMA_CONSTANTS,
};
foreach (var schemaConstants in schemaConstantsList)
{
var nsmgr = new XmlNamespaceManager(xmlDoc.NameTable);
nsmgr.AddNamespace("ef", schemaConstants.MslNamespace);
nsmgr.AddNamespace("edmx", schemaConstants.EdmxNamespace);
var mappingNode = xmlDoc.DocumentElement.SelectSingleNode("./*/edmx:Mappings", nsmgr);
if (mappingNode != null)
{
return(Tuple.Create(mappingNode, nsmgr));
}
}
throw new Exception(CodeGenerationTools.GetResourceString("Template_UnsupportedSchema"));
}
public static short ComputeStatForLevel(SchemaConstants.Rarity base_rarity, short? base_stat, short? max_stat, byte target_level)
{
short bv = base_stat.GetValueOrDefault(0);
short mv = max_stat.GetValueOrDefault(0);
byte fully_upgraded_max_level = MaxLevel(Evolve(base_rarity, SchemaConstants.EvolutionLevel.PlusPlus));
return ComputeStatForLevel2(bv, 1, mv, fully_upgraded_max_level, target_level);
}
public static EquipStats ComputeStatsForLevel(SchemaConstants.Rarity base_rarity, EquipStats base_stats, EquipStats max_stats, byte target_level)
{
return new EquipStats
{
Acc = ComputeStatForLevel(base_rarity, base_stats.Acc, max_stats.Acc, target_level),
Atk = ComputeStatForLevel(base_rarity, base_stats.Atk, max_stats.Atk, target_level),
Def = ComputeStatForLevel(base_rarity, base_stats.Def, max_stats.Def, target_level),
Res = ComputeStatForLevel(base_rarity, base_stats.Res, max_stats.Res, target_level),
Eva = ComputeStatForLevel(base_rarity, base_stats.Eva, max_stats.Eva, target_level),
Mag = ComputeStatForLevel(base_rarity, base_stats.Mag, max_stats.Mag, target_level),
Mnd = ComputeStatForLevel(base_rarity, base_stats.Mnd, max_stats.Mnd, target_level)
};
}
public static byte MaxLevel(SchemaConstants.Rarity rarity)
{
if (rarity == SchemaConstants.Rarity.One)
return 3;
return (byte)(5 * ((int)rarity - 1));
}
public static SchemaConstants.Rarity EvolveAsMuchAsPossible(SchemaConstants.Rarity base_rarity, SchemaConstants.Rarity cur_rarity, int max_times)
{
int times_already_upgraded = (int)cur_rarity - (int)base_rarity;
int new_total_upgrades = Math.Min(times_already_upgraded + max_times, 2);
return Evolve(base_rarity, new_total_upgrades);
}
public static SchemaConstants.Rarity Evolve(SchemaConstants.Rarity rarity, SchemaConstants.EvolutionLevel evo)
{
return Evolve(rarity, (int)evo);
}
public static SchemaConstants.Rarity Evolve(SchemaConstants.Rarity rarity, int num_times)
{
System.Diagnostics.Debug.Assert(num_times <= 2);
int new_rarity = (int)rarity + num_times;
return (SchemaConstants.Rarity)new_rarity;
}
public double ElementalMultiplier(SchemaConstants.ElementID element)
{
SchemaConstants.ElementID storedElement;
if (EquipmentElementalInformation.ElementalEquipment.TryGetValue(EquipmentId, out storedElement) && storedElement == element)
{
return 1.2;
}
return 1.0;
}