static public SimObjectType SetSimType(string aspectName, Cons cons)
{
object[] parseStr = ConsParams(cons);
SimObjectType type = GetObjectType(aspectName);
SimTypeUsage usage = null;
if (type.IsUseType)
{
usage = type.CreateObjectUsage(aspectName);
}
type.ParseAffect(usage, parseStr);
return(type);
}
static public SimTypeUsage CreateTypeUsage(string classname, params object[] parseStr)
{
if (parseStr.Length == 1 && parseStr[0] is object[])
{
parseStr = (object[])parseStr[0];
}
SimObjectType type = GetObjectType(classname);
type.AddSuperType(USEABLE);
type.IsUseType = true;
SimTypeUsage usage = type.CreateObjectUsage(classname);
type.ParseAffect(usage, parseStr);
return(usage);
}
static public SimObjectType CreateObjectType(string aspectName, params object[] parseStr)
{
if (parseStr.Length == 1 && parseStr[0] is object[])
{
parseStr = (object[])parseStr[0];
}
SimObjectType type1 = FindObjectType(aspectName);
if (type1 == null)
{
type1 = new SimObjectType(aspectName);
type1.ParseAffect(null, new object[] { "Match", "* " + aspectName + " *" });
lock (objectTypes) objectTypes.Add(type1);
}
type1.ParseAffect(null, parseStr);
return(type1);
}
static public SimObjectType CreateObjectType(string aspectName, params object[] parseStr)
{
if (parseStr.Length == 1 && parseStr[0] is object[]) parseStr = (object[])parseStr[0];
SimObjectType type1 = FindObjectType(aspectName);
if (type1 == null)
{
type1 = new SimObjectType(aspectName);
type1.ParseAffect(null, new object[] { "Match", "* " + aspectName + " *" });
lock (objectTypes) objectTypes.Add(type1);
}
type1.ParseAffect(null, parseStr);
return type1;
}