private static void ProcessCommand(string aCommandLine)
{
int argumentsStart = aCommandLine.IndexOf(OPERATOR_ARGUMENTS_START);
string command = argumentsStart > 0 ? aCommandLine.Substring(0, argumentsStart) : aCommandLine;
string[] arguments = GetArguments(aCommandLine);
for (int i = 0; i < mCommands.Length; ++i)
{
if (mCommands[i].name == command && mCommands[i].arguments == arguments.Length)
{
PMesh.BaseRule rule = mCommands[i].ruleObject.DeepCopy();
rule.SetVariables(arguments, aCommandLine);
mCurrentSet.mRules.Add(rule);
}
}
}
private eRuleReply ProcessRule(BaseRule aRule, Shape aShape)
{
Dictionary <string, float> variables = new Dictionary <string, float>();
foreach (KeyValuePair <string, float> kvp in mVariables)
{
variables.Add(kvp.Key, kvp.Value);
}
variables.Add("scope.position.x", aShape.mScope.mPosition.x);
variables.Add("scope.position.y", aShape.mScope.mPosition.y);
variables.Add("scope.position.z", aShape.mScope.mPosition.z);
variables.Add("scope.scale.x", aShape.mScope.mScale.x);
variables.Add("scope.scale.y", aShape.mScope.mScale.y);
variables.Add("scope.scale.z", aShape.mScope.mScale.z);
if (aShape.mSplitData != null)
{
variables.Add("split.index", aShape.mSplitData.mSplitIndex);
variables.Add("split.total", aShape.mSplitData.mSplitTotal);
}
mExpressionParser.SetVariables(variables);
return(aRule.Process(aShape, ref mTempShapes, mExpressionParser));
}
