void ApplyProductionRule(ECS_Entity thisEntity, LSystemRule rule)
{
//1. Create new blank string
//2. for each char in old sting check if rule applies
//3.if rule applies then add rule.output to new string.
//4. if rule does not apply then add old char to new string
//Add new version of the whole string
thisEntity.lSysComp.CycleStep += 1;
thisEntity.lSysComp.DNA.Add("");
//Debug.Log("CycleStep : " + thisEntity.lSysComp.CycleStep + "DNA.Count : " + thisEntity.lSysComp.DNA[thisEntity.lSysComp.DNA.Count] );
for (int charIndex = 0; charIndex < thisEntity.lSysComp.DNA [thisEntity.lSysComp.CycleStep - 1].Length; charIndex++)
{
if (thisEntity.lSysComp.DNA [thisEntity.lSysComp.CycleStep - 1] [charIndex].ToString() == rule.Input)
{
thisEntity.lSysComp.DNA [thisEntity.lSysComp.CycleStep] += rule.Output;
}
else
{
thisEntity.lSysComp.DNA [thisEntity.lSysComp.CycleStep] += (thisEntity.lSysComp.DNA [thisEntity.lSysComp.CycleStep - 1] [charIndex].ToString());
}
}
}
//Splits the rules based on whatever rule splitter is defined as, then the multiple strings are initialized as LSystemRules.
public void RuleAggregation()
{
string[] splitRules = rules.Split(RULE_SPLITTER);
LSystemRule rule;
foreach (string splitString in splitRules)
{
string[] splitAssign = splitString.Split(RULE_ASSIGNER);
for (int i = 0; i < splitAssign.Length; i += 2)
{
rule = new LSystemRule(splitAssign[i][0], splitAssign[i + 1]);
ruleList.Add(rule);
}
}
}
