private void AddRule(RuleData rd)
{
//update data
SaveLoadManager.Instance.AddNewRule(rd);
AddRuleUI(rd);
}
public void UpdateAllUI(RuleData rd)
{
if (rd != null)
{
OnThisColorChange(0);
OnIfColorChange(0);
OnThenColorChange(0);
OnMinNeighborsChange(0);
OnMaxNeighborsChange(0);
}
//because we can "create rules" by changing rulesets, we need to ensure they line up
//with the tutorial. They should simply be transparent or not, no need to change raycast targets.
if (SaveLoadManager.Instance.ShouldShowTutorial)
{
//for each child of this root obj
Transform[] ts = transform.GetComponentsInChildren <Transform>();
foreach (Transform childT in ts)
{
TutorialManager.Instance.ChangeAlphaOnCompatibleComponents(childT.gameObject,
TutorialManager.Instance.ShouldShowRules ? 1f : TutorialManager.MIN_ALPHA);
}
}
}
private void AddRuleUI(RuleData rd, bool b_locked = false)
{
//create new rule UI
RuleBehavior rb = Instantiate(m_RuleBehaviorPrefab);
rb.transform.SetParent(m_RulesetParent);
rb.txtRuleX.text = String.Format(RuleBehavior.c_RuleXString, (rb.transform.GetSiblingIndex() + 1).ToString());
rb.SetLocked(b_locked);
//Initialize all ui elements in from ruledata
rb.UpdateAllUI(rd);
}
public void AddNewRule(RuleData rd)
{
//convert from json to object
RulesetList rsets = JsonUtility.FromJson <RulesetList>(
PlayerPrefs.GetString(c_RulesetsKey)
);
rsets.list[CurrentRulesetIndex].list.Add(rd);
//save
PlayerPrefs.SetString(c_RulesetsKey,
//convert from object to json
JsonUtility.ToJson(rsets)
);
PlayerPrefs.Save();
}
//TODO: Evaluate can be generic, object param cast to RuleData ?
internal virtual void Evaluate(RuleData rule)
{
//cache m_Cells only on the first evaluation since we wrote the cache
if (m_CellsCache == null)
{
//m_CellsCache = m_Cells;
m_CellsCache = new int[m_Area];
for (int i = 0; i < m_Area; i++)
{
m_CellsCache[i] = m_Cells[i];
}
}
//for each cell
for (int i = 0; i < m_Area; i++)
{
int iColor = m_Cells[i];
//if concerning cells of color: (0=all)
if (rule.m_ThisColor == 0 ||
rule.m_ThisColor == iColor)
{
int[] neighbors = GetNeighbors(i);
//find all neighbors matching ifcolor
int relevantNeighborCount = 0;
for (int j = 0; j < neighbors.Length; j++)
{
if (neighbors[j] == rule.m_IfColor)
{
relevantNeighborCount++;
}
}
//if between <MIN (inclusive)> and <MAX (inclusive)> neighbors are <COLOR>
if ((rule.m_MinNumNeighbors <= relevantNeighborCount &&
rule.m_MaxNumNeighbors >= relevantNeighborCount) ||
rule.m_IfColor == 0) //evaluate to true if if color is ANY
{
//Then this cell will change to <COLOR>
m_CellsCache[i] = rule.m_ThenColor;
}
}
//if no change in color is determined, remain unchanged into the next state
}
}