private void Start()
{
string spellsText = HandleTextFile.ReadString(spellBookLocation1);
string spellsText2 = HandleTextFile.ReadString(spellBookLocation2);
spell1Settings = JsonUtility.FromJson <SpellJson>(spellsText);
if (creature != null)
{
creature.spell1Settings = spell1Settings;
}
if (spell1 != null && spell1.isOn)
{
codeSetter.text = (spell1Settings.code);
}
spell2Settings = JsonUtility.FromJson <SpellJson>(spellsText2);
if (creature != null)
{
creature.spell2Settings = spell2Settings;
}
if (spell1 != null && spell2 != null)
{
spell1.onValueChanged.AddListener(delegate {
OnToggleChangedSpell1();
});
spell2.onValueChanged.AddListener(delegate {
OnToggleChangedSpell1();
});
}
}
public void saveCode()
{
if (currentSpellJson == null)
{
ReadCode();
}
if (spell1.isOn)
{
spell1Settings = currentSpellJson;
HandleTextFile.WriteString(spellBookLocation1, JsonUtility.ToJson(currentSpellJson, true));
spellInterpreter.LogToConsole("Spell saved to slot 1");
}
if (spell2.isOn)
{
spell2Settings = currentSpellJson;
HandleTextFile.WriteString(spellBookLocation2, JsonUtility.ToJson(currentSpellJson, true));
spellInterpreter.LogToConsole("Spell saved to slot 2");
}
}
public void ReadCode()
{
foreach (Transform t in spellParent)
{
if (!t.CompareTag("Environment"))
{
Destroy(t.gameObject, 0.1f);
}
}
//Interpret the code written by the player
currentSpellJson = spellInterpreter.InterpretScript(code.text);
//Turn the json into an actaul spell
GameObject spellObj = Instantiate <GameObject>(creature.spellGenerator, Vector3.zero, Quaternion.identity);
spellObj.transform.parent = spellParent;
currentSpell = spellObj.GetComponent <SpellGenerator>();
currentSpell.spellSettings = currentSpellJson;
currentSpell.GenerateSpell(spellObj.transform);
//HandleTextFile.WriteString(spellBookLocation, JsonUtility.ToJson(spell, true));
}
public SpellJson InterpretScript(string code)
{
SpellJson spellJson = new SpellJson();
string[] sepCode = null;
spellJson.code = code;
code = code.Replace("\n", "");
sepCode = code.Split(';');
PhaseJson currentPhase = new PhaseJson();
for (int j = 0; j < sepCode.Length - 1; j++) //-1 because the line after the ; is counted with
{
string tillParan = sepCode[j].Split('(')[0].ToLower();
string paramsValues = sepCode[j].Split('(')[1].Replace(")", "");
string[] paramsFunc = paramsValues.Split(',');
bool foundFunction = false;
for (int i = 0; i < functions.Length; i++)
{
if (tillParan.Length == functions[i].Length)
{
if (tillParan.Equals(delayName))
{
currentPhase.phaseDuration = (float)Convert.ToDouble(paramsFunc[0]);
currentPhase.FinishShapeAdding();
spellJson.AddPhase(currentPhase);
currentPhase = new PhaseJson();
foundFunction = true;
}
else if (tillParan.Equals(functions[i]))
{
try
{
ShapeType shapeType;
shapeDict.TryGetValue(tillParan, out shapeType);
currentPhase.AddShape(CreateShape(shapeType, paramsFunc));
foundFunction = true;
}
catch (ArgumentException)
{
LogToConsole(tillParan + " doesn't exist");
Debug.Log("Doesn't exist");
throw;
}
}
}
}
if (!foundFunction)
{
LogToConsole("The " + tillParan + " function doesn't exist");
Debug.Log("The " + tillParan + " function doesn't exist");
}
}
if (currentPhase.shapes.Count > 0)
{
currentPhase.phaseDuration = (float)Convert.ToDouble(0);
currentPhase.FinishShapeAdding();
spellJson.AddPhase(currentPhase);
}
spellJson.finishPhaseAdding();
foreach (PhaseJson phase in spellJson.phasesArray)
{
spellJson.manaCost += phase.GetManaCost();
}
return(spellJson);
}
