public void Update(GenVariable entity)
{
throw new NotImplementedException();
}
public int genGateEvent(GenRoom newRoom, int direction)
{
// prepare event to open the gate
// before everything start, lets check if any monsters
int gateOpenMethod;
List <GenMonster> targetMonsters = new List <GenMonster>();
if (newRoom.monsters == null)
{
gateOpenMethod = 0;
// TODO: add chance to trigger/treasure open gate event here (or not here? need a better flow)
}
else
{
// lets check how many target monster here
for (int i = 0; i < newRoom.monsters.Length; i++)
{
// lets assume monsterObjId 1 as target monster
if (newRoom.monsters[i].monsterObjId == 1)
{
targetMonsters.Add(newRoom.monsters[i]);
}
}
// currently there should be three type of method to open gate
gateOpenMethod = randomGen(new int[] { 0, 1 });
if (targetMonsters.Count > 0)
{
// kill specific monsters can only be done when target monsters exists
gateOpenMethod = randomGen(new int[] { 1, 2 });
}
}
switch (gateOpenMethod)
{
case 0:
{
// if no monster, gate must be opened already, so add an event on level start
// GenEvent gateOpeningEvent = new GenEvent();
// gateOpeningEvent.triggerTypeId = GenEvent.TriggerType.LEVEL_ENTER;
// gateOpeningEvent.results = new GenEventResult[1];
// gateOpeningEvent.results[0] = new GenEventResult();
// gateOpeningEvent.results[0].resultTypeId = GenEvent.ResultType.GATE_OPEN;
// gateOpeningEvent.results[0].resultParams = new float[]{currentWorkingLevel.levelId, newRoom.roomId, direction};
//
// currentWorkingLevel.events.Add(gateOpeningEvent);
}
break;
// 1) kill all monsters
// Event setting: all monster will add 1 to a global variable when being killed
// when that global variable reach the number of monsters, trigger an event to open the gate
case 1:
{
// 1. set monster event, when die, add a counter
GenVariable newVar = new GenVariable();
newVar.variableId = variablesCounter++;
newVar.initValue = 0;
variablesList.Add(newVar);
// 2. Create an event that, when a monster dead, add up a counter
// GenEvent monsterDieEvent = new GenEvent();
// monsterDieEvent.triggerTypeId = GenEvent.TriggerType.MONSTER_DIE;
// monsterDieEvent.results = new GenEventResult[1];
// monsterDieEvent.results[0] = new GenEventResult();
// monsterDieEvent.results[0].resultTypeId = GenEvent.ResultType.VAR_SET_AS_VAR_PLUS_NUM;
// monsterDieEvent.results[0].resultParams = new float[]{newVar.variableId, newVar.variableId, 1f};
//
// // 3. Create an event that, when a monster dead, check if thee counter is larger than or equal to room monster num, if yes then open the gate
// GenEvent gateOpeningEvent = new GenEvent();
// gateOpeningEvent.triggerTypeId = GenEvent.TriggerType.MONSTER_DIE;
// gateOpeningEvent.conds = new GenEventCond[1];
// gateOpeningEvent.conds[0] = new GenEventCond();
// gateOpeningEvent.conds[0].condTypeId = GenEvent.CondType.LOGIC_LARGER_OR_EQUAL_NUM;
// gateOpeningEvent.conds[0].condParams = new float[]{newVar.variableId, newRoom.monsters.Length};
// gateOpeningEvent.results = new GenEventResult[1];
// gateOpeningEvent.results[0] = new GenEventResult();
// gateOpeningEvent.results[0].resultTypeId = GenEvent.ResultType.GATE_OPEN;
// gateOpeningEvent.results[0].resultParams = new float[]{currentWorkingLevel.levelId, newRoom.roomId, direction};
//
// // 4. now assign both event to every monster in room
// for(int i=0;i<newRoom.monsters.Length;i++) {
// if(newRoom.monsters[i].events == null) {
// newRoom.monsters[i].events = new List<GenEvent>();
// }
// newRoom.monsters[i].events.Add(monsterDieEvent);
// newRoom.monsters[i].events.Add (gateOpeningEvent);
// }
}
break;
// 2) kill specific monsters
// Event setting: similar to above, be the counter variable is not all monsters,
// and not all monsters have the triggering event
case 2:
{
// 1. set monster event, when die, add a counter
GenVariable newVar = new GenVariable();
newVar.variableId = variablesCounter++;
newVar.initValue = 0;
// 2. Create an event that, when a monster dead, add up a counter
// GenEvent monsterDieEvent = new GenEvent();
// monsterDieEvent.triggerTypeId = GenEvent.TriggerType.MONSTER_DIE;
// monsterDieEvent.results = new GenEventResult[1];
// monsterDieEvent.results[0] = new GenEventResult();
// monsterDieEvent.results[0].resultTypeId = GenEvent.ResultType.VAR_SET_AS_VAR_PLUS_NUM;
// monsterDieEvent.results[0].resultParams = new float[]{newVar.variableId, newVar.variableId, 1f};
//
// // 3. Create an event that, when a monster dead, check if thee counter is larger than or equal to room monster num, if yes then open the gate
// GenEvent gateOpeningEvent = new GenEvent();
// gateOpeningEvent.triggerTypeId = GenEvent.TriggerType.MONSTER_DIE;
// gateOpeningEvent.conds = new GenEventCond[1];
// gateOpeningEvent.conds[0] = new GenEventCond();
// gateOpeningEvent.conds[0].condTypeId = GenEvent.CondType.LOGIC_LARGER_OR_EQUAL_NUM;
// gateOpeningEvent.conds[0].condParams = new float[]{newVar.variableId, targetMonsters.Count};
// gateOpeningEvent.results = new GenEventResult[1];
// gateOpeningEvent.results[0] = new GenEventResult();
// gateOpeningEvent.results[0].resultTypeId = GenEvent.ResultType.GATE_OPEN;
// gateOpeningEvent.results[0].resultParams = new float[]{currentWorkingLevel.levelId, newRoom.roomId, direction};
//
// // 4. now assign both event to every monster in room
// for(int i=0;i<targetMonsters.Count;i++) {
// if(targetMonsters[i].events == null) {
// targetMonsters[i].events = new List<GenEvent>();
// }
// targetMonsters[i].events.Add(monsterDieEvent);
// targetMonsters[i].events.Add (gateOpeningEvent);
// }
}
break;
// 3) use key
// Event setting: TODO <--- seems need to expand data structure
}
return(gateOpenMethod);
}
