public PMGEvent(PMGMethod method, PMGActor calling,
EventTriggerBehavior behavior = EventTriggerBehavior.ALWAYS)
{
_method = method;
_behavior = behavior;
_callingActor = calling;
_hasBeenFalse = false;
_methodRunning = false;
}
public PMGActor GetActorCopy()
{
PMGActor copy = new PMGActor(Core);
copy.IsPlayer = IsPlayer;
copy.position = new List <int>(position);
foreach (PMGEvent e in Events)
{
// Make method copy
PMGMethod mcopy = new PMGMethod();
List <PMGExecuteList> ml = new List <PMGExecuteList>();
// Make execute list copies
foreach (PMGExecuteList l in e._method._steps)
{
if (l == null)
{
ml.Add(null);
}
else
{
ml.Add(new PMGExecuteList(mcopy, FunctionOwnerType.METHOD, copy));
ml.Last()._functions = l._functions;
}
}
mcopy._steps = ml;
PMGEvent ecopy = new PMGEvent(mcopy, copy, e._behavior);
PMGExecuteList elist = new PMGExecuteList(ecopy, FunctionOwnerType.EVENT, copy);
elist._functions = e._conditions._functions;
ecopy._conditions = elist;
copy.Events.Add(ecopy);
}
return(copy);
}
/*
* USER DEFINED FUNCTIONS
*/
public void UF_DebugWriteToConsole(PMGActor actor, object owner, FunctionOwnerType ownerType)
{
// Write a message to console for testing purposes.
Console.WriteLine("Utility functions called. ");
// Get owner as method (this is for testing so we know it's a method)
PMGMethod ownerM = owner as PMGMethod;
// if an int is in stack that is over 1k (we push 1337 by default)
// Then we change the value function to #1 (instead of #0)
// In this case pushing 42 instead
int intFromStack = System.Convert.ToInt32(ownerM._valueStack.GetValueOfType(ValueType.INT));
if (intFromStack > 1000)
{
Console.WriteLine("Changing value function in owner method steps!");
ownerM.CurrentStep._functions[0] = new PMGValueFunction(1);
ownerM.Reset();
}
}
public static void Main(string[] args)
{
Console.WriteLine("Test program starting.");
// Create a new core (one is needed per game)
PMGCore core = new PMGCore();
// Create actor
PMGActor actor = new PMGActor(core); // actor used for test
// Create methods
// ...
PMGMethod testMethod = new PMGMethod(); // method with no event
PMGMethod eventMethod = new PMGMethod(); // method for event
// Create functions for the methods
PMGValueFunction testValF = new PMGValueFunction(0);
PMGConditionFunction testCondF = new PMGConditionFunction(0);
PMGUtilityFunction testUtilF = new PMGUtilityFunction(0);
PMGChangeFunction testChgF = new PMGChangeFunction(0);
// Create events
PMGEvent testEvent = new PMGEvent(eventMethod, actor);
// Create execution lists
PMGExecuteList methList1 = new PMGExecuteList(testMethod as object, FunctionOwnerType.METHOD, actor);
PMGExecuteList methList1_2 = new PMGExecuteList(testMethod as object, FunctionOwnerType.METHOD, actor);
PMGExecuteList methList2 = new PMGExecuteList(eventMethod as object, FunctionOwnerType.METHOD, actor);
PMGExecuteList evList = new PMGExecuteList(testEvent as object, FunctionOwnerType.EVENT, actor);
// Add functions to lists
evList._functions.Add(testCondF); // Conditions for event
methList1._functions.Add(testValF);
methList1._functions.Add(testChgF);
methList1_2._functions.Add(testValF);
methList1_2._functions.Add(testChgF);
methList2._functions.Add(testValF);
methList2._functions.Add(testUtilF);
methList2._functions.Add(testChgF);
// Add execution lists to events/methods
testEvent._conditions = evList;
testMethod._steps.Add(methList1);
eventMethod._steps.Add(methList2);
// Add event to actor (as dynamic for now)
actor.Events.Add(testEvent);
// Run some timesteps in the TODO GAMEMANAGER or whatever
//
// In each timestep we: test conditions for events. Run timesteps in methods
testMethod.Call(); // we want to call method 1 from the beginniing
for (int i = 0; i < 15; i++)
{
core.WorldTimeSteps = i;
Console.WriteLine("-- T = {0} --", i);
// test method 1
testMethod.TimeStep();
// Check events on actor (testEvent with eventMethod)
foreach (PMGEvent E in actor.Events)
{
E.EvaluateConditions();
E._method.TimeStep();
}
}
Console.ReadKey();
}
public PMGEventDynamic(PMGMethod method, PMGActor calling,
EventTriggerBehavior behavior
= EventTriggerBehavior.ALWAYS)
: base(method, calling, behavior)
{
}
// Run all functions in list (bool because condition functions)
public bool Execute()
{
// Get the local stack ready (need proper casting)
PMGValueStack localStack = null;
_exing = true;
switch (_ownerType)
{
case FunctionOwnerType.EVENT:
PMGEvent E = _owner as PMGEvent;
if (E == null)
{
throw new System.InvalidCastException("Casting of owner as PMGEvent failed.");
}
localStack = E._valueStack;
break;
case FunctionOwnerType.METHOD:
PMGMethod M = _owner as PMGMethod;
if (M == null)
{
throw new System.InvalidCastException("Casting of owner as PMGMethod failed.");
}
localStack = M._valueStack;
break;
}
if (localStack == null)
{
throw new System.InvalidOperationException("localStack is still null. Could not be set to event or method stack.");
}
// Prepare bool for condition functions
bool AllTrue = true;
// Execute all functions in list at once
for (int i = 0; i < _functions.Count; i++)
{
if (!_exing)
{
// something stopped the execution of the list
_exing = true;
return(false);
}
if (i < 0 || i > _functions.Count)
{
throw new System.InvalidOperationException("Tried to execute functions outside of list. Did a utility function change it?");
}
PMGFunction f = _functions[i];
switch (f.Type)
{
case FunctionType.VALUE:
PMGValueFunction vf = f as PMGValueFunction;
if (vf == null)
{
throw new System.InvalidCastException("Casting of function as 2PMGValueFunction failed.");
}
vf.Do(_actor, localStack);
break;
case FunctionType.UTILITY:
PMGUtilityFunction uf = f as PMGUtilityFunction;
if (uf == null)
{
throw new System.InvalidCastException("Casting of function as PMGUtilityFunction failed.");
}
uf.Do(_actor, _owner, _ownerType);
break;
case FunctionType.CONDITION:
PMGConditionFunction cf = f as PMGConditionFunction;
if (cf == null)
{
throw new System.InvalidCastException("Casting of function as PMGConditionFunction failed.");
}
AllTrue &= cf.Do(_actor, localStack);
break;
case FunctionType.CHANGE:
PMGChangeFunction chf = f as PMGChangeFunction;
if (chf == null)
{
throw new System.InvalidCastException("Casting of function as PMGChangeFunction failed.");
}
chf.Do(_actor, localStack);
break;
}
}
return(AllTrue);
}
public static void Main(string[] args)
{
Console.WriteLine("Test program starting.");
/*/ Create a new core (one is needed per game)
* PMGCore core = new PMGCore();
*
* // Create actor
* PMGActor actor = new PMGActor(core); // actor used for test
*
* // Create methods
* // ...
* PMGMethod testMethod = new PMGMethod(); // method with no event
* PMGMethod eventMethod = new PMGMethod(); // method for event
*
* // Create functions for the methods
* PMGValueFunction testValF = new PMGValueFunction(0);
* PMGConditionFunction testCondF = new PMGConditionFunction(0);
* PMGUtilityFunction testUtilF = new PMGUtilityFunction(0);
* PMGChangeFunction testChgF = new PMGChangeFunction(0);
*
*
*
* // Create events
* PMGEvent testEvent = new PMGEvent(eventMethod,actor);
*
* // Create execution lists
* PMGExecuteList methList1 = new PMGExecuteList(testMethod as object, FunctionOwnerType.METHOD, actor);
* PMGExecuteList methList1_2 = new PMGExecuteList(testMethod as object, FunctionOwnerType.METHOD, actor);
* PMGExecuteList methList2 = new PMGExecuteList(eventMethod as object, FunctionOwnerType.METHOD, actor);
* PMGExecuteList evList = new PMGExecuteList(testEvent as object, FunctionOwnerType.EVENT, actor);
*
* // Add functions to lists
* evList._functions.Add(testCondF); // Conditions for event
* methList1._functions.Add(testValF);
* methList1._functions.Add(testChgF);
*
* methList1_2._functions.Add(testValF);
* methList1_2._functions.Add(testChgF);
*
*
* methList2._functions.Add(testValF);
* methList2._functions.Add(testUtilF);
* methList2._functions.Add(testChgF);
*
*
* // Add execution lists to events/methods
* testEvent._conditions = evList;
* testMethod._steps.Add(methList1);
* eventMethod._steps.Add(methList2);
*
* // Add event to actor (as dynamic for now)
* actor.Events.Add(testEvent);//*/
//as generator does it
//get core
PMGCore core = new PMGCore();
//make actor
PMGActor actor = new PMGActor(core);
//make method and almost event
PMGMethod eventMethod = new PMGMethod();
PMGEvent Event;
//make list of execute lists
List <PMGExecuteList> methodListOfExelist = new List <PMGExecuteList>();
//make execute lists for method
PMGExecuteList methList = new PMGExecuteList(eventMethod as object, FunctionOwnerType.METHOD, actor);
methList._functions.Add(new PMGChangeFunction(0));
methodListOfExelist.Add(methList);
PMGExecuteList methList2 = new PMGExecuteList(eventMethod as object, FunctionOwnerType.METHOD, actor);
//add functions to method exe list
methList2._functions.Add(new PMGChangeFunction(1));
//add executelists to the list of exelist
methodListOfExelist.Add(methList2);
//add execute list to methods
eventMethod._steps = methodListOfExelist;
//now make event
Event = new PMGEvent(eventMethod, actor);
//make exe list for event
PMGExecuteList EventList = new PMGExecuteList(Event as object, FunctionOwnerType.EVENT, actor);
//add function to exe list
EventList._functions.Add(new PMGConditionFunction(1));
//EventList._functions.Add(new PMGConditionFunction(3));
//add list to event conditions
Event._conditions = EventList;
//finish actor by adding event to it
actor.Events.Add(Event);
// Run some timesteps in the TODO GAMEMANAGER or whatever
//
// In each timestep we: test conditions for events. Run timesteps in methods
//testMethod.Call(); // we want to call method 1 from the beginniing
for (int i = 0; i < 15; i++)
{
core.WorldTimeSteps = i;
Console.WriteLine("-- T = {0} --", i);
// test method 1
//testMethod.TimeStep();
// Check events on actor (testEvent with eventMethod)
foreach (PMGEvent E in actor.Events)
{
E.EvaluateConditions();
E._method.TimeStep();
}
}//
Console.ReadKey();
}
PMGMethod Method; // or method id
public PMGEventFixed(PMGMethod method, PMGActor actor,
EventTriggerBehavior behavior = EventTriggerBehavior.ALWAYS)
: base(method, actor, behavior)
{
}