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Refactored Engine::DoNextAction (#854)

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Update Engine.cpp
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SaW
2025-01-10 18:52:20 +01:00
committed by GitHub
parent 8f37a0cdd4
commit 72db64ba84
1 changed files with 62 additions and 123 deletions
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185
src/strategy/Engine.cpp
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@@ -146,167 +146,106 @@ bool Engine::DoNextAction(Unit* unit, uint32 depth, bool minimal)
bool actionExecuted = false;
ActionBasket* basket = nullptr;
time_t currentTime = time(nullptr);
// aiObjectContext->Update();
// Update triggers and push default actions
ProcessTriggers(minimal);
PushDefaultActions();
uint32 iterations = 0;
uint32 iterationsPerTick = queue.Size() * (minimal ? 2 : sPlayerbotAIConfig->iterationsPerTick);
do
while (++iterations <= iterationsPerTick)
{
basket = queue.Peek();
if (!basket)
break;
if (basket)
float relevance = basket->getRelevance(); // for reference
bool skipPrerequisites = basket->isSkipPrerequisites();
if (minimal && (relevance < 100))
continue;
Event event = basket->getEvent();
ActionNode* actionNode = queue.Pop(); // NOTE: Pop() deletes basket
Action* action = InitializeAction(actionNode);
if (!action)
{
float relevance = basket->getRelevance(); // just for reference
bool skipPrerequisites = basket->isSkipPrerequisites();
if (minimal && (relevance < 100))
continue;
Event event = basket->getEvent();
// NOTE: queue.Pop() deletes basket
ActionNode* actionNode = queue.Pop();
Action* action = InitializeAction(actionNode);
if (action)
LogAction("A:%s - UNKNOWN", actionNode->getName().c_str());
}
else if (action->isUseful())
{
// Apply multipliers early to avoid unnecessary iterations
for (Multiplier* multiplier : multipliers)
{
relevance *= multiplier->GetValue(action);
action->setRelevance(relevance);
if (!action)
{
// LOG_ERROR("playerbots", "Action: {} - is UNKNOWN - c:{} l:{}", actionNode->getName().c_str(),
// botAI->GetBot()->getClass(), botAI->GetBot()->GetLevel());
LogAction("A:%s - UNKNOWN", actionNode->getName().c_str());
}
else if (action->isUseful())
{
for (std::vector<Multiplier*>::iterator i = multipliers.begin(); i != multipliers.end(); i++)
if (relevance <= 0)
{
Multiplier* multiplier = *i;
relevance *= multiplier->GetValue(action);
action->setRelevance(relevance);
LogAction("Multiplier %s made action %s useless", multiplier->getName().c_str(), action->getName().c_str());
break;
}
}
if (!relevance)
if (action->isPossible() && relevance > 0)
{
if (!skipPrerequisites)
{
LogAction("A:%s - PREREQ", action->getName().c_str());
if (MultiplyAndPush(actionNode->getPrerequisites(), relevance + 0.002f, false, event, "prereq"))
{
LogAction("Multiplier %s made action %s useless", multiplier->getName().c_str(),
action->getName().c_str());
break;
PushAgain(actionNode, relevance + 0.001f, event);
continue;
}
}
if (action->isPossible() && relevance)
PerformanceMonitorOperation* pmo = sPerformanceMonitor->start(PERF_MON_ACTION, action->getName(), &aiObjectContext->performanceStack);
actionExecuted = ListenAndExecute(action, event);
if (pmo)
pmo->finish();
if (actionExecuted)
{
if (!skipPrerequisites)
{
LogAction("A:%s - PREREQ", action->getName().c_str());
if (MultiplyAndPush(actionNode->getPrerequisites(), relevance + 0.002f, false, event, "prereq"))
{
PushAgain(actionNode, relevance + 0.001f, event);
continue;
}
}
PerformanceMonitorOperation* pmo = sPerformanceMonitor->start(PERF_MON_ACTION, action->getName(),
&aiObjectContext->performanceStack);
actionExecuted = ListenAndExecute(action, event);
if (pmo)
pmo->finish();
if (actionExecuted)
{
LogAction("A:%s - OK", action->getName().c_str());
MultiplyAndPush(actionNode->getContinuers(), relevance, false, event, "cont");
lastRelevance = relevance;
delete actionNode;
break;
}
else
{
LogAction("A:%s - FAILED", action->getName().c_str());
MultiplyAndPush(actionNode->getAlternatives(), relevance + 0.003f, false, event, "alt");
}
LogAction("A:%s - OK", action->getName().c_str());
MultiplyAndPush(actionNode->getContinuers(), relevance, false, event, "cont");
lastRelevance = relevance;
delete actionNode; // Safe memory management
break;
}
else
{
if (botAI->HasStrategy("debug", BOT_STATE_NON_COMBAT))
{
std::ostringstream out;
out << "do: ";
out << action->getName();
out << " impossible (";
out << action->getRelevance() << ")";
if (!event.GetSource().empty())
out << " [" << event.GetSource() << "]";
botAI->TellMasterNoFacing(out);
}
LogAction("A:%s - IMPOSSIBLE", action->getName().c_str());
LogAction("A:%s - FAILED", action->getName().c_str());
MultiplyAndPush(actionNode->getAlternatives(), relevance + 0.003f, false, event, "alt");
}
}
else
{
if (botAI->HasStrategy("debug", BOT_STATE_NON_COMBAT))
{
std::ostringstream out;
out << "do: ";
out << action->getName();
out << " useless (";
out << action->getRelevance() << ")";
if (!event.GetSource().empty())
out << " [" << event.GetSource() << "]";
botAI->TellMasterNoFacing(out);
}
lastRelevance = relevance;
LogAction("A:%s - USELESS", action->getName().c_str());
LogAction("A:%s - IMPOSSIBLE", action->getName().c_str());
MultiplyAndPush(actionNode->getAlternatives(), relevance + 0.003f, false, event, "alt");
}
delete actionNode;
}
} while (basket && ++iterations <= iterationsPerTick);
// if (!basket)
// {
// lastRelevance = 0.0f;
// PushDefaultActions();
// // prevent the delay after pushing default actions
// if (queue.Peek() && depth < 1 && !minimal)
// return DoNextAction(unit, depth + 1, minimal);
// }
// MEMORY FIX TEST
/*
do
{
basket = queue.Peek();
if (basket)
else
{
// NOTE: queue.Pop() deletes basket
delete queue.Pop();
LogAction("A:%s - USELESS", action->getName().c_str());
lastRelevance = relevance;
}
delete actionNode; // Always delete after processing the action node
}
while (basket);
*/
if (time(nullptr) - currentTime > 1)
{
LogAction("too long execution");
LogAction("Execution time exceeded 1 second");
}
if (!actionExecuted)
LogAction("no actions executed");
queue.RemoveExpired();
LogAction("No actions executed");
queue.RemoveExpired(); // Clean up expired actions in the queue
return actionExecuted;
}
@@ -567,7 +506,7 @@ std::string const Engine::ListStrategies()
std::string s = "Strategies: ";
if (strategies.empty())
return std::move(s);
return s;
for (std::map<std::string, Strategy*>::iterator i = strategies.begin(); i != strategies.end(); i++)
{