void DThinker::RunThinkers ()
{
int i, count;
ThinkCycles.Reset();
BotSupportCycles.Reset();
BotWTG = 0;
ThinkCycles.Clock();
// Tick every thinker left from last time
for (i = STAT_FIRST_THINKING; i <= MAX_STATNUM; ++i)
{
TickThinkers (&Thinkers[i], NULL);
}
// Keep ticking the fresh thinkers until there are no new ones.
do
{
count = 0;
for (i = STAT_FIRST_THINKING; i <= MAX_STATNUM; ++i)
{
count += TickThinkers (&FreshThinkers[i], &Thinkers[i]);
}
} while (count != 0);
ThinkCycles.Unclock();
}
bool FState::CallAction(AActor *self, AActor *stateowner, FStateParamInfo *info, FState **stateret)
{
if (ActionFunc != nullptr)
{
ActionCycles.Clock();
VMValue params[3] = { self, stateowner, VMValue(info) };
// If the function returns a state, store it at *stateret.
// If it doesn't return a state but stateret is non-nullptr, we need
// to set *stateret to nullptr.
if (stateret != nullptr)
{
*stateret = nullptr;
if (ActionFunc->Proto == nullptr ||
ActionFunc->Proto->ReturnTypes.Size() == 0 ||
ActionFunc->Proto->ReturnTypes[0] != TypeState)
{
stateret = nullptr;
}
}
try
{
if (stateret == nullptr)
{
VMCall(ActionFunc, params, ActionFunc->ImplicitArgs, nullptr, 0);
}
else
{
VMReturn ret;
ret.PointerAt((void **)stateret);
VMCall(ActionFunc, params, ActionFunc->ImplicitArgs, &ret, 1);
}
}
catch (CVMAbortException &err)
{
err.MaybePrintMessage();
const char *callinfo = "";
if (info != nullptr && info->mStateType == STATE_Psprite)
{
if (stateowner->IsKindOf(NAME_Weapon) && stateowner != self) callinfo = "weapon ";
else callinfo = "overlay ";
}
err.stacktrace.AppendFormat("Called from %sstate %s in %s\n", callinfo, FState::StaticGetStateName(this).GetChars(), stateowner->GetClass()->TypeName.GetChars());
throw;
throw;
}
ActionCycles.Unclock();
return true;
}
else
{
return false;
}
}
bool FState::CallAction(AActor *self, AActor *stateowner, FStateParamInfo *info, FState **stateret)
{
if (ActionFunc != NULL)
{
ActionCycles.Clock();
static VMFrameStack stack;
VMValue params[3] = { self, stateowner, VMValue(info, ATAG_STATEINFO) };
// If the function returns a state, store it at *stateret.
// If it doesn't return a state but stateret is non-NULL, we need
// to set *stateret to NULL.
if (stateret != NULL)
{
*stateret = NULL;
if (ActionFunc->Proto == NULL ||
ActionFunc->Proto->ReturnTypes.Size() == 0 ||
ActionFunc->Proto->ReturnTypes[0] != TypeState)
{
stateret = NULL;
}
}
if (stateret == NULL)
{
stack.Call(ActionFunc, params, countof(params), NULL, 0, NULL);
}
else
{
VMReturn ret;
ret.PointerAt((void **)stateret);
stack.Call(ActionFunc, params, countof(params), &ret, 1, NULL);
}
ActionCycles.Unclock();
return true;
}
else
{
return false;
}
}
//This function is called every tick (from g_game.c).
void FCajunMaster::Main ()
{
BotThinkCycles.Reset();
if (demoplayback || gamestate != GS_LEVEL || consoleplayer != Net_Arbitrator)
return;
//Add new bots?
if (wanted_botnum > botnum && !freeze)
{
if (t_join == ((wanted_botnum - botnum) * SPAWN_DELAY))
{
if (!SpawnBot (getspawned[spawn_tries]))
wanted_botnum--;
spawn_tries++;
}
t_join--;
}
//Check if player should go observer. Or un observe
FLinkContext ctx;
if (bot_observer && !observer && !netgame)
{
Printf ("%s is now observer\n", players[consoleplayer].userinfo.GetName());
observer = true;
players[consoleplayer].mo->UnlinkFromWorld (&ctx);
players[consoleplayer].mo->flags = MF_DROPOFF|MF_NOBLOCKMAP|MF_NOCLIP|MF_NOTDMATCH|MF_NOGRAVITY|MF_FRIENDLY;
players[consoleplayer].mo->flags2 |= MF2_FLY;
players[consoleplayer].mo->LinkToWorld (&ctx);
}
else if (!bot_observer && observer && !netgame) //Go back
{
Printf ("%s returned to the fray\n", players[consoleplayer].userinfo.GetName());
observer = false;
players[consoleplayer].mo->UnlinkFromWorld (&ctx);
players[consoleplayer].mo->flags = MF_SOLID|MF_SHOOTABLE|MF_DROPOFF|MF_PICKUP|MF_NOTDMATCH|MF_FRIENDLY;
players[consoleplayer].mo->flags2 &= ~MF2_FLY;
players[consoleplayer].mo->LinkToWorld (&ctx);
}
}
//This function is called every tick (from g_game.c),
//send bots into thinking (+more).
void FCajunMaster::Main (int buf)
{
int i;
BotThinkCycles.Reset();
if (consoleplayer != Net_Arbitrator || demoplayback)
return;
if (gamestate != GS_LEVEL)
return;
m_Thinking = true;
//Think for bots.
if (botnum)
{
BotThinkCycles.Clock();
for (i = 0; i < MAXPLAYERS; i++)
{
if (playeringame[i] && players[i].mo && !freeze && players[i].isbot)
Think (players[i].mo, &netcmds[i][buf]);
}
BotThinkCycles.Unclock();
}
//Add new bots?
if (wanted_botnum > botnum && !freeze)
{
if (t_join == ((wanted_botnum - botnum) * SPAWN_DELAY))
{
if (!SpawnBot (getspawned[spawn_tries]))
wanted_botnum--;
spawn_tries++;
}
t_join--;
}
//Check if player should go observer. Or un observe
if (bot_observer && !observer && !netgame)
{
Printf ("%s is now observer\n", players[consoleplayer].userinfo.netname);
observer = true;
players[consoleplayer].mo->UnlinkFromWorld ();
players[consoleplayer].mo->flags = MF_DROPOFF|MF_NOBLOCKMAP|MF_NOCLIP|MF_NOTDMATCH|MF_NOGRAVITY|MF_FRIENDLY;
players[consoleplayer].mo->flags2 |= MF2_FLY;
players[consoleplayer].mo->LinkToWorld ();
}
else if (!bot_observer && observer && !netgame) //Go back
{
Printf ("%s returned to the fray\n", players[consoleplayer].userinfo.netname);
observer = false;
players[consoleplayer].mo->UnlinkFromWorld ();
players[consoleplayer].mo->flags = MF_SOLID|MF_SHOOTABLE|MF_DROPOFF|MF_PICKUP|MF_NOTDMATCH|MF_FRIENDLY;
players[consoleplayer].mo->flags2 &= ~MF2_FLY;
players[consoleplayer].mo->LinkToWorld ();
}
m_Thinking = false;
}