int CZone::GetWeatherElement()
{
static uint8 Element[] =
{
0, //WEATHER_NONE
0, //WEATHER_SUNSHINE
0, //WEATHER_CLOUDS
0, //WEATHER_FOG
1, //WEATHER_HOT_SPELL
1, //WEATHER_HEAT_WAVE
6, //WEATHER_RAIN
6, //WEATHER_SQUALL
4, //WEATHER_DUST_STORM
4, //WEATHER_SAND_STORM
3, //WEATHER_WIND
3, //WEATHER_GALES
2, //WEATHER_SNOW
2, //WEATHER_BLIZZARDS
5, //WEATHER_THUNDER
5, //WEATHER_THUNDERSTORMS
7, //WEATHER_AURORAS
7, //WEATHER_STELLAR_GLARE
8, //WEATHER_GLOOM
8, //WEATHER_DARKNESS
};
return Element[GetWeather()];
}
int main(int argc, char **argv) {
// Compute the size of the screen
int pixelX = 320;
int pixelY = 256;
int fontSize = 1; // 0=6x8 1=8x8
GetWeather();
LCD_screen_init(pixelX,pixelY, fontSize);
// MODE SET
LCD_mode( MODE_OR );
// DISPLAY MODE
//LCD_display_mode( DM_TEXT + DM_GRAPHICS );
LCD_display_mode( DM_GRAPHICS );
int i;
// Erase graphic screen
LCD_set_address_pointer( LCD_getBaseGraphic() );
LCD_auto_write_start();
for (i=0;i<LCD_getGraphicScreenSize();i++) {
LCD_auto_write( 0x00 );
}
LCD_auto_write_stop();
LCD_set_address_pointer( LCD_getBaseText() );
char buffer[256];
Puts(1,122, "Raspberry Pi LCD - by joaquim.org");
// current date/time based on current system
time_t now = time(0);
struct tm *tm_struct = localtime(&now);
sprintf(buffer,"%02d:%02d",tm_struct->tm_hour, tm_struct->tm_min);
WriteText(45, 20, buffer, 2);
sprintf(buffer,"%s %d %s %04d",weekday[tm_struct->tm_wday], tm_struct->tm_mday, month[tm_struct->tm_mon], 1900 + tm_struct->tm_year);
WriteText(5, 2, buffer, 1);
WriteText(5, 50, meteo_ico, 3);
WriteText(30, 50, "'", 3);
sprintf(buffer,"%s/%s", meteo_min, meteo_max);
WriteText(50, 55, buffer, 1);
WriteText(85, 49, "*", 3);
WriteText(1, 75, meteo_obs, 1);
return 0;
} // main
void CSector::OnTick(int iPulseCount)
{
ADDTOCALLSTACK_INTENSIVE("CSector::OnTick");
// CWorld gives OnTick() to all CSectors.
EXC_TRY("Tick");
EXC_SET("light change");
// do not tick sectors on maps not supported by server
if ( !g_MapList.m_maps[m_map] ) return;
// Check for light change before putting the sector to sleep, since in other case the
// world light levels will be shitty
bool fEnvironChange = false;
bool fLightChange = false;
bool fSleeping = false;
if ( ! ( iPulseCount & 0x7f )) // 30 seconds or so.
{
// check for local light level change ?
BYTE blightprv = m_Env.m_Light;
m_Env.m_Light = GetLightCalc( false );
if ( m_Env.m_Light != blightprv )
{
fEnvironChange = true;
fLightChange = true;
}
}
EXC_SET("sector sleeping?");
size_t clients = m_Chars_Active.HasClients();
if ( clients <= 0 ) // having no clients inside
{
// Put the sector to sleep if no clients been here in a while.
fSleeping = IsSectorSleeping();
if ( fSleeping )
{
if ( !g_Cfg.m_iSectorSleepMask )
return;
if (( iPulseCount & g_Cfg.m_iSectorSleepMask ) != ( GetIndex() & g_Cfg.m_iSectorSleepMask ))
return;
}
}
EXC_SET("sound effects");
// random weather noises and effects.
SOUND_TYPE sound = 0;
bool fWeatherChange = false;
int iRegionPeriodic = 0;
if ( ! ( iPulseCount & 0x7f )) // 30 seconds or so.
{
// Only do this every x minutes or so (TICK_PER_SEC)
// check for local weather change ?
WEATHER_TYPE weatherprv = m_Env.m_Weather;
if ( ! Calc_GetRandVal( 30 )) // change less often
{
m_Env.m_Weather = GetWeatherCalc();
if ( weatherprv != m_Env.m_Weather )
{
fWeatherChange = true;
fEnvironChange = true;
}
}
// Random area noises. Only do if clients about.
if ( clients > 0 )
{
iRegionPeriodic = 2;
static const SOUND_TYPE sm_SfxRain[] = { 0x10, 0x11 };
static const SOUND_TYPE sm_SfxWind[] = { 0x14, 0x15, 0x16 };
static const SOUND_TYPE sm_SfxThunder[] = { 0x28, 0x29 , 0x206 };
// Lightning ? // wind, rain,
switch ( GetWeather() )
{
case WEATHER_CLOUDY:
break;
case WEATHER_SNOW:
if ( ! Calc_GetRandVal(5) )
sound = sm_SfxWind[ Calc_GetRandVal( COUNTOF( sm_SfxWind )) ];
break;
case WEATHER_RAIN:
{
int iVal = Calc_GetRandVal(30);
if ( iVal < 5 )
{
// Mess up the light levels for a sec..
LightFlash();
sound = sm_SfxThunder[ Calc_GetRandVal( COUNTOF( sm_SfxThunder )) ];
}
else if ( iVal < 10 )
sound = sm_SfxRain[ Calc_GetRandVal( COUNTOF( sm_SfxRain )) ];
else if ( iVal < 15 )
sound = sm_SfxWind[ Calc_GetRandVal( COUNTOF( sm_SfxWind )) ];
}
break;
default:
break;
}
}
}
// regen all creatures and do AI
ProfileTask charactersTask(PROFILE_CHARS);
//pChar = STATIC_CAST <CChar*>( m_Chars_Active.GetHead());
CChar * pCharNext = NULL;
CChar * pChar = dynamic_cast <CChar*>( m_Chars_Active.GetHead());
for ( ; pChar != NULL; pChar = pCharNext )
{
EXC_TRYSUB("TickChar");
pCharNext = pChar->GetNext();
if (( fEnvironChange ) && ( IsTrigUsed(TRIGGER_ENVIRONCHANGE) ))
pChar->OnTrigger(CTRIG_EnvironChange, pChar);
if ( pChar->IsClient())
{
CClient * pClient = pChar->GetClient();
ASSERT( pClient );
if ( sound )
pClient->addSound(sound, pChar);
if ( fLightChange && ! pChar->IsStatFlag( STATF_DEAD | STATF_NightSight ))
pClient->addLight();
if ( fWeatherChange )
pClient->addWeather(GetWeather());
if ( iRegionPeriodic && pChar->m_pArea )
{
if (( iRegionPeriodic == 2 )&&( IsTrigUsed(TRIGGER_REGPERIODIC) ))
{
pChar->m_pArea->OnRegionTrigger( pChar, RTRIG_REGPERIODIC );
iRegionPeriodic--;
}
if ( IsTrigUsed(TRIGGER_CLIPERIODIC) )
pChar->m_pArea->OnRegionTrigger( pChar, RTRIG_CLIPERIODIC );
}
}
// Can only die on your own tick.
if ( !pChar->OnTick() )
pChar->Delete();
EXC_CATCHSUB("Sector");
EXC_DEBUGSUB_START;
CPointMap pt = GetBasePoint();
g_Log.EventDebug("char 0%lx '%s'\n", static_cast<DWORD>(pChar->GetUID()), pChar->GetName());
g_Log.EventDebug("sector #%d [%d,%d,%d,%d]\n", GetIndex(), pt.m_x, pt.m_y, pt.m_z, pt.m_map);
EXC_DEBUGSUB_END;
}
// decay items on ground = time out spells / gates etc.. etc..
// No need to check these so often !
ProfileTask itemsTask(PROFILE_ITEMS);
CItem * pItemNext = NULL;
CItem * pItem = dynamic_cast <CItem*>( m_Items_Timer.GetHead());
for ( ; pItem != NULL; pItem = pItemNext )
{
EXC_TRYSUB("TickItem");
pItemNext = pItem->GetNext();
EXC_SETSUB("TimerExpired");
if ( pItem->IsTimerExpired() )
{
EXC_SETSUB("ItemTick");
if ( !pItem->OnTick() )
{
EXC_SETSUB("ItemDelete");
pItem->Delete();
}
else
{
EXC_SETSUB("TimerExpired2");
if ( pItem->IsTimerExpired() ) // forgot to clear the timer.? strange.
{
EXC_SETSUB("SetTimeout");
pItem->SetTimeout(-1);
}
}
}
EXC_SETSUB("UpdateFlags");
pItem->OnTickStatusUpdate();
#ifdef _WIN32
EXC_CATCHSUB("Sector");
EXC_DEBUGSUB_START;
CPointMap pt = GetBasePoint();
g_Log.EventError("item 0%lx '%s' [timer=%lld, type=%lld]\n", static_cast<DWORD>(pItem->GetUID()), pItem->GetName(), pItem->GetTimerAdjusted(), static_cast<int>(pItem->GetType()));
g_Log.EventError("sector #%d [%d,%d,%d,%d]\n", GetIndex(), pt.m_x, pt.m_y, pt.m_z, pt.m_map);
EXC_DEBUGSUB_END;
#else
}
#ifndef _DEBUG
catch ( const CGrayError& e )
bool CSector::r_WriteVal( LPCTSTR pszKey, CGString & sVal, CTextConsole * pSrc )
{
ADDTOCALLSTACK("CSector::r_WriteVal");
EXC_TRY("WriteVal");
static const CValStr sm_ComplexityTitles[] =
{
{ "HIGH", INT_MIN }, // speech can be very complex if low char count
{ "MEDIUM", 5 },
{ "LOW", 10 },
{ NULL, INT_MAX }
};
switch ( FindTableHeadSorted( pszKey, sm_szLoadKeys, COUNTOF( sm_szLoadKeys )-1 ))
{
case SC_CLIENTS:
sVal.FormatVal(m_Chars_Active.HasClients());
return true;
case SC_COLDCHANCE:
sVal.FormatVal( GetColdChance());
return( true );
case SC_COMPLEXITY:
if ( pszKey[10] == '.' )
{
pszKey += 11;
sVal = ( ! strcmpi( pszKey, sm_ComplexityTitles->FindName( GetCharComplexity()))) ? "1" : "0";
return( true );
}
sVal.FormatVal( GetCharComplexity());
return( true );
case SC_FLAGS:
sVal.FormatHex(m_dwFlags);
return( true );
case SC_LIGHT:
sVal.FormatVal(GetLight());
return true;
case SC_LOCALTIME:
sVal = GetLocalGameTime();
return( true );
case SC_LOCALTOD:
sVal.FormatVal( GetLocalTime());
return( true );
case SC_NUMBER:
sVal.FormatVal(m_index);
return( true );
case SC_ISDARK:
sVal.FormatVal( IsDark() );
return( true );
case SC_ISNIGHTTIME:
{
int iMinutes = GetLocalTime();
sVal = ( iMinutes < 7*60 || iMinutes > (9+12)*60 ) ? "1" : "0";
}
return( true );
case SC_RAINCHANCE:
sVal.FormatVal( GetRainChance());
return( true );
case SC_ITEMCOUNT:
sVal.FormatVal(GetItemComplexity());
return true;
case SC_SEASON:
sVal.FormatVal(static_cast<int>(GetSeason()));
return true;
case SC_WEATHER:
sVal.FormatVal(static_cast<int>(GetWeather()));
return true;
}
EXC_CATCH;
EXC_DEBUG_START;
EXC_ADD_KEYRET(pSrc);
EXC_DEBUG_END;
return false;
}
BYTE CSector::GetLightCalc( bool fQuickSet ) const
{
ADDTOCALLSTACK("CSector::GetLightCalc");
// What is the light level default here in this sector.
if ( g_Cfg.m_bAllowLightOverride && IsLightOverriden() )
return m_Env.m_Light;
if ( IsInDungeon() )
return static_cast<unsigned char>(g_Cfg.m_iLightDungeon);
int localtime = GetLocalTime();
if ( !g_Cfg.m_bAllowLightOverride )
{
// Normalize time:
// convert 0=midnight .. (23*60)+59=midnight
// to 0=day .. 12*60=night
if ( localtime < 12*60 )
localtime = 12*60 - localtime;
else
localtime -= 12*60;
// 0... y ...lightnight
// 0... x ...12*60
int iTargLight = ((localtime * ( g_Cfg.m_iLightNight - g_Cfg.m_iLightDay ))/(12*60) + g_Cfg.m_iLightDay);
if ( iTargLight < LIGHT_BRIGHT ) iTargLight = LIGHT_BRIGHT;
if ( iTargLight > LIGHT_DARK ) iTargLight = LIGHT_DARK;
return static_cast<unsigned char>(iTargLight);
}
int hour = ( localtime / ( 60)) % 24;
bool fNight = ( hour < 6 || hour > 12+8 ); // Is it night or day ?
int iTargLight = (fNight) ? g_Cfg.m_iLightNight : g_Cfg.m_iLightDay; // Target light level.
// Check for clouds...if it is cloudy, then we don't even need to check for the effects of the moons...
if ( GetWeather())
{
// Clouds of some sort...
if (fNight)
iTargLight += ( Calc_GetRandVal( 2 ) + 1 ); // 1-2 light levels darker if cloudy at night
else
iTargLight += ( Calc_GetRandVal( 4 ) + 1 ); // 1-4 light levels darker if cloudy during the day.
}
if ( fNight )
{
// Factor in the effects of the moons
// Trammel
unsigned int iTrammelPhase = g_World.GetMoonPhase( false );
// Check to see if Trammel is up here...
if ( IsMoonVisible( iTrammelPhase, localtime ))
{
static const BYTE sm_TrammelPhaseBrightness[] =
{
0, // New Moon
TRAMMEL_FULL_BRIGHTNESS / 4, // Crescent Moon
TRAMMEL_FULL_BRIGHTNESS / 2, // Quarter Moon
( TRAMMEL_FULL_BRIGHTNESS * 3) / 4, // Gibbous Moon
TRAMMEL_FULL_BRIGHTNESS, // Full Moon
( TRAMMEL_FULL_BRIGHTNESS * 3) / 4, // Gibbous Moon
TRAMMEL_FULL_BRIGHTNESS / 2, // Quarter Moon
TRAMMEL_FULL_BRIGHTNESS / 4 // Crescent Moon
};
ASSERT( iTrammelPhase < COUNTOF(sm_TrammelPhaseBrightness));
iTargLight -= sm_TrammelPhaseBrightness[iTrammelPhase];
}
// Felucca
unsigned int iFeluccaPhase = g_World.GetMoonPhase( true );
if ( IsMoonVisible( iFeluccaPhase, localtime ))
{
static const BYTE sm_FeluccaPhaseBrightness[] =
{
0, // New Moon
FELUCCA_FULL_BRIGHTNESS / 4, // Crescent Moon
FELUCCA_FULL_BRIGHTNESS / 2, // Quarter Moon
( FELUCCA_FULL_BRIGHTNESS * 3) / 4, // Gibbous Moon
FELUCCA_FULL_BRIGHTNESS, // Full Moon
( FELUCCA_FULL_BRIGHTNESS * 3) / 4, // Gibbous Moon
FELUCCA_FULL_BRIGHTNESS / 2, // Quarter Moon
FELUCCA_FULL_BRIGHTNESS / 4 // Crescent Moon
};
ASSERT( iFeluccaPhase < COUNTOF(sm_FeluccaPhaseBrightness));
iTargLight -= sm_FeluccaPhaseBrightness[iFeluccaPhase];
}
}
if ( iTargLight < LIGHT_BRIGHT ) iTargLight = LIGHT_BRIGHT;
if ( iTargLight > LIGHT_DARK ) iTargLight = LIGHT_DARK;
if ( fQuickSet || m_Env.m_Light == iTargLight ) // Initializing the sector
return static_cast<unsigned char>(iTargLight);
// Gradual transition to global light level.
if ( m_Env.m_Light > iTargLight )
return( m_Env.m_Light - 1 );
else
return( m_Env.m_Light + 1 );
}
bool CSector::r_WriteVal( lpctstr pszKey, CSString & sVal, CTextConsole * pSrc )
{
ADDTOCALLSTACK("CSector::r_WriteVal");
EXC_TRY("WriteVal");
static const CValStr sm_ComplexityTitles[] =
{
{ "HIGH", INT32_MIN }, // speech can be very complex if low char count
{ "MEDIUM", 5 },
{ "LOW", 10 },
{ nullptr, INT32_MAX }
};
SC_TYPE key = (SC_TYPE)FindTableHead(pszKey, sm_szLoadKeys, CountOf(sm_szLoadKeys) - 1);
switch ( key )
{
case SC_CANSLEEP:
{
pszKey += 8;
bool fCheckAdjacents = Exp_GetVal(pszKey);
sVal.FormatBVal(CanSleep(fCheckAdjacents));
return true;
}
case SC_CLIENTS:
sVal.FormatSTVal(m_Chars_Active.GetClientsNumber());
return true;
case SC_COLDCHANCE:
sVal.FormatVal( GetColdChance());
return true;
case SC_COMPLEXITY:
if ( pszKey[10] == '.' )
{
pszKey += 11;
sVal = ( ! strcmpi( pszKey, sm_ComplexityTitles->FindName( (int)GetCharComplexity() )) ) ? "1" : "0";
return true;
}
sVal.FormatSTVal( GetCharComplexity() );
return true;
case SC_FLAGS:
sVal.FormatHex(m_dwFlags);
return true;
case SC_LIGHT:
sVal.FormatVal(GetLight());
return true;
case SC_LOCALTIME:
sVal = GetLocalGameTime();
return true;
case SC_LOCALTOD:
sVal.FormatVal( GetLocalTime());
return true;
case SC_NUMBER:
sVal.FormatVal(m_index);
return true;
case SC_ISDARK:
sVal.FormatVal( IsDark() );
return true;
case SC_ISNIGHTTIME:
{
int iMinutes = GetLocalTime();
sVal = ( iMinutes < 7*60 || iMinutes > (9+12)*60 ) ? "1" : "0";
}
return true;
case SC_ISSLEEPING:
sVal.FormatVal(IsSleeping());
return true;
case SC_RAINCHANCE:
sVal.FormatVal( GetRainChance());
return true;
case SC_ITEMCOUNT:
sVal.FormatSTVal(GetItemComplexity());
return true;
case SC_SEASON:
sVal.FormatVal((int)GetSeason());
return true;
case SC_WEATHER:
sVal.FormatVal((int)GetWeather());
return true;
}
EXC_CATCH;
EXC_DEBUG_START;
EXC_ADD_KEYRET(pSrc);
EXC_DEBUG_END;
return false;
}
bool CSector::OnTick()
{
ADDTOCALLSTACK("CSector::OnTick");
/*Ticking sectors from CWorld
* Timer is automatically updated at the end with a 30 seconds default delay
* Any return before it will threat this CSector as Sleep and will make it
* not tick again until a new player enters (WARNING: even if there are
* players already inside).
*/
EXC_TRY("Tick");
// do not tick sectors on maps not supported by server
if ( !g_MapList.m_maps[m_map] )
return true;
EXC_SET_BLOCK("light change");
// Check for light change before putting the sector to sleep, since in other case the
// world light levels will be shitty
bool fEnvironChange = false;
bool fLightChange = false;
// check for local light level change ?
byte bLightPrv = m_Env.m_Light;
m_Env.m_Light = GetLightCalc( false );
if ( m_Env.m_Light != bLightPrv )
{
fEnvironChange = true;
fLightChange = true;
}
EXC_SET_BLOCK("sector sleeping?");
bool fCanSleep = CanSleep(true);
int64 iCurTime = CServerTime::GetCurrentTime().GetTimeRaw();
// Put the sector to sleep if no clients been here in a while.
if (fCanSleep && (g_Cfg._iSectorSleepDelay > 0))
{
if (!IsSleeping())
{
GoSleep();
}
return true;
}
EXC_SET_BLOCK("sound effects");
// random weather noises and effects.
SOUND_TYPE sound = 0;
bool fWeatherChange = false;
int iRegionPeriodic = 0;
WEATHER_TYPE weatherprv = m_Env.m_Weather;
if ( ! Calc_GetRandVal( 30 )) // change less often
{
m_Env.m_Weather = GetWeatherCalc();
if ( weatherprv != m_Env.m_Weather )
{
fWeatherChange = true;
fEnvironChange = true;
}
}
// Random area noises. Only do if clients about.
if ( GetClientsNumber() > 0 )
{
iRegionPeriodic = 2;
static const SOUND_TYPE sm_SfxRain[] = { 0x10, 0x11 };
static const SOUND_TYPE sm_SfxWind[] = { 0x14, 0x15, 0x16 };
static const SOUND_TYPE sm_SfxThunder[] = { 0x28, 0x29 , 0x206 };
// Lightning ? // wind, rain,
switch ( GetWeather() )
{
case WEATHER_CLOUDY:
break;
case WEATHER_SNOW:
if ( ! Calc_GetRandVal(5) )
sound = sm_SfxWind[ Calc_GetRandVal( CountOf( sm_SfxWind )) ];
break;
case WEATHER_RAIN:
{
int iVal = Calc_GetRandVal(30);
if ( iVal < 5 )
{
// Mess up the light levels for a sec..
LightFlash();
sound = sm_SfxThunder[ Calc_GetRandVal( CountOf( sm_SfxThunder )) ];
}
else if ( iVal < 10 )
sound = sm_SfxRain[ Calc_GetRandVal( CountOf( sm_SfxRain )) ];
else if ( iVal < 15 )
sound = sm_SfxWind[ Calc_GetRandVal( CountOf( sm_SfxWind )) ];
}
break;
default:
break;
}
}
// Check environ changes and inform clients of it.
ProfileTask charactersTask(PROFILE_CHARS);
CChar * pCharNext = nullptr;
CChar * pChar = static_cast <CChar*>( m_Chars_Active.GetHead());
for ( ; pChar != nullptr; pChar = pCharNext )
{
EXC_TRYSUB("TickChar");
pCharNext = pChar->GetNext();
if (( fEnvironChange ) && ( IsTrigUsed(TRIGGER_ENVIRONCHANGE) ))
pChar->OnTrigger(CTRIG_EnvironChange, pChar);
if ( pChar->IsClient())
{
CClient * pClient = pChar->GetClient();
ASSERT( pClient );
if ( sound )
pClient->addSound(sound, pChar);
if ( fLightChange && ! pChar->IsStatFlag( STATF_DEAD | STATF_NIGHTSIGHT ))
pClient->addLight();
if ( fWeatherChange )
pClient->addWeather(GetWeather());
if ( iRegionPeriodic && pChar->m_pArea )
{
if ( ( iRegionPeriodic == 2 ) && IsTrigUsed(TRIGGER_REGPERIODIC))
{
pChar->m_pArea->OnRegionTrigger( pChar, RTRIG_REGPERIODIC );
--iRegionPeriodic;
}
if ( IsTrigUsed(TRIGGER_CLIPERIODIC) )
pChar->m_pArea->OnRegionTrigger( pChar, RTRIG_CLIPERIODIC );
}
}
EXC_CATCHSUB("Sector");
EXC_DEBUGSUB_START;
CPointMap pt = GetBasePoint();
g_Log.EventDebug("#0 char 0%x '%s'\n", (dword)(pChar->GetUID()), pChar->GetName());
g_Log.EventDebug("#0 sector #%d [%d,%d,%d,%d]\n", GetIndex(), pt.m_x, pt.m_y, pt.m_z, pt.m_map);
EXC_DEBUGSUB_END;
}
ProfileTask overheadTask(PROFILE_OVERHEAD);
EXC_SET_BLOCK("check map cache");
if (fCanSleep && m_iMapBlockCacheTime < iCurTime) // Only if the sector can sleep.
{
// delete the static CServerMapBlock items that have not been used recently.
m_iMapBlockCacheTime = CServerTime::GetCurrentTime().GetTimeRaw() + g_Cfg.m_iMapCacheTime ;
CheckMapBlockCache();
}
EXC_CATCH;
SetTimeoutS(30); // Sector is Awake, make it tick after 30 seconds.
EXC_DEBUG_START;
CPointMap pt = GetBasePoint();
g_Log.EventError("#4 sector #%d [%hd,%hd,%hhd,%hhu]\n", GetIndex(), pt.m_x, pt.m_y, pt.m_z, pt.m_map);
EXC_DEBUG_END;
return true;
}