func (t *TimeService) Start() {
if !t.isRunning {
// Calculate in-game time from real world time
// this way we always have the right in-game time
t.calculateTimeFromSystem()
// Generate random starting weather
t.generateWeather()
t.isRunning = true
t.run()
log.Info("TimeService", "Start", "TimeService started")
}
}
func (m *Map) processTiles() {
for {
row, ok := <-m.processChan
if !ok {
break
}
// Get or create tile
tile := m.getOrAddTile(row.X, row.Y, row.Z)
// If the tile is new set extra data
if tile.IsNew {
//Set tile db id
tile.DbId = row.Idtile
// Set blocking
tile.Blocking = row.Movement
// Link location to tile
// if location, found := g_locations.Get(row.Idlocation); found {
// tile.Location = location
// }
// Check if we have a tile event id. If so, do something with it
// if row.IdtileEvent > 0 {
// if row.Eventtype == pulogic.EVENTTYPE_TELEPORT {
// destination_x, _ := strconv.Atoi(row.Param1)
// destination_y, _ := strconv.Atoi(row.Param2)
// destination_z, _ := strconv.Atoi(row.Param3)
//
// destination := pos.NewPositionFrom(destination_x, destination_y, destination_z)
// teleport := NewTeleport(destination)
//
// tile.AddEvent(teleport)
// }
// }
tile.IsNew = false
}
// Add layer to tile
if IS_DEBUG {
log.Info("Map", "processTiles", "Current layer, sprite, idtilelayer: %d, %d, %d", row.Layer, row.Sprite, row.IdtileLayer)
}
tile.AddLayer(row.Layer, row.Sprite, row.IdtileLayer, false)
}
m.processExitChan <- true
}
func (m *Map) LoadTiles() bool {
start := time.Now().UnixNano()
var allTiles []TileRow
//Init the tile id to 1
g_newTileId = 1
err := g_orm.SetTable("tile").Join("INNER", "tile_layer", "tile_layer.tileid = tile.idtile").Join(" LEFT", "tile_events", "tile_events.idtile_events = tile.idtile_event").OrderBy("tile.idtile DESC").FindAll(&allTiles)
if err != nil {
log.Error("map", "loadTiles", "Error while loading tiles: %v", err.Error())
return false
}
log.Info("Map", "loadTiles", "%d tiles fetched in %dms", len(allTiles), (time.Now().UnixNano()-start)/1e6)
if len(allTiles) > 0 {
log.Verbose("Map", "loadTiles", "Processing tiles with %d goroutines", m.numOfProcessRoutines)
// Start process goroutine
for i := 1; i <= m.numOfProcessRoutines; i++ {
go m.processTiles()
}
// Send rows to channel
for key, row := range allTiles {
//First tile has highest ID
if key == 0 {
g_newTileId = (row.Idtile + 1)
log.Verbose("Map", "loadTiles", "Determined next tile ID: %d", g_newTileId)
}
m.processChan <- row
}
// Close channel so the process goroutine(s) will shutdown
close(m.processChan)
}
return true
}
func (t *TimeService) run() {
if t.isRunning {
// In-game clock runs twice as fast as real time
go func() {
time.Sleep(time.Second * 30)
t.run()
}()
currentMin := t.Minutes
if currentMin == 59 {
currentMin = 0
currentHour := t.Hour
if currentHour == 23 {
currentHour = 0
t.incrementDay()
} else {
currentHour++
}
t.Hour = currentHour
} else {
currentMin++
}
t.Minutes = currentMin
weatherUpdate := SYS_TIME() - t.lastWeatherUpdate
if weatherUpdate > 3600000 {
t.generateWeather()
t.lastWeatherUpdate = SYS_TIME()
}
} else {
log.Info("TimeService", "Run", "TimeServie stopped")
}
}
func (t *TimeService) generateWeather() {
weather := t.forcedWeather
if weather == 9 {
weather = rand.Intn(10)
}
switch weather {
case 0:
t.Weather = WEATHER_NORMAL
case 1:
t.Weather = WEATHER_RAIN
case 2:
t.Weather = WEATHER_HAIL
case 3:
t.Weather = WEATHER_FOG
case 4:
t.Weather = WEATHER_SANDSTORM
default:
t.Weather = WEATHER_NORMAL
}
log.Info("TimeService", "Weather", "INFO: Weather type changed to: %v", t.WeatherToStr())
}
func (t *TimeService) Stop() {
if t.isRunning {
log.Info("TimeService", "Stop", "Stopping TimeService")
t.isRunning = false
}
}
func (t *TimeService) calculateTimeFromSystem() {
currentTime := time.Now()
currentDay := currentTime.Weekday()
currentHour := currentTime.Hour()
currentMinute := currentTime.Minute()
if currentDay == time.Monday {
if currentHour < 12 {
t.Day = int(time.Monday)
} else {
t.Day = int(time.Tuesday)
}
} else if currentDay == time.Tuesday {
if currentHour < 12 {
t.Day = int(time.Wednesday)
} else {
t.Day = int(time.Thursday)
}
} else if currentDay == time.Wednesday {
if currentHour < 12 {
t.Day = int(time.Friday)
} else {
t.Day = int(time.Saturday)
}
} else if currentDay == time.Thursday {
if currentHour < 12 {
t.Day = int(time.Sunday)
} else {
t.Day = int(time.Monday)
}
} else if currentDay == time.Friday {
if currentHour < 12 {
t.Day = int(time.Tuesday)
} else {
t.Day = int(time.Wednesday)
}
} else if currentDay == time.Saturday {
if currentHour < 12 {
t.Day = int(time.Thursday)
} else {
t.Day = int(time.Friday)
}
} else {
if currentHour < 12 {
t.Day = int(time.Saturday)
} else {
t.Day = int(time.Sunday)
}
}
if currentHour >= 12 {
currentHour = currentHour - 12
}
t.Hour = currentHour * 2
if currentMinute >= 30 {
currentMinute = currentMinute - 30
// 30 min real world time, increment in-game hour by 1
t.Hour++
}
t.Minutes = currentMinute * 2
log.Info("TimeService", "INFO", "Current time is %v @ %d:%d", Days[t.Day], t.Hour, t.Minutes)
}
