public GameTime(GameTime pGameTime)
{
days = pGameTime.days;
hours = pGameTime.hours;
minutes = pGameTime.hours;
seconds = pGameTime.seconds;
}
public void Tick()
{
GameTime gt = new GameTime(0f);
gt.Tick(1f);
Assert.AreEqual(1f, gt.totalSeconds);
gt.Tick(1f);
Assert.AreEqual(2f, gt.totalSeconds);
}
void SecondsAddsUp(float pTotalSeconds, int pExpectedDays, int pExpectedHours, int pExpectedMinutes, float pExpectedSeconds)
{
GameTime gt = new GameTime(pTotalSeconds);
Assert.AreEqual(gt.days, pExpectedDays);
Assert.AreEqual(gt.hours, pExpectedHours);
Assert.AreEqual(gt.minutes, pExpectedMinutes);
Assert.AreEqual(gt.seconds, pExpectedSeconds, 0.05f);
}
/// <summary>
/// WARNING! Adding spans during runtime is not supported since they will not be saved in the database.
/// This function is only used for testing.
/// </summary>
public void CreateTimetableSpanInternal(GameTime pStartTime, GameTime pEndTime, TimetableBehaviour pBehaviour)
{
TimetableSpan span = new TimetableSpan() {
startTime = pStartTime,
endTime = pEndTime,
behaviour = pBehaviour
};
_timetableSpans.Add(span);
}
public void Subtraction()
{
GameTime g1 = new GameTime(5, 4, 3, 2f);
GameTime g2 = new GameTime(1, 1, 1, 1f);
GameTime result = g1 - g2;
Assert.AreEqual(4, result.days);
Assert.AreEqual(3, result.hours);
Assert.AreEqual(2, result.minutes);
Assert.AreEqual(1f, result.seconds, 0.1f);
}
public TimetableSpan GetCurrentSpan(GameTime pCurrentTime)
{
//return _timetableSpans.Find(span => span.IsTimeWithinBounds(pCurrentTime));
foreach (var span in _timetableSpans) {
if(span.IsTimeWithinBounds(pCurrentTime)) {
return span;
}
}
return TimetableSpan.NULL;
}
public static void UpdateWorldUntilGameTime(World pWorld, GameTime pGameTime)
{
PreloadWorld(pWorld);
const float stepSize = 1f;
//Console.WriteLine("Total world time: " + pWorld.settings.gameTimeClock.totalSeconds);
//Console.WriteLine("pGameTime.totalSeconds: " + pGameTime.totalSeconds);
int i = 1000;
while(pWorld.settings.gameTimeClock.totalSeconds < pGameTime.totalSeconds)
{
i--;
//Console.WriteLine("Total world time: " + pWorld.settings.gameTimeClock.totalSeconds);
pWorld.Update(stepSize);
}
}
public bool IsTimeWithinBounds(GameTime pTime)
{
//Console.WriteLine("Checking time table span " + startTime + " to " + endTime + " with pTime " + pTime);
return pTime.IsWithinMinuteBounds(startTime, endTime);
}
private TimetableSpan CreateTimetableSpan(int pStartHour, int pStartMinute, int pEndHour, int pEndMinute, string pName, string[] pTokens)
{
GameTime start = new GameTime(pStartHour, pStartMinute);
GameTime end = new GameTime(pEndHour, pEndMinute);
TimetableSpan span = new TimetableSpan();
span.name = pName;
span.startTime = start;
span.endTime = end;
span.behaviour = CreateBehaviourFromTokens(pTokens);
//Console.WriteLine("Created span: " + span);
return span;
}
public void Update(float dt, GameTime pCurrentTime, Character pCharacter, MimanTingRunner pTingRunner, RoomRunner pRoomRunner, DialogueRunner pDialogueRunner, WorldSettings pWorldSettings)
{
TimetableSpan currentSpan = GetCurrentSpan(pCurrentTime);
if(currentSpan != TimetableSpan.NULL) {
if (pCharacter.isAvatar) {
return;
}
if(pCharacter.lastTimetableSpan != currentSpan) {
if(pCharacter.lastTimetableSpan != TimetableSpan.NULL) {
pCharacter.logger.Log(pCharacter.name + " ended span " + pCharacter.lastTimetableSpan.name);
pCharacter.lastTimetableSpan.behaviour.OnFinish(pCharacter, pTingRunner, pRoomRunner, pDialogueRunner);
} else {
pCharacter.logger.Log(pCharacter.name + " ended span NULL");
}
}
pCharacter.lastTimetableSpan = currentSpan;
//pCharacter.logger.Log("Current timetable span to update: " + currentSpan.ToString());
if(pCharacter.timetableTimer <= 0f) {
pCharacter.timetableTimer = currentSpan.behaviour.Execute(pCharacter, pTingRunner, pRoomRunner, pDialogueRunner, pWorldSettings);
//pCharacter.logger.Log(pCharacter.name + " executed " + currentSpan.behaviour + " and set timetableTimer to " + pCharacter.timetableTimer);
} else {
pCharacter.timetableTimer -= dt;
//pCharacter.logger.Log(pCharacter.name + " timetableTimer = " + pCharacter.timetableTimer);
}
}
else {
D.Log("Found no matching time span in Timetable for character " + pCharacter.name + " at time " + pCurrentTime);
}
}
public void Sleep(GameTime pAlarmTime)
{
if(isAvatar) {
D.Log("Sleep was called on avatar with alarm time: " + pAlarmTime);
if(pAlarmTime.hours > 0 && pAlarmTime.hours < 8) {
pAlarmTime.hours = 8; // prevent avatar from waking up too early in the morning
pAlarmTime.minutes = Randomizer.GetIntValue(0, 60);
D.Log("Prevented avatar from waking up too early, set hours to " + pAlarmTime.hours);
}
else if(_tingRunner.gameClock.hours < 8 && pAlarmTime.hours > 11 && pAlarmTime.hours < 18) {
pAlarmTime.hours = Randomizer.GetIntValue(8, 11); // prevent avatar from waking up too late in the day
pAlarmTime.minutes = Randomizer.GetIntValue(0, 60);
D.Log("Prevented avatar from waking up too late, set hours to " + pAlarmTime.hours);
}
}
//dialogueLine = "Zzzzz";
alarmTime = pAlarmTime;
#if LOG
logger.Log(name + " fell asleep and will wake up at " + alarmTime);
#endif
StartAction("Sleeping", null, LONG_TIME, LONG_TIME);
_dialogueRunner.EventHappened (name + "_fellAsleep");
}
public GameTime Now()
{
GameTime n = new GameTime();
n.days = this.days;
n.hours = this.hours;
n.minutes = this.minutes;
n.seconds = this.seconds;
return n;
}
/// <summary>
/// Ignores the day! Only checks hours and minutes.
/// </summary>
public bool IsWithinMinuteBounds(GameTime startTime, GameTime endTime)
{
GameTime startTimeIgnoreDay = new GameTime(startTime.hours, startTime.minutes);
GameTime endTimeIgnoreDay = new GameTime(endTime.hours, endTime.minutes);
GameTime thisTimeIgnoreDay = new GameTime(this.hours, this.minutes);
if(startTimeIgnoreDay < endTimeIgnoreDay) {
return (startTimeIgnoreDay.totalSeconds <= thisTimeIgnoreDay.totalSeconds) &&
(thisTimeIgnoreDay.totalSeconds < endTimeIgnoreDay.totalSeconds);
}
else {
// When the timespan wraps over midnight
//Console.WriteLine("StartTime " + startTimeIgnoreDay.totalSeconds + " endTime " + endTimeIgnoreDay.totalSeconds + " thisTime " + thisTimeIgnoreDay.totalSeconds + " withinBounds " + withinBounds);
bool inFirstHalf = thisTimeIgnoreDay.totalSeconds <= endTimeIgnoreDay.totalSeconds;
bool inLastHalf = thisTimeIgnoreDay.totalSeconds >= startTimeIgnoreDay.totalSeconds;
return inFirstHalf || inLastHalf;
}
}
public static GameTime operator -(GameTime g1, GameTime g2)
{
GameTime newTime = new GameTime();
float s = g1.totalSeconds - g2.totalSeconds;
newTime.totalSeconds = s;
return newTime;
}