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#include "common.h"
#include "Timer.h"
#include "Pad.h"
#include "Clock.h"
#include "Stats.h"
#include "VarConsole.h"
// --MIAMI: File done
_TODO("gbFastTime");
bool gbFastTime;
uint8 CClock::ms_nGameClockHours;
uint8 CClock::ms_nGameClockMinutes;
uint16 CClock::ms_nGameClockSeconds;
uint8 CClock::ms_Stored_nGameClockHours;
uint8 CClock::ms_Stored_nGameClockMinutes;
uint16 CClock::ms_Stored_nGameClockSeconds;
uint32 CClock::ms_nMillisecondsPerGameMinute;
uint32 CClock::ms_nLastClockTick;
bool CClock::ms_bClockHasBeenStored;
float CClock::ms_EnvMapTimeMultiplicator;
#ifndef MASTER
bool gbFreezeTime;
#endif
void
CClock::Initialise(uint32 scale)
{
debug("Initialising CClock...\n");
ms_nGameClockHours = 12;
ms_nGameClockMinutes = 0;
ms_nGameClockSeconds = 0;
ms_nMillisecondsPerGameMinute = scale;
ms_nLastClockTick = CTimer::GetTimeInMilliseconds();
ms_bClockHasBeenStored = false;
ms_EnvMapTimeMultiplicator = 1.0f;
debug("CClock ready\n");
#ifndef MASTER
VarConsole.Add("Time (hour of day)", &ms_nGameClockHours, 1, 0, 23, true);
VarConsole.Add("Freeze time", &gbFreezeTime, true);
#endif
}
void
CClock::Update(void)
{
if(CPad::GetPad(1)->GetRightShoulder1())
{
ms_nGameClockMinutes += 8;
ms_nLastClockTick = CTimer::GetTimeInMilliseconds();
if(ms_nGameClockMinutes >= 60)
{
ms_nGameClockHours++;
ms_nGameClockMinutes = 0;
if(ms_nGameClockHours >= 24)
ms_nGameClockHours = 0;
}
}
#ifndef MASTER
else if (gbFreezeTime)
ms_nLastClockTick = CTimer::GetTimeInMilliseconds();
#endif
else if(CTimer::GetTimeInMilliseconds() - ms_nLastClockTick > ms_nMillisecondsPerGameMinute || gbFastTime)
{
ms_nGameClockMinutes++;
ms_nLastClockTick += ms_nMillisecondsPerGameMinute;
if ( gbFastTime )
ms_nLastClockTick = CTimer::GetTimeInMilliseconds();
if(ms_nGameClockMinutes >= 60)
{
ms_nGameClockHours++;
ms_nGameClockMinutes = 0;
if(ms_nGameClockHours >= 24)
{
CStats::DaysPassed++;
ms_nGameClockHours = 0;
}
}
}
ms_nGameClockSeconds = 60 * (CTimer::GetTimeInMilliseconds() - ms_nLastClockTick) / ms_nMillisecondsPerGameMinute;
}
void
CClock::SetGameClock(uint8 h, uint8 m)
{
while (m >= 60) {
m -= 60;
h++;
}
ms_nGameClockMinutes = m;
while (h >= 24)
h -= 24;
ms_nGameClockHours = h;
ms_nGameClockSeconds = 0;
ms_nLastClockTick = CTimer::GetTimeInMilliseconds();
}
int32
CClock::GetGameClockMinutesUntil(uint8 h, uint8 m)
{
int32 now, then;
now = ms_nGameClockHours*60 + ms_nGameClockMinutes;
then = h*60 + m;
if(then < now)
then += 24*60;
return then-now;
}
bool
CClock::GetIsTimeInRange(uint8 h1, uint8 h2)
{
if(h1 > h2)
return ms_nGameClockHours >= h1 || ms_nGameClockHours < h2;
else
return ms_nGameClockHours >= h1 && ms_nGameClockHours < h2;
}
void
CClock::StoreClock(void)
{
ms_Stored_nGameClockHours = ms_nGameClockHours;
ms_Stored_nGameClockMinutes = ms_nGameClockMinutes;
ms_Stored_nGameClockSeconds = ms_nGameClockSeconds;
ms_bClockHasBeenStored = true;
}
void
CClock::RestoreClock(void)
{
ms_nGameClockHours = ms_Stored_nGameClockHours;
ms_nGameClockMinutes = ms_Stored_nGameClockMinutes;
ms_nGameClockSeconds = ms_Stored_nGameClockSeconds;
}
void
CClock::CalcEnvMapTimeMultiplicator(void)
{
float nightness = Abs(ms_nGameClockHours/24.0f - 0.5f);
ms_EnvMapTimeMultiplicator = SQR(1.0f - nightness);;
}
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