void
Omnijar::Init(nsIFile* aGrePath, nsIFile* aAppPath)
{
InitOne(aGrePath, GRE);
InitOne(aAppPath, APP);
sInitialized = true;
}
VOID SceneTimer::FreeTimer(INT index)
{
if( index <0 || index >= maxCount )
{
#ifdef _DEBUG
CHAR szTemp[MAX_FILE_PATH];
sprintf(szTemp,"index = %d",index);
AssertEx(FALSE,szTemp) ;
#endif
return ;
}
InitOne(index);//释放时初始化
MyTimer* temp = (MyTimer*)&(m_pTimers[index]);
*((MyTimer**)temp) = head;
head = temp;
#if _DEBUG
m_currentUse--;
#endif
}
VOID SceneTimer::CleanUp( )
{
for(INT i=0;i<maxCount;i++)
InitOne(i);
UINT Now = g_pTimeManager->CurrentTime() ;
mRefeshTimer.BeginTimer(1000,Now);
}
void ExpI( TYPE typ, ftn_type *base, intstar4 exponent ) {
//===========================================================
bool odd;
ftn_type result;
if( ZeroBase( typ, base ) ) {
if( exponent <= 0 ) {
Error( EX_Z_2_NOT_POS );
}
} else if( exponent == 0 ) {
InitOne( typ, base );
} else {
InitOne( typ, &result );
if( exponent < 0 ) {
// base == 1 / base
Div[ typ - FT_INTEGER_1 ]( &result, base );
*base = result;
InitOne( typ, &result );
exponent = -exponent;
}
if( ( exponent & 1 ) != 0 ) {
result = *base;
}
exponent /= 2;
while( exponent != 0 ) {
for(;;) {
Mul[ typ - FT_INTEGER_1 ]( base, base );
odd = ( ( exponent & 1 ) != 0 );
exponent /= 2;
if( odd ) break;
}
Mul[ typ - FT_INTEGER_1 ]( &result, base );
}
*base = result;
}
}
//场景时初始化所有的计时器
VOID SceneTimer::CreateTimer(INT maxCount,Scene* pScene)
{
this->maxCount = maxCount;
SAFE_DELETE_ARRAY(m_pTimers);
m_pTimers = new MyTimer[maxCount];
for(INT i=0;i<maxCount;i++)
InitOne(i);
UINT Now = g_pTimeManager->CurrentTime() ;
mRefeshTimer.BeginTimer(1000,Now);
m_pScene = pScene;
}
