int extra_flags_circle( int ef ) {
int new_ef = 0;
if ( ef & SFT(CIRCLE_ITEM_GLOW) ) SET_BIT( new_ef, ITEM_GLOW );
if ( ef & SFT(CIRCLE_ITEM_HUM) ) SET_BIT( new_ef, ITEM_HUM );
if ( ef & SFT(CIRCLE_ITEM_INVIS) ) SET_BIT( new_ef, ITEM_INVIS );
if ( ef & SFT(CIRCLE_ITEM_MAGIC) ) SET_BIT( new_ef, ITEM_MAGIC );
if ( ef & SFT(CIRCLE_ITEM_NODROP) ) SET_BIT( new_ef, ITEM_NODROP );
if ( ef & SFT(CIRCLE_ITEM_BLESS) ) SET_BIT( new_ef, ITEM_BLESS );
if ( ef & SFT(CIRCLE_ITEM_ANTI_GOOD) ) SET_BIT( new_ef, ITEM_ANTI_GOOD );
if ( ef & SFT(CIRCLE_ITEM_ANTI_EVIL) ) SET_BIT( new_ef, ITEM_ANTI_EVIL );
if ( ef & SFT(CIRCLE_ITEM_ANTI_NEUTRAL) ) SET_BIT( new_ef, ITEM_ANTI_NEUTRAL );
if ( ef & SFT(CIRCLE_ITEM_NOSELL) ) SET_BIT( new_ef, ITEM_INVENTORY );
return new_ef;
}
int aff2_circle( int aff ) {
int new_aff = 0;
if ( aff & SFT(CIRCLE_AFF_WATERWALK) ) SET_BIT( new_aff, AFF2_WALK_ON_WATER );
return new_aff;
}
// //////////////////////////////////////////////////////////
// Interface Implementation
//
void initRtos(void)
{
INITIALIZE_CHECKING();
initTaskQueue();
initTimerTaskSet();
// set timer TC0
// Clear Timer on Compare match; WGM01:0 = 10
// prescaler 64; CS02:0 = 011
TCCR0 = SFT(WGM01) | SFT(CS01) | SFT(CS00);
// reset counter
TCNT0 = 0;
// set Output Compare Register value
OCR0 = RTOS_TIMER_OCR;
// Output Compare Math Interrupt Enable
SBI(TIMSK, OCIE0);
}
void initClock(void)
{
INITIALIZE_CHECKING();
setTime(0);
#ifdef CLOCK_ASYNCRONOUS_MODE
while (GBI(ASSR, TCN2UB) || GBI(ASSR, OCR2UB) || GBI(ASSR, TCR2UB)) // whait while TC2 is ready
{
_delay_ms(1);
}
// asynchronous mode
ASSR = SFT(AS2);
// reset timer counter
TCNT2 = 0;
// prescaler 128: TCS22:0 = 101
TCCR2 = 5 << CS20;
// Overflow interrupt
SBI(TIMSK, TOIE2);
#else // not CLOCK_ASYNCRONOUS_MODE
setTimerTaskMS(&clockTimerTask, 0, 1000);
#endif
}
int aff_circle( int aff ) {
int new_aff = 0;
if ( aff & SFT(CIRCLE_AFF_BLIND) ) SET_BIT( new_aff, AFF_BLIND );
if ( aff & SFT(CIRCLE_AFF_INVISIBLE) ) SET_BIT( new_aff, AFF_INVISIBLE );
if ( aff & SFT(CIRCLE_AFF_DETECT_ALIGN) ) { SET_BIT( new_aff, AFF_DETECT_EVIL ); SET_BIT( new_aff, AFF_DETECT_GOOD ); }
if ( aff & SFT(CIRCLE_AFF_DETECT_INVIS) ) SET_BIT( new_aff, AFF_DETECT_INVIS );
if ( aff & SFT(CIRCLE_AFF_DETECT_MAGIC) ) SET_BIT( new_aff, AFF_DETECT_MAGIC );
if ( aff & SFT(CIRCLE_AFF_DETECT_HIDDEN) ) SET_BIT( new_aff, AFF_DETECT_HIDDEN );
if ( aff & SFT(CIRCLE_AFF_SANCTUARY) ) SET_BIT( new_aff, AFF_SANCTUARY );
if ( aff & SFT(CIRCLE_AFF_CURSE) ) SET_BIT( new_aff, AFF_CURSE );
if ( aff & SFT(CIRCLE_AFF_INFRARED) ) SET_BIT( new_aff, AFF_INFRARED );
if ( aff & SFT(CIRCLE_AFF_POISON) ) SET_BIT( new_aff, AFF_POISON );
if ( aff & SFT(CIRCLE_AFF_PROTECT_GOOD ) ) SET_BIT( new_aff, AFF_PROTECT_GOOD );
if ( aff & SFT(CIRCLE_AFF_PROTECT_EVIL ) ) SET_BIT( new_aff, AFF_PROTECT_EVIL );
if ( aff & SFT(CIRCLE_AFF_SLEEP) ) SET_BIT( new_aff, AFF_SLEEP );
if ( aff & SFT(CIRCLE_AFF_SNEAK) ) SET_BIT( new_aff, AFF_SNEAK );
if ( aff & SFT(CIRCLE_AFF_HIDE) ) SET_BIT( new_aff, AFF_HIDE );
if ( aff & SFT(CIRCLE_AFF_SLEEP) ) SET_BIT( new_aff, AFF_SLEEP );
if ( aff & SFT(CIRCLE_AFF_CHARM) ) SET_BIT( new_aff, AFF_CHARM );
return new_aff;
}