void tab_select_effect_bHandle(void* opaque, GEventGWinButton* event){
struct tab_select_effect_t *tmp = (struct tab_select_effect_t*)opaque;
uint32_t i;
for(i = 0; i < EFFECT_NUM; i++){
if ((event)->gwin == tmp->btn_effectTypes[i]){
attachEffect(selectedEffectStage, i);
SwitchTab(PARAM_TAB);
}
}
if ((event)->gwin == tmp->btn_back){
SwitchTab(PARAM_TAB);
}
return;
}
/*
=====================
pushEffect
=====================
*/
void pushEffect( effectType_t type, place_t place ) {
game_t *game = NULL;
effect_t eff;
effectList_t *effListNode;
effectList_t *tmp1, *tmp2;
effListNode =
tmp1 =
tmp2 = NULL;
//check effect type validity
if( type >= EFFLIST_SIZE ) {
return;
}
//determine game
switch( place ) {
case LEFTGAME:
game = k_system.pLeftGame;
break;
case RIGHTGAME:
game = k_system.pRightGame;
break;
default:
return;
}
//check game validity
if( game == NULL ) {
return;
}
//remove previous illumination effect,
//so that it doesn't interfere with the current one.
//
//FIXME: isn't there a better approach ?
//
if( type == EFFECT_GROUND_ILLUMINATE ) {
tmp1 = game->effectList;
while( tmp1 ) {
tmp2 = tmp1->pNext;
if( tmp1->effect.type == type ) {
popTimeSlice( tmp1->effect.guid );
}
tmp1 = tmp2;
}
}
N_Memset( &eff, 0, sizeof( eff ) );
eff.type = type;
eff.place = place;
eff.init = FALSE;
eff.bEnded = FALSE;
effListNode = attachEffect( &eff );
effListNode->effect.guid = pushTimeSlice( TIME_EFFECT, kEffects[type].interval,
kEffects[type].ttl, effListNode, EFFECT, TRUE );
}
