void center_ramp_leff (void) {
U8 i;
for (i = 0; i < 9; i++) {
leff_toggle (LM_CENTER_RAMP_MIDDLE);
leff_toggle (LM_CENTER_RAMP_OUTER);
leff_toggle (LM_CENTER_RAMP_INNER);
flasher_pulse (FLASH_CENTER_RAMP);
flasher_pulse (FLASH_DIVERTER_FLASHER);
task_sleep (TIME_100MS);
}// end of loop
leff_exit();
}//end of function
/** Task that performs a switch lamp pulse.
* Some switches are inherently tied to a lamp. When the switch
* triggers, the lamp can be automatically flickered. This is
* implemented as a pseudo-lamp effect, so the true state of the
* lamp is not disturbed. */
void switch_lamp_pulse (void)
{
lamp_pulse_data_t * const cdata = task_current_class_data (lamp_pulse_data_t);
/* Although not a true leff, this fools the lamp draw to doing
* the right thing. */
cdata->leffdata.flags = L_SHARED;
/* If the lamp is already allocated by another lamp effect,
then don't bother trying to do the pulse. */
if (lamp_leff2_test_and_allocate (cdata->swinfo->lamp))
{
/* Change the state of the lamp */
if (lamp_test (cdata->swinfo->lamp))
leff_off (cdata->swinfo->lamp);
else
leff_on (cdata->swinfo->lamp);
task_sleep (TIME_200MS);
/* Change it back */
leff_toggle (cdata->swinfo->lamp);
task_sleep (TIME_200MS);
/* Free the lamp */
lamp_leff2_free (cdata->swinfo->lamp);
}
task_exit ();
}
/****************************************************************************
*
* lighting effects
*
****************************************************************************/
void huxley_leff1 (void) {
U8 i;
for (i = 0; i < 15; i++) {
leff_toggle(LM_RETINA_SCAN);
task_sleep (TIME_100MS);
}// end of loop
}//end of function
/****************************************************************************
*
* eyeball lighting effects
*
****************************************************************************/
void eyeball_leff (void){
U8 i;
for (i = 0; i < 10; i++) {
leff_toggle(LM_RETINA_SCAN);
flasher_pulse (FLASH_EYEBALL);
task_sleep (TIME_100MS);
}// end of loop
leff_exit();
}//end of function
/**
* Ball save lamp effect handler
*/
void ball_save_leff (void)
{
for (;;)
{
#ifdef MACHINE_BALL_SAVE_LAMP
leff_toggle (MACHINE_BALL_SAVE_LAMP);
#endif
task_sleep (TIME_100MS);
}
}
void tgttoggle_leff (void)
{
leff_on (LM_RIVER_R1);
leff_on (LM_RIVER_V);
leff_on (LM_RIVER_R2);
leff_on (LM_3BANK_TOP);
leff_on (LM_3BANK_BOTTOM);
leff_on (LM_2BANK_LOW);
for (;;)
{
leff_toggle (LM_RIVER_R1);
leff_toggle (LM_RIVER_I);
leff_toggle (LM_RIVER_V);
leff_toggle (LM_RIVER_E);
leff_toggle (LM_RIVER_R2);
leff_toggle (LM_3BANK_TOP);
leff_toggle (LM_3BANK_CENTER);
leff_toggle (LM_3BANK_BOTTOM);
leff_toggle (LM_2BANK_UP);
leff_toggle (LM_2BANK_LOW);
task_sleep (TIME_200MS);
}
}
void goldrafts_leff (void)
{
leff_on (LM_RAFT_1);
leff_on (LM_RAFT_3);
leff_on (LM_RAFT_5);
leff_on (LM_RAFT_7);
for (;;)
{
leff_toggle (LM_RAFT_1);
leff_toggle (LM_RAFT_2);
leff_toggle (LM_RAFT_3);
leff_toggle (LM_RAFT_4);
leff_toggle (LM_RAFT_5);
leff_toggle (LM_RAFT_6);
leff_toggle (LM_RAFT_7);
leff_toggle (LM_RAFT_8);
task_sleep (TIME_200MS); //500 too slow needs to be almost half - 300 weird in middle ?
}
}
