void Game::run_mode_run(uint32 delta_time) {
if (delta_time >= 1000) {
// Advance wave by one tile.
gs->creatureMgr()->advance();
}
draw_all_views();
// Quit once the wave is complete.
// TODO: Implement either gameover or next level.
if (gs->creatureMgr()->is_wave_complete()) {
// Don't add CGameOver instance to ViewManager vector or it will
// overwrite portions of the map. - Ranel
auto_ptr<CGameOverView> gameoverview ( new CGameOverView ( ) );
gameoverview->draw ( );
// No need to call delete on gameoverview object.
exit_run_mode();
}
}
//**********************************************************************************************
//**********************************************************************************************
//**********************************************************************************************
int main(void)
{
volatile unsigned char data, pos;
WDTCTL = WDTPW + WDTHOLD; // Stop watchdog timer
//if (CALBC1_12MHZ==0xFF || CALDCO_12MHZ == 0xFF)
// while(1); // If calibration constants erased do not load - trap CPU
BCSCTL1 = CALBC1_12MHZ; // Set DCO
DCOCTL = CALDCO_12MHZ;
//**********************************************
//DO NOT CHANGE THE ORDER OF THE FOLLOWING CODE!
port_init();
initLCD();
P4OUT |= BIT1; //LCD backlight on
writecom(0x01, 0);//mode=0 instruction/command, mode=1 data clear display
writecom(0x02, 0);//mode=0 instruction/command, mode=1 data position cursor home home
write_string_to_LCD("DLP Design ", 16);
writecom(0xC0, 0);//mode=0 instruction/command, mode=1 data position cursor to start of second row
write_string_to_LCD("DLP-RFID2 Demo ", 16);
keep_local=0;//if high, keep data returned to demo board (from reader) local instead of forwarding to host PC via USB. if low, send to host PC.
rx_index=0;//init the receive buffer index
run_mode=0;//disable inventories
blkaddr=0;
currentantswstate = ANTSWINT;//init to internal
/* Code showing how to use J2, "SEL" User Defined Jumper
//pullup resistor enabled for P6.7 in port_init();
data = P6IN; //read port 6
data = data & 0x80; //mask off other port bits
if(data>0) //if P6.7 is high (default)
*/
uart_init();
setup_interrupts();
//ping reader twice to sync and stop transmitting 'D's
short_dly(50000);//pause for remainder of packet
ping_reader();//ping for presence of reader and update display
short_dly(50000);//pause for remainder of packet
ping_reader();//ping for presence of reader and update display
short_dly(50000);//pause for remainder of packet
//**********************************************
set_output_mode();
for (;;)
{
if(light_pressed())
P4OUT ^= 0x02; //toggle P4.1
if(ping_pressed())
ping_reader();//ping for presence of reader and update display
if(antsw_pressed())
toggle_antenna_switch();//toggle between internal and external antenna
if(run_pressed())
enter_run_mode();//setup for reading UIDs and set run flag for continuous inventories
if(stop_pressed())
exit_run_mode();//setup for reading UIDs and set run flag for continuous inventories
if(rfoff_pressed())
turn_rf_off();
if(rdblk_pressed())
read_block();
if(run_mode==1)
single_slot_inventory();
}
}
