int main() {
Make_Particles();
Form_Gradient();
Save_Data();
int i=0;
qsort(xycoord, numParts, sizeof(xycoord[0]), SortFunc);
for (i=0; i<numParts; i++) {
printf("x: %f\ty: %f\tgrid: %d\n",xycoord[i].x,xycoord[i].y,xycoord[i].gridNum);
}
}
int main() {
Form_Gradient();
Save_Data();
}
/**
* 6 Buttons are available to press
* - Ignite -> Starts the timer and ignition of the detonators
* - Slave_Up -> Increases the currently selected slave, 3 available
* - Port_Up -> Increases the currently selected port, 10 available
* - Time_Up -> Increases the time for the selected port on the
* selected slave
* - Time_Down -> Decreases the time for the selected port on the
* selected slave
* - Time_Upup -> Increases the time for the selected port on the
* selected slave by 10
*
* Functions accessed by combinations
* - Connection-test
* Port_Up + Slave_Up
* -> Tests if a connection to the detonators is available and
* displays the result on the LED matrix
* - Clear Storage
* TimeUp + TimeDown
* -> Clears the whole EEPROM register by wirting 0 to all
* accessed addresses
*/
void Check_Buttons(void) {
if(Ignite == 1) {
Delay_Routine(3);
if(Ignite == 1) {
NOP();
ignite_ready = 1;
Start_Timer();
NOP();
return; //End of Subroutine! No further actions
// need to be possible and ignition is
// prioritized
}
} else if(Time_Up == 1) {
Delay_Routine(3);
if(Time_Up == 1) {
NOP();
if(Time_Down == 1) {
Delay_Routine(3);
if(Time_Down == 1) {
Del_Data();
return; // End of function due to other
// desired operation
}
}
pin[pin_selected].time++;
if(pin[pin_selected].time > 999) {
pin[pin_selected].time = 0;
}
NOP();
Set_Display('7', '-', pin[pin_selected].time);
NOP();
}
} else if(Time_Down == 1) {
Delay_Routine(3);
if(Time_Down == 1) {
NOP();
if(Time_Up == 1) {
Delay_Routine(3);
if(Time_Up == 1) {
Del_Data();
return; // End of function due to other
// desired operation
}
}
pin[pin_selected].time--;
if(pin[pin_selected].time < 0) {
pin[pin_selected].time = 999;
}
NOP();
Set_Display('7', '-', pin[pin_selected].time);
NOP();
}
} else if(Time_Upup == 1) {
Delay_Routine(3);
if(Time_Upup == 1) {
NOP();
pin[pin_selected].time += 10;
if(pin[pin_selected].time > 999) {
pin[pin_selected].time = 0;
}
NOP();
Set_Display('7', '-', pin[pin_selected].time);
NOP();
}
} else if(Port_Up == 1) {
Delay_Routine(3);
if(Port_Up == 1) {
NOP();
if(Slave_Up == 1) {
Delay_Routine(3);
if(Slave_Up == 1) {
testflag = 1;
Set_Display('7', 'T',0);
Delay_Routine(30);
Check_Detonators();
return; // End of function due to other
// desired operation
}
}
Save_Data(pin[pin_selected].time, pin[pin_selected].address);
pin_selected++;
switch (slave_selected) {
case 0:
if(pin_selected > 9) {
pin_selected = 0;
}
break;
case 1:
if(pin_selected > 19) {
pin_selected = 10;
}
break;
case 2:
if(pin_selected > 29) {
pin_selected = 20;
}
break;
}
pin[pin_selected].time = Read_Data(pin[pin_selected].address);
NOP();
Set_Display('7', 'A', pin[pin_selected].output);
Delay_Routine(30);
Set_Display('7', '-', pin[pin_selected].time);
Delay_Routine(30);
NOP();
}
} else if(Slave_Up == 1) {
Delay_Routine(3);
if(Slave_Up == 1) {
NOP();
if(Port_Up == 1) {
Delay_Routine(3);
if(Port_Up == 1) {
testflag = 1;
Set_Display('7', 'T',0);
Delay_Routine(30);
Check_Detonators();
return; // End of function due to other
// desired operation
}
}
Save_Data(pin[pin_selected].time, pin[pin_selected].address);
slave_selected++;
if(slave_selected > 2) {
slave_selected = 0;
}
pin_selected = slave_selected * 10;
pin[pin_selected].time = Read_Data(pin[pin_selected].address);
NOP();
Set_Display('7', 'E', pin[pin_selected].slave);
//Displays 'E' = Empfänger and selected receiver
Delay_Routine(30);
Set_Display('7', 'A', pin[pin_selected].output);
Delay_Routine(30);
Set_Display('7', '-', pin[pin_selected].time);
Delay_Routine(30);
NOP();
}
} else {
NOP();
}
}
