void main(){
unsigned int out = 69;
char len = get_num_len(out);
char str[len] = ""; // must
char zz;
for(zz = 0; zz < len; zz = zz + 1){
str[zz] = (48+nthdigit(out,len-1-zz));
}
//strcat(str,". Zahl"); // TESTING SOON
while(1){
}
}
void displayMulti(uint32_t num,char special){
//Pin 0 is actually 10^5 place
for(int i=0;i<5;i++){
if(i==0 && special){
if(special == 'H'){
displayNum(16);
} else if(special == 'P'){
displayNum(17);
}
} else {
displayNum(nthdigit(num,4-i));
}
PORTD |= (1<<i);
_delay_ms(1);
PORTD &= ~(1<<i);
displayClear();
}
}
void displayMultiF(float numF){
//Pin 0 is actually 10^5 place
//Round to 2 decimals
uint32_t num = (uint32_t)(numF*100+.5);
unsigned int decimal = 1;
if(num >= 100000){
num = num/100;
decimal = 0;
}
for(int i=0;i<5;i++){
displayNum(nthdigit(num,4-i));
if(i==2 && decimal == 1){
DDRC |= (1<<7);
}
PORTD |= (1<<i);
_delay_ms(1);
PORTD &= ~(1<<i);
displayClear();
}
}
void UpdateBluetoothValues(void) {
// set the date and time
while (!RTCC_TimeGet(&Time)) {
};
DateTimeResponse[9] = (unsigned char) nthdigit(Time.tm_year, 1);
DateTimeResponse[10] = (unsigned char) nthdigit(Time.tm_year, 0);
DateTimeResponse[11] = (unsigned char) nthdigit(Time.tm_mon, 1);
DateTimeResponse[12] = (unsigned char) nthdigit(Time.tm_mon, 0);
DateTimeResponse[13] = (unsigned char) nthdigit(Time.tm_mday, 1);
DateTimeResponse[14] = (unsigned char) nthdigit(Time.tm_mday, 0);
DateTimeResponse[15] = (unsigned char) nthdigit(Time.tm_hour, 1);
DateTimeResponse[16] = (unsigned char) nthdigit(Time.tm_hour, 0);
DateTimeResponse[17] = (unsigned char) nthdigit(Time.tm_min, 1);
DateTimeResponse[18] = (unsigned char) nthdigit(Time.tm_min, 0);
DateTimeResponse[19] = (unsigned char) nthdigit(Time.tm_sec, 1);
DateTimeResponse[20] = (unsigned char) nthdigit(Time.tm_sec, 0);
//LastDate[x] = DateTimeResponse[x + 9];
UART1_WriteString((unsigned char *) DateTimeResponse);
__delay_ms(1);
// get the current power usage from the ADC
if (CurrentPowerUsage > 0) {
tempDouble = CurrentPowerUsage * 1000;
tempLong = (long) tempDouble;
} else {
tempLong = 0;
}
PowerUsageResponse[9] = nthdigit(tempLong, 7);
PowerUsageResponse[10] = nthdigit(tempLong, 6);
PowerUsageResponse[11] = nthdigit(tempLong, 5);
PowerUsageResponse[12] = nthdigit(tempLong, 4);
PowerUsageResponse[13] = nthdigit(tempLong, 3);
PowerUsageResponse[14] = nthdigit(tempLong, 2);
PowerUsageResponse[15] = nthdigit(tempLong, 1);
PowerUsageResponse[16] = nthdigit(tempLong, 0);
UART1_WriteString(PowerUsageResponse);
__delay_ms(1);
// check to see if the charger is currently active
if (Power_Enable_GetValue() == 1) {
UART1_WriteString((unsigned char *) "SHW,001C,01");
} else {
UART1_WriteString((unsigned char *) "SHW,001C,00");
}
__delay_ms(1);
// Return the current power down voltage
if (PowerDownVoltage > 0) {
tempDouble = PowerDownVoltage * 1000;
tempLong = (long) tempDouble;
} else {
tempLong = 0;
}
PowerDownVoltageResponse[9] = nthdigit(tempLong, 7);
PowerDownVoltageResponse[10] = nthdigit(tempLong, 6);
PowerDownVoltageResponse[11] = nthdigit(tempLong, 5);
PowerDownVoltageResponse[12] = nthdigit(tempLong, 4);
PowerDownVoltageResponse[13] = nthdigit(tempLong, 3);
PowerDownVoltageResponse[14] = nthdigit(tempLong, 2);
PowerDownVoltageResponse[15] = nthdigit(tempLong, 1);
PowerDownVoltageResponse[16] = nthdigit(tempLong, 0);
UART1_WriteString(PowerDownVoltageResponse);
__delay_ms(1);
// Power Up Voltage - float - 8 bytes
// Return the current power up voltage
if (PowerDownVoltage > 0) {
tempDouble = PowerUpVoltage * 1000;
tempLong = (long) tempDouble;
} else {
tempLong = 0;
}
PowerUpVoltageResponse[9] = nthdigit(tempLong, 7);
PowerUpVoltageResponse[10] = nthdigit(tempLong, 6);
PowerUpVoltageResponse[11] = nthdigit(tempLong, 5);
PowerUpVoltageResponse[12] = nthdigit(tempLong, 4);
PowerUpVoltageResponse[13] = nthdigit(tempLong, 3);
PowerUpVoltageResponse[14] = nthdigit(tempLong, 2);
PowerUpVoltageResponse[15] = nthdigit(tempLong, 1);
PowerUpVoltageResponse[16] = nthdigit(tempLong, 0);
UART1_WriteString(PowerUpVoltageResponse);
__delay_ms(1);
// Charging Device VID/PID - uint32 - 4 bytes
// return the VID and PID of the connected or last USB device
VIDPIDResponse[9] = nthdigit(VID, 4);
VIDPIDResponse[10] = nthdigit(VID, 3);
VIDPIDResponse[11] = nthdigit(VID, 2);
VIDPIDResponse[12] = nthdigit(VID, 1);
VIDPIDResponse[13] = nthdigit(VID, 0);
VIDPIDResponse[14] = nthdigit(PID, 4);
VIDPIDResponse[15] = nthdigit(PID, 3);
VIDPIDResponse[16] = nthdigit(PID, 2);
VIDPIDResponse[17] = nthdigit(PID, 1);
VIDPIDResponse[18] = nthdigit(PID, 0);
UART1_WriteString((unsigned char *) VIDPIDResponse);
__delay_ms(1);
// Charging Device Start Time YYMMDDHHmmSS - 6 bytes
// return the date and time of the charging start time
StartTimeResponse[9] = (unsigned char) nthdigit(startTime.tm_year, 1);
StartTimeResponse[10] = (unsigned char) nthdigit(startTime.tm_year, 0);
StartTimeResponse[11] = (unsigned char) nthdigit(startTime.tm_mon, 1);
StartTimeResponse[12] = (unsigned char) nthdigit(startTime.tm_mon, 0);
StartTimeResponse[13] = (unsigned char) nthdigit(startTime.tm_mday, 1);
StartTimeResponse[14] = (unsigned char) nthdigit(startTime.tm_mday, 0);
StartTimeResponse[15] = (unsigned char) nthdigit(startTime.tm_hour, 1);
StartTimeResponse[16] = (unsigned char) nthdigit(startTime.tm_hour, 0);
StartTimeResponse[17] = (unsigned char) nthdigit(startTime.tm_min, 1);
StartTimeResponse[18] = (unsigned char) nthdigit(startTime.tm_min, 0);
StartTimeResponse[19] = (unsigned char) nthdigit(startTime.tm_sec, 1);
StartTimeResponse[20] = (unsigned char) nthdigit(startTime.tm_sec, 0);
UART1_WriteString((unsigned char *) StartTimeResponse);
__delay_ms(1);
// Charging Device Total Charge (Wh) - float - 7 bytes
// return the total charge power for the current or last connected device
if (TotalCharge > 0) {
tempDouble = TotalCharge * 1000;
tempLong = (long) tempDouble;
} else {
tempLong = 0;
}
TotalChargeResponse[9] = nthdigit(tempLong, 7);
TotalChargeResponse[10] = nthdigit(tempLong, 6);
TotalChargeResponse[11] = nthdigit(tempLong, 5);
TotalChargeResponse[12] = nthdigit(tempLong, 4);
TotalChargeResponse[13] = nthdigit(tempLong, 3);
TotalChargeResponse[14] = nthdigit(tempLong, 2);
TotalChargeResponse[15] = nthdigit(tempLong, 1);
TotalChargeResponse[16] = nthdigit(tempLong, 0);
UART1_WriteString(TotalChargeResponse);
__delay_ms(1);
// Charging Device End Time YYMMDDHHmmSS - 6 bytes
// return the date and time of the charging end time
// return now if the device is still charging
EndTimeResponse[9] = (unsigned char) nthdigit(endTime.tm_year, 1);
EndTimeResponse[10] = (unsigned char) nthdigit(endTime.tm_year, 0);
EndTimeResponse[11] = (unsigned char) nthdigit(endTime.tm_mon, 1);
EndTimeResponse[12] = (unsigned char) nthdigit(endTime.tm_mon, 0);
EndTimeResponse[13] = (unsigned char) nthdigit(endTime.tm_mday, 1);
EndTimeResponse[14] = (unsigned char) nthdigit(endTime.tm_mday, 0);
EndTimeResponse[15] = (unsigned char) nthdigit(endTime.tm_hour, 1);
EndTimeResponse[16] = (unsigned char) nthdigit(endTime.tm_hour, 0);
EndTimeResponse[17] = (unsigned char) nthdigit(endTime.tm_min, 1);
EndTimeResponse[18] = (unsigned char) nthdigit(endTime.tm_min, 0);
EndTimeResponse[19] = (unsigned char) nthdigit(endTime.tm_sec, 1);
EndTimeResponse[20] = (unsigned char) nthdigit(endTime.tm_sec, 0);
UART1_WriteString((unsigned char *) EndTimeResponse);
firstRun = false;
}
