First third, last third, half, and first quarter
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#include <iostream>
int minutes(float pra);
float digi(int mins);
float round(float a);
void aesthetics(float a);
int main(void){
float magh, fajr;
std::cout << "The first number that should be given is the time of maghrib\n";
std::cin >> magh;
std::cout << "The second time that should be given is the time for fajr\n";
std::cin >> fajr;
//measuring the time in between the two times
float between = minutes(fajr) + 24*60 - minutes(magh);
float first_third = round((digi(minutes(magh) + between/3)));
float last_third = round((digi(minutes(magh) + (between/3)*2)));
float half_ending = round((digi(minutes(magh) + between/2)));
float first_quarter = round((digi(minutes(magh) + between/4)));
std::cout << "The time for the ending of the first half of the night is: ";
aesthetics(first_third);
std::cout << "The start of the last third of the night is: ";
aesthetics(last_third);
std::cout << "The time for the ending of the first half of the night is: ";
aesthetics(half_ending);
std::cout << "The ending of the first quarter of the night is: ";
aesthetics(first_quarter);
}
//Function convering times to minutes
int minutes(float pra){
int time = (int (pra))*60 + (pra - int (pra))*100;
return time;
}
//digitises the new time from minutes
float digi(int mins){
float a = (int (mins))%60;
float time = (int ((int (mins))/60)) + a/100;
if (time >= 24){
time -= 24;
}
return(time);
}
//A function for rounding it out to two decimals
float round(float a){
float b = int(a * 100);
return float(b)/100;
}
//An aesthetical-function
void aesthetics(float a){
if (a < 10){
std::cout << '0';
if (1 < (int (a * 100))%10){
std::cout << a << std::endl;
}
else{
std::cout << a << "0" << std::endl;
}
}
else {
if (1 < (int (a * 100))%10){
std::cout << a << std::endl;
}
else{
std::cout << a << "0" << std::endl;
}
}
}
Cpp
INFO