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space4.0.cpp
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#include <iostream>
#include <string>
#include <cstdlib>
#include <ctime>
int planet_type;
double earthWeight;
int planetChoice;
int planetChoice_2;
int age;
int menu_option = 3;
void calc_weight();
void calc_age();
///////////////////////////////////////////////////////////////////////////////////////////////////////////////
void print_color(const std::string& text) {
int color = rand() % 7 + 31;
std::cout << "\033[1;" << color << "m" << text << "\033[0m\n";
}
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void calc_weight() {
srand(time(0));
print_color(" _________ .__ .__ __ ");
print_color(" / _____/__________ ____ ____ __ _ __ ____ |__| ____ | |___/ |_ ");
print_color(" \\_____ \\____ \\__ \\ _/ ___\\/ __ \\ \\ \\/ \\/ // __ \\| |/ ___\\| | \\ __\\");
print_color(" / \\ |_> > __ \\\\ \\__\\ ___/ \\ /\\ ___/| / /_/ > Y \\ | ");
print_color("/_______ / __(____ /\\___ >___ > \\/\\_/ \\___ >__\\___ /|___| /__| ");
print_color(" \\/|__| \\/ \\/ \\/ \\/ /_____/ \\/ ");
print_color(" __ __ ");
print_color("_____________ ____ |__| ____ _____/ |_ ");
print_color("\\____ \\_ __ \\/ _ \\ | |/ __ \\_/ ___\\ __\\ ");
print_color("| |_> > | \\( <_> ) | \\ ___/\\ \\___| | ");
print_color("| __/|__| \\____/\\__| |\\___ >\\___ >__| ");
print_color("|__| \\______| \\/ \\/ ");
print_color(" ");
print_color(" ");
print_color("Enter the celestial body type: ");
print_color("Celestial body type:");
print_color("1 = Planets");
print_color("2 = Moons");
print_color("3 = Stars");
print_color("4 = Dwarf planets");
std::cin >> planet_type;
// 1 == Planets
// 2 == Moons
// 3 == Stars
// 4 == Dwarf planets
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
if (planet_type == 1) {
system("clear");
srand(time(0));
print_color(" _________ .__ .__ __ ");
print_color(" / _____/__________ ____ ____ __ _ __ ____ |__| ____ | |___/ |_ ");
print_color(" \\_____ \\____ \\__ \\ _/ ___\\/ __ \\ \\ \\/ \\/ // __ \\| |/ ___\\| | \\ __\\");
print_color(" / \\ |_> > __ \\\\ \\__\\ ___/ \\ /\\ ___/| / /_/ > Y \\ | ");
print_color("/_______ / __(____ /\\___ >___ > \\/\\_/ \\___ >__\\___ /|___| /__| ");
print_color(" \\/|__| \\/ \\/ \\/ \\/ /_____/ \\/ ");
print_color(" __ __ ");
print_color("_____________ ____ |__| ____ _____/ |_ ");
print_color("\\____ \\_ __ \\/ _ \\ | |/ __ \\_/ ___\\ __\\ ");
print_color("| |_> > | \\( <_> ) | \\ ___/\\ \\___| | ");
print_color("| __/|__| \\____/\\__| |\\___ >\\___ >__| ");
print_color("|__| \\______| \\/ \\/ ");
print_color(" ");
print_color(" ");
print_color("Enter your weight in kilograms on Earth: ");
std::cin >> earthWeight;
std::cout << " \n";
print_color("Planet choice:");
print_color("W == weight");
std::cout << " \n";
print_color("1 = Earth, W x 1");
print_color("2 = Mercury, W x 0.38");
print_color("3 = Venus, W x 0.91");
print_color("4 = Mars, W x 0.38");
print_color("5 = Jupiter, W x 2.34");
print_color("6 = Saturn, W x 1.06");
print_color("7 = Uranus, W x 0.92");
print_color("8 = Neptune, W x 1.19");
std::cin >> planetChoice;
switch (planetChoice) {
case 2 :
system ("clear");
print_color("Your weight on Mercury would be " + std::to_string(earthWeight * 0.38) + " kilos");
break;
case 3 :
system ("Clear");
print_color("Your weight on Venus would be " + std::to_string(earthWeight * 0.91) + " kilos");
break;
case 4 :
system("clear");
print_color("Your weight on Mars would be " + std::to_string(earthWeight * 0.38) + " kilos");
break;
case 5 :
system("clear");
print_color("Your weight on Jupiter would be " + std::to_string(earthWeight * 2.34) + " kilos");
break;
case 6 :
system("clear");
print_color("Your weight on Saturn would be " + std::to_string(earthWeight * 1.06) + " kilos");
break;
case 7 :
system("clear");
print_color("Your weight on Uranus would be " + std::to_string(earthWeight * 0.92) + " kilos");
break;
case 8 :
system("clear");
print_color("Your weight on Neptune would be " + std::to_string(earthWeight * 1.19) + " kilos");
break;
default :
print_color("Unknown");
break;
}
std::cout << " \n";
std::cout << " \n";
print_color("Do you want to quit? (1), do you want to insert another weight? (2) or do you want to enter a new age value (4)");
std::cin >> menu_option;
if (menu_option == 1) {
exit(0);
} else if (menu_option == 2) {
system ("clear");
calc_weight();
} else if (menu_option == 4) {
system("clear");
calc_age();
} else if (menu_option != 1 && menu_option != 2 && menu_option != 4) {
system("clear");
system("curl parrot.live");
}
}
else if (planet_type == 2) {
srand(time(0));
system("clear");
print_color(" _________ .__ .__ __ ");
print_color(" / _____/__________ ____ ____ __ _ __ ____ |__| ____ | |___/ |_ ");
print_color(" \\_____ \\____ \\__ \\ _/ ___\\/ __ \\ \\ \\/ \\/ // __ \\| |/ ___\\| | \\ __\\");
print_color(" / \\ |_> > __ \\\\ \\__\\ ___/ \\ /\\ ___/| / /_/ > Y \\ | ");
print_color("/_______ / __(____ /\\___ >___ > \\/\\_/ \\___ >__\\___ /|___| /__| ");
print_color(" \\/|__| \\/ \\/ \\/ \\/ /_____/ \\/ ");
print_color(" __ __ ");
print_color("_____________ ____ |__| ____ _____/ |_ ");
print_color("\\____ \\_ __ \\/ _ \\ | |/ __ \\_/ ___\\ __\\ ");
print_color("| |_> > | \\( <_> ) | \\ ___/\\ \\___| | ");
print_color("| __/|__| \\____/\\__| |\\___ >\\___ >__| ");
print_color("|__| \\______| \\/ \\/ ");
print_color(" ");
print_color(" ");
print_color("Enter your weight in kilograms on Earth: ");
std::cin >> earthWeight;
std::cout << " \n";
system("clear");
print_color("Moon choice:");
print_color("W == weight");
std::cout << " \n";
print_color("1 = The Moon (Earth's natural satellite): W * 0.17");
print_color("2 = Europa (moon of Jupiter): W * 0.13");
print_color("3 = Ganymede (moon of Jupiter): W * 0.15");
print_color("4 = Titan (moon of Saturn): W x 0.14");
print_color("5 = Enceladus (moon of Saturn): W x 2.34");
print_color("6 = Triton (moon of Neptune): W x 0.08");
print_color("7 = Io (moon of Jupiter): W x 0.18");
print_color("8 = Callisto (moon of Jupiter): W x 1.19");
print_color("9 = Ceres (dwarf planet in the asteroid belt): W * 0.027");
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
std::cin >> planetChoice;
switch (planetChoice) {
case 1 :
system("clear");
print_color("Your weight on the earth's moon would be " + std::to_string(earthWeight * 0.17) + " kilos");
break;
case 2 :
system("clear");
print_color("Your weight on Europa would be " + std::to_string(earthWeight * 0.13) + " kilos");
break;
case 3 :
system("clear");
print_color("Your weight on Ganymede would be " + std::to_string(earthWeight * 0.15) + " kilos");
break;
case 4 :
system("clear");
print_color("Your weight on Titan would be " + std::to_string(earthWeight * 0.14) + " kilos");
break;
case 5 :
system("clear");
print_color("Your weight on Enceladus would be " + std::to_string(earthWeight * 2.34) + " kilos");
break;
case 6 :
system("clear");
print_color("Your weight on Triton would be " + std::to_string(earthWeight * 0.08) + " kilos");
break;
case 7 :
system("clear");
print_color("Your weight on Io would be " + std::to_string(earthWeight * 0.18) + " kilos");
break;
case 8 :
system("clear");
print_color("Your weight on Callisto would be " + std::to_string(earthWeight * 1.19) + " kilos");
break;
case 9 :
system("clear");
print_color("Your weight on Ceres would be " + std::to_string(earthWeight * 0.027) + " kilos");
default :
print_color("Unknown moon number!");
break;
}
std::cout << " \n";
std::cout << " \n";
print_color("Do you want to quit? (1), do you want to insert another weight? (2) or do you want to enter a new age value (4)");
std::cin >> menu_option;
if (menu_option == 1) {
system("clear");
exit(0);
} else if (menu_option == 2) {
system ("clear");
calc_weight();
} else if (menu_option == 4) {
system("clear");
calc_age();
} else if (menu_option != 1 && menu_option != 2 && menu_option != 4) {
system("clear");
system("curl parrot.live");
}
}
if (planet_type == 3) {
system("clear");
srand(time(0));
print_color(" _________ .__ .__ __ ");
print_color(" / _____/__________ ____ ____ __ _ __ ____ |__| ____ | |___/ |_ ");
print_color(" \\_____ \\____ \\__ \\ _/ ___\\/ __ \\ \\ \\/ \\/ // __ \\| |/ ___\\| | \\ __\\");
print_color(" / \\ |_> > __ \\\\ \\__\\ ___/ \\ /\\ ___/| / /_/ > Y \\ | ");
print_color("/_______ / __(____ /\\___ >___ > \\/\\_/ \\___ >__\\___ /|___| /__| ");
print_color(" \\/|__| \\/ \\/ \\/ \\/ /_____/ \\/ ");
print_color(" __ __ ");
print_color("_____________ ____ |__| ____ _____/ |_ ");
print_color("\\____ \\_ __ \\/ _ \\ | |/ __ \\_/ ___\\ __\\ ");
print_color("| |_> > | \\( <_> ) | \\ ___/\\ \\___| | ");
print_color("| __/|__| \\____/\\__| |\\___ >\\___ >__| ");
print_color("|__| \\______| \\/ \\/ ");
print_color(" ");
print_color(" ");
print_color("Enter your weight in kilograms on Earth: ");
std::cin >> earthWeight;
std::cout << " \n";
print_color("Star choice:");
print_color("W == weight");
std::cout << " \n";
print_color("1 = The Sun (our star): W * 27.9");
print_color("2 = Sirius (the brightest star in the night sky): W * 2.02");
print_color("3 = Alpha Centauri A (part of the closest star system to our solar system): W * 1.10");
print_color("4 = Vega (one of the brightest stars in the northern hemisphere): W x 2.28");
print_color("5 = Betelgeuse (a red supergiant in the constellation Orion): W x 1.14");
print_color("6 = Proxima Centauri (the closest known star to our solar system): W x 0.15");
std::cin >> planetChoice;
switch (planetChoice) {
case 1 :
system("clear");
print_color("Your weight on the star of Earth would be " + std::to_string(earthWeight * 27.9) + " kilos");
break;
case 2 :
system("clear");
print_color("Your weight on Sirius would be " + std::to_string(earthWeight * 2.02) + " kilos");
break;
case 3 :
system("clear");
print_color("Your weight on Alpha Centauri A would be " + std::to_string(earthWeight * 1.10) + " kilos");
break;
case 4 :
system("clear");
print_color("Your weight on Vega would be " + std::to_string(earthWeight * 2.28) + " kilos");
break;
case 5 :
system("clear");
print_color("Your weight on Betelgeuse would be " + std::to_string(earthWeight * 1.14) + " kilos");
break;
case 6 :
system("clear");
print_color("Your weight on Proxima Centauri would be " + std::to_string(earthWeight * 0.15) + " kilos");
break;
default :
print_color("Unkown star number!");
break;
}
std::cout << " \n";
std::cout << " \n";
print_color("Do you want to quit? (1), do you want to insert another weight? (2) or do you want to enter a new age value (4)");
std::cin >> menu_option;
if (menu_option == 1) {
system("clear");
exit(0);
} else if (menu_option == 2) {
system ("clear");
calc_weight();
} else if (menu_option == 4) {
system("clear");
calc_age();
} else if (menu_option != 1 && menu_option != 2 && menu_option != 4) {
system("clear");
system("curl parrot.live");
}
}
else if (planet_type == 4) {
system("clear");
srand(time(0));
print_color(" _________ .__ .__ __ ");
print_color(" / _____/__________ ____ ____ __ _ __ ____ |__| ____ | |___/ |_ ");
print_color(" \\_____ \\____ \\__ \\ _/ ___\\/ __ \\ \\ \\/ \\/ // __ \\| |/ ___\\| | \\ __\\");
print_color(" / \\ |_> > __ \\\\ \\__\\ ___/ \\ /\\ ___/| / /_/ > Y \\ | ");
print_color("/_______ / __(____ /\\___ >___ > \\/\\_/ \\___ >__\\___ /|___| /__| ");
print_color(" \\/|__| \\/ \\/ \\/ \\/ /_____/ \\/ ");
print_color(" __ __ ");
print_color("_____________ ____ |__| ____ _____/ |_ ");
print_color("\\____ \\_ __ \\/ _ \\ | |/ __ \\_/ ___\\ __\\ ");
print_color("| |_> > | \\( <_> ) | \\ ___/\\ \\___| | ");
print_color("| __/|__| \\____/\\__| |\\___ >\\___ >__| ");
print_color("|__| \\______| \\/ \\/ ");
print_color(" ");
print_color(" ");
print_color("Enter your weight in kilograms on Earth: ");
std::cin >> earthWeight;
std::cout << " \n";
print_color("planet choice:");
print_color("W == weight");
std::cout << " \n";
print_color("1 = Pluto(dwarf planet located in the Kuiper Belt): W * 0.06");
if (planetChoice == 1) {
system("clear");
print_color("Your weight on Pluto would be " + std::to_string(earthWeight * 0.06) + " kilos");
}
std::cout << " \n";
std::cout << " \n";
print_color("Do you want to quit? (1), do you want to insert another weight? (2) or do you want to enter a new age value (4)");
std::cin >> menu_option;
if (menu_option == 1) {
system("clear");
exit(0);
} else if (menu_option == 2) {
system ("clear");
calc_weight();
} else if (menu_option == 4) {
system("clear");
calc_age();
} else if (menu_option != 1 && menu_option != 2 && menu_option != 4) {
system("clear");
system("curl parrot.live");
}
}
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void calc_age() {
srand(time(0));
print_color(" _________ .__ .__ __ ");
print_color(" / _____/__________ ____ ____ __ _ __ ____ |__| ____ | |___/ |_ ");
print_color(" \\_____ \\____ \\__ \\ _/ ___\\/ __ \\ \\ \\/ \\/ // __ \\| |/ ___\\| | \\ __\\");
print_color(" / \\ |_> > __ \\\\ \\__\\ ___/ \\ /\\ ___/| / /_/ > Y \\ | ");
print_color("/_______ / __(____ /\\___ >___ > \\/\\_/ \\___ >__\\___ /|___| /__| ");
print_color(" \\/|__| \\/ \\/ \\/ \\/ /_____/ \\/ ");
print_color(" __ __ ");
print_color("_____________ ____ |__| ____ _____/ |_ ");
print_color("\\____ \\_ __ \\/ _ \\ | |/ __ \\_/ ___\\ __\\ ");
print_color("| |_> > | \\( <_> ) | \\ ___/\\ \\___| | ");
print_color("| __/|__| \\____/\\__| |\\___ >\\___ >__| ");
print_color("|__| \\______| \\/ \\/ ");
print_color(" ");
print_color(" ");
print_color("What is your age?");
std::cin >> age;
print_color("1 = Earth, A x 1");
print_color("2 = Mercury, A x 4.15");
print_color("3 = Venus, A x 1.61");
print_color("4 = Mars, A x 0.53");
print_color("5 = Jupiter, A x 0.08");
print_color("6 = Saturn, A x 0.03");
print_color("7 = Uranus, A x 0.01");
print_color("8 = Neptune, A x 0.006");
std::cin >> planetChoice_2;
switch (planetChoice_2) {
case 2 :
print_color("Your age if you were born on Mercury would be " + std::to_string(age * 4.15) + " years");
break;
case 3 :
print_color("Your age if you were born on Venus would be " + std::to_string(age * 1.61) + " years");
break;
case 4 :
print_color("Your age if you were born on Mars would be " + std::to_string(age * 0.53) + " years");
break;
case 5 :
print_color("Your age if you were born on Jupiter would be " + std::to_string(age * 0.08) + " years");
break;
case 6 :
print_color("Your age if you were born on Saturn would be " + std::to_string(age * 0.03) + " years");
break;
case 7 :
print_color("Your age if were born on Uranus would be " + std::to_string(age * 0.01) + " years");
break;
case 8 :
print_color("Your age if you were born on Neptune would be " + std::to_string(age * 0.006) + " years");
break;
default :
print_color("Unknown");
break;
}
std::cout << " \n";
std::cout << " \n";
print_color("Do you want to quit? (1), do you want to insert another weight? (2) or do you want to enter a new age value (4)");
std::cin >> menu_option;
if (menu_option == 1) {
system("clear");
exit(0);
} else if (menu_option == 2) {
system ("clear");
calc_weight();
} else if (menu_option == 4) {
system("clear");
calc_age();
} else if (menu_option != 1 && menu_option != 2 && menu_option != 4) {
system("clear");
system("curl parrot.live");
print_color("You now activated the parrot of invalidness!!");
}
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
}
int main() {
srand(time(0));
print_color(" _________ .__ .__ __ ");
print_color(" / _____/__________ ____ ____ __ _ __ ____ |__| ____ | |___/ |_ ");
print_color(" \\_____ \\____ \\__ \\ _/ ___\\/ __ \\ \\ \\/ \\/ // __ \\| |/ ___\\| | \\ __\\");
print_color(" / \\ |_> > __ \\\\ \\__\\ ___/ \\ /\\ ___/| / /_/ > Y \\ | ");
print_color("/_______ / __(____ /\\___ >___ > \\/\\_/ \\___ >__\\___ /|___| /__| ");
print_color(" \\/|__| \\/ \\/ \\/ \\/ /_____/ \\/ ");
print_color(" __ __ ");
print_color("_____________ ____ |__| ____ _____/ |_ ");
print_color("\\____ \\_ __ \\/ _ \\ | |/ __ \\_/ ___\\ __\\ ");
print_color("| |_> > | \\( <_> ) | \\ ___/\\ \\___| | ");
print_color("| __/|__| \\____/\\__| |\\___ >\\___ >__| ");
print_color("|__| \\______| \\/ \\/ ");
print_color(" ");
print_color(" ");
if (menu_option == 3) {
print_color("Do you want to exit? (1), enter a weight value? (2) or do you want to enter a age value?(4)");
std::cin >> menu_option;
if (menu_option == 2) {
system("clear");
calc_weight();
} else if (menu_option == 4) {
system("clear");
calc_age();
} else if (menu_option == 1) {
system("clear");
exit(0);
} else if (menu_option != 1 && menu_option != 2 && menu_option != 4) {
system("clear");
system("curl parrot.live");
}else if (menu_option == 20) {
system("clear");
system("curl ASCII.live/forrest");
}
}
}
//Moons:
//The Moon (Earth's natural satellite)
//Europa (moon of Jupiter)
//Ganymede (moon of Jupiter)
//Titan (moon of Saturn)
//Enceladus (moon of Saturn)
//Triton (moon of Neptune)
//Io (moon of Jupiter)
//Callisto (moon of Jupiter)