Question

struct Object { std::string name; int strength{ 0 }; int health{ 0 }; }; 1. Create an object called player. a. Give it a fun name. b. random health (normal distribution with mean of 30 and stdev of 5) c. random strength (normal distribution with mean of 5 and stdev of 1. d. make sure health and strength are at least 1 2. create a vector of Objects called monsters a. random number of monsters (uniform between 1 and 3) b. name is "monster " plus the number of the monster. c. health & strength same way as player. 3. Game play: a. Loop until the player is dead, or all monsters are dead. i. display player's name and health, along with each monster's name and health (regular for loop) ii. Ask if you want to attack or heal. iii. healing adds twice the player's strength to the health. iv. attack: choose a monster to attack and subtract your strength from that monster's health. v. For monster attack, use a ranged based for loop and use a bernoulli distribution to give the monster a 75% chance to attack. Attacking subtracts the monster's strength from the player's health. 4. Game Over. a. Display appropriate message depending on if the player died, the monsters died, or both.

          struct Object
{
std::string name;
int strength{ 0 };
int health{ 0 };
};
1. Create an object called player.
a. Give it a fun name.
b. random health (normal distribution with mean of
30 and stdev of 5)
c. random strength (normal distribution with mean
of 5 and stdev of 1.
d. make sure health and strength are at least 1
2. create a vector of Objects called monsters
a. random number of monsters (uniform between
1 and 3)
b. name is "monster " plus the number of the
monster.
c. health & strength same way as player.
3. Game play:
a. Loop until the player is dead, or all monsters are dead.
i. display player's name and health, along with
each monster's name and health (regular for
loop)
ii. Ask if you want to attack or heal.
iii. healing adds twice the player's strength to the
health.
iv. attack: choose a monster to attack and subtract
your strength from that monster's health.
v. For monster attack, use a ranged based for
loop and use a bernoulli distribution to give the
monster a 75% chance to attack. Attacking
subtracts the monster's strength from the
player's health.
4. Game Over.
a. Display appropriate message depending on if the
player died, the monsters died, or both.

struct Object

std::string name;
int strength 0 ;
int health 0 ;
;
1. Create an object called player.
a. Give it a fun name.
b. random health (normal distribution with mean of
30 and stdev of 5)
c. random strength (normal distribution with mean
of 5 and stdev of 1.
d. make sure health and strength are at least 1
2. create a vector of Objects called monsters
a. random number of monsters (uniform between
1 and 3)
b. name is "monster " plus the number of the
monster.
c. health strength same way as player.
3. Game play:
a. Loop until the player is dead, or all monsters are dead.
i. display player's name and health, along with
each monster's name and health (regular for
loop)
ii. Ask if you want to attack or heal.
iii. healing adds twice the player's strength to the
health.
iv. attack: choose a monster to attack and subtract
your strength from that monster's health.
v. For monster attack, use a ranged based for
loop and use a bernoulli distribution to give the
monster a 75% chance to attack. Attacking
subtracts the monster's strength from the
player's health.
4. Game Over.
a. Display appropriate message depending on if the
player died, the monsters died, or both.

Added by Ver-Nica N.

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