Python coding help please 3.6 Description For this program you will be implement

Question

Python coding help please 3.6

Description

For this program you will be implementing one attack in a turn based battle game.

Each character has the following stats

Attacks deal damage between their strength and half their strength rounded down.

For example if a characters strength was 9 they could do between 4 and 9 points of damage

The game works as follows

The attacker has a critical hit chance. If they score a critical hit their attack cannot miss and they do their strength + 1 damage

If the attacker does not score a critical hit they make a normal attack based on their accuracry

If the attacker would successfully land a hit the defender attempts to dodge the attack based on their dodge stat

If the dodge is successful the defender receives no damage

If the dodge fails the defender takes a random amount of damage between the attacker's strength and half the attacker's strength rounded down

Damage is dealt in integer units

If the attacker fails to hit the defender because they missed or the defender dodged the attack the defender makes a counter attack

The attacker can dodge this attack but not counter attack back

Additionaly the defender could have been in a guarded stance

If the defender was in a guarded stance then they will counter attack regardless of whether they dodge or not

If however the attacker manages to kill the defender, reduce their hp to 0, the defender does not get to counter attack because they are dead

Your program should report crits, hits, misses, dodges, and how much health both the attacker and defender have at the end.

Your program should be able to handle both upper and lower case letters for the guard command

Assumptions

Input will always be valid

Tips

In order to implement the random parts of this problem you will need to import randomrandom.random can be used to generate a random value between 0 and 1

Use this for determing hits and misses

random.randint(start, stop) can be used to generate a random integer between [start, stop]

Use this for figuring out how much damage was done if an attack connects

Don't forget to call random.seed at the beginning of the program but make sure to only call it once

Your calls to the functions must be in the same order as mine and you cannot make more or less than I did

If you do your output won't match mine

Only make a call to the functions in the random module if you absolutely need to

For example if you crit you shouldn't be making any calls to see if you hit or if the defender dodges

The return values from random may be slightly different than mine on your computer but if you have the right logic it will work on Mimir

Especially true for Mac users

Examples

In the examples below user input has been underlined. You don't have to do any underlining in your program. It is just there to help you differentiate between what is input and what is output.

Example 1

Enter the seed to run the fight with: 2
Enter the attacker's hp: 10
Enter the attacker's strength: 10
Enter the attacker's accuracy: 80
Enter the attacker's crit chance: 20
Enter the attacker's dodge rate: 50
Enter the defender's hp: 10
Enter the defender's strength: 10
Enter the defender's accuracy: 80
Enter the defender's crit chance: 20
Enter the defender's dodge rate: 50
Is the defender guarding? Y for yes, n for no: n
attacker missed defender
defender crit attacker for 11 points of damage
After fighting the attacker has 0 hp left and the defender has 10 hp left

Stat Description HP How much life the character has left Strength

Attacks deal damage between their strength and half their strength rounded down.

For example if a characters strength was 9 they could do between 4 and 9 points of damage

Accuracry The odds of landing an attack Dodge The odds of avoiding an attack Crit Chance The odds of landing a critical hit. A critical hit never misses and does a strength + 1 damage

Explanation / Answer

import random def main(): """Main function that will welcome the player to the game.""" print(" Welcome to Battle Sim! This is a turn based combat simulator where") print(" there can only be one winner.") print(" How to play. Players take turn to choose a move. Moves can either deal moderate damage") print("with a low range, deal high damage but over a wide") print("range, or they can heal. (Note: Moves can miss, including Heal!)") print(" Each player starts with 100 health, and the first") print("player to reduce their opponent to 0 is the winner.") print(" That's it! Good luck") play_again = True # Set up the play again loop while play_again: winner = None player_health = 100 computer_health = 100 # determine whose turn it is turn = random.randint(1,2) # heads or tails if turn == 1: player_turn = True computer_turn = False print(" Player will go first.") else: player_turn = False computer_turn = True print(" Computer will go first.") print(" Player health: ", player_health, "Computer health: ", computer_health) # set up the main game loop while (player_health != 0 or computer_health != 0): heal_up = False # determine if heal has been used by the player. Resets false each loop. miss = False # determine if the chosen move will miss. # create a dictionary of the possible moves and randomly select the damage it does when selected moves = {"Punch": random.randint(18, 25), "Mega Punch": random.randint(10, 35), "Heal": random.randint(20, 25)} if player_turn: print(" Please select a move: 1. Punch (Deal damage between 18-25) 2. Mega Punch (Deal damage between 10-35) 3. Heal (Restore between 20-25 health) ") player_move = input("> ").lower() move_miss = random.randint(1,5) # 20% of missing if move_miss == 1: miss = True else: miss = False if miss: player_move = 0 # player misses and deals no damage print("You missed!") else: if player_move in ("1", "punch"): player_move = moves["Punch"] print(" You used Punch. It dealt ", player_move, " damage.") elif player_move in ("2", "mega punch"): player_move = moves["Mega Punch"] print(" You used Mega Punch. It dealt ", player_move, " damage.") elif player_move in ("3", "heal"): heal_up = True # heal activated player_move = moves["Heal"] print(" You used Heal. It healed for ", player_move, " health.") else: print(" That is not a valid move. Please try again.") continue else: # computer turn move_miss = random.randint(1,5) if move_miss == 1: miss = True else: miss = False if miss: computer_move = 0 # the computer misses and deals no damage print("The computer missed!") else: if computer_health > 30: if player_health > 75: computer_move = moves["Punch"] print(" The computer used Punch. It dealt ", computer_move, " damage.") elif player_health > 35 and player_health 35 and player_health 100: computer_health = 100 else: if player_turn: computer_health -= player_move if computer_health < 0: computer_health = 0 # cap minimum health at 0 winner = "Player" break else: player_health -= computer_move if player_health < 0: player_health = 0 winner = "Computer" break print(" Player health: ", player_health, "Computer health: ", computer_health) # switch turns player_turn = not player_turn computer_turn = not computer_turn # once main game while loop breaks, determine winner and congratulate if winner == "Player": print(" Player health: ", player_health, "Computer health: ", computer_health) print(" Congratulations! You have won. You're an animal!!") else: print(" Player health: ", player_health, "Computer health: ", computer_health) print(" Sorry, but your opponent wiped the floor with you. Better luck next time.") print(" Would you like to play again?") answer = input("> ").lower() if answer not in ("yes", "y"): play_again = False main()

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