Question

1. Create a new program in Mu and save it as ps2.4.3.py

   • Take the code below and fix it as indicated in the comments:

   • Level = 50
     Attack = 125
     Defense = 110
     Power = 60
     Modifier = 1
     
     # You may modify the lines of code above, but don't move them!
     # Your code should work with different values for the variables.
     
     # In the Pokemon game franchise, damage is calculated using this formula found here:
     # https://bulbapedia.bulbagarden.net/wiki/Damage
     #
     # For simplicity, we'll assume Modifier is 1
     # 
     # Add code below such that the program prints the total damage
     # caused based on the variables given above.
     #
     # Hint: Don't try to do all these calculations at once! Break
     # the complicated formula down into bite-sized little chunks.
     
     # Add your code here!

2. Create a new program in Mu and save it as ps2.4.4.py

   • Take the code below and fix it as indicated in the comments:

   • start_hour = 3
     start_minute = 48
     length = 172
     
     # You may modify the lines of code above, but don't move them!
     # Your code should work with different values for the variables.
     
     # Let's try something trickier! The variables above represent
     # the start time for a run as well as the length of the run
     # in minutes. The original values, for example, show a run
     # that started at 3:48 and lasted 172 minutes.
     #
     # Add some code below that will print the time at which the
     # run will end, using normal formatting (e.g. 6:40 for the
     # original data above). To do this, you'll need to somehow
     # find both the hours and minutes of the new time, convert
     # both to strings, and add those to the colon ":" to print
     # the time.
     #
     # You may assume that the length of the run will never cross
     # 12:59 (e.g. you don't have to worry about going from
     # 12:59 to 1:00 or 23:59 to 0:00). You also don't need to
     # worry about the lack of 0 in front of single-digit minute
     # counts (e.g. it's fine to show 5:07 as 5:7).
     
     #Add your code here!

Answer 1

#ps2.4.3.py

level = int(input("Enter the level: ")) #taking input for level
attack = int(input("Enter the attack: ")) #taking input for attack
defence = int(input("Enter the defence: ")) #taking input for defence
power = int(input("Enter the power: ")) #taking input for power
modifier = 1 #since modifier is assumed to be 1
print("Modifier assumed to be:",modifier)
level_modified = ((2*level)/5) + 2 #calculates the first calculation on level

a_d = attack/defence #calculates the ratio of attack and defence

damage = ((level_modified * power * a_d)/50)+2 #calculating damage without modifier
damage_modified = damage * modifier #calculating damage with modifier
print("\nThe damage dealt is -> ",int(damage_modified)) #printing it out in int since health is not float

Mu 1.1.0.alpha.2 - ps2.4.3.py it E Mode New Quit 1 Load Save Stop Debug REPL Plotter Zoom-in Zoom-out Theme Check Tidy Help ps2.4.3.py X level = int(input("Enter the level: ")) #taking input for level attack = int(input("Enter the attack: ")) #taking input for attack defence = int(input("Enter the defence: ")) #taking input for defence power = int(input("Enter the power: ")) #taking input for power modifier = 1 #since modifier is assumed to be 1 print("Modifier assumed to be:", modifier) level_modified = ((2*level)/5) + 2 #calculates the first calculation on level 3 4 6 00 9 a_d = attack/defence #calculates the ratio of attack and defence 10 11 12 damage = ((level_modified * power * a_d)/50) +2 #calculating damage without modifier damage_modified = damage * modifier #calculating damage with modifier print("\nThe damage dealt is -> ", int(damage_modified) #printing it out in int since health is not float 13

Running: ps2.4.3.py Enter the level: 50 Enter the attack: 125 Enter the defence: 110 Enter the power : 60 Modifier assumed to be: 1 The damage dealt is -> 32

Running: ps 2.4.3.py Enter the level: 100 Enter the attack: 200 Enter the defence: 510 Enter the power: 120 Modifier assumed to be: 1 41 The damage dealt is -> >>> |

#ps2.4.4.py

start_hour = int(input("Enter the starting hour: ")) #enter the starting hour
start_minute = int(input("Enter the starting minutes les than 60: ")) #enter the starting minute
length = int(input("Enter the length: ")) #enter the length to be added

current_minutes = (start_hour * 60) + (start_minute) #converting the whole start_time into minutes
#i.e. 1 hour has 60mins so (start_hour * 60) + start_minute
final_minutes = current_minutes + length
#we add the length to current_minutes

end_hour = final_minutes//60 # dividing the final_minutes by 60, // returns integer value
end_minute = final_minutes%60 #finds the remainder after dividing by 60
end_time = str(end_hour) + ":" + str(end_minute) #converting it into a string with ':'
print("\n\nThe final time is: ",end_time) #printing

Mu 1.1.0.alpha.2 - ps2.4.4.py + it E Mode New Load Save Stop Debug REPL Plotter Zoom-in Zoom-out Theme Check Tidy Help Quit ps2.4.3.py x ps2.4.4.py X start_hour = int(input("Enter the starting hour: ")) #enter the starting hour start_minute = int(input("Enter the starting minutes les than 60: ")) #enter the starting minute length = int(input("Enter the length: ")) #enter the length to be added 1 2 3 6 current_minutes = (start_hour * 60) + (start_minute) #converting the whole start_time into minutes #i.e. 1 hour has 60mins so (start_hour * 60) + start_minute final_minutes = current_minutes + length #we add the length to current_minutes 00 10 11 end_hour = final_minutes/ /60 # dividing the final_minutes by 60, // returns integer value end_minute = final_minutes%60 #finds the remainder after dividing by 60 end_time = str(end_hour) + ":' + str(end_minute) #converting it into a string with ':' print("\n\nThe final time is: ", end_time) #printing 12 13 14

Running: ps2.4.4.py Enter the starting hour: 3 Enter the starting minutes les than 60: 48 Enter the length: 172 The final time is: 6:40 Saved file: C:/Users/manda/mu_code/ps2.4.4.py

Running: ps2.4.4.py Enter the starting hour: 6 Enter the starting minutes les than 60: 10 Enter the length: 230 10:0 The final time is: >>> |