CSCI 1100 - 作业 1 - 计算与字符串处理

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Good morning <proper name>!

  This will be a/an <adjective1> <noun1>! Are you <verb1> forward to it?
  You will <verb2> a lot of <noun2> and feel <emotion1> when you do.
  If you do not, you will <verb3> this <noun3>.
  
  This <season> was <adjective2>. Were you <emotion2> when <team_name> won
  the <noun4>?
  
  Have a/an <adjective3> day!

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>>> x = 29.52
>>> y = int(x)  
>>> print(y)
29

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#Prepare variables

proper_name = ""
adjective1 = ""
noun1 = ""
verb1 = ""
verb2 = ""
noun2 = ""
emotion1 = ""
verb3 = ""
noun3 = ""
season = ""
adjective2 = ""
emotion2 = ""
team_name = ""
noun4 = ""
adjective3 = ""

template= """
Good morning <proper name>!

  This will be a/an <adjective1> <noun1>! Are you <verb1> forward to it?
  You will <verb2> a lot of <noun2> and feel <emotion1> when you do.
  If you do not, you will <verb3> this <noun3>.
  
  This <season> was <adjective2>. Were you <emotion2> when <team_name> won
  the <noun4>?
  
  Have a/an <adjective3> day!"""
output = ""

#Get user's input

print("Let's play Mad Libs for Homework 1")
print("Type one word responses to the following:\n")

proper_name = input("proper_name ==> ").strip()
print(proper_name)
adjective1 = input("adjective ==> ").strip()
print(adjective1)
noun1 = input("noun ==> ").strip()
print(noun1)
verb1 = input("verb ==> ").strip()
print(verb1)
verb2 = input("verb ==> ").strip()
print(verb2)
noun2 = input("noun ==> ").strip()
print(noun2)
emotion1 = input("emotion ==> ").strip()
print(emotion1)
verb3 = input("verb ==> ").strip()
print(verb3)
noun3 = input("noun ==> ").strip()
print(noun3)
season = input("season ==> ").strip()
print(season)
adjective2 = input("adjective ==> ").strip()
print(adjective2)
emotion2 = input("emotion ==> ").strip()
print(emotion2)
team_name = input("team-name ==> ").strip()
print(team_name)
noun4 = input("noun ==> ").strip()
print(noun4)
adjective3 = input("adjective ==> ").strip()
print(adjective3)

#Construct the Mad Lib

output = template.replace("<proper name>", proper_name)
output = output.replace("<adjective1>", adjective1)
output = output.replace("<noun1>", noun1)
output = output.replace("<verb1>", verb1)
output = output.replace("<verb2>", verb2)
output = output.replace("<noun2>", noun2)
output = output.replace("<emotion1>", emotion1)
output = output.replace("<verb3>", verb3)
output = output.replace("<noun3>", noun3)
output = output.replace("<season>", season)
output = output.replace("<adjective2>", adjective2)
output = output.replace("<emotion2>", emotion2)
output = output.replace("<team_name>", team_name)
output = output.replace("<noun4>", noun4)
output = output.replace("<adjective3>", adjective3)

#Print the Mad Lib

print("\nHere is your Mad Lib...")
print(output, end="")

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#Perpare Variables

minutes = 00
seconds = 00
miles = 00.00
target_miles = 00.00

pace_seconds_per_mile = 00.00
pace_seconds = 00
pace_minutes = 00

speed_mph = 00.00

target_time_total_seconds = 00.00
target_time_seconds = 00
target_time_minutes = 00

#Get User Input

minutes = str(input("Minutes ==> "))
print(minutes)
seconds = str(input("Seconds ==> "))
print(seconds)
miles = str(input("Miles ==> "))
print(miles)
target_miles = str(input("Target Miles ==> "))
print(target_miles)

#Calculate Pace

pace_seconds_per_mile = (int(minutes) * 60 + int(seconds)) / float(miles)
pace_seconds = int(pace_seconds_per_mile % 60)
pace_minutes = int(pace_seconds_per_mile // 60)

#Calculate Speed

speed_mph = float(miles) / (int(minutes) / 60 + int(seconds) / 3600)

#Calculate Target Time

target_time_total_seconds = float(target_miles) * pace_seconds_per_mile
target_time_seconds = int(target_time_total_seconds % 60)
target_time_minutes = int(target_time_total_seconds // 60)

#Print Results

print("\nPace is " + str(pace_minutes) + " minutes and " + str(pace_seconds) + " seconds per mile.")
print("Speed is {0:.2f} miles per hour.".format(float(speed_mph)))
print("Time to run the target distance of {0:.2f} miles is {1} minutes and {2} seconds.".format(float(target_miles), int(target_time_minutes), int(target_time_seconds)), end="")

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#Prepare Variables
frame_character = ""
height = 0
width = 0
free_space = 0.0

#Get user input
frame_character = input("Enter frame character ==> ").strip()
print(frame_character)
height = int(input("Height of box ==> ").strip())
print(height)
width = int(input("Width of box ==> ").strip())
print(width, "\n")

#Calculate dimensions line
dimensions = str(width) + "x" + str(height)
free_space = width - 2 - len(dimensions)

#Calculate the left and right padding considering odd/even width
left_space = free_space // 2
right_space = free_space // 2 + (free_space % 2)

#Prepare rows
top_bottom_row = frame_character * width
empty_row = frame_character + " " * (width - 2) + frame_character
dimension_row = frame_character + " " * left_space + dimensions + " " * right_space + frame_character

#Calculate the number of rows before and after the dimensions row
before_rows = ((height - 2) // 2) - ((height - 1) % 2)
after_rows = height - 3 - before_rows

#Output box
print("Box:")
print(top_bottom_row)
print((empty_row + '\n') * before_rows, end="")
print(dimension_row)
print((empty_row + '\n') * after_rows, end="")
print(top_bottom_row)