CH04.05: KEY

"The Hunger Games: District Sorting" (Difficulty: 3/10)

#==========================================================# Name: macomber# Date: 2025.11.20# Notes: Hunger Games District Sort  #==========================================================import randomimport timeimport os
# Clear The Screenos.system('CLS')
tribute_list = []
#------------------------------------------------------------------------# Get the number of tributes:#------------------------------------------------------------------------print("===========================================================")print(" W E L C O M E T O P A N E M ")print("===========================================================")print("The Reaping has begun. It’s time to choose the tributes.")print("Sort wisely—only the strongest will stand a chance.")print("")numtributes = int(input("How Many Tributes Will You Add (4-10)?"))os.system('CLS')
#------------------------------------------------------------------------#Loop Through The Tributes#------------------------------------------------------------------------for i in range(numtributes):    print(f"==================")    print(f"Participant #{i+1}:")    print(f"==================")    tname = input("Please Enter The Tribute Name: ")    tscore = int(input("What Is The Tribute's Score (1-100): "))    tdistrict = 0      #---------------------------------------------------------------------    #Sort their district by score:    #---------------------------------------------------------------------    if(tscore>=1 and tscore<=25):        tdistrict = 12    elif(tscore>=26 and tscore<=50):        tdistrict = 7    elif(tscore>=51 and tscore<=75):        tdistrict = 4    elif(tscore>=76 and tscore<=100):        tdistrict = 1    else:        tdistrict = 0            #---------------------------------------------------------------------    # Add the tribute to the list (as a list)...    # WOO... Slick! A List in a List!!    #---------------------------------------------------------------------    tribute_list.append([tname, tscore, tdistrict])    print("")    os.system('CLS')
#=============================================# Offer a chance to sort the participants:#=============================================print("How Do You Want The Participants Sorted?")print(" 1. By Name")print(" 2. By Score")print(" 3. By District")mychoice = int(input("Please Select an option (1-3): "))
#---------------------------------------------------------------------# Sort Alpha#---------------------------------------------------------------------if(mychoice==1):    tribute_list.sort(key=lambda trib: trib[0].lower())
#---------------------------------------------------------------------# Sort Reverse Numerical Score#---------------------------------------------------------------------elif(mychoice==2):    tribute_list.sort(key=lambda trib: trib[1], reverse=True)
#---------------------------------------------------------------------#Sort By District#---------------------------------------------------------------------else:     tribute_list.sort(key=lambda trib: trib[2])
#---------------------------------------------------------------------#Clear The Screen#---------------------------------------------------------------------os.system('CLS')
print(f"=====================================")print(f" THE 25th Annual Hunger Games List")print(f"=====================================")
header_name = "Name".ljust(15)header_score = "Score".ljust(5)header_district = "District".ljust(8)line = "".center(34, "-")
#Print The Header Rowprint(f"{header_name} | {header_score} | {header_district}")print(line)
#---------------------------------------------------------------------#Loop Through The Participants#---------------------------------------------------------------------for count, tribute in enumerate(tribute_list, start=1):    thename = str(tribute[0]).ljust(15)    thescore = str(tribute[1]).ljust(5)    thedistrict = str(tribute[2]).ljust(8)
    print(f"{thename} | {thescore} | {thedistrict}")

"Spider-Man: Multiverse Villains Quiz" (Difficulty: 6/10)

"Ghostbusters Afterlife: Ghost Id System" (Difficulty: 8-9/10)

#================================================================# Name: # Date:# Notes:#================================================================import randomimport osimport time
# Seed the random number generatorrandom.seed()
# Clear The Screenos.system('CLS')

print("=============================================")print(" Welcome To The Ghostbusters Ghost ID System")print("=============================================")print("Who you gonna call? The Ghostbusters!")print("But even they need help identifying the ghost!")print("Is it Slimer with ectoplasm? Muncher, glowing and hungry? Or a malevolent spirit like Zuul?")print("You're in charge of the new ghost ID system. Use the clues to save Summerville!")print("Grab your proton pack and get ready—don’t cross the streams!")print("")
#Wait To Get Input:input("Press ENTER To Continue...")
# Clear The Screen:os.system('CLS')
ghost_types = ['slimer',               'muncher',               'zuul',               'unknown']
my_ghosts = []contained_ghosts = []escaped_ghosts = []
numToCatch = int(input("How Many Ghosts Do You Want To Catch (1-10)? "))ghostType = ""
os.system('CLS')
#Try and Catch 5 Ghostsfor i in range(numToCatch):        #*******************************************************    #*******************************************************    # GET THE GHOST INFO PART    #*******************************************************    #*******************************************************        #Print Out the Attempt Number:    print("----------------------")    print(f"Attempt #{i+1}: ")    print("----------------------")        #Get Input for the SLIMY CONDITION    uinput = input("Is the Ghost Slimy (y/n)? ")
    #Check the FIRST CHARACTER ONLY    if(uinput[0].lower() =='y'):        bslimy = True    else:        bslimy = False
    #Get Input for FLYING Condition    uinput = input("Does the Ghost Fly (y/n)? ")
    #Check the FIRST CHARACTER ONLY    if(uinput[0].lower() =='y'):        bflying = True    else:        bflying = False

    #Get Input for GLOWING Condition    uinput = input("Is the Ghost Glowing (y/n)? ")
    #Check the FIRST CHARACTER ONLY    if(uinput[0].lower() =='y'):        bglowing = True    else:        bglowing = False
    print("")    os.system('CLS')
    #*******************************************************    #*******************************************************    # CHECK THE GHOST PART    #*******************************************************    #*******************************************************    # SLIMER:    # SLIMY AND FLYING AND GLOWING    # MUNCHER:    # SLIMY AND NOT FLYING AND GLOWING    # ZUUL:     # NOT SLIMY AND FLYING AND GLOWING    # UNKNOWN:    # ANY OTHER COMBO    if(bslimy and bflying and bglowing):        ghostType = ghost_types[0]    elif((bslimy and bglowing) and not bflying):        ghostType = ghost_types[1]    elif((bflying and bglowing) and not bslimy):        ghostType = ghost_types[2]    else:        ghostType = ghost_types[3]
    #Print Out just so I can see what's up:    print("╔══════════════ ECTO-ANALYZER ONLINE ═══════════════╗")    print(f" Identified Spectral Class: *** {ghostType.upper()} ***")    print(" Logging sample to PKE archive...")    print("╚═══════════════════════════════════════════════════╝\n")    # Add the Ghost To The List:    my_ghosts.append(ghostType)
    print("")
    #Sleep an    input("Press ENTER To Continue...")    os.system('CLS')                #*******************************************************    #*******************************************************    # CAPTURE THE GHOST PART    # - Get a Random Number (1-10)    # - To Capture:    # - Slimer (3+)    # - Muncher (5+)    # - Zuul (9+)    # - Other (2+)    #*******************************************************    #*******************************************************    target = 0        #Roll The 10 Sided Die    myroll = random.randint(1,10)        if ghostType == ghost_types[0]:        target = 3    elif ghostType == ghost_types[1]:        target = 5    elif ghostType == ghost_types[2]:        target = 9    else:        target = 2
    print("\n╔══════════════ PROTON PACK FIRING SEQUENCE ══════════════╗")    print(f" Target Required to Capture {ghostType.title()}: {target}+")    print(" Charging proton stream...")    time.sleep(.7)    print(" Aligning containment grid...")    time.sleep(.7)    print(f" 🎲 Roll Result: {myroll}")    print("╚══════════════════════════════════════════════════════════╝\n")    time.sleep(.5)
    if myroll >= target:        print("💥 DIRECT HIT! The ghost is trapped!")        print("🚫 Transferring to the Containment Unit...")        contained_ghosts.append(ghostType)    else:        print("💨 The ghost SLIPPED THROUGH the proton stream!")        print("⚠️ Logging escape attempt...")        escaped_ghosts.append(ghostType)
    print("")    input("Press ENTER To Continue...")    os.system('CLS')

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