import time
import random
import os
print("Hello player, your goal is to earn 100 gold pieces")
def ocean_a_1(gold,skillz,deer,fish,result):
result = ""
while result != "exit" :
ocean_a_1_options= input("\nCongrats! You are on a raft randomly floating in the ocean.\nHow did you think that you were going to catch any fish though?\ntype (return) to go back to the shoreline.\ntype (float) to float here randomly\ntype (search) to look for a fishing pole down the beach :\n\n")
if ocean_a_1_options == "": continue
choices = {
"return": ocean_1,
"search": ocean_a_3,
"float": ocean_a_2,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(ocean_a_1_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def ocean_a_3(gold,skillz,deer,fish,result):
result = ""
while result != "exit" :
ocean_a_3_options= input("\nYou searched for a fishing pole down the shore a ways with no luck\ntype (return) to head back to the ocean :\n\n")
if ocean_a_3_options == "": continue
choices = {
"return": ocean_a_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(ocean_a_3_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def ocean_b_1(gold,skillz,deer,fish,result):
skillz = skillz + 12
result = ""
while result != "exit" :
player_number= input("\nUh Oh....\nI don't think that that dude is happy that you are stealing his boat!\ntype a number 1-5\n\n")
val = int(player_number)
my_rand = random.randint(1,5)
weighted_number = val + my_rand
if weighted_number == "": continue
choices = {
2 : ocean_b_1_1,
3 : ocean_b_1_3,
4 : ocean_b_1_1,
5 : ocean_b_1_3,
6 : ocean_b_1_3,
7 : ocean_b_1_1,
8 : ocean_b_1_3,
9 : ocean_b_1_2,
10 : ocean_b_1_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(weighted_number, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def ocean_b_1_1(gold,skillz,deer,fish,result):
skillz = skillz + 35
result = ""
while result != "exit" :
ocean_b_1_1_options = input("Congrats! You now own a boat! And yay - it even has a fishing pole in it!\ntype (fish) to take it fishing.\ntype (abandon) to return the shoreline :\n\n")
if ocean_b_1_1_options == "": continue
choices = {
"abandon" : ocean_1,
"fish" : ocean_fishing,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(ocean_b_1_1_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def ocean_fishing(gold,skillz,deer,fish,result):
result = ""
while result != "exit" :
player_number= input("\nSo you want to go fishing? Type a number 1-5 :\n\n")
val = int(player_number)
my_rand = random.randint(1,5)
weighted_number = val + my_rand
if weighted_number == "": continue
choices = {
2 : ocean_fishing_high,
3 : ocean_fishing_med,
4 : ocean_fishing_low,
5 : ocean_fishing_med,
6 : ocean_fishing_med,
7 : ocean_fishing_med,
8 : ocean_fishing_low,
9 : ocean_fishing_med,
10 : ocean_fishing_high,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(weighted_number, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def ocean_fishing_low(gold,skillz,deer,fish,result):
fish = fish + 5
skillz = skillz + 15
print("\n\nCongrats you got 5 fish")
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish")
result = ""
while result != "exit" :
ocean_fishing_low_options= input("\nWould you like to go fishing again?\ntype (fish) to fish again\ntype (abandon) to abandon boat and return to shore :\n\n")
if ocean_fishing_low_options == "": continue
choices = {
"return": ocean_1,
"fish": ocean_fishing,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(ocean_fishing_low_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def ocean_fishing_med(gold,skillz,deer,fish,result):
fish = fish + 17
skillz = skillz - 5
print("\n\nCongrats you got 17 fish")
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish")
result = ""
while result != "exit" :
ocean_fishing_options_med= input("\nWould you like to go fishing again?\ntype (fish) to fish again\ntype (abandon) to abandon boat and return to shore :\n\n")
if ocean_fishing_options_med == "": continue
choices = {
"abandon": ocean_1,
"fish": ocean_fishing,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(ocean_fishing_options_med, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def ocean_fishing_high(gold,skillz,deer,fish,result):
fish = fish + 29
skillz = skillz - 15
print("\n\nCongrats you got 29 fish")
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish")
result = ""
while result != "exit" :
ocean_fishing_high_options= input("\nWould you like to go fishing again?\ntype (fish) to fish again\ntype (abandon) to abandon boat and return to shore :\n\n")
if ocean_fishing_high_options == "": continue
choices = {
"abandon": ocean_1,
"fish": ocean_fishing,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(ocean_fishing_high_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def ocean_b_1_2(gold,skillz,deer,fish,result):
skillz = skillz + 5
gold = gold - 15
print("\nThat dude was not happy that you took his boat.\nIf you had gold he took 15 of it.\nIf you didn't have gold you are now in debt\n")
print("\nyou currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
result = ""
while result != "exit" :
ocean_b_1_2options = input("\ntype (return) to go back to the ocean shoreline")
if ocean_b_1_2options == "": continue
choices = {
"return": ocean_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(ocean_b_1_2options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def ocean_b_1_3(gold,skillz,deer,fish,result):
result = ""
while result != "exit" :
if skillz > 50:
ocean_b_1_3_options = input("So, normally, you would have died trying to steal that boat and lost all of your inventory.\nFortunately for you, you had high enough skillz to make it through.\ntype (ok)\n\n")
else:
ocean_b_1_3_options = input("\nSorry, you died trying to capture that boat.\ntype (continue) to try this game again :\n\n")
if ocean_b_1_3_options == "": continue
choices = {
"ok" : ocean_b_1_2,
"continue" : player_death,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(ocean_b_1_3_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def ocean_a_2(gold,skillz,deer,fish,result):
skillz = skillz - 10
result = ""
while result != "exit" :
ocean_a_2_options= input("\nOh great, Now you have sunburn. Good job dude\ntype (return) :\n\n")
if ocean_a_2_options == "": continue
choices = {
"return": ocean_a_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(ocean_a_2_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def town_a_1(gold,skillz,deer,fish,result):
skillz = skillz + 3
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
result = ""
while result != "exit" :
town_a_1_options= input("\nYou are at the merchant's place\ntype (sell) to sell all of your inventory.\ntype (work) to ask the merchant for work.\ntype (return) to return to the town :\n\n")
if town_a_1_options == "": continue
choices = {
"sell": town_a_2,
"work": town_merchant_work_1,
"return": town_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(town_a_1_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def town_merchant_work_1(gold,skillz,deer,fish,result):
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
result = ""
while result != "exit" :
town_merchant_work_1_options = input("\nThe merchant pays a starting salary of 15 gold pieces per day.\nThis may go up or down depending on your current skill level.\ntype (yes) to work for the merchant.\ntype (no) to return to his shop :\n\n")
if town_merchant_work_1_options == "": continue
choices = {
"no": town_a_1,
"yes": town_merchant_work_2,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(town_merchant_work_1_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def town_merchant_work_2(gold,skillz,deer,fish,result):
fish = fish + 2
gold = gold + (15*(0.75+(skillz/100)))
skillz = skillz + 13
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
result = ""
#start(gold,skillz,deer,fish,"exit")
if gold > 100:
print("\n\n\nOMG you evil person.\nYou Beat my game!\n\n\n")
time.sleep(2)
youwin(gold)
while result != "exit" :
town_merchant_work_2_options = input("Congratulations. you have worked for the merchant.\nHe has given you gold pieces, and a couple fish just because he is generous\ntype (work) to work again\ntype (return) to return to his shop\n\n")
if town_merchant_work_2_options == "": continueow
choices = {
"return": town_a_1,
"work": town_merchant_work_2,
"test": start,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(town_merchant_work_2_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def town_a_2(gold,skillz,deer,fish,result):
gold = ((deer * 30) + (fish * 0.75))*(0.75+(skillz/100)) + gold
skillz = skillz + 30
fish = 0
deer = 0
print("You now have this much gold :",gold)
result = ""
if gold > 100:
print("\n\n\nOMG you evil person.\nYou Beat my game!\n\n\n")
time.sleep(2)
youwin(gold)
while result != "exit" :
town_a_2_options= input("\nCongrats! You have sold all of your inventory and turned it into gold\ntype (return) to return to the town:\n\n")
if town_a_2_options == "": continue
choices = {
"return": town_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(town_a_2_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def town_b_1(gold,skillz,deer,fish,result):
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
result = ""
while result != "exit" :
town_b_1_options = input("\nThis is the bar. You can spend money and drink here. But be warned. You can go into debt here\ntype (return) to return to town.\ntype (drink) to get a drink here\n\n")
if town_b_1_options == "": continue
choices = {
"return": town_1,
"drink": town_b_2,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(town_b_1_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def town_b_2(gold,skillz,deer,fish,result):
gold = gold - 10
skillz = skillz - 20
result = ""
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
while result != "exit" :
if skillz < 0:
town_b_2_options = input("\nYou had a nice relaxing drink!\nyou do feel more confident if a bit tipsy\ntype (drink) to have another drink.\ntype (continue) to go back to the town\n\n")
else:
town_b_2_options = input("\nYou had a nice relaxing drink!\nyou do feel more confident if a bit tipsy\ntype (drink) to have another drink.\ntype (return) to go back to the town\n\n")
if town_b_2_options == "": continue
choices = {
"continue":town_drunk_player,
"return": town_1,
"drink": town_b_2,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(town_b_2_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def town_drunk_player(gold,skillz,deer,fish,result):
result = ""
while result != "exit" :
town_drunk_player_options = input("\nUh oh. You aren't looking too good. Drinking maybe?\ntype (jail) to not resist the arrest.\ntype (resist) to resist the arrest\n\n")
if town_drunk_player_options == "": continue
choices = {
"resist": town_d,
"jail": town_j,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(town_drunk_player_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def forest_a_1(gold,skillz,deer,fish,result):
skillz = skillz + 1
result = ""
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
while result != "exit" :
forest_a_1_options= input("\nSo you headed deeper into the forest....\nYou see evidence of a horse and a deer. But's its also getting cold outsie.\ntype (horse) to try and tame the horse.\ntype (deer) to try and hunt the deer. \ntype (fire) to try and make a fire.\ntype (return) to head back out to the edge of the forest. :\n\n")
if forest_a_1_options == "": continue
choices = {
"horse": forest_a_3,
"deer": forest_a_2,
"fire": forest_b_1,
"return": forest_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(forest_a_1_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def forest_a_2(gold,skillz,deer,fish,result):
result = ""
while result != "exit" :
player_number= input("So you want to catch a deer huh? Well type a number 1-5:\n")
val = int(player_number)
my_rand = random.randint(1,5)
weighted_number = val + my_rand
if weighted_number == "": continue
choices = {
2 : forest_a_2_2,
3 : forest_a_2_1,
4 : forest_a_2_2,
5 : forest_a_2_1,
6 : forest_a_2_2,
7 : forest_a_2_1,
8 : forest_a_2_2,
9 : forest_a_2_1,
10: forest_a_2_2,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(weighted_number, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def forest_a_2_1(gold,skillz,deer,fish,result):
deer = deer + 1
skillz = skillz + 30
result = ""
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
while result != "exit" :
forest_a_2_1_options= input("Okay. So you caught the deer.\ntype (return) to start leaving the forest\n\n")
if forest_a_2_1_options == "": continue
choices = {
"return" : forest_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(forest_a_2_1_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def forest_a_2_2(gold,skillz,deer,fish,result):
result = ""
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
while result != "exit" :
if skillz < 10:
forest_a_2_2_options = input("Well.... You weren't going to catch that deer no matter what.\nBut due to your sheer ineptitude you not only missed the deer but died as well\ntype (continue) to try and win this game one more time\n\n")
else:
skillz = skillz - 7
forest_a_2_2_options = input("You messed up on catching the deer. But no harm done. Doesn't hurt to try again\ntype (return) to go back to the hunting choice\n\n")
if forest_a_2_2_options == "": continue
choices = {
"return" : forest_a_1,
"continue" : player_death,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(forest_a_2_2_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def forest_a_3(gold,skillz,deer,fish,result):
result = ""
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
while result != "exit" :
player_number= input("\nSo you want to tame a horse? Type a number 1-5 :\n\n")
val = int(player_number)
my_rand = random.randint(1,5)
weighted_number = val + my_rand
if weighted_number == "": continue
choices = {
2 : forest_a_3_2,
3 : forest_a_3_1,
4 : forest_a_3_3,
5 : forest_a_3_3,
6 : forest_a_3_2,
7 : forest_a_3_3,
8 : forest_a_3_1,
9 : forest_a_3_1,
10 : forest_a_3_2,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(weighted_number, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def forest_a_3_1(gold,skillz,deer,fish,result):
result = ""
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
while result != "exit" :
if skillz > 20:
forest_a_3_1_options= input("\nSo you would have died capturing the horse. Thankfully you have enough skillz that you were able to escape.\ntype(forest) to return to the forest\n\n")
else:
forest_a_3_1_options= input("\nSo you died trying to capture the horse\ntype (continue) to try playing the game again\n\n")
if forest_a_3_1_options == "": continue
choices = {
"continue" : player_death,
"forest" : forest_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(forest_a_3_1_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def forest_a_3_2(gold,skillz,deer,fish,result):
skillz = skillz + 50
deer = deer + 1
result = ""
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
while result != "exit" :
forest_a_3_2_options= input("\nCongratulations. You got the horse.\nYou have increased your skillz so will find the game a little easier now\ntype (continue) to return to the forest.\ntype (merchant) to return directly to the merchant\n\n")
if forest_a_3_2_options == "": continue
choices = {
"continue" : forest_1,
"merchant" : town_a_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(forest_a_3_2_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def forest_a_3_3(gold,skillz,deer,fish,result):
result = ""
skillz = skillz + 3
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
while result != "exit" :
if skillz > 50:
forest_a_3_3_options= input("\nWell you almost failed in capturing the horse. But thankfully your skillz were high enough that you made it out\ntype (success) to claim your horse\n\n")
else:
fish = fish + 3
forest_a_3_3_options= input("\nSorry, you failed in catching the horse.\nA passerby felt bad for you and gave you 3 fish though\ntype (continue) to return to the forest.\n\n")
if forest_a_3_3_options == "": continue
choices = {
"success" : forest_a_3_2,
"continue" : forest_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(forest_a_3_3_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def forest_b_1(gold,skillz,deer,fish,result):
result = ""
while result != "exit" :
player_number= input("\nyou made a fire?\nseriously?\nall of the bandits could see you from miles away!\nspeak of the devil there's one coming right now\nenter a number between 1-5 to see if you survive\n\n")
val = int(player_number)
my_rand = random.randint(1,5)
weighted_number = val + my_rand
if weighted_number == "": continue
choices = {
2 : forest_bandit_live,
3 : forest_bandit_die,
4 : forest_bandit_live,
5 : forest_bandit_die,
6 : forest_bandit_live,
7 : forest_bandit_die,
8 : forest_bandit_live,
9 : forest_bandit_die,
10 : forest_bandit_live,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(weighted_number, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def forest_bandit_die(gold,skillz,deer,fish,result):
skillz = skillz + 7
forest_bandit_die_options = input("Sorry the bandit killed you\nHopefully you learned your lesson\ntype (continue) to try your hand at this game again\n\n")
{
"continue": player_death
}.get(forest_bandit_die_options, invalid_entry)(gold,skillz,deer,fish,result)
def forest_bandit_live(gold,skillz,deer,fish,result):
skillz = skillz - 10
gold = gold - 20
result = ""
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
while result != "exit" :
forest_bandit_live_options = input("Well the bandit almost killed you.\nBut instead he just decided to take some of your gold and shake you up a little bit.\nIf you had no gold then you are now in debt\ntype (continue) to keep playing\n\n")
if forest_bandit_live_options == "": continue
choices = {
"continue" : forest_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(forest_bandit_live_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def player_death(gold,skillz,deer,fish,result):
skillz = skillz + 1
print("You died. No worries. You get to start again. Skills intact, but no inventory\n")
time.sleep(1.5)
gold = 0
skillz = skillz
deer = 0
fish = 0
choice_2(gold,skillz,deer,fish,result)
def forest_1(gold,skillz,deer,fish,result):
skillz = skillz + 1
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
result = ""
while result != "exit" :
forest_1_options= input("\nCongrats! You are now at the edge of the forest\ntype (hunt) to go hunting.\ntype (fire) to make a fire\ntype (return) to go to the game's starting place\n\n")
if forest_1_options == "": continue
choices = {
"hunt": forest_a_1,
"return": choice_2,
"fire": forest_b_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(forest_1_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def town_1(gold,skillz,deer,fish,result):
result = ""
print("you currently have\n",gold,"gold\n",deer,"deer\n",fish,"fish\n")
while result != "exit" :
town_1_options= input("\nYou are now at the edge of town\ntype (return) to go to the beginning of the game\ntype (merchant) to talk to the merchant\ntype (bar) to go to the bar :\n\n")
if town_1_options == "": continue
choices = {
"merchant": town_a_1,
"return": choice_2,
"bar": town_b_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(town_1_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def town_d(gold,skillz,deer,fish,result):
result = ""
while result != "exit" :
town_d_options= input("\nWelp, you died resisting arrest.\ntype (continue) to try playing this game again\n\n")
if town_d_options == "": continue
choices = {
"continue": player_death,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(town_d_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def town_j(gold,skillz,deer,fish,result):
skillz = 0
gold = gold - 20
result = ""
while result != "exit" :
town_j_options= input("\nYou spent the night in jail. You are feeling much better physically though. You were fined 20 gold though\ntype (continue) to return to the town\n\n")
if beginningQuestion == "": continue
choices = {
"continue": town_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(town_j_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def not_yet_implemented(gold,skillz,deer,fish,result): print("\nThis option under development.:(")
def invalid_entry(gold,skillz,deer,fish,result): print("\nInvalid entry please try again.")
def ocean_1(gold,skillz,deer,fish,result):
skillz = skillz + 1
result = ""
while result != "exit" :
ocean_1_options= input("\nCongrats! You are now at the ocean's shore\ntype (return) to go back to the game's starting place\ntype (raft) to steal a raft\ntype (boat) to steal a boat :\n\n")
if ocean_1_options == "": continue
choices = {
"raft": ocean_a_1,
"return": choice_2,
"boat": ocean_b_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(ocean_1_options, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def choice_2(gold,skillz,deer,fish,result):
result = ""
while result != "exit" :
beginningQuestion= input("Would you like to go to the forest, town, or the ocean? \n\n")
if beginningQuestion == "": continue
choices = {
"forest": forest_1,
"town": town_1,
"ocean": ocean_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(beginningQuestion, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
def youwin(gold):
print("\n\n\nBye bye now!!! Leave here and go play")
time.sleep(3)
os._exit(1)
def start(gold,skillz,deer,fish,result):
gold = 0
skillz = 0
fish = 0
deer = 0
while result != "exit" :
beginningQuestion= input("Would you like to go to the forest, town, or the ocean? \n\n")
if beginningQuestion == "": continue
choices = {
"forest": forest_1,
"town": town_1,
"ocean": ocean_1,
"exit": lambda x,y,z,b: "exit"
};
choice = choices.get(beginningQuestion, invalid_entry);
result = choice(gold,skillz,deer,fish,result)
start(0,0,0,0,"")
