import random

import turtle as t

class Explorer:

self.hp = HP

#==========================================================================================

def biomeDraw(fillColor): # Turtle function to draw an individual biome

t.forward(70)

def playerDraw(): # Turtle function to draw the player

t.end_fill()

def drawBoard(): # Turtle function to draw the entire board

t.home()

#==========================================================================================

def convert_2_to_10(binary_as_list):

return int("".join(map(str, binary_as_list)),2)

def read_string_list_from_file(the_file):

return List

def create_lists_board(listStrings):

return List

def show_board(mssg,Locallist,player_pos=None,PythonShine=None):

i+=1

def show_player(mssg,player):

print "So... he is... Dead... oh no!!!"

def List2Str(list_or_iterator):

return "[" + ", ".join( str(x) for x in list_or_iterator) + "]"

#=============================================================================

print " Welcome to the Survival and Surprises CMPT 120 Games!"

print "======================================================\n"

totalgames = 0

win = 0

board = ""

play = ""

while board.lower() != 'y' and board.lower() != 'n':

board = raw_input("\nDo you want to draw the board? (y/n): ")

if board == 'y':

print

drawBoard()

while play.lower() != 'y' and play.lower() != 'n':

play = raw_input("\nDo you want to play? (y/n): ")

Data = []

while play.lower() == 'y':

totalgames +=1

PythonShine = -1

txt = raw_input("\nType the name of board file including '.txt' or type d for default: ")

if txt == "d":

listStrings = read_string_list_from_file("biomesData1.txt")

else:

listStrings = read_string_list_from_file(txt)

Data = create_lists_board(listStrings)

show_board("just created",Data)

while PythonShine < 0 or PythonShine > len(Data)-1:

PythonShine = input("\nWhich position shall PythonShine be (0.."+str(len(Data)-1)+"), ")

if PythonShine == 0:

PythonShine = 1

#Codes for make the character

Name = ""

print "\nData for player"

while Name == "":

Name = raw_input("\nName? ")

print

playerDraw()

HP = raw_input("Initial life points (10..50)? ")

while HP.isalpha() or int(HP) < 10 or int(HP) > 50:

if HP.isalpha():

print "What you typed is not an integer, please retype"

else:

print "What you typed in out of range, please retype"

HP = raw_input("Initial life points (10..50)? ")

Player = Explorer(Name,int(HP))

#Codes for game init

Catastrophes = False

Surprise = False

Check = raw_input("\nMaximum turns this game? (1..10) ")

while Check.isalpha() or int(Check) < 1 or int(Check) > 10:

if Check.isalpha():

print "\nWhat you typed is not an integer, please retype"

else:

print "\nWhat you typed in out of range, please retype"

Check = raw_input("Maximum turns this game? (1..10) ")

Max = int(Check)

Check = raw_input("\nAllow that catastrophes happen? (y/n): ")

while Check.lower() != 'y' and Check.lower() != 'n':

Check = raw_input("\nPlease type y or n: ")

if Check == 'y':

Catastrophes = True

Check = raw_input("\nAllow that surprises happen? (y/n): ")

while Check.lower() != 'y' and Check.lower() != 'n':

Check = raw_input("\nPlease type y or n: ")

if Check == 'y':

Surprise = True

#Codes for game play

Catas = 0

Surp = 0

turn = 1

while Player.hp > 0 and turn <= Max and Player.pos != PythonShine:

show_board("about to do turn num:"+str(turn),Data,Player.pos)

show_player("about to do turn num:"+str(turn),Player)

Choice = ""

while Choice.lower() != 'd' and Choice.lower() != 'u':

Choice = raw_input("\nRoll die, or user types next pos? (d/u): ")

if Choice == 'd':

Dice = random.randint(1,6)

print "\n the die was... "+str(Dice)

print " the previous position was... "+str(Player.pos)

Player.pos += Dice

if Player.pos > len(Data)-1:

Player.pos-=len(Data)

print " and the next position is... "+str(Player.pos)+"\n"

else:

while Choice.isalpha() or int(Choice) > len(Data)-1 or int(Choice) < 0:

Choice = raw_input(" which biome should the player go? (0.."+str(len(Data)-1)+"): ")

Player.pos = int(Choice)

print ""

if Player.pos == PythonShine:

print "Amazing! the player is in PythonShine and won the game!"

Player.hp = 9999

Player.diam = 9999

else:

biome = Data[Player.pos]

if biome[0] == 0:

print "\nIn biome #0 no action takes place..."

else:

if biome[1]/3 > 0:

print "\nyey!!... the player collected "+str(biome[1]/3)+" diamonds"

else:

print "\n well, there is no diamonds in biome "+str(biome[0])

Player.diam+=biome[1]/3

if Player.diam>9999:

Player.diam=9999

biome[1]-=biome[1]/3

if biome[2] > Player.sword:

print "Yey!!... the player exchanged to a better sword"

Player.sword,biome[2] = biome[2],Player.sword

print "The player's new sword is of type: "+str(Player.sword)

if Player.sword < biome[3]:

if Player.hp == 1:

i = 1

else:

i = random.randint(1,Player.hp)

Player.hp -= i

print "Oh No! the player lost the fight and lost "+str(i)+" life points"

elif Player.sword == biome[3]:

if Player.hp == 1:

i = 1

else:

i = random.randint(1,Player.hp/2)

Player.hp -= i

print "Oh well... the player tied the fight and lost "+str(i)+" life points"

else:

if Player.hp == 1:

i = 1

else:

i = random.randint(1,Player.hp)

Player.hp += i

if Player.hp>9999:

Player.hp=9999

print "Great! the player won the fight and won "+str(i)+" life points"

if Player.hp < 0:

Player.hp = 0

print "The Player now has "+str(Player.hp)+" life points"

#Catastrophes

if Player.hp > 0 and Catastrophes:

i = random.randint(1,len(Data)*5)

if i < len(Data):

Catas+=1

print "\nOh oh! A catastrohe occured in biome # "+str(i)

print "and the board shrunk"

if PythonShine > i:

PythonShine -= 1

if Player.pos == i:

print "and the player was there!! and died!"

Player.hp = 0

elif Player.pos > i:

Player.pos-=1

Data.pop(i)

index = len(Data)-1

while index >= i:

biome = Data[index]

biome[0] -= 1

index -= 1

print "but the player was not there, yet the player's position changed"

print "and now is "+str(Player.pos)

else:

Data.pop(i)

index = len(Data)-1

while index >= i:

biome = Data[index]

biome[0] -= 1

index -= 1

print "but the player was not there, so the player is safe"

#Surprise

if Player.hp >0 and Surprise:

i = random.randint(1,len(Data)*5)

if i < len(Data):

Surp += 1

print "\n Oooooh! A surprise is happening up to biome # "+str(i)

print " the board will have more diamonds for the next turn!"

while i > 1:

Biome1 = Data[i-1]

Biome2 = Data[i]

Biome1[1] += Biome2[1]

i-=1

turn += 1

#End part

print "\n RESULTS END OF GAME"

print "\nThe game number " + str(totalgames) + " just took place"

if Player.hp <= 0:

print "The game ended because the player died"

elif turn >= Max:

print "The game ended because the max number of turns were played"

else:

print "The game ended because the player is in PythonShine and won the game!"

win += 1

show_board("end of game",Data,Player.pos)

show_player("end of game",Player)

if Player.pos == PythonShine and Player.hp > 0:

print "and he reached PythonShine, so he won!!!"

if Catas > 0:

print "\n"+str(Catas)+" catastrophes took place, eliminating a biome each"

play = ""

if Surp > 0:

print "\n"+str(Surp)+" surprises took place, adding diamonds to the board"

play = raw_input("\nDo you want to play again? (y/n): ")

while play.lower() != 'y' and play.lower() != 'n':

print "\nPlease type y or n!"

play = raw_input("Do you want to play again? (y/n): ")

#Codes of showing results

if totalgames > 0:

print "\n RESULTS END OF ALL GAMES..........."

print "\n The user played " + str(totalgames) + " games in total"

print " of those, the player won "+str(win)

print " To conclude, the program will do a conversion from binary to decimal!"

print " taking as source the diamonds list in the list game board"

DiamondsList = []

BinaryList = []

for i in Data:

DiamondsList.append(i[2])

if i[2]%2 == 0:

BinaryList.append(0)

else:

BinaryList.append(1)

print "\n List with diamonds: " + List2Str(DiamondsList)

print " Corresponding Binary: " + List2Str(BinaryList)

print " which converted to decimal is: " + str(convert_2_to_10(BinaryList))

print "\n\n\nBye...."