def showMoves(self):
out.output("\nIndex: Move: Raw Damage:")
temp = 0
for i in self.learnedMoves:
temp += 1
out.output(
box.stringSolver(7, str(temp)) + box.stringSolver(15, i[0]) +
" " + str(i[1]))
del temp
def console():
consolecont = 1
while consolecont == 1:
request = out.feed("Command me. ")
#general executioner
if ("exec" in request):
execCode = request[5:len(request)]
try:
eval(execCode)
except Exception as e:
print("Try again: An error was raised in your statement:")
print(e)
#battle initialization
elif ("rbattle init" in request
): #battle init | your monster | enemy monster{specieID,level}
try:
request = request.split()
#make the arguents that entertain the generated monster.
request[3] = request[3].split(",")
request[3] = list(request[3])
#make an enemy monster using given arguments
enemy = monster(0, int(request[3][0]))
enemy.levelTo(int(request[3][1]))
enemy.showDetails()
#attempt a battle()
#out.output (str(request[2]))
execCode = ("battle(" + str(request[2]) + ", enemy , 0)")
#out.output(execCode)
exec(execCode)
#battle(p1.monster1, enemy, 0)
except Exception as e:
print("Try again: An error was raised in your statement:")
print(e)
#makequickvar is a deprecated thing
"""
elif ("makequickvar" in request[:14]):
try:
request = request.split()
if not(request[2] in qms):
qms[str(request[2])] = getattr(__main__,request[1])
except Exception as e:
print("Try again: An error was raised in your statement:")
print(e)
"""
#exit
elif (("quit" in request[:4]) or ("exit" in request[:4])
or ("stop" in request[:4])):
consolecont = 0
else:
out.output("Try again: Entered console command did not work.")
#leveling up didn't work so now we have the beautiful and versatile exec.
"""elif ("level to" in request):
def xpAdder(
m1,
m2): #does xp math comparing two monsters. m1 is the one gaining xp.
if m1.level < m2.level:
m1.xp += math.floor(m2.level * 1.35) * m1.level
elif m1.level > m2.level:
m1.xp += math.ceil(m2.level * (0.9 / (m1.level - m2.level)))
elif m1.level == m2.level:
m1.xp += math.ceil(m2.level * 1.25) * m1.level
else:
out.output("xp broken, pls fix daddy!")
def __init__(self, nicked, givenSpecie):
n = len(specienames) - 1
#out.output (n)
self.specie = random.randint(1, n)
del n
if (int(givenSpecie) != 0):
self.specie = int(givenSpecie)
self.xp = 0
self.xpreq = 25
self.level = 1
self.speciename = specienames[self.specie]
#naming conventions. On monster setup, you can do monster(1), 0, or "ask".
#1 commands you to title your monster, 0 gives it no title, and "ask" asks the user.
#I personally have the feeling that 1 will never be used, 0 will be for enemies, and
#"ask" will be the most common, as it will be for every monster the user captures.
if nicked == 1:
out.output("You got a new monster with specie ID " +
str(self.specie) + ". It's a " + self.speciename + "!")
self.nickname = box.nameFormatter(
box.nameMaker(out.feed("Enter your monster's name. "), 15))
elif nicked == "ask":
littleTempString = (
("You got a new monster with specie ID " + str(self.specie) +
". It's a " + self.speciename + "!\n") +
"Do you wish to nickname your " + self.speciename + "? ")
if ((out.feed(littleTempString)).lower() == "yes"):
self.nickname = box.nameFormatter(
box.nameMaker(out.feed("Enter your monster's name. "), 15))
else:
self.nickname = self.speciename
del littleTempString
else:
self.nickname = self.speciename
self.health = 25
self.maxhealth = 25
self.defense = 1
self.attack = 1
self.potion = 1
self.availableMoves = allAttacks[self.specie]
self.learnedMoves = []
for i in self.availableMoves:
if i[2] <= self.level:
self.learnedMoves.append(i)
#out.output ("Monster's learned moves are:" + self.learnedMoves) #this is a debugging command for moves
#out.output ("Monster's available moves are:" + self.availableMoves) #this is a debugging command for moves
"""
def attack(m1, move, m2):
#example: attack(p1.monster1, 1-n, enemy1)
#raw damage stat from moves list
#My comments down there bugtest that everything was done globally. It works!! Thanks Python for being so lovely and intuitive!
rawdmg = m1.learnedMoves[(move - 1)][1]
#out.output ("rawdmg: " + str(rawdmg))
moddedDmg = math.floor((rawdmg * m1.attack) * m2.defense)
#out.output ("moddedDmg: " + str(moddedDmg))
m2.health -= moddedDmg
#m2.showBattleCard(1)
out.output(m1.nickname + " used " + m1.learnedMoves[move - 1][0] +
" for " + str(moddedDmg) + " damage!")
if (m2.health < 0):
m2.health = 0
def showBattleCard(self, enemy):
if enemy:
out.output(
"\n\n======================================\n Enemy " +
self.nickname + ":\n " + str(self.health) + "/" +
str(self.maxhealth) + "HP\n lvl " + str(self.level) +
"\n " + str(self.xp) + "/" + str(self.xpreq) +
"XP\n======================================")
else:
out.output("\n\n======================================\n " +
p1.name + "\'s " + self.nickname + ":\n " +
str(self.health) + "/" + str(self.maxhealth) +
"HP\n lvl " + str(self.level) + "\n " +
str(self.xp) + "/" + str(self.xpreq) +
"XP\n======================================")
def battle(m1, m2, pvp):
if (pvp == 0):
box.clearScreen()
out.output(p1.name + "\'s " + m1.nickname + " is battling enemy " +
m2.nickname + "!")
m1.showBattleCard(0)
m2.showBattleCard(1)
box.pause()
box.clearScreen()
while ((m1.health >= 1) and (m2.health >= 1)):
m2.showBattleCard(1)
m1.showBattleCard(0)
m1.showMoves()
if m1.health > 0:
inp = out.feed("\nWhat will " + m1.nickname + " do?\n")
again = 1
while again == 1:
try:
int(inp)
except ValueError:
out.output("\nNumbers only!")
again = 1
inp = out.feed("Try again:\nWhat will " + m1.nickname +
" do?\n")
except:
out.output(
"\nSomething went wrong with what you said!")
again = 1
inp = out.feed("Try again:\nWhat will " + m1.nickname +
" do?\n")
else:
if (int(inp) > m1.howManyMoves()):
again = 1
out.output("\nNumber out of range!")
inp = out.feed("Try again:\nWhat will " +
m1.nickname + " do?\n")
else:
again = 0
break
attack(m1, int(inp), m2)
del inp
del again
if m2.health > 0:
attack(m2, random.randint(1, len(m2.learnedMoves)), m1)
box.pause()
box.clearScreen()
if (m1.health > 0):
xpAdder(m1, m2)
m2.showBattleCard(1)
m1.showBattleCard(0)
out.output("You win!")
elif (m2.health > 0):
xpAdder(m2, m1)
m2.showBattleCard(1)
m1.showBattleCard(0)
out.output("You lose!")
else:
out.output("You broke the game and should not see this message!")
def help(self):
out.output(
"Vars:\n name\n inv\n monster1\n monster2\n monster3\n\nFunctions:\n showCard()"
)
def showCard(self):
out.output("\n\n\n\n\n")
out.output(
"- - = . ~ .-=-=#@#@#@#@#@#@#@#@#@#@#@#@#@#@#@#@#=-=-. ~ . = - -")
out.output(" " + self.name + "\'s Stats")
out.output("")
self.monster1.showDetails()
out.output("")
self.monster2.showDetails()
out.output("")
self.monster3.showDetails()
out.output(
"\n- - = . ~ .-=-=#@#@#@#@#@#@#@#@#@#@#@#@#@#@#@#@#=-=-. ~ . = - -"
)
def help(self):
out.output(
"Vars:\n xp\n xpreq\n level\n speciename\n health\n nickname\n maxhealth\n defense\n attack\n potion\n availableMoves\n learnedMoves\n\nFunctions:\n rename()\n levelUp()\n howManyMoves()\n showMoves()\n showDetails()\n levelTo(desired)\n showBattleCard(enemy)"
)
def showDetails(self):
out.output(" " + self.nickname + ":\n Level " +
str(self.level) + " " + self.speciename +
"\n with " + str(self.health) + "/" +
str(self.maxhealth) + " HP\n and " + str(self.xp) +
"/" + str(self.xpreq) + " XP until next level.")