def getPokemonData(pokemon_id):
truncateTables()
for n in range(1,pokemon_id+1):
p1=pokebase.pokemon(n)
pokemon=(p1.id,p1.name,p1.weight)
conn=getConn()
lstRowid=pokemon_insert(conn,pokemon)
for i in range(0,len(p1.moves)):
try:
move=p1.moves[i].move.name
accuracy=pokebase.move(move).accuracy
if (accuracy==None):
accuracy=0
type=pokebase.move(move).type.name
print("pokemon name:"+p1.name)
print("pokemon id:"+str(p1.id))
print("move name :"+move)
print("move id:"+str(p1.moves[i].move.id))
print ("type="+type)
pokemon_move=(move,p1.id,p1.moves[i].move.id,accuracy,pokebase.move(move).type.id)
conn=getConn()
lstRowid=pokemonMove_insert(conn,pokemon_move)
except:
continue
for i in range(0,len(p1.types)):
print("pokemon type:"+p1.types[i].type.name)
pokemon_type=(p1.types[i].type.name,p1.id,p1.types[i].type.id)
conn=getConn()
lstRowid=pokemonType_insert(conn,pokemon_type)
print("pokemon weight:"+str(p1.weight))
def __init__(self, name):
self.name = name.replace('-', ' ').lower().capitalize()
self.move: list
self.move = []
try:
with open('assets/Pokemon/JSON/move/' + str(self.name) + '.json', mode='rb') as f:
try:
self.move = json.load(f)
except Exception as e:
print(e)
pass
except IOError:
move = pb.move(self.name.replace(' ', '-').lower()).data()
with open('assets/Pokemon/JSON/move/' + str(self.name) + '.json', 'a') as f:
f.write('[')
json.dump(move, f)
f.write(']')
with open('assets/Pokemon/JSON/move/' + str(self.name) + '.json', mode='rb') as f:
try:
self.move = json.load(f)
except Exception as e:
print(e)
pass
self.type = self.move[0]['type']['name'].capitalize()
self.max_pp = self.move[0]['pp']
self.current_pp = self.max_pp
self.power = self.move[0]['power']
self.category = self.move[0]['meta']['category']['name']
self.move_class = self.move[0]['damage_class']['name']
def get_move_info(name):
if not name:
return None
move = pb.move(name.lower())
stat_dict = {
"power": move.power,
"accuracy": move.accuracy,
"pp": move.pp,
"max_pp": int(move.pp * 8.0 / 5.0),
"priority": move.priority,
"dmg_type": str(move.damage_class.name),
"stat_changes": move.stat_changes,
"type": str(move.type.name),
"meta": move.meta
#{
# "ailment": move.meta['ailment']['name'],
# "ailment_chance": move.meta['ailment_chance'],
# #min/max hits is none of only hits once
# "min_hits": move.meta['min_hits'],
# "max_hits": move.meta['max_hits'],
# #min/max turns effect lasts is null if one turn
# "min_turns": move.meta['min_turns'],
# "max_turns": move.meta['max_turns'],
# #% of hp drain(positive) or recoil(negative)
# "drain": move.meta['drain'],
# #% of healing gained by % of max hp
# "healing": move.meta['healing'],
# "crit_rate": move.meta['crit_rate'],
# "flinch_chance": move.meta['flinch_chance'],
# "stat_chance": move.meta['stat_chance']
# }
}
return stat_dict
def getMoveData(self):
""" Convert the string input to move data using the pokebase api """
for i in range(len(self.moves)):
name = self.moves[i].replace(" ", "-")
self.moveData[i] = pb.move(name)
self.pp[i] = self.moveData[i].pp
def __init__(self, moveName):
cleanName = moveName.lower().replace(" ", "-")
if cleanName == "":
self.name = ""
self.type = "normal"
self.power = 0
self.accuracy = 0
else:
moveData = None
try:
moveData = pb.move(cleanName)
except:
moveData = pb.move("struggle")
self.name = moveData.names[2].name.strip()
self.type = moveData.type.name
self.power = moveData.power
self.accuracy = moveData.accuracy
async def getMove(move):
move = GG.cleanWordSpace(move)
mv = pb.move(move)
em = discord.Embed()
em.set_author(name=GG.cleanWordDash(mv.name))
em.description = GG.getEffectText(mv.effect_entries).replace(
"$effect_chance", str(mv.effect_chance))
color = GG.getColorOfType(mv.type.name)
em.colour = int("0x" + color, 0)
em.add_field(name="Type", value=GG.cleanWordDash(mv.type.name))
em.add_field(name="Move Class",
value=GG.cleanWordDash(mv.damage_class.name))
em.add_field(name="Power", value=str(mv.power))
if mv.accuracy is None:
em.add_field(name="Accuracy", value=str(mv.accuracy))
else:
em.add_field(name="Accuracy", value=str(mv.accuracy) + "%")
em.add_field(name="PP", value=str(mv.pp))
if mv.priority > 1:
em.add_field(name=f"Priority", value=f"+{mv.priority}")
elif mv.priority < 0:
em.add_field(name=f"Priority", value=f"{mv.priority}")
else:
em.add_field(name="Priority", value="Normal")
if mv.meta.crit_rate > 0:
em.add_field(name="Crit Rate", value=f"{mv.meta.crit_rate}%")
if mv.meta.drain > 0:
em.add_field(name="Drain", value=f"{mv.meta.drain}%")
if mv.meta.flinch_chance > 0:
em.add_field(name="Flinch Chance", value=f"{mv.meta.flinch_chance}%")
if mv.meta.healing > 0:
em.add_field(name="Healing", value=f"{mv.meta.healing}%")
if mv.meta.max_hits is not None:
em.add_field(name="Number of Hits",
value=f"{mv.meta.min_hits}-{mv.meta.max_hits}")
if mv.meta.max_turns is not None:
em.add_field(name="Number of Turns",
value=f"{mv.meta.min_turns}-{mv.meta.max_turns}")
if GG.cleanWordDash(mv.meta.ailment.name) != "None":
em.add_field(name="Ailment",
value=GG.cleanWordDash(mv.meta.ailment.name))
if mv.damage_class.name == "status":
em.add_field(name="Ailment Chance", value=f"100%")
else:
em.add_field(name="Ailment Chance",
value=f"{str(mv.meta.ailment_chance)}%")
target = pb.move_target(mv.target.name)
em.add_field(name="Targets",
value=GG.getDescriptionText(target.descriptions),
inline=False)
return em
def pokemonMovePower(move, pokemonAtk, pokemonDef):
if (move == None):
return 0
elif (pb.move(move).damage_class.id == pb.move_damage_class(1).id):
return 0
else:
# Set the base power
moveBasePower = pb.move(move).power
# If the move has variable power its base power is None
if (moveBasePower == None):
return 0
#Get Move Type
moveType = pb.move(move).type
# Apply STAB
pokemonAtkTypes = pb.pokemon(pokemonAtk.formID).types
for j in range(0, len(pokemonAtkTypes)):
if (moveType.id == pokemonAtkTypes[j].type.id):
moveBasePower *= 1.5
# Check for Weakness/Resistance against each type
pokemonDefTypes = pb.pokemon(pokemonDef.formID).types
for j in range(0, len(pokemonDefTypes)):
#Check Move effectivness against the opponent type
#No Effect
noDamageTo = moveType.damage_relations.no_damage_to
for k in range(0, len(noDamageTo)):
if (noDamageTo[k]['name'] == pokemonDefTypes[j].type.name):
moveBasePower *= 0
#Half Damage
halfDamageTo = moveType.damage_relations.half_damage_to
for k in range(0, len(halfDamageTo)):
if (halfDamageTo[k]['name'] == pokemonDefTypes[j].type.name
):
moveBasePower *= 0.5
#Double Damage
doubleDamageTo = moveType.damage_relations.double_damage_to
for k in range(0, len(doubleDamageTo)):
if (doubleDamageTo[k]['name'] ==
pokemonDefTypes[j].type.name):
moveBasePower *= 2
#Return the final base power
return moveBasePower
async def getTM(id):
em = discord.Embed()
if isinstance(id,int):
id = int(id)
else:
em.description = "Please use the TM ID, and not the move name."
return em
if id < 10:
em.set_author(name=f"TM0{id}")
else:
em.set_author(name=f"TM{id}")
if id == 1:
StartID = id
EndID = StartID + (APICallsPerTMTO50)
elif id in range(2,50):
StartID = ((id - 1) * APICallsPerTMTO50) + 1
EndID = StartID + (APICallsPerTMTO50)
elif id in range(51, 92):
StartID = APICallsPerTMTO50TOTAL + (((id - 51) * APICallsPerTMTO92)) + 1
EndID = StartID + (APICallsPerTMTO92)
elif id in range(93, 95):
StartID = APICallsPerTMTO92TOTAL + (((id - 93) * APICallsPerTMTO95)) + 1
EndID = StartID + (APICallsPerTMTO95)
elif id in range(95, 100):
StartID = APICallsPerTMTO95TOTAL + (((id - 95) * APICallsPerTMTO100)) + 1
EndID = StartID + (APICallsPerTMTO100)
else:
em.description("This TM doesn't exist.")
return em
COLORS = []
COLOROUTPUT = ''
for x in range(StartID, EndID, 1):
TM = pb.machine(x)
em.add_field(name=f"{GG.cleanWordDash(TM.move.name)}", value=f"{GG.getGame(TM.version_group.name)}")
move = pb.move(TM.move.name)
if GG.getColorOfType(move.type.name) not in COLORS:
COLORS.append(GG.getColorOfType(move.type.name))
i = 0
for x in range(i, len(COLORS), 2):
i = x + 1
if i != len(COLORS):
COLORS.append(color_mixer(COLORS[x], COLORS[(i)]))
COLOROUTPUT = color_mixer(COLORS[x], COLORS[(i)])
COLOROUTPUT = COLOROUTPUT.replace("#", "")
if COLOROUTPUT == "":
COLOROUTPUT = COLORS[0]
em.colour = int("0x" + COLOROUTPUT, 0)
return em
def showdownFormat(self):
s = str(pb.pokemon(self.formID)) + " "
s += self.genderDictionary[self.gender]
if (self.itemID != None):
s += "@ " + pb.item(self.itemID).name
s += "\n"
s += "Ability: " + self.getAbility().name + "\n"
s += "Level: " + str(self.level) + "\n"
if (self.shiny == True):
s += "Shiny: Yes\n"
s += "Happiness: " + str(self.happiness) + "\n"
s += "EVs: "
s += str(self.evHP) + " HP / "
s += str(self.evAtk) + " Atk / "
s += str(self.evDef) + " Def / "
s += str(self.evSpA) + " SpA / "
s += str(self.evSpD) + " SpD / "
s += str(self.evSpe) + " Spe\n"
s += pb.nature(self.natureID).name.title() + " Nature\n"
#Title to make nature capitalised so showdown accepts it
s += "IVs: "
s += str(self.ivHP) + " HP / "
s += str(self.ivAtk) + " Atk / "
s += str(self.ivDef) + " Def / "
s += str(self.ivSpA) + " SpA / "
s += str(self.ivSpD) + " SpD / "
s += str(self.ivSpe) + " Spe\n"
#MOVES
if (self.move1 != None):
s += "- " + pb.move(self.move1).name + "\n"
if (self.move2 != None):
s += "- " + pb.move(self.move2).name + "\n"
if (self.move3 != None):
s += "- " + pb.move(self.move3).name + "\n"
if (self.move4 != None):
s += "- " + pb.move(self.move4).name + "\n"
return s
def pick_moves(moveset, party_pkmn):
final_moveset = []
base_exp = party_pkmn.base_experience
if len(moveset) < 4:
for m in moveset:
final_moveset.append(pb.move(m))
return final_moveset
else:
exclusion_list = []
if base_exp < 100:
for i in range(4):
final_moveset.append(pb.move(moveset[i]))
return final_moveset
elif 200 > base_exp >= 100:
for i in range(4):
rand_choice = random.choice(moveset)
exclusion_list.append(rand_choice)
final_moveset.append(pb.move(rand_choice))
moveset = [i for i in moveset if i not in exclusion_list]
return final_moveset
elif base_exp >= 200:
for i in reversed(range(1, 5)):
final_moveset.append(pb.move(moveset[-i]))
return final_moveset
def search(cls, id_or_name):
move = pb.move(id_or_name)
damage_class = DamageClass[move.damage_class.name]
type_ = Type.search(move.type.name)
generation = Generation[move.generation.name.replace('-', '_')]
data = {}
for field in Move.FIELDS:
if field in move.__dict__:
if field == 'effect_entries':
data[field] = [e.effect for e in move.__dict__[field]]
else:
data[field] = move.__dict__[field]
elif 'meta' in move.__dict__ and field in move.meta.__dict__:
data[field] = move.meta.__dict__[field]
return cls(move.id, move.name, damage_class, type_, generation, **data)
def getMoveDeets(move):
stats = {
'Atk' : 0,
'Def' : 0,
'SpA' : 0,
'SpD' : 0,
'Spe' : 0
}
move = move.lower().replace(' ','-')
if 'hidden-power' in move:
move = 'hidden-power'
# print('\nMOVEDEX REQUEST:' + move)
move = pb.move(move)
accuracy = move.accuracy
if accuracy == None:
accuracy = 100
power = move.power
if power == None:
power = 0
pp = move.pp
stat_changes = move.stat_changes
if len(stat_changes) > 0:
for change in stat_changes:
# print(stat_lookup['attack'])
stats[stat_lookup[str(change.stat)]] = change.change
# print(stat_changes)
move_type = str(move.type)
return accuracy,power,pp,move_type,stats['Atk'],stats['Def'],stats['SpA'],stats['SpD'],stats['Spe']
async def teambuild(self, ctx):
message1 = await ctx.message.channel.send(embed=discord.Embed(
description=ctx.message.author.mention +
' Which format would you like to team build for? National Dex or VGC? You have one minute to reply before you are timed out.'
))
def formatcheck(msg):
return msg.channel.id == ctx.message.channel.id and msg.author.id == ctx.message.author.id and (
str.lower(msg.content) == 'national dex'
or str.lower(msg.content) == 'vgc')
def pokepastecheck(msg):
return msg.channel.id == ctx.message.channel.id and msg.author.id == ctx.message.author.id and "https://pokepast.es/" in str.lower(
msg.content)
try:
format = await self.client.wait_for('message',
timeout=60.0,
check=formatcheck)
if str.lower(
format.content) == 'national dex': # Nat Dex Team Build
await format.delete()
await message1.edit(embed=discord.Embed(
description=ctx.message.author.mention +
' You have chosen **National Dex**. Please provide me with a **legal pokepaste link** to a **legal** team. You have one minute. \n **Warning:** Do not nickname any of your Pokemon.'
))
else: # VGC Team Build
await format.delete()
await message1.edit(embed=discord.Embed(
description=ctx.message.author.mention +
' You have chosen **VGC**. Please provide me with a **pokepaste link** to a **legal** team. You have one minute. \n **Warning:** Do not nickname any of your Pokemon.'
))
try:
pokepaste = await self.client.wait_for(
'message', timeout=60.0, check=pokepastecheck)
await message1.edit(embed=discord.Embed(
description=
'<a:8299_Loading:724051710468817048> Give me a moment while I analyze your team.'
))
pokepastecontent = pokepaste.content
await pokepaste.delete()
chrome_options = webdriver.ChromeOptions()
chrome_options.add_argument('--headless')
chrome_options.add_argument('--no-sandbox')
chrome_options.add_argument('--disable-dev-shm-usage')
driver = webdriver.Chrome(chrome_options=chrome_options)
driver.get(str(pokepastecontent))
count = 0
set = []
items = []
abilities = []
moves = []
evs = []
nature = []
suggestions = []
mons = driver.find_elements_by_tag_name("article")
while count < len(mons):
mon = mons[count].text
mon = mon.split()
set.append(mon[0])
if len(mon[mon.index('@') +
1:mon.index('Ability:')]) == 2:
items.append(' '.join(
mon[mon.index('@') + 1:mon.index('Ability:')]))
else:
items.append(
str(mon[mon.index('@') +
1:mon.index('Ability:')]).strip(
"['']"))
if len(mon[mon.index('Ability:') +
1:mon.index('EVs:')]) == 2:
abilities.append(' '.join(
mon[mon.index('Ability:') +
1:mon.index('EVs:')]))
else:
abilities.append(
str(mon[mon.index('Ability:') +
1:mon.index('EVs:')]).strip("['']"))
evs.append(' '.join(mon[mon.index('EVs:') +
1:mon.index('Nature') - 1]))
nature.append(mon[mon.index('Nature') - 1])
moves.append(
(' '.join(mon[mon.index('-') + 1:len(mon) +
1])).replace(' - ',
', ').split(', '))
count += 1
# Type checking
types = []
for i in set:
for a in pb.pokemon(str.lower(i)).types:
types.append(a.type.name)
weakness = {
'normal': 0,
'fighting': 0,
'flying': 0,
'poison': 0,
'ground': 0,
'rock': 0,
'bug': 0,
'ghost': 0,
'steel': 0,
'fire': 0,
'water': 0,
'grass': 0,
'electric': 0,
'psychic': 0,
'ice': 0,
'dragon': 0,
'dark': 0,
'fairy': 0
}
# See which types are most weak to
weaknessTypes = []
for i in types:
weaknessCheck(weakness, i)
for type, value in weakness.items():
if value <= -4:
suggestions.append('You are ' + str(abs(value)) +
'x weak to ' + type)
weaknessTypes.append(type)
# See which moves counter the weak types
counterMoves = []
specialMoves = []
physicalMoves = []
if len(weaknessTypes) > 0:
for i in range(len(moves)):
for a in range(len(moves[i])):
move = pb.move(
str.lower(moves[i][a]).replace(' ', '-'))
for b in weaknessTypes:
if move.power:
for c in move.type.damage_relations.double_damage_to:
if c['name'] == b:
counterMoves.append(
moves[i][a])
if move.damage_class.name == 'special':
specialMoves.append(moves[i][a])
else:
physicalMoves.append(moves[i][a])
suggestions.append(
'Moves you have that counter this type are: **' +
'**, **'.join(counterMoves))
if len(counterMoves) < len(weaknessTypes) * 2:
suggestions.append(
'I would recommend having more moves that counter the type(s).'
)
if abs(len(specialMoves) - len(physicalMoves)) > 4:
if len(specialMoves) > len(physicalMoves):
suggestions.append(
'You have ' + str(len(specialMoves)) +
' special moves and ' +
str(len(physicalMoves)) +
' physical moves. You should replace ' +
str((len(specialMoves) - len(physicalMoves)) /
2) +
' of your special moves with physical moves for balance.'
)
else:
suggestions.append(
'You have ' + str(len(specialMoves)) +
' special moves and ' +
str(len(physicalMoves)) +
' physical moves. You should replace ' +
str((len(physicalMoves) - len(specialMoves)) /
2) +
' of your physical moves with special moves for balance.'
)
if 'Trick Room' in moves:
if moves.count('Trick Room') > 1:
suggestions.append(
'Only one TR setter is required.')
if 'Dusclops' not in set:
suggestions.append(
'Dusclops is a way better alternative as a TR setter.'
)
if 'Drought' in abilities:
if 'Venusaur' not in set:
suggestions.append(
'Venusaur is a very strong Pokemon for a sun team.'
)
if len(suggestions) > 0:
await message1.edit(embed=discord.Embed(
description='\n'.join(suggestions)))
else:
await message1.edit(embed=discord.Embed(
description=
'I saw no changes. Your team is very balanced!'))
except asyncio.TimeoutError:
await message1.edit(embed=discord.Embed(
description=ctx.message.author.mention +
' You have been timed out.'))
except asyncio.TimeoutError:
await message1.edit(
embed=discord.Embed(description=ctx.message.author.mention +
' You have been timed out.'))
def fightScene(poke1, num):
spin_spin()
#define variable flags to track character entrance and key presses
slideEnemy = True
slidePlayer = True
poke2 = None
keyDown = False
poke1hp = 100
poke2hp = 100
enemy_damaged = 0
player_damaged = 0
#track successful attacks after 3 success then special ability becomes available
playerAttackSuccess = 0
enemyAttackSuccess = 0
#white screen to open the scene
pygame.draw.rect(SCREEN, white, [0, 0, screenWidth, screenHeight])
#roll for who attacks first
contestantTurn = random.randrange(1, 3)
clock.tick(15)
#create fighting loop
while True:
#enemy entrance left to right
if slideEnemy:
clock.tick(60)
#encounter loop music
pygame.mixer.music.load('PokemonTrainerBattle.wav')
pygame.mixer.music.play(-1)
for x in range(screenWidth - 125):
SCREEN.blit(poke1, (x, 100))
time.sleep(.003)
pygame.draw.rect(SCREEN, white, [x - 25, 100, 20, 200])
pygame.display.update()
SCREEN.fill(white)
SCREEN.blit(poke1, (x, 100))
#SCREEN.fill(white)
#give user a chance to select their available pokemon
while (not keyDown):
clock.tick(15)
#wipe any previous messages in center of screen
pygame.draw.rect(SCREEN, white,
[0, screenHeight / 2 - 50, screenWidth, 65])
message_display(
'Select Your Pokemon[1- ' + str(len(pokemon_Id)) + ']',
screenWidth / 2, screenHeight / 2, 25)
for event in pygame.event.get():
#check for keys pressed down
if event.type == pygame.KEYDOWN:
if event.type == pygame.QUIT:
pygame.quit()
quit()
#check for the number key pressed and if there are enough pokemon in the players pokedex
elif event.key == pygame.K_1:
playerSelection = 0
elif event.key == pygame.K_2 and len(pokemon_Id) > 1:
playerSelection = 1
elif event.key == pygame.K_3 and len(pokemon_Id) > 2:
playerSelection = 2
elif event.key == pygame.K_4 and len(pokemon_Id) > 3:
playerSelection = 3
elif event.key == pygame.K_5 and len(pokemon_Id) > 4:
playerSelection = 4
elif event.key == pygame.K_6 and len(pokemon_Id) > 5:
playerSelection = 5
else:
#wipe previous messages, then print new message
pygame.draw.rect(
SCREEN, white,
[0, screenHeight / 2 - 50, screenWidth, 65])
message_display('Invalid selection', screenWidth / 2,
screenHeight / 2, 25)
playerSelection = 0
continue
#user has made their selection
keyDown = True
slideEnemy = False
#player pokemon has not yet been selected
if (poke2 == None):
poke2, pokename2 = _createPokemon_(pokemon_Id[playerSelection])
pokename = str(pokename2)
#enter player pokemon (right to left)
if slidePlayer:
clock.tick(60)
for x in range(screenWidth - 200):
SCREEN.blit(flipImage(poke2), ((screenWidth - x) - 100, 375))
time.sleep(.003)
pygame.draw.rect(
SCREEN, white,
[(screenWidth + 100) - x, 375, screenWidth, 200])
pygame.display.update()
#fill screen and draw new image at final position
SCREEN.fill(white)
SCREEN.blit(flipImage(poke2), (screenWidth - x - 100, 375))
slidePlayer = False
#draw the contestants final positions within the fight scene
SCREEN.blit(poke1, (x, 100))
SCREEN.blit(flipImage(poke2), (screenWidth - x - 100, 375))
#get enemy pokemon name
enemyName = str(pb.pokemon(num))
print(enemyName)
#draw stat boxes, names
message_display(enemyName, 150, 75, 25)
message_display(pokename, screenWidth - 125, screenHeight - 145, 25)
#attack game mechanics
while (battleWinner(pokename, enemyName, poke1hp, poke2hp,
enemy_damaged, player_damaged)):
#reset damage taken
damageTakenEnemy = 0
damageTakenplayer = 0
clock.tick(15)
print(poke1hp)
print(poke2hp)
#healthbar full (enemy)
pygame.draw.rect(SCREEN, green, (100, 90, 100, 10))
#indicate damage to enemy
pygame.draw.rect(SCREEN, white, [100, 90, enemy_damaged, 10])
#healthbar full (player)
pygame.draw.rect(
SCREEN, green,
(3 * screenWidth / 4 - 25, 3 * screenHeight / 4 - 10, 100, 10))
#indicate damage to player
pygame.draw.rect(SCREEN, white, [
3 * screenWidth / 4 - 25, 3 * screenHeight / 4 - 10,
player_damaged, 10
])
###############
#player
if contestantTurn == 1:
#check key event for end scene (debug)
for event in pygame.event.get():
#check for keys pressed down
if event.type == pygame.KEYDOWN:
#exit scene (debug)
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
#player move
if event.key == pygame.K_1:
message_display(
str(pokename) + ' used ' +
str(pb.move(pokemon_Id[playerSelection])),
screenWidth / 2, screenHeight / 2, 25)
time.sleep(1)
pygame.draw.rect(
SCREEN, white,
[0, screenHeight / 2 - 50, screenWidth, 100])
enemy_damaged += 10
damageTakenEnemy = 10
playerAttackSuccess += 1
contestantTurn = 2
#special ability
if event.key == pygame.K_2:
if playerAttackSuccess == 3:
message_display(
str(pb.ability(
pokemon_Id[playerSelection])),
screenWidth / 2, screenHeight / 2, 25)
time.sleep(1)
pygame.draw.rect(SCREEN, white, [
0, screenHeight / 2 - 50, screenWidth, 100
])
enemy_damaged += 20
damageTakenEnemy = 20
contestantTurn = 2
#reset attack success
playerAttackSuccess = 0
else:
message_display('cannot use special',
screenWidth / 2,
screenHeight / 2, 25)
time.sleep(1)
pygame.draw.rect(SCREEN, white, [
0, screenHeight / 2 - 50, screenWidth, 100
])
continue
#shake enemy player simulate an attack
shift = 0
for x in range(100):
clock.tick(30)
if shift == 0:
pygame.draw.rect(
SCREEN, white,
[screenWidth - 200, 100, 150, 100])
SCREEN.blit(poke1,
(screenWidth - 200 - 5, 100))
time.sleep(.003)
shift = 5
pygame.display.update()
else:
pygame.draw.rect(
SCREEN, white,
[screenWidth - 200 + shift, 100, 150, 100])
SCREEN.blit(poke1,
(screenWidth - 200 + shift, 100))
time.sleep(.003)
shift = 0
pygame.display.update()
pygame.draw.rect(
SCREEN, white,
[screenWidth - 200 - 5, 100, 120, 100])
pygame.display.update()
SCREEN.blit(poke1, (screenWidth - 200, 100))
poke1hp -= damageTakenEnemy
#computer AI
else:
events()
if enemyAttackSuccess == 3:
message_display(str(pb.ability(num)), screenWidth / 2,
screenHeight / 2, 25)
time.sleep(1)
pygame.draw.rect(
SCREEN, white,
[0, screenHeight / 2 - 50, screenWidth, 100])
player_damaged += 20
damageTakenplayer = 20
contestantTurn = 1
enemyAttackSuccess = 0
else:
message_display(str(pb.move(num)), screenWidth / 2,
screenHeight / 2, 25)
time.sleep(1)
pygame.draw.rect(
SCREEN, white,
[0, screenHeight / 2 - 50, screenWidth, 100])
player_damaged += 10
damageTakenplayer = 10
contestantTurn = 1
enemyAttackSuccess += 1
#shake enemy player simulate an attack
shift = 0
for x in range(100):
clock.tick(30)
if shift == 0:
pygame.draw.rect(SCREEN, white, [
screenWidth -
(screenWidth - 100) - 5, 375, 150, 100
])
SCREEN.blit(flipImage(poke2),
(screenWidth -
(screenWidth - 100) - 5, 375))
time.sleep(.003)
shift = 5
pygame.display.update()
else:
pygame.draw.rect(SCREEN, white, [
screenWidth -
(screenWidth - 100) + shift, 375, 150, 100
])
SCREEN.blit(flipImage(poke2),
(screenWidth -
(screenWidth - 100) + shift, 375))
time.sleep(.003)
shift = 0
pygame.display.update()
poke2hp -= damageTakenplayer
pygame.draw.rect(
SCREEN, white,
[screenWidth - (screenWidth - 100), 375, 150, 100])
pygame.display.update()
SCREEN.blit(flipImage(poke2),
(screenWidth - (screenWidth - 100), 375))
#healthbar when hit
pygame.display.update()
#check key event for end scene (debug)
#for event in pygame.event.get():
#check for keys pressed down
#if event.type == pygame.KEYDOWN:
#exit scene (debug)
#if event.key == pygame.K_LEFT:
#pygame.mixer.music.stop()
#return
#need healthbar, attack messaging, attack animations here, could write in while loop until a player dies or is captured
pygame.display.update()
def _evolution_details_str(self, evolution_details):
"""
:param evolution_details: Usually a dict
:return: A string representing events needed to happen to evolve based on evolution_details
"""
# Use this to test: https://pokemondb.net/pokebase/168028/what-pokemon-have-a-unique-evolution-method
# ==== variables ====
trigger = evolution_trigger(evolution_details["trigger"]["name"])
trigger_name = self._get_name_from_lang(trigger.names)
if trigger_name:
trigger_name = " " + self.translate("evolve.details.trigger",
{"name": trigger_name})
held_item = evolution_details["held_item"]
held_item_display = ""
if held_item:
item_name = held_item["name"]
item_display_name = self._get_name_from_lang(item(item_name).names)
held_item_display = " " + self.translate(
"evolve.details.holding.item", {"item": item_display_name})
min_level = evolution_details["min_level"] # None or min level
min_level_display = ""
if min_level:
min_level_display = " " + self.translate("evolve.details.at.level",
{"level": min_level})
min_happiness = evolution_details[
"min_happiness"] # None or min happiness
min_happiness_display = ""
if min_happiness:
min_happiness_display = " " + self.translate(
"evolve.details.with.happiness", {"happiness": min_happiness})
min_beauty = evolution_details["min_beauty"]
min_beauty_display = ""
if min_beauty:
min_beauty_display = " " + self.translate(
"evolve.details.with.beauty", {"beauty": min_beauty})
min_affection = evolution_details["min_affection"]
min_affection_display = ""
if min_affection:
min_affection_display = " " + self.translate(
"evolve.details.with.affection", {"affection": min_affection})
time_of_day = evolution_details[
"time_of_day"] # None or "day" or "night"
time_display = ""
if time_of_day:
time_display = " " + self.translate("evolve.details.time.of.day",
{"time": time_of_day})
gender = evolution_details["gender"] # None, 1=female, 2=male
gender_display = ""
if gender:
if gender == 1:
gender_display = " " + self.translate(
"evolve.details.if.female")
else:
gender_display = " " + self.translate("evolve.details.if.male")
party_type_dict = evolution_details["party_type"]
party_type_display = "" # must have this type of pokemon in their party
if party_type_dict:
party_type = type_(party_type_dict["name"])
party_type_display = " " + self.translate(
"evolve.details.with.pokemon.party.type",
{"type": self._get_name_from_lang(party_type.names)})
location_dict = evolution_details["location"]
location_display = ""
if location_dict:
game_location = location(location_dict["name"])
location_display = " " + self.translate(
"evolve.details.location",
{"location": self._get_name_from_lang(game_location.names)})
needs_rain_display = ""
if evolution_details["needs_overworld_rain"]:
needs_rain_display = " " + self.translate(
"evolve.details.with.rain")
turn_upside_down_display = ""
if evolution_details["turn_upside_down"]:
turn_upside_down_display = " " + self.translate(
"evolve.details.turn.upside.down")
known_move = evolution_details["known_move"]
known_move_display = ""
if known_move:
known_move_display = " " + self.translate(
"evolve.details.knowing.move", {
"move":
self._get_name_from_lang(move(known_move["name"]).names)
})
known_move_type = evolution_details["known_move_type"]
known_move_type_display = ""
if known_move_type:
known_move_type_display = " " + self.translate(
"evolve.details.knowing.move.type", {
"type":
self._get_name_from_lang(
type_(known_move_type["name"]).names)
})
relative_stats = evolution_details["relative_physical_stats"]
relative_stats_display = ""
if relative_stats is not None:
if relative_stats == -1:
relative_stats_display = " " + self.translate(
"evolve.details.stats.attack.less.than.defense")
elif relative_stats == 0:
relative_stats_display = " " + self.translate(
"evolve.details.stats.attack.equals.defense")
else:
assert relative_stats == 1
relative_stats_display = " " + self.translate(
"evolve.details.stats.attack.greater.than.defense")
party_species = evolution_details["party_species"]
party_species_display = ""
if party_species:
species_name = self._species_name(
pokemon_species(party_species["name"]))
party_species_display = " " + self.translate(
"evolve.details.with.pokemon.party", {"pokemon": species_name})
# ==== different triggers ====
if trigger.name == "shed":
return trigger_name
elif trigger.name == "use-item":
used_item = item(evolution_details["item"]["name"])
return trigger_name + " " + self._get_name_from_lang(
used_item.names)
elif trigger.name == "trade":
trade_species_dict = evolution_details["trade_species"]
trade_species_display = ""
if trade_species_dict:
trade_species = pokemon_species(trade_species_dict["name"])
trade_species_display = " " + self.translate(
"evolve.details.trade.species",
{"species": self._get_name_from_lang(trade_species.names)})
return trigger_name + held_item_display + trade_species_display
if trigger.name != "level-up":
LOG.error(
"This is bad! trigger.name should be level-up but it's: {}".
format(trigger.name))
# === level up trigger below ===
level_up_display = trigger_name
if min_level_display:
level_up_display = min_level_display
return (level_up_display + held_item_display + known_move_display +
known_move_type_display + min_happiness_display +
min_beauty_display + min_affection_display + time_display +
location_display + needs_rain_display + gender_display +
relative_stats_display + party_type_display +
party_species_display + turn_upside_down_display)
def __init__(self, name, max_pp=None, cur_pp=None):
self.name = name
self.db_move = pokedb.move(name)
self.max_pp = self.db_move.pp if max_pp is None else max_pp
self.cur_pp = self.max_pp if cur_pp is None else cur_pp
def pokemonVPokemon(pokemon1, pokemon2):
# Returns 1 if pokemon1 wins, 0 if they lose
#Check if either pokemon are none
if (pokemon1 == None):
return 0
if (pokemon2 == None):
return 1
pokemon1Moves = [
pokemon1.move1, pokemon1.move2, pokemon1.move3, pokemon1.move4
]
pokemon2Moves = [
pokemon2.move1, pokemon2.move2, pokemon2.move3, pokemon2.move4
]
pokemon1MovePower = [0, 0, 0, 0]
pokemon2MovePower = [0, 0, 0, 0]
# Get the base power for each move including STAB and Type Advantage
for i in range(0, len(pokemon1Moves)):
if (pokemon1Moves[i] != None):
pokemon1MovePower[i] = problemHelper.pokemonMovePower(
pokemon1Moves[i], pokemon1, pokemon2)
else:
pokemon1MovePower[i] = 0
for i in range(0, len(pokemon2Moves)):
if (pokemon2Moves[i] != None):
pokemon2MovePower[i] = problemHelper.pokemonMovePower(
pokemon2Moves[i], pokemon2, pokemon1)
else:
pokemon2MovePower[i] = 0
# Get the Stats for each pokemon
pokemon1Stats = problemHelper.pokemonStats(pokemon1)
pokemon2Stats = problemHelper.pokemonStats(pokemon2)
# Calculate the damage each move will do
pokemon1MoveDamage = [0, 0, 0, 0]
pokemon2MoveDamage = [0, 0, 0, 0]
for i in range(0, len(pokemon1Moves)):
if (pokemon1Moves[i] != None):
# Get the type of the move
damageClass = pb.move(pokemon1Moves[i]).damage_class.id
# If Physical attack
if (damageClass == pb.move_damage_class("physical").id):
pokemon1MoveDamage[i] = problemHelper.damageDealt(
pokemon1.level, pokemon1MovePower[i], pokemon1Stats[1],
pokemon2Stats[2], 1)
# If Special attack
elif (damageClass == pb.move_damage_class("special").id):
pokemon1MoveDamage[i] = problemHelper.damageDealt(
pokemon1.level, pokemon1MovePower[i], pokemon1Stats[3],
pokemon2Stats[4], 1)
# If Status Move
elif (damageClass == pb.move_damage_class("status").id):
pokemon1MoveDamage[i] = 0
else:
pokemon1MoveDamage[i] = 0
for i in range(0, len(pokemon2Moves)):
if (pokemon2Moves[i] != None):
# Get the type of the move
damageClass = pb.move(pokemon2Moves[i]).damage_class.id
# If Physical attack
if (damageClass == pb.move_damage_class("physical").id):
pokemon2MoveDamage[i] = problemHelper.damageDealt(
pokemon2.level, pokemon2MovePower[i], pokemon2Stats[1],
pokemon1Stats[2], 1)
# If Special attack
elif (damageClass == pb.move_damage_class("special").id):
pokemon2MoveDamage[i] = problemHelper.damageDealt(
pokemon2.level, pokemon2MovePower[i], pokemon2Stats[3],
pokemon1Stats[4], 1)
# If Status Move
elif (damageClass == pb.move_damage_class("status").id):
pokemon2MoveDamage[i] = 0
else:
pokemon2MoveDamage[i] = 0
#If Pokemon 1 does more damage return true
if (max(pokemon1MoveDamage) >= max(pokemon2MoveDamage)):
print("Win, ", end='', flush=True)
return 1
else:
print("Loss, ", end='', flush=True)
return 0