def show(data: list):
"""
param data: lista que contém grupos
"""
#Apresentação
first = len(data[0])
if first != 2:
cont = 0
#for c in data:
#dly(1.25)
#print(f'Grupo {A0Z25[cont]}:')
#for b in range(len(c)):
#dly(0.5)
#print(f'{b+1}.{c[b][0]}')
#cont += 1
#print('')
cont = 0
meio = int(len(data) / 2)
blocos = 8
for c in range(0, len(data), blocos):
dly(1.25)
for a in range(blocos):
print(f' Grupo {A0Z25[c+a]}:'
if a == 0 else f' Grupo {A0Z25[c + a]}:',
end='')
print('')
for b in range(len(data[c])):
dly(0.5)
for oth in range(blocos):
print(f'{b+1}.{data[c + oth][b][0]:<10}', end=' ')
print('')
cont += 1
print('')
else:
if len(data) == 2:
print('Semi Final')
pass
elif len(data) == 1:
print('Final')
pass
else:
print(f'{len(data)}ᵃ de Final')
pass
for c in range(len(data)):
dly(1)
print(f'{c+1}°Jogo: {data[c][0][0]} vs. {data[c][1][0]}')
print('')
from time import sleep as dly
from smbus2 import SMBus
import numpy as np
I2C_ADDR = 104
PWR_MNG_REG = 107
STARTING_REG = 65
with SMBus(1) as bus:
bus.write_byte_data(I2C_ADDR, PWR_MNG_REG, 0)
dly(1)
def comb_bytes(inb1, inb2):
inb1 = inb1 & 127
#print(bin(inb1))
#print(bin(inb2))
outb = inb1 << 8 | inb2
print(outb)
temp = (outb / 340.00) + 36.53
print(temp)
return temp
def temperature(inv1, inv2):
#print(bin(inv1), "|", inv2)
#print(type(np.uint16(inv1)), "|", np.uint16(inv2))
#inval = np.uint16(inv1) << 8 | np.uint16(inv2)
inval = inv1 << 8 | inv2
temp = (np.int16(inval) / 340.00) + 36.53
#temp = (inval / 340.00) + 36.53
def tatakau(data: list, assistido: bool = True):
for a in range(len(data)):
camp = data[a].copy()
print(f'Disputas Grupo {A0Z25[a]}' if assistido else '')
#info(f"Grupo {A0Z25[a]}")
for c in range(len(camp)):
op = camp[c + 1:len(camp)].copy()
for b in range(len(op)):
res = [0, 0]
print(f'{camp[c][0]} vs. {op[b][0]}' if assistido else '')
while res[0] == res[1]:
res = [rd(min_range, max_range), rd(min_range, max_range)]
if assistido:
dly(1.5)
if res[0] > res[1]:
camp[c][1] += 1
print(
emoji.emojize(f' {camp[c][0]} vence! \n'
) if assistido else '')
else:
camp[c + b + 1][1] += 1
if assistido:
print(
emoji.emojize(f' {camp[c+b+1][0]} vence! \n'
) if assistido else '')
if assistido:
dly(1)
camp.sort(key=pto, reverse=True)
data[a] = camp.copy()
if assistido:
for c in range(len(camp)):
print(f'{c+1}. {camp[c][0]} {camp[c][1]}')
print('')
dly(1)
pontos = []
for c in camp:
pontos.append(c[1])
if pontos.count(1) == 3 or pontos.count(2) == 3 and len(
pontos) != 3 or pontos.count(2) == 2 and pontos[0] == 3:
desempate = 0
while pontos.count(1) == 3 or pontos.count(2) == 3 and len(
pontos) != 3 or pontos.count(2) == 2 and pontos[0] == 3:
desempate += 1
if pontos.count(1) == 3 and len(pontos) != 3:
#logger.info("if pontos.count(1) == 3 and len(pontos) != 3:")
camp = data[a][1:].copy()
elif pontos.count(2) == 3 and len(pontos) != 3:
#logger.info("elif pontos.count(2) == 3 and len(pontos) != 3:")
camp = data[a][:3].copy()
elif pontos.count(2) == 2 and pontos[0] == 3:
#logger.info("elif pontos.count(2) == 2 and pontos[0] == 3:")
camp = data[a][1:3].copy()
for x in range(len(camp)):
camp[x][1] = 0
print(f'Desempate {desempate} Grupo {A0Z25[a]}'
if assistido else '')
#info(f'Desempate {desempate}')
#logger.info(f"{camp} - 1")
for c in range(len(camp)):
op = camp[c + 1:len(camp)].copy()
for b in range(len(op)):
res = [0, 0]
print(
emoji.emojize(f'{camp[c][0]} vs. {op[b][0]}'
) if assistido else '')
while res[0] == res[1]:
res = [
rd(min_range, max_range),
rd(min_range, max_range)
]
if res[0] == res[1]:
if assistido:
print("Empate! Jogando de novo!")
dly(3)
if assistido:
dly(3)
if res[0] > res[1]:
camp[c][1] += 1
print(
emoji.emojize(f'{camp[c][0]} vence!\n'
) if assistido else '')
else:
camp[c + b + 1][1] += 1
print(
emoji.emojize(f'{camp[c+b+1][0]} vence!\n'
) if assistido else '')
if assistido:
dly(1)
camp.sort(key=pto, reverse=True)
#logger.info(f"{camp} - 2")
if assistido:
print(f'Desempate {desempate} Grupo {A0Z25[a]}')
for c in range(len(camp)):
print(f'{c+2}. {camp[c][0]} {camp[c][1]}')
print('')
pontos = []
if pontos.count(1) == 3 and len(pontos) != 3:
#logger.info("if pontos.count(1) == 3 and len(pontos) != 3:")
#camp = data[a][1:].copy()
for c in range(len(camp)):
data[c + 1] = camp[c]
elif pontos.count(2) == 3 and len(pontos) != 3:
#logger.info("elif pontos.count(2) == 3 and len(pontos) != 3:")
# camp = data[a][:3].copy()
for c in range(len(camp)):
data[c] = camp[c]
elif pontos.count(2) == 2 and pontos[0] == 3:
#logger.info("elif pontos.count(2) == 2 and pontos[0] == 3:")
# camp = data[a][1:3].copy()
for c in range(len(camp)):
data[c + 1] = camp[c]
if assistido:
dly(1)
else:
#info("Passou direto, sem empates")
pass
if assistido:
dly(1)
return data
g.append(a[al])
a.remove(a[al])
div.append(g)
if len(a) != 0:
div.append(a)
a = []
'''
método qdo div com grupos divididos
for jog in a:
for cont in range(100):
g = rd(0,len(div)-1)
#g = int(input(f'{jog} vai pra: '))-1
if len(div[g]) == 8:
pass
else:
div[g].append(jog)
break
'''
cont = 0
for c in div:
dly(1)
print(f'Grupo {A0Z25[cont]}:')
for b in range(len(c)):
dly(2)
print(f'{b+1}.{c[b][0]}')
cont += 1
print('')
g = []
for c in range(integrantes): #4 = integrantes nos grupos
if not len(a) == 0:
al = rd(0, len(a) - 1)
else:
al = 0
g.append(a[al])
a.remove(a[al])
data.append(g)
if len(a) != 0:
data.append(a)
a = []
cont = 0
for c in data:
dly(1)
print(f'Grupo {A0Z25[cont]}:')
for b in range(len(c)):
dly(0.5)
print(f'{b+1}.{c[b][0]}')
cont += 1
print('')
pto = lambda ponto: ponto[1]
for a in range(len(data)):
camp = data[a].copy()
print(f'Disputas Grupo {A0Z25[a]}')
for c in range(len(camp)):
op = camp[c + 1:len(camp)].copy()
for b in range(len(op)):
res = [0, 0]