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Crypto ROB NO DB.py
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Crypto ROB NO DB.py
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import time
import math
import pandas as pd
import sys
import os
import threading
import re
import rsa
import string
import smtplib
import requests
import socket
import platform
from time import sleep
from tqdm import tqdm, trange
from Historic_Crypto import HistoricalData
from Historic_Crypto import LiveCryptoData
from binance import Client
from pygame import mixer
from decimal import Decimal
from colorama import Fore, Back, Style, init
from pymongo import MongoClient
from email.message import EmailMessage
from getmac import get_mac_address as gma
from random import *
init(autoreset=True)
init()
print(Fore.LIGHTRED_EX+"""
____ ____ __ __ ____ _____ U ___ u
U /"___| U | _"\ u \ \ / / U| _"\ u|_ " _| \/"_ \/
\| | u \| |_) |/ \ V / \| |_) |/ | | | | | |
| |/__ | _ < U_|"|_u | __/ /| |\.-,_| |_| |
\____| |_| \_\ |_| |_| u |_|U \_)-\___/ __ _ ______ ____ ____ ____
_// \ \ // \ \_.-,//|(_ ||>>_ _// \ \_ \ \ /_/ | | / ____/ / __ \/ __ \/ __ )
(__) (__) (__) (__)\_) (__)(__)__) (__) (__) (__) /_/___________/ / / / ______/ /_/ / / / / __ |
< </_____/_____/>_> / /__/_____/ _, _/ /_/ / /_/ /
/ / (_) _/_/ \____/ /_/ |_|\____/_____/
\_\ /_/
____ U ___ u ____ __ __ _
U | _"\ u \/"_ \/U | __") u \ \ /"/u /"|
\| |_) |/ | | | | \| _ \/ \ \ / // u | |u
| _ <.- ,_| |_| | | |_) | /\ V /_,-. \| |/
|_| \_\ \_)-\___/ |____/ U \_/-(_/_ |_|
// \ \_ \ \ _|| \ \_ // (")_//<,-,
(__) (__) (__) (__) (__) (__) "(__)(_/ """)
print(Fore.GREEN+"""
______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______ ______
|______|______|______|______|______|______|______|______|______|______|______|______|______|______|______|
""")
#-------------------------------------------------------W
secret = ""
apı = ""
ROB = Client(apı,secret)
class Intelence():
# ROB EMİR FONKSİYONLARI
def ROB_CANCEL(symbol,orderID):
result = ROB.cancel_order(
symbol=symbol,
orderId=orderID)
print("Cancel Order")
print("Coin : ",symbol)
def ROB_BUY_LİMİT(symbol,quantity,price):
order = ROB.order_limit_buy(
symbol=str(symbol),
quantity=float(quantity),
price=str(price))
print("Order Successful !")
print("Coin : ",symbol,"\nQuantity : ",quantity,"\nPrice : ",price)
def ROB_SELL_LİMİT(symbol,quantity,price):
order = ROB.order_limit_sell(
symbol=str(symbol),
quantity=float(quantity),
price=str(price))
print("Order Successful !")
print("Coin : ",symbol,"\nQuantity : ",quantity,"\nPrice : ",price)
def ROB_BUY_MARKET(symbol,quantity):
order = ROB.order_market_buy(
symbol=str(symbol),
quantity=float(quantity))
print("Market Order Successful !")
print("Coin : ",symbol,"\nQuantity : ",quantity)
def ROB_SELL_MARKET(symbol,quantity):
order = ROB.order_market_sell(
symbol=str(symbol),
quantity=float(quantity))
print("Market Order Successful !")
print("Coin : ",symbol,"\nQuantity : ",quantity)
# ACCOUNT FONKSİYONLARI
def ROB_ACCOUNT_GET_BALANCE(symbol):
balance = ROB.get_asset_balance(asset=symbol)
balance_free = balance["free"]
return balance_free
def ROB_ACCOUNT_GET_TRADES_HİSTORY(symbol):
trades = ROB.get_my_trades(symbol=symbol)
for i in trades:
print(i["qty"])
def ROB_ACCOUNT_STATUS():
status = ROB.get_account_status()
return status["data"]
def ROB_ACCOUNT_SNAPSHOT(params): #TYPE = SPOT / MARGIN / FUTURES
snapshot = ROB.get_account_snapshot(type=params)
return snapshot
# MARKET FONKSİYONLARI
def ROB_SPOT_ORDER_BOOK(symbol):
depth = ROB.get_order_book(symbol=symbol)
indexing = 0
history = list()
order = list()
amount = list()
for i in depth.get('bids'):
indexing += 1
if indexing == 11:
break
else:
history.append(i)
for i in history:
order.append(i[0])
amount.append(i[1])
return order,amount
def ROB_SPOT_HİSTORY_BOOK(symbol):
price = list()
amount = list()
trades = ROB.get_recent_trades(symbol=symbol)
for i in trades:
price.append(i["price"])
amount.append(i["qty"])
price.reverse()
amount.reverse()
return price,amount
class Constructor():
def __init__(self):
self.Coinler = Coinler
self.ACTİVE = list()
self.Coin_Return()
self.Coin_Analysis()
def __str__(self):
print("\n\n\n")
time.sleep(1)
for i in tqdm(range(15), unit="Seçiliyor", colour="#ff4040"):
sleep(0.1)
for i in tqdm(range(15), unit="Yapılandırılıyor", colour="#ff4040"):
sleep(0.1)
print("Crypto ROB Private Version :",self.ACTİVE)
print("\n\n\n")
def Coin_Analysis(self):
Coin,Value = self.Coin_Return()
Coin_ACTİVE = list()
İndex = 1
try:
for i in range(1, len(Value)):
if Value[0] + 2 >= Value[İndex] >= Value[0] - 2:
Coin_ACTİVE.append(Coin[İndex])
İndex += 1
print("Filter Successful")
except:
print("Filter Not Successful")
self.ACTİVE = Coin_ACTİVE
def Coin_Return(self):
Coinler = ""
Eklenicek_Değer = ""
Değerleri_list = list()
Coinler_list = list()
for i in self.Coinler.items():
for Coin in i[0]:
Coinler += Coin
if Coin == " ":
Değerleri_list.append(i[1])
for i in Coinler:
if i == " ":
Coinler_list.append(Eklenicek_Değer)
Eklenicek_Değer = ""
continue
Eklenicek_Değer += i
Data = list(zip(Coinler_list, Değerleri_list))
Coins_Values = list()
Coins = list()
for i,j in Data:
Coins_Values.append(j)
Coins.append(i)
return Coins, Coins_Values
class Transpitor():
def __init__(self):
self.Transpitor = Constructor.ACTİVE
self.Transpitor.clear()
self.Transpitor.append('BTCBUSD')
#-------------------------------------
#GEÇMİŞ HAFTALAR
#-------------------------------------
self.Bitcoin_PRİCE = 0
self.Bitcoin_BUY = 0
self.Bitcoin_SELL = 0
self.Bitcoin_HİGHT = 0
self.Bitcoin_LOW = 0
self.Bitcoin_OPEN = 0
self.Bitcoin_CLOSE = 0
#------------------------------------
#ŞUANKİ ZAMAN
#------------------------------------
self.NOW_Bitcoin_PRİCE = 0
self.NOW_Bitcoin_BUY = 0
self.NOW_Bitcoin_SELL = 0
self.NOW_Bitcoin_HİGHT = 0
self.NOW_Bitcoin_LOW = 0
self.NOW_Bitcoin_OPEN = 0
self.NOW_Bitcoin_CLOSE = 0
#------------------------------------
#Enginner
#------------------------------------
self.MultiChain_INT = 0
self.Piyasa_DURUMU = 0
# KULLANILACAK DEĞERLER
self.BTC_KARMA_BUY = 0
self.BTC_KARMA_SELL = 0
self.OLD_Coins_PRİCE()
self.OLD_Coins_RETURNS()
self.OLD_GENEL_PİYASA_DURUMU()
self.OLD_COİNS_WEEK()
self.OLD_COİNS_DAY()
self.NOW_Coins_PRİCE()
self.NOW_Coins_RETURNS()
self.NOW_GENEL_PİYASA_DURUMU()
self.NOW_Coins_HOUR()
self.KARMALA()
self.ANLIK_PİYASA_DURUMU()
def __copy__(self):
for i in self.Transpitor:
self.MultiChain_INT += 1
def __str__(self):
return self.Piyasa_DURUMU
def KARMALA(self):
for i in self.Transpitor:
if i == "BTCBUSD":
self.BTC_KARMA_SELL += ((self.NOW_Bitcoin_SELL * 75) / 100) + (self.Bitcoin_SELL * 65) / 100
self.BTC_KARMA_BUY += ((self.NOW_Bitcoin_BUY * 75) / 100) + (self.Bitcoin_BUY * 65) / 100
def ANLIK_PİYASA_DURUMU(self):
for i in self.Transpitor:
if i == "BTCBUSD":
def Yuzde_Return(params):
return (self.Bitcoin_PRİCE * params) / 100
times = time.gmtime()
years = times[0]
month = times[1]
days = times[2]
hour = times[3] - 1
minutes = times[4]
# PİYASA ÇEŞİTLERİ
# -------------------------------------------------------
NOTR = list()
YUKSEK_NOTR = list()
DALGA = list()
YUKSEK_DALGA = list()
DUMP = list()
YUKSEK_DUMP = list()
PUMP = list()
YUKSEK_PUMP = list()
STARTİNG_ROB_DUMP_SOL_LİST = list()
STARTİNG_ROB_PUMP_SOL_LİST = list()
# -------------------------------------------------------
one_low = 0
one_hight = 0
one_open = 0
one_close = 0
two_low = 0
two_hight = 0
two_open = 0
two_close = 0
three_low = 0
three_hight = 0
three_open = 0
three_close = 0
four_low = 0
four_hight = 0
four_open = 0
four_close = 0
five_low = 0
five_hight = 0
five_open = 0
five_close = 0
try:
if 0 <= minutes <= 15:
btc = HistoricalData('BTC-USD', 900,("{}-{}-{}-{}-{}".format(years, month, days, hour, "00")),verbose=False).retrieve_data()
five_low += btc['low'][-5]
five_open += btc['open'][-5]
five_close += btc['close'][-5]
five_hight += btc['high'][-5]
four_low += btc['low'][-4]
four_open += btc['open'][-4]
four_close += btc['close'][-4]
four_hight += btc['high'][-4]
three_low += btc['low'][-3]
three_open += btc['open'][-3]
three_close += btc['close'][-3]
three_hight += btc['high'][-3]
two_low += btc['low'][-2]
two_open += btc['open'][-2]
two_close += btc['close'][-2]
two_hight += btc['high'][-2]
one_low += btc['low'][-1]
one_open += btc['open'][-1]
one_close += btc['close'][-1]
one_hight += btc['high'][-1]
elif 15 <= minutes <= 30:
btc = HistoricalData('BTC-USD', 900,("{}-{}-{}-{}-{}".format(years, month, days, hour, "00")),verbose=False).retrieve_data()
five_low += btc['low'][-5]
five_open += btc['open'][-5]
five_close += btc['close'][-5]
five_hight += btc['high'][-5]
four_low += btc['low'][-4]
four_open += btc['open'][-4]
four_close += btc['close'][-4]
four_hight += btc['high'][-4]
three_low += btc['low'][-3]
three_open += btc['open'][-3]
three_close += btc['close'][-3]
three_hight += btc['high'][-3]
two_low += btc['low'][-2]
two_open += btc['open'][-2]
two_close += btc['close'][-2]
two_hight += btc['high'][-2]
one_low += btc['low'][-1]
one_open += btc['open'][-1]
one_close += btc['close'][-1]
one_hight += btc['high'][-1]
elif 30 <= minutes <= 45:
btc = HistoricalData('BTC-USD', 900,("{}-{}-{}-{}-{}".format(years, month, days, hour, "00")),verbose=False).retrieve_data()
five_low += btc['low'][-5]
five_open += btc['open'][-5]
five_close += btc['close'][-5]
five_hight += btc['high'][-5]
four_low += btc['low'][-4]
four_open += btc['open'][-4]
four_close += btc['close'][-4]
four_hight += btc['high'][-4]
three_low += btc['low'][-3]
three_open += btc['open'][-3]
three_close += btc['close'][-3]
three_hight += btc['high'][-3]
two_low += btc['low'][-2]
two_open += btc['open'][-2]
two_close += btc['close'][-2]
two_hight += btc['high'][-2]
one_low += btc['low'][-1]
one_open += btc['open'][-1]
one_close += btc['close'][-1]
one_hight += btc['high'][-1]
elif 45 <= minutes <= 60:
btc = HistoricalData('BTC-USD', 900,("{}-{}-{}-{}-{}".format(years, month, days, hour, "00")),verbose=False).retrieve_data()
five_low += btc['low'][-5]
five_open += btc['open'][-5]
five_close += btc['close'][-5]
five_hight += btc['high'][-5]
four_low += btc['low'][-4]
four_open += btc['open'][-4]
four_close += btc['close'][-4]
four_hight += btc['high'][-4]
three_low += btc['low'][-3]
three_open += btc['open'][-3]
three_close += btc['close'][-3]
three_hight += btc['high'][-3]
two_low += btc['low'][-2]
two_open += btc['open'][-2]
two_close += btc['close'][-2]
two_hight += btc['high'][-2]
one_low += btc['low'][-1]
one_open += btc['open'][-1]
one_close += btc['close'][-1]
one_hight += btc['high'][-1]
except:
pass
def Enginner_NEG(Close, Open):
RETURNS_DATA = 0
ekle = 0.0
close = Close
open = Open
while True:
value = (close * (ekle)) / 100
if (int(close) + float(value)) >= int(open):
RETURNS_DATA -= float(ekle)
break
else:
ekle += 0.005
return RETURNS_DATA
def Enginner_POZ(Close, Open):
RETURNS_DATA = 0
ekle = 0.0
close = Close
open = Open
while True:
value = (open * (ekle)) / 100
if (int(open) + float(value)) >= int(close):
RETURNS_DATA += float(ekle)
break
else:
ekle += 0.005
return RETURNS_DATA
class Piyasa_Analysis():
def __init__(self):
self.YUKSEK_NOTR()
self.NOTR()
self.DALGA()
self.YUKSEK_DALGA()
self.DUMP()
self.YUKSEK_DUMP()
self.PUMP()
self.YUKSEK_PUMP()
self.Starting_ROB_DUMP()
self.Starting_ROB_PUMP()
def YUKSEK_NOTR(self):
if (Yuzde_Return(params=0.15) >= Enginner_POZ(Close=one_close, Open=one_open) * Yuzde_Return(params=100)) or -Yuzde_Return(params=0.15) <= (Enginner_NEG(Close=one_close, Open=one_open) * Yuzde_Return(params=100)):
YUKSEK_NOTR.append(True)
if (Yuzde_Return(params=0.15) >= Enginner_POZ(Close=one_close, Open=one_open) * Yuzde_Return(params=100)) or -Yuzde_Return(params=0.15) <= (Enginner_NEG(Close=two_close, Open=two_open) * Yuzde_Return(params=100)):
YUKSEK_NOTR.append(True)
if (Yuzde_Return(params=0.15) >= Enginner_POZ(Close=one_close, Open=one_open) * Yuzde_Return(params=100)) or -Yuzde_Return(params=0.15) <= (Enginner_NEG(Close=three_close, Open=three_open) * Yuzde_Return(params=100)):
YUKSEK_NOTR.append(True)
if (Yuzde_Return(params=0.15) >= Enginner_POZ(Close=one_close, Open=one_open) * Yuzde_Return(params=100)) or -Yuzde_Return(params=0.15) <= (Enginner_NEG(Close=four_close, Open=four_open) * Yuzde_Return(params=100)):
YUKSEK_NOTR.append(True)
if (Yuzde_Return(params=0.15) >= Enginner_POZ(Close=one_close, Open=one_open) * Yuzde_Return(params=100)) or -Yuzde_Return(params=0.15) <= (Enginner_NEG(Close=five_close, Open=one_open) * Yuzde_Return(params=100)):
YUKSEK_NOTR.append(True)
def NOTR(self):
if (Yuzde_Return(params=0.30) >= Enginner_POZ(Close=one_close, Open=one_open) * Yuzde_Return(params=100)) or -Yuzde_Return(params=0.30) <= (Enginner_NEG(Close=one_close, Open=one_open) * Yuzde_Return(params=100)):
NOTR.append(True)
if (Yuzde_Return(params=0.30) >= Enginner_POZ(Close=two_close, Open=two_open) * Yuzde_Return(params=100)) or -Yuzde_Return(params=0.30) <= (Enginner_NEG(Close=two_close, Open=two_open) * Yuzde_Return(params=100)):
NOTR.append(True)
if (Yuzde_Return(params=0.30) >= Enginner_POZ(Close=three_close, Open=three_open) * Yuzde_Return(params=100)) or -Yuzde_Return(params=0.30) <= (Enginner_NEG(Close=three_close, Open=three_open) * Yuzde_Return(params=100)):
NOTR.append(True)
if (Yuzde_Return(params=0.30) >= Enginner_POZ(Close=four_close, Open=four_open) * Yuzde_Return(params=100)) or -Yuzde_Return(params=0.30) <= (Enginner_NEG(Close=four_close, Open=four_open) * Yuzde_Return(params=100)):
NOTR.append(True)
if (Yuzde_Return(params=0.30) >= Enginner_POZ(Close=five_close, Open=five_open) * Yuzde_Return(params=100)) or -Yuzde_Return(params=0.30) <= (Enginner_NEG(Close=five_close, Open=five_open) * Yuzde_Return(params=100)):
NOTR.append(True)
def DALGA(self):
if Yuzde_Return(params=0.30) <= one_hight - one_low:
DALGA.append(True)
if Yuzde_Return(params=0.30) <= two_hight - two_low:
DALGA.append(True)
if Yuzde_Return(params=0.30) <= three_hight - three_low:
DALGA.append(True)
if Yuzde_Return(params=0.30) <= four_hight - four_low:
DALGA.append(True)
if Yuzde_Return(params=0.30) <= five_hight - five_low:
DALGA.append(True)
def YUKSEK_DALGA(self):
if Yuzde_Return(params=0.4) <= one_hight - one_low:
YUKSEK_DALGA.append(True)
if Yuzde_Return(params=0.4) <= two_hight - two_low:
YUKSEK_DALGA.append(True)
if Yuzde_Return(params=0.4) <= three_hight - three_low:
YUKSEK_DALGA.append(True)
if Yuzde_Return(params=0.4) <= four_hight - four_low:
YUKSEK_DALGA.append(True)
if Yuzde_Return(params=0.4) <= five_hight - five_low:
YUKSEK_DALGA.append(True)
def DUMP(self):
if four_open - four_close >= Yuzde_Return(params=0.25):
DUMP.append(True)
if three_open - three_close >= Yuzde_Return(params=0.25):
DUMP.append(True)
if two_open - two_close >= Yuzde_Return(params=0.25):
DUMP.append(True)
if one_open - one_close >= Yuzde_Return(params=0.25):
DUMP.append(True)
def YUKSEK_DUMP(self):
if four_open - four_close >= Yuzde_Return(params=0.35):
YUKSEK_DUMP.append(True)
if three_open - three_close >= Yuzde_Return(params=0.35):
YUKSEK_DUMP.append(True)
if two_open - two_close >= Yuzde_Return(params=0.35):
YUKSEK_DUMP.append(True)
if one_open - one_close >= Yuzde_Return(params=0.35):
YUKSEK_DUMP.append(True)
def PUMP(self):
if four_close - four_open >= Yuzde_Return(params=0.15):
PUMP.append(True)
if three_close - three_open >= Yuzde_Return(params=0.15):
PUMP.append(True)
if two_close - two_open >= Yuzde_Return(params=0.15):
PUMP.append(True)
if one_close - one_open >= Yuzde_Return(params=0.15):
PUMP.append(True)
def YUKSEK_PUMP(self):
if four_close - four_open >= Yuzde_Return(params=0.25):
YUKSEK_PUMP.append(True)
if three_close - three_open >= Yuzde_Return(params=0.25):
YUKSEK_PUMP.append(True)
if two_close - two_open >= Yuzde_Return(params=0.25):
YUKSEK_PUMP.append(True)
if one_close - one_open >= Yuzde_Return(params=0.25):
YUKSEK_PUMP.append(True)
def Starting_ROB_DUMP(self):
if one_open - one_close >= Yuzde_Return(params=0.25):
STARTİNG_ROB_DUMP_SOL_LİST.append(True)
def Starting_ROB_PUMP(self):
if one_close - one_open >= Yuzde_Return(params=0.25):
STARTİNG_ROB_PUMP_SOL_LİST.append(True)
Piyasalar = Piyasa_Analysis()
NOTR_SENSOR = 0
YUKSEK_NOTR_SENSOR = 0
DALGA_SENSOR = 0
YUKSEK_DALGA_SENSOR = 0
DUMP_SENSOR = 0
YUKSEK_DUMP_SENSOR = 0
PUMP_SENSOR = 0
YUKSEK_PUMP_SENSOR = 0
STARTİNG_ROB_DUMP_SOL = 0
STARTİNG_ROB_PUMP_SOL = 0
for i in STARTİNG_ROB_DUMP_SOL_LİST:
if i == True:
STARTİNG_ROB_DUMP_SOL += 1
for i in STARTİNG_ROB_PUMP_SOL_LİST:
if i == True:
STARTİNG_ROB_PUMP_SOL += 1
for i in YUKSEK_NOTR:
if i == True:
YUKSEK_NOTR_SENSOR += 1
for i in NOTR:
if i == True:
NOTR_SENSOR += 1
for i in DALGA:
if i == True:
DALGA_SENSOR += 1
for i in YUKSEK_DALGA:
if i == True:
YUKSEK_DALGA_SENSOR += 1
for i in DUMP:
if i == True:
DUMP_SENSOR += 1
for i in YUKSEK_DUMP:
if i == True:
YUKSEK_DUMP_SENSOR += 1
for i in PUMP:
if i == True:
PUMP_SENSOR += 1
for i in YUKSEK_PUMP:
if i == True:
YUKSEK_PUMP_SENSOR += 1
if STARTİNG_ROB_PUMP_SOL == 1:
print("\n\n")
print("Crypto ROB Private Core Versiyon !")
print("-----------------------------------------------------")
print("Acil PUMP Piyasa Yapılandırılıyor")
print("Bitcoin")
print("-----------------------------------------------------")
print("\n\n")
#self.BTC_KARMA_SELL += (self.BTC_KARMA_SELL * 40) / 100
self.BTC_KARMA_BUY += (self.BTC_KARMA_BUY * 40) / 100
self.Piyasa_DURUMU = 6
elif STARTİNG_ROB_DUMP_SOL == 1:
print("\n\n")
print("Crypto ROB Private Core Versiyon !")
print("-----------------------------------------------------")
print("Acil Dump Piyasa Yapılandırılıyor")
print("Bitcoin")
print("-----------------------------------------------------")
print("\n\n")
self.BTC_KARMA_BUY += (self.BTC_KARMA_BUY * 40) / 100
#self.BTC_KARMA_SELL -= (self.BTC_KARMA_SELL * 40) / 100
self.Piyasa_DURUMU = 8
elif YUKSEK_DUMP_SENSOR == 3 or YUKSEK_DUMP_SENSOR == 4:
print("\n\n")
print("Crypto ROB Private Core Versiyon !")
print("-----------------------------------------------------")
print("Mega Dump Piyasa Yapılandırılıyor")
print("Bitcoin")
print("-----------------------------------------------------")
print("\n\n")
self.BTC_KARMA_BUY += (self.BTC_KARMA_BUY * 50) / 100
#self.BTC_KARMA_SELL -= (self.BTC_KARMA_SELL * 50) / 100
self.Piyasa_DURUMU = 8
elif DUMP_SENSOR == 3 or DUMP_SENSOR == 4:
print("\n\n")
print("Crypto ROB Private Core Versiyon !")
print("-----------------------------------------------------")
print("Dump Piyasa Yapılandırılıyor")
print("Bitcoin")
print("-----------------------------------------------------")
print("\n\n")
self.BTC_KARMA_BUY += (self.BTC_KARMA_BUY * 30) / 100
#self.BTC_KARMA_SELL -= (self.BTC_KARMA_SELL * 30) / 100
self.Piyasa_DURUMU = 7
elif YUKSEK_DALGA_SENSOR == 3 or YUKSEK_DALGA_SENSOR == 4:
print("\n\n")
print("Crypto ROB Private Core Versiyon !")
print("-----------------------------------------------------")
print("Mega Dalga Piyasa Yapılandırılıyor")
print("Bitcoin")
print("-----------------------------------------------------")
print("\n\n")
self.BTC_KARMA_BUY += (self.BTC_KARMA_BUY * 40) / 100
self.BTC_KARMA_SELL += (self.BTC_KARMA_SELL * 40) / 100
self.Piyasa_DURUMU = 2
elif DALGA_SENSOR == 4 or DALGA_SENSOR == 5:
print("\n\n")
print("Crypto ROB Private Core Versiyon !")
print("-----------------------------------------------------")
print("Dalga Piyasa Yapılandırılıyor.")
print("Bitcoin")
print("-----------------------------------------------------")
print("\n\n")
self.BTC_KARMA_BUY += (self.BTC_KARMA_BUY * 20) / 100
self.BTC_KARMA_SELL += (self.BTC_KARMA_SELL * 20) / 100
self.Piyasa_DURUMU = 1
elif YUKSEK_PUMP_SENSOR == 3 or YUKSEK_PUMP_SENSOR == 4:
print("\n\n")
print("Crypto ROB Private Core Versiyon !")
print("-----------------------------------------------------")
print("Mega Pump Piyasa Yapılandırılıyor")
print("Bitcoin")
print("-----------------------------------------------------")
print("\n\n")
#self.BTC_KARMA_SELL -= (self.BTC_KARMA_SELL * 50) / 100
self.BTC_KARMA_BUY += (self.BTC_KARMA_BUY * 50) / 100
self.Piyasa_DURUMU = 6
elif PUMP_SENSOR == 3 or PUMP_SENSOR == 4:
print("\n\n")
print("Crypto ROB Private Core Versiyon !")
print("-----------------------------------------------------")
print("Pump Piyasa Yapılandırılıyor.")
print("Bitcoin")
print("-----------------------------------------------------")
print("\n\n")
#self.BTC_KARMA_SELL -= (self.BTC_KARMA_SELL * 30) / 100
self.BTC_KARMA_BUY += (self.BTC_KARMA_BUY * 30) / 100
self.Piyasa_DURUMU = 5
elif YUKSEK_NOTR_SENSOR == 5:
print("\n\n")
print("Crypto ROB Private Core Versiyon !")
print("-----------------------------------------------------")
print("Yüksek Nötr Piyasa Yapılandırılıyor")
print("Bitcoin")
print("-----------------------------------------------------")
print("\n\n")
self.BTC_KARMA_BUY -= (self.BTC_KARMA_BUY * 35) / 100
self.BTC_KARMA_SELL -= (self.BTC_KARMA_SELL * 35) / 100
self.Piyasa_DURUMU = 4
elif NOTR_SENSOR == 5:
print("\n\n")
print("Crypto ROB Private Core Versiyon !")
print("-----------------------------------------------------")
print("Nötr Piyasa Yapılandırılıyor")
print("Bitcoin")
print("-----------------------------------------------------")
print("\n\n")
self.BTC_KARMA_BUY -= (self.BTC_KARMA_BUY * 15) / 100
self.BTC_KARMA_SELL -= (self.BTC_KARMA_SELL * 15) / 100
self.Piyasa_DURUMU = 3
def NOW_Coins_RETURNS(self):
ocak_max = 31
subat_max = 28
mart_max = 31
nisan_max = 30
mayıs_max = 31
haziran_max = 30
temmuz_max = 31
agustos_max = 31
eylul_max = 30
ekim_max = 31
kasım_max = 30
aralık_max = 31
times = time.gmtime()
years = times[0]
month = times[1]
days = times[2]
years_new = times[0]
month_new = times[1]
days_new = times[2]
if days == 1 and month == 1:
days_new -= days_new
month_new -= month_new
days_new += aralık_max
month_new += 12
years_new -= years_new
years_new += years - 1
elif days == 1 and month == 2:
days_new -= days_new
month_new -= month_new
days_new += ocak_max
month_new += 1
elif days == 1 and month == 3:
days_new -= days_new
month_new -= month_new
days_new += subat_max
month_new += 2
elif days == 1 and month == 4:
days_new -= days_new
month_new -= month_new
days_new += mart_max
month_new += 3
elif days == 1 and month == 5:
days_new -= days_new
month_new -= month_new
days_new += nisan_max
month_new += 4
elif days == 1 and month == 6:
days_new -= days_new
month_new -= month_new
days_new += mayıs_max
month_new += 5
elif days == 1 and month == 7:
days_new -= days_new
month_new -= month_new
days_new += haziran_max
month_new += 6
elif days == 1 and month == 8:
days_new -= days_new
month_new -= month_new
days_new += temmuz_max
month_new += 7
elif days == 1 and month == 9:
days_new -= days_new
month_new -= month_new
days_new += agustos_max
month_new += 8
elif days == 1 and month == 10:
days_new -= days_new
month_new -= month_new
days_new += eylul_max
month_new += 9
elif days == 1 and month == 11:
days_new -= days_new
month_new -= month_new
days_new += ekim_max
month_new += 10
elif days == 1 and month == 12:
days_new -= days_new
month_new -= month_new
days_new += kasım_max
month_new += 11
if self.NOW_Bitcoin_PRİCE != 0:
btc = HistoricalData('BTC-USD', 900, ("{}-{}-{}-{}-{}".format(years_new, month_new, days_new, "00", "00")),verbose=False).retrieve_data()
self.NOW_Bitcoin_LOW += btc['low'][-1]
self.NOW_Bitcoin_HİGHT += btc['high'][-1]
self.NOW_Bitcoin_OPEN += btc['open'][-1]
self.NOW_Bitcoin_CLOSE += btc['close'][-1]
def NOW_Coins_PRİCE(self):
for j in self.Transpitor:
if j == "BTCBUSD":
btc_price = LiveCryptoData('BTC-USD',verbose=False).return_data()
btc_return = btc_price["price"][0]
self.NOW_Bitcoin_PRİCE += float(btc_return)
def NOW_Coins_HOUR(self):
for j in self.Transpitor:
if j == "BTCBUSD":
def Data(params):
data = LiveCryptoData(params,verbose=False).return_data()
return float(data["price"][0])
Default_DATA = Data('BTC-USD')
ONE_HOUR = 0
TWO_HOUR = 0
THREE_HOUR = 0
FOUR_HOUR = 0
FİVE_HOUR = 0
SİX_HOUR = 0
ONE_HOUR_OPEN = 0
ONE_HOUR_CLOSE = 0
TWO_HOUR_OPEN = 0
TWO_HOUR_CLOSE = 0
THREE_HOUR_OPEN = 0
THREE_HOUR_CLOSE = 0
FOUR_HOUR_OPEN = 0
FOUR_HOUR_CLOSE = 0
FİVE_HOUR_OPEN = 0
FİVE_HOUR_CLOSE = 0
SİX_HOUR_OPEN = 0
SİX_HOUR_CLOSE = 0
ocak_max = 31
subat_max = 28
mart_max = 31
nisan_max = 30
mayıs_max = 31
haziran_max = 30
temmuz_max = 31
agustos_max = 31
eylul_max = 30
ekim_max = 31
kasım_max = 30
aralık_max = 31
times = time.gmtime()
years = times[0]
month = times[1]
days = times[2]
hours = times[3]
years_new = times[0]
month_new = times[1]
days_new = times[2]
if days == 1 and month == 1:
days_new -= days_new
month_new -= month_new
days_new += aralık_max
month_new += 12
years_new -= years_new
years_new += years - 1
elif days == 1 and month == 2:
days_new -= days_new
month_new -= month_new
days_new += ocak_max
month_new += 1
elif days == 1 and month == 3:
days_new -= days_new
month_new -= month_new
days_new += subat_max
month_new += 2
elif days == 1 and month == 4:
days_new -= days_new
month_new -= month_new
days_new += mart_max
month_new += 3
elif days == 1 and month == 5:
days_new -= days_new
month_new -= month_new
days_new += nisan_max
month_new += 4
elif days == 1 and month == 6:
days_new -= days_new
month_new -= month_new
days_new += mayıs_max
month_new += 5
elif days == 1 and month == 7:
days_new -= days_new
month_new -= month_new
days_new += haziran_max
month_new += 6
elif days == 1 and month == 8:
days_new -= days_new
month_new -= month_new
days_new += temmuz_max
month_new += 7
elif days == 1 and month == 9:
days_new -= days_new
month_new -= month_new
days_new += agustos_max
month_new += 8
elif days == 1 and month == 10:
days_new -= days_new
month_new -= month_new
days_new += eylul_max
month_new += 9
elif days == 1 and month == 11:
days_new -= days_new
month_new -= month_new
days_new += ekim_max
month_new += 10
elif days == 1 and month == 12:
days_new -= days_new
month_new -= month_new
days_new += kasım_max
month_new += 11
try:
ONE_HOUR_OPEN += BTC['open'][-1]
ONE_HOUR_CLOSE += BTC['close'][-1]
except:
pass
try:
TWO_HOUR_OPEN += BTC['open'][-2]
TWO_HOUR_CLOSE += BTC['close'][-2]
except:
pass
try:
THREE_HOUR_OPEN += BTC['open'][-3]
THREE_HOUR_CLOSE += BTC['close'][-3]
except:
pass
try:
FOUR_HOUR_OPEN += BTC['open'][-4]
FOUR_HOUR_CLOSE += BTC['close'][-4]
except:
pass
try:
FİVE_HOUR_OPEN += BTC['open'][-5]
FİVE_HOUR_CLOSE += BTC['close'][-5]
except:
pass
try:
SİX_HOUR_OPEN += BTC['open'][-6]
SİX_HOUR_CLOSE += BTC['close'][-6]
except:
pass
def Enginner_NEG_I():
nonlocal ONE_HOUR
ekle = 0.0
close = ONE_HOUR_CLOSE
open = ONE_HOUR_OPEN
while True:
value = (close * (ekle)) / 100
if (int(close) + float(value)) >= int(open):
ONE_HOUR -= float(ekle)
break
else:
ekle += 0.005
def Enginner_NEG_II():
nonlocal TWO_HOUR
ekle = 0.0
close = TWO_HOUR_CLOSE
open = TWO_HOUR_OPEN
while True:
value = (close * (ekle)) / 100
if (int(close) + float(value)) >= int(open):
TWO_HOUR -= float(ekle)
break