dataproc.bak.py

#!/usr/bin/env python
#-*- coding:utf-8 -*-

# COSMOS Project.2015 https://cosmosproject2015.tistory.com/ 
# cosmosproject15@gmail.com

## LICENSE : GPL 2
# Maintainer : cosmosproject15@gmail.com
#  This program is free software; you can redistribute it and/or modify
#  it under the terms of the GNU General Public License as published by
#  the Free Software Foundation; either version 2 of the License, or
#  (at your option) any later version.
#  
#  This program is distributed in the hope that it will be useful,
#  but WITHOUT ANY WARRANTY; without even the implied warranty of
#  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
#  GNU General Public License for more details.
#  
#  You should have received a copy of the GNU General Public License
#  along with this program; if not, write to the Free Software
#  Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston,
#  MA 02110-1301, USA.


import multiprocessing
import time
import random
import sys
import os
import operator
from random import Random, randint, shuffle
from openpyxl import load_workbook
import collections
import warnings
from datetime import datetime


nnum=int(sys.argv[1])
bnum=int(sys.argv[2])
amount=int(sys.argv[3])
avera=int(sys.argv[4])
half=int(sys.argv[5])
date=str(sys.argv[6])
camel=str(sys.argv[7])
test=str(sys.argv[8])

cc=os.cpu_count()
stime=time.time()

snum=nnum-bnum
value=2
warnings.simplefilter("ignore")

load_wb = load_workbook("/tmp/randlot_data.xlsx", data_only=True)
sheet=load_wb.active
warnings.simplefilter("default")
warnings.simplefilter("ignore")

sheet.title = "1"
load_ws = load_wb["1"]


# 오리지날 리스트
olist=list(range(1,46))
# 적용 소수 설계

n=45
a = [False,False] + [True]*(n-1)
primes=[]

for i in range(2,n+1):
	if a[i]:
		primes.append(i)
		for j in range(2*i, n+1, i):
			a[j] = False

# 기초 난수 설계


ranlists=[]

one=[]
two=[]
three=[]
four=[]
five=[]
six=[]
for i in range(2):
	for i in range(45):
		ia=i+1
		one.append(ia)
		two.append(ia)
		three.append(ia)
		four.append(ia)
		five.append(ia)
		six.append(ia)

def shufle_nums(cc):
	shuffle(one)
	shuffle(two)
	shuffle(three)
	shuffle(four)
	shuffle(five)
	shuffle(six)


# 추가 적용 함수 
def add(num):
	if num in range(1,41):
		one.append(num)
	if num in range(1,42):
		two.append(num)
	if num in range(1,43):
		three.append(num)
	if num in range(1,44):
		four.append(num)
	if num in range(1,45):
		five.append(num)
	if num in range(1,46):
		six.append(num)
	shufle_nums(cc)

dnotlist=olist
dnot_dict={}

# 미출현 dict 작성 
for i in range(45):
	ai=i+1
	dnot_dict[ai]=0
	

for i in range(snum):
	a=4+i
	datasel1="B"+str(a)
	data=load_ws[datasel1].value
	data1=int(data)

	datasel2="N"+str(a)
	data=load_ws[datasel2].value
	data2=int(data)

	datasel3="O"+str(a)
	data=load_ws[datasel3].value
	data3=int(data)


	datasel4="P"+str(a)
	data=load_ws[datasel4].value
	data4=int(data)

	datasel5="Q"+str(a)
	data=load_ws[datasel5].value
	data5=int(data)


	datasel6="R"+str(a)
	data=load_ws[datasel6].value
	data6=int(data)

	datasel7="S"+str(a)
	data=load_ws[datasel7].value
	data7=int(data)
	
	nowlist=[data2]+[data3]+[data4]+[data5]+[data6]+[data7]
	
	for i in range(6):
		ia=nowlist[i]
		ranlists.append(ia)

	for i in range(5):
		ia=i+1
		nn=nowlist[ia]
		for i in range(2):
			
			add(nn)
	
	if a ==4:
		first_list=nowlist
		print("\n이전 회차 : ", data1,"의 당첨번호는 ",first_list,"입니다.")
		
# 범위 수 적용
		onums=[]
		def drange(arg):
			seldata=arg-5
			for i in range(10):
				onum=seldata+i
				if 46 > onum > 0:
					add(onum)
					onums.append(onum)
		for i in range(3):
			
			drange(data2)
			drange(data3)
			drange(data4)
			drange(data5)
			drange(data6)
			drange(data7)

			# 홀짝 분석

			h=0
			z=0
			if data2%2 ==1:
				h=h+1
			else:
				z=z+1

			if data3%2 ==1:
				h=h+1
			else:
				z=z+1
			if data4%2 ==1:
				h=h+1
			else:
				z=z+1
			if data5%2 ==1:
				h=h+1
			else:
				z=z+1
			if data6%2 ==1:
				h=h+1
			else:
				z=z+1
			if data7%2 ==1:
				h=h+1
			else:
				z=z+1
			if h > 3  :
				for i in range(45):
					sel=1+i
					if sel%2 == 1:
						pass
					else:
						add(sel)
			if z > 3:
				for i in range(45):
					sel=1+i
					if sel%2 == 1:
						add(sel)
			
			# 소수 분석 
			sosuc=set(nowlist) & set(primes)
			
			if len(sosuc) > 3:
				for i in range(45):
					sel=1+i
					c=primes.count(sel)
					if c == 0:
						add(sel)
			if len(sosuc) < 0:
				for i in range(45):
					sel=1+i
					c=primes.count(sel)
					if c == 1:
						add(sel)
			# 번호합 분석
			hap=data2+data3+data4+data5+data6+data7
			if hap > 128 :
				for i in range(22):
					sel=1+i
					for i in range(3):
						add(sel)


			if hap < 128 :
				for i in range(23):
					sel=23+i
					for i in range(3):
						add(sel)

	# 연속 미출현 번호 연산

	dnot=set(dnotlist) - set(nowlist)

	dnotlist=list(dnot)
	
	for i in range(2):
	 
		for i in range(len(dnotlist)):
			dnot_num=dnotlist[i]
		
			dnot_dict[dnot_num]=dnot_dict[dnot_num]+1
		
			add(dnot_num)

onums_dict={}
for i in range(45):
	ia=i+1
	if ia in onums:
		count_ia=onums.count(ia)
		onums_dict[ia]=count_ia

sorted_onums=sorted(onums_dict.items(), key=operator.itemgetter(1), reverse=True)

print("\n범위수 목록" ,sorted_onums)


# 프린트
print("\n기본 분석 현황")
if h > 3  :
	print("이전회차는 홀수가 더 많았습니다.")

if z > 3:
	print("\n이전회차는 짝수가 더 많았습니다.")
	
if z == 3:
	print("\n이전 회차는 홀짝이 공동 출현 했습니다.")

print("\n소수 출현 횟수 :", len(sosuc), sosuc)

if len(sosuc) == 3:
	print("\n소수와 비소수가 공동 출현 했습니다.")


if len(sosuc) > 3:
	print("\n이전 회차는 소수가 더 많이 출현 했었습니다.")
	
if len(sosuc) < 3:
	print("\n이전 회차는 소수가 더 적게 출현 했습니다.")
	
	
if hap > 128 :
	print("\n이전회차는 고저값이 높습니다.")
	
if hap < 128 :
	print("\n이전회차는 고저값이 낮습니다.")
	
	

dnots=sorted(dnot_dict.items(), key=operator.itemgetter(1), reverse=True )
print("\n미출현 번호 목록 (내림차순)\n",dnots)

dnots_list=[]
for i in range(45):
	ia=dnots[i]
	ia=ia[0]
	dnots_list.append(ia)
dnots_favorit=dnots_list[0:22]


dnots_favorit=[]
for item in range(23):
	ia=dnots[item]
	ia=ia[0]
	dnots_favorit.append(ia)

# 양력 , 음력 변수를 도입

def compute_date(datecamel):
	
	camel=datecamel
	sik="+-*"
	for i in range(2):
		math_lenth=random.randint(1,9)
		if math_lenth == 1:
			camel_math=random.choice(camel)
		if math_lenth == 2:
			camel_math=random.choice(camel)+random.choice(camel)
		if math_lenth == 3:
			camel_math=random.choice(camel)+sik[random.randint(0,2)]+random.choice(camel)
		if math_lenth == 4:
			camel_math=random.choice(camel)+random.choice(camel)+sik[random.randint(0,2)]+random.choice(camel)
		if math_lenth == 5:
			camel_math=random.choice(camel)+random.choice(camel)+sik[random.randint(0,2)]+random.choice(camel)+random.choice(camel)
		if math_lenth == 6:
			camel_math=random.choice(camel)+sik[random.randint(0,2)]+random.choice(camel)+sik[random.randint(0,2)]+random.choice(camel)
		if math_lenth == 7:
			camel_math=random.choice(camel)+random.choice(camel)+sik[random.randint(0,2)]+random.choice(camel)+sik[random.randint(0,2)]+random.choice(camel)
		if math_lenth == 8:
			camel_math=random.choice(camel)+random.choice(camel)+sik[random.randint(0,2)]+random.choice(camel)+random.choice(camel)+sik[random.randint(0,2)]+random.choice(camel)
		if math_lenth == 9:
			camel_math=random.choice(camel)+sik[random.randint(0,2)]+random.choice(camel)+random.choice(camel)+sik[random.randint(0,2)]+random.choice(camel)
		math_answer=eval(str(camel_math))
		if 0 < int(math_answer) < 46:
			add(int(math_answer))
now = datetime.now()
current_year = now.strftime("%Y")
if int(date) > 0:
	print("\n날짜 적용이 되었습니다.\n당 연도:",current_year)
	
	print("양력 :", date[0],date[1],"월",date[2],date[3],"일")
	print("음력 :", date[4],date[5],"월",date[6],date[7],"일")

	
	datecamel=list(set(date)|set(current_year))
	datecamel.remove('0')
	print("\n시간 숫자를 연산합니다.\n시간 숫자: ",datecamel)
	compute_date(datecamel)

	
			

print("\n사전 조합 개수 자동 설정... 총 ",avera,"개로 계산됨.")



# 기초 확률 순위 계산

ranlists=one+two+three+four+five+six

ranlists_dict={}
for i in range(45):
	ai=i+1
	aic=ranlists.count(ai)
	ranlists_dict[ai]=aic
sort_of_ranlists_dict=sorted(ranlists_dict.items(), key=operator.itemgetter(1), reverse=True )

favorit_list=[]
for i in range(23):
	favorit=sort_of_ranlists_dict[i]
	favorit=favorit[0]
	favorit_list.append(favorit)

# 본격 사전 조합 생성 함수 


def make_num(n):
	if n == 0:
		r=random.choice(one)

	if n == 1:
		r=random.choice(two)
	if n == 2:
		r=random.choice(three)

	if n == 3:
		r=random.choice(four)

	if n == 4:
		r=random.choice(five)

	if n == 5:
		r=random.choice(six)

	if r in mlist:
		make_num(n)		
	return r

def make_mlist():
	global mlist
	mlist=[]
	for i in range(6):
		r=make_num(i)
		mlist.append(r)
	miner_nums=list(set(olist)-set(mlist))
	for i in range(len(miner_nums)):
		sel_num=miner_nums[i]	
		for i in range(2):
			ranlists.append(sel_num)
	mlist=list(set(mlist))
	if len(mlist) < 6:
		make_mlist()
	if len(set(mlist) & set(dnots_favorit)) > 0:
		pass
	else:
		make_mlist()


	return mlist
	

rcs=[]
rcss=[]

proc_avera=int(avera/cc)
numproc=range(0,cc)
print("\n기초 순위\n",sort_of_ranlists_dict)
if cc > 1:
	print("\n귀하의 PC의 코어가",cc,"개 로 확인 되었습니다. 멀티프로세싱을 활용 하여 연산 합니다...\n")
	ac=int(cc/2)
else:
	ac=1

# 멀티 프로세싱 기반의 연산 작업 시작

def proc_make(numproc):
	mlists=[]
	for i in range(proc_avera):
		mlist=make_mlist()
		mlist.sort()
		mlists.append(mlist)
	return mlists

#멀티 쓰레딩 Pool 사용
pool = multiprocessing.Pool(processes=cc) # 현재 시스템에서 사용 할 프로세스 개수
rcs_computes=pool.map(proc_make, numproc)

rcs=[]
for item in range(len(rcs_computes)):
	rcs=rcs+rcs_computes[item]




print("다중연산이 끝나고 정리를 시작합니다...\n실제 계산된 연산수:",len(rcs))




for i in range(cc):
	
	shuffle(rcs)


# 연산된 난수 총 순위

ranlists=[]
for i in range(len(rcs)):
	ai=rcs[i]
	for i in range(6):
		ri=ai[i]
		ranlists.append(ri)
		
ranlists_dict={}
for i in range(45):
	ai=i+1
	aic=ranlists.count(ai)
	ranlists_dict[ai]=aic
sort_of_coumputed_list=sorted(ranlists_dict.items(), key=operator.itemgetter(1), reverse=True )



low_list=[]
for i in range(22):
	seven=sort_of_ranlists_dict[-i]
	seven=seven[0]
	low_list.append(seven)

seven_list=[]
for i in range(7):
	seven=sort_of_ranlists_dict[i]
	seven=seven[0]
	seven_list.append(seven)


ranlists_average=len(ranlists)/45
ranlists_dict_average={}
for i in range(45):
	ai=i+1
	ranlists_dict_average[ai]=(ranlists_dict[ai]-ranlists_average)/3.14/45+ranlists_average
	

after_flist=[]
for i in range(23):
	favorit=sort_of_coumputed_list[i]
	favorit=favorit[0]
	after_flist.append(favorit)

ranlists=[]
for i in range(45):
	ai=i+1
	wr=ranlists_dict_average[ai]
	wr=int(wr)
	for i in range(wr):
		ranlists.append(ai)

	
computed_favorit_list=[]
for i in range(23):
	seven=sort_of_coumputed_list[i]
	seven=seven[0]
	computed_favorit_list.append(seven)


rate1=0

if test == "test":
	print("\n테스트가 옵션에 적용 되어 있어 테스트 연산을 시작 합니다...")

	after_num=nnum+1
	load_wb = load_workbook("/tmp/randlot_after_data.xlsx", data_only=True)
	sheet=load_wb.active
	sheet.title = "1"
	load_ws = load_wb["1"]

	for i in range(1):
		a=4+i
		datasel1="B"+str(a)
		data=load_ws[datasel1].value
		data1=int(data)

		datasel2="N"+str(a)
		data=load_ws[datasel2].value
		data2=int(data)

		datasel3="O"+str(a)
		data=load_ws[datasel3].value
		data3=int(data)

		datasel4="P"+str(a)
		data=load_ws[datasel4].value
		data4=int(data)

		datasel5="Q"+str(a)
		data=load_ws[datasel5].value
		data5=int(data)


		datasel6="R"+str(a)
		data=load_ws[datasel6].value
		data6=int(data)

		datasel7="S"+str(a)
		data=load_ws[datasel7].value
		data7=int(data)
		after_list=[data2]+[data3]+[data4]+[data5]+[data6]+[data7]

		if a ==4:
			print("\n테스트 적용 회차: ", after_num, " 의 당첨번호는 ",after_list,"입니다.")

	after_list=set(after_list)

# 각 연산 전 연산 후 상위 리스트 

top_of_sort_of_ranlists_dict=[]
for i in range(23):
	li=sort_of_ranlists_dict[i]
	top_of_sort_of_ranlists_dict.append(li)

top_sort_of_coumputed_list=[]
for i in range(7):
	li=sort_of_coumputed_list[i]
	top_sort_of_coumputed_list.append(li)



rate_per=0
hist=[]
dnot_hist_list=olist
firsts=[]
lasts=[]
three=[]
rcns=[]
not_list=list(range(1,46))
hnot_list=list(range(1,46))


# 중복 번호 찾아내기  (match point)

sector1=[]
sector2=[]
sector3=[]
sector4=[]
sector5=[]
sector6=[]

matchs=[]
for item in rcs:
	for i in range(6):
		ia=item[i]
		matchs.append(ia)
		if i == 0:
			sector1.append(ia) 
		if i == 1:
			sector2.append(ia) 
		if i == 2:
			sector3.append(ia) 
		if i == 3:
			sector4.append(ia) 
		if i == 4:
			sector5.append(ia) 
		if i == 5:
			sector6.append(ia) 

print("\n매치 포인트 연산 내림차순")

counter_matchs=collections.Counter(matchs)

matchs_list=counter_matchs.most_common(23)

print(matchs_list)

sectors={}
s1=collections.Counter(sector1)
s1s=s1.most_common(23)

s1_sorted=[]
for item in s1s:
	i=item[0]
	s1_sorted.append(i)
print("\n섹터1 정렬:",s1_sorted)
sectors[0]=s1_sorted

s1=collections.Counter(sector2)
s1s=s1.most_common(23)

s1_sorted=[]
for item in s1s:
	i=item[0]
	s1_sorted.append(i)
print("\n섹터2 정렬:",s1_sorted)
sectors[1]=s1_sorted

s1=collections.Counter(sector3)
s1s=s1.most_common(23)

s1_sorted=[]
for item in s1s:
	i=item[0]
	s1_sorted.append(i)
print("\n섹터3 정렬:",s1_sorted)
sectors[2]=s1_sorted

s1=collections.Counter(sector4)
s1s=s1.most_common(23)

s1_sorted=[]
for item in s1s:
	i=item[0]
	s1_sorted.append(i)
print("\n섹터4 정렬:",s1_sorted)
sectors[3]=s1_sorted

s1=collections.Counter(sector5)
s1s=s1.most_common(23)

s1_sorted=[]
for item in s1s:
	i=item[0]
	s1_sorted.append(i)
print("\n섹터5 정렬:",s1_sorted)
sectors[4]=s1_sorted

s1=collections.Counter(sector6)
s1s=s1.most_common(23)

s1_sorted=[]
for item in s1s:
	i=item[0]
	s1_sorted.append(i)
print("\n섹터6 정렬:",s1_sorted)
sectors[5]=s1_sorted


matchs_favorit_list=[]
for i in range(len(matchs_list)):
	ia=matchs_list[i]
	num=ia[0]
	matchs_favorit_list.append(num)
 

# 번호 뽑기
oldlist=[]
rcsd=[]

not_dnots_favorit=list(set(olist)-set(dnots_favorit))
favorit_computed=list(set(favorit_list)&set(computed_favorit_list))

not_favorit_list=list(set(not_dnots_favorit)-set(favorit_computed))

favorit_all=list(set(favorit_computed)&set(matchs_favorit_list)&set(dnots_favorit))
all_favorit_list=list(set(favorit_list+computed_favorit_list+matchs_favorit_list))
not_all_favorit_list=list(set(olist)-set(all_favorit_list))
half_favorit_list=list(set(olist)-set(not_favorit_list)-set(favorit_all))

print("\n전체 favorit 일치 넘버모음\n",favorit_all)

print("favorit 리스트",favorit_all)
print("not favorit 리스트",not_favorit_list)
print("half 리스트",half_favorit_list)

for item in range(2):
	shuffle(rcs)

fnum=[]
lnum=[]
hists=[]
for item in range(3):
	
	while True:
		if len(fnum) > 3:
			fnum.clear()
		if len(lnum) > 3:
			lnum.clear()
		
		if len(hists) > 22:
			hists.clear()
		

		brc=list(random.choice(rcs))
		rcs.remove(brc)

		check=0
		for i in range(6):
			ia=brc[i]
			if ia in sectors[i]:
				check=check+1
		
		if check > 2:
			if 0 < len(set(brc) & set(all_favorit_list)):
				if 0 < len(set(brc) & set(favorit_list)):
					if 0 < len(set(brc) & set(dnots_favorit)) :
						if 0 < len(set(brc) & set(computed_favorit_list)):
								if 0 < len(set(brc) & set(onums)):
									if 0 < len(set(brc) & set(not_list)):
										if 0 < len(set(brc) & set(matchs_favorit_list)):
											if 0 < len(set(brc) & set(favorit_computed)):
												if 0 < len(set(brc) & set(not_all_favorit_list)):
													fnum.append(brc[0])
													lnum.append(brc[5])
													hists=hists+brc
													hists=list(set(hists))
													break

print("\n추천 번호 출력\n")

hrcsd=[]

def sel_for_rc():
	selr=random.choice(rcs)
	sel_type=random.randint(2,3)
	for item in range(sel_type):
		shuffle(selr)
		sel=random.choice(selr)
		while sel == 0:
			sel=random.choice(selr)
		selr.remove(sel)
		selr.append(0)
	selr.sort()
	return selr

	

b_hrc=sel_for_rc()

hists_hrc=[]
b_hrc=list(set(b_hrc))
b_hrc.remove(0)
for item in b_hrc:
	hists_hrc.append(item)
 

if half == 0:
	shalf=0

if half == 1:
	shalf =1

	
	
	

for i in range(amount):

	num_num=i+1

	if half == 3:
		sel_shalf=[0,1,1,2,2]
		shuffle(sel_shalf)
		shalf=random.choice(sel_shalf)
	if half == 2:
		sel_shalf=[0,1,1]
		shuffle(sel_shalf)

		shalf=random.choice(sel_shalf)
	if half == 4:
		sel_shalf=[1,1,2]
		shuffle(sel_shalf)

		shalf=random.choice(sel_shalf)
	if shalf == 0:
		
		not_list=list(set(not_list)-set(brc))

		if len(not_list) < 2 :
			not_list=list(range(1,46))
		selnice=random.randint(0,5)
		chk_dnots_rcs=0
		sel_rc=random.choice(rcs)
		rcs.remove(sel_rc)
		if len(fnum) > 5:
			fnum.clear()
		if len(lnum) > 5:
			lnum.clear()

		while True:
			check=0
			for i in range(6):
				ia=sel_rc[i]
				if ia in sectors[i]:
					check=check+1
			
			if check > 2:
				
				if 0 < len(set(sel_rc) & set(all_favorit_list)):
					if 0 < len(set(sel_rc) & set(favorit_list)):
						if 0 < len(set(sel_rc) & set(dnots_favorit)) :
							if 0 < len(set(sel_rc) & set(computed_favorit_list)):
									if 0 < len(set(sel_rc) & set(onums)):
										if 1 < len(set(sel_rc) & set(not_list)):
											if 0 < len(set(sel_rc) & set(matchs_favorit_list)):
												if 0 < len(set(sel_rc) & set(favorit_computed)):
													if 1 < len(set(sel_rc) & set(hists)):
														if 0 < len(set(sel_rc) & set(not_all_favorit_list)):
															if sel_rc[0] not in fnum:
																if sel_rc[5] not in lnum:
																		rc=sel_rc
																		break
			sel_rc=random.choice(rcs)

			
		for i in range(6):
			rcsd.append(rc[i])
			oldlist.append(rc[i])

		rc.sort()
		oldlist=list(set(oldlist))
		if len(oldlist) > 23:
			oldlist=[]

		miner_nums=list(set(olist)-set(rc))
		for i in range(len(miner_nums)):
			sel_num=miner_nums[i]	
			
		brc=rc
		if len(hists) > 22:
			hists.clear()
		hists=hists+rc
		hists=list(set(hists))
		hists_hrc=hists_hrc+hists
		hists_hrc=list(set(hists_hrc))

		

		fnum.append(rc[0])
		lnum.append(rc[5])
		rcns.append(rc)
		for i in range(6):
			if rc[i] in not_list:
				not_list.remove(rc[i])

		if rc in not_list:
			not_list.remove(i)
		
		hnot_list=list(set(hnot_list+not_list))
		

	if shalf == 1:
		
		hrc=sel_for_rc()
		
		
		if len(hists_hrc) > 23:
			hists_hrc=sel_for_rc()
	
		b_hrc_sel_plus=b_hrc
		
		ia=0
		for item in b_hrc_sel_plus:
			i=item+1
			if i < 46:
				b_hrc_sel_plus[ia]=i
			ia=ia+1
		b_hrc_fnum=b_hrc
		b_hrc_fnum.sort()
		b_hrc_fnum=b_hrc_fnum[0]

		 

		while True:
			if len(hrc) == 6:
				if 0 < len(set(hrc) & set(all_favorit_list)):
					if 0 < len(set(hrc) & set(favorit_list)):
						if 0 < len(set(hrc) & set(dnots_favorit)) :
							if 0 < len(set(hrc) & set(computed_favorit_list)):
								if 0 < len(set(hrc) & set(onums)):
									if 0 < len(set(hrc) & set(matchs_favorit_list)):
										if 0 < len(set(hrc) & set(favorit_computed)):
											if 0 < len(set(hrc) & set(not_all_favorit_list)):
												if 0 < len(set(hrc) & set(hnot_list)):
													if 0 < len(set(hrc) & set(hists_hrc)):
														if 0 < len(set(hrc) & set(b_hrc_sel_plus)):
															if 0 < len(set(hrc) & set(b_hrc)):

																fnum_chk_hrc=list(set(hrc))
																fnum_chk_hrc.remove(0)
																fnum_chk_hrc.sort()
																fnum_chk_hrc=fnum_chk_hrc[0]
																if fnum_chk_hrc != b_hrc_fnum:

																	 

																	rc=hrc
																	rc.sort()
																	ias=[]
																	for i in range(5):
																		ia=rc[i]
																		
																		if ia > 0:
																			ia2=rc[i+1]
																			iac=ia2-ia
																			if iac == 1:
																				ias.append(iac)
																	if len(ias) == 0:
																		b_hrc=hrc
																		b_hrc=list(set(b_hrc))
																		b_hrc.remove(0)
																		b_hrc.sort()
																	
																		for item in hrc:
																			if item != 0:
																				hists_hrc.append(item)
																				hists.append(item)
																		for item in hrc:
																			hrcsd.append(item)
																		hnot_list=list(set(olist)-set(hrcsd))
																		not_list=list(set(not_list+hnot_list))
																		break
			hrc=sel_for_rc()
	
	if shalf ==2:
		rc= "자동 표기 권장"

	if test =="test":
		test_rc=set(after_list) & set(rc)
		if len(test_rc) > 2:
			rated=len(test_rc)*0.25
			rate_per=rate_per+rated
		print(num_num, rc, test_rc, len(test_rc), )


	if test != "test":
		print(num_num ,rc)


# 테스트 출력

os.system('cat /dev/null > /tmp/randlot_chklist')

if test =="test":
	check_top_nums=set(after_list) & set(favorit_list)

	per_fav=len(check_top_nums)/23 *100
	print("\n기초 확률 상위 적중 확률 :",per_fav,"%")
	print(check_top_nums)

	check_top_nums=set(after_list) & set(computed_favorit_list)
	per_fav=len(check_top_nums)/23 *100
	print("\n연산 상위 적중 확률 :",per_fav,"%")
	print(check_top_nums)

	check_top_nums=set(after_list) & set(matchs_favorit_list)
	per_fav=len(check_top_nums)/23 *100
	print("\n매치 포인트 적중 확률 :",per_fav,"%")
	print(check_top_nums)

	check_top_nums=set(after_list) & set(favorit_all)
	per_fav=len(check_top_nums)/23 *100
	print("\n전체 favorit 넘버 중복의 적중 확률 :",per_fav,"%")
	print(check_top_nums)


	a3=0
	a4=0
	a5=0
	a6=0
	for i in range(len(rcs)):
		rcs_list = rcs[i]
		chk_rcs_list=set(rcs_list) & set(after_list)
		
		if len(chk_rcs_list) == 3:
			a3=a3+1
		if len(chk_rcs_list) == 4:
			a4=a4+1
		if len(chk_rcs_list) == 5:
			a5=a5+1	
			chkdata=str(rcs_list)
			f = open('/tmp/randlot_chklist', 'a')
			f.write(str(chkdata)+"\n")
		if len(chk_rcs_list) == 6:
			a6=a6+1
	print("전체 연산된 리스트", len(rcs),"가지 경우 중... 3개 적중 :",a3," 4개 적중 :",a4,"  5개 적중 :",a5," 6개 적중 :",a6)

if test =="test":
	rate_per=rate_per/amount*100
	print("\n총 출력 된 추천 번호들의 총 당첨 확률 :",rate_per,"%")
	a3=0
	a4=0
	a5=0
	a6=0
	for i in range(len(rcns)):
		rcs_list=rcns[i]
		chk_rcs_list=set(rcs_list) & set(after_list)
		
		if len(chk_rcs_list) == 3:
			a3=a3+1
		if len(chk_rcs_list) == 4:
			a4=a4+1
		if len(chk_rcs_list) == 5:
			a5=a5+1	
		if len(chk_rcs_list) == 6:
			a6=a6+1
	print("전체 출력된 추천 리스트", len(rcns),"개 중... 3개 적중 :",a3," 4개 적중 :",a4,"  5개 적중 :",a5," 6개 적중 :",a6)


etime=time.time()
proc_time=etime-stime

if half == 1 or half ==4:
	rcsd=[]
	rcsd=hrcsd
	rcsd=list(rcsd)


if half == 2:
	rcsd=rcsd+hrcsd
	rcsd=list(rcsd)
	
	
not_lists= set(olist) - set(rcsd)

if len(not_lists) == 0:
	not_lists_answer="모든 번호가 출현 하였습니다."

else:
	not_lists_answer=list(not_lists)


print("비출현 번호 : ", not_lists_answer )

print("\n연산에 걸린 총 시간은", int(proc_time) , "초 입니다.")