def fixed_kill_one_tail(self, jo):
"""
执行杀1尾公式 （90.67%）
:param jo:
:return:
"""
r = 0
killnexttailSeq = ''
for index in range(len(jo)):
killnexttail = str(jo[index][1]['six_number']['1']['number'])[1]
l = len(jo) - self.outp
if index == len(jo) - 1:
print("=>预测杀: [" + killnexttail + "]尾")
killnexttailSeq = Common.getnumber(killnexttail, 't')
print("=>对应号: " + str(killnexttailSeq))
nextIndex = index + 1
if nextIndex >= len(jo):
break
nexttail = str(jo[nextIndex][1]['unusual_number']['number'])[1]
if killnexttail != nexttail:
r = r + 1
if index > l - 2:
print(str(index + 2).zfill(3) + "期: " + \
"杀[" + killnexttail + "]尾 " + \
"开[" + nexttail + "] " + \
Common.e3p([killnexttail], nexttail))
print('=>正确数: ' + str(r) + '次')
print('=>正确率: ' + str(round((r / (len(jo) - 1)) * 100.0, 2)) + "%")
return killnexttailSeq
def kill_color_bo_formula(self, jo, sort):
"""
杀波色 （75.0%）
:param jo:
:param sort:
:return:
"""
r = 0
killcolorboseq = []
for index in range(len(jo)):
swq = data.number_data
sn = self.sortnumber.sort_number(jo[index], sort)
killcolorbo = Common.color(fr.funclr(sn))
killcolorboseq = Common.getnumber(killcolorbo, 'c')
l = len(jo) - self.outp
if index == len(jo) - 1:
print("=>预测杀: [" + killcolorbo + "]")
print("=>对应号: " + str(killcolorboseq))
nextIndex = index + 1
if nextIndex >= len(jo):
break
pass
nextnumber = jo[nextIndex][1]['unusual_number']['number'] # 下期特码
nextcolor = Common.etoc(jo[nextIndex][1]['unusual_number']['color']) # 特码波色
swq = list(set(swq) - (set(killcolorboseq)))
try:
if swq.index(int(nextnumber)) >= 0:
r = r + 1
except:
pass
# if killcolorbo != nextcolor:
# r = r + 1
if index > l - 2:
print(str(index + 2).zfill(3) + "期: " + \
"杀[" + killcolorbo + "] " + \
"开[" + nextcolor + "] " + \
Common.e3p([killcolorbo], nextcolor))
print('=>正确数: ' + str(r) + '次')
print('=>正确率: ' + str(round((r / (len(jo) - 1)) * 100.0, 2)) + "%")
return killcolorboseq
def formulakilltail(sn):
"""
公式杀尾
:return:
"""
# { 'pid': 33631, 'exp': {'offset': 4, 'expression': '0h 1t 3t 4h 5a', 'sort': 'nosize'}, 'rat': 92.142 }
formula = {
"expression": "0h 1t 3t 4h 5a",
"offset": 4,
"sorttype": "nosize"
}
killtail = Common.tail(
Common.formula_expression_hander(
formula['expression'],
sortnumber.sort_number(sn, formula['sorttype']),
formula['offset'])[0])
return Common.getnumber(str(killtail), 't')
def kill_head_formula(self, jo, sort):
"""
执行杀1头公式 （90.0%）
:param jo: 年集合
:param sort: 排序方式 默认根据落球顺序进行排序
:return: 返回最新一期杀头数字
"""
r = 0
killnextheadseq = []
for index in range(len(jo)):
sn = self.sortnumber.sort_number(jo[index], sort)
killnexthead = str(Common.headavg(fr.funhed(sn)))
l = len(jo) - self.outp
if index == len(jo) - 1:
print("=>预测杀: [" + killnexthead + "]头")
killnextheadseq = Common.getnumber(killnexthead, 'h')
print("=>对应号: " + str(killnextheadseq))
nextIndex = index + 1
if nextIndex >= len(jo):
break
nextnumber = jo[nextIndex][1]['unusual_number']['number'] # 下期特码
nexthead = str(nextnumber).zfill(2)[0] # 下期特码头
if killnexthead != nexthead:
r = r + 1
if index > l - 2:
print(str(index + 2).zfill(3) + "期: " + \
"杀[" + killnexthead + "]头 " + \
"开[" + nextnumber + "] " + \
Common.e3p([killnexthead], nexthead))
print('=>正确数: ' + str(r) + '次')
print('=>正确率: ' + str(round((r / (len(jo) - 1)) * 100.0, 2)) + "%")
return killnextheadseq
def kill_single_or_double(self, jo, sort):
"""
杀单双 （62%）
:param jo:
:param sort: 推荐按照落球顺序 nosize
:return:
"""
r = 0
killsingledoubleseq = []
for index in range(len(jo)):
sn = self.sortnumber.sort_number(jo[index], sort)
killsingledouble = Common.singleordouble(fr.funeob(sn))
l = len(jo) - self.outp
if index == len(jo) - 1:
killsingledoubleseq = Common.getnumber(killsingledouble, 's')
print("=>预测杀 [" + killsingledouble + "]")
print("=>对应号: " + str(killsingledoubleseq))
nextIndex = index + 1
if nextIndex >= len(jo):
break
nextnumber = jo[nextIndex][1]['unusual_number']['number'] # 下期特码
nextsgledu = Common.nextsingleordouble(nextnumber)
if killsingledouble != nextsgledu:
r = r + 1
if index > l - 2:
print(str(index + 2).zfill(3) + "期: " + \
"杀[" + killsingledouble + "] " + \
"开[" + nextsgledu + "] " + \
Common.e3p([killsingledouble], nextsgledu))
print('=>正确数: ' + str(r) + '次')
print('=>正确率: ' + str(round((r / (len(jo) - 1)) * 100.0, 2)) + "%")
return killsingledoubleseq
def fixed_kill_one_zodiac_1(self, jo):
"""
# 根据指定的序列图杀一肖
:param jo:
:return:
"""
r = 0
killnextzodiacSeq = []
for index in range(len(jo)):
# 根据本期特尾获取下期将要杀掉的生肖
killnextzodiac = Common.get_next_kill_zodiac(
str(jo[index][1]['unusual_number']['number'])[1])
l = len(jo) - self.outp
if index == len(jo) - 1:
killnextzodiacSeq = Common.getnumber(killnextzodiac, 'z')
print("=>预测杀: [" + killnextzodiac + "]")
print("=>对应号: " + str(killnextzodiacSeq))
nextIndex = index + 1
if nextIndex >= len(jo):
break
# 下期实际生肖
nextzodiac = jo[nextIndex][1]['unusual_number']['zodiac']
if killnextzodiac != nextzodiac:
r = r + 1
if index > l - 2:
print(str(index + 2).zfill(3) + "期: " + \
"杀[" + killnextzodiac + "] " + \
"开[" + nextzodiac + "] " + \
Common.e3p([killnextzodiac], nextzodiac))
print('=>正确数: ' + str(r) + '次')
print('=>正确率: ' + str(round((r / (len(jo) - 1)) * 100.0, 2)) + "%")
return killnextzodiacSeq
def fixed_kill_one_zodiac_2(self, jo):
"""
根据指定的第三个生肖杀一肖 （94.67%）
:param jo:
:return:
"""
r = 0
killnextzodiacSeq = []
for index in range(len(jo)):
killnextzodiac = jo[index][1]['six_number']['3']['zodiac']
l = len(jo) - self.outp
if index == len(jo) - 1:
print("=>预测杀: [" + killnextzodiac + "]")
killnextzodiacSeq = Common.getnumber(killnextzodiac, 'z')
print("=>对应号: " + str(killnextzodiacSeq))
nextIndex = index + 1
if nextIndex >= len(jo):
break
# 下期实际生肖
nextzodiac = jo[nextIndex][1]['unusual_number']['zodiac']
if killnextzodiac != nextzodiac:
r = r + 1
if index > l - 2:
print(str(index + 2).zfill(3) + "期: " + \
"杀[" + killnextzodiac + "] " + \
"开[" + nextzodiac + "] " + \
Common.e3p([killnextzodiac], nextzodiac))
print('=>正确数: ' + str(r) + '次')
print('=>正确率: ' + str(round((r / (len(jo) - 1)) * 100.0, 2)) + "%")
return killnextzodiacSeq