def getHistoryResult(self, top=100):
text = ""
count = 0
for key in self.record.keys():
count += 1
text += (list2str(self.record[key]) + "\n")
if count == top: break
return text
def make_best_ball(self):
recordCount = self.get_best_best_count()
records = dict2list(self.record)[:recordCount]
redBallList = []
blueBallList = []
for record in records:
redBall = record[1][1:-1]
blueBall = record[1][-1]
redBallList.append(redBall)
blueBallList.append(blueBall)
redNPList = self.get_best_redBall_ex(redBallList, top=6)
blueNPList = self.get_best_blueBall_ex(blueBallList)
ssqBall = self.composition_ssq_ball(redNPList, blueNPList)
return list2str(ssqBall)
def make_alike_ball(self):
recordCount = self.get_alike_best_count()
records = dict2list(self.record)[:recordCount]
bsList = []
analysisRecord = records[0][1][1:]
redBallList = []
blueBallList = []
for record in records:
redBall = record[1][1:-1]
blueBall = record[1][-1:]
redBallList.append(redBall)
blueBallList.append(blueBall)
ssqBall, errorText = self.make_alike_num_ex(analysisRecord, redBallList, blueBallList)
if errorText != "":
return errorText
return list2str(ssqBall)
def parseSSQNum(self):
soup = BeautifulSoup(self.html, "html.parser")
subNode = None
for child in soup.body.children:
flag = child.find("table")
if flag != -1:
try:
subNode = child.table.div
except Exception as e:
pass
ssqNode = None
divList = subNode.find_all("div")
for div in divList:
try:
if div["class"][0] == "chart":
ssqNode = div.table.tbody
except Exception as e:
pass
records = []
trList = ssqNode.find_all("tr")
for tr in trList:
record = []
periodNode = tr.td
record.append(self.formatPeriod(periodNode.string))
for sibling in periodNode.next_siblings:
record.append(sibling.string)
redBall = list2str(record[1:7], "\t")
blueBall = record[7]
record = self.combineRecord(record[0], record[-1], redBall,
blueBall)
records.append(record + "\n")
return records
def makeBestNum(self):
balls = self.ssq.makeBestNum()
text = list2str(balls)
self.makeBestNumUI = ShowWindow(text, "最优概率号码")
self.makeBestNumUI.show()
def makeMaxNum(self):
balls = self.ssq.makeBySingle()
text = list2str(balls)
self.makeMaxNumUI = ShowWindow(text, "最大概率号码")
self.makeMaxNumUI.show()
def makeRandom(self):
record = self.ssq.getRandomNum()
text = list2str(record)
self.makeRandomUI = ShowWindow(text, "随机号码")
self.makeRandomUI.show()
def alikePrediction(self):
period = int(self.periodCb.currentText()) - 1
balls, text = self.ssq.getALikeNumForPeriod(period)
if text is None: text = list2str(balls)
self.aLikeShowUI = ShowWindow(text, "相似概率预测")
self.aLikeShowUI.show()
def bestPrediction(self):
period = int(self.periodCb.currentText()) - 1
balls = self.ssq.getBestNumForPeriod(period)
text = list2str(balls)
self.BestShowUI = ShowWindow(text, "最佳概率预测")
self.BestShowUI.show()
def maxPrediction(self):
period = int(self.periodCb.currentText()) - 1
balls = self.ssq.getMaxNumForPeriod(period)
text = list2str(balls)
self.MaxShowUI = ShowWindow(text, "最大概率预测")
self.MaxShowUI.show()
def makeALike(self):
balls, text = self.ssq.getALikeNum()
if text is None:
text = list2str(balls)
self.makeALikeUI = ShowWindow(text, "相似概率号码")
self.makeALikeUI.show()