def findDoubleTops():
dataFiles = util.listDataFiles()
for f in dataFiles:
data, headers = para.readFile(f)
intervals = dataselect.findDoubleTops(data)
if (len(intervals) > 0):
print(util.getNameOnly(f))
print(intervals)
def runDataSelectOn(fileName):
data, headers = para.readFile(fileName)
dates = data['Date']
if (len(dates) == 0):
#print('Empty File')
return
groups = grouping.groupUp(data, data['Close'])
matches = dataselect.findMatches(data, groups)
#print('Found ' + str(len(matches)) + 'matches')
if (len(matches) <= 0): return #print only when there is at least one match.
print(util.getNameOnly(fileName))
for group in matches:
display.printgroupattrs(group, dates)
def __init__(self, fileName, today, algo, groupSize, predictSize):
self.algo = algo
self.groupSize = groupSize
self.predictSize = predictSize
self.company = util.getNameOnly(fileName)
self.today = today
