def checkForRise(ohlcvRows):
module = "checkForRise"
counter = 0
streak = 0
#print "Len of ohlcvRows is " + str(len(ohlcvRows))
#print ohlcvRows
if len(ohlcvRows) >= 3:
lowPeriodClosePrice = ohlcvRows[0][5]
#print ohlcvRows[0][0] + " lowPeridClosePeriod initial value: " + str(lowPeriodClosePrice)
numberOfPeriods = len(ohlcvRows)
#print "numberOfPeriods = " + str(numberOfPeriods)
#currentLow = ohlcvRows[0][5]
currentHigh = 0
#print "currentHigh = " + str(currentHigh)
for row in ohlcvRows:
pairName = row[0]
if counter < numberOfPeriods - 1:
periodClose = ohlcvRows[counter][5]
followingPeriod = ohlcvRows[counter + 1][5]
periodTimestamp = ohlcvRows[counter + 1][1]
#print "Close: " + str(periodClose)
#print "Next Close: " + str(followingPeriod)
#if followingPeriod < highPeriodClosePrice:
if followingPeriod < periodClose and followingPeriod < lowPeriodClosePrice:
lowPeriodClosePrice = followingPeriod
#print "Setting new lowPeriodClosePeriod: " + str(lowPeriodClosePrice)
if currentHigh == 0:
currentHigh = lowPeriodClosePrice
if followingPeriod > currentHigh:
currentHigh = followingPeriod
streak += 1
#print "Rise! " + str(streak) + " at followingPeriod price " + str(followingPeriod)
#print
#dips.append(followingPeriod)
if streak == 3:
print module + ": We've 3 in a rise for " + pairName
riseStartTime = ohlcvRows[0][1]
#highPeriodClosePrice = ohlcvRows[0][5]
#lowPeriodClosePrice = ohlcvRows[counter+1][5]
highPeriodClosePrice = ohlcvRows[counter + 1][5]
print module + ": Rise Start Time: " + str(
riseStartTime)
print module + ": Low price: " + str(
lowPeriodClosePrice)
print module + ": High price:" + str(
highPeriodClosePrice)
trigger = highPeriodClosePrice - (
highPeriodClosePrice - lowPeriodClosePrice) / 2
#print "Trigger: " + str(trigger)
hot = True
dbMod.setHotsetTrigger(pairName, hot, trigger,
lowPeriodClosePrice,
highPeriodClosePrice)
#print
print module + "Set trigger for " + pairName + " at value " + str(
trigger) + " at time " + str(periodTimestamp)
counter += 1
def checkForDip(ohlcvRows):
logTime = datetime.datetime.now()
print "DEF: CheckForDip: " + str(logTime)
print
counter = 0
streak = 0
#print "Len of ohlcvRows is " + str(len(ohlcvRows))
#print ohlcvRows
if len(ohlcvRows) >= 3:
highPeriodClosePrice = ohlcvRows[0][5]
numberOfPeriods = len(ohlcvRows)
#print "numberOfPeriods = " + str(numberOfPeriods)
#currentLow = ohlcvRows[0][5]
currentLow = 99999
#print "currentLow = " + str(currentLow)
dips = []
for row in ohlcvRows:
pairName = row[0]
if counter < numberOfPeriods - 1:
periodClose = ohlcvRows[counter][5]
followingPeriod = ohlcvRows[counter + 1][5]
periodTimestamp = ohlcvRows[counter + 1][1]
#print "Close: " + str(periodClose)
#print "Next Close: " + str(followingPeriod)
# Adding check for new highs before a dip
if followingPeriod > highPeriodClosePrice and followingPeriod > highPeriodClosePrice:
highPeriodClosePrice = followingPeriod
if currentLow == 99999:
currentLow = highPeriodClosePrice
#print "Readjusting currentLow: " + str(currentLow) + " for " + pairName
if followingPeriod < currentLow:
currentLow = followingPeriod
streak += 1
#print "Dip! + " + str(streak) + " at followingPeriod price " + str(followingPeriod)
#print
dips.append(followingPeriod)
if streak == 3:
#print "We've 3 in a dip"
dipStartTime = ohlcvRows[0][1]
#print dips
#print
#highPeriodClosePrice = ohlcvRows[0][5]
#lowPeriodClosePrice = ohlcvRows[counter+1][5]
lowPeriodClosePrice = ohlcvRows[counter + 1][5]
#print "Dip Start Time: " + str(dipStartTime)
#print "High price: " + str(highPeriodClosePrice)
#print "Low price:" + str(lowPeriodClosePrice)
trigger = lowPeriodClosePrice + (
highPeriodClosePrice - lowPeriodClosePrice) / 2
#print "Trigger: " + str(trigger)
hot = True
dbMod.setHotsetTrigger(pairName, hot, trigger,
lowPeriodClosePrice,
highPeriodClosePrice)
#print
#print "Set trigger for " + pairName + " at value " + str(trigger) + " at time " + str(periodTimestamp)
counter += 1
def checkForDip(ohlcvRows):
logTime = datetime.datetime.now()
print "DEF: CheckForDip: " + str(logTime)
print
counter = 0
counter1 = 0
streak = 0
#print "Len of ohlcvRows is " + str(len(ohlcvRows))
#print ohlcvRows
newStartTime = 0
reset = False
highPeriodClosePrice = ohlcvRows[0][5]
startingPrice = highPeriodClosePrice
numberOfPeriods = len(ohlcvRows)
for row in ohlcvRows:
pairName = row[0]
if counter1 < numberOfPeriods-1:
followingPeriod = ohlcvRows[counter1+1][5]
periodTimeStamp = ohlcvRows[counter1+1][1]
if followingPeriod > highPeriodClosePrice:
highPeriodClosePrice = followingPeriod
newStartTime = periodTimeStamp
counter1 += 1
if highPeriodClosePrice > startingPrice:
#RESET
newStartPrice = highPeriodClosePrice
dbMod.resetPotential(pairName, newStartPrice, newStartTime)
print "RESET potential " + pairName + ", new startPrice = " + str(newStartPrice)
reset = True
if len(ohlcvRows) >= 3 and reset == False:
#print "numberOfPeriods = " + str(numberOfPeriods)
#currentLow = ohlcvRows[0][5]
currentLow = 99999
#print "currentLow = " + str(currentLow)
dips = []
for row in ohlcvRows:
pairName = row[0]
if counter < numberOfPeriods-1:
periodClose = ohlcvRows[counter][5]
followingPeriod = ohlcvRows[counter+1][5]
periodTimestamp = ohlcvRows[counter+1][1]
#print "Close: " + str(periodClose)
#print "Next Close: " + str(followingPeriod)
if followingPeriod < currentLow:
print "Dip! + " + str(streak) + " at followingPeriod price " + str(followingPeriod) + " for " + pairName + " at time " + str(periodTimestamp) + " currentLow: " + str(currentLow)
currentLow = followingPeriod
streak += 1
print
dips.append(followingPeriod)
if streak == 3:
#print "We've 3 in a dip"
dipStartTime = ohlcvRows[0][1]
#print dips
#print
#highPeriodClosePrice = ohlcvRows[0][5]
#lowPeriodClosePrice = ohlcvRows[counter+1][5]
lowPeriodClosePrice = ohlcvRows[counter+1][5]
#print "Dip Start Time: " + str(dipStartTime)
#print "High price: " + str(highPeriodClosePrice)
#print "Low price:" + str(lowPeriodClosePrice)
trigger = lowPeriodClosePrice + (highPeriodClosePrice - lowPeriodClosePrice)/2
#print "Trigger: " + str(trigger)
hot = True
dbMod.setHotsetTrigger(pairName, hot, trigger, lowPeriodClosePrice, highPeriodClosePrice)
#print
#print "Set trigger for " + pairName + " at value " + str(trigger) + " at time " + str(periodTimestamp)
counter += 1