def run_analysis(self): self._read_my_holdings() self.mail_string = "" ; numSyms = len(self.smaArray) #for row in self.smaArray: for index in range(0,numSyms): symbol = self.smaArray[index][0] symbolData = symbol_analysis(symbol,self) retString = symbolData._analyze() if symbol in self.holdings: self.mail_string += '**' self.mail_string += retString self.mail_string += '\n' else: if (symbolData._reverseTrend | symbolData._crossing): self.mail_string += retString self.mail_string += '\n' #print retString print_colors.my_print (retString,'BOLD') if (self.mailit): mail_intf._send_my_mail(self.mail_string); return 0
def run_analysis(self): self._read_my_holdings() mail_string = "" ; for row in self.smaArray: symbol = row[0] symbolData = symbol_analysis(symbol,self) retString = symbolData._analyze() if symbol in self.holdings: mail_string += '**' mail_string += retString mail_string += '\n' else: if (symbolData._reverseTrend | symbolData._crossing): mail_string += retString mail_string += '\n' #print retString print_colors.my_print (retString,'BOLD') if (self.mailit): mail_intf._send_my_mail(mail_string); return 0
def run_analysis(self):
self._read_my_holdings()
self.mail_string = ""
numSyms = len(self.smaArray)
#for row in self.smaArray:
for index in range(0, numSyms):
symbol = self.smaArray[index][0]
symbolData = symbol_analysis(symbol, self)
retString = symbolData._analyze()
if symbol in self.holdings:
self.mail_string += '**'
self.mail_string += retString
self.mail_string += '\n'
else:
if (symbolData._reverseTrend | symbolData._crossing):
self.mail_string += retString
self.mail_string += '\n'
#print retString
print_colors.my_print(retString, 'BOLD')
if (self.mailit):
mail_intf._send_my_mail(self.mail_string)
return 0
def run_mt_analysis(self, numThreads):
#
# Initialize vars
#
self._read_my_holdings()
self.mail_string = ""
self.numCurIndex = -1
self.numRows = len(self.smaArray)
threadingCls.run_threads(numThreads, self,
self.analysis_called_from_thread)
print "All Analysis Done"
#
# Collect and print Results
#
for index in range(0, self.numRows):
symbol = self.smaArray[index][0]
printColor = 'REG'
if symbol in self.holdings:
if self.interestingResults[symbol]:
self.mail_string += '**' + self.retString[symbol] + '\n'
printColor = 'BOLD'
print_colors.my_print(self.retString[symbol], printColor)
#
# Mail results if necessary
#
(retVal, retArr) = self._run_triggers()
if retVal:
for trig1 in retArr:
self.mail_string += '*TRIG*' + trig1 + '\n'
if (self.mailit):
mail_intf._send_my_mail(self.mail_string)
return 0
def run_mt_analysis(self, numThreads):
#
# Initialize vars
#
self._read_my_holdings()
self.mail_string = "" ;
self.numCurIndex = -1;
self.numRows = len(self.smaArray)
threadingCls.run_threads(numThreads, self, self.analysis_called_from_thread);
print "All Analysis Done"
#
# Collect and print Results
#
for index in range(0,self.numRows):
symbol = self.smaArray[index][0]
printColor = 'REG'
if symbol in self.holdings:
if self.interestingResults[symbol]:
self.mail_string += '**' + self.retString[symbol] + '\n'
printColor = 'BOLD'
print_colors.my_print (self.retString[symbol],printColor)
#
# Mail results if necessary
#
(retVal,retArr) = self._run_triggers()
if retVal:
for trig1 in retArr:
self.mail_string += '*TRIG*' + trig1 + '\n'
if (self.mailit):
mail_intf._send_my_mail(self.mail_string);
return 0
def run_analysis(self):
self._read_my_holdings()
mail_string = ""
for row in self.smaArray:
symbol = row[0]
symbolData = symbol_analysis(symbol, self)
retString = symbolData._analyze()
if symbol in self.holdings:
mail_string += '**'
mail_string += retString
mail_string += '\n'
else:
if (symbolData._reverseTrend | symbolData._crossing):
mail_string += retString
mail_string += '\n'
print retString
if (self.mailit):
mail_intf._send_my_mail(mail_string)
return 0
def run_analysis(self):
self._read_my_holdings()
mail_string = ""
for row in self.smaArray:
symbol = row[0]
name = self._find_name(symbol)
(trend, reverseTrend, newTrend) = self._trend_reversal(row)
(priceCrossing, smadiff, curPrice, prevPrice) = self._price_analysis(row)
(trendSpeed, trendSlope) = self._trend_shape(trend, row)
name += " %6s " % (curPrice)
if curPrice > prevPrice:
name += "+"
name += "%.4s" % (curPrice - prevPrice)
else:
name += "-"
name += "%.4s" % (prevPrice - curPrice)
if reverseTrend:
trendStr = "reverses to "
if newTrend:
trendStr += "rising"
else:
trendStr += "falling"
else:
if trend:
trendStr = "rising"
else:
trendStr = "falling"
if priceCrossing == 1:
smaStr = "crossed above 200dma "
elif priceCrossing == 2:
smaStr = "crossed below 200dma "
else:
if smadiff < 0.0:
smaStr = "%2s pct below SMA" % (int(smadiff) * -1)
else:
smaStr = "%2s pct above SMA" % (int(smadiff))
if trendSpeed:
trendShape = "sharp"
else:
trendShape = "slow"
if trendSlope:
trendShape += " Accelerating trend "
else:
trendShape += " decelerating trend "
retString = "%-6s %45s %-20s %-23s %s" % (symbol, name, trendStr, smaStr, trendShape)
if symbol in self.holdings:
mail_string += "**"
mail_string += retString
mail_string += "\n"
else:
if reverseTrend | priceCrossing:
mail_string += retString
mail_string += "\n"
print retString
if self.mailit:
mail_intf._send_my_mail(mail_string)
return 0
def run_analysis(self):
self._read_my_holdings()
mail_string = ""
for row in self.smaArray:
symbol = row[0]
symbolData = symbol_analysis(symbol, self)
print symbolData._analyze()
name = self._find_name(symbol)
(trend, reverseTrend, newTrend) = self._trend_reversal(row)
(priceCrossing, smadiff, curPrice,
prevPrice) = self._price_analysis(row)
(trendSpeed, trendSlope) = self._trend_shape(trend, row)
name += " %6s " % (curPrice)
if (curPrice > prevPrice):
name += "+"
name += "%.4s" % (curPrice - prevPrice)
else:
name += "-"
name += "%.4s" % (prevPrice - curPrice)
if reverseTrend:
trendStr = "reverses to "
if (newTrend):
trendStr += "rising"
else:
trendStr += "falling"
else:
if trend:
trendStr = "rising"
else:
trendStr = "falling"
if (priceCrossing == 1):
smaStr = "crossed above 200dma "
elif (priceCrossing == 2):
smaStr = "crossed below 200dma "
else:
if (smadiff < 0.0):
smaStr = "%2s pct below SMA" % (int(smadiff) * -1)
else:
smaStr = "%2s pct above SMA" % (int(smadiff))
if trendSpeed:
trendShape = "sharp"
else:
trendShape = "slow"
if trendSlope:
trendShape += " Accelerating trend "
else:
trendShape += " decelerating trend "
retString = "%-6s %45s %-20s %-23s %s" % (symbol, name, trendStr,
smaStr, trendShape)
if symbol in self.holdings:
mail_string += '**'
mail_string += retString
mail_string += '\n'
else:
if (reverseTrend | priceCrossing):
mail_string += retString
mail_string += '\n'
print retString
if (self.mailit):
mail_intf._send_my_mail(mail_string)
return 0
