def cf_flat_plate(Re, Mach, Altitude):
xt = 0.05
T = temperature(Altitude)
#Transition
Rex = Re * xt
if Rex <= 0:
Rex = 0.0001
theta = .671 * xt / np.sqrt(Rex)
xeff = (27.78 * theta * (Re**0.2))**1.25
Rext = Re * (1 - xt + xeff)
Cfturb = 0.455 / ((np.log10(Rext))**2.58) # Original formula
# Cfturb = 0.455/(((log10(Rext))^2.58)*((1+0.144*Mach*Mach)^0.65))
Cflam = 1.328 / np.sqrt(Rex)
Cfstart = 0.455 / ((np.log10(Re * xeff))**2.58)
cfval = Cflam * xt + Cfturb * (1 - xt + xeff) - Cfstart * xeff
# Mach Effects
Tw = 1.0 + .178 * Mach * Mach
T1 = 1.0 + .035 * Mach * Mach + .45 * (Tw - 1)
#
mu1 = (T1**1.5) * (T + 216) / (T * T1 + 216)
R1 = 1 / (mu1 * T1)
CfRatio = 1 / (T1 * (R1**0.2))
cf_val = cfval * CfRatio
# fprintf('\n Mach = #4.2f \n Altitude = #i ft \n Transition at #5.3f \n',Mach,Altitude,xt)
# fprintf('\n cf = #7.5f \n',cfval)
return (cf_val)
def get_temperature(self, outpath):
"""
:param outpath: path to out file with temperature values
:return: set self.temperature, nothing
"""
# print status
print 'Calculate temperature..'
# set self.temperature
self.temperature = temperature.temperature(self.k2, self.k1, self.rad)
# save raster to out path
save.saveRaster(outpath, self.path, self.temperature)
# print status
print 'Calculate temperature done!'
def temperature(self):
# Temperature right now
temp = round(temperature().getTemp(), 2)
# Maximum and minimum temperatures
max_temp = data["max_temperature"]
min_temp = data["min_temperature"]
# Comparing current temperature to min and max
if temp > max_temp:
result = ("Bad: "+ str(temp - max_temp) + "*C above maximum temperature.")
if temp < min_temp:
result = ("Bad: "+ str(min_temp - temp) + "*C under minimum temperature.")
if (temp < max_temp) and (temp > min_temp):
result = ("OK.")
return result
def main():
blueConn = bluetooth
pushbullet = pushbulletMessage()
nearby_devices = blueConn.discover_devices()
temp = temperature().getTemp()
humid = humidity().getHumid()
while (humid == 0):
humid = humidity().getHumid()
message = "Temperature is " + str(temp) + "*C and Humidity is " + str(
humid) + "%"
p = str(check_output(["bt-device", "--list"]))
start = p.find("(")
end = p.find(")")
macAdd = p[start + 1:end]
while (True):
for macAddresses in nearby_devices:
nearby_devices = blueConn.discover_devices()
if macAdd == macAddresses:
pushbullet.push_note("Raspberry Pi", message)
time.sleep(600)
#t1 = Thread(target=pulse,args=("",s))
#t2 = Thread(target=temperature,args=("",s))
#t1.start()
#t2.start()
while True:
a=array('i',[0,0,0,0,0,0,0,0])
v=0
for i in range(2,10): #runs from 2 to 9
inp=GPIO.input(i)
v=v*2+inp
a[i-2]=inp
flag = 0
for i in range(10,12): #runs from 10 to 11
flag=flag*2+GPIO.input(i)
print(str(v)+"#t"+str(flag))
print(a)
if flag is 0:
temperature(v,s)
else:
if flag is 1:
pulse(v,s)
time.sleep(1)
s.close
def chat():
# keyword conditions
condnext = False
condweather = False
condtime = False
condlocation = False
condtemp = False
condkey = False
condresponse = False
foundinfo = False
condtrain = False
condcountry = False
condspellcheck = True
# global variables
conversation = []
location = ''
prevlocation = location
time = 'today'
key = ''
keytemplate = []
fulltime = ''
numdays = ''
logstr = ''
printstr = ''
responsedict = {} # Dictionary to hold all inputs without predefined responses. This dictionary will be written into predefined_responses.txt before exiting the program.
# read data files
citylist = readfile.readfile('cities.txt')
keylist = readfile.readfile('keywords.txt')
timelist = readfile.readfile('time.txt')
condlist = readfile.readfile('conditions.txt')
numlist = readfile.readfile('numbers.txt')
countrylist = readfile.readfile('countries.txt')
exitlist = ['exit', 'quit', 'bye', 'ok']
# Greeting message
printstr = 'Hello! You can ask me questions about the weather in any major city in the world. What would you like to know?'
print printstr
logstr += '\n\n' + printstr
# Start main loop
while True :
foundinfo = False
condtrain = False
condcountry = False
# read input from user
input = raw_input('\nMe > ')
logstr += '\nMe > ' + input + '\nBot > '
if input in exitlist:
if input == 'ok':
exitans = raw_input("Do you want to quit? (y/n)")
if exitans in ('y','Y','Yes','YES','yes'):
break
else:
continue
break
if input == 'disable spellcheck':
condspellcheck = False
continue
if input == 'enable spellcheck':
condspellcheck = True
continue
condcorrected = False
if condspellcheck:
corrected_input = ''
for i in input.split():
str = spellcheck.correct(i)
if str != i:
condcorrected = True
corrected_input += str + ' '
if condcorrected:
print 'did you mean: \"' + corrected_input + '\"?'
input = corrected_input
currentstring = input.split()
conversation.append(currentstring)
# Start searching input for each of the keywords
if input == 'train':
condtrain = True
printstr = 'Entering training mode. Enter input and response seperated by a "|": input|response. Type "exit" to quit training mode'
print printstr
logstr += '\n' + printstr + '\n'
while True:
traininput = raw_input('>')
if traininput == 'exit':
break
if traininput.find('|') < 0:
printstr = 'Format error: use input|response'
print printstr
logstr += '\n' + printstr + '\n'
continue
traininput = traininput.split('|')
responsedict[traininput[0]] = traininput[1]
if condtrain:
continue
for i in countrylist:
for j in currentstring:
if lower(i[0]) == lower(j):
printstr = 'Which city in ' + i[0] + '?'
condcountry = True
foundinfo = True
break
if condcountry:
print printstr
logstr += printstr
continue
if 'next' in input:
foundinfo = True
condnext = True
condtime = False
numdays = currentstring[currentstring.index('next') + 1]
for i in numlist:
if numdays == i[0]:
numdays = i[1]
break
if re.match('[0-9]*$',numdays):
numdays = int(numdays)
else:
numdays = ''
if 'weather' in input:
foundinfo = True
condweather = True
condkey = False
condtemp = False
key = ''
keytemplate = []
# get key from input
for i in keylist:
if i[0] in input:
if 'sunday' in lower(input) and i[0] == 'sun':
break
else:
foundinfo = True
condkey = True
condweather = False
condtemp = False
key = i[0]
keytemplate = i
break
# get time from input
for i in timelist:
if lower(i[0]) in input:
foundinfo = True
condtime = True
numdays = ''
if lower(i[0]) != 'today' and lower(i[0]) != 'tomorrow':
time = i[1]
fulltime = i[0]
break
else:
time = i[0]
fulltime = time
break
if fulltime == '':
fulltime = time
if numdays != '':
condtime = True
if numdays > 4:
printstr = 'Forecast is available only for the next 4 days.'
print printstr
logstr += '\n' + printstr + '\n'
else:
time = ''
fulltime = ''
count = numdays
# get location from input
for i in citylist:
if lower(i[0]) in input:
foundinfo = True
condlocation = True
location = i[0]
break
# find if a new location has been mentioned. if not, don't fetch data again
if location != prevlocation:
newlocation = True
condlocation = True
prevlocation = location
else:
newlocation = False
if location is '':
if prevlocation is '':
condlocation = False
else:
location = prevlocation
newlocation = False
location = location.replace(' ','-') #Google requires a '-' in 2-word city names
result = False
# get temperature from input
if 'temperature' in input:
foundinfo = True
condtemp = True
# User gave no infomation about weather. Switching to general predefined response based chat
if not foundinfo:
response = predefined_responses.respond(input, responsedict)
if response == '':
printstr = "I don't know what that means. If I asked you the same question, what would you reply?"
print printstr
logstr += printstr
responseinput = raw_input('Me > ')
logstr += '\nMe > ' + responseinput
if not responseinput in ('exit', 'quit'):
responsedict[input] = responseinput
print 'response learnt'
else:
printstr = response
print printstr
logstr += printstr
continue
if condlocation:
if newlocation: #If location hasn't changed, don't fetch data again. It's already available
printstr = 'Fetching weather information from Google...'
print printstr
logstr += printstr
# Call Google weather to get current weather conditions
google_result = weather.get_weather(location)
if google_result == {}:
print 'Could not get data from google.'
continue
# We have a valid location. Get further information
# User has asked about temperature. Return temperature information and continue
if condtemp:
printstr = temperature.temperature(google_result, time)
print printstr
logstr += printstr
continue
# User has asked about a specific weather condition. Print information. There are 2 possibilities:
# 1. Find the condition in the next n days
# 2. Find the condition in a specified day
if condkey:
# 1. User has asked about a specific condition in the 'next x days'. Return appropriate response
printstr = ''
timecounter = 0
day_of_week = ''
condition = ''
if numdays != '':
for i in google_result['forecasts']:
count -= 1
if count < 0:
break
if key in lower(i['condition']):
result = True
day_of_week = i['day_of_week']
condition = i['condition']
break
for i in timelist:
if i[0] != 'today' and i[0] != 'tomorrow':
if i[1] == day_of_week:
fulltime = i[0]
break
if result:
printstr = keytemplate[3] + keytemplate[0] + ' on ' + fulltime
else:
printstr = keytemplate[4] + keytemplate[0] + ' in the next ' + str(numdays) + ' days.'
print printstr
logstr += printstr
continue
# 2. User has asked about a particular condition on a particular day. Return appropriate response
if time != 'today' and time != 'tomorrow':
for i in google_result['forecasts']:
if i['day_of_week'] == time:
if key in lower(i['condition']):
printstr = keytemplate[3] + keytemplate[0] + ' on'
else:
printstr = keytemplate[4] + keytemplate[0] + ' on'
elif time == 'today':
fulltime = time
if key in lower(google_result['current_conditions']['condition']):
printstr = keytemplate[1] + keytemplate[0]
else:
printstr = keytemplate[2] + keytemplate[0]
elif time == 'tomorrow':
fulltime = time
if key in lower(google_result['forecasts'][1]['condition']):
printstr = keytemplate[3] + keytemplate[0]
else:
printstr = keytemplate[4] + keytemplate[0]
printstr = printstr + ' ' + fulltime
print printstr
logstr += printstr
continue
# User is asking about today's weather. Print details
elif time == '' or time == 'today' :
printstr = sentence.sentence(google_result['current_conditions']['condition'], time)
printstr += ' ' + fulltime + '. ' + google_result['current_conditions']['humidity'] + ' '
if google_result['current_conditions'].has_key('wind_condition'):
printstr += google_result['current_conditions']['wind_condition']
print printstr
logstr += printstr
continue
# User is asking about weather of a particular day. Print details
elif time == 'tomorrow':
printstr = sentence.sentence(google_result['forecasts'][1]['condition'], time)
printstr += ' ' + fulltime
print printstr
logstr += printstr
else:
found = False
for i in range(4):
if google_result['forecasts'][i]['day_of_week'] == time:
printstr = sentence.sentence(google_result['forecasts'][i]['condition'], time)
printstr += " on" + ' ' + fulltime
print printstr
logstr += printstr
found = True
if not found:
printstr = "Forecast for " + time + " is not available currently."
print printstr
logstr += printstr
continue
else:
printstr = 'What\'s the location?'
print printstr
logstr += printstr
# End of outermost while loop.
# Print message before exiting program
dictcount = 0
for i in responsedict:
dictcount += 1
if dictcount > 0:
printstr = 'Writing new entries to database...'
print printstr
logstr += printstr
datafile = file('predefined_responses.txt', 'a')
for i in responsedict.keys():
trimmedi = re.sub('[^a-zA-Z0-9 ]+','', i)
string = trimmedi + '|' + responsedict[i] + '\n'
datafile.write(string)
log.log(logstr)
print 'Ending the program...'
print 'Bye!'
# End of function chat()
def bot():
conversation = []
location = ''
time = 'today'
key = ''
keytemplate = []
fulltime = ''
numdays = ''
citylist = readfile.readfile('cities.txt')
keylist = readfile.readfile('keywords.txt')
timelist = readfile.readfile('time.txt')
condlist = readfile.readfile('conditions.txt')
numlist = readfile.readfile('numbers.txt')
exitlist = ['exit', 'quit', 'bye', 'ok']
print 'Hello! You can ask me questions about the weather in any major city in the world. What would you like to know?'
while True :
input = raw_input('Me > ')
if input in exitlist:
break
currentstring = input.split()
conversation.append(currentstring)
if 'next' in currentstring:
numdays = currentstring[currentstring.index('next') + 1]
for i in numlist:
if numdays == i[0]:
numdays = i[1]
break
if re.match('[0-9]*$',numdays):
numdays = int(numdays)
else:
numdays = ''
if 'weather' in currentstring:
key = ''
keytemplate = []
# get key from input
for i in keylist:
if i[0] in input:
key = i[0]
keytemplate = i
break
# get time from input
for i in timelist:
if lower(i[0]) in input:
numdays = ''
if lower(i[0]) != 'today' and lower(i[0]) != 'tomorrow':
time = i[1]
fulltime = i[0]
break
else:
time = i[0]
fulltime = time
break
if fulltime == '':
fulltime = time
if numdays != '':
if numdays > 4:
print 'Forecast is available only for the next 4 days.'
else:
time = ''
fulltime = ''
count = numdays
prevlocation = location
#We store previous location to avoid re-fetching data if the location hasn't been changed
# Below, we check if any token in the input matches a city name, and if so, set location to that city
newlocation = False
# get location from input
foundLocation = False
for i in citylist:
if lower(i[0]) in input:
location = i[0]
foundLocation = True
break
#if not foundLocation:
#if location != '':
#print "I didn't find any city name in your input. I'll get you information about " + location
# find if a new location has been mentioned. if not, don't fetch data again
if location is not prevlocation:
newlocation = True
if location is '':
if prevlocation is '':
print 'City not found'
else:
location = prevlocation
newlocation = False
location = location.replace(' ','-') #Google requires a '-' in 2-word city names
result = False
if location is not '':
if newlocation: #If location hasn't changed, don't fetch data again. It's already available
print 'Fetching weather information from Google...'
# Call Google weather to get current weather conditions
google_result = weather.get_weather(location)
if 'temperature' in currentstring:
print temperature.temperature(google_result, time)
continue
printed = False
if key is not '':
printstring = ''
timecounter = 0
day_of_week = ''
condition = ''
if numdays != '':
for i in google_result['forecasts']:
count -= 1
if count < 0:
break
if key in lower(i['condition']):
result = True
day_of_week = i['day_of_week']
condition = i['condition']
break
for i in timelist:
if i[0] != 'today' and i[0] != 'tomorrow':
if i[1] == day_of_week:
fulltime = i[0]
break
if result:
printstring = keytemplate[3] + keytemplate[0] + ' on ' + fulltime
else:
printstring = keytemplate[4] + keytemplate[0] + ' in the next ' + str(numdays) + ' days.'
print printstring
printed = True
if not printed:
if time != 'today' and time != 'tomorrow':
for i in google_result['forecasts']:
if i['day_of_week'] == time:
if key in lower(i['condition']):
printstring = keytemplate[3] + keytemplate[0] + ' on'
else:
printstring = keytemplate[4] + keytemplate[0] + ' on'
elif time == 'today':
fulltime = time
if key in lower(google_result['current_conditions']['condition']):
printstring = keytemplate[1] + keytemplate[0]
else:
printstring = keytemplate[2] + keytemplate[0]
elif time == 'tomorrow':
fulltime = time
if key in lower(google_result['forecasts'][1]['condition']):
printstring = keytemplate[3] + keytemplate[0]
else:
printstring = keytemplate[4] + keytemplate[0]
print printstring, fulltime
elif time == '' or time == 'today' :
printstring = sentence.sentence(google_result['current_conditions']['condition'], time)
print printstring, fulltime, google_result['current_conditions']['humidity'], google_result['current_conditions']['wind_condition']
else :
if time == 'tomorrow':
printstring = sentence.sentence(google_result['forecasts'][1]['condition'], time)
print printstring, fulltime
else:
found = False
for i in range(4):
if google_result['forecasts'][i]['day_of_week'] == time:
printstring = sentence.sentence(google_result['forecasts'][i]['condition'], time)
print printstring, "on", fulltime
found = True
if not found:
print "Forecast for " + time + " is not available currently."
else:
print 'What\'s the location?'
#end of outermost while loop
print 'ending the program...'
print 'bye!'
foo["status"] = temp.Status(sensor)
return foo
@app.route("/temp/<sensor>")
def getTemperature(sensor):
return str(json.JSONEncoder().encode(getDetails(sensor)))
@app.route("/temps/")
def getTemperatures():
foo = {}
for sensor in temp.sensors.keys():
foo[sensor] = getDetails(sensor)
return str(json.JSONEncoder().encode(foo))
@app.route("/calibrate/<temperature>")
def calibrate(temperature):
temperature = float(temperature)
for sensor in temp.sensors.keys():
temp.sensors[sensor].Calibrate(temperature)
return getTemperatures()
if __name__ == "__main__":
if os.environ.get("WERKZEUG_RUN_MAIN") == "true":
temp = temperature()
temp.Start()
app.run(host="0.0.0.0", debug=True, threaded=False)
def getTemperatures(self):
sql = 'select * from temperature'
temperatures = []
for x in self.db.execute(sql):
temperatures.append(t.temperature(x[0], x[1]))
return temperatures
