def analyzeWeatherData():
import NaiveBayer as NB
import getWeatherData as gWD
data = open("OpenOrImpededSchoolInfo.txt").read()
data = '['+data[1:]+']'
try:
inputVector = gWD.getWeatherData()
except:
return "Unable to connect."
inputVector.append('?')
summaries = NB.summarizeByClass(data)
output = NB.predict(summaries,inputVector)
if output == 4:
data = open("CloseOrDelaySchoolInfo.txt").read()
data = '['+data[1:]+']'
summaries = NB.summarizeByClass(data)
output = NB.predict(summaries,inputVector)
if output == 5:
data = open("2HourOr3HourDelaySchoolInfo.txt").read()
data = '['+data[1:]+']'
summaries = NB.summarizeByClass(data)
output = NB.predict(summaries,inputVector)
return output
import getWeatherData as gWD
import schoolStatus as sS
data = gWD.getWeatherData()
schoolStatusIdentifier = sS.schoolStatus()
dataOriginal = data
if schoolStatusIdentifier == 1:
data.append(1)
file = open("OpenOrImpededSchoolInfo.txt",'a')
file.write(','+str(data))
file.close()
data = dataOriginal
if schoolStatusIdentifier != 1:
data.append(4)
file = open("OpenOrImpededSchoolInfo.txt",'a')
file.write(','+str(data))
file.close()
data = dataOriginal
if not schoolStatusIdentifier:
data.append(0)
file = open("CloseOrDelaySchoolInfo.txt",'a')
file.write(','+str(data))
file.close()
data = dataOriginal
if schoolStatusIdentifier == 2 or schoolStatusIdentifier == 3:
data.append(5)
file = open("CloseOrDelaySchoolInfo.txt",'a')
file.write(','+str(data))
file.close()
data = dataOriginal
data.append(schoolStatusIdentifier)
file = open("2HourOr3HourDelaySchoolInfo.txt",'a')
