Assessment_1

Dieter Gebert

Create sensor data for 32 sensors with 16 bit data and store in a file

##Imports import random

##Initialize all parameters NoOfDict = 32 ##No of Sensors NoOfFloat = 16 ##Floating numbers in a Dictionary count = 1 myDict = {} ##Creat Dictionary

##Crete the x number dictionary's with bits and data for i in range(NoOfDict): tempNameDict = "sensor_data_" + str(i) myDict[tempNameDict] = [] for j in range(NoOfFloat): tempNameBit = "bit_" + str(j) myDict[tempNameDict].append([tempNameBit, random.uniform(0.0, 1.0)]) ##append the dictionary x with bit x and sensor data x

for l in range(NoOfDict): print 'Sensor number:', count count = count + 1 for k in range(NoOfFloat): print myDict['sensor_data_1'][k] ##Print the dictionarys x

if myDict.keys() == 'err':                                                  ##Check Dictionary for 'err' error
   print("Error in Data")
   logFileTxtEr = open('SensorDataErrorLog.txt','w')                        ##Create Error Log File 'SensorDAtaErrorLog.txt'
   logFileTxtEr.writelines(myDict)                                          ##Write to Log File
   logFileTxtEr.close()                                                     ##Close Log File
else:
   print("Data is Good")

logFileTxt = open('SensorDataLog.txt','w')                                  ##Create Log File 'SensorDataLog.txt'
logFileTxt.writelines(str(myDict))                                          ##Write to Log File
logFileTxt.close()                                                          ##Close Log File