Add team#17

project.txt

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+hello world
+

projectaccident.py

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+import datetime
+from datetime import timedelta
+import random
+import time
+
+
+#the function for checking overspeeding
+def timeandspeed():
+	speed=random.randint()
+	max_speed = 120
+	if speed>max_speed:
+		p = 1
+	else:
+		p = 0
+	if p == 1:
+		print("Light on")
+	return p
+
+
+#the function for monitoring axel rotation
+
+def position():
+	angle = float(input("Value from accelerometer")) #input from accelerometer
+	c = 0
+	if angle<0:
+		angle= -(angle)
+	if angle > 27:
+		c = 1
+	return c
+
+#the function for calculation of acceleration at time of crash
+def accident():
+	accl=input()
+	fix_accl = 20.0
+	if accl<0:
+		accl=-accl
+	if accl>fix_accl:
+		return 1
+	else:
+		return 0
+
+def acceleration():
+	accl = int(input())
+	return accl
+
+#snippet to check the violation of rules and accordingly upload the data to the cloud based server
+accl_previous = acceleration()
+counter_speed = 1;
+counter_axel_rotation = 1
+counter_acceleration_var = 1
+while True:
+	accl_present = acceleration()
+	pos = position()
+	if pos == 1:
+		counter_axel_rotation+=1
+		print("Beep On")
+	if counter_axel_rotation>=5:
+		s="beep on"
+		print(s + s)
+		counter_axel_rotation=0
+		#pass on information to cloud based server
+	acc=acceleration()
+	if (accl_present-accl_previous) >= 3:
+                print("Beep on")
+		counter_acceleration_var += 1
+	if counter_acceleration_var >= 5
+		counter_acceleration_var = 0
+		#pass on information to cloud based server
+	speed_check = timeandspeed()
+	if speed_check:
+           	counter_speed += 1
+	if counter_speed >= 5:
+                counter = 0
+              #pass on information to cloud based server
+	accl_previous = accl_present;
+	acci = accident()
+	if acci == 1:
+		print("Light ON")
+		#pass on information to cloud based server
+		counter_acceleration_var + =  1
+	if counter_acceleration_var >= 5
+		#pass on information to cloud based server
+	time.sleep(1.5)