# Q.1

def Donnees_Trame(Trame):
     return Trame.split(",")[1:]

a="$GPGGA,115739.034,3128.8441367,N,09147.4416929,W,1,8,0.9,255.7"              #a=input("Trame : ")
print(Donnees_Trame(a))
b=Donnees_Trame(a)

# Q.2

def Heure_UTC(Data):
    utc=Data[0]
    heures=int(utc[0:2])
    minutes=int(utc[2:4])
    secondes=float(utc[4:])
    return ("{}h {}min {}s".format(heures,minutes,secondes))

print(Heure_UTC(b))

# Q.3

def Latitude(La):
    latitude=La[1]
    degres=int(latitude[:2])
    min_deci=float(latitude[2:])
    degres+=min_deci/60
    if La[2]=="S":
        degres*=-1
    return ("{}°".format(degres))

print(Latitude(b))

# Q.4

def Longitude(Lo):
    longitude=Lo[3]
    degres=int(longitude[:2])
    min_deci=float(longitude[2:])
    degres+=min_deci/60
    if Lo[4]=="W":
        degres*=-1
    return ("{}°".format(degres))

print(Longitude(b))

# Q.5

def Fiabilite(Test):
    fiabilite=Test[5]
    if fiabilite==str(0) :
        return False
    else :
        return True

print(Fiabilite(b))

# Q.6

def Altitude(Alt):
    altitude=Alt[-1]
    return ("{}m".format(altitude))

print(Altitude(b))

# Q.7