$($Python$)$Write a Boolean function between that takes two MyTime objects, t$1$ and t$2,$ as arguments, and returns True if the invoking object falls between

the two times. Assume t$1<=$ t$2,$ and make the test closed at the lower

bound and open at the upper bound, i$.$e$.$ return True if t$1<=$ obj $<$ t$2.$

Turn the above function into a method in the MyTime class. Code to modify class MyTime:

def $\_\_$init$\_\_($self$,$ hrs$=0,$ mins$=0,$ secs$=0)$:

if hrs$<0$:

hrs$=$abs$($hrs$)$

if mins$<0$:

mins$=$abs$($mins$)$

if secs$<0$:

secs$=$abs$($secs$)$

t$\_$secs $=$ hrs$*3600+$ mins$*60+$ secs

self.hrs $=$ t$\_$secs $//3600$ # Split in h$,$ m$,$ s

left$\_$over$\_$secs $=$ t$\_$secs $\%3600$

self.mins $=$ left$\_$over$\_$secs $//60$

self.secs $=$ left$\_$over$\_$secs $\%60$

print $($t$\_$secs$)$

def $\_\_$str$\_\_($self$)$:

return $"\{0\}$:$\{1\}$:$\{2\}".$format$($self$.$hrs$,$self.mins,self.secs$)$

def $\_\_$lt$\_\_($self$,$t$2)$:

if self.hrs$=$t$2.$hrs and self.mins$>=$t$2.$mins and self.secs$>=$t$2.$secs:

return True

else:

return False

def $\_\_$ne$\_\_($self$,$t$2)$:

if self.hrs$!=$t$2.$hrs or self.mins!$=$t$2.$mins or self.secs$!=$t$2.$secs:

return True

else:

return False

def $\_\_$add$\_\_($self$,$t$2)$:

h$=$self.hrs$+$t$2.$hrs

m$=$self.mins$+$t$2.$mins

s$=$self.secs$+$t$2.$secs

while s$>59$:

s$-=60$

m$+=1$

while m$>59$:

m$-=60$

h$+=1$

sum$\_$t$=$MyTime$($h$,$m$,$s$)$

return sum$\_$t