Create this gui on java that supports rational calculations using this code as the logic, make it look like the picture below. Will thumbs up
.
public class Rational extends Object implements Comparable
{
private final int num;
private final int den;
public final static Rational ZERO
=
 new Rational
(
0
)
;
public final static Rational ONE
=
 new Rational
(
1
)
;
public int getNumerator
(
)
 
{
return num;

}
public int getDenominator
(
)
 
{
return den;

}

public Rational
(
)
 
{
this
(
0
,
 
1
)
;

}
public Rational
(
int num
)
 
{
this
(
num
,
 
1
)
;

}
public Rational
(
int
[
]
 fract
)
 
{
this
(
fract
[
0
]
,
 fract
[
1
]
)
;

}

public Rational
(
int numerator, int denominator
)
 
{
if
(
denominator
=
=
 
0
)
 
{
throw new ArithmeticException
(
"
denominator is zero"
)
;

}

/
/
 reduce fraction
int g
=
 gcf
(
numerator
,
 denominator
)
;
if
(
denominator
>
 
0
)
 
{
this.num
=
 numerator
/
 g;
this.den
=
 denominator
/
 g;

}
 else
{
this.num
=
 
-
numerator
/
 g;
this.den
=
 
-
denominator
/
 g;

}

}
public Rational times
(
Rational b
)
 
{
Rational a
=
 this;
int num
=
 a
.
num
*
 b
.
num;
int den
=
 a
.
den
*
 b
.
den;
return new Rational
(
num
,
 den
)
;

}
public Rational plus
(
Rational b
)
 
{
Rational a
=
 this;
if
(
a
.
equals
(
Rational
.
ZERO
)
)
return b;
if
(
b
.
compareTo
(
Rational
.
ZERO
)
 
=
=
 
0
)
return a;
int num
=
 a
.
num
*
 b
.
den
+
 a
.
den
*
 b
.
num;
int den
=
 a
.
den
*
 b
.
den;
return new Rational
(
num
,
 den
)
;

}
public Rational negate
(
)
 
{
return new Rational
(
-
this.num, this.den
)
;

}
public Rational minus
(
Rational b
)
 
{
Rational a
=
 this;
return a
.
plus
(
b
.
negate
(
)
)
;

}
public Rational divides
(
Rational b
)
 
{
Rational a
=
 this;
return a
.
times
(
b
.
reciprocal
(
)
)
;

}

public Rational reciprocal
(
)
 
{
return new Rational
(
this
.
den, this.num
)
;

}
public Rational abs
(
)
 
{
if
(
this
.
num
>
=
 
0
)
return this;
else
return this.negate
(
)
;

}
public double toDouble
(
)
 
{
return
(
double
)
this
.
num
/
 this.den;

}
@Override
public boolean equals
(
Object obj
)
 
{
if
(
this
=
=
 obj
)
return true;
if
(
obj
=
=
 null
)
return false;
if
(
this
.
getClass
(
)
 
!
=
 obj.getClass
(
)
)
return false;
Rational other
=
 
(
Rational
)
 obj;
if
(
den
!
=
 other.den
)
return false;
if
(
num
!
=
 other.num
)
return false;
return true;

}
public String toString
(
)
 
{
if
(
den
=
=
 
1
)
return num
+
 
"
"
;
else
return num
+
 
"
/
"
 
+
 den;

}

/
/
 return
{
 
-
,
 
0
,
 
+
 
}
 if a
<
 b
,
 a
=
 b
,
 or a
>
 b

/
/
 a
.
compareTo
(
b
)
 
<
 
0
 if a
<
 b
public int compareTo
(
Rational b
)
 
{
Rational a
=
 this;
int lhs
=
 a
.
num
*
 b
.
den;
int rhs
=
 a
.
den
*
 b
.
num;
if
(
lhs
<
 rhs
)
return
-
1
;
if
(
lhs
>
 rhs
)
return
1
;
return
0
;

}
private static int gcf
(
int m
,
 int n
)
 
{
int retval
=
 
0
;
if
(
m
<
 
0
)
m
=
 
-
m;
if
(
n
<
 
0
)
n
=
 
-
n;
if
(
n
=
=
 
0
)
retval
=
 m;
else
{
int rem;
while
(
(
rem
=
 m
%
 n
)
 
!
=
 
0
)
 
{
m
=
 n;
n
=
 rem;

}
retval
=
 n;

}
return retval;

}
student submitted image, transcription available