(v&>w)

(v&>=w)

(v&<w)

(v&<=w)

(v&==w)

(v&!=w)

v, w: expressions

The Boolean binary operator &> can be used in the anims and insignals components of a call to MotionOutput to represent a conditional expression whose value equals 1 if the left argument is greater than the right argument and 0 otherwise.

The Boolean binary operator &>= can be used in the anims and insignals components of a call to MotionOutput to represent a conditional expression whose value equals 1 if the left argument is greater than or equal to the right argument and 0 otherwise.

The Boolean binary operator &< can be used in the anims and insignals components of a call to MotionOutput to represent a conditional expression whose value equals 1 if the left argument is less than the right argument and 0 otherwise.

The Boolean binary operator &<= can be used in the anims and insignals components of a call to MotionOutput to represent a conditional expression whose value equals 1 if the left argument is less than or equal to the right argument and 0 otherwise.

The Boolean binary operator &== can be used in the anims and insignals components of a call to MotionOutput to represent a conditional expression whose value equals 1 if the left argument equals the right argument and 0 otherwise.

The Boolean binary operator &!= can be used in the anims and insignals components of a call to MotionOutput to represent a conditional expression whose value equals 1 if the left argument differs from the right argument and 0 otherwise.

The Boolean operators are implemented as functions. It follows that the expression v&>w is equivalent to `&>`(v,w). Since function evaluation has higher priority than arithmetic operations, parentheses must be used to delimit the arguments of the Boolean operators.

>v&>3;

$v\&>3$

>2+v&>3;

$2+v\&>3$

>(2+v)&>3;

$\left(2+v\right)\&>3$

>MotionOutput(ode={},anims=[k=(sin(2*Pi*t)&>=0),
   good_on=(n1^2+n2^2+n3^2)&!=0]);

   time t;
   anims {
       k = (sin(2*Pi*t)>=0);
       good_on = (n1^2+n2^2+n3^2!=0);
   }

>MotionOutput(ode={},anims=[bad_on=n1^2+n2^2+n3^2&!=0]);

   anims {
       bad_on = n1^2+n2^2+n3^(2!=0);
   }

MotionOutput