func (r *Rational) Compare(r2 *Rational) (int, bool) {
res := C.av_cmp_q(r.CAVRational, r2.CAVRational)
switch res {
case 0, 1, -1:
return int(res), true
}
return 0, false
}
func (time *Timestamp) Equals(ts Timestamp) bool {
return time.Time == ts.Time && C.av_cmp_q(*ts.Timebase.GetAVRational(), *time.Timebase.GetAVRational()) == 0
}
func (r *Rational) Lower(r2 Rational) bool {
return C.av_cmp_q(*r.GetAVRational(), *r2.GetAVRational()) < 0
}
func (r *Rational) Greater(r2 Rational) bool {
return C.av_cmp_q(*r.GetAVRational(), *r2.GetAVRational()) > 0
}
func (r *Rational) Equals(r2 Rational) bool {
return C.av_cmp_q(*r.GetAVRational(), *r2.GetAVRational()) == 0
}
func av_cmp_q(left, right Rational) int {
var a C.AVRational = C.AVRational{C.int(left.Num), C.int(left.Den)}
var b C.AVRational = C.AVRational{C.int(right.Num), C.int(right.Den)}
return int(C.av_cmp_q(a, b))
}