func math.NaN

30 uses

	math (current package)
		acosh.go#L55: 		return NaN()
		asin.go#L37: 		return NaN() // special case
		atan2.go#L41: 		return NaN()
		atanh.go#L60: 		return NaN()
		bits.go#L31: func NaN() float64 { return Float64frombits(uvnan) }
		dim.go#L53: 		return NaN()
		dim.go#L89: 		return NaN()
		erf.go#L204: 		return NaN()
		erf.go#L286: 		return NaN()
		erfinv.go#L83: 		return NaN()
		gamma.go#L136: 		return NaN()
		hypot.go#L34: 		return NaN()
		j0.go#L175: 		return NaN()
		j1.go#L174: 		return NaN()
		jn.go#L240: 		return NaN()
		log.go#L106: 		return NaN()
		log1p.go#L124: 		return NaN()
		mod.go#L31: 		return NaN()
		nextafter.go#L17: 		r = float32(NaN())
		nextafter.go#L40: 		r = NaN()
		pow.go#L62: 		return NaN()
		pow.go#L103: 		return NaN()
		remainder.go#L53: 		return NaN()
		sin.go#L134: 		return NaN()
		sin.go#L203: 		return NaN()
		sincos.go#L27: 		return NaN(), NaN()
		sqrt.go#L106: 		return NaN()
		tan.go#L101: 		return NaN()

	strconv
		atof.go#L68: 			return math.NaN(), 3, true