func math.Inf

45 uses

	math (current package)
		atanh.go#L62: 		return Inf(1)
		atanh.go#L64: 		return Inf(-1)
		bits.go#L20: func Inf(sign int) float64 {
		dim.go#L51: 		return Inf(1)
		dim.go#L87: 		return Inf(-1)
		erfinv.go#L81: 			return Inf(int(x))
		exp.go#L117: 		return Inf(1)
		exp.go#L165: 		return Inf(1)
		expm1.go#L172: 			return Inf(1)
		gamma.go#L102: 		return Inf(1), 1
		gamma.go#L138: 		return Inf(1)
		gamma.go#L141: 			return Inf(-1)
		gamma.go#L143: 		return Inf(1)
		gamma.go#L166: 			return Inf(signgam)
		gamma.go#L211: 		return Inf(1)
		hypot.go#L32: 		return Inf(1)
		j0.go#L179: 		return Inf(-1)
		j1.go#L178: 		return Inf(-1)
		jn.go#L250: 			return Inf(1)
		jn.go#L252: 		return Inf(-1)
		ldexp.go#L39: 			return Inf(-1)
		ldexp.go#L41: 		return Inf(1)
		lgamma.go#L197: 		lgamma = Inf(1)
		lgamma.go#L217: 			lgamma = Inf(1)
		lgamma.go#L222: 			lgamma = Inf(1) // -integer
		log.go#L108: 		return Inf(-1)
		log1p.go#L126: 		return Inf(-1)
		log1p.go#L128: 		return Inf(1)
		logb.go#L18: 		return Inf(-1)
		logb.go#L20: 		return Inf(1)
		pow.go#L67: 				return Inf(-1)
		pow.go#L69: 			return Inf(1)
		pow.go#L83: 			return Inf(1)
		pow.go#L93: 			return Inf(1)
		pow.go#L114: 			return Inf(1)
		pow10.go#L42: 		return Inf(1)

	math/big
		float.go#L910: 				return float32(math.Inf(-1)), Below
		float.go#L912: 			return float32(math.Inf(+1)), Above
		float.go#L948: 			return float32(math.Inf(-1)), Exact
		float.go#L950: 		return float32(math.Inf(+1)), Exact
		float.go#L1030: 				return math.Inf(-1), Below
		float.go#L1032: 			return math.Inf(+1), Above
		float.go#L1068: 			return math.Inf(-1), Exact
		float.go#L1070: 		return math.Inf(+1), Exact

	strconv
		atof.go#L64: 			return math.Inf(sign), nsign + n, true