func math.NaN
30 uses
math (current package)
acosh.go#L49: return NaN()
asin.go#L31: return NaN() // special case
atan2.go#L35: return NaN()
atanh.go#L54: return NaN()
bits.go#L31: func NaN() float64 { return Float64frombits(uvnan) }
dim.go#L43: return NaN()
dim.go#L70: return NaN()
erf.go#L198: return NaN()
erf.go#L274: return NaN()
erfinv.go#L82: return NaN()
gamma.go#L135: return NaN()
hypot.go#L27: return NaN()
j0.go#L173: return NaN()
j1.go#L172: return NaN()
jn.go#L238: return NaN()
log.go#L100: return NaN()
log1p.go#L118: return NaN()
mod.go#L25: return NaN()
nextafter.go#L16: r = float32(NaN())
nextafter.go#L38: r = NaN()
pow.go#L47: return NaN()
pow.go#L88: return NaN()
remainder.go#L47: return NaN()
sin.go#L128: return NaN()
sin.go#L191: return NaN()
sincos.go#L26: return NaN(), NaN()
sqrt.go#L105: return NaN()
tan.go#L95: return NaN()
strconv
atof.go#L68: return math.NaN(), 3, true
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