const runtime.mantbits64

26 uses

	runtime (current package)
		softfloat64.go#L12: 	mantbits64 uint = 52
		softfloat64.go#L16: 	nan64 uint64 = (1<<expbits64-1)<<mantbits64 + 1<<(mantbits64-1) // quiet NaN, 0 payload
		softfloat64.go#L17: 	inf64 uint64 = (1<<expbits64 - 1) << mantbits64
		softfloat64.go#L18: 	neg64 uint64 = 1 << (expbits64 + mantbits64)
		softfloat64.go#L30: 	sign = f & (1 << (mantbits64 + expbits64))
		softfloat64.go#L31: 	mant = f & (1<<mantbits64 - 1)
		softfloat64.go#L32: 	exp = int(f>>mantbits64) & (1<<expbits64 - 1)
		softfloat64.go#L47: 			for mant < 1<<mantbits64 {
		softfloat64.go#L55: 		mant |= 1 << mantbits64
		softfloat64.go#L98: 	for mant < 1<<mantbits64 {
		softfloat64.go#L102: 	for mant >= 4<<mantbits64 {
		softfloat64.go#L107: 	if mant >= 2<<mantbits64 {
		softfloat64.go#L110: 			if mant >= 4<<mantbits64 {
		softfloat64.go#L122: 		if exp < bias64-int(mantbits64) {
		softfloat64.go#L137: 		if mant < 1<<mantbits64 {
		softfloat64.go#L141: 	return sign | uint64(exp-bias64)<<mantbits64 | mant&(1<<mantbits64-1)
		softfloat64.go#L255: 	return f ^ (1 << (mantbits64 + expbits64))
		softfloat64.go#L282: 	shift := mantbits64 - 1
		softfloat64.go#L312: 	shift := mantbits64 + 2
		softfloat64.go#L326: 	const d = mantbits64 - mantbits32 - 1
		softfloat64.go#L331: 	const d = mantbits64 - mantbits32
		softfloat64.go#L394: 	for fe > int(mantbits64) {
		softfloat64.go#L398: 	for fe < int(mantbits64) {
		softfloat64.go#L415: 	return fpack64(fs, mant, int(mantbits64), 0)