130         u32 bits32 = 0;  in Bits24ToFloat32()  local
131         bits32 |= (sign != 0) ? SIGN32 : 0;  in Bits24ToFloat32()
145         bits32 |= fraction & FRACTION_MASK32;  in Bits24ToFloat32()
146         bits32 |= ((u32)exp & 0xFF) << FRACTION_WIDTH32;  in Bits24ToFloat32()
148         return *reinterpret_cast<f32*>(&bits32);  in Bits24ToFloat32()
160         u32 bits32 = *reinterpret_cast<u32*>(&value);  in Float32ToBits24()  local
162         u32 sign = bits32 & SIGN32;  in Float32ToBits24()
163         int exp = (int)((bits32 & EXP_MASK32) >> FRACTION_WIDTH32);  in Float32ToBits24()
164         u32 fraction = bits32 & FRACTION_MASK32;  in Float32ToBits24()
169         if ((bits32 & ~SIGN32) == 0)  in Float32ToBits24()
287         u32 bits32 = 0;  in Bits31ToFloat32()  local
288         bits32 |= (sign != 0) ? SIGN32 : 0;  in Bits31ToFloat32()
300         bits32 |= fraction & FRACTION_MASK32;  in Bits31ToFloat32()
301         bits32 |= ((u32)exp & 0xFF) << FRACTION_WIDTH32;  in Bits31ToFloat32()
303         return *reinterpret_cast<f32*>(&bits32);  in Bits31ToFloat32()
315         u32 bits32 = *reinterpret_cast<u32*>(&value);  in Float32ToBits31()  local
317         u32 sign = bits32 & SIGN32;  in Float32ToBits31()
318         int exp = (int)((bits32 & EXP_MASK32) >> FRACTION_WIDTH32);  in Float32ToBits31()
319         u32 fraction = bits32 & FRACTION_MASK32;  in Float32ToBits31()
324         if ((bits32 & ~SIGN32) == 0)  in Float32ToBits31()
441         u32 bits32 = 0;  in Bits20ToFloat32()  local
442         bits32 |= (sign != 0) ? SIGN32 : 0;  in Bits20ToFloat32()
456         bits32 |= fraction & FRACTION_MASK32;  in Bits20ToFloat32()
457         bits32 |= ((u32)exp & 0xFF) << FRACTION_WIDTH32;  in Bits20ToFloat32()
459         return *reinterpret_cast<f32*>(&bits32);  in Bits20ToFloat32()
471         u32 bits32 = *reinterpret_cast<u32*>(&value);  in Float32ToBits20()  local
473         u32 sign = bits32 & SIGN32;  in Float32ToBits20()
474         int exp = (int)((bits32 & EXP_MASK32) >> FRACTION_WIDTH32);  in Float32ToBits20()
475         u32 fraction = bits32 & FRACTION_MASK32;  in Float32ToBits20()
480         if ((bits32 & ~SIGN32) == 0)  in Float32ToBits20()
600         u32 bits32 = 0;  in Bits16ToFloat32()  local
601         bits32 |= (sign != 0) ? SIGN32 : 0;  in Bits16ToFloat32()
615         bits32 |= fraction & FRACTION_MASK32;  in Bits16ToFloat32()
616         bits32 |= ((u32)exp & 0xFF) << FRACTION_WIDTH32;  in Bits16ToFloat32()
618         return *reinterpret_cast<f32*>(&bits32);  in Bits16ToFloat32()
630         u32 bits32 = *reinterpret_cast<u32*>(&value);  in Float32ToBits16()  local
632         u32 sign = bits32 & SIGN32;  in Float32ToBits16()
633         int exp = (int)((bits32 & EXP_MASK32) >> FRACTION_WIDTH32);  in Float32ToBits16()
634         u32 fraction = bits32 & FRACTION_MASK32;  in Float32ToBits16()
639         if ((bits32 & ~SIGN32) == 0)  in Float32ToBits16()