386             return sk_bit_cast<U64>(parts);
925     return sk_bit_cast<V>(if_then_else(c, sk_bit_cast<F>(t), sk_bit_cast<F>(e)));  in if_then_else()
945     F e = cast(sk_bit_cast<U32>(x)) * (1.0f / (1<<23));  in approx_log2()
948     F m = sk_bit_cast<F>((sk_bit_cast<U32>(x) & 0x007fffff) | 0x3f000000);  in approx_log2()
962     return sk_bit_cast<F>(round(1.0f * (1<<23),  in approx_pow2()
995                               , sk_bit_cast<F>( (s<<16) + (em<<13) + ((127-15)<<23) ));  in from_half()
1009     U32 sem = sk_bit_cast<U32>(f),  in to_half()
1228     F inclusive = sk_bit_cast<F>( sk_bit_cast<U32>(limit) - 1 );  // Exclusive -> inclusive.  in clamp()
1659     float inf = sk_bit_cast<float>(0x7f800000);  in STAGE()
1820     U32 bits = sk_bit_cast<U32>(x);  in strip_sign()
1822     return sk_bit_cast<F>(bits ^ *sign);  in strip_sign()
1826     return sk_bit_cast<F>(sign | sk_bit_cast<U32>(x));  in apply_sign()
2318     r = sk_bit_cast<F>(sk_bit_cast<U32>(r) & mask);  in STAGE()
2319     g = sk_bit_cast<F>(sk_bit_cast<U32>(g) & mask);  in STAGE()
2320     b = sk_bit_cast<F>(sk_bit_cast<U32>(b) & mask);  in STAGE()
2321     a = sk_bit_cast<F>(sk_bit_cast<U32>(a) & mask);  in STAGE()
2546     r = sk_bit_cast<F>(sk_bit_cast<U32>(r) & mask);  in STAGE()
2547     g = sk_bit_cast<F>(sk_bit_cast<U32>(g) & mask);  in STAGE()
2548     b = sk_bit_cast<F>(sk_bit_cast<U32>(b) & mask);  in STAGE()
2549     a = sk_bit_cast<F>(sk_bit_cast<U32>(a) & mask);  in STAGE()
3094     return sk_bit_cast<F>( (sk_bit_cast<I32>(t) & c) | (sk_bit_cast<I32>(e) & ~c) );
3181 SI F abs_(F x) { return sk_bit_cast<F>( sk_bit_cast<I32>(x) & 0x7fffffff ); }
3356     const F w = sk_bit_cast<float>( sk_bit_cast<uint32_t>(ctx->width ) - 1),
3357             h = sk_bit_cast<float>( sk_bit_cast<uint32_t>(ctx->height) - 1);