47         float vn${N} = vz${N} * vminus_log2e + vmagic_bias;
50         const uint32_t ve${N} = fp32_to_bits(vn${N}) << 12;
53         const uint32_t vidx${N} = fp32_to_bits(vn${N}) & vindex_mask;
57         vn${N} -= vmagic_bias;
60         float vt${N} = vn${N} * vln2_hi + vz${N};
63         vt${N} = vn${N} * vln2_lo + vt${N};
97       float vn = vz * vminus_log2e + vmagic_bias;  variable
98       const uint32_t ve = fp32_to_bits(vn) << 12;
99       const uint32_t vidx = fp32_to_bits(vn) & vindex_mask;
101       vn -= vmagic_bias;
103       float vt = vn * vln2_hi + vz;
104       vt = vn * vln2_lo + vt;
128       float vn = vz * vminus_log2e + vmagic_bias;  variable
129       const uint32_t ve = fp32_to_bits(vn) << 12;
130       const uint32_t vidx = fp32_to_bits(vn) & vindex_mask;
132       vn -= vmagic_bias;
134       float vt = vn * vln2_hi + vz;
135       vt = vn * vln2_lo + vt;
158         float vn = vz * vminus_log2e + vmagic_bias;  variable
159         const uint32_t ve = fp32_to_bits(vn) << 12;
160         const uint32_t vidx = fp32_to_bits(vn) & vindex_mask;
162         vn -= vmagic_bias;
164         float vt = vn * vln2_hi + vz;
165         vt = vn * vln2_lo + vt;