Lines Matching refs:multipliers
27 // All multipliers are the same, except possibly for the last.
55 // because we also have to multiply the multipliers.
58 // - Most multipliers are the same; we can avoid repeated multiplications and
60 // as the parts/multipliers grow, we'll need most of the memory anyway.)
64 // - one holds the multipliers (and will be "empty" in the next round), and
65 // - one initially holds the parts and is overwritten with the new multipliers
66 // Parts and multipliers both grow in each iteration, and get fewer, so we
81 // multipliers: 100 *100 *100 *100 *100 *100 10
84 // multipliers: 10000 *10000 1000
87 // multipliers: 10000000
96 RWDigits multipliers(multipliers_storage.get(), num_parts);
99 // Digits sub-vectors we have individual digit_t values, and the multipliers
137 RWDigits new_temp = multipliers;
139 multipliers = new_multipliers;
155 Digits m_in(multipliers, start, part_len);
156 Digits m_in2(multipliers, start + part_len, part_len);
170 Digits m_in_prev(multipliers, prev_start, part_len);
171 Digits m_in2_prev(multipliers, prev_start + part_len, part_len);
188 Digits m_in(multipliers, i * part_len, part_len);
201 RWDigits new_temp = multipliers;
203 multipliers = new_multipliers;