| 2537 | } |
| 2538 | |
| 2539 | void HFactor::setInvert(const InvertibleRepresentation& invert) { |
| 2540 | this->l_pivot_index = invert.l_pivot_index; |
| 2541 | this->l_pivot_lookup = invert.l_pivot_lookup; |
| 2542 | this->l_start = invert.l_start; |
| 2543 | this->l_index = invert.l_index; |
| 2544 | this->l_value = invert.l_value; |
| 2545 | this->lr_start = invert.lr_start; |
| 2546 | this->lr_index = invert.lr_index; |
| 2547 | this->lr_value = invert.lr_value; |
| 2548 | |
| 2549 | this->u_pivot_lookup = invert.u_pivot_lookup; |
| 2550 | this->u_pivot_index = invert.u_pivot_index; |
| 2551 | this->u_pivot_value = invert.u_pivot_value; |
| 2552 | this->u_start = invert.u_start; |
| 2553 | this->u_last_p = invert.u_last_p; |
| 2554 | this->u_index = invert.u_index; |
| 2555 | this->u_value = invert.u_value; |
| 2556 | |
| 2557 | this->ur_start = invert.ur_start; |
| 2558 | this->ur_lastp = invert.ur_lastp; |
| 2559 | this->ur_space = invert.ur_space; |
| 2560 | this->ur_index = invert.ur_index; |
| 2561 | this->ur_value = invert.ur_value; |
| 2562 | this->pf_start = invert.pf_start; |
| 2563 | this->pf_index = invert.pf_index; |
| 2564 | this->pf_value = invert.pf_value; |
| 2565 | this->pf_pivot_index = invert.pf_pivot_index; |
| 2566 | this->pf_pivot_value = invert.pf_pivot_value; |
| 2567 | } |
| 2568 | |
| 2569 | void InvertibleRepresentation::clear() { |
| 2570 | this->l_pivot_index.clear(); |
no outgoing calls
no test coverage detected