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lighter_bool_op.hpp
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lighter_bool_op.hpp
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/**
* PEIGEN: a Platform for Evaluation, Implementation, and Generation of S-boxes
*
* Copyright 2019 by
* Zhenzhen Bao <baozhenzhen10[at]gmail.com>
* Jian Guo <guojian[at]ntu.edu.sg>
* San Ling <lingsan[at]ntu.edu.sg>
* Yu Sasaki <yu[dot]sasaki[dot][email protected]>
*
* This platform is developed based on the open source application
* <http://jeremy.jean.free.fr/pub/fse2018_layer_implementations.tar.gz>
* Optimizing Implementations of Lightweight Building Blocks
*
* Copyright 2017 by
* Jade Tourteaux <Jade[dot]Tourteaux[at]gmail.com>
* Jérémy Jean <Jean[dot]Jeremy[at]gmail.com>
*
* We follow the same copyright policy.
*
* This file is part of some open source application.
*
* Some open source application is free software: you can redistribute
* it and/or modify it under the terms of the GNU General Public
* License as published by the Free Software Foundation, either
* version 3 of the License, or (at your option) any later version.
*
* Some open source application is distributed in the hope that it will
* be useful, but WITHOUT ANY WARRANTY; without even the implied warranty
* of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with Foobar. If not, see <http://www.gnu.org/licenses/>.
*
* @license GPL-3.0+ <http://spdx.org/licenses/GPL-3.0+>
*/
#ifndef LIGHTER_BOOL_OP_H__
#define LIGHTER_BOOL_OP_H__
using namespace Peigen;
using namespace Peigen::weight;
using namespace std;
template<int N>
void lighter<N>::all_gates()
{
gate_not1 = true;
gate_and2 = true;
gate_nand2 = true;
gate_or2 = true;
gate_nor2 = true;
gate_xor2 = true;
gate_xnor2 = true;
gate_moai1 = true;
gate_maoi1 = true;
gate_nand3 = true;
gate_nor3 = true;
gate_or3 = true;
gate_and3 = true;
gate_andn2 = true;
gate_orn2 = true;
}
template<int N>
void lighter<N>::genImpInfo()
{
imp_info = "";
if (gate_not1 ) imp_info += "-not1";
if (gate_and2 ) imp_info += "-and2";
if (gate_nand2 ) imp_info += "-nand2";
if (gate_or2 ) imp_info += "-or2";
if (gate_nor2 ) imp_info += "-nor2";
if (gate_xor2 ) imp_info += "-xor2";
if (gate_xnor2 ) imp_info += "-xnor2";
if (gate_moai1 ) imp_info += "-moai1";
if (gate_maoi1 ) imp_info += "-maoi1";
if (gate_nand3 ) imp_info += "-nand3";
if (gate_nor3 ) imp_info += "-nor3";
if (gate_or3 ) imp_info += "-or3";
if (gate_and3 ) imp_info += "-and3";
if (gate_andn2 ) imp_info += "-andn2";
if (gate_orn2 ) imp_info += "-orn2";
imp_info += "-f";
imp_info += conf_file.substr(0, conf_file.rfind('.'));
imp_info += "-N";
imp_info += to_string(N);
}
template<int N>
int lighter<N>::bool_op_cost(uint8_t op)
{
switch (op)
{
case NOT1 : return not1_cost;
case XOR2 : return xor2_cost;
case XNOR2 : return xnor2_cost;
case MAOI1 : return maoi1_cost;
case MOAI1 : return moai1_cost;
case MOAI1_NAND2 : return moai1_cost + nand2_cost;
case MOAI1_NOR2 : return moai1_cost + nor2_cost;
case MOAI1_AND2 : return moai1_cost + and2_cost;
case MOAI1_OR2 : return moai1_cost + or2_cost;
case MOAI1_NAND3 : return moai1_cost + nand3_cost;
case MOAI1_NOR3 : return moai1_cost + nor3_cost;
case MAOI1_NAND3 : return maoi1_cost + nand3_cost;
case MAOI1_NOR3 : return maoi1_cost + nor3_cost;
case MOAI1_AND2_NAND2 : return moai1_cost + and2_cost + nand2_cost;
case MOAI1_OR2_NOR2 : return moai1_cost + or2_cost + nor2_cost;
case MOAI1_NAND2_NAND2 : return moai1_cost + 2*nand2_cost;
case MOAI1_NOR2_NOR2 : return moai1_cost + 2*nor2_cost;
case MOAI1_NAND2_OR2 : return moai1_cost + nand2_cost + or2_cost;
case MOAI1_NOR2_AND2 : return moai1_cost + nor2_cost + and2_cost;
case MOAI1_NAND2_NOR2 : return moai1_cost + nand2_cost + nor2_cost;
case MOAI1_NOR2_NAND2 : return moai1_cost + nor2_cost + nand2_cost;
case MOAI1_AND2_OR2 : return moai1_cost + and2_cost + or2_cost;
case MOAI1_OR2_AND2 : return moai1_cost + or2_cost + and2_cost;
case MOAI1_AND2_NOR2 : return moai1_cost + and2_cost + nor2_cost;
case MOAI1_OR2_NAND2 : return moai1_cost + or2_cost + nand2_cost;
case MAOI1_NAND2_NAND2 : return maoi1_cost + nand2_cost + nand2_cost;
case MAOI1_NOR2_NOR2 : return maoi1_cost + nor2_cost + nor2_cost;
case MAOI1_AND2_NAND2 : return maoi1_cost + and2_cost + nand2_cost;
case MAOI1_OR2_NOR2 : return maoi1_cost + or2_cost + nor2_cost;
case MAOI1_AND2_OR2 : return maoi1_cost + and2_cost + or2_cost;
case MAOI1_OR2_AND2 : return maoi1_cost + or2_cost + and2_cost;
case MAOI1_AND2_NOR2 : return maoi1_cost + and2_cost + nor2_cost;
case MAOI1_OR2_NAND2 : return maoi1_cost + or2_cost + nand2_cost;
case MAOI1_NAND2_OR2 : return maoi1_cost + nand2_cost + or2_cost;
case MAOI1_NOR2_AND2 : return maoi1_cost + nor2_cost + and2_cost;
case MAOI1_NAND2_NOR2 : return maoi1_cost + nand2_cost + nor2_cost;
case MAOI1_NOR2_NAND2 : return maoi1_cost + nor2_cost + nand2_cost;
case MAOI1_NAND2 : return maoi1_cost + nand2_cost;
case MAOI1_NOR2 : return maoi1_cost + nor2_cost;
case MAOI1_AND2 : return maoi1_cost + and2_cost;
case MAOI1_OR2 : return maoi1_cost + or2_cost;
case MAOI1_AND3 : return maoi1_cost + and3_cost;
case MOAI1_NAND2_AND2 : return moai1_cost + nand2_cost + and2_cost;
case MAOI1_AND2_AND2 : return maoi1_cost + and2_cost + and2_cost;
case MAOI1_OR3 : return maoi1_cost + or3_cost;
case MOAI1_NOR2_OR2 : return moai1_cost + nor2_cost + or2_cost;
case MAOI1_OR2_OR2 : return maoi1_cost + or2_cost + or2_cost;
case MOAI1_AND3 : return moai1_cost + and3_cost;
case MAOI1_NAND2_AND2 : return maoi1_cost + nand2_cost + and2_cost;
case MOAI1_AND2_AND2 : return moai1_cost + and2_cost + and2_cost;
case MOAI1_OR3 : return moai1_cost + or3_cost;
case MAOI1_NOR2_OR2 : return maoi1_cost + nor2_cost + or2_cost;
case MOAI1_OR2_OR2 : return moai1_cost + or2_cost + or2_cost;
case MOAI1_ANDN2L : return moai1_cost + andn2_cost;
case MOAI1_ANDN2R : return moai1_cost + andn2_cost;
case MOAI1_ORN2L : return moai1_cost + orn2_cost;
case MOAI1_ORN2R : return moai1_cost + orn2_cost;
case MOAI1_AND2_ANDN2L : return moai1_cost + and2_cost + andn2_cost;
case MOAI1_AND2_ANDN2R : return moai1_cost + and2_cost + andn2_cost;
case MOAI1_AND2_ORN2L : return moai1_cost + and2_cost + orn2_cost;
case MOAI1_AND2_ORN2R : return moai1_cost + and2_cost + orn2_cost;
case MOAI1_OR2_ANDN2L : return moai1_cost + or2_cost + andn2_cost;
case MOAI1_OR2_ANDN2R : return moai1_cost + or2_cost + andn2_cost;
case MOAI1_OR2_ORN2L : return moai1_cost + or2_cost + orn2_cost;
case MOAI1_OR2_ORN2R : return moai1_cost + or2_cost + orn2_cost;
case MOAI1_NAND2_ANDN2L : return moai1_cost + nand2_cost + andn2_cost;
case MOAI1_NAND2_ANDN2R : return moai1_cost + nand2_cost + andn2_cost;
case MOAI1_NAND2_ORN2L : return moai1_cost + nand2_cost + orn2_cost;
case MOAI1_NAND2_ORN2R : return moai1_cost + nand2_cost + orn2_cost;
case MOAI1_NOR2_ANDN2L : return moai1_cost + nor2_cost + andn2_cost;
case MOAI1_NOR2_ANDN2R : return moai1_cost + nor2_cost + andn2_cost;
case MOAI1_NOR2_ORN2L : return moai1_cost + nor2_cost + orn2_cost;
case MOAI1_NOR2_ORN2R : return moai1_cost + nor2_cost + orn2_cost;
case MOAI1_ANDN2L_AND2 : return moai1_cost + andn2_cost + and2_cost;
case MOAI1_ANDN2L_OR2 : return moai1_cost + andn2_cost + or2_cost;
case MOAI1_ANDN2L_NAND2 : return moai1_cost + andn2_cost + nand2_cost;
case MOAI1_ANDN2L_NOR2 : return moai1_cost + andn2_cost + nor2_cost;
case MOAI1_ANDN2L_ANDN2L : return moai1_cost + andn2_cost + andn2_cost;
case MOAI1_ANDN2L_ANDN2R : return moai1_cost + andn2_cost + andn2_cost;
case MOAI1_ANDN2L_ORN2L : return moai1_cost + andn2_cost + orn2_cost;
case MOAI1_ANDN2L_ORN2R : return moai1_cost + andn2_cost + orn2_cost;
case MOAI1_ANDN2R_AND2 : return moai1_cost + andn2_cost + and2_cost;
case MOAI1_ANDN2R_OR2 : return moai1_cost + andn2_cost + or2_cost;
case MOAI1_ANDN2R_NAND2 : return moai1_cost + andn2_cost + nand2_cost;
case MOAI1_ANDN2R_NOR2 : return moai1_cost + andn2_cost + nor2_cost;
case MOAI1_ANDN2R_ANDN2L : return moai1_cost + andn2_cost + andn2_cost;
case MOAI1_ANDN2R_ANDN2R : return moai1_cost + andn2_cost + andn2_cost;
case MOAI1_ANDN2R_ORN2L : return moai1_cost + andn2_cost + orn2_cost;
case MOAI1_ANDN2R_ORN2R : return moai1_cost + andn2_cost + orn2_cost;
case MOAI1_ORN2L_AND2 : return moai1_cost + orn2_cost + and2_cost;
case MOAI1_ORN2L_OR2 : return moai1_cost + orn2_cost + or2_cost;
case MOAI1_ORN2L_NAND2 : return moai1_cost + orn2_cost + nand2_cost;
case MOAI1_ORN2L_NOR2 : return moai1_cost + orn2_cost + nor2_cost;
case MOAI1_ORN2L_ANDN2L : return moai1_cost + orn2_cost + andn2_cost;
case MOAI1_ORN2L_ANDN2R : return moai1_cost + orn2_cost + andn2_cost;
case MOAI1_ORN2L_ORN2L : return moai1_cost + orn2_cost + orn2_cost;
case MOAI1_ORN2L_ORN2R : return moai1_cost + orn2_cost + orn2_cost;
case MOAI1_ORN2R_AND2 : return moai1_cost + orn2_cost + and2_cost;
case MOAI1_ORN2R_OR2 : return moai1_cost + orn2_cost + or2_cost;
case MOAI1_ORN2R_NAND2 : return moai1_cost + orn2_cost + nand2_cost;
case MOAI1_ORN2R_NOR2 : return moai1_cost + orn2_cost + nor2_cost;
case MOAI1_ORN2R_ANDN2L : return moai1_cost + orn2_cost + andn2_cost;
case MOAI1_ORN2R_ANDN2R : return moai1_cost + orn2_cost + andn2_cost;
case MOAI1_ORN2R_ORN2L : return moai1_cost + orn2_cost + orn2_cost;
case MOAI1_ORN2R_ORN2R : return moai1_cost + orn2_cost + orn2_cost;
case MAOI1_ANDN2L : return maoi1_cost + andn2_cost;
case MAOI1_ANDN2R : return maoi1_cost + andn2_cost;
case MAOI1_ORN2L : return maoi1_cost + orn2_cost;
case MAOI1_ORN2R : return maoi1_cost + orn2_cost;
case MAOI1_AND2_ANDN2L : return maoi1_cost + and2_cost + andn2_cost;
case MAOI1_AND2_ANDN2R : return maoi1_cost + and2_cost + andn2_cost;
case MAOI1_AND2_ORN2L : return maoi1_cost + and2_cost + orn2_cost;
case MAOI1_AND2_ORN2R : return maoi1_cost + and2_cost + orn2_cost;
case MAOI1_OR2_ANDN2L : return maoi1_cost + or2_cost + andn2_cost;
case MAOI1_OR2_ANDN2R : return maoi1_cost + or2_cost + andn2_cost;
case MAOI1_OR2_ORN2L : return maoi1_cost + or2_cost + orn2_cost;
case MAOI1_OR2_ORN2R : return maoi1_cost + or2_cost + orn2_cost;
case MAOI1_NAND2_ANDN2L : return maoi1_cost + nand2_cost + andn2_cost;
case MAOI1_NAND2_ANDN2R : return maoi1_cost + nand2_cost + andn2_cost;
case MAOI1_NAND2_ORN2L : return maoi1_cost + nand2_cost + orn2_cost;
case MAOI1_NAND2_ORN2R : return maoi1_cost + nand2_cost + orn2_cost;
case MAOI1_NOR2_ANDN2L : return maoi1_cost + nor2_cost + andn2_cost;
case MAOI1_NOR2_ANDN2R : return maoi1_cost + nor2_cost + andn2_cost;
case MAOI1_NOR2_ORN2L : return maoi1_cost + nor2_cost + orn2_cost;
case MAOI1_NOR2_ORN2R : return maoi1_cost + nor2_cost + orn2_cost;
case MAOI1_ANDN2L_AND2 : return maoi1_cost + andn2_cost + and2_cost;
case MAOI1_ANDN2L_OR2 : return maoi1_cost + andn2_cost + or2_cost;
case MAOI1_ANDN2L_NAND2 : return maoi1_cost + andn2_cost + nand2_cost;
case MAOI1_ANDN2L_NOR2 : return maoi1_cost + andn2_cost + nor2_cost;
case MAOI1_ANDN2L_ANDN2L : return maoi1_cost + andn2_cost + andn2_cost;
case MAOI1_ANDN2L_ANDN2R : return maoi1_cost + andn2_cost + andn2_cost;
case MAOI1_ANDN2L_ORN2L : return maoi1_cost + andn2_cost + orn2_cost;
case MAOI1_ANDN2L_ORN2R : return maoi1_cost + andn2_cost + orn2_cost;
case MAOI1_ANDN2R_AND2 : return maoi1_cost + andn2_cost + and2_cost;
case MAOI1_ANDN2R_OR2 : return maoi1_cost + andn2_cost + or2_cost;
case MAOI1_ANDN2R_NAND2 : return maoi1_cost + andn2_cost + nand2_cost;
case MAOI1_ANDN2R_NOR2 : return maoi1_cost + andn2_cost + nor2_cost;
case MAOI1_ANDN2R_ANDN2L : return maoi1_cost + andn2_cost + andn2_cost;
case MAOI1_ANDN2R_ANDN2R : return maoi1_cost + andn2_cost + andn2_cost;
case MAOI1_ANDN2R_ORN2L : return maoi1_cost + andn2_cost + orn2_cost;
case MAOI1_ANDN2R_ORN2R : return maoi1_cost + andn2_cost + orn2_cost;
case MAOI1_ORN2L_AND2 : return maoi1_cost + orn2_cost + and2_cost;
case MAOI1_ORN2L_OR2 : return maoi1_cost + orn2_cost + or2_cost;
case MAOI1_ORN2L_NAND2 : return maoi1_cost + orn2_cost + nand2_cost;
case MAOI1_ORN2L_NOR2 : return maoi1_cost + orn2_cost + nor2_cost;
case MAOI1_ORN2L_ANDN2L : return maoi1_cost + orn2_cost + andn2_cost;
case MAOI1_ORN2L_ANDN2R : return maoi1_cost + orn2_cost + andn2_cost;
case MAOI1_ORN2L_ORN2L : return maoi1_cost + orn2_cost + orn2_cost;
case MAOI1_ORN2L_ORN2R : return maoi1_cost + orn2_cost + orn2_cost;
case MAOI1_ORN2R_AND2 : return maoi1_cost + orn2_cost + and2_cost;
case MAOI1_ORN2R_OR2 : return maoi1_cost + orn2_cost + or2_cost;
case MAOI1_ORN2R_NAND2 : return maoi1_cost + orn2_cost + nand2_cost;
case MAOI1_ORN2R_NOR2 : return maoi1_cost + orn2_cost + nor2_cost;
case MAOI1_ORN2R_ANDN2L : return maoi1_cost + orn2_cost + andn2_cost;
case MAOI1_ORN2R_ANDN2R : return maoi1_cost + orn2_cost + andn2_cost;
case MAOI1_ORN2R_ORN2L : return maoi1_cost + orn2_cost + orn2_cost;
case MAOI1_ORN2R_ORN2R : return maoi1_cost + orn2_cost + orn2_cost;
case XOR2_AND2 : return xor2_cost + and2_cost;
case XOR2_OR2 : return xor2_cost + or2_cost;
case XOR2_ANDN2L : return xor2_cost + andn2_cost;
case XOR2_ANDN2R : return xor2_cost + andn2_cost;
case XOR2_ORN2L : return xor2_cost + orn2_cost;
case XOR2_ORN2R : return xor2_cost + orn2_cost;
case XOR2_AND2_AND2 : return xor2_cost + 2*and2_cost;
case XOR2_AND2_OR2 : return xor2_cost + and2_cost + or2_cost;
case XOR2_AND2_ANDN2L : return xor2_cost + and2_cost + andn2_cost;
case XOR2_AND2_ANDN2R : return xor2_cost + and2_cost + andn2_cost;
case XOR2_AND2_ORN2L : return xor2_cost + and2_cost + orn2_cost;
case XOR2_AND2_ORN2R : return xor2_cost + and2_cost + orn2_cost;
case XOR2_OR2_AND2 : return xor2_cost + and2_cost + or2_cost;
case XOR2_OR2_OR2 : return xor2_cost + 2*or2_cost;
case XOR2_OR2_ANDN2L : return xor2_cost + andn2_cost + or2_cost;
case XOR2_OR2_ANDN2R : return xor2_cost + andn2_cost + or2_cost;
case XOR2_OR2_ORN2L : return xor2_cost + or2_cost + orn2_cost;
case XOR2_OR2_ORN2R : return xor2_cost + or2_cost + orn2_cost;
case XOR2_ANDN2L_AND2 : return xor2_cost + andn2_cost + and2_cost;
case XOR2_ANDN2R_AND2 : return xor2_cost + andn2_cost + and2_cost;
case XOR2_ANDN2L_OR2 : return xor2_cost + andn2_cost + or2_cost;
case XOR2_ANDN2R_OR2 : return xor2_cost + andn2_cost + or2_cost;
case XOR2_ANDN2L_ANDN2L : return xor2_cost + 2*andn2_cost;
case XOR2_ANDN2L_ANDN2R : return xor2_cost + 2*andn2_cost;
case XOR2_ANDN2R_ANDN2L : return xor2_cost + 2*andn2_cost;
case XOR2_ANDN2R_ANDN2R : return xor2_cost + 2*andn2_cost;
case XOR2_ANDN2L_ORN2L : return xor2_cost + andn2_cost + orn2_cost;
case XOR2_ANDN2L_ORN2R : return xor2_cost + andn2_cost + orn2_cost;
case XOR2_ANDN2R_ORN2L : return xor2_cost + andn2_cost + orn2_cost;
case XOR2_ANDN2R_ORN2R : return xor2_cost + andn2_cost + orn2_cost;
case XOR2_ORN2L_AND2 : return xor2_cost + and2_cost + orn2_cost;
case XOR2_ORN2R_AND2 : return xor2_cost + and2_cost + orn2_cost;
case XOR2_ORN2L_OR2 : return xor2_cost + orn2_cost + or2_cost;
case XOR2_ORN2R_OR2 : return xor2_cost + orn2_cost + or2_cost;
case XOR2_ORN2L_ANDN2L : return xor2_cost + andn2_cost + orn2_cost;
case XOR2_ORN2L_ANDN2R : return xor2_cost + andn2_cost + orn2_cost;
case XOR2_ORN2R_ANDN2L : return xor2_cost + andn2_cost + orn2_cost;
case XOR2_ORN2R_ANDN2R : return xor2_cost + andn2_cost + orn2_cost;
case XOR2_ORN2L_ORN2L : return xor2_cost + 2*orn2_cost;
case XOR2_ORN2L_ORN2R : return xor2_cost + 2*orn2_cost;
case XOR2_ORN2R_ORN2L : return xor2_cost + 2*orn2_cost;
case XOR2_ORN2R_ORN2R : return xor2_cost + 2*orn2_cost;
default : return -1;
}
}
template<int N>
void lighter<N>::init_b(string conf_file)
{
ifstream input(conf_file);
string key, value;
for(string line; getline( input, line ); )
{
istringstream is_line(line);
if(getline(is_line, key, '='))
{
if(getline(is_line, value))
{
if(key == "not1_cost") not1_cost = stod(value)*100;
if(key == "and2_cost") and2_cost = stod(value)*100;
if(key == "nand2_cost") nand2_cost = stod(value)*100;
if(key == "or2_cost") or2_cost = stod(value)*100;
if(key == "nor2_cost") nor2_cost = stod(value)*100;
if(key == "xor2_cost") xor2_cost = stod(value)*100;
if(key == "xnor2_cost") xnor2_cost = stod(value)*100;
if(key == "maoi1_cost") maoi1_cost = stod(value)*100;
if(key == "moai1_cost") moai1_cost = stod(value)*100;
if (N >= 4)
{
if(key == "nand3_cost") nand3_cost = stod(value)*100;
if(key == "nor3_cost") nor3_cost = stod(value)*100;
if(key == "and3_cost") and3_cost = stod(value)*100;
if(key == "or3_cost") or3_cost = stod(value)*100;
}
if(key == "andn2_cost") andn2_cost = stod(value)*100;
if(key == "orn2_cost") orn2_cost = stod(value)*100;
}
}
}
/*
initilisation of the set of bolean operations
*/
if(gate_not1) b.push_back({NOT1, bool_op_cost(NOT1)});
if(gate_xor2)
{
b.push_back({XOR2, bool_op_cost(XOR2)});
if(gate_and2)
{
b.push_back({XOR2_AND2, bool_op_cost(XOR2_AND2)});
if (N >= 4)
{
b.push_back({XOR2_AND2_AND2, bool_op_cost(XOR2_AND2_AND2)});
if(gate_or2) b.push_back({XOR2_AND2_OR2, bool_op_cost(XOR2_AND2_OR2)});
if(gate_andn2)
{
b.push_back({XOR2_AND2_ANDN2L, bool_op_cost(XOR2_AND2_ANDN2L)});
b.push_back({XOR2_AND2_ANDN2R, bool_op_cost(XOR2_AND2_ANDN2R)});
}
if(gate_orn2)
{
b.push_back({XOR2_AND2_ORN2L, bool_op_cost(XOR2_AND2_ORN2L)});
b.push_back({XOR2_AND2_ORN2R, bool_op_cost(XOR2_AND2_ORN2R)});
}
}
}
if(gate_or2)
{
b.push_back({XOR2_OR2, bool_op_cost(XOR2_OR2)});
if (N >= 4)
{
b.push_back({XOR2_OR2_OR2, bool_op_cost(XOR2_OR2_OR2)});
if(gate_and2) b.push_back({XOR2_OR2_AND2, bool_op_cost(XOR2_OR2_AND2)});
if(gate_andn2)
{
b.push_back({XOR2_OR2_ANDN2L, bool_op_cost(XOR2_OR2_ANDN2L)});
b.push_back({XOR2_OR2_ANDN2R, bool_op_cost(XOR2_OR2_ANDN2R)});
}
if(gate_orn2)
{
b.push_back({XOR2_OR2_ORN2L, bool_op_cost(XOR2_OR2_ORN2L)});
b.push_back({XOR2_OR2_ORN2R, bool_op_cost(XOR2_OR2_ORN2R)});
}
}
}
if(gate_andn2)
{
b.push_back({XOR2_ANDN2L, bool_op_cost(XOR2_ANDN2L)});
b.push_back({XOR2_ANDN2R, bool_op_cost(XOR2_ANDN2R)});
if (N >= 4)
{
b.push_back({XOR2_ANDN2L_ANDN2L, bool_op_cost(XOR2_ANDN2L_ANDN2L)});
b.push_back({XOR2_ANDN2L_ANDN2R, bool_op_cost(XOR2_ANDN2L_ANDN2R)});
b.push_back({XOR2_ANDN2R_ANDN2L, bool_op_cost(XOR2_ANDN2R_ANDN2L)});
b.push_back({XOR2_ANDN2R_ANDN2R, bool_op_cost(XOR2_ANDN2R_ANDN2R)});
if(gate_or2)
{
b.push_back({XOR2_ANDN2L_OR2, bool_op_cost(XOR2_ANDN2L_OR2)});
b.push_back({XOR2_ANDN2R_OR2, bool_op_cost(XOR2_ANDN2R_OR2)});
}
if(gate_and2)
{
b.push_back({XOR2_ANDN2L_AND2, bool_op_cost(XOR2_ANDN2L_AND2)});
b.push_back({XOR2_ANDN2R_AND2, bool_op_cost(XOR2_ANDN2R_AND2)});
}
if(gate_orn2)
{
b.push_back({XOR2_ANDN2L_ORN2L, bool_op_cost(XOR2_ANDN2L_ORN2L)});
b.push_back({XOR2_ANDN2L_ORN2R, bool_op_cost(XOR2_ANDN2L_ORN2R)});
b.push_back({XOR2_ANDN2R_ORN2L, bool_op_cost(XOR2_ANDN2R_ORN2L)});
b.push_back({XOR2_ANDN2R_ORN2R, bool_op_cost(XOR2_ANDN2R_ORN2R)});
}
}
}
if(gate_orn2)
{
b.push_back({XOR2_ORN2L, bool_op_cost(XOR2_ORN2L)});
b.push_back({XOR2_ORN2R, bool_op_cost(XOR2_ORN2R)});
if (N >= 4)
{
b.push_back({XOR2_ORN2L_ORN2L, bool_op_cost(XOR2_ORN2L_ORN2L)});
b.push_back({XOR2_ORN2L_ORN2R, bool_op_cost(XOR2_ORN2L_ORN2R)});
b.push_back({XOR2_ORN2R_ORN2L, bool_op_cost(XOR2_ORN2R_ORN2L)});
b.push_back({XOR2_ORN2R_ORN2R, bool_op_cost(XOR2_ORN2R_ORN2R)});
if(gate_and2)
{
b.push_back({XOR2_ORN2L_AND2, bool_op_cost(XOR2_ORN2L_AND2)});
b.push_back({XOR2_ORN2R_AND2, bool_op_cost(XOR2_ORN2R_AND2)});
}
if(gate_or2)
{
b.push_back({XOR2_ORN2L_OR2, bool_op_cost(XOR2_ORN2L_OR2)});
b.push_back({XOR2_ORN2R_OR2, bool_op_cost(XOR2_ORN2R_OR2)});
}
if(gate_andn2)
{
b.push_back({XOR2_ORN2L_ANDN2L, bool_op_cost(XOR2_ORN2L_ANDN2L)});
b.push_back({XOR2_ORN2L_ANDN2R, bool_op_cost(XOR2_ORN2L_ANDN2R)});
b.push_back({XOR2_ORN2R_ANDN2L, bool_op_cost(XOR2_ORN2R_ANDN2L)});
b.push_back({XOR2_ORN2R_ANDN2R, bool_op_cost(XOR2_ORN2R_ANDN2R)});
}
}
}
}
if(gate_xnor2) b.push_back({XNOR2, bool_op_cost(XNOR2)});
if(gate_maoi1)
{
b.push_back({MAOI1, bool_op_cost(MAOI1)});
if (N >= 4)
{
if(gate_and3) b.push_back({MAOI1_AND3, bool_op_cost(MAOI1_AND3)});
if(gate_or3) b.push_back({MAOI1_OR3, bool_op_cost(MAOI1_OR3)});
if(gate_nor3) b.push_back({MAOI1_NOR3, bool_op_cost(MAOI1_NOR3)});
if(gate_nand3) b.push_back({MAOI1_NAND3, bool_op_cost(MAOI1_NAND3)});
}
if(gate_nand2)
{
b.push_back({MAOI1_NAND2, bool_op_cost(MAOI1_NAND2)});
if (N >= 4)
{
b.push_back({MAOI1_NAND2_NAND2, bool_op_cost(MAOI1_NAND2_NAND2)});
if(gate_nor2) b.push_back({MAOI1_NAND2_NOR2, bool_op_cost(MAOI1_NAND2_NOR2)});
if(gate_and2) b.push_back({MAOI1_NAND2_AND2, bool_op_cost(MAOI1_NAND2_AND2)});
if(gate_or2) b.push_back({MAOI1_NAND2_OR2, bool_op_cost(MAOI1_NAND2_OR2)});
if(gate_andn2)
{
b.push_back({MAOI1_NAND2_ANDN2L, bool_op_cost(MAOI1_NAND2_ANDN2L)});
b.push_back({MAOI1_NAND2_ANDN2R, bool_op_cost(MAOI1_NAND2_ANDN2R)});
}
if(gate_orn2)
{
b.push_back({MAOI1_NAND2_ORN2L, bool_op_cost(MAOI1_NAND2_ORN2L)});
b.push_back({MAOI1_NAND2_ORN2R, bool_op_cost(MAOI1_NAND2_ORN2R)});
}
}
}
if(gate_nor2)
{
b.push_back({MAOI1_NOR2, bool_op_cost(MAOI1_NOR2)});
if (N >= 4)
{
b.push_back({MAOI1_NOR2_NOR2, bool_op_cost(MAOI1_NOR2_NOR2)});
if(gate_and2) b.push_back({MAOI1_NOR2_AND2, bool_op_cost(MAOI1_NOR2_AND2)});
if(gate_or2) b.push_back({MAOI1_NOR2_OR2, bool_op_cost(MAOI1_NOR2_OR2)});
if(gate_nand2) b.push_back({MAOI1_NOR2_NAND2, bool_op_cost(MAOI1_NOR2_NAND2)});
if(gate_andn2)
{
b.push_back({MAOI1_NOR2_ANDN2L, bool_op_cost(MAOI1_NOR2_ANDN2L)});
b.push_back({MAOI1_NOR2_ANDN2R, bool_op_cost(MAOI1_NOR2_ANDN2R)});
}
if(gate_orn2)
{
b.push_back({MAOI1_NOR2_ORN2L, bool_op_cost(MAOI1_NOR2_ORN2L)});
b.push_back({MAOI1_NOR2_ORN2R, bool_op_cost(MAOI1_NOR2_ORN2R)});
}
}
}
if(gate_and2)
{
b.push_back({MAOI1_AND2, bool_op_cost(MAOI1_AND2)});
if (N >= 4)
{
b.push_back({MAOI1_AND2_AND2, bool_op_cost(MAOI1_AND2_AND2)});
if(gate_nand2) b.push_back({MAOI1_AND2_NAND2, bool_op_cost(MAOI1_AND2_NAND2)});
if(gate_nor2) b.push_back({MAOI1_AND2_NOR2, bool_op_cost(MAOI1_AND2_NOR2)});
if(gate_or2) b.push_back({MAOI1_AND2_OR2, bool_op_cost(MAOI1_AND2_OR2)});
if(gate_andn2)
{
b.push_back({MAOI1_AND2_ANDN2L, bool_op_cost(MAOI1_AND2_ANDN2L)});
b.push_back({MAOI1_AND2_ANDN2R, bool_op_cost(MAOI1_AND2_ANDN2R)});
}
if(gate_orn2)
{
b.push_back({MAOI1_AND2_ORN2L, bool_op_cost(MAOI1_AND2_ORN2L)});
b.push_back({MAOI1_AND2_ORN2R, bool_op_cost(MAOI1_AND2_ORN2R)});
}
}
}
if(gate_or2)
{
b.push_back({MAOI1_OR2, bool_op_cost(MAOI1_OR2)});
if (N >= 4)
{
b.push_back({MAOI1_OR2_OR2, bool_op_cost(MAOI1_OR2_OR2)});
if(gate_and2) b.push_back({MAOI1_OR2_AND2, bool_op_cost(MAOI1_OR2_AND2)});
if(gate_nor2) b.push_back({MAOI1_OR2_NOR2, bool_op_cost(MAOI1_OR2_NOR2)});
if(gate_nand2) b.push_back({MAOI1_OR2_NAND2, bool_op_cost(MAOI1_OR2_NAND2)});
if(gate_andn2)
{
b.push_back({MAOI1_OR2_ANDN2L, bool_op_cost(MAOI1_OR2_ANDN2L)});
b.push_back({MAOI1_OR2_ANDN2R, bool_op_cost(MAOI1_OR2_ANDN2R)});
}
if(gate_orn2)
{
b.push_back({MAOI1_OR2_ORN2L, bool_op_cost(MAOI1_OR2_ORN2L)});
b.push_back({MAOI1_OR2_ORN2R, bool_op_cost(MAOI1_OR2_ORN2R)});
}
}
}
if(gate_andn2)
{
b.push_back({MAOI1_ANDN2L, bool_op_cost(MAOI1_ANDN2L)});
b.push_back({MAOI1_ANDN2R, bool_op_cost(MAOI1_ANDN2R)});
if (N >= 4)
{
b.push_back({MAOI1_ANDN2L_ANDN2L, bool_op_cost(MAOI1_ANDN2L_ANDN2L)});
b.push_back({MAOI1_ANDN2L_ANDN2R, bool_op_cost(MAOI1_ANDN2L_ANDN2R)});
b.push_back({MAOI1_ANDN2R_ANDN2L, bool_op_cost(MAOI1_ANDN2R_ANDN2L)});
b.push_back({MAOI1_ANDN2R_ANDN2R, bool_op_cost(MAOI1_ANDN2R_ANDN2R)});
if(gate_nor2)
{
b.push_back({MAOI1_ANDN2L_NOR2, bool_op_cost(MAOI1_ANDN2L_NOR2)});
b.push_back({MAOI1_ANDN2R_NOR2, bool_op_cost(MAOI1_ANDN2R_NOR2)});
}
if(gate_nand2)
{
b.push_back({MAOI1_ANDN2L_NAND2, bool_op_cost(MAOI1_ANDN2L_NAND2)});
b.push_back({MAOI1_ANDN2R_NAND2, bool_op_cost(MAOI1_ANDN2R_NAND2)});
}
if(gate_or2)
{
b.push_back({MAOI1_ANDN2L_OR2, bool_op_cost(MAOI1_ANDN2L_OR2)});
b.push_back({MAOI1_ANDN2R_OR2, bool_op_cost(MAOI1_ANDN2R_OR2)});
}
if(gate_and2)
{
b.push_back({MAOI1_ANDN2L_AND2, bool_op_cost(MAOI1_ANDN2L_AND2)});
b.push_back({MAOI1_ANDN2R_AND2, bool_op_cost(MAOI1_ANDN2R_AND2)});
}
if(gate_orn2)
{
b.push_back({MAOI1_ANDN2L_ORN2L, bool_op_cost(MAOI1_ANDN2L_ORN2L)});
b.push_back({MAOI1_ANDN2L_ORN2R, bool_op_cost(MAOI1_ANDN2L_ORN2R)});
b.push_back({MAOI1_ANDN2R_ORN2L, bool_op_cost(MAOI1_ANDN2R_ORN2L)});
b.push_back({MAOI1_ANDN2R_ORN2R, bool_op_cost(MAOI1_ANDN2R_ORN2R)});
}
}
}
if(gate_orn2)
{
b.push_back({MAOI1_ORN2L, bool_op_cost(MAOI1_ORN2L)});
b.push_back({MAOI1_ORN2R, bool_op_cost(MAOI1_ORN2R)});
if (N >= 4)
{
b.push_back({MAOI1_ORN2L_ORN2L, bool_op_cost(MAOI1_ORN2L_ORN2L)});
b.push_back({MAOI1_ORN2L_ORN2R, bool_op_cost(MAOI1_ORN2L_ORN2R)});
b.push_back({MAOI1_ORN2R_ORN2L, bool_op_cost(MAOI1_ORN2R_ORN2L)});
b.push_back({MAOI1_ORN2R_ORN2R, bool_op_cost(MAOI1_ORN2R_ORN2R)});
if(gate_nor2)
{
b.push_back({MAOI1_ORN2L_NOR2, bool_op_cost(MAOI1_ORN2L_NOR2)});
b.push_back({MAOI1_ORN2R_NOR2, bool_op_cost(MAOI1_ORN2R_NOR2)});
}
if(gate_nand2)
{
b.push_back({MAOI1_ORN2L_NAND2, bool_op_cost(MAOI1_ORN2L_NAND2)});
b.push_back({MAOI1_ORN2R_NAND2, bool_op_cost(MAOI1_ORN2R_NAND2)});
}
if(gate_or2)
{
b.push_back({MAOI1_ORN2L_OR2, bool_op_cost(MAOI1_ORN2L_OR2)});
b.push_back({MAOI1_ORN2R_OR2, bool_op_cost(MAOI1_ORN2R_OR2)});
}
if(gate_and2)
{
b.push_back({MAOI1_ORN2L_AND2, bool_op_cost(MAOI1_ORN2L_AND2)});
b.push_back({MAOI1_ORN2R_AND2, bool_op_cost(MAOI1_ORN2R_AND2)});
}
if(gate_andn2)
{
b.push_back({MAOI1_ORN2L_ANDN2L, bool_op_cost(MAOI1_ORN2L_ANDN2L)});
b.push_back({MAOI1_ORN2L_ANDN2R, bool_op_cost(MAOI1_ORN2L_ANDN2R)});
b.push_back({MAOI1_ORN2R_ANDN2L, bool_op_cost(MAOI1_ORN2R_ANDN2L)});
b.push_back({MAOI1_ORN2R_ANDN2R, bool_op_cost(MAOI1_ORN2R_ANDN2R)});
}
}
}
}
if(gate_moai1)
{
b.push_back({MOAI1, bool_op_cost(MOAI1)});
if (N >= 4)
{
if(gate_and3) b.push_back({MOAI1_AND3, bool_op_cost(MOAI1_AND3)});
if(gate_or3) b.push_back({MOAI1_OR3, bool_op_cost(MOAI1_OR3)});
if(gate_nor3) b.push_back({MOAI1_NOR3, bool_op_cost(MOAI1_NOR3)});
if(gate_nand3) b.push_back({MOAI1_NAND3, bool_op_cost(MOAI1_NAND3)});
}
if(gate_nand2)
{
b.push_back({MOAI1_NAND2, bool_op_cost(MOAI1_NAND2)});
if (N >= 4)
{
b.push_back({MOAI1_NAND2_NAND2, bool_op_cost(MOAI1_NAND2_NAND2)});
if(gate_nor2) b.push_back({MOAI1_NAND2_NOR2, bool_op_cost(MOAI1_NAND2_NOR2)});
if(gate_and2) b.push_back({MOAI1_NAND2_AND2, bool_op_cost(MOAI1_NAND2_AND2)});
if(gate_or2) b.push_back({MOAI1_NAND2_OR2, bool_op_cost(MOAI1_NAND2_OR2)});
if(gate_andn2)
{
b.push_back({MOAI1_NAND2_ANDN2L, bool_op_cost(MOAI1_NAND2_ANDN2L)});
b.push_back({MOAI1_NAND2_ANDN2R, bool_op_cost(MOAI1_NAND2_ANDN2R)});
}
if(gate_orn2)
{
b.push_back({MOAI1_NAND2_ORN2L, bool_op_cost(MOAI1_NAND2_ORN2L)});
b.push_back({MOAI1_NAND2_ORN2R, bool_op_cost(MOAI1_NAND2_ORN2R)});
}
}
}
if(gate_nor2)
{
b.push_back({MOAI1_NOR2, bool_op_cost(MOAI1_NOR2)});
if (N >= 4)
{
b.push_back({MOAI1_NOR2_NOR2, bool_op_cost(MOAI1_NOR2_NOR2)});
if(gate_nand2) b.push_back({MOAI1_NOR2_NAND2, bool_op_cost(MOAI1_NOR2_NAND2)});
if(gate_and2) b.push_back({MOAI1_NOR2_AND2, bool_op_cost(MOAI1_NOR2_AND2)});
if(gate_or2) b.push_back({MOAI1_NOR2_OR2, bool_op_cost(MOAI1_NOR2_OR2)});
if(gate_andn2)
{
b.push_back({MOAI1_NOR2_ANDN2L, bool_op_cost(MOAI1_NOR2_ANDN2L)});
b.push_back({MOAI1_NOR2_ANDN2R, bool_op_cost(MOAI1_NOR2_ANDN2R)});
}
if(gate_orn2)
{
b.push_back({MOAI1_NOR2_ORN2L, bool_op_cost(MOAI1_NOR2_ORN2L)});
b.push_back({MOAI1_NOR2_ORN2R, bool_op_cost(MOAI1_NOR2_ORN2R)});
}
}
}
if(gate_and2)
{
b.push_back({MOAI1_AND2, bool_op_cost(MOAI1_AND2)});
if (N >= 4)
{
b.push_back({MOAI1_AND2_AND2, bool_op_cost(MOAI1_AND2_AND2)});
if(gate_nand2) b.push_back({MOAI1_AND2_NAND2, bool_op_cost(MOAI1_AND2_NAND2)});
if(gate_nor2) b.push_back({MOAI1_AND2_NOR2, bool_op_cost(MOAI1_AND2_NOR2)});
if(gate_or2) b.push_back({MOAI1_AND2_OR2, bool_op_cost(MOAI1_AND2_OR2)});
if(gate_andn2)
{
b.push_back({MOAI1_AND2_ANDN2L, bool_op_cost(MOAI1_AND2_ANDN2L)});
b.push_back({MOAI1_AND2_ANDN2R, bool_op_cost(MOAI1_AND2_ANDN2R)});
}
if(gate_orn2)
{
b.push_back({MOAI1_AND2_ORN2L, bool_op_cost(MOAI1_AND2_ORN2L)});
b.push_back({MOAI1_AND2_ORN2R, bool_op_cost(MOAI1_AND2_ORN2R)});
}
}
}
if(gate_or2)
{
b.push_back({MOAI1_OR2, bool_op_cost(MOAI1_OR2)});
if (N >= 4)
{
b.push_back({MOAI1_OR2_OR2, bool_op_cost(MOAI1_OR2_OR2)});
if(gate_nand2) b.push_back({MOAI1_OR2_NAND2, bool_op_cost(MOAI1_OR2_NAND2)});
if(gate_nor2) b.push_back({MOAI1_OR2_NOR2, bool_op_cost(MOAI1_OR2_NOR2)});
if(gate_and2) b.push_back({MOAI1_OR2_AND2, bool_op_cost(MOAI1_OR2_AND2)});
if(gate_andn2)
{
b.push_back({MOAI1_OR2_ANDN2L, bool_op_cost(MOAI1_OR2_ANDN2L)});
b.push_back({MOAI1_OR2_ANDN2R, bool_op_cost(MOAI1_OR2_ANDN2R)});
}
if(gate_orn2)
{
b.push_back({MOAI1_OR2_ORN2L, bool_op_cost(MOAI1_OR2_ORN2L)});
b.push_back({MOAI1_OR2_ORN2R, bool_op_cost(MOAI1_OR2_ORN2R)});
}
}
}
if(gate_andn2)
{
b.push_back({MOAI1_ANDN2L, bool_op_cost(MOAI1_ANDN2L)});
b.push_back({MOAI1_ANDN2R, bool_op_cost(MOAI1_ANDN2R)});
if (N >= 4)
{
b.push_back({MOAI1_ANDN2L_ANDN2L, bool_op_cost(MOAI1_ANDN2L_ANDN2L)});
b.push_back({MOAI1_ANDN2L_ANDN2R, bool_op_cost(MOAI1_ANDN2L_ANDN2R)});
b.push_back({MOAI1_ANDN2R_ANDN2L, bool_op_cost(MOAI1_ANDN2R_ANDN2L)});
b.push_back({MOAI1_ANDN2R_ANDN2R, bool_op_cost(MOAI1_ANDN2R_ANDN2R)});
if(gate_nor2)
{
b.push_back({MOAI1_ANDN2L_NOR2, bool_op_cost(MOAI1_ANDN2L_NOR2)});
b.push_back({MOAI1_ANDN2R_NOR2, bool_op_cost(MOAI1_ANDN2R_NOR2)});
}
if(gate_nand2)
{
b.push_back({MOAI1_ANDN2L_NAND2, bool_op_cost(MOAI1_ANDN2L_NAND2)});
b.push_back({MOAI1_ANDN2R_NAND2, bool_op_cost(MOAI1_ANDN2R_NAND2)});
}
if(gate_or2)
{
b.push_back({MOAI1_ANDN2L_OR2, bool_op_cost(MOAI1_ANDN2L_OR2)});
b.push_back({MOAI1_ANDN2R_OR2, bool_op_cost(MOAI1_ANDN2R_OR2)});
}
if(gate_and2)
{
b.push_back({MOAI1_ANDN2L_AND2, bool_op_cost(MOAI1_ANDN2L_AND2)});
b.push_back({MOAI1_ANDN2R_AND2, bool_op_cost(MOAI1_ANDN2R_AND2)});
}
if(gate_orn2)
{
b.push_back({MOAI1_ANDN2L_ORN2L, bool_op_cost(MOAI1_ANDN2L_ORN2L)});
b.push_back({MOAI1_ANDN2L_ORN2R, bool_op_cost(MOAI1_ANDN2L_ORN2R)});
b.push_back({MOAI1_ANDN2R_ORN2L, bool_op_cost(MOAI1_ANDN2R_ORN2L)});
b.push_back({MOAI1_ANDN2R_ORN2R, bool_op_cost(MOAI1_ANDN2R_ORN2R)});
}
}
}
if(gate_orn2)
{
b.push_back({MOAI1_ORN2L, bool_op_cost(MOAI1_ORN2L)});
b.push_back({MOAI1_ORN2R, bool_op_cost(MOAI1_ORN2R)});
if (N >= 4)
{
b.push_back({MOAI1_ORN2L_ORN2L, bool_op_cost(MOAI1_ORN2L_ORN2L)});
b.push_back({MOAI1_ORN2L_ORN2R, bool_op_cost(MOAI1_ORN2L_ORN2R)});
b.push_back({MOAI1_ORN2R_ORN2L, bool_op_cost(MOAI1_ORN2R_ORN2L)});
b.push_back({MOAI1_ORN2R_ORN2R, bool_op_cost(MOAI1_ORN2R_ORN2R)});
if(gate_nor2)
{
b.push_back({MOAI1_ORN2L_NOR2, bool_op_cost(MOAI1_ORN2L_NOR2)});
b.push_back({MOAI1_ORN2R_NOR2, bool_op_cost(MOAI1_ORN2R_NOR2)});
}
if(gate_nand2)
{
b.push_back({MOAI1_ORN2L_NAND2, bool_op_cost(MOAI1_ORN2L_NAND2)});
b.push_back({MOAI1_ORN2R_NAND2, bool_op_cost(MOAI1_ORN2R_NAND2)});
}
if(gate_or2)
{
b.push_back({MOAI1_ORN2L_OR2, bool_op_cost(MOAI1_ORN2L_OR2)});
b.push_back({MOAI1_ORN2R_OR2, bool_op_cost(MOAI1_ORN2R_OR2)});
}
if(gate_and2)
{
b.push_back({MOAI1_ORN2L_AND2, bool_op_cost(MOAI1_ORN2L_AND2)});
b.push_back({MOAI1_ORN2R_AND2, bool_op_cost(MOAI1_ORN2R_AND2)});
}
if(gate_andn2)
{
b.push_back({MOAI1_ORN2L_ANDN2L, bool_op_cost(MOAI1_ORN2L_ANDN2L)});
b.push_back({MOAI1_ORN2L_ANDN2R, bool_op_cost(MOAI1_ORN2L_ANDN2R)});
b.push_back({MOAI1_ORN2R_ANDN2L, bool_op_cost(MOAI1_ORN2R_ANDN2L)});
b.push_back({MOAI1_ORN2R_ANDN2R, bool_op_cost(MOAI1_ORN2R_ANDN2R)});
}
}
}
}
sort(b.begin(), b.end());
b.erase(remove_if(b.begin(), b.end(),
[this](bool_op_t bool_op) -> bool
{
const function_t<N> f1 = function_t<N>::INPUT_DEFAULT();
vector<function_t<N> > f;
bool_op_fun(bool_op.op_id, f1, &f);
sort(f.begin(), f.end());
auto check = check_tt.insert(f);
return !check.second;
}), b.end());
check_tt.clear();
for(auto bool_op : b)
{
if(bool_op.op_cost > max_GE) max_GE = bool_op.op_cost;
if(bool_op.op_cost < min_GE) min_GE = bool_op.op_cost;
}
}
template<int N>
void lighter<N>::init_critiera(string criteria_file)
{
ifstream input(criteria_file);
string key, value;
for(string line; getline( input, line ); )
{
istringstream is_line(line);
if(getline(is_line, key, '='))
{
if(getline(is_line, value))
{
if(key == "Cost") Cost_Criteria = stod(value)*100;
if(key == "Involution") Involution_Criteria = stoi(value);
if(key == "Diff") Diff_Criteria = stoi(value);
if(key == "DiffFreq") DiffFreq_Criteria = stoi(value);
if(key == "Diff1") Diff1_Criteria = stoi(value);
if(key == "CardD1") CardD1_Criteria = stoi(value);
if(key == "Lin") Lin_Criteria = stoi(value);
if(key == "LinFreq") LinFreq_Criteria = stoi(value);
if(key == "Lin1") Lin1_Criteria = stoi(value);
if(key == "CardL1") CardL1_Criteria = stoi(value);
if(key == "MaxDeg") MaxDeg_Criteria = stoi(value);
if(key == "MinDeg") MinDeg_Criteria = stoi(value);
if(key == "MaxDegFreq") MaxDegFreq_Criteria = stoi(value);
if(key == "MinDegFreq") MinDegFreq_Criteria = stoi(value);
}
}
}
}
template<int N>
void lighter<N>::bool_op_simple_gates(function_t<N> f, vector<function_t<N> > *v, int operation)
{
function_t<N> fun_tmp = f;
if(operation == NOT1)
{
for (int i = 0; i < N; i++)
{
fun_tmp.bit_slice[i] = ~(f.bit_slice[i]);
fun_tmp.info_line = (uint8_t)i;
fun_tmp.info_op = (uint8_t)operation;
fun_tmp.prev = f.bit_slice[i];
fun_tmp.sort();
v->push_back(fun_tmp);
fun_tmp = f;
}
}
else
{
for(int i = 0; i < N; i++)
{
for(int j = 0; j < N; j++)
{
if(i != j)
{
switch (operation)
{
case MAOI1 :
case XOR2 : fun_tmp.bit_slice[i] = f.bit_slice[i] ^ f.bit_slice[j]; break;
case MOAI1 :
case XNOR2 : fun_tmp.bit_slice[i] = ~(f.bit_slice[i] ^ f.bit_slice[j]); break;
}
fun_tmp.prev = f.bit_slice[i];
fun_tmp.info_line = (uint8_t)i;
fun_tmp.info_op = (uint8_t)operation;
fun_tmp.sort();
v->push_back(fun_tmp);
fun_tmp = f;
}
}
fun_tmp = f;
}
}
}
template<int N>
void lighter<N>::bool_op_double_gates(function_t<N> f, vector<function_t<N> > *v, int operation)
{
auto two_inputs = [](const function_t<N> f, int i, int a, int b, int operation)
{
auto fun_tmp = f;
switch (operation)
{
case MAOI1_NAND2 :
case MOAI1_AND2 : fun_tmp.bit_slice[i] = ~(f.bit_slice[(i+a)%N] & f.bit_slice[(i+b)%N]) ^ f.bit_slice[i];break;
case MAOI1_NOR2 :
case MOAI1_OR2 : fun_tmp.bit_slice[i] = ~(f.bit_slice[(i+a)%N] | f.bit_slice[(i+b)%N]) ^ f.bit_slice[i];break;
case XOR2_AND2 :
case MAOI1_AND2 :
case MOAI1_NAND2 : fun_tmp.bit_slice[i] = (f.bit_slice[(i+a)%N] & f.bit_slice[(i+b)%N]) ^ f.bit_slice[i];break;
case XOR2_OR2 :
case MAOI1_OR2 :
case MOAI1_NOR2 : fun_tmp.bit_slice[i] = ( f.bit_slice[(i+a)%N] | f.bit_slice[(i+b)%N]) ^ f.bit_slice[i];break;
case MOAI1_ORN2R :
case MAOI1_ANDN2L :
case XOR2_ANDN2L : fun_tmp.bit_slice[i] = (~f.bit_slice[(i+a)%N] & f.bit_slice[(i+b)%N]) ^ f.bit_slice[i];break;
case MOAI1_ORN2L :
case MAOI1_ANDN2R :
case XOR2_ANDN2R : fun_tmp.bit_slice[i] = ( f.bit_slice[(i+a)%N] &~f.bit_slice[(i+b)%N]) ^ f.bit_slice[i];break;
case MOAI1_ANDN2R :
case MAOI1_ORN2L :
case XOR2_ORN2L : fun_tmp.bit_slice[i] = (~f.bit_slice[(i+a)%N] | f.bit_slice[(i+b)%N]) ^ f.bit_slice[i];break;
case MOAI1_ANDN2L :
case MAOI1_ORN2R :
case XOR2_ORN2R : fun_tmp.bit_slice[i] = ( f.bit_slice[(i+a)%N] |~f.bit_slice[(i+b)%N]) ^ f.bit_slice[i];break;
}
fun_tmp.prev = f.bit_slice[i];
fun_tmp.info_line = i;
fun_tmp.info_op = operation;
fun_tmp.sort();
return fun_tmp;
};
auto three_inputs = [](const function_t<N> f, int i, int a, int b, int c, int operation)
{
auto fun_tmp = f;
switch (operation)
{
case XOR2_AND2_AND2 :
case MAOI1_AND3 :
case MOAI1_NAND2_AND2 :
case MAOI1_AND2_AND2 :
case MOAI1_ORN2L_NAND2 :
case MAOI1_ANDN2R_NAND2 :
case MOAI1_NAND3 : fun_tmp.bit_slice[i] = (f.bit_slice[(i+a)%N] & f.bit_slice[(i+b)%N] & f.bit_slice[(i+c)%N]) ^ f.bit_slice[i];break;
case XOR2_OR2_OR2 :
case MAOI1_OR3 :
case MOAI1_NOR2_OR2 :
case MAOI1_OR2_OR2 :
case MOAI1_ANDN2L_NOR2 :
case MAOI1_ORN2R_NOR2 :
case MOAI1_NOR3 : fun_tmp.bit_slice[i] = (f.bit_slice[(i+a)%N] | f.bit_slice[(i+b)%N] | f.bit_slice[(i+c)%N]) ^ f.bit_slice[i];break;
case MOAI1_AND3 :
case MAOI1_NAND2_AND2 :
case MOAI1_AND2_AND2 :
case MOAI1_ANDN2R_NAND2 :
case MAOI1_ORN2L_NAND2 :
case MAOI1_NAND3 : fun_tmp.bit_slice[i] = ~(f.bit_slice[(i+a)%N] & f.bit_slice[(i+b)%N] & f.bit_slice[(i+c)%N]) ^ f.bit_slice[i];break;
case MOAI1_OR3 :
case MAOI1_NOR2_OR2 :
case MOAI1_OR2_OR2 :
case MAOI1_ANDN2L_NOR2 :
case MOAI1_ORN2R_NOR2 :
case MAOI1_NOR3 : fun_tmp.bit_slice[i] = ~(f.bit_slice[(i+a)%N] | f.bit_slice[(i+b)%N] | f.bit_slice[(i+c)%N]) ^ f.bit_slice[i];break;
}
fun_tmp.prev = f.bit_slice[i];
fun_tmp.info_line = (uint8_t)i;
fun_tmp.info_op = (uint8_t)operation;
fun_tmp.sort();
return fun_tmp;
};
switch (operation)
{
case MAOI1_AND3 :
case MOAI1_NAND2_AND2 :
case MAOI1_AND2_AND2 :
case MAOI1_OR3 :
case MOAI1_NOR2_OR2 :
case MAOI1_OR2_OR2 :
case MOAI1_AND3 :
case MAOI1_NAND2_AND2 :
case MOAI1_AND2_AND2 :
case MOAI1_OR3 :
case MAOI1_NOR2_OR2 :
case MOAI1_OR2_OR2 :
case MOAI1_NAND3 :
case MOAI1_NOR3 :