active_controls.hpp | Slot for adding control lines automatically |
add_circuit.hpp | Prepending, inserting and appending circuits to another circuit |
add_gates.hpp | Adding typical gates to a circuit |
add_line_to_circuit.hpp | Add a line to a circuit with specifying all meta-data |
adding_lines.hpp | Adding Lines Optimization |
bdd_synthesis.hpp | BDD Based Synthesis |
bus_collection.hpp | Bus Collection |
circuit.hpp | Circuit class |
circuit_hierarchy.hpp | Returns the hierarchy of a circuits by its modules |
circuit_to_truth_table.hpp | Generates a truth table from a circuit |
clear_circuit.hpp | Clears a circuit |
control_lines.hpp | Gets the control lines of a gate |
copy_circuit.hpp | Copies a circuit |
copy_metadata.hpp | |
costs.hpp | Cost calculation for circuits |
create_image.hpp | LaTeX functions for printing circuits |
create_simulation_pattern.hpp | Create simulation pattern for sequential simulation |
embed_truth_table.hpp | Embedding of an irreversible specification |
equivalence_check.hpp | SAT-based equivalence check (respects garbage outputs and constant inputs) |
esop_synthesis.hpp | ESOP Based Synthesis |
exact_synthesis.hpp | Exact Synthesis of Reversible Networks |
expand_circuit.hpp | Expand a circuit on the base of a sub circuit |
extend_truth_table.hpp | Removes the Don't Care Values of a binary truth table |
find_lines.hpp | Finds empty and non-empty lines in circuits and gates |
flatten_circuit.hpp | Flattens a circuit with modules |
fully_specified.hpp | Determines whether a truth_table is fully specified |
functor.hpp | Generic Functor Implementation based on Boost.Function |
gate.hpp | Gate class |
kfdd_synthesis.hpp | KFDD Based Synthesis |
line_reduction.hpp | Line Reduction Optimization |
lnn_optimization.hpp | Linear nearest Neighbor |
optimization.hpp | General Optimization type definitions |
partial_simulation.hpp | Simulation considering constant inputs and garbage outputs |
pattern.hpp | Data Structure for Simulation Pattern |
print_circuit.hpp | Console output of a circuit |
print_statistics.hpp | Print statistics about a circuit |
program_options.hpp | Easier access to program options |
properties.hpp | Property Map Implementation for Algorithms |
quantum_decomposition.hpp | Quantum Decomposition of Reversible Circuits |
read_pattern.hpp | Parser for Simulation pattern |
read_pla.hpp | Reads a specification from a PLA file |
read_pla_to_bdd.hpp | Reads a BDD from a PLA file |
read_realization.hpp | Parser for RevLib realization (*.real) file format |
read_specification.hpp | Parser for RevLib specification (*.spec) file format |
reed_muller_synthesis.hpp | Synthesis algorithm based on Reed Muller Spectra |
reverse_circuit.hpp | Reverse a circuit |
revlib_parser.hpp | RevLib file format parser |
revlib_processor.hpp | Processor which works with the revlib_parser |
sequential_simulation.hpp | Sequential Simulation considering state inputs |
simple_simulation.hpp | Very simple simulation, only efficient for small circuits |
simulation.hpp | General Simulation type definitions |
swop.hpp | SWOP - Synthesis With Output Permutation |
synthesis.hpp | General Synthesis type definitions |
target_lines.hpp | Gets the target lines of a gate |
target_tags.hpp | Predefined target type tags for common gate types |
timer.hpp | A generic way for measuring time |
transformation_based_synthesis.hpp | Transformation Based Synthesis |
transposition_based_synthesis.hpp | A simple synthesis algorithm based on transpositions |
transposition_to_circuit.hpp | A simple synthesis algorithm based on transpositions |
truth_table.hpp | Class for truth table representation |
verification.hpp | General Verification type definitions |
version.hpp | Returns RevKit version |
window_optimization.hpp | Window Optimization |
write_blif.hpp | Writes a circuit to a BLIF file |
write_realization.hpp | Generator for RevLib realization (*.real) format |
write_specification.hpp | Writes a truth table to a RevLib specification file |
write_verilog.hpp | Writes a circuit to a Verilog file |