Circuits::Circuit< Time > Member List

This is the complete list of members for Circuits::Circuit< Time >, including all inherited members.

AccumulateResults(ExecuteResults &results, const ExecuteResults &newResults)	Circuits::Circuit< Time >	inlinestatic
AccumulateResultsWithRemapBack(ExecuteResults &results, const ExecuteResults &newResults, const BitMapping &bitsMap={}, bool ignoreNotMapped=true, size_t sz=0)	Circuits::Circuit< Time >	inlinestatic
ActsOnlyOnAdjacentQubits() const	Circuits::Circuit< Time >	inline
AddCircuit(const std::shared_ptr< Circuit< Time > > &circuit)	Circuits::Circuit< Time >	inline
AddOperation(const OperationPtr &op)	Circuits::Circuit< Time >	inline
AddOperations(const OperationsVector &ops)	Circuits::Circuit< Time >	inline
AddResetsAtBeginningIfNeeded(Time delay=0)	Circuits::Circuit< Time >	inline
AddResetsIfNeeded(Time delay=0)	Circuits::Circuit< Time >	inline
AffectedBits() const override	Circuits::Circuit< Time >	inlinevirtual
AffectedQubits() const override	Circuits::Circuit< Time >	inlinevirtual
allocator_type typedef	Circuits::Circuit< Time >
begin() noexcept	Circuits::Circuit< Time >	inline
BitMapping typedef	Circuits::Circuit< Time >
CanAffectQuantumState() const override	Circuits::Circuit< Time >	inlinevirtual
cbegin() const noexcept	Circuits::Circuit< Time >	inline
cend() const noexcept	Circuits::Circuit< Time >	inline
Circuit(const OperationsVector &ops={})	Circuits::Circuit< Time >	inline
Clear()	Circuits::Circuit< Time >	inline
CliffordPercentage() const	Circuits::Circuit< Time >	inline
Clone() const override	Circuits::Circuit< Time >	inlinevirtual
CloneFlyweight() const	Circuits::Circuit< Time >	inline
const_iterator typedef	Circuits::Circuit< Time >
const_pointer typedef	Circuits::Circuit< Time >
const_reference typedef	Circuits::Circuit< Time >
const_reverse_iterator typedef	Circuits::Circuit< Time >
ConvertForCutting()	Circuits::Circuit< Time >	inline
ConvertForDistribution()	Circuits::Circuit< Time >	inline
crbegin() const noexcept	Circuits::Circuit< Time >	inline
crend() const noexcept	Circuits::Circuit< Time >	inline
difference_type typedef	Circuits::Circuit< Time >
empty() const	Circuits::Circuit< Time >	inline
end() noexcept	Circuits::Circuit< Time >	inline
EnsureProperOrderForMeasurements()	Circuits::Circuit< Time >	inline
Execute(const std::shared_ptr< Simulators::ISimulator > &sim, OperationState &state) const override	Circuits::Circuit< Time >	inlinevirtual
ExecuteMeasurements(const std::shared_ptr< Simulators::ISimulator > &sim, OperationState &state, const std::vector< bool > &executedOps) const	Circuits::Circuit< Time >	inline
ExecuteNonMeasurements(const std::shared_ptr< Simulators::ISimulator > &sim, OperationState &state) const	Circuits::Circuit< Time >	inline
ExecuteResults typedef	Circuits::Circuit< Time >
GetBits() const	Circuits::Circuit< Time >	inline
GetCircuitCut(Types::qubit_t startQubit, Types::qubit_t endQubit) const	Circuits::Circuit< Time >	inline
GetCliffordQubits() const	Circuits::Circuit< Time >	inline
GetDelay() const	Circuits::IOperation< Types::time_type >	inline
GetDepth() const	Circuits::Circuit< Time >	inline
GetFirstOperationsOnQubits() const	Circuits::Circuit< Time >	inline
GetLastMeasurements(const std::vector< bool > &executedOps, bool sort=true) const	Circuits::Circuit< Time >	inline
GetLastOperationsOnQubits() const	Circuits::Circuit< Time >	inline
GetMaxCbitIndex() const	Circuits::Circuit< Time >	inline
GetMaxDepth() const	Circuits::Circuit< Time >	inline
GetMaxQubitIndex() const	Circuits::Circuit< Time >	inline
GetMinCbitIndex() const	Circuits::Circuit< Time >	inline
GetMinQubitIndex() const	Circuits::Circuit< Time >	inline
GetNumberOfOperations() const	Circuits::Circuit< Time >	inline
GetOperation(size_t pos) const	Circuits::Circuit< Time >	inline
GetOperations() const	Circuits::Circuit< Time >	inline
getptr()	Circuits::IOperation< Types::time_type >	inline
GetQubits() const	Circuits::Circuit< Time >	inline
GetType() const override	Circuits::Circuit< Time >	inlinevirtual
HasConditionalOperations() const	Circuits::Circuit< Time >	inline
HasOpsAfterMeasurements() const	Circuits::Circuit< Time >	inline
IOperation(Types::time_type delay=0)	Circuits::IOperation< Types::time_type >	inline
IsClifford() const override	Circuits::Circuit< Time >	inlinevirtual
IsConditional() const	Circuits::IOperation< Types::time_type >	inlinevirtual
IsForest() const	Circuits::Circuit< Time >	inline
iterator typedef	Circuits::Circuit< Time >
MoveMeasurementsAndResets()	Circuits::Circuit< Time >	inline
NeedsEntanglementForDistribution() const override	Circuits::Circuit< Time >	inlinevirtual
Operation typedef	Circuits::Circuit< Time >
OperationPtr typedef	Circuits::Circuit< Time >
OperationsVector typedef	Circuits::Circuit< Time >
operator[](size_t pos)	Circuits::Circuit< Time >	inline
operator[](size_t pos) const	Circuits::Circuit< Time >	inline
Optimize(bool optimizeRotationGates=true)	Circuits::Circuit< Time >	inline
pointer typedef	Circuits::Circuit< Time >
rbegin() noexcept	Circuits::Circuit< Time >	inline
reference typedef	Circuits::Circuit< Time >
Remap(const BitMapping &qubitsMap, const BitMapping &bitsMap={}) const override	Circuits::Circuit< Time >	inline
Circuits::IOperation< Types::time_type >::Remap(const std::unordered_map< Types::qubit_t, Types::qubit_t > &qubitsMap, const std::unordered_map< Types::qubit_t, Types::qubit_t > &bitsMap={}) const=0	Circuits::IOperation< Types::time_type >	pure virtual
RemapResultsBack(const ExecuteResults &results, const BitMapping &bitsMap={}, bool ignoreNotMapped=false, size_t sz=0)	Circuits::Circuit< Time >	inlinestatic
RemapToContinuous(BitMapping &newQubitsMap, BitMapping &reverseBitsMap, size_t &nrQubits, size_t &nrCbits) const	Circuits::Circuit< Time >	inline
rend() noexcept	Circuits::Circuit< Time >	inline
ReplaceOperation(size_t index, const OperationPtr &op)	Circuits::Circuit< Time >	inline
resize(size_t size)	Circuits::Circuit< Time >	inline
reverse_iterator typedef	Circuits::Circuit< Time >
SetDelay(Types::time_type d)	Circuits::IOperation< Types::time_type >	inline
SetOperations(const OperationsVector &ops)	Circuits::Circuit< Time >	inline
size() const	Circuits::Circuit< Time >	inline
size_type typedef	Circuits::Circuit< Time >
SplitCircuit() const	Circuits::Circuit< Time >	inline
value_type typedef	Circuits::Circuit< Time >
~IOperation()=default	Circuits::IOperation< Types::time_type >	virtual