z i;xSrSSKrSSKrSSKJr SSKJr SSKJr SSK J r J r SSK J r SSKJr "S S 5rg) z$Model for schema-conformant Results.N)QuantumCircuit) QiskitError) statevector)ExperimentResult MeasLevel) postprocess)Countsc \rSrSrSr0rSSSSSSSSS.SjrSrSrSr \ S 5r SS jr SS jr SS jrSS jrSSjrSSjrSrg)ResultaModel for Results. Attributes: backend_name (str): backend name. backend_version (str): backend version, in the form X.Y.Z. job_id (str): unique execution id from the backend. success (bool): True if complete input executed correctly. (Implies each experiment success) results (list[ExperimentResult]): corresponding results for array of experiments of the input date (str): optional date field status (str): optional status field header (dict): an optional free form dictionary header N) backend_namebackend_versionjob_idsuccessresultsdatestatusheaderc 0UlXlX lX0lX@lXPlX`lXplXlURRU 5 gN) _metadatar rrrrrrrupdate) selfr rrrrrrrkwargss N/home/james-whalen/.local/lib/python3.13/site-packages/qiskit/result/result.py__init__Result.__init__,sG(.       f%c SURSURSURSURSUR3 nUSUR SUR SUR3- nURR5H7up#[U[5(aS US 3nO [U5nUS US U3- nM9 US - nU$) NzResult(backend_name='z', backend_version='z ', job_id='z ', success=z , results=z, date=z , status=z , header=', =)) r rrrrrrrritems isinstancestrrepr)routkeyvalue value_strs r__repr__Result.__repr__Ds#D$5$5#66J4K_K_J`a }K ~> ~ '  9T[[M4;;-PP....0JC%%%waL  K RuAi[) )C 1 s  rc 8URURURURURUR UR URVs/sHoR5PM snS.nURUR5 U$s snf)znReturn a dictionary format representation of the Result Returns: dict: The dictionary form of the Result )r rrrrrrr) r rrrrrrrto_dictrr)rxout_dicts rr/Result.to_dictTsv!--#33IIkkkkkk||-1\\:\ \:   ';sBcfURU$![an[SUS35UeSnAff=f)Nz Attribute z is not defined)rKeyErrorAttributeError)rnameexs r __getattr__Result.__getattr__gs? M>>$' ' M :dV?!CD" L Ms 0+0c[R"U5nURS5Vs/sHn[R"U5PM snUS'U"S0UD6$s snf)a)Create a new ExperimentResultData object from a dictionary. Args: data (dict): A dictionary representing the Result to create. It will be in the same format as output by :meth:`to_dict`. Returns: Result: The ``Result`` object from the input dictionary. r)copypopr from_dict)clsdatain_datar0s rr>Result.from_dictmsT))D/EL[[QZE[\E[.88;E[\ ~W~]s AcURU5RR5$![[4an[ S[ U5S35UeSnAff=f)aKGet the raw data for an experiment. Note this data will be a single classical and quantum register and in a format required by the results schema. We recommend that most users use the get_xxx method, and the data will be post-processed for the data type. Args: experiment (str or QuantumCircuit or int or None): the index of the experiment. Several types are accepted for convenience:: * str: the name of the experiment. * QuantumCircuit: the name of the circuit instance will be used. * int: the position of the experiment. * None: if there is only one experiment, returns it. Returns: dict: A dictionary of results data for an experiment. The data depends on the backend it ran on and the settings of `meas_level`, `meas_return` and `memory`. OpenQASM backends return a dictionary of dictionary with the key 'counts' and with the counts, with the second dictionary keys containing a string in hex format (``0x123``) and values equal to the number of times this outcome was measured. Statevector backends return a dictionary with key 'statevector' and values being a list[list[complex components]] list of 2^num_qubits complex amplitudes. Where each complex number is represented as a 2 entry list for each component. For example, a list of [0.5+1j, 0-1j] would be represented as [[0.5, 1], [0, -1]]. Unitary backends return a dictionary with key 'unitary' and values being a list[list[list[complex components]]] list of 2^num_qubits x 2^num_qubits complex amplitudes in a two entry list for each component. For example if the amplitude is [[0.5+0j, 0-1j], ...] the value returned will be [[[0.5, 0], [0, -1]], ...]. The simulator backends also have an optional key 'snapshots' which returns a dict of snapshots specified by the simulator backend. The value is of the form dict[slot: dict[str: array]] where the keys are the requested snapshot slots, and the values are a dictionary of the snapshots. Raises: QiskitError: if data for the experiment could not be retrieved. zNo data for experiment ""N)_get_experimentr@r/r4 TypeErrorrr')r experimentr7s rr@ Result.data~s^^ V'' 388@@B B)$ V 8j9I8J!LMSU U Vs(+AAAc URU5nURnURnUR U5SnU[ R:Xa[R"XS5$U[ R:Xa[R"U5$U[ R:Xa[R"U5$[SUS35e![[4a SnNf=f![an[S[U5S35UeSnAff=f)a"Get the sequence of memory states (readouts) for each shot The data from the experiment is a list of format ['00000', '01000', '10100', '10100', '11101', '11100', '00101', ..., '01010'] Args: experiment (str or QuantumCircuit or int or None): the index of the experiment, as specified by ``data()``. Returns: List[str] or np.ndarray: Either the list of each outcome, formatted according to registers in circuit or a complex numpy np.ndarray with shape: ============ ============= ===== `meas_level` `meas_return` shape ============ ============= ===== 0 `single` np.ndarray[shots, memory_slots, memory_slot_size] 0 `avg` np.ndarray[memory_slots, memory_slot_size] 1 `single` np.ndarray[shots, memory_slots] 1 `avg` np.ndarray[memory_slots] 2 `memory=True` list ============ ============= ===== Raises: QiskitError: if there is no memory data for the circuit. NmemoryzMeasurement level z is not supportedzNo memory for experiment "z". Please verify that you either ran a measurement level 2 job with the memory flag set, eg., "memory=True", or a measurement level 0/1 job.)rErr5r meas_levelr@r CLASSIFIEDrformat_level_2_memoryKERNELEDformat_level_1_memoryRAWformat_level_0_memoryr4r')rrG exp_resultrrKrJr7s r get_memoryResult.get_memorys4))*5   #**$..JYYz*84FY111"88HHy111"88@@y}},"88@@!$6zlBS"TUU#K0    ,T*-=,>?22    sG C A C%*)C%)C%>C% C"C%!C""C%% D /DD cFUc[[UR55nOU/n/nUGH?nURU5nURnSURU5R5;aeU(a-UR5VVs0sHupxUS;dM Xx_M n nnO0n UR[URU5S40U D65 MSURU5R5;a][R"URU5S5n UR[R"U 5R!SS95 GM*[ S[#U5S35e [U5S :XaUS $U$![ [ 4a SnGNMf=fs snnf) aKGet the histogram data of an experiment. Args: experiment (str or QuantumCircuit or int or None): the index of the experiment, as specified by ``data([experiment])``. Returns: dict[str, int] or list[dict[str, int]]: a dictionary or a list of dictionaries. A dictionary has the counts for each qubit with the keys containing a string in binary format and separated according to the registers in circuit (e.g. ``0100 1110``). The string is little-endian (cr[0] on the right hand side). Raises: QiskitError: if there are no counts for the experiment. Ncounts> creg_sizes time_taken memory_slotsrdecimalszNo counts for experiment "rDr)rangelenrrErr5rr@keysr$appendr rformat_statevectorr Statevectorprobabilities_dictr') rrGexp_keys dict_listr)exprkv counts_headervecs r get_countsResult.get_countss"  S./H"|H C&&s+C 499S>..00%+LLN%$2DA LL$2"%M %'M   #x(@!RM!RS$))C."5"5"77!44TYYs^M5RS  !8!8!=!P!PZ\!P!]^!$>tCyk"KLL+0 y>Q Q<  /#K0   %s F FFFFc[R"URU5SUS9$![an[ S[ U5S35UeSnAff=f)aGet the final statevector of an experiment. Args: experiment (str or QuantumCircuit or int or None): the index of the experiment, as specified by ``data()``. decimals (int): the number of decimals in the statevector. If None, does not round. Returns: list[complex]: list of 2^num_qubits complex amplitudes. Raises: QiskitError: if there is no statevector for the experiment. rr[zNo statevector for experiment "rDN)rrbr@r4rr'rrGr\r7s rget_statevectorResult.get_statevectorsa ]11 *%m4x  ] ?Z@P?QQRSTZ\ \ ]&) AA  Ac[R"URU5SUS9$![an[ S[ U5S35UeSnAff=f)aGet the final unitary of an experiment. Args: experiment (str or QuantumCircuit or int or None): the index of the experiment, as specified by ``data()``. decimals (int): the number of decimals in the unitary. If None, does not round. Returns: list[list[complex]]: list of 2^num_qubits x 2^num_qubits complex amplitudes. Raises: QiskitError: if there is no unitary for the experiment. unitaryr[zNo unitary for experiment "rDN)rformat_unitaryr@r4rr'ros r get_unitaryResult.get_unitary2sZ  Y--dii .CI.NYab b Y ;D * *((C c3   `ll3'#ll*F68T2FH-11&"=D* 3x1}!$9#>S"TUU3x1}!f NseT88 !f 3 5 ) )Jh0KL S(,KL -z::; `!$;C5@U"VW]__ `s*!E ?E.E.7E. E+E&&E+) rr rrrrrrrr)NN)__name__ __module__ __qualname____firstlineno____doc__rrr,r/r8 classmethodr>r@rSrlrprvrE__static_attributes__r;rrr r su I  &0 &M  2Vh4l2h],Y*:;rr )rr<r~qiskit.circuit.quantumcircuitrqiskit.exceptionsrqiskit.quantum_info.statesrqiskit.result.modelsrr qiskit.resultrqiskit.result.countsr r r;rrrs.+ 8)2<%'g;g;r