iJSrSSKrSSKrSSKJrJrJrJrJr SSK J r \"SSS9r \"SS S9r \"S S S9r "S S5r"S S 5r"SS 5r"SS\5rg)zBackend Configuration Classes.N)DictListAnyTypeVarType) QiskitError GateConfigT GateConfig)bound UchannelLOT UchannelLOQasmBackendConfigurationTQasmBackendConfigurationc\rSrSrSrSS\S\\S\S\S\S \S \4S jjr \ S \ \ S \ \\4S\ 4Sj5rS\ \\44SjrS\S\4SjrS\4SjrSrg)r aClass representing a Gate Configuration Attributes: name: the gate name as it will be referred to in OpenQASM. parameters: variable names for the gate parameters (if any). qasm_def: definition of this gate in terms of OpenQASM 2 primitives U and CX. Nname parametersqasm_def coupling_map latency_map conditional descriptioncXlX lX0lU(aX@lU(aXPlUbX`lUbXplgg)a?Initialize a GateConfig object Args: name (str): the gate name as it will be referred to in OpenQASM. parameters (list): variable names for the gate parameters (if any) as a list of strings. qasm_def (str): definition of this gate in terms of OpenQASM 2 primitives U and CX. coupling_map (list): An optional coupling map for the gate. In the form of a list of lists of integers representing the qubit groupings which are coupled by this gate. latency_map (list): An optional map of latency for the gate. In the the form of a list of lists of integers of either 0 or 1 representing an array of dimension len(coupling_map) X n_registers that specifies the register latency (1: fast, 0: slow) conditional operations on the gate conditional (bool): Optionally specify whether this gate supports conditional operations (true/false). If this is not specified, then the gate inherits the conditional property of the backend. description (str): Description of the gate operation N)rrrrrrr)selfrrrrrrrs i/home/james-whalen/.local/lib/python3.13/site-packages/qiskit_ibm_runtime/models/backend_configuration.py__init__GateConfig.__init__$sB> $  ,  *   "*   "*  #clsdatareturncU"S0UD6$)a Create a new GateConfig object from a dictionary. Args: data (dict): A dictionary representing the GateConfig to create. It will be in the same format as output by :func:`to_dict`. Returns: GateConfig: The GateConfig from the input dictionary. r#rr s r from_dictGateConfig.from_dictQ{T{rcNURURURS.n[US5(aURUS'[US5(aUR US'[US5(aUR US'[US5(aURUS'U$)xReturn a dictionary format representation of the GateConfig. Returns: dict: The dictionary form of the GateConfig. )rrrrrrr)rrrhasattrrrrrrout_dicts rto_dictGateConfig.to_dict_sII// $  4 ( ('+'8'8H^ $ 4 ' '&*&6&6H] # 4 ' '&*&6&6H] # 4 ' '&*&6&6H] #rotherct[U[5(a#UR5UR5:XaggNTF) isinstancer r-rr/s r__eq__GateConfig.__eq__t) eZ ( (||~0rc SURSURSUR3nSH/n[X5(dMUS[ [ X55-- nM1 US- nU$)Nz GateConfig(, )rrrr))rrrr*reprgetattr)rout_stris r__repr__GateConfig.__repr__zsf {"T__,=R ONAt4$wt'7"888O 3r)rrrrrrr)NNNN)__name__ __module__ __qualname____firstlineno____doc__strrlistboolr classmethodrr rrr%r-r4r>__static_attributes__r#rrr r s"  ++++I++ ++  ++  ++++++Z tK( S#X ;  c3h*CD #rc\rSrSrSrS\S\SS4Sjr\S\ \ S \ \ \ 4S\ 4S j5rS\ \ \ 44S jrS \ S\4S jrS\ 4SjrSrg)r zClass representing a U Channel LO Attributes: q: Qubit that scale corresponds too. scale: Scale factor for qubit frequency. qscaler!Nc>US:a [S5eXlX lg)zInitialize a UchannelLOSchema object Args: q (int): Qubit that scale corresponds too. Must be >= 0. scale (complex): Scale factor for qubit frequency. Raises: QiskitError: If q is < 0 rz q must be >=0N)rrLrM)rrLrMs rrUchannelLO.__init__s  q5o. . rrr cU"S0UD6$)aCreate a new UchannelLO object from a dictionary. Args: data (dict): A dictionary representing the UChannelLO to create. It will be in the same format as output by :func:`to_dict`. Returns: UchannelLO: The UchannelLO from the input dictionary. r#r#r$s rr%UchannelLO.from_dictr'rc8URURS.nU$)zxReturn a dictionary format representation of the UChannelLO. Returns: dict: The dictionary form of the UChannelLO. rLrMrSr+s rr-UchannelLO.to_dicts ZZ$ rr/ct[U[5(a#UR5UR5:Xaggr1)r2r r-r3s rr4UchannelLO.__eq__r6rc<SURSURS3$)Nz UchannelLO(r8r9rSrs rr>UchannelLO.__repr__sTVVHBtzzl!44rrS)r@rArBrCrDintcomplexrrHrr rrErr%r-rGr4r>rIr#rrr r s # g $  tK( S#X ;   c3h CD 5#5rcC\rSrSr%Sr0r\\\4\S'S4S\ S\ S\ S\ S \ S \ S \ S \ S \ S\ S\ S\ \ S\ \ S\ \ S\ S\ \ S\ S\ \S\S\ S\ S\ S\ S\ S\RS\ S\ S \ S!\S"\S#\S$\ S%\4BS&jjrS'\ S(\4S)jr\S*\\S+\\ \4S(\4S,j5rS(\\ \44S-jr\S(\ 4S.j5rS/\S(\ 4S0jrS1\ S(\ 4S2jrS3rg)5raClass representing an OpenQASM 2.0 Backend Configuration. Attributes: backend_name: backend name. backend_version: backend version in the form X.Y.Z. n_qubits: number of qubits. basis_gates: list of basis gates names on the backend. gates: list of basis gates on the backend. local: backend is local or remote. simulator: backend is a simulator. conditional: backend supports conditional operations. open_pulse: backend supports open pulse. memory: backend supports memory. _dataN backend_namebackend_versionn_qubits basis_gatesgateslocal simulatorr open_pulsememoryr meas_levels meas_kernelsdiscriminatorsmeas_mapsupported_instructionsdynamic_reprate_enabledrep_delay_rangedefault_rep_delay sample_name n_registers register_map configurablecredits_required online_date display_namertagsdtdtmprocessor_typeparametric_pulseskwargsc! 0UlXlX lX0lX@lXPlX`lXplXlXl Xl Xl Xl Xl XlUbXlU(aUUlUUlU(aUV"s/sHn"U"S-PM sn"UlUb US-UlUbUUlU(aSUlU(aUUlUbUUlUbUUlUbUUlUbUUlUbUUlUbUUlUb US-UlUb US-UlUbUUlU bU Ul SU!;a&U!SV#V$s/sHun#n$U#S-U$S-/PM sn$n#U!S'SU!;a&U!SV#V$s/sHun#n$U#S-U$S-/PM sn$n#U!S'SU!;aU!SV%s/sHn%U%S-PM sn%U!S'URRCU!5 gs sn"fs sn$n#fs sn$n#fs sn%f) u Initialize a QasmBackendConfiguration Object Args: backend_name (str): The backend name backend_version (str): The backend version in the form X.Y.Z n_qubits (int): the number of qubits for the backend basis_gates (list): The list of strings for the basis gates of the backends gates (list): The list of GateConfig objects for the basis gates of the backend local (bool): True if the backend is local or False if remote simulator (bool): True if the backend is a simulator conditional (bool): True if the backend supports conditional operations open_pulse (bool): True if the backend supports OpenPulse memory (bool): True if the backend supports memory coupling_map (list): The coupling map for the device meas_levels: Supported measurement levels. meas_kernels: Supported measurement kernels. discriminators: Supported discriminators. meas_map (list): Grouping of measurement which are multiplexed supported_instructions (List[str]): Instructions supported by the backend. dynamic_reprate_enabled (bool): whether delay between programs can be set dynamically (ie via ``rep_delay``). Defaults to False. rep_delay_range (List[float]): 2d list defining supported range of repetition delays for backend in μs. First entry is lower end of the range, second entry is higher end of the range. Optional, but will be specified when ``dynamic_reprate_enabled=True``. default_rep_delay (float): Value of ``rep_delay`` if not specified by user and ``dynamic_reprate_enabled=True``. sample_name (str): Sample name for the backend n_registers (int): Number of register slots available for feedback (if conditional is True) register_map (list): An array of dimension n_qubits X n_registers that specifies whether a qubit can store a measurement in a certain register slot. configurable (bool): True if the backend is configurable, if the backend is a simulator credits_required (bool): True if backend requires credits to run a job. online_date (datetime.datetime): The date that the device went online display_name (str): Alternate name field for the backend description (str): A description for the backend tags (list): A list of string tags to describe the backend dt (float): Qubit drive channel timestep in nanoseconds. dtm (float): Measurement drive channel timestep in nanoseconds. processor_type (dict): Processor type for this backend. A dictionary of the form ``{"family": , "revision": , segment: }`` such as ``{"family": "Canary", "revision": "1.0", segment: "A"}``. - family: Processor family of this backend. - revision: Revision version of this processor. - segment: Segment this processor belongs to within a larger chip. parametric_pulses (list): A list of pulse shapes which are supported on the backend. For example: ``['gaussian', 'constant']`` **kwargs: optional fields Ngư>& .>qubit_lo_rangeeA meas_lo_range rep_times)"r^r_r`rarbrcrdrerrfrgrrhrirjrkrlrmrnrorprqrrrsrtrurvrrwrxryrzr{update)&rr_r`rarbrcrdrerrfrgrrhrirjrkrlrmrnrorprqrrrsrtrurvrrwrxryrzr{r|_rd min_range max_range_rts& rr!QasmBackendConfiguration.__init__sB| (. &  "&$ (&(,  $M !*@D ''>$ :I#J/3C$J/#JD  (%6%=D "  "*D   D   ,D   # ,D   '$4D !  "*D   # ,D   "*D   DI >4iDG ?TzDH  %"0D   (%6D " v %/55E.F(.F*Y S)c/2.F(F# $ f $/5_.E'.E*Y S)c/2.E'F? # & 9? 9L"M9L#3:9L"MF;  &!i$KJ( '#NsGG3GG rr!cfURU$![an[SUS35UeSnAff=f)Nz Attribute z is not defined)r^KeyErrorAttributeError)rrexs r __getattr__$QasmBackendConfiguration.__getattr__{s? M::d# # M :dV?!CD" L Ms 0+0rr c[R"U5nURS5Vs/sHn[RU5PM nnXBS'U"S0UD6$s snf)aCreate a new GateConfig object from a dictionary. Args: data (dict): A dictionary representing the GateConfig to create. It will be in the same format as output by :func:`to_dict`. Returns: GateConfig: The GateConfig from the input dictionary. rcr#)copypopr r%)rr in_dataxrcs rr%"QasmBackendConfiguration.from_dictsU#'))D/29++g2FG2FQ%%a(2FG ~W~HsAcURURURURURVs/sHoR 5PM snUR URURURURURURURURURS.n[!US5(aUR"US'[!US5(aUR$US'[!US5(a"UR&Vs/sHo3S-PM snUS'[!US5(aUR(S-US'SH"n[!X5(dM[+X5X$'M$ UR-UR.5 SU;a US==S -ss'S U;a US ==S -ss'S U;a%US VVs/sHupVUS -US -/PM snnUS 'S U;a%US VVs/sHupVUS -US -/PM snnUS 'SU;aUSVs/sHowS-PM snUS'U$s snfs snfs snnfs snnfs snf)r))r_r`rarbrcrdrerrfrgrrmrhrirjrkrlrng.Aro) rprqrrrsrtrurvrrwrxryrzr{rxrryrrrr)r_r`rarbrcr-rdrerrfrgrrmrhrirjr*rkrlrnror;rr^)rrr,rkwargrrrs rr- QasmBackendConfiguration.to_dictsg!--#33 +++/::6:aiik:6ZZ++//kk --'+'C'C++ --"11$ " 4 $ $#'==HZ 41 2 2151L1LH- . 4* + +@D@T@T*U@T9@T*UH& ' 4, - -,0,B,BS,HH( ) Et##")$"6! $  # 8  TNc !N H  UOs "O x '/77G.H*.H*YT!9t#34.H*H% & h &/7.G).G*YT!9t#34.G)H_ % ( ":B;:O$P:O33Y:O$PH[ !C7&+V>* )%QsH? &II ?I)IcUR$)zReturns the number of qubits. In future, `n_qubits` should be replaced in favor of `num_qubits` for consistent use throughout Qiskit. Until this is properly refactored, this property serves as intermediate solution. )rarXs r num_qubits#QasmBackendConfiguration.num_qubitss}}rr/ct[U[5(a#UR5UR5:Xaggr1)r2rr-r3s rr4QasmBackendConfiguration.__eq__s* e5 6 6||~0ritemcXR;$)N)__dict__)rrs r __contains__%QasmBackendConfiguration.__contains__s}}$$r)!r^r_r`rbrrsrrtrorrjrvrxryrmrcrdrirhrkrgrarqrurfr{rzrrrnrprerlrw)NNNNNFNNNNNNNNNNNNNNN)r@rArBrCrDr^rr__annotations__rErZrFrGrfloatdatetimedictrrrHrrr%r-propertyrr4rrIr#rrrrs E4S>"&"&$(,0(-'+#'!!!%)- #"&Ci"i"i" i"  i"  i"i"i"i"i"i"i"#Yi"3ii"S i" !i""!%S #i"$"&%i"&e'i"(!)i"*+i",-i"./i"01i"23i"4&&5i"67i"89i":;i"< =i">?i"@Ai"B Ci"DEi"VMMM  + ,48cN ""Lc3hL\CCD %%%rc\rSrSrSrSrg)BackendConfigurationizEBackwards compat shim representing an abstract backend configuration.r#N)r@rArBrCrDrIr#rrrrsOrr)rDrrtypingrrrrrqiskit.exceptionsrr r rr r rrr#rrrsr% 11)m<8 m<8 #$?GabffR8585vt%t%n  3 r