z i  SrSSKJr SSKrSSKJr SSKJrJ r J r /SQS/4/SQS\ /4/S QS\ /4/S QS\/4S .r /S QS/4/S QS\ /4/SQS\ /4/SQS\ \ /4/SQS\/4/SQS\\ /4/SQS\\ /4/SQS\\ \ /4S.r Sr SrSrg)z3 Simple circuit constructors for Weyl reflections. ) annotationsN)QuantumCircuit)RXGateRYGateRZGate)rrr)r r)r rr )rr r )z no reflectionzreflect XX, YYzreflect XX, ZZzreflect YY, ZZ)rrr)rrry?)rrry)rrr)rrr)rrr)rrrr )zno shiftzZ shiftzY shiftz Y,Z shiftzX shiftz X,Z shiftz X,Y shiftz X,Y,Z shiftc[Uup#n[X!5VVs/sH upVXV-PM nnn[S5nUH*n URU "[R 5S/5 M, XxU4$s snnf)z Given a reflection type and a canonical coordinate, applies the reflection and describes a circuit which enacts the reflection + a global phase shift. r)reflection_optionsziprappendnppi) reflection_name coordinatereflection_scalarsreflection_phase_shiftsource_reflection_gatesxyreflected_coordsource_reflectiongates f/home/james-whalen/.local/lib/python3.13/site-packages/qiskit/synthesis/two_qubit/xx_decompose/weyl.pyapply_reflectionrBs K]KG0G*--?)LM)Lqu)LOM&q)'  beeqc2( /E EE NsA-c^[Uup#n[X!5VVs/sHupV[RS- U-U-PM nnn[ S5nUHQn UR U "[R5S/5 UR U "[R5S/5 MS XxU4$s snnf)z Given a shift type and a canonical coordinate, applies the shift and describes a circuit which enacts the shift + a global phase shift. r rr) shift_optionsr rrrr) shift_namer shift_scalarsshift_phase_shiftsource_shift_gatesrr shifted_coord source_shiftrs r apply_shiftr%Rs r5s#8HH B'"Ax0"Ax0"Ax0  Ar"2x(3)Q 013)Q 01R&&!12sVVV$<=    F : #r.