QLibrary (`qiskit_metal.qlibrary`)¶

Module containing all Qiskit Metal QLibrary.

Core Classes¶

`QComponent`(design[, name, options, make, ...])
`ParsedDynamicAttributes_Component`(component)
`BaseQubit`(design[, name, options, ...])
`QRoute`(design[, name, options, type])
`QRouteLead`(args, *kwargs)
`QRoutePoint`(position[, direction])

Sample Shapes¶

`CircleCaterpillar`(design[, name, options, ...])	A single configurable circle.
`CircleRaster`(design[, name, options, make, ...])	A single configurable circle.
`NGon`(design[, name, options, make, ...])	A n-gon polygon.
`NSquareSpiral`(design[, name, options, make, ...])	A n count square spiral.
`Rectangle`(design[, name, options, make, ...])	A single configurable square.
`RectangleHollow`(design[, name, options, ...])	A single configurable square.

Lumped¶

`Cap3Interdigital`(design[, name, options, ...])	Create a three finger planar capacitor with a ground pocket cuttout.
`CapNInterdigital`(design[, name, options, ...])	Generates a two pin (+) structure comprised of a north CPW transmission line, and a south transmission line, coupled together via a finger capacitor.
`ResonatorCoilRect`(design[, name, options, ...])	A rectangle spiral resonator based on length input.

Couplers¶

`CoupledLineTee`(design[, name, options, ...])	Generates a three pin (+) structure comprised of a primary two pin CPW transmission line, and a secondary one pin neighboring CPW transmission line that is capacitively/inductively coupled to the primary.
`LineTee`(design[, name, options, make, ...])	Generates a three pin (+) structure comprised of a primary two pin CPW transmission line, and a secondary one pin neighboring CPW transmission line that is capacitively coupled to the primary.
`CapNInterdigitalTee`(design[, name, options, ...])	Generates a three pin (+) structure comprised of a primary two pin CPW transmission line, and a secondary one pin neighboring CPW transmission line that is capacitively coupled to the primary.
`TunableCoupler01`(design[, name, options, ...])	One of the tunable couplers Based off the implementation in https://arxiv.org/pdf/2011.01261.pdf.
`TunableCoupler02`(design[, name, options, ...])

Resonator¶

`ReadoutResFC`(design[, name, options, make, ...])
`ResonatorLumped`(design[, name, options, ...])

Terminations¶

`LaunchpadWirebond`(design[, name, options, ...])	Launch pad to feed/read signals to/from the chip.
`LaunchpadWirebondCoupled`(design[, name, ...])	Launch pad to feed/read signals to/from the chip.
`LaunchpadWirebondDriven`(design[, name, ...])	Launch pad to feed/read signals to/from the chip.
`OpenToGround`(design[, name, options, make, ...])	A sample_shapes open to ground termination.
`ShortToGround`(design[, name, options, make, ...])

Transmission Lines¶

`RouteStraight`(design[, name, options, type])
`RouteFramed`(design[, name, options, type])
`RouteMeander`(design[, name, options, type])
`RouteAnchors`(design[, name, options, type])
`RouteMixed`(design[, name, options, type])
`RoutePathfinder`(design[, name, options, type])

Qubits¶

`jj_dolan`(design[, name, options, make, ...])	The base "JJ_Dolan" inherits the "QComponent" class.
`jj_manhattan`(design[, name, options, make, ...])	The base "JJ_Manhattan" inherits the "QComponent" class.
`TransmonConcentric`(design[, name, options, ...])	The base TrasmonConcentric class .
`TransmonConcentricType2`(design[, name, ...])
`TransmonCross`(design[, name, options, ...])	The base TransmonCross class.
`TransmonCrossFL`(design[, name, options, ...])	The base TransmonCrossFL class.
`TransmonInterdigitated`(design[, name, ...])	The base "TransmonInterdigitated" inherits the "QComponent" class.
`TransmonPocket`(design[, name, options, ...])	The base TransmonPocket class.
`TransmonPocketCL`(design[, name, options, ...])	The base TransmonPocketCL class.
`TransmonPocket6`(design[, name, options, ...])	Transmon pocket with 6 connection pads.
`TransmonPocketTeeth`(design[, name, options, ...])	Transmon pocket with 'Teeth' connection pads.
`TunableCoupler01`(design[, name, options, ...])	One of the tunable couplers Based off the implementation in https://arxiv.org/pdf/2011.01261.pdf.
`SQUID_LOOP`(design[, name, options, make, ...])	The base "SQUID_LOOP" inherits the "QComponent" class.
`SNAIL`(design[, name, options, make, ...])	A SNAIL (Superconducting Nonlinear Asymmetric Inductive eLement).
`StarQubit`(design[, name, options, make, ...])	A single configurable circle with multiple pads.

Submodules¶

anchored_path

Anchored path.