Arcelyth/mqc/simulator - mooncakes.io

Arcelyth/mqc/simulator does not have a README file

ExecutionResult

using @Arcelyth/mqc/simulator/result { type ExecutionResult }

A backend's result for one or more experiments, in submission order.

ExecutionStatus

using @Arcelyth/mqc/simulator/result { type ExecutionStatus }

Completion of one experiment or a whole batch.

ExperimentResult

using @Arcelyth/mqc/simulator/result { type ExperimentResult }

One execution's result.

ResultData

using @Arcelyth/mqc/simulator/result_data { type ResultData }

Named output data from one experiment. Only requested outputs are stored.

ResultError

using @Arcelyth/mqc/simulator/result { type ResultError }

ResultValue

using @Arcelyth/mqc/simulator/result_data { trait ResultValue }

StateVector

using @Arcelyth/mqc/simulator/result_data { type StateVector }

A quantum state represented by a complex state vector.

For example, a two-qubit state |ψ⟩ = (|00⟩ + |11⟩) / √2:

shape = [2, 2] re = [1/√2, 0, 0, 1/√2] im = [0, 0, 0, 0]

The entries are stored in basis-state order: |00⟩, |01⟩, |10⟩, |11⟩.

Sampler

pub(open) trait Sampler {
  fn run(Self, params : ParamBinding?, repititon : UInt) -> SamplerResult
}

Simulator

pub(open) trait Simulator {
  fn name(Self) -> String
  fn run(Self, @Arcelyth/mqc/circuit.Program
Program) -> @Arcelyth/mqc/simulator/result.ExecutionResult
ExecutionResult
  fn run_batch(Self, Array[@Arcelyth/mqc/circuit.Program
Program]) -> @Arcelyth/mqc/simulator/result.ExecutionResult
ExecutionResult = _
}

ParamBinding

type ParamBinding

Binds parameters with values.

ParamBinding::empty

fn ParamBinding::empty() -> ParamBinding

SamplerResult

pub(all) struct SamplerResult {
  params : ParamBinding
  records : @Arcelyth/mqc/maths.Array3
Array3[Int]
}

SamplerResult::new

fn SamplerResult::new(params? : ParamBinding, records : @Arcelyth/mqc/maths.Array3
Array3[Int]) -> SamplerResult

StateVectorSimulator

type StateVectorSimulator

StateVectorSimulator::new

fn StateVectorSimulator::new(seed? : UInt64) -> StateVectorSimulator

StateVectorSimulator::run

fn[Q : @Arcelyth/mqc/circuit.Qid
Qid + Eq + Hash] StateVectorSimulator::run(self : StateVectorSimulator, circuit : @Arcelyth/mqc/circuit.Circuit
Circuit[Q], repetitions? : Int) -> SamplerResult raise @Arcelyth/mqc/circuit.QuantumError
QuantumError

StateVectorSimulator::simulate

fn[Q : @Arcelyth/mqc/circuit.Qid
Qid + Eq + Hash] StateVectorSimulator::simulate(_self : StateVectorSimulator, circuit : @Arcelyth/mqc/circuit.Circuit
Circuit[Q]) -> @Arcelyth/mqc/simulator/result_data.StateVector
StateVector raise @Arcelyth/mqc/circuit.QuantumError
QuantumError

Returns the pure state before terminal measurements, starting from all zeros.

Source Files

Install

Quantum computing library for MoonBit.

quantumqubitsquantum-simulationstate-vectorquantum-computing

MIT

github.com/Arcelyth/mqc

Updated 15 hours ago

9 downloads