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Fixes #264 Associated with [bqskitrs #14](https://github.com/BQSKit/bqskitrs/pull/14)

edyounis

`CeresMinimizer` from `bqskitrs` requires `num_residuals`, which is neither documented nor properly implemented in the Python code

1

`CeresMinimizer` from `bqskitrs` makes a call to `num_residuals` on `DifferentiableResidualsFunction` objects. The string `num_residuals` is not present anywhere in the Python `bqskit` repo, making it unclear that this is a...

WolfLink

“Lazy Map” capability for the BQSKit runtime

3

I’d like the ability to perform a “lazy map”, meaning to have a `RuntimeFuture` to which I can submit more tasks. Here’s an example scenario where this would be useful:...

WolfLink

Adding a guide that explains how to use GPUs in BQSkit

alonkukl

This pull request adds support for constrained numerical optimization in numerical instantiation.

mtweiden

An error arises when running the following code: ``` # backend.num_qubits == 127 model = MachineModel(backend.num_qubits, gate_set=[ECRGate(), RZGate(), SXGate(), XGate(), IdentityGate()]) with Compiler() as compiler: partitionWorkFlow = [ SetModelPass(model), QuickPartitioner(block_size=3),...

clancyras

Would it be better to have DAG and bqskit circuit conversion?

1

As in the title, would it be better to have functions like dag_to_circuit() and circuit_to_dag() ? There is some painful inconsistency problem when trying to extract a sub-circuit and put...

jinleic

1. Add get_inverse and get_inverse_params features for all single-qubit and two-qubit constant and parameterized gates 2. Add necessary gate definitions and corresponding OpenQASM definitions 3. Remedy a format-string line in...

Youngcius

Hi, I wanted to bring your kind notice into an update that could be done in the documentation for the `Compiler.status(task_id)`: https://bqskit.readthedocs.io/en/latest/source/autogen/bqskit.compiler.Compiler.status.html#bqskit.compiler.Compiler.status Where the return type values (**CompilationStatus**) would be...

mwalidcharrwi

``` from bqskit import MachineModel from bqskit.qis.state.state import StateVector from bqskit import compile n = 2 coupling_graph = [(i, i + 1) for i in range(n - 1)] model =...

peachnuts