z-quantum-core is a core library of the scientific code for Orquestra – platform for performing computations on quantum computers developed by Zapata Computing.
z-quantum-core provides:
- core functionalities required to run other Orquestra modules, such as the
Circuitclass. - interfaces for implementing other Orquestra modules, such as backends and optimizers.
- useful tools to support the development of workflows and other scientific projects; such as time evolution, sampling from probability distribution, etc.
In order to use z-quantum-core in your workflow, you need to add it as a resource in your Orquestra workflow:
resources:
- name: z-quantum-core
type: git
parameters:
url: "git@github.com:zapatacomputing/z-quantum-core.git"
branch: "master"and then import in the resources argument of your task:
- - name: my-task
template: template-1
arguments:
parameters:
- param_1: 1
- resources: [z-quantum-core]Once that is done you can:
- use any template from the
templates/directory - use tasks which import
zquantum.corein the python code (see below)
Here's an example how to do use methods from z-quantum-core in a task:
from zquantum.core.circuit import (build_ansatz_circuit,
load_circuit_template,
load_circuit_template_params,
save_circuit)
ansatz = load_circuit_template('ansatz.json');
params = load_circuit_template_params('params.json');
circuit = build_ansatz_circuit(ansatz, params);
save_circuit(circuit, 'circuit.json')Even though it's intended to be used with Orquestra, z-quantum-core can be used as a standalone Python module.
This can be done by running pip install . from the src/ directory.
- If you'd like to report a bug/issue please create a new issue in this repository.
- If you'd like to contribute, please create a pull request.
Unit tests for this project can be run using pytest . from the main directory.