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+[build-system]

+requires = ["flit"]

+build-backend = "flit.buildapi"

+

+[tool.flit.metadata]

+module = "qsim"

+author = "Joseph Weston"

+author-email = "joseph@weston.cloud"

+home-page = "https://github.com/jbweston/qsim"

+requires-python=">=3.6"

+description-file="README.md"

+keywords = "quantum simulator"

+classifiers = ["License :: OSI Approved :: MIT License"]

+requires = [

+    "numpy",

+]

+

+[tool.flit.metadata.requires-extra]

+test = [

+    "pytest",

+    "pytest-cov",

+    "pytest-flake8",

+    "hypothesis",

+    "tox",

+    "flake8-per-file-ignores",

+]

+doc = [

+    "sphinx",

+]

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+"""A simple package for simulating quantum circuits."""

+

+__version__ = "0.1.0.dev"

+

+from qsim import state, gate, measurement

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+"""Quantum gate operations"""

+

+__all__ = []

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+"""Quantum measurements"""

+

+__all__ = []

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+"""Quantum state vectors

+

+The quantum state of :math:`n` quantum bits is represented as a 1D array of complex

+numbers of length :math:`2^n`; the components of the state vector in the

+computational basis.

+

+The computational basis for :math:`n` qubits is ordered by the number represented

+by the associated classical bitstring.

+"""

+

+__all__ = []