Add k_BT to HPMC integrator

[surajkannur]

Description

Previously, $k_BT$ was assumed to be 1. In this PR, $k_BT$ is implemented as a variant in the HPMC integrator.

Motivation and context

Assuming $k_BT = 1$ meant that the well depth of the potential had to be rescaled to simulate different temperatures in the case of patchy particles. It also made interpreting the $\beta P$ output of the SDF compute difficult. With this change
the temperature can be user defined.

How has this been tested?

• pytest set and get kT
• notebook to test $\mu VT$, cluster moves, shape moves
• hoomd-validation tests

hoomd-validation: Simple-polygon

TODO other tests

TODO documentation

Change log

Add k_BT to HPMC integrator

Checklist:

• IntegratorHPMCMono.h
• $\mu VT$
• Cluster moves
• SDF pressure compute
• shape moves
• boxMC
• I have reviewed the Contributor Guidelines.
• I agree with the terms of the HOOMD-blue Contributor Agreement.
• My name is on the list of contributors (sphinx-doc/credits.rst) in the pull request source branch.

[github-actions]

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[surajkannur]

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