This file is automatically generated. It contains the descriptions of each uploaded file as provided by the user.

• aplane_2ndlayercant.tar: input and relevant output files for determining canting angle of the second layer for the chromia a-plane. The chromium moments in the first layer are held fixed at the energetic minima of 0.25 degrees
• aplane_LxMz.tar: input and output files for calculating energy as a function of canting-induced magnetization along z when Neel vector is along x (the a-plane surface normal) for the a-plane. These are used in the preprint to numerically estimate the D_{zx} contribution the Dzyaloshinskii-Moriya interaction at the a-plane.
• aplane_LzMx.tar: input and output files for calculating energy as a function of canting-induced magnetization along x when Neel vector is along z (the bulk ground-state Neel-vector directionl) for the a-plane. These are used in the preprint to numerically estimate the D_{xz} contribution the Dzyaloshinskii-Moriya interaction at the a-plane.
• aplane_ytilt.tar: input and output files for calculating energy as a function of canting-induced magnetization along in-plane direction y when Neel vector is along z (the bulk ground-state Neel vector direction) for the a-plane.
• montecarlo_mplane.tar: Basic input files in the directory "Base" along with the script runme.sh which modifies the Base files and sets up multiple Monte Carlo calculations with varying temperature values. The mvec*.txt files contain the output data required to reproduce the plot of sublattice magnetization versus temperature in the supplementary material.
• mplane_2ndlayercant.tar: input and relevant output files for determining canting angle of the second layer for the chromia m-plane. The chromium moments in the first layer are held fixed at -0.75 degrees
• mplane_3rdlayercant.tar: input and relevant output files for determining canting angle of the third layer for the chromia m-plane. The chromium moments in the first layer are held fixed at -0.75 degrees and -0.5 degrees in the second layer.
• mplane_LxMz.tar: input and output files for calculating energy as a function of canting-induced magnetization along z when Neel vector is along x (the m-plane surface normal) for the m-plane. These are used in the preprint to numerically estimate the D_{zx} contribution the Dzyaloshinskii-Moriya interaction at the m-plane.
• mplane_LzMx.tar: input and output files for calculating energy as a function of canting-induced magnetization along x when Neel vector is along z (the bulk ground-state Neel-vector directionl) for the m-plane. These are used in the preprint to numerically estimate the D_{xz} contribution the Dzyaloshinskii-Moriya interaction at the m-plane.
• mplane_ytilt.tar: input and output files for calculating energy as a function of canting-induced magnetization along in-plane direction y when Neel vector is along z (the bulk ground-state Neel vector direction) for the amplane.
• README.txt: README