<gh_stars>0
import oommfc as oc


def mesh_script(mesh):
    mif = ''
    # Define atlas.
    if mesh.subregions:
        # The mesh is composed of subregions. Multiple BoxAtlas scripts are
        # generated and the main MultiAtlas.
        for name, subregion in mesh.subregions.items():
            mif += oc.scripts.box_atlas(subregion.pmin, subregion.pmax,
                                        name=name)
        mif += '# MultiAtlas\n'
        mif += 'Specify Oxs_MultiAtlas:main_atlas {\n'
        for name in mesh.subregions.keys():
            mif += f'  atlas :{name}_atlas\n'
        mif += f'  xrange {{ {mesh.region.pmin[0]} {mesh.region.pmax[0]} }}\n'
        mif += f'  yrange {{ {mesh.region.pmin[1]} {mesh.region.pmax[1]} }}\n'
        mif += f'  zrange {{ {mesh.region.pmin[2]} {mesh.region.pmax[2]} }}\n'
        mif += '}\n\n'
    else:
        # There are no subregions in the mesh and only a single BoxAtlas is
        # generated.
        mif += oc.scripts.box_atlas(mesh.region.pmin, mesh.region.pmax,
                                    name='main')

    # Define mesh.
    if any(i in mesh.bc for i in 'xyz'):
        mif += '# PeriodicRectangularMesh\n'
        mif += 'Specify Oxs_PeriodicRectangularMesh:mesh {\n'
        mif += '  cellsize {{ {} {} {} }}\n'.format(*mesh.cell)
        mif += '  atlas :main_atlas\n'
        mif += '  periodic {}\n'.format(''.join(sorted(mesh.bc)))
        mif += '}\n\n'
    else:
        mif += '# RectangularMesh\n'
        mif += 'Specify Oxs_RectangularMesh:mesh {\n'
        mif += '  cellsize {{ {} {} {} }}\n'.format(*mesh.cell)
        mif += '  atlas :main_atlas\n'
        mif += '}\n\n'

    return mif

import oommfc as oc


def mesh_script(mesh):
    mif = ''
    # Define atlas.
    if mesh.subregions:
        # The mesh is composed of subregions. Multiple BoxAtlas scripts are
        # generated and the main MultiAtlas.
        for name, subregion in mesh.subregions.items():
            mif += oc.scripts.box_atlas(subregion.pmin, subregion.pmax,
                                        name=name)
        mif += '# MultiAtlas\n'
        mif += 'Specify Oxs_MultiAtlas:main_atlas {\n'
        for name in mesh.subregions.keys():
            mif += f'  atlas :{name}_atlas\n'
        mif += f'  xrange {{ {mesh.region.pmin[0]} {mesh.region.pmax[0]} }}\n'
        mif += f'  yrange {{ {mesh.region.pmin[1]} {mesh.region.pmax[1]} }}\n'
        mif += f'  zrange {{ {mesh.region.pmin[2]} {mesh.region.pmax[2]} }}\n'
        mif += '}\n\n'
    else:
        # There are no subregions in the mesh and only a single BoxAtlas is
        # generated.
        mif += oc.scripts.box_atlas(mesh.region.pmin, mesh.region.pmax,
                                    name='main')

    # Define mesh.
    if any(i in mesh.bc for i in 'xyz'):
        mif += '# PeriodicRectangularMesh\n'
        mif += 'Specify Oxs_PeriodicRectangularMesh:mesh {\n'
        mif += '  cellsize {{ {} {} {} }}\n'.format(*mesh.cell)
        mif += '  atlas :main_atlas\n'
        mif += '  periodic {}\n'.format(''.join(sorted(mesh.bc)))
        mif += '}\n\n'
    else:
        mif += '# RectangularMesh\n'
        mif += 'Specify Oxs_RectangularMesh:mesh {\n'
        mif += '  cellsize {{ {} {} {} }}\n'.format(*mesh.cell)
        mif += '  atlas :main_atlas\n'
        mif += '}\n\n'

    return mif
# Define atlas. # The mesh is composed of subregions. Multiple BoxAtlas scripts are # generated and the main MultiAtlas. # There are no subregions in the mesh and only a single BoxAtlas is # generated. # Define mesh.