gmsh_particles.py File Reference

Go to the source code of this file.

Namespaces
namespace	gmsh_particles

Functions
	gmsh_particles.circle_mesh_symmetric (xc=[0., 0., 0.], r=1., h=0.1, filename='mesh', vtk_out=False, symmetric_mesh=True)
	gmsh_particles.ellipse_mesh_symmetric (xc=[0., 0., 0.], rx=1., ry=0.5, h=0.1, filename='mesh', vtk_out=False, symmetric_mesh=True)
	gmsh_particles.sphere_mesh_symmetric (xc=[0., 0., 0.], r=1., h=0.1, filename='mesh', vtk_out=False, symmetric_mesh=True)
	gmsh_particles.rectangle_mesh_symmetric (xc=[0., 0., 0.], Lx=1., Ly=1., h=0.1, filename='mesh', vtk_out=False, symmetric_mesh=True)
	gmsh_particles.hexagon_mesh_symmetric (xc=[0., 0., 0.], r=1., h=0.1, filename='mesh', vtk_out=False, symmetric_mesh=True)
	gmsh_particles.drum2d_mesh_symmetric (xc=[0., 0., 0.], r=1., width=1., h=0.1, filename='mesh', vtk_out=False, symmetric_mesh=True)
	gmsh_particles.polygon_mesh_symmetric (points, theta, xc=[0., 0., 0.], h=0.1, filename='mesh', vtk_out=False, symmetric_mesh=True)
	gmsh_particles.cylindrical2d_wall_mesh (center=[0., 0., 0.], outer_radius=1.0, inner_radius=0.8, bar_width=0.2, bar_length=0.3, h=0.1, filename='mesh', vtk_out=False)
	gmsh_particles.triangle_mesh_symmetric (xc=[0., 0., 0.], r=1., h=0.1, filename='mesh', vtk_out=False, symmetric_mesh=True)
	gmsh_particles.cuboid_mesh_symmetric (xc=[0., 0., 0.], Lx=1., Ly=1., Lz=1., h=0.1, filename='mesh', vtk_out=False, symmetric_mesh=True)
	gmsh_particles.ellipsoid_mesh_symmetric (xc=[0., 0., 0.], rx=1., ry=0.5, rz=0.3, h=0.1, filename='mesh', vtk_out=False, symmetric_mesh=True)
	gmsh_particles.cylinder_mesh_symmetric (xc=[0., 0., 0.], r=1., h=1., mesh_size=0.1, filename='mesh', vtk_out=False, symmetric_mesh=True)
	gmsh_particles.annulus_circle_mesh_symmetric (xc=[0., 0., 0.], r_outer=1., r_inner=0.5, h=0.1, filename='mesh', vtk_out=False, symmetric_mesh=True)
	gmsh_particles.annulus_rectangle_mesh (xc=[0., 0., 0.], Lx=1., Ly=1., hole_Lx=0.3, hole_Ly=0.3, h=0.1, filename='mesh', vtk_out=False, symmetric_mesh=True)
	gmsh_particles.open_rectangle_mesh (xc=[0., 0., 0.], Lx=1., Ly=1., hole_Lx=0.5, hole_Ly=0.5, h=0.1, filename='mesh', vtk_out=False)
	gmsh_particles.open_pipe_mesh (xc=[0., 0., 0.], axis=[0., 0., 1.], length=2., outer_radius=1., wall_thickness=0.1, h=0.1, filename='mesh', vtk_out=False)

Variables
str	gmsh_particles.inp_dir = './'
list	gmsh_particles.test_meshes = ['circle', 'ellipse', 'sphere', 'cuboid', 'ellipsoid', 'rectangle', 'hexagon', 'drum2d', 'triangle', 'polygon', 'cylindrical2d_wall', 'cylinder', 'annulus_circle', 'annulus_rectangle', 'open_rectangle', 'open_pipe']
int	gmsh_particles.symm_flag = 0
	gmsh_particles.xc
	gmsh_particles.r
	gmsh_particles.h
	gmsh_particles.filename
	gmsh_particles.vtk_out
	gmsh_particles.True
	gmsh_particles.symmetric_mesh
	gmsh_particles.rx
	gmsh_particles.ry
	gmsh_particles.Lx
	gmsh_particles.Ly
	gmsh_particles.width
int	gmsh_particles.theta = np.pi/6.
	gmsh_particles.R
	gmsh_particles.a
list	gmsh_particles.v1 = [0., 0., 0.]
list	gmsh_particles.v2 = [R*np.cos(0.5*theta), -R*np.sin(0.5*theta), 0.]
list	gmsh_particles.v4 = [R*np.cos(0.5*theta), R*np.sin(0.5*theta), 0.]
list	gmsh_particles.v3 = [R + a, 0., 0.]
	gmsh_particles.points
	gmsh_particles.center
	gmsh_particles.outer_radius
	gmsh_particles.inner_radius
	gmsh_particles.bar_width
	gmsh_particles.bar_length
	gmsh_particles.Lz
	gmsh_particles.rz
	gmsh_particles.mesh_size
	gmsh_particles.r_outer
	gmsh_particles.r_inner
	gmsh_particles.hole_Lx
	gmsh_particles.hole_Ly
	gmsh_particles.mesh
	gmsh_particles.axis
	gmsh_particles.length
	gmsh_particles.wall_thickness