chi_mesh.RCCLogicalVolume

Example usage:

Create this object:

params = 
{
    param_name1 = value1,
    param_name2 = value2,
    --etc.
}
chi_mesh.RCCLogicalVolume.Create(params)

Optional Input parameters

►r       Radius of the sphere

type=FLOAT. Radius of the sphere.

Default value: 1(double)

►vx       X-component of the volume extrusion vector

type=FLOAT. X-component of the volume extrusion vector

Default value: 0(double)

►vy       Y-component of the volume extrusion vector

type=FLOAT. Y-component of the volume extrusion vector

Default value: 0(double)

►vz       Z-component of the volume extrusion vector

type=FLOAT. Z-component of the volume extrusion vector

Default value: 1(double)

►x0       X-coordinate of the volume base

type=FLOAT. X-coordinate of the volume base

Default value: 0(double)

►y0       Y-coordinate of the volume base

type=FLOAT. Y-coordinate of the volume base

Default value: 0(double)

►z0       Z-coordinate of the volume base

type=FLOAT. Z-coordinate of the volume base

Default value: 0(double)

Usage Examples:

test/framework/chi_mesh/LogicalVolume/lv_rcc_test1.lua
test/framework/chi_mesh/LogicalVolume/lv_boolean_test1.lua

Additional Example

chiMeshHandlerCreate()
 
mesh={}
N=40
L=5
xmin = -L/2
dx = L/N
for i=1,(N+1) do
k=i-1
mesh[i] = xmin + k*dx
end
chiMeshCreateUnpartitioned3DOrthoMesh(mesh,mesh,mesh)
chiVolumeMesherExecute();
 
lv1 = chi_mesh.RCCLogicalVolume.Create({r = 1.3, x0=L/2, y0=L/2, z0 = -1.0, vz = 2.0})
chiVolumeMesherSetProperty(MATID_FROMLOGICAL, lv1, 1)
 
lv2 = chi_mesh.RCCLogicalVolume.Create({r = 1.3,
x0=-0.8, y0=-0.8, z0=-1.5,
vx=1.0, vy=1.0, vz=3.0})
chiVolumeMesherSetProperty(MATID_FROMLOGICAL, lv2, 2)
 
chiMeshHandlerExportMeshToVTK("lv_rcc_test1")