Type Alias MeshCylindrical 

pub type MeshCylindrical = BaseCompartmentMesh<CylindricalMarker>;

Cylindrical Compartment mesh structure for spatial modeling.

Aliased Type

pub struct MeshCylindrical {
    axes: [CoordAxis; 3],
    n_cells: usize,
    _marker: PhantomData<CylindricalMarker>,
}

Fields

axes: [CoordAxis; 3]

The axes of the coordinate system for the mesh.

This array contains three CoordAxis instances, each representing one of the principal axes

n_cells: usize

The total number of cells in the mesh.

This field stores the count of cells within the compartmental mesh.

_marker: PhantomData<CylindricalMarker>

PhantomData marker for generic type T.

This field is used to mark the generic type T in the struct without actually storing data.

Trait Implementations

impl CompartmentMeshManip for MeshCylindrical

fn n_maximum_interface(&self) -> usize

Returns the maximum number of interfaces a cell can have in this mesh.

fn get_interface_plane( &self, cell1_id: usize, cell2_id: usize, ) -> (BoundedPlane, usize)

fn are_cell_neighbor( &self, cell1_id: usize, cell2_id: usize, ) -> NeighborDirection

Determines if two cells are neighbors and returns the direction of neighborhood.

fn cell_surface(&self, cell_id: usize, i_axis: OrientedAxis) -> f64

Computes the surface area of a specified cell.

fn cell_volume(&self, cell_id: usize) -> f64

Computes the volume of a specified cell.

fn cell_from_ax_points(&self, axis_points: &AxisPoints) -> Option<usize>

fn cell_from_coordinates(&self, coords: &Coords3) -> Option<usize>

Finds the cell ID corresponding to specific 3D coordinates.

fn is_point_inside(&self, _cell_id: usize, _point_coords: &Coords3) -> bool

Checks if a point is inside a specified cell.

fn cell_points(&self, cell_1d: usize) -> AxisPoints

Retrieves the points index defining a specified cell.

fn get_boundary(&self) -> Vec<usize>