artist.field.tower_target_areas_cylindrical

Attributes

log

A logger for the cylindrical tower target areas.

Classes

TowerTargetAreasCylindrical

Initialize the cylindrical target areas.

Module Contents

artist.field.tower_target_areas_cylindrical.log: A logger for the cylindrical tower target areas.

class artist.field.tower_target_areas_cylindrical.TowerTargetAreasCylindrical(names: list[str], centers: torch.Tensor, normals: torch.Tensor, axes: torch.Tensor, radii: torch.Tensor, heights: torch.Tensor, opening_angles: torch.Tensor)

Bases: artist.field.tower_target_areas.TowerTargetAreas

Initialize the cylindrical target areas.

Parameters

nameslist[str]: Name of each cylindrical target area.
centerstorch.Tensor: Center coordinate of each cylindrical target area. The center is defined at the halfway point between top and bottom of the cylinder on the cylinder axis. Shape is [number_of_target_areas, 4].
normalstorch.Tensor: Normal vector of each cylindrical target area. Shape is [number_of_target_areas, 4].
axestorch.Tensor: Cylinder axes of all cylinder target areas. Shape is [number_of_target_areas, 4].
radiitorch.Tensor: Radius of each cylindrical target area. Shape is [number_of_target_areas].
heightstorch.Tensor: Height of each cylindrical target area. Shape is [number_of_target_areas].
opening_anglestorch.Tensor: Opening angle of each cylindrical target area in radians. For full cylinders, this is 2*pi or 360°. Shape is [number_of_target_areas].

radii

heights

axes

opening_angles

classmethod from_hdf5(config_file: h5py.File, device: torch.device | None = None) → Self

Load all cylindrical target areas from an HDF5 file.

Parameters

config_fileh5py.File: HDF5 file containing the configuration to be loaded.
devicetorch.device | None: The device on which to perform computations or load tensors and models (default is None). If None, ARTIST will automatically select the most appropriate device (CUDA or CPU) based on availability and OS.

Returns

TowerTargetAreasCylindrical: Target areas loaded from the HDF5 file.