wolfhece.Lidar2002

Author: HECE - University of Liege, Pierre Archambeau Date: 2024

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Module Contents

class wolfhece.Lidar2002.Lidar2002(fname: str = None, mold: WolfArray = None, masknull: bool = True, crop: list[list[float], list[float]] = None, whichtype=WOLF_ARRAY_FULL_SINGLE, preload: bool = True, create: bool = False, mapviewer=None, nullvalue: float = 0.0, srcheader: header_wolf = None, idx: str = '', plotted: bool = False, need_for_wx: bool = False, mask_source: numpy.ndarray = None, np_source: numpy.ndarray = None)[source]

Bases: wolfhece.wolf_array.WolfArray

Inheritance diagram of wolfhece.Lidar2002.Lidar2002

Classe pour l’importation de WOLF arrays

simple précision, double précision, entier…

test_bounds(bounds)[source]
class wolfhece.Lidar2002.ASC_file(fname=None, mold=None, masknull=True)[source]

Bases: Lidar2002

Inheritance diagram of wolfhece.Lidar2002.ASC_file

Classe pour l’importation de WOLF arrays

simple précision, double précision, entier…

read_data_XYZ()[source]
get_xyz(which='all')[source]

Return an array of xyz coordinates and values

class wolfhece.Lidar2002.BSQ_file(fname=None, mold=None, masknull=True)[source]

Bases: Lidar2002

Inheritance diagram of wolfhece.Lidar2002.BSQ_file

Classe pour l’importation de WOLF arrays

simple précision, double précision, entier…

read_data()[source]

Opération de lecture des données depuis le fichier connu

wolfhece.Lidar2002.lidar_scandir(mydir, bounds)[source]
wolfhece.Lidar2002.create_laz(mydirs, bounds, fnout='')[source]
wolfhece.Lidar2002.find_points(xyz, bounds)[source]
wolfhece.Lidar2002.create_wolfarray(myxyz, fn_out='', bounds=None)[source]