Feat/several lidarbd sources

.gitignore

@@ -1,3 +1,6 @@
+# QGis generated files
+*.copc.laz
+
 # Byte-compiled / optimized / DLL files
 __pycache__/
 *.py[cod]

README.md

@@ -45,16 +45,3 @@ DONOR_CLASS_LIST : Défaut [2, 22]. La liste des classes des points du fichier d
 RECIPIENT_CLASS_LIST : Défaut [2, 3, 9, 17]. La liste des classes des points du fichier receveur qui, s'ils sont absents dans une cellule, justifirons de prendre les points du fichier donneur de la même cellule
 TILE_SIZE : Défaut 1000. Taille du côté de l'emprise carrée représentée par les fichiers lidar d'entrée
 PATCH_SIZE : Défaut 1. taille en mètre du côté d'une cellule (doit être un diviseur de TILE_SIZE, soit pour 1000 : 0.25, 0.5, 2, 4, 5, 10, 25...)
-
-Le script de sélection/découpe de fichier lidar peut être lancé via :
-```
-python lidar_selecter.py filepath.DONOR_DIRECTORY=[répertoire_fichiers_donneurs] filepath.RECIPIENT_DIRECTORY=[répertoire_fichiers_receveurs] filepath.SHP_NAME=[nom_shapefile] filepath.SHP_DIRECTORY=[répertoire_shapefile] filepath.CSV_NAME=[nom_fichier_csv] filepath.CSV_DIRECTORY=[répertoire_fichier_csv] filepath.OUTPUT_DIRECTORY=[chemin_de_sortie]
-```
-
-filepath.DONOR_DIRECTORY: Le répertoire contenant les fichiers lidar donneurs
-filepath.RECIPIENT_DIRECTORY: Le répertoire contenant les fichiers lidar receveurs
-filepath.SHP_NAME: Le nom du shapefile contenant l'emprise du chantier qui délimite les fichiers lidar qui nous intéressent
-filepath.SHP_DIRECTORY: Le répertoire du fichier shapefile
-filepath.CSV_NAME: Le nom du fichier csv qui lie les différents fichiers donneurs et receveurs
-filepath.CSV_DIRECTORY: Le répertoire du fichier csv
-filepath.OUTPUT_DIRECTORY: le répertoire recevant les fichiers lidar découpés

configs/configs_patchwork.yaml

@@ -7,9 +7,9 @@
 work_dir: ${hydra:runtime.cwd}
 
 # disable ouput directory from being created
-hydra:  
-  output_subdir: null  
-  run:  
+hydra:
+  output_subdir: null
+  run:
     dir: .
 
 # disable main.log from being created
@@ -19,37 +19,34 @@ defaults:
   - _self_
 
 filepath:
-  SHP_NAME: null # name of the shapefile for lidar selecter, to determine the lidar file to select
+  SHP_NAME: null # name of the shapefile used to match tiles to patch
   SHP_DIRECTORY: null # path to the directory containing the shapefile
-  DONOR_DIRECTORY: null # directory containing all potential donor lidar files, for lidar selecter
-  RECIPIENT_DIRECTORY: null # directory containing all potential donor lidar files, for lidar selecter
-  OUTPUT_DIRECTORY: null # directory containing all potential donor lidar files, for lidar selecter
 
   OUTPUT_DIR: null # directory of the file with added points, from patchwork.
   OUTPUT_NAME: null # name of the file with added points, from patchwork.
- 
+
   INPUT_INDICES_MAP_DIR: null
   INPUT_INDICES_MAP_NAME: null
 
   OUTPUT_INDICES_MAP_DIR: null # path to the directory for the indices map reflecting the changes to the recipient, from patchwork
   OUTPUT_INDICES_MAP_NAME: null # name of the indices map reflecting the changes to the recipient, from patchwork
 
-  # INPUT_DIRECTORY: null # directory for input (shapefile) 
-  CSV_NAME: null # name of the csv file that log the lidar files to process with patchwork
-  CSV_DIRECTORY: null # path to the directory that will contain the csv
-
-  DONOR_NAME: null # name of the donor file for patchwork
+  RECIPIENT_DIRECTORY: null # directory containing the recipient file for patchwork
   RECIPIENT_NAME: null # name of the recipient file for patchwork
-
 
+  # The input shapefile should contain a "nuage_mixa" attrubute for each geometry
+  # "nuage_mixa" contains the path to the folder containing the files related to a specific donor source.
+  # Laz/las files from this source are usually contained in a subdirectory of "nuage_mixa"
+  # path to this subdirectory can be configured using "DONOR_SUBDIRECTORY"
+  DONOR_SUBDIRECTORY: "data"
 
 CRS: 2154
 
 DONOR_CLASS_LIST: [2, 22]
 RECIPIENT_CLASS_LIST: [2, 6, 9, 17]
 
-RECIPIENT_SUFFIX: "_recipient"
 TILE_SIZE: 1000
+SHP_X_Y_TO_METER_FACTOR: 1000 # multiplication factor to convert shapefile x, y attributes values to meters
 PATCH_SIZE: 1 # size of a patch of the grid. Must be a divisor of TILE_SIZE, so for 1000: 0.25, 0.5, 2, 4, 5, 10, 25...
 NEW_COLUMN: null # If not null, contains the name of the new column
 NEW_COLUMN_SIZE: 8  # must be 8, 16, 32 or 64

patchwork/constants.py

@@ -2,9 +2,4 @@
 CLASSIFICATION_STR = "classification"
 PATCH_X_STR = "patch_x"
 PATCH_Y_STR = "patch_y"
-DONOR_SUBDIRECTORY_NAME = "donor"
-RECIPIENT_SUBDIRECTORY_NAME = "recipient"
-
-COORDINATES_KEY = "coordinates"
-DONOR_FILE_KEY = "donor_file"
-RECIPIENT_FILE_KEY = "recipient_file"
+RECIPIENT_SUFFIX = "_recipient"