text: # coding: utf-8
  # Thomas Bernard
  # Work environment and settings  
  
  # Work environment
  workspace = 'D:/Beyond_2D_inventories_synoptic_3D_landslide_volume_calculation_from_repeat_LiDAR_data/'
  workflow_folder = 'Landslide_detection/'
  # Data to use
  Data_folder = 'LiDAR_Data/'
  filenames = {'pre_EQ_lidar':'LiDAR_2014_clean', 'post_EQ_lidar':'LiDAR_2016_registered', 'core_points': 'core_points'} # filenames for the 3D M3C2
  
  # Cloudcompare parameters and m3C2 parameters files
  shift = 'New_Zealand'
  commande0 = 'CloudCompare -SILENT -C_EXPORT_FMT LAS -AUTO_SAVE off -NO_TIMESTAMP'
  params_file_3Dm3c2 = '3D_m3c2_params.txt'
  params_file_m3c2_nan = '3D_m3c2_params_nan.txt'
  
  # Geomorphic change detection parameters
  segmentation_folder = 'Source_deposit_segmentation/' # folder name where the results of the segmentation will be done
  Extraction_folder = {'sources_folder' : 'Sources/','deposits_folder' : 'Deposits/'}
  Extraction_filenames = {'Erosion':'Significant_Erosion','Deposits':'Significant_deposits'} # filenames of the significant changes
  
  # Vertical M3C2 parameters
  params_file_Vm3c2 = 'Vertical_m3c2_params.txt'
  
  # Segmentation by connected component parameters
  individual_outputs_folder = {'Sources':'Connected_components/clouds/','Deposits':'Connected_components/clouds/'}
  individual_outputs_filenames = {'Sources':'individual_sources','Deposits':'individual_deposits'}
  octree_level = 11
  min_point_per_component = 1
  
  
      