neonwranglerpy.lib package

Submodules

neonwranglerpy.lib.clip_las_plot module

neonwranglerpy.lib.clip_plot module

neonwranglerpy.lib.clip_raster module

neonwranglerpy.lib.crop_plot_data module

neonwranglerpy.lib.extract_hsi_to_tif module

neonwranglerpy.lib.extract_lidar_data module

neonwranglerpy.lib.extract_training_data module

neonwranglerpy.lib.predict_aop_data module

neonwranglerpy.lib.retrieve_aop_data module

neonwranglerpy.lib.retrieve_coords_itc module

Get Individual ID coordinates.

neonwranglerpy.lib.retrieve_coords_itc.load_plots()

Return the dataframe of the all_neon_tos_plots.shp.

neonwranglerpy.lib.retrieve_coords_itc.retrieve_coords_itc(dat)

Calculate the coordinates for each individual tree in the vegetation structure.

Parameters:

dat (pandas.DataFrame) – The mapping and tagging dataframe from Vegetation Structure Data.

Returns:

field_tag – Dataframe with the coordinates for each individual tree in the vegetation Structure, i.e. columns named as itcEasting and itcNorthing.

Return type:

pandas.DataFrame

neonwranglerpy.lib.retrieve_dist_to_utm module

Get Precise location of Trees.

neonwranglerpy.lib.retrieve_dist_to_utm.retrieve_dist_to_utm(individualID, dista, angle, xcord, ycord)

Calculate the coordinates of the point ids and trigonometry.

neonwranglerpy.lib.retrieve_vst_data module

Module contents

Lib defining checkpoint.