isofit.utils.algebraic_line

Classes

Worker

Functions

`algebraic_line`(→ None)	Run pixel-wise algebraic inversions, using provided atmosphere file.
`cli`(**kwargs)	Execute the algebraic line algorithm

Module Contents

algebraic_line(rdn_file: str, loc_file: str, obs_file: str, isofit_dir: str, isofit_config: str = None, segmentation_file: str = None, num_neighbors: list = None, atm_sigma: list = None, n_cores: int = -1, num_iter: int = 1, output_rfl_file: str = None, atm_file: str = None, logging_level: str = 'INFO', log_file: str = None) → None[source]

Run pixel-wise algebraic inversions, using provided atmosphere file. If no atmosphere file is provided, it will be created via interpolation from the state solution.

Parameters:

rdn_file – Path to the radiance file
loc_file – Path to the location file
obs_file – Path to the observation file
isofit_dir – Path to the isofit directory
isofit_config – Path to the isofit configuration file
segmentation_file – Path to the segmentation file (optional)
num_neighbors – Number of atmospheric neighbors to use for interpolation
atm_sigma – Smoothing sigma for the atmospheric interpolation
n_cores – Number of cores to use for parallel processing
num_iter – Number of iterations for the inversion
output_rfl_file – Path to the output reflectance file
atm_file – Path to the atmosphere file
logging_level – Logging level (default: INFO)
log_file – Path to the log file (default: None)

Returns:

None

class Worker(config: isofit.configs.configs.Config, fm: isofit.core.forward.ForwardModel, RT_state_file: str, algebraic_rfl_file: str, rdn_file: str, loc_file: str, obs_file: str, subs_state_file: str, lbl_file: str, num_iter: int, logging_level: str, log_file: str)[source]