docstring correct

docs/fileformat.rst

@@ -36,7 +36,9 @@ Then run `qsoabsfind` with the required FITS file. If using a custom constant fi
 Output FITS File Structure
 --------------------------
 
-The **output** `fits file` will have the `ABSORBER` HDU, containing arrays such as:
+The **output** `fits file` will have two HDUs `ABSORBER` and `MATADATA':
+
+**ABSORBER** HDU will contain following structured data:
 
 - **INDEX_SPEC**: Index of quasar (can be used to read the RA, DEC, and Z of QSOs).
 - **Z_ABS**: Redshift of absorber.
@@ -48,3 +50,5 @@ The **output** `fits file` will have the `ABSORBER` HDU, containing arrays such
 - **SN_${METAL}_${LINE}**: Signal-to-noise ratio of the lines.
 - **${METAL}_EW_TOTAL**: Total EW of the lines in Angstroms.
 - **${METAL}_EW_TOTAL_ERROR**: Uncertainties in total EW of the lines in Angstroms.
+
+**METADATA** HDU will contain every metadata (corresponding to each absorber) that is available in input spectra file.

qsoabsfind/absfinder.py

@@ -96,7 +96,7 @@ def read_single_spectrum_and_find_absorber(fits_file, spec_index, absorber, **kw
     Raises:
         AssertionError: If the sizes of `lam_search`, `unmsk_residual`, and `unmsk_error` do not match.
 
-    Notes:
+    Note:
         - This function assumes that the input spectra are already normalized (i.e., flux divided by continuum).
         - The wavelength search region is determined dynamically based on the observed wavelength range.
     """

qsoabsfind/ew.py

@@ -7,7 +7,6 @@
 from .utils import double_gaussian
 from .absorberutils import redshift_estimate
 from .config import load_constants
-from numba import jit
 
 constants = load_constants()
 lines = constants.lines

qsoabsfind/utils.py

@@ -280,7 +280,8 @@ def vel_dispersion(c1, c2, sigma1, sigma2, resolution):
 
 def plot_absorber(lam, residual, absorber, zabs, xlabel='obs wave (ang)', ylabel='residual', title='QSO', plot_filename=None):
     """
-    Saves a plot of spectra with absorber in the current working directory.
+    Saves a plot of spectra with absorber(s) (full spectrum + zoomed version)
+    in the current working directory.
 
     Args:
         lam (array-like): Observed wavelength.