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ojdf · Nov 13, 2023 · 9427b1d · 9427b1d
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diff --git a/doc/configuration.rst b/doc/configuration.rst
@@ -5,7 +5,7 @@ FAST accepts a number of configuration parameters, which must be defined in a py
 
 Some things to keep in mind:
 
-- Some parameters can be set to ``"auto"``, in which case the simulation will *attempt* to select parameters that will provide good results. This is not a guarantee that the parameters will be optimal for your particular setup!
+- Some parameters can be set to ``"auto"`` or ``"opt"``, in which case the simulation will *attempt* to select parameters that will provide good results. This is not a guarantee that the parameters will be optimal for your particular setup!
 - FAST expects atmospheric turbulence profiles in units of :math:`C_n^2 (h) \, \mathrm{d}h`, i.e. **integrated** Cn2 for each layer, units m :sup:`1/3`
 - Some analytical atmopsheric turbulence models (HV57, Bufton wind model) are provided with useful functions in :py:mod:`fast.turbulence_models`
 

diff --git a/doc/output.rst b/doc/output.rst
@@ -16,6 +16,7 @@ Once completed, the simulation results can be found in ``sim.result`` (also retu
 
 - ``result.dB_rel`` - results in dB relative to the diffraction limit (no turbulence). 
 - ``result.dB_abs`` - results in dB including all link budget terms, i.e. Rx power / Tx power
+- ``result.dBm`` - results in dBm including all terms in link budget
 - ``result.power`` - results in linear power, units of Watts
 
 Simulation results can be saved to FITS file with most simulation parameters as header information by calling the :py:func:`~fast.fast.Fast.save` function on the sim class