periods and superscript

Author: cwhanse

pvlib/ivtools/sdm.py

@@ -143,29 +143,29 @@ def fit_desoto(v_mp, i_mp, v_oc, i_sc, alpha_sc, beta_voc, cells_in_series,
     Parameters
     ----------
     v_mp: float
-        Module voltage at the maximum-power point at reference conditions [V].
+        Module voltage at the maximum-power point at reference conditions. [V]
     i_mp: float
-        Module current at the maximum-power point at reference conditions [A].
+        Module current at the maximum-power point at reference conditions. [A]
     v_oc: float
-        Open-circuit voltage at reference conditions [V].
+        Open-circuit voltage at reference conditions. [V]
     i_sc: float
-        Short-circuit current at reference conditions [A].
+        Short-circuit current at reference conditions. [A]
     alpha_sc: float
         The short-circuit current (i_sc) temperature coefficient of the
-        module [A/K].
+        module. [A/K]
     beta_voc: float
         The open-circuit voltage (v_oc) temperature coefficient of the
-        module [V/K].
+        module. [V/K]
     cells_in_series: integer
         Number of cell in the module.
     EgRef: float, default 1.121 eV - value for silicon
-        Energy of bandgap of semi-conductor used [eV]
+        Energy of bandgap of semi-conductor used. [eV]
     dEgdT: float, default -0.0002677 - value for silicon
-        Variation of bandgap according to temperature [eV/K]
+        Variation of bandgap according to temperature. [eV/K]
     temp_ref: float, default 25
-        Reference temperature condition [C]
+        Reference temperature condition. [C]
     irrad_ref: float, default 1000
-        Reference irradiance condition [Wm⁻²]
+        Reference irradiance condition. [Wm⁻²]
     init_guess: dict, optional
         Initial values for optimization. Keys can be `'Rsh_0'`, `'a_0'`,
         `'IL_0'`, `'Io_0'`, `'Rs_0'`.
@@ -176,29 +176,29 @@ def fit_desoto(v_mp, i_mp, v_oc, i_sc, alpha_sc, beta_voc, cells_in_series,
     -------
     dict with the following elements:
         I_L_ref: float
-            Light-generated current at reference conditions [A]
+            Light-generated current at reference conditions. [A]
         I_o_ref: float
-            Diode saturation current at reference conditions [A]
+            Diode saturation current at reference conditions. [A]
         R_s: float
-            Series resistance [ohm]
+            Series resistance. [ohm]
         R_sh_ref: float
-            Shunt resistance at reference conditions [ohm].
+            Shunt resistance at reference conditions. [ohm].
         a_ref: float
             Modified ideality factor at reference conditions.
             The product of the usual diode ideality factor (n, unitless),
             number of cells in series (Ns), and cell thermal voltage at
             specified effective irradiance and cell temperature.
         alpha_sc: float
             The short-circuit current (i_sc) temperature coefficient of the
-            module [A/K].
+            module. [A/K]
         EgRef: float
-            Energy of bandgap of semi-conductor used [eV]
+            Energy of bandgap of semi-conductor used. [eV]
         dEgdT: float
-            Variation of bandgap according to temperature [eV/K]
+            Variation of bandgap according to temperature. [eV/K]
         irrad_ref: float
-            Reference irradiance condition [W/m2]
+            Reference irradiance condition. [Wm⁻²]
         temp_ref: float
-            Reference temperature condition [C]
+            Reference temperature condition. [C]
 
     scipy.optimize.OptimizeResult
         Optimization result of scipy.optimize.root().