Update README.md

README.md

@@ -84,9 +84,9 @@ Args:
             Each row corresponds to different influent scenarios to be tested. Columns represent influent characteristics in the same order as in BioWin: ['Flow', 'COD (mg-COD/L)', 'TKN (mg-N/L)', 'TP (mg-P/L)', 'TS (mg-S/L)', 'Nitrate (mg-N/L)', 'pH', 'Alkalinity (mmol/L)', 'ISS total (mg-ISS/L)', 'Metal soluble - Ca (mg/L)', 'Metal soluble - Mg (mg/L)', 'Gas - Dissolved O2 (mg/L)'].
     - If the influent type is variable (Dictionary):
             Each Dictionary key corresponds to a different scenario.
-                - Each Dictionary key column corresponds to the influent's parameters in the same order of appearance in BioWin: column_names = ['Time','Flow', 'COD (mg-COD/L)', 'TKN (mg-N/L)', 'TP (mg-P/L)', 'TS (mg-S/L)', 'Nitrate (mg-N/L)', 'pH', 'Alkalinity (mmol/L)', 'ISS total (mg-ISS/L)', 'Metal soluble - Ca (mg/L)', 'Metal soluble - Mg (mg/L)', 'Gas - Dissolved O2 (mg/L)']. 
-                - Each Dictionary key row corresponds to the influent's parameters at the time specified in the time grid (minutes, days, hours).
-                - Dictionary entries should be ordered from the one with the least number of rows to the one with the most.
+            - Each Dictionary key column corresponds to the influent's parameters in the same order of appearance in BioWin: column_names = ['Time','Flow', 'COD (mg-COD/L)', 'TKN (mg-N/L)', 'TP (mg-P/L)', 'TS (mg-S/L)', 'Nitrate (mg-N/L)', 'pH', 'Alkalinity (mmol/L)', 'ISS total (mg-ISS/L)', 'Metal soluble - Ca (mg/L)', 'Metal soluble - Mg (mg/L)', 'Gas - Dissolved O2 (mg/L)'].
+            - Each Dictionary key row corresponds to the influent's parameters at the time specified in the time grid (minutes, days, hours).
+            - Dictionary entries should be ordered from the one with the least number of rows to the one with the most.
 - seed_mass: sets seed values for flow mass balance. Choose between the program options: 'seed' (seed), 'current' (current values), 'last' (last steady state), 'complex' (complex seed). 'None' for not running flow balance.
 - seed_SS: sets seed values for the steady state simulation. Choose between the program options: 'seed' (seed), 'current' (current values), 'last' (last steady state), 'complex' (complex seed).
 - max_simulation_time: sets the maximum time (in seconds) for finding the steady-state solution of each scenario. If the time for finding the solution exceeds the maximum time, the simulation will stop.
@@ -102,6 +102,7 @@ Excel report generated by the program or/and a csv file with results specified o
 
 
 **Dynamic simulations** 
+
 The 'dynamic_simulations' function allows the user to run multiple dynamic simulations for a constant or variable influent. 
 
 Runs dynamic simulations for the given data. The data can correspond to a constant or variable influent.
@@ -113,9 +114,9 @@ Args:
             Each row corresponds to different influent scenarios to be tested. Columns represent influent characteristics in the same order as in BioWin: ['Flow', 'COD (mg-COD/L)', 'TKN (mg-N/L)', 'TP (mg-P/L)', 'TS (mg-S/L)', 'Nitrate (mg-N/L)', 'pH', 'Alkalinity (mmol/L)', 'ISS total (mg-ISS/L)', 'Metal soluble - Ca (mg/L)', 'Metal soluble - Mg (mg/L)', 'Gas - Dissolved O2 (mg/L)'].
     - If the influent type is variable (Dictionary):
             Each Dictionary key corresponds to a different scenario.
-                - Each Dictionary key column corresponds to the influent's parameters in the same order of appearance in BioWin: column_names = ['Time','Flow', 'COD (mg-COD/L)', 'TKN (mg-N/L)', 'TP (mg-P/L)', 'TS (mg-S/L)', 'Nitrate (mg-N/L)', 'pH', 'Alkalinity (mmol/L)', 'ISS total (mg-ISS/L)', 'Metal soluble - Ca (mg/L)', 'Metal soluble - Mg (mg/L)', 'Gas - Dissolved O2 (mg/L)']. 
-                - Each Dictionary key row corresponds to the influent's parameters at the time specified in the time grid (minutes, days, hours).
-                - Dictionary entries should be ordered from the one with the least number of rows to the one with the most.
+            - Each Dictionary key column corresponds to the influent's parameters in the same order of appearance in BioWin: column_names = ['Time','Flow', 'COD (mg-COD/L)', 'TKN (mg-N/L)', 'TP (mg-P/L)', 'TS (mg-S/L)', 'Nitrate (mg-N/L)', 'pH', 'Alkalinity (mmol/L)', 'ISS total (mg-ISS/L)', 'Metal soluble - Ca (mg/L)', 'Metal soluble - Mg (mg/L)', 'Gas - Dissolved O2 (mg/L)'].
+            - Each Dictionary key row corresponds to the influent's parameters at the time specified in the time grid (minutes, days, hours).
+            - Dictionary entries should be ordered from the one with the least number of rows to the one with the most.
     - start_conditions (str): start conditions for the dynamic simulation. Choose between current values ('current') or last steady state values ('last').
     - days (int): length of the dynamic simulation in days. 
     - max_simulation_time (int): sets the maximum time for running the dynamic simulation. If the time for finding the solution is exceeds the maximum time, the simulation will stop.