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plot_data.py

+# -*- coding: utf-8 -*-
+"""
+Created on Fri May 24 12:33:12 2024
+
+@author: g2patron
+"""
+
+import matplotlib.pyplot as plt
+
+#plots below: note that the first 15 elements of each variable are skipped, these correspond to the initialization stage mentioned in the manuscript, which was not shown
+
+fig,ax = plt.subplots(7,1, figsize=(5,15),dpi=100,sharex=True)
+
+#y[43] is the raw date variable for oxygen concentration
+ax[0].plot(time,y[43][15:],'g')
+ax[0].set_title('Oxygen concentration in the fish tank')
+ax[0].set_ylabel('mg/L')
+
+#y[40] is the raw date variable for ammonia concentration
+ax[1].plot(time,y[40][15:],'y')
+ax[1].set_title('Ammonia concentration in the fish tank')
+ax[1].set_ylabel('mg/L')
+
+#y[53] is the raw date variable for nitrate concentration (units denoted in g/L instead of mg/L as in the paper)
+ax[2].plot(time,y[53][15:],'c')
+ax[2].set_title('Nitrate concentration in the fish tank')
+ax[2].set_ylabel('g/L')
+
+#uu3 is the raw date variable for makeup water flow
+ax[3].plot(time,uu3[15:],'b')
+ax[3].set_title('Make-up water flowrate')
+ax[3].set_ylabel('m3/day')
+
+#uu1 is the raw date variable for oxygen addition to fish tank (units denoted in gO2/(L-day) instead of kg/L as in the paper)
+ax[4].plot(time,uu1[15:],'m')
+ax[4].set_title('Oxygen addition to the fish tank')
+ax[4].set_ylabel('g/ L-day')
+
+#uu2 is the raw date variable for air flow to BR1 (units denoted in gO2/(L-day) instead of m3/L as in the paper)
+ax[5].plot(time,uu2[15:],'r')
+ax[5].set_title('Air flow to MBBR1')
+ax[5].set_ylabel('g/ L-day')
+
+#uu5 is the raw date variable for air flow to BR2 (units denoted in gO2/(L-day) instead of m3/L as in the paper)
+ax[6].plot(time,uu5[15:],'k')
+ax[6].set_title('Air flow to MBBR2')
+ax[6].set_ylabel('g/ L-day')
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