import matplotlib.pyplot as plt
import numpy as np 



psi_ranges = np.array([0,50,100,200,300,400,450,500,550,600])
dbar_ranges = psi_ranges / 1.45038
ELMO_2026_values= np.array([0.707498,0.687835,0.715236,0.821444,0.915775,1.024581,1.136377,1.16573,1.200371,1.239377])
StMicro_Values = np.array([0.72,0.77,0.83,0.96,1.06,1.212947,1.269518,1.326354,1.418153,1.467713])
ELMO_2025_values = np.array([1.720,1.790,1.825,2.080,2.900])

plt.plot(dbar_ranges,ELMO_2026_values, marker='o', label = "ELMO EC-90 1000RPM (2026)")
plt.plot(dbar_ranges,StMicro_Values, marker='o', label = "StMicro EC-60 1000RPM")
#plt.plot(psi_ranges,ELMO_2025_values, marker='o', label = "ELMO EC-90 1000RPM (2025)")



plt.title("Decibars vs Current")
plt.xlabel("Pressure (Decibars)")
plt.ylabel("Current (Amps)")

plt.legend()
plt.show()