
# units for parameters and observations
units = {}

# parameters
units ['parameters'] = {}
units ['parameters'] ['A'] = '$m^2$'
units ['parameters'] ['K'] = '$s$'
units ['parameters'] [r'$x_{gw}$'] = '$L/s$'
units ['parameters'] [r'$-\zeta_1$'] = '$L/s$'
units ['parameters'] [r'$-\zeta_2$'] = '$L/s$'
units ['parameters'] [r'$-\chi_1$'] = '$L/s$'
units ['parameters'] [r'$\chi_2$'] = '$L/s$'
units ['parameters'] [r'$\sigma_y$'] = '$L/s$'
units ['parameters'] [r'$\tau$'] = '$s$'
units ['parameters'] [r'$\sigma_\xi$'] = r'$L/(s \cdot m^2)$'

# observations
units ['observations'] = {}
units ['observations'] ['x'] = r'$L/(s \cdot m^2)$'
units ['observations'] ['y'] = '$L/s$'
units ['observations'] [r'$\xi$'] = r'$L/(s \cdot m^2)$'
units ['observations'] ['S'] = '$L$'
units ['observations'] [r'$\Delta V$'] = '$L$'

# time
units ['other'] = {}
units ['other'] ['time'] = '$s$'
