def test_to_latex():
kamodo = Kamodo(f='x**2', verbose=True)
assert str(kamodo.to_latex()) == r'\begin{equation}f{\left(x \right)} = x^{2}\end{equation}'
kamodo = Kamodo(g='x', verbose=True)
assert str(kamodo.to_latex()) == r'\begin{equation}g{\left(x \right)} = x\end{equation}'
kamodo['f(x[cm])[kg]'] = 'x**2'
kamodo['g'] = kamodofy(lambda x: x**2, units='kg', arg_units=dict(x='cm'), equation='$x^2$')
kamodo.to_latex()
def test_to_latex():
warnings.simplefilter('error')
kamodo = Kamodo(f='x**2', verbose=True)
assert str(kamodo.to_latex(mode='inline')) == r'$f{\left(x \right)} = x^{2}$'
kamodo = Kamodo(g='x', verbose=True)
assert str(kamodo.to_latex(mode='inline')) == r'$g{\left(x \right)} = x$'
kamodo['f(x[cm])[kg]'] = 'x**2'
kamodo['g'] = kamodofy(lambda x: x**2, units='kg', arg_units=dict(x='cm'), equation='$x^2$')
kamodo['h'] = kamodofy(lambda x: x**2, units='kg', arg_units=dict(x='cm'))
@kamodofy(units = 'kg/m^3', citation = 'Bob et. al, 2018')
def rho(x = np.array([3,4,5]), y = np.array([1,2,3])):
"""A function that computes density"""
return x+y
kamodo['rho'] = rho
kamodo.to_latex()
