def test_math(self): from libcellml import Component # appendMath(const std::string &math) x = Component() x.appendMath('More maths') x.appendMath(' please!') # std::string math() self.assertEqual(x.math(), 'More maths please!') x = Component() self.assertEqual(x.math(), '') # void setMath(const std::string &math) x.setMath('bonjour') self.assertEqual(x.math(), 'bonjour') x.setMath('hola') self.assertEqual(x.math(), 'hola') x.removeMath() self.assertEqual(x.math(), '')
a.setUnits(per_month) b.setUnits(b_units) c.setUnits(per_month) d.setUnits(d_units) # 3.f # Call the validator again to check the model. # Expect one error regarding a missing unit in the MathML. validator.validateModel(model) print_issues(validator) # 3.g # Units for constants inside the MathML must be specified at the time. # This means we need to adjust equation1 to include the per_month units. # We have to wipe all the existing MathML and replace it. component.removeMath() component.setMath(math_header) equation1 = \ " <apply><eq/>"\ " <ci>c</ci>"\ " <apply><plus/>"\ " <ci>a</ci>"\ " <cn cellml:units=\"per_month\">2.0</cn>"\ " </apply>"\ " </apply>" component.appendMath(equation1) component.appendMath(equation2) component.appendMath(equation3) component.appendMath(math_footer) # 3.h