hyperexponential he(rates.begin(), rates.end());
- assert(he.probabilities()[0] == 0.5); // Phase probabilities will be equal and normalised to unity.
+ BOOST_ASSERT(he.probabilities()[0] == 0.5); // Phase probabilities will be equal and normalised to unity.
//]
}
{
hyperexponential he(rates);
- assert(he.probabilities()[0] == 0.5); // Phase probabilities will be equal and normalised to unity.
+ BOOST_ASSERT(he.probabilities()[0] == 0.5); // Phase probabilities will be equal and normalised to unity.
//]
}
#endif
//[hyperexponential_snip7
hyperexponential he = { 1.0 / 10, 1.0 / 12 };
- assert(he.probabilities()[0] == 0.5);
+ BOOST_ASSERT(he.probabilities()[0] == 0.5);
//]
}
#endif