341342343344345346347348349350351
} } break; default: // Should never happen. throw new MathInternalError(); } previous = val[i]; } return true;
406407408409410411412413414415416
} } break; default: // Should never happen. throw new MathInternalError(); } previous = val[index]; }
15041505150615071508150915101511
list[i] = temp; } } break; default: throw new MathInternalError(); // Should never happen. } }
466467468469470471472473474
characterize(node.getPlus(), split.getPlus(), characterization); characterize(node.getMinus(), split.getMinus(), characterization); break; default: // this should not happen throw new MathInternalError(); } } }
343344345346347348349350351352353
} } break; default: throw new MathInternalError(); // Cannot happen. } final Neuron aNeuron = network.getNeuron(identifiers[i][j]); for (long b : linkEnd) { final Neuron bNeuron = network.getNeuron(b);
276277278279280281282283284285
visitor.visitInternalNode(this); minus.visit(visitor); plus.visit(visitor); break; default: throw new MathInternalError(); } } }
314315316317318319320321322323324
} beta = (delta - deltaMid) / deltaOld; break; default: // Should never happen. throw new MathInternalError(); } steepestDescent = newSteepestDescent; // Compute conjugate search direction. if (getIterations() % n == 0 ||
137138139140141142143144
switch (iterationOrder) { case LEXICOGRAPHIC: return new LexicographicIterator(n, k); default: throw new MathInternalError(); // Should never happen. } }
813814815816817818819820
case MULTIPLICATIVE: return MULTIPLICATIVE_MODE; case ADDITIVE: return ADDITIVE_MODE; default: throw new MathInternalError(); // Should never happen. } }
151152153154155156157158159
break; } } return pTotal; default: throw new MathInternalError(LocalizedFormats. OUT_OF_RANGE_SIMPLE, alternativeHypothesis, AlternativeHypothesis.TWO_SIDED, AlternativeHypothesis.LESS_THAN); } }