@Test(expected = IllegalArgumentException.class) public void testGaussFail2() { VectorGeneratorPrimitives.gauss(VectorUtils.of(0.5, -0.5), VectorUtils.of(1.0, -1.0)); }
public static VectorGenerator gauss(Vector means, Vector variances, Long seed) { A.notEmpty(means.asArray(), "mean.size() != 0"); A.ensure(means.size() == variances.size(), "mean.size() == variances.size()"); RandomProducer[] producers = new RandomProducer[means.size()]; for (int i = 0; i < producers.length; i++) producers[i] = new GaussRandomProducer(means.get(i), variances.get(i), seed *= 2); return RandomProducer.vectorize(producers); }
VectorGeneratorPrimitives { public static VectorGenerator gauss(Vector means, Vector variances, Long seed) { A.notEmpty(means.asArray(), "mean.size() != 0"); A.ensure(means.size() == variances.size(), "mean.size() == variances.size()"); RandomProducer[] producers = new RandomProducer[means.size()]; for (int i = 0; i < producers.length; i++) producers[i] = new GaussRandomProducer(means.get(i), variances.get(i), seed *= 2); return RandomProducer.vectorize(producers); } }
VectorGeneratorPrimitives { public static VectorGenerator gauss(Vector means, Vector variances, Long seed) { A.notEmpty(means.asArray(), "mean.size() != 0"); A.ensure(means.size() == variances.size(), "mean.size() == variances.size()"); RandomProducer[] producers = new RandomProducer[means.size()]; for (int i = 0; i < producers.length; i++) producers[i] = new GaussRandomProducer(means.get(i), variances.get(i), seed *= 2); return RandomProducer.vectorize(producers); }  }
VectorGeneratorPrimitives { public static VectorGenerator gauss(Vector means, Vector variances, Long seed) { A.notEmpty(means.asArray(), "mean.size() != 0"); A.ensure(means.size() == variances.size(), "mean.size() == variances.size()"); RandomProducer[] producers = new RandomProducer[means.size()]; for (int i = 0; i < producers.length; i++) producers[i] = new GaussRandomProducer(means.get(i), variances.get(i), seed *= 2); return RandomProducer.vectorize(producers); }  static VectorGenerator gauss(Vector means, Vector variances, Long seed); static VectorGenerator gauss(Vector means, Vector variances); static VectorGenerator ring(double radius, double fromAngle, double toAngle); static VectorGenerator ring(double radius, double fromAngle, double toAngle, long seed); static VectorGenerator parallelogram(Vector bounds); static VectorGenerator parallelogram(Vector bounds, long seed); static VectorGenerator circle(double radius); static VectorGenerator circle(double radius, long seed); static VectorGenerator zero(int size); static VectorGenerator constant(Vector v); }
VectorGeneratorPrimitives { public static VectorGenerator gauss(Vector means, Vector variances, Long seed) { A.notEmpty(means.asArray(), "mean.size() != 0"); A.ensure(means.size() == variances.size(), "mean.size() == variances.size()"); RandomProducer[] producers = new RandomProducer[means.size()]; for (int i = 0; i < producers.length; i++) producers[i] = new GaussRandomProducer(means.get(i), variances.get(i), seed *= 2); return RandomProducer.vectorize(producers); }  static VectorGenerator gauss(Vector means, Vector variances, Long seed); static VectorGenerator gauss(Vector means, Vector variances); static VectorGenerator ring(double radius, double fromAngle, double toAngle); static VectorGenerator ring(double radius, double fromAngle, double toAngle, long seed); static VectorGenerator parallelogram(Vector bounds); static VectorGenerator parallelogram(Vector bounds, long seed); static VectorGenerator circle(double radius); static VectorGenerator circle(double radius, long seed); static VectorGenerator zero(int size); static VectorGenerator constant(Vector v);  }