@Override public Vector convertToVector() { return VectorFactory.getDefault().copyValues( this.shape, this.scale ); }
/** * Returns the parameter of the chi-square PDF * @return * 1-dimensional Vector containing the degrees of freedom */ @Override public Vector convertToVector() { return VectorFactory.getDefault().copyValues( this.getDegreesOfFreedom() ); }
@Override public Vector convertToVector() { return VectorFactory.getDefault().copyValues(this.getThreshold()); }
/** * Returns the value of the exponent * @return * Exponent of this polynomial */ @Override public Vector convertToVector() { return VectorFactory.getDefault().copyValues( this.getExponent() ); }
@Override public Vector convertToVector() { return VectorFactory.getDefault().copyValues( this.getP() ); }
@Override public Vector convertToVector() { return VectorFactory.getDefault().copyValues(this.getThreshold()); }
/** * Returns the value of the exponent * @return * Exponent of this polynomial */ @Override public Vector convertToVector() { return VectorFactory.getDefault().copyValues( this.getExponent() ); }
@Override public Vector convertToVector() { return VectorFactory.getDefault().copyValues( this.getMean(), this.getScale() ); }
@Override public Vector convertToVector() { return VectorFactory.getDefault().copyValues( this.getN(), this.getP() ); }
@Override public Vector convertToVector() { return VectorFactory.getDefault().copyValues( this.getShape(), this.getScale() ); }
/** * Gets the parameters of the distribution * @return * 2-dimensional Vector with (shape scale) */ @Override public Vector convertToVector() { return VectorFactory.getDefault().copyValues( this.getShape(), this.getScale() ); }
@Override public Vector convertToVector() { return VectorFactory.getDefault().copyValues( this.getMean(), this.getScale() ); }
public Vector getValue() { return VectorFactory.getDefault().copyValues( this.conditionalDistribution.getMean(), this.conditionalDistribution.getVariance() ); }
@Override public Vector convertToVector() { return VectorFactory.getDefault().copyValues( this.getV1(), this.getV2() ); }
@Override public Vector convertToVector() { return VectorFactory.getDefault().copyValues( this.getMinSupport(), this.getMaxSupport() ); }
@Override public Vector convertToVector() { return VectorFactory.getDefault().copyValues( this.getAlpha(), this.getNumCustomers() ); }
public Vector getValue() { return VectorFactory.getDefault().copyValues( this.conditionalDistribution.getMean(), this.conditionalDistribution.getVariance() ); }
public Vector convertToVector() { return VectorFactory.getDefault().copyValues( this.getLocation(), this.getPrecision(), this.getShape(), this.getScale() ); }
@Override public Vector convertToVector() { Vector dof = VectorFactory.getDefault().copyValues( this.getDegreesOfFreedom() ); Vector matrix = this.getInverseScale().convertToVector(); return dof.stack(matrix); }
public Vector convertToVector() { Vector parameters = VectorFactory.getDefault().copyValues( this.getDegreesOfFreedom() ); parameters = parameters.stack( this.getMean() ); parameters = parameters.stack( this.getPrecision().convertToVector() ); return parameters; }