/** * Returns a random number from the distribution. */ public double nextDouble() { return nextDouble(mean, gamma, cut); }
/** * Returns a random number from the distribution. */ public double nextDouble() { return nextDouble(mean, gamma, cut); }
/** * Returns a random number from the distribution. * * @param cut * </tt>cut==Double.NEGATIVE_INFINITY</tt> indicates "don't cut". */ public static double staticNextDouble(double mean, double gamma, double cut) { synchronized (shared) { return shared.nextDouble(mean, gamma, cut); } }
/** * Returns a random number from the distribution. * * @param cut * </tt>cut==Double.NEGATIVE_INFINITY</tt> indicates "don't cut". */ public static double staticNextDouble(double mean, double gamma, double cut) { synchronized (shared) { return shared.nextDouble(mean, gamma, cut); } }
/** * Returns a random number from the distribution. * * @param cut * </tt>cut==Double.NEGATIVE_INFINITY</tt> indicates "don't cut". */ public static double staticNextDouble(double mean, double gamma, double cut) { synchronized (shared) { return shared.nextDouble(mean, gamma, cut); } }
/** * Returns a random number from the distribution. * * @param cut * </tt>cut==Double.NEGATIVE_INFINITY</tt> indicates "don't cut". */ public static double staticNextDouble(double mean, double gamma, double cut) { synchronized (shared) { return shared.nextDouble(mean, gamma, cut); } }