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package com.cn.lp.common.element;

import com.cn.lp.common.utils.NumberAide;

/**
 * 本地变量
 * Created by Kun Yang on 16/2/21.
 */
public class DoubleLocalNum extends Number {

    private volatile double number;

    public DoubleLocalNum(double number) {
        this.number = number;
    }

    public void set(double number) {
        this.number = number;
    }

    public double add(int num) {
        return this.number += num;
    }

    public double add(long num) {
        return this.number += num;
    }

    public double add(float num) {
        return this.number += num;
    }

    public double add(double num) {
        return this.number += num;
    }

    public double add(short num) {
        return this.number += num;
    }

    public double add(byte num) {
        return this.number += num;
    }

    public double add(LocalNum num) {
        return this.number = NumberAide.as(NumberAide.add(this.number, num.getNumber()), this.number);
    }

    public double sub(int num) {
        return this.number -= num;
    }

    public double sub(long num) {
        return this.number -= num;
    }

    public double sub(float num) {
        return this.number -= num;
    }

    public double sub(double num) {
        return this.number -= num;
    }

    public double sub(short num) {
        return this.number -= num;
    }

    public double sub(byte num) {
        return this.number -= num;
    }

    public double sub(LocalNum num) {
        return this.number = NumberAide.as(NumberAide.sub(this.number, num.getNumber()), this.number);
    }

    public double multiply(int num) {
        return this.number *= num;
    }

    public double multiply(long num) {
        return this.number *= num;
    }

    public double multiply(float num) {
        return this.number *= num;
    }

    public double multiply(double num) {
        return this.number *= num;
    }

    public double multiply(short num) {
        return this.number *= num;
    }

    public double multiply(byte num) {
        return this.number *= num;
    }

    public double multiply(LocalNum num) {
        return this.number = NumberAide.as(NumberAide.multiply(this.number, num.getNumber()), this.number);
    }

    public double divide(int num) {
        return this.number /= num;
    }

    public double divide(long num) {
        return this.number /= num;
    }

    public double divide(float num) {
        return this.number /= num;
    }

    public double divide(double num) {
        return this.number /= num;
    }

    public double divide(short num) {
        return this.number /= num;
    }

    public double divide(byte num) {
        return this.number /= num;
    }

    public double divide(LocalNum num) {
        return this.number = NumberAide.as(NumberAide.divide(this.number, num.getNumber()), this.number);
    }

    public double mod(int num) {
        return this.number %= num;
    }

    public double mod(long num) {
        return this.number %= num;
    }

    public double mod(float num) {
        return this.number %= num;
    }

    public double mod(double num) {
        return this.number %= num;
    }

    public double mod(short num) {
        return this.number %= num;
    }

    public double mod(byte num) {
        return this.number %= num;
    }

    public double mod(LocalNum num) {
        return this.number = NumberAide.as(NumberAide.mod(this.number, num.getNumber()), this.number);
    }

    @Override
    public int intValue() {
        return (int) number;
    }

    @Override
    public long longValue() {
        return (long) number;
    }

    @Override
    public float floatValue() {
        return (float) number;
    }

    @Override
    public double doubleValue() {
        return number;
    }

}