植物生长问题(c++源代码)

#ifndef _BANBOO_H_
#define _BANBOO_H_
#include<iostream>
#include"tree.h"
using namespace std;
class Bamboo//the class of BAMBOO
{
private:
double b_high;//the length of bamboo
b1endlength = bamboo1.bgrow();
b2endlength = bamboo2.bgrow();
b3endlength = bamboo3.bgrow();
b4endlength = bamboo4.bgrow();
totaltreelength = t1endlength + t2endlength + t3endlength + t4endlength + t5endlength;
double b4endlength;
t1endlength = tree1.tgrow();
t2endlength = tree2.tgrow();
t3endlength = tree3.tgrow();
t4endlength = tree4.tgrow();
t5endlength = tree5.tgrow();
cout<<"the length of all bamboo: "<<totalbamboolength<<endl;
}
//main函数
include"plantgrow.h"
int main()
{
int count = 0;
PlantGrow plantgrow(0.0,0.0,2.0,2.0,3.0,3.0,3.0,0.5,1.0,1.0,1.0);
public:
Tree(double high = 0.0)
{
t_high = high;
}
double tgrow();// the tree to grow
};
#endif
//Tree类的成员函数的实现
#include"tree.h"
double Tree::tgrow()//tree to grow
（2）在PlantGrow类中，包含5个树的成员，4个竹子成员totaltreelength和toltalbamboo成员和grow成员函数，getresult成员函数
（3）实现三个类的grow成员函数
（4）实现PlantGrow类的compare函数和getresult函数
//头文件bamboo.h
{
totaltreelength = ttlen;
totalbamboolength = tblen;
}
int grow();
int compare();
void getresult();
};
#endif
//植物类成员函数的实现
#include"plantgrow.h"
int PlantGrow::grow()
}
//头文件tree.h
#ifndef _TREE_H_
#define _TREE_H_
#include<iostream>
using namespace std;
class Tree{//the class of TREE
private:
double t_high;//teh length of tree
{
if(t_high < 5.0)
{
t_high = t_high*(1+(2.0/100.0));
}
else if(t_high >= 5.0)
{
t_high = t_high*(1+(1.0/100.0));
}
else
{
cout<<"error int tgrow()!"<<endl;
return 0;
植物生长问题
内容：
5颗树，两颗2米高，3颗3米高，4颗毛竹1颗0.5米，3颗1米，毛竹在小于2米时每天长身高的%5，在2米以上长%2，树小于5米每天长%2,在5米以上长%1，用面向对象的方法求在几天后，4颗毛竹的总长度超过5棵树的总长度。并输出两个总长度。
说明：
（1）建立Tree类，Bamboo类，PlantGrow类
{
double t1endlength;
double t2endlength;
double t3endlength;
double t4endlength;
double t5endlength;
double b1endlength;
double b2endlength;
double b3endlength;
{
b_high = b_high*(1+(5.0/100.0));
}
else if(b_high >=2.0)
{
b_high = b_high*(1+(2.0/100.0));
}
else
{
cout<<"error in bgrow()!"<<endl;
return 0;
}
return b_high;
Tree tree3;//
Tree tree4;//
Tree tree5;//套
Bamboo //
Bamboo bamboo3;//对
Bamboo bamboo4;//像
double totaltreelength;
double totalbamboolength;
}
int PlantGrow::compare()
{
if((totaltreelength - totalbamboolength)<0)
return 1;
else
return 0;
}
void PlantGrow:: getresult()
{
cout<<"the length of all tree: "<<totaltreelength<<endl;
do
{
count ++;
plantgrow.grow();
}while((pare())!=1);
cout<<"after %d day as result :"<<count<<'\t';
plantgrow.getresult();
return 0;
}
public:
PlantGrow(double ttlen = 0.0,double tblen = 0.0,double t1high = 0.0,double t2high = 0.0,double t3high = 0.0,double t4high = 0.0,double t5high = 0.0,double b1high = 0.0,double b2high = 0.0 ,double b3high = 0.0 ,double b4high = 0.0):tree1(t1high),tree2(t2high),tree3(t3high),tree4(t4high),tree5(t5high),bamboo1(b1high),bamboo2(b2high),bamboo3(b3high),bamboo4(b4high)//构造函数初始化对象
}
return t_high;
}
//植物类的头文件
#ifndef _PLANTGROW_H_
#define _PLANTGROW_H_
#include"tree.h"
#include"bamboo.h"
class PlantGrow
{
private:
Tree tree1;//嵌
Tree tree2;//
totalbamboolength = b2endlength + b3endlength + b1endlength + b4endlength;
if((totaltreelength != 0.0) && (totalbamboolength != 0.0))
return 1;
else
return 0;
public:
Bamboo(double high = 0.0)
{
b_high = high;
}
double bgrow();// bamboo to grow
};
#endif
//bamboo类的成员函数的实现
#include"bamboo.h"
double Bamboo:: bgrow()
{
if(b_high< 2.0)