/* AUTHOR: Sandy Bartlett
   COURSE: SI 543
   PROJECT: OO programming
   DUE DATE: Feb. 11, 2002
   SUBMISSION DATE: Feb. 11, 2002
   
   SUMMARY
        A representation of an abstraction of a plant.
   
   INPUT
        none

   OUTPUT
        none

   CLASS HIERARCHY 
        Object - Plant

   ASSUMPTIONS
        none
*/

import java.awt.*;

public abstract class Plant
{
   private String name;
   private int age;
   private boolean poisonous;
   private boolean edible;


   public Plant()
   {
      name = "Green thing";
   } // default constructor

   // a baby plant
   public Plant(String name)
   {
      this.name = name;
   } // constructor with name only

   // a possibly poisonous baby plant
   public Plant(String name, boolean poisonous)
   {
      this.name = name;
      this.poisonous = poisonous;
   } // constructor with name and poisonous

   // a possibly poisonous and edible baby plant
   public Plant(String name, boolean poisonous, boolean edible)
   {
      this.name = name;
      this.edible = edible;
      this.poisonous = poisonous;
   } // constructor with name and poisonous and edible

   public Plant(String name, int age)
   {
      this.name = name;
      if (age >= 0)
         this.age = age;
      else
	 age = 1;
   } // constructor with everything 

   public Plant(String n, int a, boolean p, boolean e)
   {
      name = n;
      poisonous = p;
      edible = e;
      if (a >= 0)
         age = a;
      else
	 age = 1;
   } // constructor with everything 

   public abstract void draw(Graphics g);

   public int getAge()
   {
      return age;
   } //getAge

   public void setAge(int newAge)
   {
      if (newAge > age) // a plant can't get younger
         age = newAge;
   } // setAge

   public String getName()
   {
      return name;
   } // getName

   public boolean isPoisonous()
   {
      return poisonous;
   } // isPoisonous

   public boolean isEdible()
   {
      return edible;
   } // isEdible
} // Plant