在这篇博客http://blog.csdn.net/hacker_zhidian/article/details/54774013中的问题我们采用了深度优先搜索...
第二种是广度优先遍历（Breadth First Search)，也有称为广度优先搜索，简称为BFS。我们在《队列与广度优先搜索》中已经较为详细地讲述了广度优先搜索的策略，这里不再赘述。
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import UIKit struct Area { var length = 0 var breadth = 0 func area() -> Int { return length * breadth } mutating func scaleBy(res: Int) { length *= res breadth *= res print("length:\(length)","breadth:\(breadth)") print("area:", area()); } } var val = Area(length: 3, breadth: 5) val.scaleBy(res: 3) 打印 length:9 breadth:
data_type } 例子 package main import ( "fmt" ) type rectangle struct { length float64 breadth = 19 rec.length = 23 rec.color = "Green" rec.geometry.area = rec.length * rec.breadth rec.geometry.perimeter = 2 * (rec.length + rec.breadth) fmt.Println(rec) fmt.Println("Area:\t } func main() { rect1 := new(rectangle) rect1.length = 10 rect1.breadth = 20 rect1. color = "Green" fmt.Println(rect1) rect2 := new(rectangle) rect2.breadth = 20 rect2.
用来描述一个盒子 #include <iostream> using namespace std; class Box { public: double length; // 定义长度 double breadth = 7.0; box1.height = 5.0; // 第二个盒子 box2.length = 10.0; box2.breadth = 10.0; box2.height = 10.0 ; // 第一个盒子的体积 volume = box1.length * box1.breadth * box1.height; cout << "第一个盒子的体积" << volume << endl; // 第二个盒子的体积 volume = box2.length * box2.breadth * box2.height; cout << "第二个盒子的体积" << volume ; // 定义宽度 double height; // 定义高度 double getVolume(void){ return length * breadth * height;
* height; } void Box::set( double len, double bre, double hei) { length = len; breadth = bre = 7.0; // box 2 详述 Box2.height = 10.0; Box2.length = 12.0; Box2.breadth = 13.0; / / box 1 的体积 volume = Box1.height * Box1.length * Box1.breadth; cout << "Box1 的体积：" << volume << endl; // box 2 的体积 volume = Box2.height * Box2.length * Box2.breadth; cout << "Box2 的体积：" 所以您可以按照如下方式定义 getVolume() 函数： class Box { public: double length; // 长度 double breadth
." << endl; length = l; breadth = b; height = h; } double Volume() { return length * breadth * height; } int compare(Box box) { return this ->Volume() > box.Volume(); } private: double length; // Length of a box double breadth ; // Breadth of a box double height; // Height of a box}; int main(void){ Box Box1(3.3,
我们使用关键字 class 定义 Box 数据类型，如下所示： class Box { public: double length; // 盒子的长度 double breadth * height; } void Box::set( double len, double bre, double hei) { length = len; breadth = bre = 7.0; // box 2 详述 Box2.height = 10.0; Box2.length = 12.0; Box2.breadth = 13.0; / / box 1 的体积 volume = Box1.height * Box1.length * Box1.breadth; cout << "Box1 的体积：" << volume << endl; // box 2 的体积 volume = Box2.height * Box2.length * Box2.breadth; cout << "Box2 的体积："
表达式 案例（将其保存为 expression.py）： length = 5breadth = 2area = length * breadth print('Area is', area) print ('Perimeter is', 2 * (length + breadth)) 输出： $ python expression.py Area is 10Perimeter is 14 它是如何工作的 矩形的长度（Length）与宽度（Breadth）存储在以各自名称命名的变量中。 我们将表达式 length breadth 的结果存储在变量 area 中并将其通过使用 print 函数打印出来。 在第二种情况中，我们直接在 print 函数中使用了表达式 2 (length + breadth) 的值。 同时，你需要注意到 Python是如何漂亮地打印出 输出结果的。
其英文全称为Breadth First Search，简称BFS。 self.node_neighbors[v].append(u) def nodes(self): return self.node_neighbors.keys() def breadth_first_search g.add_edge((3, 6)) g.add_edge((3, 7)) g.add_edge((6, 7)) print ("Original nodes: ", g.nodes()) order = g.breadth_first_search (1) print ("Breadth-First-Search order: ", order) 运行结果： Original nodes: dict_keys([1, 2, 3, 4, 5, 6, 7, 8]) Breadth-First-Search order: [1, 2, 3, 4, 5, 6, 7, 8]
using namespace std; class Box{ public: double getVolume(void) { return length * breadth double len ) { length = len; } void setBreadth( double bre ) { breadth operator+(const Box& b) { Box box; box.length = this->length + b.length; box.breadth = this->breadth + b.breadth; box.height = this->height + b.height; return box; } private: double length; // 长度 double breadth; // 宽度 double height; /
= b.breadth + c.breadth; box.height = b.height + c.height; return box; } 上面的函数为用户自定义的类 Box 实现了加法运算符 = b.breadth + c.breadth; box.height = b.height + c.height; return box; } = b.breadth + c.breadth; box.height = b.height + c.height; return box; } == rhs.breadth) { status = true; } return status; = rhs.height || lhs.breadth !
class Rectangle: def __init__(self, length, breadth, unit_cost=0): self.length = length self.breadth = breadth self.unit_cost = unit_cost def get_perimeter(self): return 2 * (self.length + self.breadth) def get_area(self): return self.length * self.breadth def calculate_cost(self): area = self.get_area () return area * self.unit_cost # breadth = 120 cm, length = 160 cm, 1 cm^2 = Rs 2000 r = Rectangle(160
using System; namespace BoxApplication { class Box { public double length; // 长度 public double breadth 声明 Box2，类型为 Box double volume = 0.0; // 体积 // Box1 详述 Box1.height = 5.0; Box1.length = 6.0; Box1.breadth = 7.0; // Box2 详述 Box2.height = 10.0; Box2.length = 12.0; Box2.breadth = 13.0; // Box1 的体积 volume = Box1.height * Box1.length * Box1.breadth; Console.WriteLine("Box1 的体积： {0}", volume); // Box2 的体积 public void setLength( double len ) { length = len; } public void setBreadth( double bre ) { breadth
." << endl; length = 1; breadth = b; height = h; //每次创建对象时增加一 objectCount++; } double Volume(){ return length*breadth*height; } private: double length; double breadth; double
namespace std; class Box { public: double getVolume(void) { return length * breadth len ) { length = len; } void setBreadth( double bre ) { breadth const Box& b) { Box box; box.length = this->length + b.length; box.breadth = this->breadth + b.breadth; box.height = this->height + b.height; return box; } private: double length; // 长度 double breadth; // 宽度 double height;
namespace test_unityc { class Box { public double length;//长度 public double breadth //box1详述 box1.height = 5.0; box1.length = 6.0; box1.breadth = 7.0; //box2详述 box2.breadth = 10.0; box2.length = 12.0; box2.height = 13.0; //box1的体积 volume = box1.height * box1.breadth * box1.length length = len; } public void setBreadth(double bre) { breadth
int area(int length, int breadth) { return length * breadth; } float area(int radius) { return 3.14 ): return length * breadth @overload def area(radius): import math return math.pi * radius ** 2 @overload def area(length, breadth, height): return 2 * (length * breadth + breadth * height + height * length) @overload def volume(length, breadth, height): return length * breadth * height @overload def area(length, breadth, height): return length + breadth + height @overload def area(): return
= None: depth(node.right); return; 广度优先遍历： # 广度优先遍历 BFS def breadth(treeNode): node = None: depth(node.right); return; # 广度优先遍历 BFS def breadth(treeNode): node = treeNode Node('I'))),Node('C',Node('F'),Node('G',Node('J')))); print "DFS:" depth(treeHeader); print "BFS:" breadth
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