1def calculate_hoop_house_materials(length, width, height):
2    """
3    计算拱棚所需材料。
4    
5    参数：
6        length (float): 长度（英尺）
7        width (float): 宽度（英尺）
8        height (float): 高度（英尺）
9        
10    返回：
11        dict: 包含材料数量和成本的字典
12    """
13    import math
14    
15    # 计算材料
16    hoop_count = math.ceil(length / 4) + 1
17    plastic_area = length * (width + 2 * height)
18    base_pipes_length = 2 * length + 2 * width
19    brace_pipes_length = (hoop_count - 1) * width
20    
21    # 计算成本
22    hoops_cost = hoop_count * 15
23    plastic_cost = plastic_area * 0.15
24    pipes_cost = (base_pipes_length + brace_pipes_length) * 1.25
25    total_cost = hoops_cost + plastic_cost + pipes_cost
26    
27    return {
28        "materials": {
29            "hoops": hoop_count,
30            "plastic_area": plastic_area,
31            "base_pipes_length": base_pipes_length,
32            "brace_pipes_length": brace_pipes_length
33        },
34        "costs": {
35            "hoops_cost": hoops_cost,
36            "plastic_cost": plastic_cost,
37            "pipes_cost": pipes_cost,
38            "total_cost": total_cost
39        }
40    }
41
42# 示例用法
43result = calculate_hoop_house_materials(30, 15, 8)
44print(f"总估算成本: ${result['costs']['total_cost']:.2f}")
45

1function calculateHoopHouseMaterials(length, width, height) {
2  // 计算材料
3  const hoopCount = Math.ceil(length / 4) + 1;
4  const plasticArea = length * (width + 2 * height);
5  const basePipesLength = 2 * length + 2 * width;
6  const bracePipesLength = (hoopCount - 1) * width;
7  
8  // 计算成本
9  const hoopsCost = hoopCount * 15;
10  const plasticCost = plasticArea * 0.15;
11  const pipesCost = (basePipesLength + bracePipesLength) * 1.25;
12  const totalCost = hoopsCost + plasticCost + pipesCost;
13  
14  return {
15    materials: {
16      hoops: hoopCount,
17      plasticArea: plasticArea.toFixed(2),
18      basePipesLength: basePipesLength.toFixed(2),
19      bracePipesLength: bracePipesLength.toFixed(2)
20    },
21    costs: {
22      hoopsCost: hoopsCost.toFixed(2),
23      plasticCost: plasticCost.toFixed(2),
24      pipesCost: pipesCost.toFixed(2),
25      totalCost: totalCost.toFixed(2)
26    }
27  };
28}
29
30// 示例用法
31const dimensions = { length: 30, width: 15, height: 8 };
32const result = calculateHoopHouseMaterials(dimensions.length, dimensions.width, dimensions.height);
33console.log(`总估算成本: $${result.costs.totalCost}`);
34

1public class HoopHouseCalculator {
2    public static class Materials {
3        private final int hoopCount;
4        private final double plasticArea;
5        private final double basePipesLength;
6        private final double bracePipesLength;
7        private final double hoopsCost;
8        private final double plasticCost;
9        private final double pipesCost;
10        private final double totalCost;
11        
12        public Materials(int hoopCount, double plasticArea, double basePipesLength, 
13                         double bracePipesLength, double hoopsCost, double plasticCost, 
14                         double pipesCost, double totalCost) {
15            this.hoopCount = hoopCount;
16            this.plasticArea = plasticArea;
17            this.basePipesLength = basePipesLength;
18            this.bracePipesLength = bracePipesLength;
19            this.hoopsCost = hoopsCost;
20            this.plasticCost = plasticCost;
21            this.pipesCost = pipesCost;
22            this.totalCost = totalCost;
23        }
24        
25        // 省略getter
26        
27        @Override
28        public String toString() {
29            return String.format(
30                "拱棚材料：\n" +
31                "拱圈：%d\n" +
32                "塑料面积：%.2f平方英尺\n" +
33                "基础管道：%.2f线性英尺\n" +
34                "支撑管道：%.2f线性英尺\n\n" +
35                "估算成本：\n" +
36                "拱圈：$%.2f\n" +
37                "塑料：$%.2f\n" +
38                "管道：$%.2f\n" +
39                "总计：$%.2f",
40                hoopCount, plasticArea, basePipesLength, bracePipesLength,
41                hoopsCost, plasticCost, pipesCost, totalCost
42            );
43        }
44    }
45    
46    public static Materials calculateMaterials(double length, double width, double height) {
47        // 计算材料
48        int hoopCount = (int) Math.ceil(length / 4) + 1;
49        double plasticArea = length * (width + 2 * height);
50        double basePipesLength = 2 * length + 2 * width;
51        double bracePipesLength = (hoopCount - 1) * width;
52        
53        // 计算成本
54        double hoopsCost = hoopCount * 15;
55        double plasticCost = plasticArea * 0.15;
56        double pipesCost = (basePipesLength + bracePipesLength) * 1.25;
57        double totalCost = hoopsCost + plasticCost + pipesCost;
58        
59        return new Materials(hoopCount, plasticArea, basePipesLength, bracePipesLength,
60                            hoopsCost, plasticCost, pipesCost, totalCost);
61    }
62    
63    public static void main(String[] args) {
64        double length = 30;
65        double width = 15;
66        double height = 8;
67        
68        Materials result = calculateMaterials(length, width, height);
69        System.out.println(result);
70    }
71}
72

1using System;
2
3class HoopHouseCalculator
4{
5    public static (int hoopCount, double plasticArea, double basePipesLength, double bracePipesLength,
6                  double hoopsCost, double plasticCost, double pipesCost, double totalCost) 
7    CalculateMaterials(double length, double width, double height)
8    {
9        // 计算材料
10        int hoopCount = (int)Math.Ceiling(length / 4) + 1;
11        double plasticArea = length * (width + 2 * height);
12        double basePipesLength = 2 * length + 2 * width;
13        double bracePipesLength = (hoopCount - 1) * width;
14        
15        // 计算成本
16        double hoopsCost = hoopCount * 15;
17        double plasticCost = plasticArea * 0.15;
18        double pipesCost = (basePipesLength + bracePipesLength) * 1.25;
19        double totalCost = hoopsCost + plasticCost + pipesCost;
20        
21        return (hoopCount, plasticArea, basePipesLength, bracePipesLength,
22               hoopsCost, plasticCost, pipesCost, totalCost);
23    }
24    
25    static void Main()
26    {
27        double length = 30;
28        double width = 15;
29        double height = 8;
30        
31        var result = CalculateMaterials(length, width, height);
32        
33        Console.WriteLine("拱棚材料：");
34        Console.WriteLine($"拱圈：{result.hoopCount}");
35        Console.WriteLine($"塑料面积：{result.plasticArea:F2}平方英尺");
36        Console.WriteLine($"基础管道：{result.basePipesLength:F2}线性英尺");
37        Console.WriteLine($"支撑管道：{result.bracePipesLength:F2}线性英尺");
38        Console.WriteLine();
39        Console.WriteLine("估算成本：");
40        Console.WriteLine($"拱圈：${result.hoopsCost:F2}");
41        Console.WriteLine($"塑料：${result.plasticCost:F2}");
42        Console.WriteLine($"管道：${result.pipesCost:F2}");
43        Console.WriteLine($"总计：${result.totalCost:F2}");
44    }
45}
46