PTA作业7~8总结

目录

• 1.前言:
• 2.设计与分析:
  • (1)第七次大作业
  • (2)第八次大作业
• 3.采坑心得:
• 4.改进建议:
• 5.总结：

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PTA作业总结

1.前言:

 这次的作业相比于前几次的作业来说难度上升了很多，需要很多的时间去写题目以及思考，第七次大作业新增的互斥开关需要考虑的点就有很多，更不要说最后一次的作业，不仅仅增加了二极管，还增加了输出的条件，在输出的时候还要将每个电器的各个电势给输出。本来物理就不是很好，写的就更加头疼，在图书馆里面待了几天，最后写出来的分数也不尽人意。题目的难度虽然增加了，但是可能是到了学期末吧，在Java上花的时间也更多了，没有思路的时候在图书馆里一个人静静的看题目，就又有一点灵感，然后继续写下去。题目变难了，但是新的题目也更加的符合新增的家庭电路，更符合实际的条件，也为我们以后去写相关的代码的时候增加了一些经验，不再会像以前刚碰到此类题目一样无从下手。总的来说的话，第七次作业加的是互斥开关需要考虑的就是它的两个开关的状态，而最后一次作业需要重点考虑的则是每一个电器其两端的电势。

2.设计与分析:

(1)第七次大作业

点击查看题目

7-1 家居强电电路模拟程序-3
分数 100
作者 蔡轲
单位 南昌航空大学
智能家居是在当下家庭中越来越流行的一种配置方案，它通过物联网技术将家中的各种设备（如音视频设备、照明系统、窗帘控制、空调控制、安防系统、数字影院系统、影音服务器、影柜系统、网络家电等）连接到一起，提供家电控制、照明控制、电话远程控制、室内外遥控、防盗报警、环境监测、暖通控制、红外转发以及可编程定时控制等多种功能和手段。与普通家居相比，智能家居不仅具有传统的居住功能，兼备建筑、网络通信、信息家电、设备自动化，提供全方位的信息交互功能。请根据如下要去设计一个智能家居强电电路模拟系统。以下题目介绍中加粗的部分为本次迭代在“家居强电电路模拟程序-2”的基础上增加的功能要求。1、控制设备本题模拟的控制设备包括：开关、分档调速器、连续调速器、互斥开关。开关：包括0和1两种状态。开关有两个引脚，任意一个引脚都可以是输入引脚（接往电源端），而另一个则是输出引脚（接网接地端）。开关状态为0时，无论输入电位是多少，输出引脚电位为0。当开关状态为1时，输出引脚电位等于输入电位。
互斥开关：互斥开关有3个引脚：1个是汇总引脚，另两个是分支引脚。开关电路示意图如图1所示，左边是汇总引脚，编号为1；右边两个是分支引脚，右上的输出引脚为2，右下输出引脚为3。图中1、2、3引脚均可以是输入引脚，当1为输入引脚时，2、3引脚为输出引脚；1为输出引脚时，2、3引脚为输入引脚。互斥开关只有两种状态：开关接往上面的2号引脚、接往下面的3号引脚。开关每次只能接通其中一个分支引脚，而另一个分支引脚处于断开状态。互斥开关的默认状态为1、2引脚接通，1、3引脚断开。图1中所示的互斥开关可以反过来接入电路，即汇总引脚接往接地端，两个分支引脚接往电源端。
image.png 图1 互斥开关为避免短路，互斥开关设置了限流电阻，12引脚之间默认电阻为5，13引脚之间默认电阻为10。分档调速器按档位调整，常见的有3档、4档、5档调速器，档位值从0档-2（3/4）档变化。本次迭代模拟4档调速器，每个档位的输出电位分别为0、0.3、0.6、0.9倍的输入电压。
连续调速器没有固定档位，按位置比例得到档位参数，数值范围在[0.00-1.00]之间，含两位小数。输出电位为档位参数乘以输入电压。
所有调速器都有两个引脚，一个固定的输入（引脚编号为1）、一个输出引脚（引脚编号为2）。当输入电位为0时，输出引脚输出的电位固定为0，不受各类开关调节的影响。开关、调速器的初始状态/档位为0。调速器的输入引脚编号为1，输出引脚编号为2。
除互斥开关外，其他控制设备的电阻为 0。2、受控设备本题模拟的受控设备包括：灯、风扇。两种设备都有两根引脚，通过两根引脚电压的电压差驱动设备工作。灯有两种工作状态：亮、灭。在亮的状态下，有的灯会因引脚电位差的不同亮度会有区别。
风扇在接电后有两种工作状态：停止、转动。风扇的转速会因引脚间电位差的不同而有区别。
本次迭代模拟两种灯具。白炽灯：亮度在0~200lux（流明）之间。
电位差为0-9V时亮度为0,其他电位差按比例，电位差10V对应50ux，220V对应200lux，其他电位差与对应亮度值成正比。白炽灯超过220V。
日光灯：亮度为180lux。
只有两种状态，电位差为0时，亮度为0，电位差不为0，亮度为180。
本次迭代模拟两种风扇。吊扇：工作电压区间为80V-150V，对应转速区间为80-360转/分钟。80V对应转速为80转/分钟，150V对应转速为360转/分钟，超过150V转速为360转/分钟（本次迭代暂不考虑电压超标的异常情况）。其他电压值与转速成正比，输入输出电位差小于80V时转速为0。
落地扇：工作电压区间为 80V-150V，对应转速区间为 80-360 转/分钟；[80V,100V) 对应转速为 80 转/分钟；[100,120)V 对应转速为 160 转/分钟；[120,140)V 对应转速为 260 转/分钟；大于等于 140V 转速 为 360 转/分钟（本次迭代暂不考虑电压超标的异常情况）。本次迭代模拟一种受控窗帘：受控窗帘的电路符号为S，其最低工作电压为50V，电压达到或超过50V，窗帘即可正常工作，不考虑室外光照强度和室内空间大小等因素，窗帘受室内灯光的光照强度控制。当电路中所有灯光的光照强度总和在[0,50)lux范围内，窗帘全开；
在[50,100)lux范围内，窗帘打开比例为0.8；
在[100,200)lux范围内，窗帘打开比例为0.6；
在[200,300)lux范围内，窗帘打开比例为0.4；
在[300,400)lux范围内，窗帘打开比例为0.2；
在400lux及以上范围内，窗帘关闭。
当电压低于50V，窗帘不工作，默认为全开状态。
如果电路中没有灯或者灯全部关闭，光照强度为0，窗帘处于全开状态。
受控设备电阻：白炽灯的电阻为 10，日光灯的电阻为 5，吊扇的电阻为 20，落地扇的电阻为 20，窗帘电阻为15。3、输入信息1）输入设备信息分别用设备标识符K、F、L、B、R、D、A、H、S分别表示开关、分档调速器、连续调速器、白炽灯、日光灯、吊扇、落地扇、互斥开关、受控窗帘。设备标识用标识符+编号表示，如K1、F3、L2等。
引脚格式：设备标识-引脚编号，例如：K1-1标识编号为1的开关的输入引脚。开关、分档调速器、连续调速器的输入引脚编号为1，输出引脚编号为2。
受控设备的两个引脚编号分别为1、2。
互斥开关的引脚编号已经在互斥开关的介绍部分说明。
约束条件：不同设备的编号可以相同。
同种设备的编号可以不连续。
设备信息不单独输入，包含在连接信息中。2）输入连接信息一条连接信息占一行，用[]表示一组连接在一起的设备引脚，引脚与引脚之间用英文空格" "分隔。格式："["+引脚号+" "+引脚号+"]"
例如：[K1-1 K3-2]表示K1的1引脚，K3的2引脚连接在一起。
约束条件：不考虑调速器串联到其他调速器的情况。
考虑各类设备的并联接入。例如，K1 的输出接到 L2 的输入，L2 的输出再接其他设备属于串联接线。K1 的输出接到 L2 的输出，同时 K1 的输入接到 L2 的输入，这种情况属于并联。本次迭代的连接信息不单独输入，包含在线路信息中。3）输入控制设备调节信息开关、互斥开关调节信息格式：#+设备标识K+设备编号，例如：#K2，代表切换K2开关的状态。
#+设备标识H+设备编号，例如：#H2，代表切换H2互斥开关的状态。
分档调速器的调节信息格式：#+设备标识F+设备编号+"+" 代表加一档，例如：#F3+，代表F3输出加一档。
#+设备标识F+设备编号+"-" 代表减一档，例如：#F1-，代表F1输出减一档。
连续调速器的调节信息格式：#+设备标识L+设备编号+":" +数值 代表将连续调速器的档位设置到对应数值，例如：#L3:0.6，代表L3输出档位参数0.6。
4）电源接地标识：VCC，电压220V，GND，电压0V。没有接线的引脚默认接地，电压为0V。5）输入串联电路信息 一条串联电路占一行，串联电路由按从靠电源端到接地端顺序依次输入的 n 个连接 信息组成，连接信息之间用英文空格" "分隔。串联电路信息格式："#T"+电路编号+":"+连接信息+" "+连接信息+...+" "+连接信息
例如：#T1:[IN K1-1] [K1-2 D2-1] [D2-2 OUT] 一个串联电路的第一个引脚是 IN，代表起始端，靠电源。最后一个引脚是 OUT，代表结尾端， 靠接地。
约束条件：不同的串联电路信息编号不同。输入的最后一条电路信息必定是总电路信息，总电路信息的起始引脚是 VCC，结束引脚是 GND。连接信息中的引脚可能是一条串联或并联电路的 IN 或者 OUT。例如：#T1:[IN K1-1] [K1-2 T2-IN] [T2-OUT OUT]#T1:[IN K1-1] [K1-2 T2-IN] [T2-OUT M2-IN] [M2-OUT OUT]6）输入并联电路信息 一条并联电路占一行，并联电路由其包含的几条串联电路组成，串联电路标识之间用英文空格" "分隔。格式："#M"+电路编号+":"+”[”+串联电路信息+" "+....+" "+串联电路信息+”]”
例如：#M1:[T1 T2 T3]
该例声明了一个并联电路，由 T1、T2、T3 三条串联电路并联而成，三条串联电路的 IN 短 接在一起构成 M1 的 IN，三条串联电路的 OUT 短接在一起构成 M1 的 OUT。
约束条件：本次迭代不考虑并联电路中包含并联电路的情况。 
本题不考虑输入电压或电压差超过220V的情况。输入信息以end为结束标志，忽略end之后的输入信息。本题中的并联信息所包含的串联电路的信息都在并联信息之前输入，不考虑乱序输入的情况。
只要不因短路而造成无穷大的电流烧坏电路(如电路中的部分短接)，都是合理情况，在测试点的考虑范围之内。会造成无穷大的电流的短路本次迭代不考虑。本次迭代考虑多个并联电路串联在一起的情况。本题考虑一条串联电路中包含其他串联电路的情况。例如：#T3:[VCC K1-1] [K1-2 T2-IN] [T2-OUT K2-1] [K2-2 T1-IN] [T1-OUT GND]本例中T1\T2两条串联电路T3的一个部分，本题考虑这种类型的输入。4、输出信息：按开关、分档调速器、连续调速器、白炽灯、日光灯、吊扇、互斥开关、受控窗帘的顺序依次输出所有设备的状态或参数。每个设备一行。同类设备按编号顺序从小到大输出。输出格式：@设备标识+设备编号+":" +设备参数值（控制开关的档位或状态、灯的亮度、风扇的转速，只输出值，不输出单位）
连续调速器的档位信息保留两位小数，即使小数为0，依然显示两位小数.00。
开关状态为0（打开）时显示turned on，状态为1（合上）时显示closed
如：
@K1:turned on
@B1:190
@L1:0.60
互斥开关显示1、2引脚的接通状态，接通时显示closed，断开时显示turned on。如：@H1:turned on受控窗帘显示窗帘打开的百分比，如：@S1:80%5、家居电路模拟系列所有题目的默认规则：1）当计算电压值等数值的过程中，最终结果出现小数时，用截尾规则去掉小数部分，只保留整数部分。为避免精度的误差，所有有可能出现小数的数值用double类型保存并计算，不要作下转型数据类型转换，例如电压、转速、亮度等，只有在最后输出时再把计算结果按截尾规则，舍弃尾数，保留整数输出。2）所有连接信息按电路从电源到接地的顺序依次输入，不会出现错位的情况。电源VCC一定是第一个连接的第一项，接地GND一定是最后一个连接的后一项。3）连接信息如果只包含两个引脚，靠电源端的引脚在前，靠接地端的在后。4）调速器的输入端只会直连VCC，不会接其他设备。整个电路最多只有连接在电源上的一个调速器，且不包含在并联单路中。6、家居电路模拟系列1-4题目后续迭代设计：1）电路结构变化：迭代1：只有一条线路，所有元件串联
迭代2：线路中包含一个并联电路
迭代3：线路中包含多个串联起来的并联电路
迭代4：并联电路之间可能出现包含关系电路结构变化示意图见图1。2）计算方式的变化迭代1只包含1个受控元件，不用计算电流，之后的电路计算要包含电流、电阻等电路参数。3）电路元件的变化每次迭代会增加1-2个新的电路元件。image.png图1：电路结构示意图设计建议：1、电路设备类：描述所有电路设备的公共特征。2、受控设备类、控制设备类：对应受控、控制设备3、串联电路类：一条由多个电路设备构成的串联电路，也看成是一个独立的电路设备4、并联电路类：继承电路设备类，也看成是一个独立的电路设备其他类以及类的属性、方法自行设计。image.png图2：建议设计类图输入样例1:
在这里给出一组输入。例如：#T1:[IN H1-1] [H1-2 D2-1] [D2-2 OUT]
#T2:[IN H1-1] [H1-3 D1-1] [D1-2 OUT]
#M1:[T1 T2]
#T4:[IN K3-1] [K3-2 B2-1] [B2-2 OUT]
#T5:[IN K1-1] [K1-2 B1-1] [B1-2 OUT]
#M2:[T4 T5]
#T3:[VCC K2-1] [K2-2 M1-IN] [M1-OUT M2-IN] [M2-OUT GND]
#K1
#K2
end
输出样例1:
在这里给出相应的输出。例如：@K1:closed
@K2:closed
@K3:turned on
@B1:87
@B2:0
@D1:0
@D2:262
@H1:closed
输入样例2:
在这里给出一组输入。例如：#T1:[IN D2-1] [D2-2 H1-2] [H1-1 OUT]
#T2:[IN D1-1] [D1-2 H1-3] [H1-1 OUT]
#M1:[T1 T2]
#T4:[IN K3-1] [K3-2 B2-1] [B2-2 OUT]
#T5:[IN K1-1] [K1-2 B1-1] [B1-2 OUT]
#M2:[T4 T5]
#T3:[VCC K2-1] [K2-2 M1-IN] [M1-OUT M2-IN] [M2-OUT GND]
#K1
#K2
end
输出样例2:
在这里给出相应的输出。例如：@K1:closed
@K2:closed
@K3:turned on
@B1:87
@B2:0
@D1:0
@D2:262
@H1:closed
输入样例3:
在这里给出一组输入。例如：#T1:[IN K1-1] [K1-2 B2-1] [B2-2 OUT]
#T2:[IN K2-1] [K2-2 R1-1] [R1-2 OUT]
#M1:[T1 T2]
#T3:[VCC K3-1] [K3-2 M1-IN] [M1-OUT S1-1] [S1-2 GND]
#K1
#K2
#K3
end
输出样例3:
在这里给出相应的输出。例如：@K1:closed
@K2:closed
@K3:closed
@B2:71
@R1:180
@S1:40%
输入样例4:
在这里给出一组输入。例如：#T1:[IN K2-1] [K2-2 D2-1] [D2-2 OUT]
#T2:[IN K3-1] [K3-2 D1-1] [D1-2 OUT]
#T3:[VCC K1-1] [K1-2 T1-IN] [T1-OUT T2-IN] [T2-OUT GND]
#K1
#K2
#K3
end
输出样例4:
在这里给出相应的输出。例如：@K1:closed
@K2:closed
@K3:closed
@D1:200
@D2:200
输入样例5:
在这里给出一组输入。例如：#T3:[VCC B2-1] [B2-2 K1-1] [K1-2 S1-1] [S1-2 H1-1] [H1-2 GND]
#K1
end
输出样例5:
在这里给出相应的输出。例如：@K1:closed
@B2:95
@H1:closed
@S1:80%

我的代码：

点击查看代码

import java.util.*;
import java.io.FileNotFoundException;
import java.util.Map.Entry;
import java.util.regex.Matcher;
import java.util.regex.Pattern;class Electric {// 主电器public String s;// 类型public String id;// 类型idpublic double shuV = 220;// 电压public String ofopen = "turned on";// 开关K的状态public int speed = 0;//public double lin = 0.00;//public int resistance;// 电阻public int lux;public int xuhao;public Electric(String s, String id) {this.s = s;this.id = id;}public void display() {}public void regulate(String vs) {}public void reshuV(double shuop) {}public int getL(){return 0;}public int fanhui() {// 比较器用到的if (s.equals("K"))return 9;else if (s.equals("F"))return 8;else if (s.equals("L"))return 7;else if (s.equals("B"))return 6;else if (s.equals("R"))return 5;else if (s.equals("D"))return 4;else if (s.equals("A"))return 3;else if (s.equals("H"))return 2;else if (s.equals("S"))return 1;elsereturn 0;}}class Kaiguan extends Electric {// 开关public Kaiguan(String id) {super("K", id);}public void display() {System.out.printf("@K%s:%s\n", id, ofopen);}public void regulate(String vs) {}public void reshuV(double shuop) {if (ofopen.equals("turned on")) {shuV = 0;// System.out.println(shuV);} else if (ofopen.equals("closed"))shuV = shuop;}
}class Fendang extends Electric {// 分档public Fendang(String id) {super("F", id);}public void display() {System.out.printf("@F%s:%d\n", id, speed);}public void regulate(String vs) {// 分档调节if (vs.equals("+") && speed < 3) {speed++;} else if (vs.equals("-") && speed > 0) {speed--;}}public void reshuV(double shuop) {shuV = speed * 0.3 * shuop;}
}class Lianxu extends Electric {// 连续public Lianxu(String id) {super("L", id);}public void display() {String siop = String.format("@L%s:%.2f", id, lin);System.out.printf("%s\n", siop);}public void regulate(String vs) {lin = Double.parseDouble(vs);}public void reshuV(double shuop) {shuV = lin * shuop;}
}class Baichi extends Electric {// 白炽灯public Baichi(String id) {super("B", id);}public void display() {int a = 0;if (shuV >= 0 && shuV <= 9) {a = 0;} else if (shuV >= 10 && shuV <= 219) {a = (int) ((5 * shuV) / 7 + 43);} else if (shuV == 220) {a = 200;}System.out.printf("@B%s:%d\n", id, a);}public void reshuV(double shuop) {shuV = shuop;}public int getL(){int a = 0;if (shuV >= 0 && shuV <= 9) {a = 0;} else if (shuV >= 10 && shuV <= 219) {a = (int) ((5 * shuV) / 7 + 43);} else if (shuV == 220) {a = 200;}return a;}
}class Riguang extends Electric {// 日光灯public Riguang(String id) {super("R", id);}public void display() {int a = 0;if (shuV == 0)a = 0;elsea = 180;System.out.printf("@R%s:%d\n", id, a);}public void reshuV(double shuop) {shuV = shuop;}public int getL(){int a = 0;if (shuV == 0)a = 0;elsea = 180;return a;}
}class Diaoshan extends Electric {// 吊扇public Diaoshan(String id) {super("D", id);}public void display() {int a = 0;if (shuV >= 0 && shuV < 80)a = 0;else if (shuV >= 80 && shuV <= 150)a = (int) ((shuV - 80) * 4 + 80);else if (shuV > 150)a = 360;System.out.printf("@D%s:%d\n", id, a);}public void reshuV(double shuop) {shuV = shuop;}}class Luodi extends Electric {// 落地扇public Luodi(String id) {super("A", id);}public void display() {int a = 0;if (shuV >= 0 && shuV < 80)a = 0;else if (shuV >= 80 && shuV <= 99)a = 80;else if (shuV >= 100 && shuV <= 119)a = 160;else if (shuV >= 120 && shuV <= 139)a = 260;else if (shuV > 140)a = 360;System.out.printf("@A%s:%d\n", id, a);}public void reshuV(double shuop) {shuV = shuop;}
}class Huchi extends Electric{public Huchi(String id,int d){super("H", id);this.xuhao=d;}public void display() {System.out.printf("@H%s:%s\n", id, ofopen);}public void regulate(String vs) {}public void reshuV(double shuop) {if (ofopen.equals("turned on")) {shuV = 0;} else if (ofopen.equals("closed"))shuV = shuop;}}class Shoukong extends Electric{//R=15public Shoukong(String id) {super("S", id);}public void display() {String a = "100%";if(shuV>=50){if (lux >= 0 && lux < 50)a = "100%";else if (lux >= 50 && lux < 100)a =  "80%";else if (lux >= 100 && lux < 200)a = "60%";else if (lux >= 200 && lux < 300)a = "40%";else if (lux >= 300 && lux <400)a = "20%";else if (lux >=400)a = "0%";System.out.printf("@S%s:%s\n", id, a);}else {System.out.printf("@S%s:%s\n", id,a);}}public void reshuV(double shuop) {shuV = shuop;}
}class Bi extends Electric {public Bi(String ml) {super("M", ml);}
}class Chuan extends Electric{public Chuan(String ml){super("T",ml);}
}class Duobing{public String s;public ArrayList<Map<String, Electric>> map;public double k[];public Duobing(String s,ArrayList<Map<String, Electric>> map,double b[]){this.s=s;this.map=map;this.k=b;}
}public class Main {public static void main(String[] args) throws FileNotFoundException {Scanner in = new Scanner(System.in);String s = "", pop = "", zong = "", chuanxu = "", bingxu = "";int i;ArrayList<String> connection = new ArrayList<>();ArrayList<String> connection1 = new ArrayList<>();ArrayList<String> chw = new ArrayList<>();while (true) {s = in.nextLine().trim();if ("end".equals(s))break;if (s.startsWith("#T"))// 将每一条路线存进去{Pattern pattern = Pattern.compile("#(.*):(.*)");Matcher matcher = pattern.matcher(s);while (matcher.find()) {chuanxu = String.valueOf(matcher.group(1));pop = String.valueOf(matcher.group(2));}connection.add(chuanxu + ":" + pop);}else if (s.startsWith("#M"))// 将并联的电路放进去，后面进行判断{Pattern pattern = Pattern.compile("#(.*):(.*)");Matcher matcher = pattern.matcher(s);while (matcher.find()) {bingxu = String.valueOf(matcher.group(1));pop = String.valueOf(matcher.group(2));}connection1.add(bingxu + " " + pop);}else if (s.startsWith("#K"))// 对开关进行储存后面进行更改{Pattern pattern = Pattern.compile("#(.*)");Matcher matcher = pattern.matcher(s);while (matcher.find()) {pop = String.valueOf(matcher.group(1));}chw.add(pop);}else if (s.startsWith("#F")) {Pattern pattern = Pattern.compile("#(.*)");Matcher matcher = pattern.matcher(s);while (matcher.find()) {pop = String.valueOf(matcher.group(1));}chw.add(pop);}else if (s.startsWith("#L")) {Pattern pattern = Pattern.compile("#(.*)");Matcher matcher = pattern.matcher(s);while (matcher.find()) {pop = String.valueOf(matcher.group(1));}chw.add(pop);}else if(s.startsWith("#H")){Pattern pattern = Pattern.compile("#(.*)");Matcher matcher = pattern.matcher(s);while (matcher.find()) {pop = String.valueOf(matcher.group(1));}chw.add(pop);}}int kllk = 0, mmm = 0;String z1 = "", zm = "";String bnb="";Map<String, Map<String, Electric>> mac = new HashMap<>();Map<String, Electric> zhu = new LinkedHashMap<>();Map<String, Electric> map4 = new HashMap<>();for (mmm = 0; mmm < connection.size(); mmm++) {// 将并联的与串联的电路分开储存int vb1 = 0, vb2 = 0;Map<String, Electric> map1 = new LinkedHashMap<>();z1 = connection.get(mmm);Pattern pattern = Pattern.compile("(.*):(.*)");Matcher matcher = pattern.matcher(z1);while (matcher.find()) {zm = String.valueOf(matcher.group(1));pop = String.valueOf(matcher.group(2));}//System.out.println(zm);String[] partsl = pop.split("]");String jk = "", jk1 = "";for (kllk = 0; kllk < partsl.length; kllk++) {jk1 = partsl[0].trim();jk = partsl[kllk].trim();//System.out.println(jk);if (jk1.startsWith("[IN")) {vb1 = 1;String[] parts4 = jk.split(" ");//System.out.println(parts4[0]);if(parts4[1].equals("OUT")){if(parts4[0].startsWith("[H")) {String[] pinyin = parts4[0].split("-");String dkey="";pattern = Pattern.compile("\\[(.*)");matcher = pattern.matcher(pinyin[0]);while (matcher.find()) {dkey = String.valueOf(matcher.group(1));}if (dkey.startsWith("H")) {int m1 = Integer.parseInt(pinyin[1]);if ((m1 == 2 || m1 == 3) && parts4[0] != null) {bnb = parts4[0].substring(1, 3);map1 = compose(dkey, bnb, map1, m1);}}break;}else {break;}}if(parts4[0].startsWith("[H")){String[] pinyin = parts4[0].split("-");String dkey="";pattern = Pattern.compile("\\[(.*)");matcher = pattern.matcher(pinyin[0]);while (matcher.find()) {dkey = String.valueOf(matcher.group(1));}if(dkey.startsWith("H")) {int m1=Integer.parseInt(pinyin[1]);if((m1==2||m1==3)&&parts4[0]!=null){//System.out.println(parts4[0]);bnb=parts4[0].substring(1,3);map1 = compose(dkey, bnb, map1,m1);}}if(parts4[1].equals("OUT"))break;String[] pinyin1 = parts4[1].split("-");dkey = pinyin1[0].trim();if(dkey.startsWith("H")){int m1=Integer.parseInt(pinyin1[1]);if(m1==2||m1==3){map1 = compose(dkey, parts4[1], map1,m1);}}else{map1 = complain(dkey, parts4[1], map1,1);}}else {String[] pinyin = parts4[1].split("-");//System.out.println(parts4[1]);String dkey = pinyin[0].trim();if(dkey.startsWith("H")){int m1=Integer.parseInt(pinyin[1]);if(m1==2||m1==3){map1 = compose(dkey, parts4[1], map1,m1);}}else{map1 = complain(dkey, parts4[1], map1,1);}}}else if (jk1.startsWith("[VCC")) {//System.out.println(1);vb2 = 1;String[] parts4 = jk.split(" ");if(parts4[1].equals("GND")){if(parts4[0].startsWith("[H")) {String[] pinyin = parts4[0].split("-");String dkey="";pattern = Pattern.compile("\\[(.*)");matcher = pattern.matcher(pinyin[0].trim());while (matcher.find()) {dkey = String.valueOf(matcher.group(1));}if (dkey.startsWith("H")) {int m1 = Integer.parseInt(pinyin[1]);if ((m1 == 2 || m1 == 3) && parts4[0] != null) {bnb = parts4[0].substring(1, 3);map1 = compose(dkey, bnb, map1, m1);}}break;}else {break;}}if(parts4[0].startsWith("[H")){String[] pinyin = parts4[0].split("-");String dkey="";pattern = Pattern.compile("\\[(.*)");matcher = pattern.matcher(pinyin[0].trim());while (matcher.find()) {dkey = String.valueOf(matcher.group(1));}if(dkey.startsWith("H")) {int m1=Integer.parseInt(pinyin[1]);//System.out.println(dkey+" "+ parts4[0]);if((m1==2||m1==3)&&parts4[0]!=null){bnb=parts4[0].substring(1,3);map1 = compose(dkey, bnb, map1,m1);}}if(parts4[1].equals("GND"))break;String[] pinyin1 = parts4[1].split("-");dkey = pinyin1[0].trim();if(dkey.startsWith("H")){int m1=Integer.parseInt(pinyin1[1]);if(m1==2||m1==3){map1 = compose(dkey, parts4[1], map1,m1);}}else{map1 = complain(dkey, parts4[1], map1,1);}}else {String[] pinyin = parts4[1].split("-");//System.out.println(parts4[1]);String dkey = pinyin[0].trim();if(dkey.startsWith("H")){int m1=Integer.parseInt(pinyin[1]);if(m1==2||m1==3){map1 = compose(dkey, parts4[1], map1,m1);}}else{map1 = complain(dkey, parts4[1], map1,1);}}}}if (vb1 == 1){mac.put(zm, map1);// 并联电路以及其他电路//System.out.println(mac.size());}if (vb2 == 1) {zhu = map1;// 主电路}}//System.out.println(zhu.size());int flag = 0;int flag2 = 0;int lll = 0;double rui = 220.0000000001;for (i = 0; i < chw.size(); i++) {String sid = chw.get(i);for (Entry<String, Map<String, Electric>> entry : mac.entrySet()){if (sid.startsWith("K")) {String diu = sid.trim();Electric electric = entry.getValue().get(diu);if (electric != null) {if (electric.ofopen.equals("turned on"))electric.ofopen = "closed";elseelectric.ofopen = "turned on";break;}}else if (sid.startsWith("F")) {String diu="";String vs="";Pattern pattern = Pattern.compile("(.*)(.)");Matcher matcher = pattern.matcher(sid);while (matcher.find()) {diu = String.valueOf(matcher.group(1));vs = String.valueOf(matcher.group(2));}Electric electric = entry.getValue().get(diu);if (electric != null) {electric.regulate(vs);flag2++;if (vs.equals("+")) {flag++;if (flag >= 3) {flag = 3;}}if (vs.equals("-")) {flag--;if (flag <= 0) {flag = 0;}}break;}}else if (sid.startsWith("L")) {String diu = sid.substring(0, 2);String vs = sid.substring(3);Electric electric = entry.getValue().get(diu);if (electric != null) {electric.regulate(vs);break;}}else if(sid.startsWith("H")){String diu = sid.trim();int n1=0;int n2=0;for (Entry<String, Map<String, Electric>> try1 : mac.entrySet()){Electric electric = try1.getValue().get(diu+2);if (electric != null) {n1=1;if (electric.ofopen.equals("turned on"))electric.ofopen = "closed";elseelectric.ofopen = "turned on";//System.out.println(electric.ofopen+"    "+electric.xuhao);break;}}for (Entry<String, Map<String, Electric>> try1 : mac.entrySet()){Electric electric1 = try1.getValue().get(diu+3);if (electric1 != null) {n2=1;if (electric1.ofopen.equals("turned on"))electric1.ofopen = "closed";elseelectric1.ofopen = "turned on";//System.out.println(electric1.ofopen+"    "+electric1.xuhao);break;}}if(n1==1||n2==1)break;}}for (Entry<String, Electric> entry : zhu.entrySet()) {if (sid.startsWith("K")) {String diu = sid.trim();Electric electric = zhu.get(diu);if (electric != null) {if (electric.ofopen.equals("turned on"))electric.ofopen = "closed";elseelectric.ofopen = "turned on";break;}}else if (sid.startsWith("H")) {String diu = sid.trim();int n1=0;int n2=0;for (Entry<String, Electric> try1 : zhu.entrySet()){Electric electric = zhu.get(diu+2);if (electric != null) {n1=1;if (electric.ofopen.equals("turned on"))electric.ofopen = "closed";elseelectric.ofopen = "turned on";break;}}for (Entry<String, Electric> try1 : zhu.entrySet()){Electric electric1 = zhu.get(diu+3);if (electric1 != null) {n2=1;if (electric1.ofopen.equals("turned on"))electric1.ofopen = "closed";elseelectric1.ofopen = "turned on";break;}}if(n1==1||n2==1)break;}else if (sid.startsWith("F")) {String diu="";String vs="";Pattern pattern = Pattern.compile("(.*)(.)");Matcher matcher = pattern.matcher(sid);while (matcher.find()) {diu = String.valueOf(matcher.group(1));vs = String.valueOf(matcher.group(2));}Electric electric = zhu.get(diu);if (electric != null) {electric.regulate(vs);flag2++;break;}}else if (sid.startsWith("L")) {String diu = sid.substring(0, 2);String vs = sid.substring(3);Electric electric = zhu.get(diu);if (electric != null) {electric.regulate(vs);break;}}}}Map<String,ArrayList<Map<String, Electric>>> vjk=new LinkedHashMap<>();Map<String, Map<String, Electric>> maps = new HashMap<>();for (mmm = 0; mmm < connection1.size(); mmm++) {// 判断那些事并联电路并存储String k11 = connection1.get(mmm).substring(0, 2);Pattern pattern = Pattern.compile("(.*)\\s\\[(.*)]");Matcher matcher = pattern.matcher(connection1.get(mmm));while (matcher.find()) {pop = String.valueOf(matcher.group(2));}String[] partsl = pop.split(" ");ArrayList<Map<String, Electric>> uzi=new ArrayList<>();for (int yq = 0; yq < partsl.length; yq++) {for (Entry<String, Map<String, Electric>> entry1 : mac.entrySet()) {if (entry1.getKey().equals(partsl[yq])) {maps.put(k11 + "" + yq, entry1.getValue());uzi.add(entry1.getValue());//System.out.println(uzi.size());}}vjk.put(k11,uzi);}}//System.out.println(vjk.size());double siop = rui;double a[] = new double[vjk.size()];// 算电阻//vjk是并联电路所对应的路的Listdouble b[] = new double[1];i = 0;int sum1,sum2,sum3;sum2=0;int s1=0,mv=0;double chuanR=0, bingR=0;int zonglux=0;int cw=0,cw1=0;ArrayList<Duobing> duobing=new ArrayList<>();for(Entry<String,ArrayList<Map<String, Electric>>> entry : vjk.entrySet()) {double[] c= new double[entry.getValue().size()];i = 0;cw=0;for (sum1 = 0; sum1 < entry.getValue().size(); sum1++) {for (Entry<String, Electric> entry1 : entry.getValue().get(sum1).entrySet()) {int hjh = 0;flag = 0;if (entry1.getKey().startsWith("K")) {if (entry1.getValue().ofopen.equals("turned on"))flag = 1;if (entry1.getValue().ofopen.equals("closed"))hjh++;}if (entry1.getKey().startsWith("H")) {if (entry1.getValue().ofopen.equals("turned on")){flag = 1;//System.out.println(entry1.getValue().xuhao);}if (entry1.getValue().ofopen.equals("closed")) {hjh++;//System.out.println(entry1.getValue().xuhao);}}if(entry1.getKey().startsWith("T")){cw=0;for(Entry<String, Map<String, Electric>> en6 : mac.entrySet()) {if (en6.getKey().equals(entry1.getKey())) {for(Entry<String, Electric> e : en6.getValue().entrySet()){cw++;if (e.getKey().startsWith("K")) {if (e.getValue().ofopen.equals("turned on"))flag = 1;if (e.getValue().ofopen.equals("closed"))hjh++;}if (e.getKey().startsWith("H")) {if (e.getValue().ofopen.equals("turned on")){flag = 1;//System.out.println(entry1.getValue().xuhao);}if (e.getValue().ofopen.equals("closed")) {hjh++;//System.out.println(entry1.getValue().xuhao);}}c[i] = c[i] + 1.0 * e.getValue().resistance;}cw1=cw+cw1;}}}if (hjh == entry.getValue().size()+cw1) {c[i] = 0;//说明短路break;}if (flag == 1)//说明断路{c[i] = -1;break;}else {c[i] = c[i] + 1.0 * entry1.getValue().resistance;}}i++;}duobing.add(new Duobing(entry.getKey(), entry.getValue(), c));s1=0;for (i = 0; i < c.length; i++) {if (c[i] == 0) {a[sum2] = 0;//短路break;}else {if (c[i] == -1){s1++;if(s1==c.length){mv=1;}continue;}else {a[sum2] = 1.0 / c[i] + a[sum2];//System.out.println(a[sum2]);}}}sum2++;}for(sum3=0;sum3<a.length;sum3++){if (a[sum3] == 0)continue;else{bingR = bingR+1.0/a[sum3];}}//System.out.println(bingR);b[0]=0;double l[]=new double[1];int flag4 = 0;int f1=0;for (Entry<String, Electric> entry : zhu.entrySet()) {flag=0;if (entry.getKey().startsWith("K")) {flag=0;if (entry.getValue().ofopen.equals("turned on")){flag = 1;}if(flag==1){b[0] = -1;break;}}else if (entry.getKey().startsWith("H")) {flag=0;if (entry.getValue().ofopen.equals("turned on")){flag = 1;}if(flag==1){b[0] = -1;break;}}else if(entry.getKey().startsWith("T")){l[0]=0;for(Entry<String, Map<String, Electric>> entry6 : mac.entrySet()) {if(entry6.getKey().equals(entry.getKey())) {for(Entry<String, Electric> en : entry6.getValue().entrySet()) {if (en.getKey().startsWith("K")) {flag4=0;if (en.getValue().ofopen.equals("turned on")) {flag4 = 1;}if (flag4 == 1) {l[0] = -1;break;}}else if(en.getKey().startsWith("H")){flag4=0;if (en.getValue().ofopen.equals("turned on")) {flag4 = 1;}if (flag4 == 1) {l[0] = -1;break;}elsel[0]=l[0]+en.getValue().resistance;}elsel[0]=l[0]+en.getValue().resistance;}break;}}if(l[0]==-1){b[0]=-1;break;}else{b[0]=b[0]+l[0];}}b[0] = b[0] + entry.getValue().resistance;}chuanR = b[0];//System.out.println(chuanR+"   "+bingR);double chuanV = 0, bingV = 0;chuanV = rui * chuanR / (bingR + chuanR);bingV = rui * bingR / (bingR + chuanR);zonglux=0;Map<String, Electric> maso = new HashMap<>();for (Entry<String, Electric> entry : zhu.entrySet()) {String parts8 = entry.getKey();s = parts8;if(b[0]==-1||flag4==1||flag==1||mv==1){siop=0;rui=0;chuanV=0;bingV=0;}if (s.startsWith("K")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(rui);rui = elc1.shuV;chuanV = 1.0*rui * chuanR / (bingR + chuanR);bingV = 1.0*rui * bingR / (bingR + chuanR);maso.put(s, elc1);}else if (s.startsWith("H")) {Electric elc1 = zhu.get(parts8);if(elc1.xuhao ==3){if(elc1.ofopen.startsWith("t")){elc1.ofopen="closed";}else{elc1.ofopen="turned on";}}maso.put(s, elc1);}else if (s.startsWith("B")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(10*chuanV/chuanR);zonglux=zonglux+elc1.getL();//System.out.println(elc1.shuV);maso.put(s, elc1);}else if (s.startsWith("R")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(5*chuanV/chuanR);maso.put(s, elc1);zonglux=zonglux+elc1.getL();}else if (s.startsWith("D")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(20*chuanV/chuanR);maso.put(s, elc1);}else if (s.startsWith("A")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(20*chuanV/chuanR);maso.put(s, elc1);}else if (s.startsWith("L")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(rui);rui = elc1.shuV;chuanV = rui * chuanR / (bingR + chuanR);bingV = rui * bingR / (bingR + chuanR);//System.out.println(bingR);maso.put(s, elc1);}else if (s.startsWith("F")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(rui);rui=elc1.shuV;chuanV = rui * chuanR / (bingR + chuanR);bingV = rui * bingR / (bingR + chuanR);maso.put(s, elc1);}else if (s.startsWith("S")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(15*chuanV/chuanR);maso.put(s, elc1);}else if(s.startsWith("T")) {//System.out.println("1");for(Entry<String, Map<String, Electric>> entry6 : mac.entrySet()) {if(entry6.getKey().equals(s)){//System.out.println(chuanR);for(Entry<String,Electric> jk : entry6.getValue().entrySet()) {s=jk.getKey();if (s.startsWith("K")) {Electric elc1 = entry6.getValue().get(s);maso.put(s, elc1);}else if(s.startsWith("H")) {Electric elc1 = entry6.getValue().get(s);if(elc1.xuhao ==3){if(elc1.ofopen.startsWith("t")){elc1.ofopen="closed";}else{elc1.ofopen="turned on";}}maso.put(s, elc1);}else if (s.startsWith("B")) {Electric elc1 = entry6.getValue().get(s);elc1.reshuV(10 * chuanV / chuanR);maso.put(s, elc1);zonglux=zonglux+elc1.getL();}else if (s.startsWith("R")) {Electric elc1 = entry6.getValue().get(s);elc1.reshuV(5 * chuanV / chuanR);maso.put(s, elc1);zonglux=zonglux+elc1.getL();}else if (s.startsWith("D")) {Electric elc1 = entry6.getValue().get(s);elc1.reshuV(20 * chuanV / chuanR);maso.put(s, elc1);//System.out.println(elc1.shuV);}else if (s.startsWith("A")) {Electric elc1 = entry6.getValue().get(s);elc1.reshuV(20 * chuanV / chuanR);maso.put(s, elc1);}else if (s.startsWith("S")) {Electric elc1 = entry6.getValue().get(s);elc1.reshuV(15 * chuanV / chuanR);maso.put(s, elc1);}}}}}else if (s.startsWith("M")) {for(int cmd=0;cmd<duobing.size();cmd++){if(duobing.get(cmd)==null)continue;Duobing d1=duobing.get(cmd);     //public ArrayList<Map<String, Electric>> map;if(d1.s.equals(s)){for(int kkkk=0;kkkk<d1.map.size();kkkk++){if(d1.map.get(kkkk)==null)continue;siop=bingV*(1/a[cmd])/bingR;if(a[cmd]==0){siop=0;for(Entry<String,Electric>c1:d1.map.get(kkkk).entrySet()){parts8 = c1.getKey();s = parts8;if (s.startsWith("K")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);if (elc1.ofopen.startsWith("t")) {siop = 0;}maso.put(s, elc1);}else if (s.startsWith("H")) {int yy=0;Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);if (elc1.ofopen.startsWith("t")) {siop = 0;}if(elc1.xuhao==2){maso.put(s, elc1);}else if(elc1.xuhao==3){String jkj="";Pattern pattern = Pattern.compile("(.*).");Matcher matcher = pattern.matcher(s);while (matcher.find()) {jkj = String.valueOf(matcher.group(1));}for(int d=0;d<d1.map.size();d++) {for (Entry<String, Electric> c2 : d1.map.get(d).entrySet()) {Electric elc2 = d1.map.get(d).get(jkj+2);if(elc2!=null)yy=1;}}if(yy==0){if(elc1.ofopen.startsWith("t"))elc1.ofopen="closed";elseelc1.ofopen="turned on";maso.put(s, elc1);}}}else if (s.startsWith("B")) {//System.out.println(10*siop/a[i]);Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);// System.out.println(elc1.shuV);maso.put(s, elc1);zonglux=zonglux+elc1.getL();}else if (s.startsWith("R")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);maso.put(s, elc1);zonglux=zonglux+elc1.getL();}else if (s.startsWith("D")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);//System.out.println(elc1.shuV);maso.put(s, elc1);}else if (s.startsWith("A")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);maso.put(s, elc1);}else if (s.startsWith("S")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);maso.put(s, elc1);}}}if(d1.k[kkkk]!=-1&&d1.k[kkkk]!=0) {for (Entry<String, Electric> c1 : d1.map.get(kkkk).entrySet()) {parts8 = c1.getKey();s = parts8;//System.out.printf(s);if (s.startsWith("K")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);if (elc1.ofopen.startsWith("t")) {siop = 0;}maso.put(s, elc1);}else if (s.startsWith("H")) {int yy=0;Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);if (elc1.ofopen.startsWith("t")) {siop = 0;}if(elc1.xuhao==2){maso.put(s, elc1);}else if(elc1.xuhao==3){String jkj="";Pattern pattern = Pattern.compile("(.*).");Matcher matcher = pattern.matcher(s);while (matcher.find()) {jkj = String.valueOf(matcher.group(1));}for(int d=0;d<d1.map.size();d++) {for (Entry<String, Electric> c2 : d1.map.get(d).entrySet()) {Electric elc2 = d1.map.get(d).get(jkj+2);if(elc2!=null)yy=1;}}if(yy==0){if(elc1.ofopen.startsWith("t"))elc1.ofopen="closed";elseelc1.ofopen="turned on";maso.put(s, elc1);}}}else if (s.startsWith("B")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(10 * siop/ d1.k[kkkk]);maso.put(s, elc1);zonglux=zonglux+elc1.getL();}else if (s.startsWith("R")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(5 * siop/ d1.k[kkkk]);maso.put(s, elc1);zonglux=zonglux+elc1.getL();}else if (s.startsWith("D")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(20 * siop/ d1.k[kkkk]);maso.put(s, elc1);}else if (s.startsWith("A")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(20 * siop/ d1.k[kkkk]);maso.put(s, elc1);}else if (s.startsWith("S")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(15 * siop/ d1.k[kkkk]);maso.put(s, elc1);}}}else {siop=0;for (Entry<String, Electric> c1 : d1.map.get(kkkk).entrySet()) {parts8 = c1.getKey();s = parts8;//System.out.println(s);if (s.startsWith("K")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.shuV=0;maso.put(s, elc1);}else if (s.startsWith("H")) {int yy=0;Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);if (elc1.ofopen.startsWith("t")) {siop = 0;}if(elc1.xuhao==2){maso.put(s, elc1);}else if(elc1.xuhao==3){String jkj="";Pattern pattern = Pattern.compile("(.*).");Matcher matcher = pattern.matcher(s);while (matcher.find()) {jkj = String.valueOf(matcher.group(1));}for(int d=0;d<d1.map.size();d++) {for (Entry<String, Electric> c2 : d1.map.get(d).entrySet()) {Electric elc2 = d1.map.get(d).get(jkj+2);if(elc2!=null)yy=1;}}if(yy==0){if(elc1.ofopen.startsWith("t"))elc1.ofopen="closed";elseelc1.ofopen="turned on";maso.put(s, elc1);}}}else if (s.startsWith("B")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);// System.out.println(elc1.shuV);maso.put(s, elc1);zonglux=zonglux+elc1.getL();}else if (s.startsWith("R")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);maso.put(s, elc1);zonglux=zonglux+elc1.getL();}else if (s.startsWith("D")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);//System.out.println(elc1.shuV);maso.put(s, elc1);}else if (s.startsWith("A")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);//System.out.println(elc1.shuV);maso.put(s, elc1);}else if (s.startsWith("S")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);maso.put(s, elc1);}}}}}}}}ArrayList<Electric> arraylist6 = new ArrayList<>();for (Entry<String, Electric> pose : maso.entrySet()) {if(pose.getValue()==null)continue;arraylist6.add(pose.getValue());}//System.out.println("1");Comparator<Electric> numberComparator = new Comparator<Electric>() {public int compare(Electric o1, Electric o2) {int a = o1.fanhui();int b = o2.fanhui();if (a > b)return -1;else if (a == b) {String c = o1.id;String d = o2.id;if (c.compareTo(d)>0)return 1;elsereturn -1;} elsereturn 1;}};Collections.sort(arraylist6, numberComparator);for (Electric suixcs : arraylist6) {if(suixcs.s.equals("S")){suixcs.lux=zonglux;}suixcs.display();}}public static Map<String, Electric> complain(String dkey, String s, Map<String, Electric> map1,int a) {String jkj="";Pattern pattern = Pattern.compile(".(.*)");Matcher matcher = pattern.matcher(dkey);while (matcher.find()) {jkj = String.valueOf(matcher.group(1));}//System.out.println(dkey);//System.out.println(s+"   "+jkj);if (s.startsWith("K")) {Electric tric = new Kaiguan(jkj);tric.resistance = 0;tric.lux=0;map1.put(dkey, tric);}else if (s.startsWith("F")) {Electric tric = new Fendang(jkj);tric.resistance = 0;tric.lux=0;map1.put(dkey, tric);}else if (s.startsWith("L")) {Electric tric = new Lianxu(jkj);tric.resistance = 0;tric.lux=0;map1.put(dkey, tric);}else if (s.startsWith("B")) {Electric tric = new Baichi(jkj);tric.resistance = 10;map1.put(dkey, tric);} else if (s.startsWith("R")) {Electric tric = new Riguang(jkj);tric.resistance = 5;map1.put(dkey, tric);} else if (s.startsWith("D")) {Electric tric = new Diaoshan(jkj);tric.resistance = 20;map1.put(dkey, tric);}else if (s.startsWith("A")) {Electric tric = new Luodi(jkj);tric.resistance = 20;map1.put(dkey, tric);}else if (s.startsWith("M")) {Electric tric = new Bi(jkj);tric.resistance = 0;map1.put(dkey,tric);}else if (s.startsWith("T")) {Electric tric = new Chuan(jkj);tric.resistance = 0;map1.put(dkey,tric);}else if (s.startsWith("H")) {//System.out.println(a);Electric tric = new Huchi(jkj,a);tric.xuhao=a;if(a==2) {tric.resistance = 5;tric.ofopen="closed";}if(a==3){tric.resistance = 10;tric.ofopen="turned on";}map1.put(dkey,tric);}else if (s.startsWith("S")) {Electric tric = new Shoukong(jkj);tric.resistance = 15;tric.xuhao=2;map1.put(dkey,tric);}return map1;}public static Map<String, Electric> compose(String dkey, String s, Map<String, Electric> map1, int m) {//System.out.println(s);String jkj="";Pattern pattern = Pattern.compile(".(.*)");Matcher matcher = pattern.matcher(dkey);while (matcher.find()) {jkj = String.valueOf(matcher.group(1));}if (s.startsWith("H")) {Electric tric = new Huchi(jkj,m);tric.resistance = 0;tric.xuhao=m;if(m==2) {tric.resistance = 5;tric.ofopen="closed";}if(m==3){tric.resistance = 10;tric.ofopen="turned on";}//System.out.println(tric.xuhao);map1.put(dkey+m,tric);}return map1;}
}

 

总结：

这次作业主要考虑的是互斥开关，重点也是这个，窗帘则没有什么难度，主要考虑互斥开关的两个端点的状态，在输出的时候要输出2的状态，在电路中只有三的时候，要将其转换为2。这次有三分没有拿到，但是在写最后一次题目的时候，突然想起来了，因为精度的问题，改了一个值，导致最后输出的时候有一个地方导致输出结果错误，在最后一次作业中也看到了相应的问题，最后在最后的作业中解决了这一问题。

(2)第八次大作业

点击查看题目

7-1 家居强电电路模拟程序-4
分数 100
作者 蔡轲
单位 南昌航空大学
智能家居是在当下家庭中越来越流行的一种配置方案，它通过物联网技术将家中的各种设备（如音视频设备、照明系统、窗帘控制、空调控制、安防系统、数字影院系统、影音服务器、影柜系统、网络家电等）连接到一起，提供家电控制、照明控制、电话远程控制、室内外遥控、防盗报警、环境监测、暖通控制、红外转发以及可编程定时控制等多种功能和手段。与普通家居相比，智能家居不仅具有传统的居住功能，兼备建筑、网络通信、信息家电、设备自动化，提供全方位的信息交互功能。请根据如下要去设计一个智能家居强电电路模拟系统。以下题目介绍中加粗的部分为本次迭代在“家居强电电路模拟程序-3”的基础上增加的功能要求。1、控制设备
本题模拟的控制设备包括：开关、分档调速器、连续调速器、互斥开关。开关：包括0和1两种状态。开关有两个引脚，任意一个引脚都可以是输入引脚（接往电源端），而另一个则是输出引脚（接网接地端）。开关状态为0时，无论输入电位是多少，输出引脚电位为0。当开关状态为1时，输出引脚电位等于输入电位。
互斥开关：互斥开关有3个引脚：1个是汇总引脚，另两个是分支引脚。开关电路示意图如图1所示，左边是汇总引脚，编号为1；右边两个是分支引脚，右上的输出引脚为2，右下输出引脚为3。图中1、2、3引脚均可以是输入引脚，当1为输入引脚时，2、3引脚为输出引脚；1为输出引脚时，2、3引脚为输入引脚。
互斥开关只有两种状态：开关接往上面的2号引脚、接往下面的3号引脚。开关每次只能接通其中一个分支引脚，而另一个分支引脚处于断开状态。
互斥开关的默认状态为1、2引脚接通，1、3引脚断开。
图1中所示的互斥开关可以反过来接入电路，即汇总引脚接往接地端，两个分支引脚接往电源端。image.png 图1 互斥开关为避免短路，互斥开关设置了限流电阻，1、2引脚之间默认电阻为5，1、3引脚之间默认电阻为10。分档调速器按档位调整，常见的有3档、4档、5档调速器，档位值从0档-2（3/4）档变化。本次迭代模拟4档调速器，每个档位的输出电位分别为0、0.3、0.6、0.9倍的输入电压。
连续调速器没有固定档位，按位置比例得到档位参数，数值范围在[0.00-1.00]之间，含两位小数。输出电位为档位参数乘以输入电压。
所有调速器都有两个引脚，一个固定的输入（引脚编号为1）、一个输出引脚（引脚编号为2）。当输入电位为0时，输出引脚输出的电位固定为0，不受各类开关调节的影响。开关、调速器的初始状态/档位为0。开关的两个引脚编号为1、2。
除互斥开关外，其他控制设备的电阻为 0。2、受控设备
本题模拟的受控设备包括：灯、风扇。两种设备都有两根引脚，通过两根引脚电压的电压差驱动设备工作。灯有两种工作状态：亮、灭。在亮的状态下，有的灯会因引脚电位差的不同亮度会有区别。
风扇在接电后有两种工作状态：停止、转动。风扇的转速会因引脚间电位差的不同而有区别。
本次迭代模拟两种灯具。白炽灯：亮度在0~200lux（流明）之间。
电位差为0-9V时亮度为0,其他电位差按比例，电位差10V对应50ux，220V对应200lux，其他电位差与对应亮度值成正比。白炽灯超过220V。
日光灯：亮度为180lux。
只有两种状态，电位差为0时，亮度为0，电位差不为0，亮度为180。
本次迭代模拟两种风扇。吊扇：工作电压区间为80V-150V，对应转速区间为80-360转/分钟。80V对应转速为80转/分钟，150V对应转速为360转/分钟，超过150V转速为360转/分钟（本次迭代暂不考虑电压超标的异常情况）。其他电压值与转速成正比，输入输出电位差小于80V时转速为0。
落地扇：工作电压区间为 80V-150V，对应转速区间为 80-360 转/分钟；[80V,100V) 对应转速为 80 转/分钟；[100,120)V 对应转速为 160 转/分钟；[120,140)V 对应转速为 260 转/分钟；大于等于 140V 转速 为 360 转/分钟（本次迭代暂不考虑电压超标的异常情况）。本次迭代模拟一种受控窗帘：受控串联的电路符号为S，其最低工作电压为50V，电压达到或超过50V，窗帘即可正常工作，不考虑室外光照强度和室内空间大小等因素，窗帘受室内灯光的光照强度控制。
当电路中所有灯光的光照强度总和在[0,50)lux范围内，窗帘全开；
在[50,100)lux范围内，窗帘打开比例为0.8；
在[100,200)lux范围内，窗帘打开比例为0.6；
在[200,300)lux范围内，窗帘打开比例为0.4；
在[300,400)lux范围内，窗帘打开比例为0.2；
在400lux及以上范围内，窗帘关闭。
窗帘默认为关闭状态。
受控设备电阻：白炽灯的电阻为 10，日光灯的电阻为 5，吊扇的电阻为 20，落地扇的电阻为 20，窗帘电阻为15。3、输入信息
1）输入设备信息分别用设备标识符K、F、L、B、R、D、A、H、S、P分别表示开关、分档调速器、连续调速器、白炽灯、日光灯、吊扇、落地扇、互斥开关、受控窗帘、二极管（见第6部分说明）。设备标识用标识符+编号表示，如K1、F3、L2等。引脚格式：
设备标识-引脚编号，例如：K1-1标识编号为1的开关的1号引脚。
开关、分档调速器、连续调速器的两个引脚编号为1、2。
受控设备的两个引脚编号分别为1、2。
互斥开关的引脚编号已经在互斥开关的介绍部分说明。约束条件：
不同设备的编号可以相同。
设备信息不单独输入，包含在连接信息中。2）输入连接信息一条连接信息占一行，用[]表示一组连接在一起的设备引脚，引脚与引脚之间用英文空格" "分隔。格式：
"["+引脚号+" "+引脚号+"]"
例如：[K1-1 K3-2]表示K1的1号引脚，K3的2号引脚连接在一起。约束条件：
不考虑调速器串联到其他调速器的情况。
考虑各类设备的并联接入。例如，K1 的输出接到 L2 的输入，L2 的输出再接其他设备属于串联接线。K1 的输出接到 L2 的输出，同时 K1 的输入接到 L2 的输入，这种情况属于并联。连接信息不单独输入，包含在线路信息中。3）输入控制设备调节信息开关、互斥开关调节信息格式：#+设备标识K+设备编号，例如：#K2，代表切换K2开关的状态。
#+设备标识H+设备编号，例如：#H2，代表切换H2互斥开关的状态。
分档调速器的调节信息格式：#+设备标识F+设备编号+"+" 代表加一档，例如：#F3+，代表F3输出加一档。
#+设备标识F+设备编号+"-" 代表减一档，例如：#F1-，代表F1输出减一档。
连续调速器的调节信息格式：#+设备标识L+设备编号+":" +数值 代表将连续调速器的档位设置到对应数值，例如：#L3:0.6，代表L3输出档位参数0.6。
4）电源接地标识：VCC，电压220V，GND，电压0V。没有接线的引脚默认接地，电压为0V。5）输入串联电路信息 一条串联电路占一行，串联电路信息由 n 个连接信息组成，连接信息按从靠电源端到接地端顺序依次输入，连接信息之间用英文空格" "分隔。串联电路信息格式：
"#T"+电路编号+":"+连接信息+" "+连接信息+...+" "+连接信息
例如：#T1:[IN K1-1] [K1-2 D2-1] [D2-2 OUT] 一个串联电路的第一个引脚是 IN，代表起始端，靠电源。最后一个引脚是 OUT，代表结尾端， 靠接地。约束条件：
不同的串联电路信息编号不同。
输入的最后一条电路信息必定是总电路信息，总电路信息的起始引脚是 VCC，结束引脚是 GND。
连接信息中的引脚可能是一条串联或并联电路的 IN 或者 OUT。例如：
#T1:[IN K1-1] [K1-2 T2-IN] [T2-OUT OUT]
#T1:[IN K1-1] [K1-2 T2-IN] [T2-OUT M2-IN] [M2-OUT OUT]6）输入并联电路信息 一条并联电路占一行，并联电路由其包含的几条串联电路组成，串联电路标识之间用英文空格" "分隔。格式："#M"+电路编号+":"+”[”+串联电路信息+" "+....+" "+串联电路信息+”]”
例如：#M1:[T1 T2 T3]
该例声明了一个并联电路，由 T1、T2、T3 三条串联电路并联而成，三条串联电路的 IN 短接在一起构成 M1 的 IN，三条串联电路的 OUT 短接在一起构成 M1 的 OUT。在本题中，并联电路M中的串联电路可以包含别的并联电路。约束条件：本题不考虑输入电压或电压差超过220V的情况。
输入信息以end为结束标志，忽略end之后的输入信息。
本题中的并联信息所包含的串联电路的信息都在并联信息之前输入，不考虑乱序输入的情况。
只要不因短路而造成无穷大的电流烧坏电路(如电路中的部分短接)，都是合理情况。
本次迭代考虑多个并联电路串联在一起的情况。
本题考虑一条串联电路中包含其他串联电路和并联电路的情况。例如：
#T3:[VCC K1-1] [K1-2 T2-IN] [T2-OUT K2-1] [K2-2 T1-IN] [T1-OUT GND]
本例中T1\T2两条串联电路是T3的一个部分，本题考虑这种类型的输入。
4、输出信息：
按开关、分档调速器、连续调速器、白炽灯、日光灯、吊扇、互斥开关、受控窗帘、二极管（见第6部分说明）的顺序依次输出所有设备的状态或参数。每个设备一行。同类设备按编号顺序从小到大输出。输出格式：
@设备标识+设备编号+":" +设备参数值（控制开关的档位或状态、灯的亮度、风扇的转速，只输出值，不输出单位）+" "+设备所有引脚的电压（按编号从小到大顺序依次输出，电压的小数部分直接丢弃，保留整数输出，电压之间用”-”分隔）说明：
连续调速器的档位信息保留两位小数，即使小数为0，依然显示两位小数.00。
开关状态为0（打开）时显示turned on，状态为1（合上）时显示closed
如：
@K1:turned on 32-15
@B1:190 68-17
@L1:0.60 220-176
互斥开关按1、2引脚的接通状态显示，1，2接通-1，3断开时显示closed，1，3接通-1，2断开时显示turned on。
如：
@H1:turned on
受控窗帘显示窗帘打开的百分比，如：
@S1:80%5、家居电路模拟系列所有题目的默认规则
1）当计算电压值等数值的过程中，最终结果出现小数时，用截尾规则去掉小数部分，只保留整数部分。为避免精度的误差，所有有可能出现小数的数值用double类型保存并计算，不要作下转型数据类型转换，例如电压、转速、亮度等，只有在最后输出时再把计算结果按截尾规则，舍弃尾数，保留整数输出。2）所有连接信息按电路从靠电源端到靠接地端的顺序依次输入，不会出现错位的情况。VCC/IN一定是第一个连接的第一项，GND/OUT一定是最后一个连接的后一项。3）连接信息如果只包含两个引脚，靠电源端的引脚在前，靠接地端的在后。4）调速器的输入端只会直连VCC，不会接其他设备。整个电路最多只有连接在电源上的一个调速器，且不包含在并联单路中。5）本系列题目中元件的管脚除了互斥开关的1引脚，其他所有引脚在电路中最多只出现一次。6、本题新增内容：
1）增加管脚电压的显示在输出每个电器的状态信息后，再依次输出该电器每个管脚的电压。（格式详见输出信息部分）2）电流限制电器在工作时，过大的电流会引起电器过热，从而烧坏电路。本次迭代，每个元器件都有最大电流的设置，当实时电流超过最大电流时，在该电器输出信息的最后加入提示“exceeding current limit error”，与前面的信息之间用英文空格分隔。例如：@B1:190 68-17 exceeding current limit error本题各类电器的最大限定电流如下：开关20、分档调速器18、连续调速器18、白炽灯9、日光灯5、吊扇12、落地扇14、互斥开关20、受控窗帘12、二极管8。3）短路检测如果电路出现无穷大的电流造成短路，所有元器件信息不输出，仅输出提示“short circuit error”4）并联电路中包含并联本次迭代考虑并联电路中包含并联电路的情况，即构成并联电路的串联电路可以包含别的并联电路。例如如下输入的电路，并联电路M2的其中一条串联电路T4中包含了另一条并联电路M1：#T1:[IN D2-1] [D2-2 H1-2] [H1-1 OUT]#T2:[IN D1-1] [D1-2 H1-3] [H1-1 OUT]#M1:[T1 T2]#T4:[IN K3-1] [K3-2 M1-IN] [M1-OUT OUT]#T5:[IN K1-1] [K1-2 B1-1] [B1-2 OUT]#M2:[T4 T5]
5）二极管增加二极管元件，其电路特性为：正向导通，反向截止；其电器符号如图4所示，当电流从左至右流过时，二极管导通”conduction”，电阻为0；电流从右至左流动时，二极管截止”cutoff”，电阻无穷大，相当于开关打开。image.png 图2 二极管符号二极管的标识符为’P’，左侧管脚编号为1，右侧管脚编号为2。二极管如果两端电压相等，没有电流流过，分以下两种情况输出：1、如果两端电压为0，二极管的导通/截止状态由接入方向决定，1号引脚靠近电源则导通，反之截止。
2、如果两端电压不为0，二极管导通。7、设计建议
本题包含以下电路图中的所有连接情况：image.png图3 电路示意图1、电路设备类：描述所有电路设备的公共特征。2、受控设备类、控制设备类：对应受控、控制设备3、串联电路类：一条由多个电路设备构成的串联电路，也看成是一个独立的电路设备4、并联电路类：继承电路设备类，也看成是一个独立的电路设备其他类以及类的属性、方法自行设计。image.png图4：建议设计类图输入样例1:
在这里给出一组输入。例如：#T1:[IN P2-2] [P2-1 H1-2] [H1-1 OUT]
#T2:[IN D1-1] [D1-2 H1-3] [H1-1 OUT]
#M1:[T1 T2]
#T4:[IN K3-1] [K3-2 M1-IN] [M1-OUT OUT]
#T5:[IN K1-1] [K1-2 B1-1] [B1-2 OUT]
#M2:[T4 T5]
#T3:[VCC K2-1] [K2-2 M2-IN] [M2-OUT GND]
#K1
#K2
end
输出样例1:
在这里给出相应的输出。例如：@K1:closed 220-220 exceeding current limit error
@K2:closed 220-220 exceeding current limit error
@K3:turned on 220-0
@B1:200 220-0 exceeding current limit error
@D1:0 0-0
@H1:closed 0-0-0
@P2:cutoff 0-0
输入样例2:
在这里给出一组输入。例如：#T1:[IN P2-1] [P2-2 H1-2] [H1-1 OUT]
#T2:[IN D1-1] [D1-2 H1-3] [H1-1 OUT]
#M1:[T1 T2]
#T4:[IN K3-1] [K3-2 M1-IN] [M1-OUT OUT]
#T5:[IN K1-1] [K1-2 B1-1] [B1-2 OUT]
#M2:[T4 T5]
#T3:[VCC K2-1] [K2-2 M2-IN] [M2-OUT GND]
#K1
#K3
#K2
end
输出样例2:
在这里给出相应的输出。例如：@K1:closed 220-220 exceeding current limit error
@K2:closed 220-220 exceeding current limit error
@K3:closed 220-220 exceeding current limit error
@B1:200 220-0 exceeding current limit error
@D1:0 220-220
@H1:closed 0-220-220 exceeding current limit error
@P2:conduction 220-220 exceeding current limit error
输入样例3:
在这里给出一组输入。例如：#T1:[IN P2-2] [P2-1 H1-2] [H1-1 OUT]
#T2:[IN D1-1] [D1-2 H1-3] [H1-1 OUT]
#M1:[T1 T2]
#T4:[IN K3-1] [K3-2 M1-IN] [M1-OUT OUT]
#T5:[IN K1-1] [K1-2 B1-1] [B1-2 OUT]
#M2:[T4 T5]
#T3:[VCC K2-1] [K2-2 M2-IN] [M2-OUT GND]
#K1
#K3
#K2
end
输出样例3:
在这里给出相应的输出。例如：@K1:closed 220-220 exceeding current limit error
@K2:closed 220-220 exceeding current limit error
@K3:closed 220-220
@B1:200 220-0 exceeding current limit error
@D1:0 220-220
@H1:closed 0-0-220
@P2:cutoff 0-220
输入样例4:
在这里给出一组输入。例如：#T3:[VCC K2-1] [K2-2 GND]
#K2
end
输出样例4:
在这里给出相应的输出。例如：short circuit error

 

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import java.util.*;
import java.util.Map.Entry;
import java.util.regex.Matcher;
import java.util.regex.Pattern;
class Electric {public String s;public String id;public double shuV = 220;public String ofopen = "turned on";public int speed = 0;public double lin = 0.00;public int resistance;public int lux;public int xuhao;public double current;public double sjc;public double ruV=0;public double chuV=0;public double chuV1=0;public int xh;public String sq=" exceeding current limit error";public Electric(String s, String id) {this.s = s;this.id = id;}public void display() {}public void regulate(String vs) {}public void reshuV(double shuop) {}public void Xia(){if(xuhao==2&&xh!=1){if(ofopen.startsWith("t")){double ch=ruV;ruV=chuV1;chuV1=ch;}else{double ch=ruV;ruV=chuV;chuV=ch;}}else if(xh!=1){double ch=ruV;ruV=chuV;chuV=ch;}}public void scV(int gg,double c1){if (gg == 1) {ruV=0;chuV=0;} else {ruV = c1;chuV = c1;}}public int getL(){return 0;}public int fh() {switch (s) {case "K":return 10;case "F":return 9;case "L":return 8;case "B":return 7;case "R":return 6;case "D":return 5;case "A":return 4;case "H":return 3;case "S":return 2;case "P":return 1;}return 0;}
}
class kg extends Electric {public kg(String id) {super("K", id);}public void display() {Xia();String ss="@K"+id+":"+ofopen+" "+(int)Math.floor(ruV)+"-"+(int)Math.floor(chuV);if(sjc>current)ss=ss+sq;System.out.println(ss);}public void reshuV(double s) {if (ofopen.equals("turned on")) {shuV = 0;chuV = 0;} else if (ofopen.equals("closed")){shuV = s;chuV=shuV;}}
}
class fd extends Electric {public fd(String id) {super("F", id);}public void display() {Xia();String ss="@F"+id+":"+speed+" "+(int)Math.floor(ruV)+"-"+(int)Math.floor(chuV);if(sjc>current)ss=ss+sq;System.out.println(ss);}public void regulate(String vs) {if (vs.equals("+") && speed < 3) {speed++;} else if (vs.equals("-") && speed > 0) {speed--;}}public void reshuV(double s) {shuV = speed * 0.3 * s;}
}
class Lx extends Electric {public Lx(String id) {super("L", id);}public void display() {Xia();String s = String.format("@L%s:%.2f", id, lin);s=s+" "+(int)Math.floor(ruV)+"-"+(int)Math.floor(chuV);if(sjc>current)s=s+sq;System.out.println(s);}public void regulate(String vs) {lin = Double.parseDouble(vs);}public void reshuV(double s) {shuV = lin * s;}
}
class Baichi extends Electric {public Baichi(String id) {super("B", id);}public void display() {Xia();int a = 0,b=(int)Math.floor(shuV);if (b >= 0 && b <= 9) {a = 0;} else if (b >= 10 && b <= 219) {a = (5 * b) / 7 + 43;} else if (b >= 220) {a = 200;}String ss="@B"+id+":"+a+" "+(int)Math.floor(ruV)+"-"+(int)Math.floor(chuV);if(sjc>current)ss=ss+sq;System.out.println(ss);}public void reshuV(double s) {shuV = s;}public int getL(){int c=(int)Math.floor(shuV);int a = 0;if (c >= 0 && c <= 9) {a = 0;} else if (c >= 10 && c <= 219) {a = (5 * c) / 7 + 43;} else if (c == 220) {a = 200;}return a;}
}
class Riguang extends Electric {public Riguang(String id) {super("R", id);}public void display() {Xia();int a;if (shuV == 0)a = 0;elsea = 180;String ss="@R"+id+":"+a+" "+(int)Math.floor(ruV)+"-"+(int)Math.floor(chuV);if(sjc>current)ss=ss+sq;System.out.println(ss);}public void reshuV(double s) {shuV = s;}public int getL(){int a;if (shuV == 0)a = 0;elsea = 180;return a;}
}
class Ds extends Electric {public Ds(String id) {super("D", id);}public void display() {Xia();int ru=(int)Math.floor(ruV);int chu=(int)Math.floor(chuV);int m=(int)Math.floor(shuV);int a = 0;if (m >= 0 && m < 80)a = 0;else if (m >= 80 && m <= 150)a = (m - 80) * 4 + 80;else if (m > 150)a = 360;String ss="@D"+id+":"+a+" "+ru+"-"+chu;if(sjc>current)ss=ss+sq;System.out.println(ss);}public void reshuV(double v) {shuV = v;}
}
class Luodi extends Electric {public Luodi(String id) {super("A", id);}public void display() {Xia();int a = 0;if (shuV >= 0 && shuV < 80)a = 0;else if (shuV >= 80 && shuV <= 99)a = 80;else if (shuV >= 100 && shuV <= 119)a = 160;else if (shuV >= 120 && shuV <= 139)a = 260;else if (shuV > 140)a = 360;String ss="@A"+id+":"+a+" "+(int)Math.floor(ruV)+"-"+(int)Math.floor(chuV);if(sjc>current)ss=ss+sq;System.out.println(ss);}public void reshuV(double w) {shuV = w;}
}
class Huchi extends Electric{public Huchi(String id,int d){super("H", id);this.xuhao=d;}public void display() {String ss="@H"+id+":"+ofopen+" "+(int)Math.floor(ruV)+"-"+(int)Math.floor(chuV)+"-"+(int)Math.floor(chuV1);if(sjc>current)ss=ss+sq;System.out.println(ss);}public void reshuV(double v) {if (ofopen.equals("turned on")) {shuV = 0;} else if (ofopen.equals("closed"))shuV = v;}
}class Shoukong extends Electric{//R=15public Shoukong(String id) {super("S", id);}public void display() {Xia();int ru=(int)Math.floor(ruV);int chu=(int)Math.floor(chuV);String a = "100%";if(shuV>=50){if (lux >= 0 && lux < 50)a = "100%";else if (lux >= 50 && lux < 100)a =  "80%";else if (lux >= 100 && lux < 200)a = "60%";else if (lux >= 200 && lux < 300)a = "40%";else if (lux >= 300 && lux <400)a = "20%";else if (lux >=400)a = "0%";}String ss="@S"+id+":"+a+" "+ru+"-"+chu;if(sjc>current)ss=ss+sq;System.out.println(ss);}public void reshuV(double s) {shuV = s;}
}class Erjiguan extends Electric{public Erjiguan(String s){super("P",s);}public void display() {Xia();String ss="@P"+id+":"+ofopen+" "+(int)Math.floor(ruV)+"-"+(int)Math.floor(chuV);if(sjc>current)ss=ss+sq;System.out.println(ss);}public void reshuV(double c){shuV = c;}
}
class Bi extends Electric {public Bi(String ml) {super("M", ml);}
}
class Chuan extends Electric{public Chuan(String ml){super("T",ml);}
}
class Duobing{public String s;public ArrayList<Map<String, Electric>> map;public double[] k;public double a;public Duobing(String s, ArrayList<Map<String, Electric>> map, double[] b,double a){this.s=s;this.map=map;this.k=b;this.a=a;}
}
class Fanhui{public Map<String, Electric> map;public double zl;public double sV;public Fanhui(Map<String, Electric> map,double zl,double sv){this.map=map;this.zl=zl;this.sV=sv;}
}
public class Main {public static void main(String[] args) {Scanner in = new Scanner(System.in);String s = "", pop = "", chuanxu = "", bingxu = "";int i;ArrayList<String> connection = new ArrayList<>();ArrayList<String> connection1 = new ArrayList<>();ArrayList<String> chw = new ArrayList<>();while (true) {s = in.nextLine().trim();if ("end".equals(s))break;if (s.startsWith("#T")){Pattern pattern = Pattern.compile("#(.*):(.*)");Matcher matcher = pattern.matcher(s);while (matcher.find()) {chuanxu = matcher.group(1);pop = matcher.group(2);}connection.add(chuanxu + ":" + pop);}else if (s.startsWith("#M")){Pattern pattern = Pattern.compile("#(.*):(.*)");Matcher matcher = pattern.matcher(s);while (matcher.find()) {bingxu = matcher.group(1);pop = matcher.group(2);}connection1.add(bingxu + " " + pop);}else if (s.startsWith("#K")){Pattern pattern = Pattern.compile("#(.*)");Matcher matcher = pattern.matcher(s);while (matcher.find()) {pop = matcher.group(1);}chw.add(pop);}else if (s.startsWith("#F")) {Pattern pattern = Pattern.compile("#(.*)");Matcher matcher = pattern.matcher(s);while (matcher.find()) {pop = matcher.group(1);}chw.add(pop);}else if (s.startsWith("#L")) {Pattern pattern = Pattern.compile("#(.*)");Matcher matcher = pattern.matcher(s);while (matcher.find()) {pop = matcher.group(1);}chw.add(pop);}else if(s.startsWith("#H")){Pattern pattern = Pattern.compile("#(.*)");Matcher matcher = pattern.matcher(s);while (matcher.find()) {pop = matcher.group(1);}chw.add(pop);}}int kllk = 0,mmm=0;String z1 = "", zm = "",bnb="";Map<String, Map<String, Electric>> mac = new HashMap<>();Map<String, Electric> zhu = new LinkedHashMap<>();for (mmm = 0; mmm < connection.size(); mmm++) {int vb1 = 0, vb2 = 0;Map<String, Electric> map1 = new LinkedHashMap<>();z1 = connection.get(mmm);Pattern pattern = Pattern.compile("(.*):(.*)");Matcher matcher = pattern.matcher(z1);while (matcher.find()) {zm = matcher.group(1);pop = matcher.group(2);}String[] partsl = pop.split("]");String jk="",jk1="";for (kllk = 0; kllk < partsl.length; kllk++) {jk1 = partsl[0].trim();jk = partsl[kllk].trim();if (jk1.startsWith("[IN")) {vb1 = 1;String[] parts4 = jk.split(" ");if(parts4[1].equals("OUT")){if(parts4[0].startsWith("[H")) {String[] pinyin = parts4[0].split("-");String dkey="";pattern = Pattern.compile("\\[(.*)");matcher = pattern.matcher(pinyin[0]);while (matcher.find()) {dkey = matcher.group(1);}if (dkey.startsWith("H")) {int m1 = Integer.parseInt(pinyin[1]);if ((m1 == 2 || m1 == 3) && parts4[0] != null) {bnb = parts4[0].substring(1, 3);map1 = compose(dkey, bnb, map1, m1,1);}}break;}else {break;}}if(parts4[0].startsWith("[H")){String[] pinyin = parts4[0].split("-");String dkey="";pattern = Pattern.compile("\\[(.*)");matcher = pattern.matcher(pinyin[0]);while (matcher.find()) {dkey = matcher.group(1);}int m1=Integer.parseInt(pinyin[1]);if((m1==2||m1==3)&&parts4[0]!=null){bnb=parts4[0].substring(1,3);map1 = compose(dkey, bnb, map1,m1,1);}String[] pinyin1 = parts4[1].split("-");dkey = pinyin1[0].trim();if(dkey.startsWith("H")){m1=Integer.parseInt(pinyin1[1]);if(m1==2||m1==3){map1 = compose(dkey, parts4[1], map1,m1,2);}}else{m1=Integer.parseInt(pinyin1[1]);map1 = complain(dkey, parts4[1], map1,m1,m1);}}else {String[] pinyin = parts4[1].split("-");String dkey = pinyin[0].trim();if(dkey.startsWith("H")){int m1=Integer.parseInt(pinyin[1]);if(m1==2||m1==3){map1 = compose(dkey, parts4[1], map1,m1,2);}}else{if(!pinyin[1].equals("IN")){int m1=Integer.parseInt(pinyin[1]);map1 = complain(dkey, parts4[1], map1,m1,m1);}else {map1 = complain(dkey, parts4[1], map1,1,1);}}}}else if (jk1.startsWith("[VCC")) {vb2 = 1;String[] parts4 = jk.split(" ");if(parts4[1].equals("GND")){if(parts4[0].startsWith("[H")) {String[] pinyin = parts4[0].split("-");String dkey="";pattern = Pattern.compile("\\[(.*)");matcher = pattern.matcher(pinyin[0].trim());while (matcher.find()) {dkey = matcher.group(1);}int m1 = Integer.parseInt(pinyin[1]);if ((m1 == 2 || m1 == 3) && parts4[0] != null) {bnb = parts4[0].substring(1, 3);map1 = compose(dkey, bnb, map1, m1,1);}break;}else {break;}}if(parts4[0].startsWith("[H")){String[] pinyin = parts4[0].split("-");String dkey="";pattern = Pattern.compile("\\[(.*)");matcher = pattern.matcher(pinyin[0].trim());while (matcher.find()) {dkey = matcher.group(1);}int m1=Integer.parseInt(pinyin[1]);if((m1==2||m1==3)&&parts4[0]!=null){bnb=parts4[0].substring(1,3);map1 = compose(dkey, bnb, map1,m1,1);}String[] pinyin1 = parts4[1].split("-");dkey = pinyin1[0].trim();m1=Integer.parseInt(pinyin1[1]);if(dkey.startsWith("H")){if(m1==2||m1==3){map1 = compose(dkey, parts4[1], map1,m1,2);}}else{map1 = complain(dkey, parts4[1], map1,m1,m1);}}else {String[] pinyin = parts4[1].split("-");String dkey = pinyin[0].trim();if(dkey.startsWith("H")){int m1=Integer.parseInt(pinyin[1]);if(m1==2||m1==3){map1 = compose(dkey, parts4[1], map1,m1,2);}}else{if(!pinyin[1].equals("IN")){int m1=Integer.parseInt(pinyin[1]);map1 = complain(dkey, parts4[1], map1,m1,m1);}else {map1 = complain(dkey, parts4[1], map1,1,1);}}}}}if (vb1 == 1){mac.put(zm, map1);}if (vb2 == 1) {zhu = map1;}}int flag = 0;double rui = 220;double rui1=rui;for (i = 0; i < chw.size(); i++) {String sid = chw.get(i);for (Entry<String, Map<String, Electric>> entry : mac.entrySet()){if (sid.startsWith("K")) {String diu = sid.trim();Electric electric = entry.getValue().get(diu);if (electric != null) {if (electric.ofopen.startsWith("t"))electric.ofopen = "closed";elseelectric.ofopen = "turned on";break;}}else if (sid.startsWith("F")) {String diu="",vs="";Pattern pattern = Pattern.compile("(.*)(.)");Matcher matcher = pattern.matcher(sid);while (matcher.find()) {diu = matcher.group(1);vs = matcher.group(2);}Electric electric = entry.getValue().get(diu);if (electric != null) {electric.regulate(vs);if (vs.equals("+")) {flag++;if (flag >= 3) {flag = 3;}}if (vs.equals("-")) {flag--;if (flag <= 0) {flag = 0;}}break;}}else if (sid.startsWith("L")) {String diu = sid.substring(0, 2);String vs = sid.substring(3);Electric electric = entry.getValue().get(diu);if (electric != null) {electric.regulate(vs);break;}}else if(sid.startsWith("H")){String diu = sid.trim();int n1=0,n2=0;for (Entry<String, Map<String, Electric>> try1 : mac.entrySet()){Electric electric = try1.getValue().get(diu+2);if (electric != null) {n1=1;if (electric.ofopen.startsWith("t"))electric.ofopen = "closed";elseelectric.ofopen = "turned on";break;}}for (Entry<String, Map<String, Electric>> try1 : mac.entrySet()){Electric electric1 = try1.getValue().get(diu+3);if (electric1 != null) {n2=1;if (electric1.ofopen.startsWith("t"))electric1.ofopen = "closed";elseelectric1.ofopen = "turned on";break;}}if(n1==1||n2==1)break;}}for (Entry<String, Electric> ignored1 : zhu.entrySet()) {if (sid.startsWith("K")) {String diu = sid.trim();Electric electric = zhu.get(diu);if (electric != null) {if (electric.ofopen.startsWith("t"))electric.ofopen = "closed";elseelectric.ofopen = "turned on";break;}}else if (sid.startsWith("H")) {String diu = sid.trim();int n1=0,n2=0;for (Entry<String, Electric> ignored : zhu.entrySet()){Electric electric = zhu.get(diu+2);if (electric != null) {n1=1;if (electric.ofopen.startsWith("t"))electric.ofopen = "closed";elseelectric.ofopen = "turned on";break;}}for (Entry<String, Electric> ignored : zhu.entrySet()){Electric electric1 = zhu.get(diu+3);if (electric1 != null) {n2=1;if (electric1.ofopen.startsWith("t"))electric1.ofopen = "closed";elseelectric1.ofopen = "turned on";break;}}if(n1==1||n2==1)break;}else if (sid.startsWith("F")) {String diu="",vs="";Pattern pattern = Pattern.compile("(.*)(.)");Matcher matcher = pattern.matcher(sid);while (matcher.find()) {diu = matcher.group(1);vs = matcher.group(2);}Electric electric = zhu.get(diu);if (electric != null) {electric.regulate(vs);break;}}else if (sid.startsWith("L")) {String diu = sid.substring(0, 2);String vs = sid.substring(3);Electric electric = zhu.get(diu);if (electric != null) {electric.regulate(vs);break;}}}}Map<String,ArrayList<Map<String, Electric>>> vjk=new LinkedHashMap<>();Map<String, Map<String, Electric>> maps = new HashMap<>();for (mmm = 0; mmm < connection1.size(); mmm++) {String k11 = connection1.get(mmm).substring(0, 2);Pattern pattern = Pattern.compile("(.*)\\s\\[(.*)]");Matcher matcher = pattern.matcher(connection1.get(mmm));while (matcher.find()) {pop =matcher.group(2);}String[] pa = pop.split(" ");ArrayList<Map<String, Electric>> uzi=new ArrayList<>();for (int yq = 0; yq < pa.length; yq++) {for (Entry<String, Map<String, Electric>> entry1 : mac.entrySet()) {if (entry1.getKey().equals(pa[yq])) {maps.put(k11 + yq, entry1.getValue());uzi.add(entry1.getValue());}}vjk.put(k11,uzi);}}double[] b = new double[1];int sum1,sum2=0,sum3,s1,mv=0,mv1=0,zonglux,cw,cw1=0,index4=0,ind=0,index5=0;double cR, bingR=0;ArrayList<Duobing> db=new ArrayList<>();for(Entry<String, Electric> fd:zhu.entrySet()) {for (Entry<String, ArrayList<Map<String, Electric>>> entry : vjk.entrySet()) {if (fd.getKey().equals(entry.getKey())) {ind++;}}}double[] a = new double[ind];for(Entry<String, Electric> fd:zhu.entrySet()){for(Entry<String,ArrayList<Map<String, Electric>>> entry : vjk.entrySet()) {if(fd.getKey().equals(entry.getKey())){double[] c= new double[entry.getValue().size()];i = 0;int cw2=0;for (sum1 = 0; sum1 < entry.getValue().size(); sum1++) {c[i]=0;int hjh = 0;for (Entry<String, Electric> entry1 : entry.getValue().get(sum1).entrySet()) {flag = 0;if (entry1.getKey().startsWith("K")) {if (entry1.getValue().ofopen.startsWith("t"))flag = 1;elsehjh++;}if (entry1.getKey().startsWith("H")) {if (entry1.getValue().ofopen.startsWith("t"))flag = 1;elsehjh++;}if (entry1.getKey().startsWith("P")) {if (entry1.getValue().ofopen.equals("cutoff"))flag = 1;elsehjh++;}if(entry1.getKey().startsWith("T")){cw=0;for(Entry<String, Map<String, Electric>> en6 : mac.entrySet()) {if (en6.getKey().equals(entry1.getKey())) {for(Entry<String, Electric> e : en6.getValue().entrySet()){cw++;if (e.getKey().startsWith("K")) {if (e.getValue().ofopen.startsWith("t"))flag = 1;elsehjh++;}if (e.getKey().startsWith("H")) {if (e.getValue().ofopen.startsWith("t"))flag = 1;elsehjh++;}if (e.getKey().startsWith("P")) {if (e.getValue().ofopen.equals("cutoff"))flag = 1;elsehjh++;}c[i] = c[i] + 1.0 * e.getValue().resistance;}cw1=cw+cw1;}}}if(entry1.getKey().startsWith("M")){double thisR = 0;ArrayList<Map<String, Electric>> acm=vjk.get(entry1.getKey());double[] qq= new double[acm.size()];int ii = 0;for (Map<String, Electric> stringElectricMap : acm) {qq[ii]=0;for (Entry<String, Electric> ent : stringElectricMap.entrySet()) {int hjh1 = 0;int indflag = 0;if (ent.getKey().startsWith("K")) {if (ent.getValue().ofopen.startsWith("t"))indflag = 1;elsehjh1++;}if (ent.getKey().startsWith("H")) {if (ent.getValue().ofopen.equals("turned on"))indflag = 1;elsehjh1++;}if (ent.getKey().startsWith("P")) {if (ent.getValue().ofopen.equals("cutoff"))indflag = 1;elsehjh1++;}if(entry1.getKey().startsWith("T")){cw=0;for(Entry<String, Map<String, Electric>> en6 : mac.entrySet()) {if (en6.getKey().equals(entry1.getKey())) {for(Entry<String, Electric> e : en6.getValue().entrySet()){cw++;if (e.getKey().startsWith("K")) {if (e.getValue().ofopen.startsWith("t"))indflag = 1;elsehjh1++;}if (e.getKey().startsWith("H")) {if (e.getValue().ofopen.startsWith("t"))indflag = 1;elsehjh1++;}if (e.getKey().startsWith("P")) {if (e.getValue().ofopen.equals("cutoff"))indflag = 1;elsehjh1++;}qq[ii] =qq[ii] + 1.0 * e.getValue().resistance;}cw2=cw+cw2;}}}if (hjh1 == stringElectricMap.size()+cw2) {qq[ii] = 0;break;}if (indflag == 1){qq[ii] = -1;break;}else if(indflag==0) {qq[ii] = qq[ii] + 1.0 * ent.getValue().resistance;}}ii++;}int ss=0;int ss1=0;for (double v : qq) {for(double csd:qq){if (csd == -1) {ss1 = 1;break;}}if (v == 0&&ss1==0) {index5 = 1;thisR = 0;break;} else {if (v == -1) {ss++;if (ss == qq.length)mv1 = 1;} elsethisR = 1.0 / v + thisR;}}if(mv1==1){c[i]=-2;}else c[i]=c[i]+1.0/thisR;db.add(new Duobing(entry1.getKey(), acm,qq,thisR));}if (hjh ==entry.getValue().get(sum1).size()+cw1) {c[i] = 0;}if (flag == 1)c[i] = -1;elsec[i] = c[i] + 1.0 * entry1.getValue().resistance;}i++;}s1=0;int sasa=0;for (i = 0; i < c.length; i++) {//System.out.println(c[i]);for(double scs:c){if(scs==-1){sasa=1;break;}}if (c[i] == 0&&sasa==0) {index4=0;a[sum2] = 0;break;}else if(c[i] == 0&&sasa!=0)a[sum2]=0;else {if (c[i] == -1||c[i]==-2){s1++;if(s1==c.length){mv=1;}}elsea[sum2] = 1.0 / c[i] + a[sum2];}}db.add(new Duobing(entry.getKey(), entry.getValue(), c,a[sum2]));sum2++;}}}for(sum3=0;sum3<a.length;sum3++){if (a[sum3] != 0) {bingR = bingR+1.0/a[sum3];}}b[0]=0;double[] l =new double[1];int flag4 = 0;int index1=0,index2=0;for (Entry<String, Electric> entry : zhu.entrySet()) {index2++;flag=0;if (entry.getKey().startsWith("K")) {flag=0;if (entry.getValue().ofopen.startsWith("t")){flag = 1;}else {index1++;}if(flag==1){b[0] = -1;break;}}else if (entry.getKey().startsWith("H")) {flag=0;if (entry.getValue().ofopen.startsWith("t")){flag = 1;}else{index1++;}if(flag==1){b[0] = -1;break;}}else if (entry.getKey().startsWith("P")) {flag=0;if (entry.getValue().ofopen.startsWith("cut")){flag = 1;}elseindex1++;if(flag==1){b[0] = -1;break;}}else if(entry.getKey().startsWith("T")){l[0]=0;index2--;for(Entry<String, Map<String, Electric>> entry6 : mac.entrySet()) {index2++;if(entry6.getKey().equals(entry.getKey())) {for(Entry<String, Electric> en : entry6.getValue().entrySet()) {if (en.getKey().startsWith("K")) {flag4=0;if (en.getValue().ofopen.startsWith("t")) {flag4 = 1;}else{index1++;}if (flag4 == 1) {l[0] = -1;break;}}else if(en.getKey().startsWith("H")){flag4=0;if (en.getValue().ofopen.startsWith("t")) {flag4 = 1;}else{index1++;}if (flag4 == 1) {l[0] = -1;break;}elsel[0]=l[0]+en.getValue().resistance;}else if(en.getKey().startsWith("P")){flag4=0;if (entry.getValue().ofopen.startsWith("cut")){flag4 = 1;}elseindex1++;if(flag4==1){b[0] = -1;break;}elsel[0]=l[0]+en.getValue().resistance;}elsel[0]=l[0]+en.getValue().resistance;}break;}}if(l[0]==-1){b[0]=-1;break;}else{b[0]=b[0]+l[0];}}b[0] = b[0] + entry.getValue().resistance;}cR = b[0];double chuanV, bingV;double chuanliu=0;int index=0;chuanV = rui * cR / (bingR + cR);bingV = rui * bingR / (bingR + cR);chuanliu=rui/(bingR + cR);zonglux=0;Map<String, Electric> maso = new HashMap<>();for (Entry<String, Electric> entry : zhu.entrySet()) {String parts8 = entry.getKey();s = parts8;if(index2==index1||index4==1||index5==1||(b[0]==0&&bingR==0)){index=1;}if(b[0]==-1||flag4==1||flag==1||mv==1){rui=0;chuanV=0;bingV=0;chuanliu=0;}if (s.startsWith("K")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(rui);rui = elc1.shuV;chuanV = 1.0*rui * cR / (bingR + cR);bingV = 1.0*rui * bingR / (bingR + cR);chuanliu = rui / (cR+bingR);elc1.ruV=rui1;if(elc1.ofopen.startsWith("t")){elc1.chuV=0;chuanliu=0;rui1=0;}elseelc1.chuV=rui1;elc1.sjc=chuanliu;maso.put(s, elc1);}else if (s.startsWith("H")) {Electric elc1 = zhu.get(parts8);if(elc1.xuhao ==3){if(elc1.ofopen.startsWith("t")){elc1.ofopen="closed";elc1.ruV=0;rui1=0;chuanliu=0;}else{elc1.ruV=rui1;elc1.ofopen="turned on";}elc1.chuV=0;elc1.chuV1=rui1-10*chuanV/cR;rui1=elc1.chuV1;}else{if(elc1.ofopen.startsWith("t")){elc1.ruV=0;rui1=0;chuanliu=0;}else{elc1.ruV=rui1;}elc1.chuV=rui1-5*chuanV/cR;elc1.chuV1=0;rui1=elc1.chuV;}elc1.sjc=chuanliu;maso.put(s, elc1);}else if (s.startsWith("B")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(10*chuanV/cR);zonglux=zonglux+elc1.getL();elc1.ruV=rui1;elc1.chuV=rui1-10*chuanV/cR;rui1=elc1.chuV;elc1.sjc=chuanliu;maso.put(s, elc1);}else if (s.startsWith("R")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(5*chuanV/cR);elc1.sjc=chuanliu;elc1.ruV=rui1;elc1.chuV=rui1-5*chuanV/cR;rui1=elc1.chuV;maso.put(s, elc1);zonglux=zonglux+elc1.getL();}else if (s.startsWith("D")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(20*chuanV/cR);elc1.ruV=rui1;elc1.chuV=rui1-20*chuanV/cR;rui1=elc1.chuV;elc1.sjc=chuanliu;maso.put(s, elc1);}else if (s.startsWith("A")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(20*chuanV/cR);elc1.ruV=rui1;elc1.chuV=rui1-20*chuanV/cR;rui1=elc1.chuV;elc1.sjc=chuanliu;maso.put(s, elc1);}else if (s.startsWith("L")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(rui);rui = elc1.shuV;chuanV = rui * cR / (bingR + cR);bingV = rui * bingR / (bingR + cR);chuanliu = rui / (cR+bingR);elc1.sjc=chuanliu;elc1.ruV=rui1;elc1.chuV=rui1;maso.put(s, elc1);}else if (s.startsWith("F")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(rui);rui=elc1.shuV;chuanV = rui * cR / (bingR + cR);bingV = rui * bingR / (bingR + cR);chuanliu = rui / (cR+bingR);elc1.ruV=rui1;elc1.chuV=rui1;elc1.sjc=chuanliu;maso.put(s, elc1);}else if (s.startsWith("S")) {Electric elc1 = zhu.get(parts8);elc1.reshuV(15*chuanV/cR);elc1.sjc=chuanliu;elc1.ruV=rui1;elc1.chuV=rui1-15*chuanV/cR;rui1=elc1.chuV;maso.put(s, elc1);}else if (s.startsWith("P")) {Electric elc1 = zhu.get(parts8);if(elc1.ofopen.startsWith("cut")){elc1.chuV=0;chuanliu=0;rui1=0;}elseelc1.chuV=rui1;elc1.sjc=chuanliu;elc1.ruV=rui1;maso.put(s, elc1);}else if(s.startsWith("T")) {for(Entry<String, Map<String, Electric>> entry6 : mac.entrySet()) {if(entry6.getKey().equals(s)){for(Entry<String,Electric> jk : entry6.getValue().entrySet()) {s=jk.getKey();if (s.startsWith("K")) {Electric elc1 = entry6.getValue().get(s);elc1.reshuV(rui);rui = elc1.shuV;chuanV = 1.0*rui * cR / (bingR + cR);bingV = 1.0*rui * bingR / (bingR + cR);chuanliu = rui / (cR+bingR);elc1.ruV=rui1;if(elc1.ofopen.startsWith("t")){elc1.chuV=0;chuanliu=0;rui1=0;}elseelc1.chuV=rui1;elc1.sjc=chuanliu;maso.put(s, elc1);maso.put(s, elc1);} else if(s.startsWith("H")) {Electric elc1 = entry6.getValue().get(s);if(elc1.xuhao ==3){if(elc1.ofopen.startsWith("t")){chuanliu=0;elc1.ofopen="closed";}else{elc1.ofopen="turned on";}elc1.ruV=rui1;elc1.chuV=0;elc1.chuV1=rui1-10*chuanV/cR;rui1=elc1.chuV1;} else{if(elc1.ofopen.startsWith("t")){chuanliu=0;}elc1.ruV=rui1;elc1.chuV=rui1-5*chuanV/cR;elc1.chuV1=0;rui1=elc1.chuV;}elc1.sjc=chuanliu;maso.put(s, elc1);} else if (s.startsWith("B")) {Electric elc1 = entry6.getValue().get(s);elc1.reshuV(10 * chuanV / cR);elc1.sjc=chuanliu;elc1.ruV=rui1;elc1.chuV=rui1-10*chuanV/cR;rui1=elc1.chuV;maso.put(s, elc1);zonglux=zonglux+elc1.getL();} else if (s.startsWith("R")) {Electric elc1 = entry6.getValue().get(s);elc1.reshuV(5 * chuanV / cR);elc1.sjc=chuanliu;elc1.ruV=rui1;elc1.chuV=rui1-5*chuanV/cR;rui1=elc1.chuV;maso.put(s, elc1);zonglux=zonglux+elc1.getL();} else if (s.startsWith("D")) {Electric elc1 = entry6.getValue().get(s);elc1.reshuV(20 * chuanV / cR);elc1.sjc=chuanliu;elc1.ruV=rui1;elc1.chuV=rui1-20*chuanV/cR;rui1=elc1.chuV;maso.put(s, elc1);} else if (s.startsWith("A")) {Electric elc1 = entry6.getValue().get(s);elc1.reshuV(20 * chuanV / cR);elc1.sjc=chuanliu;elc1.ruV=rui1;elc1.chuV=rui1-20*chuanV/cR;rui1=elc1.chuV;maso.put(s, elc1);} else if (s.startsWith("S")) {Electric elc1 = entry6.getValue().get(s);elc1.reshuV(15 * chuanV / cR);elc1.sjc=chuanliu;elc1.ruV=rui1;elc1.chuV=rui1-15*chuanV/cR;rui1=elc1.chuV;maso.put(s, elc1);}else if(s.startsWith("P")){Electric elc1=entry6.getValue().get(s);if(elc1.ofopen.startsWith("cut")){elc1.chuV=0;chuanliu=0;rui1=0;}elseelc1.chuV=rui1;elc1.sjc=chuanliu;elc1.ruV=rui1;maso.put(s, elc1);}}}}}else if (s.startsWith("M")) {Fanhui fanhui=search(s,maso, db,bingV,bingR,zonglux, rui1);maso=fanhui.map;zonglux= (int) fanhui.zl;for (Duobing duobing : db) {if (duobing == null) continue;if (duobing.s.equals(s)) {if(duobing.a!=0)rui1 = rui1 - bingV * (1.0 / duobing.a) / bingR;}}}}if(index==1){System.out.println("short circuit error");}else{ArrayList<Electric> arraylist6 = new ArrayList<>();for (Entry<String, Electric> pose : maso.entrySet()) {if(pose.getValue()==null)continue;arraylist6.add(pose.getValue());}Comparator<Electric> numberComparator = (o1, o2) -> {int a1 = o1.fh();int b1 = o2.fh();if (a1 > b1)return -1;else if (a1 == b1) {String c = o1.id;String d = o2.id;if (c.compareTo(d)>0)return 1;elsereturn -1;} elsereturn 1;};arraylist6.sort(numberComparator);for (Electric ss : arraylist6) {if(ss.s.equals("S")){ss.lux=zonglux;}if(ss.chuV<0)ss.chuV=0;if(ss.chuV1<0)ss.chuV1=0;if(ss.ruV<=0)ss.ruV=0;if(ss.chuV>=220)ss.chuV=220;if(ss.chuV1>=220)ss.chuV1=220;if(ss.ruV<=0)ss.ruV=0;ss.display();}}}public static Map<String, Electric> complain(String d, String s, Map<String, Electric> map1,int a,int b) {String k="";Pattern pattern = Pattern.compile(".(.*)");Matcher matcher = pattern.matcher(d);while (matcher.find()) {k = matcher.group(1);}if (s.startsWith("K")) {Electric t = new kg(k);t.resistance = 0;t.lux=0;t.current=20;t.xh=b;map1.put(d, t);} else if (s.startsWith("F")) {Electric t = new fd(k);t.resistance = 0;t.lux=0;t.current=18;t.xh=b;map1.put(d, t);} else if (s.startsWith("L")) {Electric t = new Lx(k);t.resistance = 0;t.lux=0;t.current=18;t.xh=b;map1.put(d, t);} else if (s.startsWith("B")) {Electric t = new Baichi(k);t.resistance = 10;t.current=9;t.xh=b;map1.put(d, t);} else if (s.startsWith("R")) {Electric t = new Riguang(k);t.resistance = 5;t.current=5;t.xh=b;map1.put(d, t);} else if (s.startsWith("D")) {Electric t = new Ds(k);t.resistance = 20;t.current=12;t.xh=b;map1.put(d, t);} else if (s.startsWith("A")) {Electric t = new Luodi(k);t.resistance = 20;t.current=14;t.xh=b;map1.put(d, t);} else if (s.startsWith("M")) {Electric t1 = new Bi(k);t1.resistance = 0;t1.current=0;map1.put(d,t1);} else if (s.startsWith("T")) {Electric t = new Chuan(k);t.resistance = 0;t.current=0;map1.put(d,t);} else if (s.startsWith("H")) {Electric t = new Huchi(k,a);t.xuhao=a;if(a==2) {t.resistance = 5;t.ofopen="closed";}if(a==3){t.resistance = 10;t.ofopen="turned on";}t.xh=b;t.current=20;map1.put(d,t);} else if (s.startsWith("S")) {Electric t = new Shoukong(k);t.resistance = 15;t.xuhao=2;t.current=12;t.xh=b;map1.put(d,t);} else if (s.startsWith("P")) {Electric t = new Erjiguan(k);t.resistance = 0;t.xuhao=2;t.current=8;if(a==1){t.ofopen="conduction";}else if(a==2){t.ofopen="cutoff";}t.xh=b;map1.put(d,t);}return map1;}public static Map<String, Electric> compose(String dkey, String s, Map<String, Electric> map1, int m,int n) {String jkj="";Pattern pattern = Pattern.compile(".(.*)");Matcher matcher = pattern.matcher(dkey);while (matcher.find()) {jkj = matcher.group(1);}if (s.startsWith("H")) {Electric t = new Huchi(jkj,m);t.current=20;t.xuhao=m;if(m==2) {t.resistance = 5;t.ofopen="closed";}if(m==3){t.resistance = 10;t.ofopen="turned on";}t.xh=n;map1.put(dkey+m,t);}return map1;}public static Fanhui search(String s, Map<String, Electric> maso, ArrayList<Duobing> ddb, double bingV, double bingR, double zonglux, double rui1) {double m1;Duobing d1;for (int cmd = 0; cmd < ddb.size(); cmd++) {if (ddb.get(cmd) == null) continue;m1=rui1;d1 = ddb.get(cmd);if (d1.s.equals(s)) {for (int kkkk = 0; kkkk < d1.map.size(); kkkk++) {double cw;int gg=0;if (d1.map.get(kkkk) == null) continue;double siop = bingV * (1.0 / d1.a) / bingR;String parts8;int yy=0;double mm=m1;//System.out.println(rui1);if ((d1.k[kkkk] != -1 && d1.k[kkkk] != 0)||d1.k[kkkk]==-2) {for (Entry<String, Electric> c1 : d1.map.get(kkkk).entrySet()) {rui1 = mm;parts8 = c1.getKey();s = parts8;//System.out.println(s);if (s.startsWith("K")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);elc1.ruV = mm;if(elc1.ofopen.startsWith("t")){siop =0;mm=0;elc1.chuV = 0;}elseelc1.chuV = mm;elc1.sjc = siop / d1.k[kkkk];maso.put(s, elc1);} else if (s.startsWith("H")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);if (elc1.xuhao == 3) {yy = 1;String jkj = "";Pattern pattern = Pattern.compile("(.*).");Matcher matcher = pattern.matcher(s);while (matcher.find()) {jkj = matcher.group(1);}for (int d = 0; d < d1.map.size(); d++) {for (Entry<String, Electric> ignored : d1.map.get(d).entrySet()) {Electric elc2 = d1.map.get(d).get(jkj + 2);if (elc2 != null){yy = 2;if (elc1.ofopen.startsWith("t")){elc1.ofopen = "closed";}else{elc1.ofopen = "turned on";}elc1.chuV1=mm;mm=mm-10*siop/d1.k[kkkk];maso.put(s, elc1);break;}}}if (yy == 1) {if (elc1.ofopen.startsWith("t"))elc1.ofopen = "closed";elseelc1.ofopen="turned on";elc1.ruV = mm - 10 * siop / d1.k[kkkk];elc1.chuV = 0;elc1.chuV1 = mm;mm = mm - 10 * siop / d1.k[kkkk];elc1.sjc = siop / d1.k[kkkk];maso.put(s, elc1);}}else{elc1.chuV = mm;if(elc1.ofopen.startsWith("t")){elc1.ruV = 0;}else{elc1.ruV=mm;mm = mm - 5 * siop / d1.k[kkkk];}elc1.sjc = siop / d1.k[kkkk];String jkj = "";Pattern pattern = Pattern.compile("(.*).");Matcher matcher = pattern.matcher(s);while (matcher.find()) {jkj = matcher.group(1);}for (int d = 0; d < d1.map.size(); d++) {for (Entry<String, Electric> ignored : d1.map.get(d).entrySet()) {Electric e = d1.map.get(d).get(jkj + 3);if (e != null){yy = 2;e.sjc =  elc1.sjc;e.chuV=elc1.chuV;}}}if(yy!=2){elc1.chuV1=0;maso.put(s, elc1);}}} else if (s.startsWith("B")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(10 * siop / d1.k[kkkk]);elc1.ruV = mm;elc1.chuV = mm - 10 * siop / d1.k[kkkk];mm = mm - 10* siop /d1.k[kkkk];elc1.sjc = siop / d1.k[kkkk];maso.put(s, elc1);zonglux = zonglux + elc1.getL();} else if (s.startsWith("R")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(5 * siop / d1.k[kkkk]);elc1.ruV = mm;elc1.chuV = mm - 5 * siop / d1.k[kkkk];mm = mm - 5 * siop / d1.k[kkkk];elc1.sjc = siop / d1.k[kkkk];maso.put(s, elc1);zonglux = zonglux + elc1.getL();} else if (s.startsWith("D")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(20 * siop / d1.k[kkkk]);elc1.ruV = mm;elc1.chuV = mm - 20 * siop / d1.k[kkkk];mm = mm - 20 * siop / d1.k[kkkk];elc1.sjc = siop / d1.k[kkkk];maso.put(s, elc1);} else if (s.startsWith("A")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(20 * siop / d1.k[kkkk]);elc1.ruV = mm;elc1.chuV = mm - 20 * siop / d1.k[kkkk];mm = mm - 20 * siop / d1.k[kkkk];elc1.sjc = siop / d1.k[kkkk];maso.put(s, elc1);} else if (s.startsWith("S")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(15 * siop / d1.k[kkkk]);elc1.ruV = mm;elc1.chuV = mm - 15 * siop / d1.k[kkkk];mm = mm - 15 * siop / d1.k[kkkk];elc1.sjc = siop / d1.k[kkkk];maso.put(s, elc1);} else if (s.startsWith("P")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);elc1.ruV = mm;if(elc1.ofopen.startsWith("cut")){siop =0;mm=0;elc1.chuV = 0;}elseelc1.chuV = mm;elc1.sjc = siop / d1.k[kkkk];maso.put(s, elc1);} else if (s.startsWith("M")) {for (int cmd1 = 0; cmd1 < ddb.size(); cmd1++) {if (ddb.get(cmd1) == null) continue;Duobing dd = ddb.get(cmd1);if (dd.s.equals(s)) {search(s, maso, ddb, siop, d1.k[kkkk], zonglux, rui1);}}}}}else{siop = 0;for (Entry<String, Electric> c1 : d1.map.get(kkkk).entrySet()) {rui1=mm;parts8 = c1.getKey();s = parts8;cw=rui1;if (s.startsWith("K")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);if(elc1.ofopen.startsWith("t")){gg=1;elc1.chuV=0;}elseelc1.chuV=cw;if(cw!=0&&d1.k[kkkk]==0)elc1.sjc=100;elseelc1.sjc=0;elc1.scV(gg,cw);maso.put(s, elc1);} else if (s.startsWith("H")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);if (elc1.xuhao == 3) {yy = 1;String jkj = "";Pattern pattern = Pattern.compile("(.*).");Matcher matcher = pattern.matcher(s);while (matcher.find()) {jkj = matcher.group(1);}for (int d = 0; d < d1.map.size(); d++) {for (Entry<String, Electric> ignored : d1.map.get(d).entrySet()) {Electric elc2 = d1.map.get(d).get(jkj + 2);if (elc2 != null){yy = 2;if (elc1.ofopen.startsWith("t")){elc1.ofopen = "closed";}else{elc1.ofopen = "turned on";}elc1.chuV1=cw;maso.put(s, elc1);break;}}}if (yy == 1) {if (elc1.ofopen.startsWith("t")){gg=1;elc1.ofopen = "closed";}else{elc1.ofopen = "turned on";}if(cw!=0&&d1.k[kkkk]==0)elc1.sjc=100;elseelc1.sjc=0;elc1.scV(gg,cw);elc1.chuV = 0;elc1.chuV1 = cw;maso.put(s, elc1);}}else if (elc1.xuhao == 2) {if(cw!=0&&d1.k[kkkk]==0)elc1.sjc=100;elseelc1.sjc=0;elc1.scV(gg,cw);String jkj = "";Pattern pattern = Pattern.compile("(.*).");Matcher matcher = pattern.matcher(s);while (matcher.find()) {jkj = matcher.group(1);}for (int d = 0; d < d1.map.size(); d++) {for (Entry<String, Electric> c2 : d1.map.get(d).entrySet()) {Electric e = d1.map.get(d).get(jkj + 3);if (e != null){yy = 2;e.sjc =  elc1.sjc;e.chuV=elc1.chuV;}}}if(elc1.ofopen.startsWith("t")){elc1.ruV=0;gg=1;}elseelc1.ruV=cw;if(yy!=2){elc1.chuV1=0;maso.put(s, elc1);}}} else if (s.startsWith("B")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);elc1.scV(gg,cw);if(cw!=0&&d1.k[kkkk]==0)elc1.sjc=100;elseelc1.sjc=0;maso.put(s, elc1);zonglux = zonglux + elc1.getL();} else if (s.startsWith("R")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);elc1.scV(gg,cw);if(cw!=0&&d1.k[kkkk]==0)elc1.sjc=100;elseelc1.sjc=0;maso.put(s, elc1);zonglux = zonglux + elc1.getL();} else if (s.startsWith("D")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);elc1.scV(gg,cw);if(cw!=0&&d1.k[kkkk]==0)elc1.sjc=100;elseelc1.sjc=0;maso.put(s, elc1);} else if (s.startsWith("A")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);elc1.scV(gg,cw);if(cw!=0&&d1.k[kkkk]==0)elc1.sjc=100;elseelc1.sjc=0;maso.put(s, elc1);} else if (s.startsWith("S")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);elc1.scV(gg,cw);if(cw!=0&&d1.k[kkkk]==0)elc1.sjc=100;elseelc1.sjc=0;maso.put(s, elc1);} else if (s.startsWith("P")) {Electric elc1 = d1.map.get(kkkk).get(parts8);elc1.reshuV(siop);elc1.scV(gg,cw);if(elc1.ofopen.startsWith("cut")){gg=1;elc1.chuV = 0;}elseelc1.chuV=cw;if(cw!=0&&d1.k[kkkk]==0)elc1.sjc=100;elseelc1.sjc=0;maso.put(s, elc1);} else if (s.startsWith("M")) {for (int cmd1 = 0; cmd1 < ddb.size(); cmd1++) {if (ddb.get(cmd1) == null) continue;Duobing dd = ddb.get(cmd1);if (dd.s.equals(s)) {search(s, maso, ddb, siop, d1.k[kkkk], zonglux, rui1);}}}}}}}}return new Fanhui(maso, zonglux, rui1);}
}

总结：

这次作业相较于上一次的作业来说，新增二极管，以及输出的相关要求，在输出电器的同时，还要输出其两个端点的电势。这个对我来说难度相当大，在图书馆里面待了好几天也没有解决好这个问题。最后拿到的分数很少。感觉这次的题目很难，只拿到了36分，可能也是因为期末的原因，感觉花的时间也没有之前得多。

3.采坑心得:

题目所给的测试样例只是最终得到结果的一部分，还有一些测试点还需要自己慢慢去摸索，比如说在写第六次大作业的时候，题目只给了三个测试样例，还有很多测试点要一个一个去思考，比如什么互斥开关的问题，以及二极管的正反问题，在输出的时候注重每个电器的端点电压等等，这几次的题目读题的时候感觉不是很难，就想着直接写应该就可以写出来，但是到了代码实现的时候就完全不一样，感觉输出的都有一点问题，尤其是有些地方在改动的时候，因为距离上一次的作业有个五六天，导致有些地方忘记了上次是怎么写的，然后在修改的时候总有一些地方对不上正确的答案，然后这些地方都花了很多的时间去修改。

4.改进建议:

 每次写题目，代码总会有很多的报错，将代码放进Idea可以快速的解决相关的问题，但是写题目的时候还是要认真的去对待，最后一次大作业因为期末的原因，有一点松懈，到作业快要结束的时候才开始认真的去思考去写代码。题目比较长的时候，有时候无从下手，要把重点先放在建类上面，把每个类的属性搞清楚，然后对题目的输入进行分析，写出相应的正则表达式获取重要的信息用ArrayList或者Map存起来，在输出的时候注意输出的顺序。有些时候题目不会把所有的测试点都写出来，要自己一个一个去想，要先把题目说的不要求的先删去，然后注重一些细节，拿此次作业来说吧，我感觉难度大的就是电势，物理没有学好，主要是思考时间也没有很多，就得分很少，以后写题目就要认真的去对待，花多点时间去思考，不会的就去学。

5.总结：

 
1.题目所给的测试样例只是最终得到结果的一部分，还有一些测试点还需要自己慢慢去摸索，要对题目了解清楚之后，在进行分析，才能知道如何去输出，以什么样的关系去输出，每一个类对应关系以及各自所代表的含义，题目确实很复杂，唯有沉下心去分析类的关系，才能把题目做好。
2.仔细阅读作业指导，确保完全理解了题目的要求。
3.基于题目要求，分析需要哪些类和对象，以及它们之间的关系。这可能涉及到继承、接口、多态等面向对象的概念。，正确分析是很重要的，比如说这次写代码，可以较简单的去存储需要的数据，但是当时没有想到，然后就很复杂的去存储Map套Map套Map，这样很麻烦，后面快写完的时候发现可以简单的去存储
4.命名规范：使用清晰、有意义的变量和类名，遵循Java的命名规范。
5.代码结构：保持代码的整洁和模块化，使用适当的注释来解释复杂的逻辑。
6.代码复用：尽量复用之前写过的代码，避免重复劳动。