android 空调遥控器——遥控器基本版（功能全部实现）
来源：互联网 发布：睡眠计时器软件 编辑：程序博客网 时间：2024/04/30 13:50
小编接着上一篇博客接着说咱们的空调遥控器，上一篇讲了基本的发送一个指令，这次小编给大家带来了，android基于红外的空调遥控器的完整版，基本实现了对格力空调的完全控制，（源代码已经，在我的资源处给出了大家可以点击链接下载http://download.csdn.net/detail/gywuhengy/9865590）不说了 上图：
这是第一张 关闭状态：
第二张：开机
第三张：简单的切换模式 调整温度：
2.原理 ，实现已经在代码里面说的很清楚了，大家自己看一下吧（主要贴出功能代码，布局自己在源码里面看吧）
空调遥控器 主fragment
package com.gaoyu.smarttools.fragment;import android.content.Context;import android.graphics.Typeface;import android.hardware.ConsumerIrManager;import android.os.Build;import android.os.Bundle;import android.support.annotation.RequiresApi;import android.util.DisplayMetrics;import android.util.Log;import android.view.LayoutInflater;import android.view.View;import android.view.ViewGroup;import android.widget.Button;import android.widget.ImageView;import android.widget.TextView;import com.gaoyu.smarttools.R;import com.gaoyu.smarttools.bean.AirBean;import com.gaoyu.smarttools.date.CodeCommand;import static android.content.Context.CONSUMER_IR_SERVICE;/** * Created by ${高宇} on 17/6/5. *///需要api大于19与下面if判断用途类似@RequiresApi(api = Build.VERSION_CODES.KITKAT)public class AirConditionerFragment extends Basefragment implements View.OnClickListener { //获取红外控制类 private ConsumerIrManager IR; //判断是否有红外功能 boolean IRBack; private View view; private TextView tempShow, airWindDir, windDirAuto, windSpeed, modeShow; private ImageView modeCold, modeWatted, modeAuto, modeSupply, modeHeating; //开关、度数、模式、自动手动、风向、风量 private AirBean airBean = new AirBean(0, 25, 0, 0, 0, 0); @Override public View onCreateView(LayoutInflater inflater, ViewGroup container, Bundle savedInstanceState) { view = inflater.inflate(R.layout.fragment_air, container, false); inItEvent(); inItUI(); return view; } //初始化事务 private void inItEvent() { //获取ConsumerIrManager实例 IR = (ConsumerIrManager)getActivity().getSystemService(CONSUMER_IR_SERVICE); //如果sdk版本大于4.4才进行是否有红外的功能（手机的android版本） if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.KITKAT) { IRBack = IR.hasIrEmitter(); if (!IRBack) { showToast("对不起，该设备上没有红外功能!"); } else { showToast("红外设备就绪");//可进行下一步操作 } } } //初始化UI private void inItUI() { //按钮设置 DisplayMetrics dm = getResources().getDisplayMetrics(); int screenWidth = dm.widthPixels / 4; int screenHeight = dm.heightPixels / 10; Log.e("gaoyu", "宽高" + screenWidth + screenHeight); Button air_power = (Button) view.findViewById(R.id.btn_air_power); air_power.setOnClickListener(this); air_power.setWidth(screenWidth); air_power.setHeight(screenHeight); Button air_mode = (Button) view.findViewById(R.id.btn_air_mode); air_mode.setOnClickListener(this); air_mode.setWidth(screenWidth); air_mode.setHeight(screenHeight); Button air_tempadd = (Button) view.findViewById(R.id.btn_air_up); air_tempadd.setOnClickListener(this); air_tempadd.setWidth(screenWidth); air_tempadd.setHeight(screenHeight); Button air_tempsub = (Button) view.findViewById(R.id.btn_air_down); air_tempsub.setOnClickListener(this); air_tempsub.setWidth(screenWidth); air_tempsub.setHeight(screenHeight); Button air_wind_auto_dir = (Button) view.findViewById(R.id.btn_air_auto); air_wind_auto_dir.setOnClickListener(this); air_wind_auto_dir.setWidth(screenWidth); air_wind_auto_dir.setHeight(screenHeight); Button air_wind_count = (Button) view.findViewById(R.id.btn_air_count); air_wind_count.setOnClickListener(this); air_wind_count.setWidth(screenWidth); air_wind_count.setHeight(screenHeight); Button air_wind_dir = (Button) view.findViewById(R.id.btn_air_direction); air_wind_dir.setOnClickListener(this); air_wind_dir.setWidth(screenWidth); air_wind_dir.setHeight(screenHeight); //显示设置 Context context = getContext(); Typeface type = Typeface.createFromAsset(context.getAssets(), "fonts/lcd.TTF"); tempShow = (TextView) view.findViewById(R.id.temp_show); tempShow.setTypeface(type); modeShow = (TextView) view.findViewById(R.id.text_mode); windSpeed = ((TextView) view.findViewById(R.id.text_wind_speed)); airWindDir = ((TextView) view.findViewById(R.id.wind_dir)); windDirAuto = ((TextView) view.findViewById(R.id.wind_dir_auto)); modeCold = (ImageView) view.findViewById(R.id.image_cold); modeWatted = (ImageView) view.findViewById(R.id.image_watted); modeAuto = (ImageView) view.findViewById(R.id.image_auto); modeSupply = (ImageView) view.findViewById(R.id.image_supply); modeHeating = (ImageView) view.findViewById(R.id.image_heating); } /** * 点击处理 * * @param v */ @Override public void onClick(View v) { //五中模式 int data; //关机状态 if(IRBack == false){ showToast("无红外设备！"); return; } if (airBean.getmPower() == 0x00 && v.getId() != R.id.btn_air_power) { return; } switch (v.getId()) { case R.id.btn_air_mode: data = airBean.getmMode(); data++; if (data > 4) { data = 0; } airBean.setmMode(data); SendMsg(airBean); break; case R.id.btn_air_power: if (airBean.getmPower() == 0) { airBean.setmPower(1); } else { airBean.setmPower(0); } //发送消息 SendMsg(airBean); break; case R.id.btn_air_up: data = airBean.getmTmp(); data++; if (data > 30) { data = 16; } airBean.setmTmp(data); SendMsg(airBean); break; case R.id.btn_air_down: data = airBean.getmTmp(); data--; if (data < 16) { data = 30; } airBean.setmTmp(data); SendMsg(airBean); break; case R.id.btn_air_auto: if (airBean.getmenergy() == 0) { airBean.setmenergy(1); } else { airBean.setmenergy(0); } SendMsg(airBean); break; case R.id.btn_air_count: data = airBean.getmWindCount(); data++; if (data > 3) { data = 0; } airBean.setmWindCount(data); SendMsg(airBean); break; case R.id.btn_air_direction: data = airBean.getmWindDir(); data++; if (data > 3) { data = 0; } airBean.setmWindDir(data); SendMsg(airBean); break; default: break; } //不论点击了什么 都要更新UI updataAirUI(airBean); } @Override public void onStart() { super.onStart(); updataAirUI(airBean); } /** * 更新UI * * @param airBean_ui */ public void updataAirUI(AirBean airBean_ui) { if (airBean_ui.getmPower() == 0x01) { if (airBean_ui.getmMode() == 0x00) { modeShow.setText(getString(R.string.air_mode_val) + getString(R.string.air_mode_value_1)); modeCold.setVisibility(View.INVISIBLE); modeWatted.setVisibility(View.INVISIBLE); modeAuto.setVisibility(View.VISIBLE); modeSupply.setVisibility(View.INVISIBLE); modeHeating.setVisibility(View.INVISIBLE); tempShow.setText(String.valueOf(airBean_ui.getmTmp()) + getResources().getString(R.string.degree)); } if (airBean_ui.getmMode() == 0x01) { modeCold.setVisibility(View.VISIBLE); modeWatted.setVisibility(View.INVISIBLE); modeAuto.setVisibility(View.INVISIBLE); modeSupply.setVisibility(View.INVISIBLE); modeHeating.setVisibility(View.INVISIBLE); modeShow.setText(getString(R.string.air_mode_val) + getString(R.string.air_mode_value_2)); tempShow.setText(String.valueOf(airBean_ui.getmTmp()) + getResources().getString(R.string.degree)); } if (airBean_ui.getmMode() == 0x02) { modeCold.setVisibility(View.INVISIBLE); modeWatted.setVisibility(View.VISIBLE); modeAuto.setVisibility(View.INVISIBLE); modeSupply.setVisibility(View.INVISIBLE); modeHeating.setVisibility(View.INVISIBLE); modeShow.setText(getString(R.string.air_mode_val) + getString(R.string.air_mode_value_3)); tempShow.setText(""); } if (airBean_ui.getmMode() == 0x03) { modeCold.setVisibility(View.INVISIBLE); modeWatted.setVisibility(View.INVISIBLE); modeAuto.setVisibility(View.INVISIBLE); modeSupply.setVisibility(View.VISIBLE); modeHeating.setVisibility(View.INVISIBLE); modeShow.setText(getString(R.string.air_mode_val) + getString(R.string.air_mode_value_4)); tempShow.setText(""); } if (airBean_ui.getmMode() == 0x04) { modeCold.setVisibility(View.INVISIBLE); modeWatted.setVisibility(View.INVISIBLE); modeAuto.setVisibility(View.INVISIBLE); modeSupply.setVisibility(View.INVISIBLE); modeHeating.setVisibility(View.VISIBLE); modeShow.setText(getString(R.string.air_mode_val) + getString(R.string.air_mode_value_5)); tempShow.setText(String.valueOf(airBean_ui.getmTmp()) + getResources().getString(R.string.degree)); } if (airBean_ui.getmWindCount() == 0x00) { windSpeed.setText(getString(R.string.air_wind_val) + getString(R.string.air_wind_count_value_1)); } else if (airBean_ui.getmWindCount() == 0x01) { windSpeed.setText(getString(R.string.air_wind_val) + getString(R.string.air_wind_count_value_2)); } else if (airBean_ui.getmWindCount() == 0x02) { windSpeed.setText(getString(R.string.air_wind_val) + getString(R.string.air_wind_count_value_3)); } else if (airBean_ui.getmWindCount() == 0x03) { windSpeed.setText(getString(R.string.air_wind_val) + getString(R.string.air_wind_count_value_4)); } if (airBean_ui.getmWindDir() == 0x00) { airWindDir.setText(getString(R.string.air_wind_dir) + getString(R.string.air_wind_dir_value_1)); } else if (airBean_ui.getmWindDir() == 0x01) { airWindDir.setText(getString(R.string.air_wind_dir) + getString(R.string.air_wind_dir_value_2)); } else if (airBean_ui.getmWindDir() == 0x02) { airWindDir.setText(getString(R.string.air_wind_dir) + getString(R.string.air_wind_dir_value_3)); } if (airBean_ui.getmenergy() == 0x00) { windDirAuto.setText(getString(R.string.air_wind_auto_dir)); } else if (airBean_ui.getmenergy() == 0x01) { windDirAuto.setText(getString(R.string.air_wind_auto_energy)); } } else { modeCold.setVisibility(View.INVISIBLE); modeWatted.setVisibility(View.INVISIBLE); modeAuto.setVisibility(View.INVISIBLE); modeSupply.setVisibility(View.INVISIBLE); modeHeating.setVisibility(View.INVISIBLE); tempShow.setText(""); windSpeed.setText(""); airWindDir.setText(""); windDirAuto.setText(""); modeShow.setText(getString(R.string.air_mode_val) + getString(R.string.air_power_off)); } } /** * 逻辑处理 * 发送消息 * * @param airBean_Event */ public void SendMsg(AirBean airBean_Event) { Log.e("gaoyu", "要发送的信息" + airBean_Event.toString()); int mPower = airBean_Event.getmPower(); //开关 int mTmp = airBean_Event.getmTmp(); //温度 int mMode = airBean_Event.getmMode(); //模式 int menergy = airBean_Event.getmenergy(); //节能省电/换气 int mWindDir = airBean_Event.getmWindDir(); //风向 int mWindCount = airBean_Event.getmWindCount(); //风量 int tmWindDir = 0;//二进制方向 //左右扫风风向判断 if (mWindDir == 2) { tmWindDir = 1; } else if (mWindDir == 1) { tmWindDir = 0; } else { tmWindDir = 0; } //根据所选模式确定检验码 //校验码 = [(模式 – 1) + (温度 – 16) + 5 +左右扫风+换气+节能]取二进制后四位，再逆序 //以下为了思路清晰 就不写在一起了 int check = (mMode - 1) + (mTmp - 16) + 5 + tmWindDir + menergy + menergy;//十进制数字 String two_chack = Integer.toBinaryString(check);//转换成二进制 //如果大于四位进行裁剪 //补零 switch (two_chack.length()){ case 3: two_chack = "0"+two_chack; break; case 2: two_chack = "00"+two_chack; break; case 1: two_chack = "000"+two_chack; break; } two_chack = two_chack.substring(two_chack.length() - 4, two_chack.length());//取后四位 String Cut = new StringBuffer(two_chack).reverse().toString();//倒序 Log.e("gaoyu", "裁剪之前" + two_chack + "裁剪倒序之后" + Cut); //分解字符（承载最后四个逆序字符） char[] item = new char[5]; for (int i = 0; i < Cut.length(); i++) { item[i] = Cut.charAt(i); } //操作大数组 int base[] = CodeCommand.base; //第一步 替换校验码 （分七步） //取出数组里的四个数 int one = Integer.valueOf(String.valueOf(item[0])).intValue(); int two = Integer.valueOf(String.valueOf(item[1])).intValue(); int three = Integer.valueOf(String.valueOf(item[2])).intValue(); int four = Integer.valueOf(String.valueOf(item[3])).intValue(); //64-67位为校验码 131、132 \ 133、134 \ 135、136 \ 137、138 //第一个数 if (one == 1) { Log.e("gaoyu", "第一个数是1"); //将大数组里的130、131位置1 base[130] = CodeCommand.check_d; base[131] = CodeCommand.check_u; } else { Log.e("gaoyu", "第一个数是0"); //将大数组里的64位不用变 } //第二个数 if (two == 1) { Log.e("gaoyu", "第二个数是1"); //将大数组里的132、133位置1 base[132] = CodeCommand.check_d; base[133] = CodeCommand.check_u; } else { Log.e("gaoyu", "第二个数是0"); //将大数组里的132、133位不用变 } //第三个数 if (three == 1) { Log.e("gaoyu", "第三个数是1"); //将大数组里的134、135位置1 base[134] = CodeCommand.check_d; base[135] = CodeCommand.check_u; } else { Log.e("gaoyu", "第三个数是0"); //将大数组里的134、135位不用变 } //第四个数 if (four == 1) { Log.e("gaoyu", "第四个数是1"); //将大数组里的136、137位置1 base[136] = CodeCommand.check_d; base[137] = CodeCommand.check_u; } else { Log.e("gaoyu", "第四个数是0"); //将大数组里的136、137位不用变 } //第二步 开关 8/9 if (mPower == 1) { Log.e("gaoyu", "开"); base[8] = CodeCommand.onedown; base[9] = CodeCommand.oneup; } else { base[8] = CodeCommand.zerodown; base[9] = CodeCommand.zeroup; Log.e("gaoyu", "关"); } //第三步 温度 16-30度 数组中18、25 switch (mTmp) { case 16: //默认十六 break; case 17: base[18] = CodeCommand.onedown; base[19] = CodeCommand.oneup; base[20] = CodeCommand.zerodown; base[21] = CodeCommand.zeroup; base[22] = CodeCommand.zerodown; base[23] = CodeCommand.zeroup; base[24] = CodeCommand.zerodown; base[25] = CodeCommand.zeroup; break; case 18: base[18] = CodeCommand.zerodown; base[19] = CodeCommand.zeroup; base[20] = CodeCommand.onedown; base[21] = CodeCommand.oneup; base[22] = CodeCommand.zerodown; base[23] = CodeCommand.zeroup; base[24] = CodeCommand.zerodown; base[25] = CodeCommand.zeroup; break; case 19: base[18] = CodeCommand.onedown; base[19] = CodeCommand.oneup; base[20] = CodeCommand.onedown; base[21] = CodeCommand.oneup; base[22] = CodeCommand.zerodown; base[23] = CodeCommand.zeroup; base[24] = CodeCommand.zerodown; base[25] = CodeCommand.zeroup; break; case 20: base[18] = CodeCommand.zerodown; base[19] = CodeCommand.zeroup; base[20] = CodeCommand.zerodown; base[21] = CodeCommand.zeroup; base[22] = CodeCommand.onedown; base[23] = CodeCommand.oneup; base[24] = CodeCommand.zerodown; base[25] = CodeCommand.zeroup; break; case 21: base[18] = CodeCommand.onedown; base[19] = CodeCommand.oneup; base[20] = CodeCommand.zerodown; base[21] = CodeCommand.zeroup; base[22] = CodeCommand.onedown; base[23] = CodeCommand.oneup; base[24] = CodeCommand.zerodown; base[25] = CodeCommand.zeroup; break; case 22: base[18] = CodeCommand.zerodown; base[19] = CodeCommand.zeroup; base[20] = CodeCommand.onedown; base[21] = CodeCommand.oneup; base[22] = CodeCommand.onedown; base[23] = CodeCommand.oneup; base[24] = CodeCommand.zerodown; base[25] = CodeCommand.zeroup; break; case 23: base[18] = CodeCommand.onedown; base[19] = CodeCommand.oneup; base[20] = CodeCommand.onedown; base[21] = CodeCommand.oneup; base[22] = CodeCommand.onedown; base[23] = CodeCommand.oneup; base[24] = CodeCommand.zerodown; base[25] = CodeCommand.zeroup; break; case 24: base[18] = CodeCommand.zerodown; base[19] = CodeCommand.zeroup; base[20] = CodeCommand.zerodown; base[21] = CodeCommand.zeroup; base[22] = CodeCommand.zerodown; base[23] = CodeCommand.zeroup; base[24] = CodeCommand.onedown; base[25] = CodeCommand.oneup; break; case 25: base[18] = CodeCommand.onedown; base[19] = CodeCommand.oneup; base[20] = CodeCommand.zerodown; base[21] = CodeCommand.zeroup; base[22] = CodeCommand.zerodown; base[23] = CodeCommand.zeroup; base[24] = CodeCommand.onedown; base[25] = CodeCommand.oneup; break; case 26: base[18] = CodeCommand.zerodown; base[19] = CodeCommand.zeroup; base[20] = CodeCommand.onedown; base[21] = CodeCommand.oneup; base[22] = CodeCommand.zerodown; base[23] = CodeCommand.zeroup; base[24] = CodeCommand.onedown; base[25] = CodeCommand.oneup; break; case 27: base[18] = CodeCommand.onedown; base[19] = CodeCommand.oneup; base[20] = CodeCommand.onedown; base[21] = CodeCommand.oneup; base[22] = CodeCommand.zerodown; base[23] = CodeCommand.zeroup; base[24] = CodeCommand.onedown; base[25] = CodeCommand.oneup; break; case 28: base[18] = CodeCommand.zerodown; base[19] = CodeCommand.zeroup; base[20] = CodeCommand.zerodown; base[21] = CodeCommand.zeroup; base[22] = CodeCommand.onedown; base[23] = CodeCommand.oneup; base[24] = CodeCommand.onedown; base[25] = CodeCommand.oneup; break; case 29: base[18] = CodeCommand.onedown; base[19] = CodeCommand.oneup; base[20] = CodeCommand.zerodown; base[21] = CodeCommand.zeroup; base[22] = CodeCommand.onedown; base[23] = CodeCommand.oneup; base[24] = CodeCommand.onedown; base[25] = CodeCommand.oneup; break; case 30: base[18] = CodeCommand.zerodown; base[19] = CodeCommand.zeroup; base[20] = CodeCommand.onedown; base[21] = CodeCommand.oneup; base[22] = CodeCommand.onedown; base[23] = CodeCommand.oneup; base[24] = CodeCommand.onedown; base[25] = CodeCommand.oneup; break; default: break; } //第四步 模式 2-7 switch (mMode) { case 0: base[2] = CodeCommand.zerodown; base[3] = CodeCommand.zeroup; base[4] = CodeCommand.zerodown; base[5] = CodeCommand.zeroup; base[6] = CodeCommand.zerodown; base[7] = CodeCommand.zeroup; break; case 1: base[2] = CodeCommand.onedown; base[3] = CodeCommand.oneup; base[4] = CodeCommand.zerodown; base[5] = CodeCommand.zeroup; base[6] = CodeCommand.zerodown; base[7] = CodeCommand.zeroup; break; case 2: base[2] = CodeCommand.zerodown; base[3] = CodeCommand.zeroup; base[4] = CodeCommand.onedown; base[5] = CodeCommand.oneup; base[6] = CodeCommand.zerodown; base[7] = CodeCommand.zeroup; break; case 3: base[2] = CodeCommand.onedown; base[3] = CodeCommand.oneup; base[4] = CodeCommand.onedown; base[5] = CodeCommand.oneup; base[6] = CodeCommand.zerodown; base[7] = CodeCommand.zeroup; break; case 4: base[2] = CodeCommand.zerodown; base[3] = CodeCommand.zeroup; base[4] = CodeCommand.zerodown; base[5] = CodeCommand.zeroup; base[6] = CodeCommand.onedown; base[7] = CodeCommand.oneup; break; } //第五步 节电、换气 48-51 if (menergy == 1) { Log.e("gaoyu", "开启节电换气"); base[48] = CodeCommand.onedown; base[49] = CodeCommand.oneup; base[50] = CodeCommand.onedown; base[51] = CodeCommand.oneup; }else{ base[48] = CodeCommand.zerodown; base[49] = CodeCommand.zeroup; base[50] = CodeCommand.zerodown; base[51] = CodeCommand.zeroup; } //第六步 风向 1、上下 36 数组 74.75 2、左右 40 80.81 switch (mWindDir) { case 0: //默认 break; case 1: base[74] = CodeCommand.onedown; base[75] = CodeCommand.oneup; break; case 2: base[80] = CodeCommand.onedown; base[81] = CodeCommand.oneup; break; } //第七步 风量 10-13 switch (mWindCount) { case 0: //默认 break; case 1: base[10] = CodeCommand.onedown; base[11] = CodeCommand.oneup; base[12] = CodeCommand.zerodown; base[13] = CodeCommand.zeroup; break; case 2: base[10] = CodeCommand.zerodown; base[11] = CodeCommand.zeroup; base[12] = CodeCommand.onedown; base[13] = CodeCommand.oneup; break; case 3: base[10] = CodeCommand.onedown; base[11] = CodeCommand.oneup; base[12] = CodeCommand.onedown; base[13] = CodeCommand.oneup; break; } //最后一步 调取红外进行发送 String content = null; for (int i = 0; i < base.length; i++) { content += String.valueOf(base[i]) + ","; } Log.e("gaoyu", "数组信息是" + content); //发送完数据将大数组还原 sendIrMsg(38000,base); base = CodeCommand.base; } /** * 发射红外信号 * 可以查看这个标签的log ConsumerIr * @param carrierFrequency 红外传输的频率，一般的遥控板都是38KHz * @param pattern 指以微秒为单位的红外开和关的交替时间 */ private void sendIrMsg(int carrierFrequency, int[] pattern) { IR.transmit(carrierFrequency, pattern); showToast("发送成功"); String content = null; for(int i = 0;i<pattern.length;i++){ content += String.valueOf(pattern[i])+","; } Log.e("gaoyu", "数组信息是" + content); Log.e("gaoyu", "一共有" + pattern.length); }}3、数据处理类
package com.gaoyu.smarttools.date;/** * Created by ${高宇} on 17/6/3. * <p> * <p> * 下面是空调遥控器编码 * 格力空调遥控器（YB0F2）红外码组成如下，按解码顺序排列 * 起始码（S）+35位数据码+连接码（C）+32位数据码 * 各种编码的电平宽度： * 数据码由“0”“1”组成： * 0的电平宽度为：600us低电平+600us高电平， * 1的电平宽度为：600us低电平+1600us高电平 * 起始码S电平宽度为：9000us低电平+4500us高电平 * 连接码C电平宽度为：600us低电平+20000us高电平 * <p> * 校验码的形成机制如下： * 校验码 = [(模式 – 1) + (温度 – 16) + 5 +左右扫风+换气+节能]取二进制后四位，再逆序； * <p> * 例如：如果需要设置一下的状态，模式4，30℃，左右扫风，换气关闭，节能关闭，那么校验码为： * (4 – 1)+(30-16)+5+1+0+0= 23,取低四位为0111，逆序后为1110 * <p> * 为了方便编码，在编码时可以正序，解码端再逆序，解码的时候先解码低字节，再解码高字节的位。 * 另外定时数据对最后的校验码的影响没有测试，因为很少会用到这个功能。 */public class CodeCommand { //编码规则 //起始码S电平宽度为：9000us低电平+4500us高电平 public static final int startdown = 9000; public static final int startup = 4500; //连接码C电平宽度为：600us低电平+20000us高电平 public static final int connectdown = 600; public static final int connectup = 20000; //数据码由0，1组成： //0的电平宽度为：600us低电平+600us高电平， public static final int zerodown = 600; public static final int zeroup = 600; //1的电平宽度为：600us低电平+1600us高电平 public static final int onedown = 600; public static final int oneup = 1600; /** * 大数组模块 * 全部置通用 在替换 */ public static final int[] base = { startdown, startup,//起始码 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//1-3 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//4-6 onedown, oneup, zerodown, zeroup, zerodown, zeroup,//7-9 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//10-12 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//13-15 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//16-18 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//19-21 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//22-24 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//25-27 zerodown, zeroup, onedown, oneup, zerodown, zeroup,//28-30 onedown, oneup, zerodown, zeroup, zerodown, zeroup,//31-33 onedown, oneup, zerodown, zeroup,//34-35 前35位数据码结束 connectdown, connectup,//连接码 后32位开始 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//36-38 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//39-41 zerodown, zeroup, zerodown, zeroup, onedown, oneup,//42-44 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//45-47 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//48-50 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//51-53 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//54-56 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//57-59 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//60-62 zerodown, zeroup, //63 zerodown, zeroup, zerodown, zeroup, zerodown, zeroup, zerodown, zeroup,//64-67(四位检验码)后32位结束 }; //校验码--1 public static int check_d = onedown; public static int check_u = oneup;}主要代码给大家了 可以参考一下，如果想了解详细，请下载源码或者留言
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