android 空调遥控器

2024-02-17 04:33| 来源: 网络整理| 查看: 265

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：这里写图片描述

第二张：开机这里写图片描述

第三张：简单的切换模式调整温度：这里写图片描述

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 //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

http://download.csdn.net/detail/gywuhengy/9865590

感兴趣的可以接着关注小编小编接下来会给大家带来空调遥控器的学习功能，以及电视遥控器，3q支持。

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