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1、中职 基于Proteus仿真的单片机技能应用（双色）proteus项目4教学课件 高教版 项目四 并行I/O接口的应用技能应用一 七段LED数码显示电路的设计一、一、1位数码管静态显示位数码管静态显示1技能要求技能要求单单片机的片机的P2口接口接1位共阴型七段数码管，位共阴型七段数码管，P3口接口接1位共阳型七段数码管，位共阳型七段数码管，编程实现两个数码管显示数字编程实现两个数码管显示数字“5”以及循环显示以及循环显示0-9十个数字。十个数字。2.仿真电路图仿真电路图仿真仿真电电路路图图如如图图4-1 1所示。共阴型数所示。共阴型数码码管使用元件管使用元件库库中的中的“7SEG-MPX1-C
2、C”，即，即1位七段共阴型数码管，共阳型数码管使用元件库中的位七段共阴型数码管，共阳型数码管使用元件库中的“7SEG-MPX1-CA”，即，即1位七段共阳型数码管。位七段共阳型数码管。图图4-1 1 1位数码管静态显示电路位数码管静态显示电路设计设计思路是通思路是通过过P2口和口和P3口分别输出数字口分别输出数字“5”的共阴型段码和共阳型段的共阴型段码和共阳型段码。码。实现显示固定数字的程序如下：实现显示固定数字的程序如下：#include unsigned char code seg_ca=0 xc0,0 xf9,0 xa4,0 xb0,0 x99,0 x92,0 x82,0 xf8,0 x
3、80,0 x90;/共阳型共阳型09十个数字的十个数字的段段码码unsigned char code seg_cc=0 x3F,0 x06,0 x5B,0 x4F,0 x66,0 x6D,0 x7D,0 x07,0 x7F,0 x6F;/共阴型共阴型09十个数字的十个数字的段段码码int main()while(1)P2=seg_cc5;/P2口输出口输出5的段码的段码P3=seg_ca5;/P2口输出口输出5的段码的段码3.程序设计与调试程序设计与调试#include unsigned char code seg_ca=0 xc0,0 xf9,0 xa4,0 xb0,0 x99,0 x92,
4、0 x82,0 xf8,0 x80,0 x90;/共阳型共阳型09十个数字的段码十个数字的段码unsigned char code seg_cc=0 x3F,0 x06,0 x5B,0 x4F,0 x66,0 x6D,0 x7D,0 x07,0 x7F,0 x6F;/共阴型共阴型09十个数字的段码十个数字的段码int main()unsigned char i;unsigned int j;while(1)for(i=0;i=9;i+)P2=seg_cci;/P2依次输出共阴型依次输出共阴型09的段码的段码P3=seg_cai;/P3依次输出共阳型依次输出共阳型09的段码的段码for(j=0;
5、j30000;j+);/延时延时实现循环显示数字实现循环显示数字09的程序如下：的程序如下：1.技能要求技能要求单单片机的片机的P0 0口作段按，口作段按，P2 2口作位控，接口作位控，接8个七段数码管，编程实现这个七段数码管，编程实现这8个数个数码管显示数字码管显示数字“12345678”。2.仿真电路图仿真电路图8位数码管动态扫描显示仿真电路图如图位数码管动态扫描显示仿真电路图如图4-2 2所示。所示。二、多位数码管动态扫描显示二、多位数码管动态扫描显示图图4-2 2 位数位数码码管管动态扫动态扫描描显显示示电电路路 实现实现8位数码管从左到右依次显示数字位数码管从左到右依次显示数字“1、
6、2、3、4、5、6、7、8”8个数个数字。设计流程图如图字。设计流程图如图4-3 3所示。所示。3.程序设计与调试程序设计与调试图图4-3 3 动态扫动态扫描描显显示函数示函数设计设计流程流程图图#include#include unsigned char code seg=0 xc0,0 xf9,0 xa4,0 xb0,0 x99,0 x92,0 x82,0 xf8,0 x80,0 x90;/0/09十个数字的共阳型段码十个数字的共阳型段码void delay()unsigned int j;for(j=0;j=1;i-)P2=wk;/输出位控输出位控 P0=segi;/依次输出依次输出18
7、的段码的段码 wk=_crol_(wk,1);/位控左移一位位控左移一位delay();/延时延时P0=0 xff;/熄灭所有数码管（消隐）熄灭所有数码管（消隐）技能应用二 键盘接口电路的设计一、独立按一、独立按键键控制数控制数码码管加减管加减计计数数1.技能要求技能要求 单单片机片机输输出口接出口接3位数码管和三个独立按键，这位数码管和三个独立按键，这3位数码管分别显示一位数码管分别显示一个变量的个位、十位和百位，三个按键分别作为个变量的个位、十位和百位，三个按键分别作为“加加”、“减减”和和“清零清零”功能，功能，当按下当按下“加加”键时，数码管显示的变量加键时，数码管显示的变量加1，当按
8、下，当按下“减减”键时，数码管显示键时，数码管显示的变量减的变量减1，当按下，当按下“清零清零”键时，数码管显示和变量为键时，数码管显示和变量为0。2.仿真电路图仿真电路图 独立按独立按键键控制数控制数码码管加减管加减计计数的数的电电路如路如图图4-4 4所示。所示。图图4-4 4 独立按独立按键键控制数控制数码码管加减管加减计计数数电电路路3.程序设计与调试程序设计与调试要获取一个变量的每一位数字的值，用到除法运算符要获取一个变量的每一位数字的值，用到除法运算符“/”和模运算符和模运算符“%”两个算术运算符。当两个整数作除法运算时结果仍为整数，余数则会被丢弃，两个算术运算符。当两个整数作除法
9、运算时结果仍为整数，余数则会被丢弃，因此可作为取整操作；模运算因此可作为取整操作；模运算“%”表示取余操作。表示取余操作。例如，求一个例如，求一个变变量量temp的的“百、十、个百、十、个”位，分别赋给变量位，分别赋给变量a、b、c的操的操作如下：作如下：a=temp/100%10;/除以除以100，再再对对10取余取余b=temp/10%10;/求得求得temp的十位的十位c=temp%10;/求得求得temp的个位的个位要在要在LED数码管上显示变量数码管上显示变量temp的的“百、十、个百、十、个”位，可直接写作：位，可直接写作：P2=segtemp/100%10;P2=segtemp/
10、10%10;P2=segtemp%10;其中其中seg是存放是存放09段码的数组。段码的数组。由于数由于数组组seg的下标的值，也就是数码管要显示的内容往往随着单片机控的下标的值，也就是数码管要显示的内容往往随着单片机控制程序的运行而改变，且无规律，所以每制程序的运行而改变，且无规律，所以每1位数码管就要书写位数码管就要书写1段显示程序，段显示程序，使得程序变得很长且不便于控制。为此，可以定义一个使得程序变得很长且不便于控制。为此，可以定义一个“数码管显示缓冲数数码管显示缓冲数组组”buf，将数码管要显示的内容先赋给数组，将数码管要显示的内容先赋给数组buf，只要书写显示，只要书写显示buf的
11、内的内容的程序就可以了。容的程序就可以了。unsigned char i,wk=0 xfe;/wk变量作位控，初始选通右边第变量作位控，初始选通右边第1位位unsigned char buf3;/声明数码管显示字形缓冲数组声明数码管显示字形缓冲数组buf0=segtemp%10;/temp的个位的个位buf1=segtemp/10%10;/temp的十位的十位buf2=segtemp/100;/temp的百位，小于的百位，小于999时可以不对时可以不对10取余取余for(i=0;i3;i+)P2=bufi;/依次输出段码依次输出段码P3=wk;/输出位控输出位控delay();/延时延时wk=
12、_crol_(wk,1);/位控左移一位位控左移一位P3=0 xff;/熄灭所有数码管（消隐）熄灭所有数码管（消隐）例如，本实例中要显示的变量假设为例如，本实例中要显示的变量假设为temp，显示程序如下：，显示程序如下：这样写的好处是，当数码管位数增多时，不需要再增加程序，只需增加这样写的好处是，当数码管位数增多时，不需要再增加程序，只需增加for()循环的次数即可。循环的次数即可。#include#include unsigned char a;unsigned char code seg=0 xc0,0 xf9,0 xa4,0 xb0,0 x99,0 x92,0 x82,0 xf8,0 x
13、80,0 x90;/0/09十个数字的共阳型段码十个数字的共阳型段码sbit k1=P10;sbit k2=P12;sbit k3=P14;void delay(unsigned int j)while(j-);display()unsigned char i,wk=0 x01;unsigned char i,wk=0 x01;/wk/wk变量作位控，初始选通右边第变量作位控，初始选通右边第1 1位位unsigned char buf3;unsigned char buf3;/声明数码管显示字形缓冲数组声明数码管显示字形缓冲数组buf0=sega%10;buf0=sega%10;/a/a的个位
14、的个位buf1=sega/10%10;buf1=sega/10%10;/a/a的十位的十位buf2=sega/100;buf2=sega/100;/a/a的百位，小于的百位，小于999999时可以不对时可以不对1010取余取余独立按键控制数码管加减计数的程序如下独立按键控制数码管加减计数的程序如下：for(i=0;i3;i+)for(i=0;i3;i+)P3=wk;P3=wk;/输出位控输出位控P2=bufi;P2=bufi;/依次输出段码依次输出段码delay(50);delay(50);/延时延时wk=_crol_(wk,1);wk=_crol_(wk,1);/位控左移一位位控左移一位P2
15、=0 xff;P2=0 xff;/熄灭所有数码管（消隐）熄灭所有数码管（消隐）void button()void button()k1=1;k1=1;if(k1=0)if(k1=0)delay(1000);delay(1000);if(k1=0)if(k1=0)a+;a+;while(k1=0)display();while(k1=0)display();k2=1;k2=1;if(!k2)if(!k2)/如果如果k2k2为低电平的另一种写示为低电平的另一种写示 delay(1000);delay(1000);if(!k2)if(!k2)a-;a-;while(!k2)display();whi
16、le(!k2)display();k3=1;k3=1;if(k3=0)if(k3=0)delay(1000);delay(1000);if(k3=0)if(k3=0)a=0;a=0;while(k3=0)display();while(k3=0)display();int main()int main()while(1)while(1)button();button();display();display();二、数二、数码码管管显显示示44键盘编号键盘编号1.技能要求技能要求单单片机片机P2接接1位数码管，位数码管，P1口接由口接由16个按键组成的个按键组成的44行列键盘。当按行列键盘。当按
17、下这下这16个按键的其中之一时，数码管显示该按键对应的键盘编号。个按键的其中之一时，数码管显示该按键对应的键盘编号。图图4-5 数码管显示数码管显示4444键盘编号电路键盘编号电路3.程序设计与调试程序设计与调试程序采用程序采用线线翻翻转转法法识别闭识别闭合合键键，参考程序如下：，参考程序如下：#include unsigned char code seg=0 xc0,0 xf9,0 xa4,0 xb0,0 x99,0 x92,0 x82,0 xf8,0 x80,0 x90,/09的段码的段码0 x88,0 x83,0 xc6,0 xa1,0 x86,0 x8e;/AF的段码的段码数码管显示数
18、码管显示44键盘编号的电路图如图键盘编号的电路图如图4-5所示，电路中的轻触按键使用元件所示，电路中的轻触按键使用元件库中的库中的“button”元件，特别元件，特别注意注意16个按键的连接关系及其和单片机之间的个按键的连接关系及其和单片机之间的连接关系。连接关系。2.仿真电路图仿真电路图delay(unsigned int i)while(i-);void keyScan()unsigned char temp,a;temp=0 xff;P1=0 xf0;if(P1!=0 xf0)/判断是否有按键按下判断是否有按键按下delay(1000);/延时去抖延时去抖if(P1!=0 xf0)/再次
19、判断是否有按键按下再次判断是否有按键按下P1=0 xf0;/行作输出，列作输入temp=P1;/读取列值P1=0 x0f;/列作输出，行作输入temp=temp|P1;/读取行值并和列值合并switch(temp)case 0 xee:a=0;break;case 0 xde:a=1;break;case 0 xbe:a=2;break;case 0 x7e:a=3;break;case 0 xed:a=4;break;case 0 xdd:a=5;break;case 0 xbd:a=6;break;case 0 x7d:a=7;break;case 0 xeb:a=8;break;case
20、 0 xdb:a=9;break;case 0 xbb:a=10;break;case 0 x7b:a=11;break;case 0 xe7:a=12;break;case 0 xd7:a=13;break;case 0 xb7:a=14;break;case 0 x77:a=15;break;P2=sega;/将将键值对应键值对应的段的段码码送到送到P2口口P1=0 xf0;while(P1!=0 xf0)delay(50);int main()while(1)keyScan();技能技能应应用三用三 LED点阵显示屏的设计点阵显示屏的设计 LEDLED显示屏不但能显示图形、汉字，还能播放
21、视频，它们在车站、广场、显示屏不但能显示图形、汉字，还能播放视频，它们在车站、广场、小区以及店铺招牌中应用非常广泛。小区以及店铺招牌中应用非常广泛。一、一、88LED点阵显示屏的设计点阵显示屏的设计1.技能要求技能要求 单片机单片机I/O口接一块口接一块88点阵显示模块，编写程序实现字符静止显示和滚点阵显示模块，编写程序实现字符静止显示和滚动显示。动显示。88LEDLED点阵显示电路如图点阵显示电路如图4-6所示。所示。88L Led d点阵模块使用元件库中的点阵模块使用元件库中的“MATRIX-88-GREEN”-GREEN”；74LS245为双向驱动电路，当为双向驱动电路，当1脚为高平时，
22、脚为高平时，A为输入，为输入，B为输出；为输出；RP1为电阻排，也叫排阻，内部是由为电阻排，也叫排阻，内部是由8只电阻构成，只电阻构成，1脚为公共端，脚为公共端，在电路中作为上拉电阻，其在元件库的名称为在电路中作为上拉电阻，其在元件库的名称为“RESPACK-8”。图图4-6 88LEDLED点阵显示电路点阵显示电路2.仿真电路图仿真电路图（1）显示静止字符）显示静止字符显显示示汉汉字一般最少需要字一般最少需要1616或更高的分辨率或更高的分辨率，而，而88的点的点阵阵只能显示一些简只能显示一些简单的图形或字符。单的图形或字符。显显示静止字符示静止字符“2”的参考程序如下：的参考程序如下：#i
23、nclude#include unsigned char code tab=0 xff,0 x39,0 x5e,0 x6e,0 x76,0 x76,0 x79,0 xff;/2unsigned char code tab=0 xff,0 x39,0 x5e,0 x6e,0 x76,0 x76,0 x79,0 xff;/2的字模码的字模码delay()unsigned int j;for(j=0;j60;j+);display()unsigned char i,wk=0 x80;unsigned char i,wk=0 x80;/wk/wk变量作列控，初始选通左边第变量作列控，初始选通左边第1列
24、列for(i=0;i8;i+)3.程序设计与调试程序设计与调试P2=wk;P2=wk;/输出列控输出列控P0=tabi;P0=tabi;/依次输出行字模码依次输出行字模码delay();delay();/延时延时wk=_cror_(wk,1);wk=_cror_(wk,1);/列控右移一位列控右移一位P0=0 xff;P0=0 xff;/熄灭所有熄灭所有LED（消隐）（消隐）int main()while(1)display();要在一块显示模块上显示多个字符，可以采用滚动显示方法。要在一块显示模块上显示多个字符，可以采用滚动显示方法。要使要使显显示示的内容的内容滚动滚动，可以，可以定时对字模
25、码数组下标作加定时对字模码数组下标作加“1”（左移滚动）或减（左移滚动）或减“1”（右移滚动）操作，这样就在选中的列上显示下一个字模码，产生滚（右移滚动）操作，这样就在选中的列上显示下一个字模码，产生滚动效果，显示滚动字符效果如图动效果，显示滚动字符效果如图4-7所示。所示。（2）显示滚动字符）显示滚动字符图图4-7 显示滚动字符显示滚动字符#include#include unsigned char count,Num;unsigned char code tab=0 xff,0 x39,0 x5e,0 x6e,0 x76,0 x76,0 x79,0 xff,0 xff,0 x39,0 x5
26、e,0 x6e,0 x76,0 x76,0 x79,0 xff,/2/2的字模码的字模码0 xff,0 xbd,0 x76,0 x76,0 x76,0 x6a,0 x9d,0 xff,0 xff,0 xbd,0 x76,0 x76,0 x76,0 x6a,0 x9d,0 xff,/3/3的字模码的字模码0 xff,0 x39,0 x5e,0 x6e,0 x76,0 x76,0 x79,0 xff,0 xff,0 x39,0 x5e,0 x6e,0 x76,0 x76,0 x79,0 xff,/2/2的字模码的字模码;delay()unsigned int j;for(j=0;j60;j+);d
27、isplay()unsigned char i,wk=0 x80;/wk变量作列控，初始选通左边第1列for(i=0;i8;i+)滚动显示字符滚动显示字符“23”的参考程序如下：的参考程序如下：P2=wk;P2=wk;/输出列控输出列控P0=tabi+Num;P0=tabi+Num;/依次输出行字模码依次输出行字模码delay();delay();/延时延时wk=_cror_(wk,1);wk=_cror_(wk,1);/列控右移一位列控右移一位P0=0 xff;P0=0 xff;/熄灭所有熄灭所有LED（消隐）（消隐）int main()while(1)display();count+;if
28、(count=20)count=0;Num=(Num+1)%16;1.技能要求技能要求161616点阵可以显示汉字和简单图形，本实例要求使用单片机点阵可以显示汉字和简单图形，本实例要求使用单片机I/O口连接由四块口连接由四块88点阵组成的点阵组成的1616点阵显示屏，编写程序实现显示汉字和滚动显示汉字。点阵显示屏，编写程序实现显示汉字和滚动显示汉字。2.2.仿真电路图仿真电路图161616点阵显示电路如图点阵显示电路如图4-8所示。所示。二、二、1616LED点阵显示屏的设计点阵显示屏的设计图图4-8 1616616点阵显示电路点阵显示电路 161616点阵显示程序与点阵显示程序与88点阵显示
29、程序相似，仍然采用逐列扫描方式，点阵显示程序相似，仍然采用逐列扫描方式，但在但在1616点阵显示中，一个显示内容是由点阵显示中，一个显示内容是由16列共列共32个字节组成，每扫描一列，个字节组成，每扫描一列，从字模中取出两个字节分别形成显示内容上半部和下半部。从字模中取出两个字节分别形成显示内容上半部和下半部。161616点阵显示一个汉字的程序如下：点阵显示一个汉字的程序如下：#include#include unsigned char code tab=0 xFB,0 xEF,0 xDB,0 xF7,0 xBB,0 xF9,0 x7B,0 xFE,0 x9B,0 x7D,0 x63,0 xB
30、3,0 xBF,0 xDF,0 xCF,0 xE7,0 xF0,0 xF9,0 x37,0 xFE,0 xF7,0 xF9,0 xF7,0 xE7,0 xD7,0 xDF,0 xE7,0 xBF,0 xFF,0 x7F,0 xFF,0 xFF,/*0 xF0,0 xF9,0 x37,0 xFE,0 xF7,0 xF9,0 xF7,0 xE7,0 xD7,0 xDF,0 xE7,0 xBF,0 xFF,0 x7F,0 xFF,0 xFF,/*欢欢,0*/;void delay()3.程序设计与调试程序设计与调试unsigned int j;for(j=0;j60;j+);void display
31、()unsigned char i;unsigned int wk=0 x01;unsigned int wk=0 x01;/wk/wk变量作位控，初始选通左边第变量作位控，初始选通左边第1列列for(i=0;i16;i+)P1=wk%256;P1=wk%256;/输出列控低输出列控低8位位P3=wk/256;P3=wk/256;/输出列控高输出列控高8位位P0=tab2*i;P0=tab2*i;/依次输出上半部行字模码依次输出上半部行字模码P2=tab2*i+1;P2=tab2*i+1;/依次输出下半部行字模码依次输出下半部行字模码 delay();/延时wk=_irol_(wk,1);/列
32、控右移一位P0=0 xff;/熄灭所有LED（消隐）int main()while(1)display();#include#include unsigned char count;unsigned int Num;unsigned char code tab=0 xFF,0 xEE,0 xFB,0 xEE,0 xFB,0 x76,0 xFB,0 x7A,0 x00,0 x6C,0 xAB,0 x6E,0 xAB,0 x6E,0 xAB,0 x02,0 xAB,0 x6E,0 xAB,0 x6E,0 x00,0 x6C,0 xFB,0 x7A,0 xFB,0 x76,0 xFB,0 xEE,0
33、 xFF,0 xEE,0 xFF,0 xFF,0 xAB,0 x6E,0 xAB,0 x6E,0 x00,0 x6C,0 xFB,0 x7A,0 xFB,0 x76,0 xFB,0 xEE,0 xFF,0 xEE,0 xFF,0 xFF,/*/*基基,0*/0 xBF,0 xFF,0 xBF,0 xFF,0 xBD,0 xFF,0 xBD,0 xFF,0 xBD,0 xFF,0 xBD,0 xBF,0 xBD,0 x7F,0 x01,0 x80,1616点阵滚动显示参考程序如下：点阵滚动显示参考程序如下：0 xBD,0 xFF,0 xBD,0 xFF,0 xBD,0 xFF,0 xBD,0 x
34、FF,0 xBD,0 xFF,0 xBF,0 xFF,0 xBF,0 xFF,0 xFF,0 xFF,0 xBD,0 xFF,0 xBD,0 xFF,0 xBD,0 xFF,0 xBD,0 xFF,0 xBD,0 xFF,0 xBF,0 xFF,0 xBF,0 xFF,0 xFF,0 xFF,/*/*于于,1*/,1*/0 xF7,0 xDF,0 x07,0 xC0,0 xF7,0 xDE,0 xF7,0 xFE,0 xF7,0 xFE,0 xF7,0 xFE,0 x0F,0 xFF,0 xFF,0 xFF,0 xF7,0 xDF,0 x07,0 xC0,0 xF7,0 xDE,0 xF7,0
35、 xFE,0 xF7,0 xFE,0 xF7,0 xFE,0 x0F,0 xFF,0 xFF,0 xFF,/*P,2*/*P,2*/0 x7F,0 xDF,0 x7F,0 xDF,0 x7F,0 xC0,0 xFF,0 xDE,0 x7F,0 xDF,0 x7F,0 xFF,0 x7F,0 xFE,0 xFF,0 xFF,0 x7F,0 xDF,0 x7F,0 xDF,0 x7F,0 xC0,0 xFF,0 xDE,0 x7F,0 xDF,0 x7F,0 xFF,0 x7F,0 xFE,0 xFF,0 xFF,/*r,3*/*r,3*/0 xFF,0 xFF,0 xFF,0 xE0,0 x7F
36、,0 xDF,0 x7F,0 xDF,0 x7F,0 xDF,0 x7F,0 xDF,0 xFF,0 xE0,0 xFF,0 xFF,0 xFF,0 xFF,0 xFF,0 xE0,0 x7F,0 xDF,0 x7F,0 xDF,0 x7F,0 xDF,0 x7F,0 xDF,0 xFF,0 xE0,0 xFF,0 xFF,/*o,4*/*o,4*/0 xFF,0 xFF,0 x7F,0 xFF,0 x7F,0 xFF,0 x1F,0 xE0,0 x7F,0 xDF,0 x7F,0 xDF,0 xFF,0 xFF,0 xFF,0 xFF,0 xFF,0 xFF,0 x7F,0 xFF,0 x7
37、F,0 xFF,0 x1F,0 xE0,0 x7F,0 xDF,0 x7F,0 xDF,0 xFF,0 xFF,0 xFF,0 xFF,/*t,5*/*t,5*/0 xFF,0 xFF,0 xFF,0 xE0,0 x7F,0 xDD,0 x7F,0 xDD,0 x7F,0 xDD,0 x7F,0 xDD,0 xFF,0 xEC,0 xFF,0 xFF,0 xFF,0 xFF,0 xFF,0 xE0,0 x7F,0 xDD,0 x7F,0 xDD,0 x7F,0 xDD,0 x7F,0 xDD,0 xFF,0 xEC,0 xFF,0 xFF,/*e,6*/*e,6*/0 x7F,0 xFF,0
38、x7F,0 xE0,0 xFF,0 xDF,0 xFF,0 xDF,0 xFF,0 xDF,0 x7F,0 xEF,0 x7F,0 xC0,0 xFF,0 xDF,0 x7F,0 xFF,0 x7F,0 xE0,0 xFF,0 xDF,0 xFF,0 xDF,0 xFF,0 xDF,0 x7F,0 xEF,0 x7F,0 xC0,0 xFF,0 xDF,/*u,7*/*u,7*/0 xFF,0 xFF,0 xFF,0 xCC,0 x7F,0 xDB,0 x7F,0 xDB,0 x7F,0 xDB,0 x7F,0 xDB,0 x7F,0 xE6,0 xFF,0 xFF,0 xFF,0 xFF,0
39、 xFF,0 xCC,0 x7F,0 xDB,0 x7F,0 xDB,0 x7F,0 xDB,0 x7F,0 xDB,0 x7F,0 xE6,0 xFF,0 xFF,/*s,8*/*s,8*/0 xFF,0 xFE,0 x7F,0 xFF,0 x9F,0 xFF,0 x07,0 x00,0 xF8,0 x7F,0 xF7,0 xBF,0 xF7,0 xCF,0 x07,0 xF0,0 xFF,0 xFE,0 x7F,0 xFF,0 x9F,0 xFF,0 x07,0 x00,0 xF8,0 x7F,0 xF7,0 xBF,0 xF7,0 xCF,0 x07,0 xF0,0 x76,0 xFF,
40、0 x71,0 xBF,0 x77,0 x7F,0 x77,0 xBF,0 x77,0 xC0,0 xF7,0 xFF,0 xF7,0 xFF,0 xFF,0 xFF,0 x76,0 xFF,0 x71,0 xBF,0 x77,0 x7F,0 x77,0 xBF,0 x77,0 xC0,0 xF7,0 xFF,0 xF7,0 xFF,0 xFF,0 xFF,/*/*仿仿,9*/,9*/0 xFF,0 xEF,0 xFB,0 xEF,0 xFB,0 x6F,0 x0B,0 xA0,0 xAB,0 xCA,0 xAB,0 xEA,0 xAB,0 xEA,0 xA0,0 xEA,0 xAB,0 xE
41、A,0 xAB,0 xEA,0 xAB,0 xCA,0 x0B,0 xA0,0 xFB,0 x6F,0 xFB,0 xEF,0 xFF,0 xEF,0 xFF,0 xFF,/*真,10*/0 xFF,0 xFF,0 x07,0 x80,0 xF3,0 xDE,0 xF4,0 xDE,0 xF7,0 xDE,0 xF7,0 xDE,0 x07,0 x80,0 xBF,0 xFF,0 xCF,0 xFF,0 x70,0 xFF,0 xF7,0 xBC,0 xF7,0 x7F,0 xF7,0 xBF,0 x07,0 xC0,0 xFF,0 xFF,0 xFF,0 xFF,/*的,11*/0 xFF,
42、0 xEF,0 xFF,0 xEF,0 x07,0 xEC,0 xB6,0 xED,0 xB5,0 xED,0 xB3,0 xED,0 xB7,0 xED,0 x07,0 x00,0 xB7,0 xED,0 xB3,0 xED,0 xB5,0 xED,0 xB6,0 xED,0 x07,0 xEC,0 xFF,0 xEF,0 xFF,0 xEF,0 xFF,0 xFF,/*单,12*/0 xFF,0 xFF,0 xFF,0 x7F,0 xFF,0 x9F,0 x01,0 xE0,0 xDF,0 xFD,0 xDF,0 xFD,0 xDF,0 xFD,0 xDF,0 xFD,0 xDF,0 xF
43、D,0 xC0,0 xFD,0 xDF,0 x01,0 xDF,0 xFF,0 xDF,0 xFF,0 xDF,0 xFF,0 xFF,0 xFF,0 xFF,0 xFF,/*片,13*/0 xEF,0 xFB,0 xEF,0 xFC,0 x2F,0 xFF,0 x00,0 x00,0 x6F,0 xFF,0 xEF,0 x7C,0 xFF,0 x9F,0 x01,0 xE0,0 xFD,0 xFF,0 xFD,0 xFF,0 xFD,0 xFF,0 x01,0 xC0,0 xFF,0 xBF,0 xFF,0 xBF,0 xFF,0 x87,0 xFF,0 xFF,/*机,14*/0 xEF,
44、0 xFB,0 xEF,0 xBB,0 xEF,0 x7D,0 x00,0 x80,0 xEF,0 xFE,0 x6F,0 x7F,0 xF7,0 x7F,0 x77,0 xBF,0 x77,0 xBC,0 x77,0 xD3,0 x00,0 xEF,0 x77,0 xD7,0 x77,0 xB9,0 x77,0 x7E,0 xF7,0 x7F,0 xFF,0 xFF,/*技,15*/0 xF7,0 xFF,0 x33,0 x00,0 xB5,0 xED,0 xB6,0 xED,0 xB7,0 xAD,0 xB5,0 x6D,0 x33,0 x80,0 xE7,0 xFF,0 xFF,0 xF
45、F,0 x80,0 x81,0 x77,0 x77,0 x77,0 x77,0 x7B,0 x7B,0 x7D,0 x7D,0 x1F,0 x1F,0 xFF,0 xFF,/*能,16*/0 xFF,0 xBF,0 xFF,0 xCF,0 x03,0 xF0,0 xFB,0 xBF,0 xBB,0 xBF,0 x7B,0 xBE,0 xFB,0 xB1,0 xDA,0 xBF,0 x39,0 xBF,0 xFB,0 x9C,0 xFB,0 xAF,0 xFB,0 xB3,0 xFB,0 xBC,0 x1B,0 xBF,0 xFB,0 xBF,0 xFF,0 xFF,/*应,17*/0 xFF,
46、0 x7F,0 xFF,0 x9F,0 x01,0 xE0,0 xDD,0 xFD,0 xDD,0 xFD,0 xDD,0 xFD,0 xDD,0 xFD,0 x01,0 x80,0 xFF,0 x7F,0 xFF,0 x9F,0 x01,0 xE0,0 xDD,0 xFD,0 xDD,0 xFD,0 xDD,0 xFD,0 xDD,0 xFD,0 x01,0 x80,0 xDD,0 xFD,0 xDD,0 xFD,0 xDD,0 xBD,0 xDD,0 x7D,0 x01,0 x80,0 xFF,0 xFF,0 xFF,0 xFF,0 xFF,0 xFF,0 xDD,0 xFD,0 xDD,
47、0 xFD,0 xDD,0 xBD,0 xDD,0 x7D,0 x01,0 x80,0 xFF,0 xFF,0 xFF,0 xFF,0 xFF,0 xFF,/*/*用用,18*/,18*/0 xFF,0 xF7,0 xFF,0 xF7,0 x1F,0 xF7,0 x60,0 xF7,0 x77,0 xF7,0 x77,0 xF7,0 x77,0 xF7,0 x77,0 xF7,0 xFF,0 xF7,0 xFF,0 xF7,0 x1F,0 xF7,0 x60,0 xF7,0 x77,0 xF7,0 x77,0 xF7,0 x77,0 xF7,0 x77,0 xF7,0 x77,0 xF7,0
48、x77,0 xB7,0 x77,0 x7F,0 x77,0 xBF,0 x77,0 xC0,0 xF7,0 xFF,0 xFF,0 xFF,0 xFF,0 xFF,0 x77,0 xF7,0 x77,0 xB7,0 x77,0 x7F,0 x77,0 xBF,0 x77,0 xC0,0 xF7,0 xFF,0 xFF,0 xFF,0 xFF,0 xFF,/*/*与与,19*/,19*/0 xEF,0 xFB,0 xF3,0 x7B,0 xFB,0 x7B,0 x7B,0 xBB,0 xEB,0 xB8,0 x9B,0 xDB,0 xFA,0 xEB,0 xF9,0 xF3,0 xEF,0 xF
49、B,0 xF3,0 x7B,0 xFB,0 x7B,0 x7B,0 xBB,0 xEB,0 xB8,0 x9B,0 xDB,0 xFA,0 xEB,0 xF9,0 xF3,0 x0B,0 xF8,0 xFB,0 xF3,0 xFB,0 xEB,0 xFB,0 xDB,0 xFB,0 xBB,0 xEB,0 x7B,0 xF3,0 xFB,0 xFF,0 xFF,0 x0B,0 xF8,0 xFB,0 xF3,0 xFB,0 xEB,0 xFB,0 xDB,0 xFB,0 xBB,0 xEB,0 x7B,0 xF3,0 xFB,0 xFF,0 xFF,/*/*实实,20*/,20*/0 xBF,
50、0 xFF,0 xBF,0 xFF,0 xBD,0 xFF,0 x33,0 xC0,0 xFF,0 xEF,0 xFF,0 x77,0 xFF,0 x9F,0 x00,0 xE0,0 xBF,0 xFF,0 xBF,0 xFF,0 xBD,0 xFF,0 x33,0 xC0,0 xFF,0 xEF,0 xFF,0 x77,0 xFF,0 x9F,0 x00,0 xE0,0 xFF,0 xFF,0 xFF,0 xFF,0 x01,0 xC0,0 xFF,0 xFF,0 xFF,0 xFF,0 x00,0 x00,0 xFF,0 xFF,0 xFF,0 xFF,0 xFF,0 xFF,0 xFF,