m128_alky_touch_con1.lst

m8做的电压检测

__start:
__text_start:
    61E1 EFCF      LDI	R28,0xFF
    61E2 E1D0      LDI	R29,0x10
    61E3 BFCD      OUT	0x3D,R28
    61E4 BFDE      OUT	0x3E,R29
    61E5 51C0      SUBI	R28,0x10
    61E6 40D0      SBCI	R29,0
    61E7 EA0A      LDI	R16,0xAA
    61E8 8308      STD	Y+0,R16
    61E9 2400      CLR	R0
    61EA E0E0      LDI	R30,0
    61EB E0F1      LDI	R31,1
    61EC E011      LDI	R17,1
    61ED 39E7      CPI	R30,0x97
    61EE 07F1      CPC	R31,R17
    61EF F011      BEQ	0x61F2
    61F0 9201      ST	R0,Z+
    61F1 CFFB      RJMP	0x61ED
    61F2 8300      STD	Z+0,R16
    61F3 ECE2      LDI	R30,0xC2
    61F4 ECF3      LDI	R31,0xC3
    61F5 E0A0      LDI	R26,0
    61F6 E0B1      LDI	R27,1
    61F7 EC13      LDI	R17,0xC3
    61F8 3CE2      CPI	R30,0xC2
    61F9 07F1      CPC	R31,R17
    61FA F021      BEQ	0x61FF
    61FB 95C8      LPM
    61FC 9631      ADIW	R30,1
    61FD 920D      ST	R0,X+
    61FE CFF9      RJMP	0x61F8
    61FF 940E 99BD CALL	_main
_exit:
    6201 CFFF      RJMP	_exit
_PIDCalc:
  TEMP                 --> Y,+1
  dError               --> R10
  Error                --> R12
  NextPoint            --> R10
  pp                   --> R20
    6202 940E 9C27 CALL	push_xgset303C
    6204 0159      MOVW	R10,R18
    6205 01A8      MOVW	R20,R16
FILE: D:\Program\M128_ALKY_Touch_CON1\M128_ALKY_Touch_CON1.c
(0001) //ICC-AVR application builder : 2007-10-26 14:46:56
(0002) // Target : M128
(0003) // Crystal: 4.0000Mhz
(0004) // IC：M128,DS1302,LM324
(0005) // 功能：酒精浓度气体发生Hh6232A
(0006) // 说明：酒精浓度检测采用LM324模拟电路
(0007) // 作者：邵伍胜
(0008) // 创作时期：2007年10月
(0009) // 修改时期：2008年01月
(0010) 
(0011) #include <iom128v.h>
(0012) #include <macros.h>
(0013) 
(0014) 
(0015) #define uint unsigned int
(0016) #define uchar unsigned char
(0017) //********************************** main
(0018) //**********************************
(0019) typedef struct PID {
(0020) uint   SetPoint; // 设定目标Desired value
(0021) uchar  Proportion; // 比例常数Proportional Const
(0022) uchar  Integral; // 积分常数Integral Const
(0023) uchar  Derivative; // 微分常数Derivative Const
(0024) int    LastError; // Error[-1]
(0025) 
(0026) int    PrevError; // Error[-2]
(0027) int    SumError; // Sums of Errors
(0028) } PID;
(0029) 
(0030) PID    LD_PID; 
(0031) PID    WD_PID; 
(0032) //LD_PID.Proportion=5;  LD_PID.Integral=1;  LD_PID.Derivative=12;
(0033) //WD_PID.Proportion=20; WD_PID.Integral=2;  WD_PID.Derivative=40;
(0034) //***********************************
(0035) 
(0036) const unsigned char KEY_TZ[16];       
(0037) const unsigned char CON_TAB[240][40];
(0038) const unsigned char START_TAB[240][40];
(0039) const unsigned char L_TAB[240][40];
(0040) const unsigned char ZM_Verdana_fifty[10][51][6];
(0041) const unsigned char ZM_Verdana_nine[12][9];
(0042) const unsigned char ZM_Songti_twelve[12][11];
(0043) const unsigned char ZM_Songti_ten_ChangK[12][4];
(0044) const unsigned char ZM_Songti_ten_DianD[12][4];
(0045) const unsigned char MiMa_TAB[3][8];
(0046) const unsigned char GX_TAB[8];
(0047) const unsigned char SELECT_BDLD_TAB[12][32];
(0048) const unsigned char OK_BDLD_TAB[12][32];
(0049) const unsigned char Succeed_BDLD_TAB[12][32];
(0050) const unsigned char Fail_BDLD_TAB[12][32];
(0051) const unsigned char TOUCH_KEY_TAB[195][28];
(0052) const unsigned char TOUCH_MENU_TAB[195][28];
(0053) const unsigned char TOUCH_KEY_BD[38][7];
(0054) const unsigned char TOUCH_MENU_Message[16][12][25];
(0055) const unsigned char TOUCH_LOCK_TAB[2][16][2];
(0056) //**********************************
(0057) //EEPROM存储结构
(0058) #define EE_Set_LD_AddrL   0x0030  //
(0059) #define EE_Set_LD_AddrH   0x0031  //浓度
(0060) #define EE_Set_FL_AddrL   0x0032  //
(0061) #define EE_Set_FL_AddrH   0x0033  //风量
(0062) #define EE_Set_WD_Addr    0x0034  //温度
(0063) #define EE_MODE_SJ_Addr   0x0035  //时间模式，1：定时控制；2：点动；3：常开
(0064) #define EE_Set_SJ_Addr    0x0036  //时间
(0065) //******
(0066) 
(0067) #define EE_F_WDZQ_Addr    0x0037  //
(0068) #define EE_F_LDZQ_AddrL   0x0038  //
(0069) #define EE_F_LDZQ_AddrH   0x0039  //
(0070) #define EE_F_FSYZ_Addr    0x003A  //换算因子标记  0：2000；1：2100；2：2200
(0071) #define EE_F_YYJB_Addr    0x003B  //
(0072) 
(0073) #define EE_F_MiMa_Addr1   0x003C  //
(0074) #define EE_F_MiMa_Addr2   0x003D  //
(0075) #define EE_F_MiMa_Addr3   0x003E  //
(0076) #define EE_F_MiMa_Addr4   0x003F  //
(0077) #define EE_F_MiMa_Addr5   0x0040  //
(0078) #define EE_F_MiMa_Addr6   0x0041  //用户级
(0079) 
(0080) #define EE_L_MiMa_Addr1   0x0042  //
(0081) #define EE_L_MiMa_Addr2   0x0043  //
(0082) #define EE_L_MiMa_Addr3   0x0044  //
(0083) #define EE_L_MiMa_Addr4   0x0045  //
(0084) #define EE_L_MiMa_Addr5   0x0046  //
(0085) #define EE_L_MiMa_Addr6   0x0047  //工厂级
(0086) 
(0087) #define EE_LDPID_P_Addr    0x0048  //浓度P系数
(0088) #define EE_LDPID_I_Addr    0x0049  //浓度I系数
(0089) #define EE_LDPID_D_Addr    0x004A  //浓度D系数
(0090) #define EE_LDPID_MAX_AddrL 0x004B  //浓度饱和值
(0091) #define EE_LDPID_MAX_AddrH 0x004C  //浓度饱和值
(0092) #define EE_WDPID_P_Addr    0x004D  //温度P系数
(0093) #define EE_WDPID_I_Addr    0x004E  //温度I系数
(0094) #define EE_WDPID_D_Addr    0x004F  //温度D系数
(0095) #define EE_WDPID_MAX_AddrL 0x0050  //温度饱和值
(0096) #define EE_WDPID_MAX_AddrH 0x0051  //温度饱和值
(0097) 
(0098) #define EE_BDLD_052_AddrL  0x0052  
(0099) #define EE_BDLD_052_AddrH  0x0053  
(0100) #define EE_BDLD_130_AddrL  0x0054  
(0101) #define EE_BDLD_130_AddrH  0x0055  
(0102) #define EE_BDLD_208_AddrL  0x0056  
(0103) #define EE_BDLD_208_AddrH  0x0057  
(0104) #define EE_BDLD_300_AddrL  0x0058  
(0105) #define EE_BDLD_300_AddrH  0x0059  
(0106) #define EE_BDLD_520_AddrL  0x005A  
(0107) #define EE_BDLD_520_AddrH  0x005B  
(0108) #define EE_BDLD_780_AddrL  0x005C  
(0109) #define EE_BDLD_780_AddrH  0x005D  
(0110) 
(0111) #define EE_LD_CLR_Addr     0x0060
(0112) 
(0113) #define EE_BD_Year_Addr    0x0061
(0114) #define EE_BD_Month_Addr   0x0062
(0115) #define EE_BD_Date_Addr    0x0063
(0116) 
(0117) //0x0070-0x00BF为十组参数记忆
(0118) //**********************************
(0119) #define SELECT_BDLD_1      0x01
(0120) #define OK_BDLD_2          0x02
(0121) #define Succeed_BDLD_3     0x03
(0122) #define Fail_BDLD_4        0x04
(0123) 
(0124) #define Year   DataTime[0]
(0125) #define Month  DataTime[1]
(0126) #define Date   DataTime[2]
(0127) #define Hour   DataTime[3]
(0128) #define Minute DataTime[4]
(0129) #define Second DataTime[5]
(0130) 
(0131) #define BDLD_052  BDLD_DianYa[0]
(0132) #define BDLD_130  BDLD_DianYa[1]
(0133) #define BDLD_208  BDLD_DianYa[2]
(0134) #define BDLD_300  BDLD_DianYa[3]
(0135) #define BDLD_520  BDLD_DianYa[4]
(0136) #define BDLD_780  BDLD_DianYa[5]
(0137) 
(0138) unsigned char DataTime[6];
(0139) 
(0140) unsigned int  BDLD_DianYa[6];
(0141) 
(0142) unsigned char BD_Year;
(0143) unsigned char BD_Month;
(0144) unsigned char BD_Date;
(0145) unsigned char BD_Succeed_Flag;
(0146) 
(0147) unsigned char MENU_NUM;
(0148) unsigned char Last_Key;
(0149) unsigned char Time_Change_Enable; //时间改变使能
(0150) unsigned char Time_Change_Flag;   //时间改变标志1-10
(0151) unsigned char Flag_500ms;         //半秒闪烁标志
(0152) 
(0153) unsigned char Set_Change_Enable;  //设定值改变使能
(0154) unsigned char Set_Change_Flag1;    //设定值改变标志1-4
(0155) unsigned char Set_Change_Flag2;    //
(0156) unsigned char PID_Change_Flag1;    //
(0157) unsigned char PID_Change_Flag2;    //
(0158) 
(0159) unsigned char L_Change_Enable;
(0160) unsigned char L_PID_Change_Enable;
(0161) unsigned char F_Change_Enable;
(0162) unsigned char F_FLAG1;            //
(0163) unsigned char F_FLAG2;            //
(0164) unsigned char Button_FLAG;            //
(0165) 
(0166) unsigned char L_FLAG1;            //
(0167) unsigned char L_FLAG2;            //
(0168) unsigned char BDLD_FLAG;            //
(0169) unsigned char LD_CLR_FLAG;
(0170) 
(0171) unsigned char BDLD_YN_FLAG052;   
(0172) unsigned char BDLD_YN_FLAG130;     
(0173) unsigned char BDLD_YN_FLAG208;     
(0174) unsigned char BDLD_YN_FLAG300;     
(0175) unsigned char BDLD_YN_FLAG520;     
(0176) 
(0177) 
(0178) unsigned char MiMa_TEMP[6];
(0179) unsigned char KEY_TEMP[6];
(0180) unsigned char P_OK;
(0181) 
(0182) unsigned char Count_50ms;
(0183) 
(0184) unsigned char Count_5S;
(0185) 
(0186) //*********
(0187) unsigned int  DQ_LD_Value;         //当前浓度值
(0188) unsigned int  Set_LD_Value;        //设定浓度值
(0189) unsigned int  Set_LiuLiang_Value;  //设定流量值
(0190) unsigned char Set_WenDu_Value;     //设定温度值
(0191) unsigned char Set_ShiJian_Value;   //设定时间值
(0192) unsigned char Set_ShiJian_MODE;    //时间模式，1：定时控制；2：点动；3：常开
(0193) float         DQ_WenDu_Value;      //当前温度值
(0194) unsigned char DQ_ShiDu_Value;      //当前湿度值
(0195) float         ZhuQi_WenDu_Value;   //注气温度值
(0196) unsigned int  DQ_LiuLiang_Value;   //当前流量值
(0197) unsigned char DaoJiShi_Value;      //倒计时间值
(0198) float         DQ_mgl_Value;        //当前mgl值
(0199) float         DQ_BAC_Value;        //当前BAC值
(0200) //****************
(0201) unsigned char F_WDZQ_Value;        //设定温度周期值
(0202) unsigned int  F_LDZQ_Value;        //设定浓度周期值
(0203) unsigned char F_FSYZ_FLAG;         //换算因子标记  0：2000；1：2100；2：2200
(0204) unsigned char F_YYJB_Value;        //设定原液加补值
(0205) unsigned int  YYJB_DJS_Value;      //原液加补倒计时间值
(0206) 
(0207) unsigned int  DQ_LD_XianShi_TOT;
(0208) unsigned int  DQ_LD_Value_XianShi;
(0209) unsigned int  DQ_WenDu_TOT;        //当前温度值之和
(0210) unsigned int  ZhuQi_WenDu_TOT;     //注气温度值之和
(0211) unsigned int  DQ_ShiDu_TOT;        //当前湿度值之和
(0212) unsigned long int ADC_data_T;
(0213) unsigned int  BDLD_AD_Value;        //标定时浓度AD值
(0214) unsigned int  ICR1_TEMP;
(0215) unsigned int  ICR3_TEMP;
(0216) 
(0217) unsigned char LOCK_Count;
(0218) 
(0219) unsigned int  LD_CLR_Count;
(0220) unsigned char LD_CLR_Value;
(0221) 
(0222) unsigned int  LDPID_MAX;           //浓度PID饱和值
(0223) unsigned int  WDPID_MAX;           //温度PID饱和值
(0224) 
(0225) unsigned int  LDPWM_Value_XianShi;         //
(0226) uchar FLAG;
(0227) //*********FLAG*********** 
(0228)      #define TOUCH_KEY_DISP_F      0x07
(0229)      #define TOUCH_MENU_DISP_F      0x06
(0230)      #define TOUCH_LOCK_F      0x05
(0231)     
(0232)      
(0233)      #define Set_TOUCH_KEY_DISP_F()     FLAG|=1<<TOUCH_KEY_DISP_F
(0234)      #define Clr_TOUCH_KEY_DISP_F()     FLAG&=~(1<<TOUCH_KEY_DISP_F)
(0235)      #define YN_TOUCH_KEY_DISP_F        (FLAG&(1<<TOUCH_KEY_DISP_F))
(0236)      
(0237)      #define Set_TOUCH_MENU_DISP_F()     FLAG|=1<<TOUCH_MENU_DISP_F
(0238)      #define Clr_TOUCH_MENU_DISP_F()     FLAG&=~(1<<TOUCH_MENU_DISP_F)
(0239)      #define YN_TOUCH_MENU_DISP_F        (FLAG&(1<<TOUCH_MENU_DISP_F))
(0240)      
(0241)      #define Set_TOUCH_LOCK_F()     FLAG|=1<<TOUCH_LOCK_F
(0242)      #define Clr_TOUCH_LOCK_F()     FLAG&=~(1<<TOUCH_LOCK_F)
(0243)      #define YN_TOUCH_LOCK_F        (FLAG&(1<<TOUCH_LOCK_F))
(0244) //**********************************
(0245) #define  F_WDZQ_Addr    0x47B9     //
(0246) #define  F_LDZQ_Addr    0x4BC9     //
(0247) #define  F_FSYZ_Addr    0x4FB1     // 
(0248) 
(0249) #define  F_Year_Addr    0x53E9     //
(0250) #define  F_Month_Addr   0x53EE     //
(0251) #define  F_Date_Addr    0x53F2     //
(0252) #define  F_Hour_Addr    0x53F7     //
(0253) #define  F_Minute_Addr  0x53FA     //
(0254) #define  F_Second_Addr  0x53FD     //
(0255) 
(0256) #define  F_YYJB_Addr    0x57A9     //
(0257) #define  F_MiMa_Addr    0x5BEA     //
(0258) //**********************************
(0259) #define DQ_LD_Addr        0x494C  //当前浓度
(0260) #define Set_LD_Addr       0x47B2  //(49*40)+(80/8)浓度
(0261) #define Set_LiuLiang_Addr 0x4BC2  //(75*40)+(80/8)流量
(0262) #define Set_WenDu_Addr    0x4FD2  //(101*40)+(80/8)温度
(0263) #define Set_ShiJian_Addr  0x53E2  //(127*40)+(80/8)时间
(0264) #define DQ_WenDu_Addr     0x57F2  //(153*40)+(80/8)当前温度
(0265) #define DQ_ShiDu_Addr     0x5B8A  //(176*40)+(80/8)当前湿度
(0266) #define ZhuQi_WenDu_Addr  0x5F70  //(201*40)+(64/8)注气温度
(0267) #define DQ_LiuLiang_Addr  0x5F7B  //(201*40)+(152/8)流量
(0268) #define DaoJiShi_Addr     0x5F8B  //(201*40)+(280/8)倒计时间
(0269) #define mgl_Addr          0x57FE 
(0270) #define BAC_Addr          0x5808
(0271) //**********************************
(0272) //#define DQ_WenDu_ADC      0x02  //当前温度 ADMUX select adc input 2
(0273) //#define DQ_ShiDu_ADC      0x03  //当前湿度 ADMUX select adc input 3
(0274) //#define ZhuQi_WenDu_ADC   0x01  //注气温度 ADMUX select adc input 1
(0275) //#define DQ_LD_ADC         0x00  //当前浓度 ADMUX select adc input 0
(0276) 
(0277) #define DQ_WenDu_ADC      0x00  //当前温度 ADMUX select adc input 0
(0278) #define DQ_ShiDu_ADC      0x01  //当前湿度 ADMUX select adc input 1
(0279) #define ZhuQi_WenDu_ADC   0x04  //注气温度 ADMUX select adc input 4
(0280) #define DQ_LD_ADC         0x06  //当前浓度 ADMUX select adc input 6
(0281) //**********************************
(0282) #define SOUND_PORT     PORTB
(0283) #define SOUND          0x03   //portb3    
(0284) #define Set_SOUND()    SOUND_PORT|=1<<SOUND    
(0285) #define Clr_SOUND()    SOUND_PORT&=~(1<<SOUND)    
(0286) //**********************************
(0287) #define Set_FA_OUT()   PORTB|=1<<7
(0288) #define Clr_FA_OUT()   PORTB&=~(1<<7)
(0289) #define Cpl_FA_OUT()   PORTB^=1<<7
(0290) //***********
(0291) //#define Set_BENG_CON()   PORTB|=1<<6
(0292) //#define Clr_BENG_CON()   PORTB&=~(1<<6)
(0293) #define Set_BENG_CON()   PORTB|=1<<5
(0294) #define Clr_BENG_CON()   PORTB&=~(1<<5)
(0295) //**********************************
(0296) #define LCD_WR_PORT    PORTD
(0297) #define LCD_RD_PORT    PORTD 
(0298) #define LCD_CS_PORT    PORTG 
(0299) #define LCD_RS_PORT    PORTG
(0300) 
(0301) #define LCD_DATA_PORT  PORTC 
(0302) 
(0303) #define LCD_WR         0x40   //portd6        out 
(0304) #define LCD_RD         0x80   //portd7        out 
(0305) #define LCD_CS         0x01   //portg0        out 
(0306) #define LCD_RS         0x02   //portg1        out 注意置位的格式
(0307) //**********************************
(0308) //**********************************
(0309) #define ads1100_writeaddr             0x90
(0310) #define ads1100_readaddr               0x91
(0311) 
(0312) #define ADS1100_data 1 //pd1				  ads1100的第4脚
(0313) #define ADS1100_scl  0 //pd0				  ads1100的第3脚
(0314)