key.c~

使用avr--cc2420模块程序,需要原理图的联系 QQ:120304948

							{
								if (num[0]>0x39 || num[0]<0x30)
								{
									num[0]=0x31;
									num[1]=0x20;
								}
								for (i=0;i<11;i++)
								{
									MobilePhone[i]=num[i];    
								}
								disp_string(14,24,num);
							}
							gotoxy(14,4);
							break; 
						case 9:
	                        memset(num, 0x00, 25);
							i=input_num(2,0);
							if (i)
							{
								if (num[0]>0x39 || num[0]<0x30)
								{
									num[0]=0x31;
									num[1]=0x20;
								}
								i=atoi(num);
								fGrid=(float)i*0.1;
 								memset(strdata, 0x00, 15);
								sprintf(strdata,"%3.1f",fGrid); 
								disp_string(14,64,strdata);
							}
							gotoxy(16,9);
							break; 
						}
//						gotoxy(14,_cy);
//						cursor(2);
//						cursor_off;
//                      return(1);
						break;
					default:
						break;
			}
        }
    }
}

unsigned char set_alarmdata(void)
{
    unsigned char key_value;

    disp_title(2);
    cursor(2);
    cursor_on;
    gotoxy(20,1);
	timer_delay(1000);
    while(1)
    {
        wdr();
        if (check_key())
        {
            key_value=read_key();
            switch(key_value)
            {
                case UP:
                    if (_cy==1)
                    {
                        _cy=15;
                    }
                    else
                        _cy=_cy-2;
                    gotoxy(20,_cy);
                    break;
                case DOWN:
                    if (_cy==15)
                    {
                        _cy=1;
                    }
                    else
                        _cy=_cy+2;
                    gotoxy(20,_cy);
                    break;
                case CANCEL:
                    cursor(2);
                    cursor_off;
                    return(1);
//                    break;
                case OK:
                    switch (_cy) 
                    { 
						case 1:
							my_ombset.fPatrol10m=set_rain();
							sprintf(num,"%5.1f",(float)my_ombset.fPatrol10m); 
							disp_string(20,0,num);
							break; 
						case 3:
							my_ombset.fPatrol1h=(float)set_rain();
							sprintf(num,"%5.1f",my_ombset.fPatrol1h); 
							disp_string(20,16,num);
							break; 
						case 5:
							my_ombset.fPatrol1d=(float)set_rain();
							sprintf(num,"%5.1f",my_ombset.fPatrol1d); 
							disp_string(20,32,num);
							break; 
						case 7:
							my_ombset.fPatrolCon=(float)set_rain();
							sprintf(num,"%5.1f",my_ombset.fPatrolCon); 
							disp_string(20,48,num);
							break; 
						case 9:
							my_ombset.fRisk10m=set_rain();
							sprintf(num,"%5.1f",(float)my_ombset.fRisk10m); 
							disp_string(20,64,num);
							break; 
						case 11:
							my_ombset.fRisk1h=(float)set_rain();
							sprintf(num,"%5.1f",my_ombset.fRisk1h); 
							disp_string(20,80,num);
							break; 
						case 13:
							my_ombset.fRisk1d=(float)set_rain();
							sprintf(num,"%5.1f",my_ombset.fRisk1d); 
							disp_string(20,96,num);
							break; 
						case 15:
							my_ombset.fRiskCon=(float)set_rain();
							sprintf(num,"%5.1f",my_ombset.fRiskCon); 
							disp_string(20,112,num);
							break; 
					}
                    gotoxy(20,_cy);
                    cursor(2);
//                    cursor_off;
//                    return(1);
                    break;
                default:
                    break;
            }
        }
    }
}

void key_call(void)
{
//    unsigned char strdata[15];

	keyvalue=check_key();
//    memset(strdata, 0x00, 15);
//    sprintf(strdata,"%u  ",keyvalue); 
//    disp_string(0,128,strdata);
}

void key_proc(unsigned char key)
{
//    unsigned char strdata[15];
    
//      sprintf(strdata,"%u  ",key); 
//    	disp_string(0,128,strdata);
	switch(key)
	{
		case SETUP:
            rtc_set_flag = TRUE;
			psw_deal();
	        rtc_set_flag = FALSE;
			break;
		case UP:
            graph_page(1);
            graph_page(1);
	        rtc_set_flag = FALSE;
			break;
		case DOWN:
            rtc_set_flag = TRUE;
            graph_page(0);
            disp_title(2);
			break;
		default: 
			break;
	}
}

void psw_deal(void)
{
    unsigned int inpsw=0;
    
	memset(num, 0x00, 25);
    screen_line(0);
    graph_page(0);
    disp_title(3);
    cursor_on;
    gotoxy(10,7);
    input_num(5,0);
    cursor_off;
    if (num[0]>0x39 || num[0]<0x30)
    {
        num[0]=0x31;
        num[1]=0x20;
    }
    inpsw=atoi(num);
    if (inpsw == SETPSW)
    {
        disp_title(5);
        key_deal();
    }
    else
    {
        screen_line(1);
        graph_page(1);
    }
}

void key_deal(void)
{
    unsigned char i;
    
    i=0;
    while (i==0)
    {
        wdr();
        if (check_key())
        {
            i=check_key();
            switch(i)
            {
                case ONE:
                    set_alarmdata();
                    i=1;
                    break;
                case TWO:
                    set_mobilephone();
                    i=1;
                    break;
                case THREE:
                    set_clock();
                    i=1;
                    break;
                case FOUR:
                    call_data();
                    i=1;
                    break;
                case FIVE:
                    data_print();
                    i=1;
                    break;
                case EIGHT:
                    disp_idip();
                    i=1;
                    break;
                case CANCEL:
                    i=1;
                    break;
                default:
                    i=0; 
                    break;
            }
        }
    }
    screen_line(1);
    graph_page(1);
}

void disp_idip(void)
{
    unsigned int i;
    unsigned char strdata[30];
    
    memset(strdata, 0x00, 30);
    disp_title(9);
    i=MY_ID;
    sprintf((unsigned char*)strdata, "%d", i);
    disp_string(12,38,strdata);
    sprintf((unsigned char*)strdata, "%d.%d.%d.%d", my_ipaddr.classA,my_ipaddr.classB,my_ipaddr.classC,my_ipaddr.classD);
    disp_string(12,68,strdata);
	timer_delay(1000);
    while(check_key() != CANCEL)
    {
        wdr();
    }
}

void set_clock(void)
{
    unsigned char i;
	
	memset(num, 0x00, 25);
    disp_title(6);
    cursor_on; 
    gotoxy(6,8); 
	timer_delay(1000);
    i=input_num(20,0);
    cursor_off; 
    if (i)
    {
        if (num[0]>0x39 || num[0]<0x30)
        {
            num[0]=0x31;
            num[1]=0x20;
        }
	    num[0]=bcd_add(num[2],num[3]);
	    num[5]=0x00;
	    num[4]=bcd_add(num[5],num[6]);
	    num[3]=bcd_add(num[8],num[9]);
	    num[2]=bcd_add(num[11],num[12]);
	    num[1]=bcd_add(num[14],num[15]);
	    num[6]=num[0];
	    num[0]=bcd_add(num[17],num[18]);

        v_Set1302(num);
        CLK_YEAR=atoi(&num[0]);
        CLK_MONTH=atoi(&num[5]);
        CLK_DAY=atoi(&num[8]);
        CLK_HOUR=atoi(&num[11]);
        CLK_MIN=atoi(&num[14]);
        CLK_SEC=atoi(&num[17]);
    }
}

unsigned char bcd_add(unsigned char num1,unsigned char num2)
{
	unsigned char i;

	i=num1<<4;
	num2=num2&0x0f;
	i=i|num2;
	return i;
}

unsigned char call_data(void)
{
/*    unsigned char i;
    unsigned char key_value;
	unsigned char tempday = 0;
	unsigned char tempmonth = 0;
	unsigned char tempyear = 0;
	
	memset(num, 0x00, 25);
*/
	return 1;
}