Sir:
Thanks for your help, but I’m a beginner in this matter, we use a wizard into Editor software to use the data logger that we build, but how we have to change the program, see one example modify by me, how we can display the temperature from DS1820 on the line 254,200,"In7=",#data7," "
'AXE110 PICAXE-18X - New Datalogger Mission Program
'Automatically generated by Wizard
'LED will flash green as readings are taken.
'Data can be retrieved after mission (LED red) by Datalink tool (F9).
'Use Datalink options: Baud rate - 4800, Sensors - 4, Send G - Enabled
' *******************
' ***** Options *****
' *******************
'Title - Proto
'Date - 09/11/2006
'Time - 12:30:16 p.m.
'Options Selected
'Sensors:
'Sensor 0 - Light
'Sensor 1 - Sensor 1
'Sensor 2 - Sensor 2
'Sensor 7 - Temperature
'Memory:
'No of readings = 100
'1 x 24LC256
'Outputs:
'Bi-colour LED
'SPE002 Piezo sounder
'AXE033 Serial LCD
'Logging Period:
'DS1307 RTC
'Hours: 0 Mins: 0 Secs: 5
' ********************
' ***** Symbols *****
' ********************
'Symbol definitions
symbol data0 = b0
symbol data1 = b1
symbol data2 = b2
symbol data7 = b3
symbol top_address = w2 '(b4 + b5)
symbol address = w3 '(b6 + b7)
symbol temp_word = w4 '(b8 + b9)
symbol temp_byte = b10
symbol hours = b11
symbol mins = b12
symbol secs = b13
symbol day = b0
symbol month = b1
symbol COM = 44 'comma
symbol RET = 13 'carriage return
symbol LFEED = 10 'line feed
'Preload sensor names and title into data memory
EEPROM 0,(0,0)
EEPROM 16,("Light"
EEPROM 32,("Sensor 1"
EEPROM 48,("Sensor 2"
EEPROM 64,("Temperature"
EEPROM 80,("Proto"
' ***************************
' ***** Initialisation *****
' ***************************
init:
serout 6,N2400,(254,1) 'clear LCD
pause 30
high 5 ' write protect eeprom
'reload the last address from data memory
read 0,b6
read 1,b7
' *********************************
' ***** Main loop - read data *****
' *********************************
'Now read each sensor
main:
high 3 ' flash LED
readadc 0,data0
readadc 1,data1
readadc 2,data2
readtemp 7,data7
low 3 ' end of flash LED
sound 0,(50,50) ' make a piezo beep
' *********************************
' ***** Display values on LCD *****
' *********************************
serout 6,N2400,(254,128,"In0=",#data0," "
serout 6,N2400,(254,136,"In2=",#data2," "
serout 6,N2400,(254,192,"In1=",#data1," "
serout 6,N2400,(254,200,"In7=",#data7," "
serout 6,N2400,(254,144,"LOG=",#address,"/100 "
let w5 = address * 100 / 100
serout 6,N2400,(254,208,"PROGRAM=",#w5,"% "
' *****************************
' ***** Now Save the Data *****
' *****************************
'Now save the data
save_data:
low 5 ' write enable eeprom
'Single 24LC256. Input0 from address 0, input1 from address 4096
'Single 24LC256. Input2 from address 8192, input7 from address 12288
if address > 4095 then memory_full
i2cslave %10100000, i2cslow, i2cword
writei2c address,(data0)
pause 10
readi2c address,(temp_byte)
if temp_byte <> data0 then ee_error
temp_word = address + 4096 writei2c temp_word,(data1)
pause 10
readi2c temp_word,(temp_byte)
if temp_byte <> data1 then ee_error
temp_word = address + 8192 writei2c temp_word,(data2)
pause 10
readi2c temp_word,(temp_byte)
if temp_byte <> data2 then ee_error
temp_word = address + 12288 writei2c temp_word,(data7)
pause 10
readi2c temp_word,(temp_byte)
if temp_byte <> data7 then ee_error
'increment address and save in data memory
inc_address:
high 5 ' write protect eeprom
let address = address + 1
write 0,b6
write 1,b7
if address > 100 then memory_full
' ***********************
' ***** Time Delays *****
' ***********************
'Now do time delay
'Read time now
read_rtc_now:
i2cslave %11010000, i2cslow, i2cbyte
readi2c 0,(secs,mins,hours)
'Convert to decimal then add offset
gosub bcd_decimal
let data0 = secs
let data1 = mins
let data2 = hours
Add_Secs:
let data0 = data0 + 5
if data0 < 60 then Add_Mins
'Secs is now greater than 60 so add 1 to minute instead
let data0 = data0 - 60
let data1 = data1 + 1
Add_Mins:
let data1 = data1 + 0
if data1 < 60 then Add_Hours
'Mins is now greater than 60 so add 1 to hour instead
let data1 = data1 - 60
let data2 = data2 + 1
Add_Hours:
let data2 = data2 + 0
if data2 < 24 then read_rtc
'Hours is now greater than 24 so correct
let data2 = data2 - 24
'Read rtc to test alarm'
read_rtc:
i2cslave %11010000, i2cslow, i2cbyte
readi2c 0,(secs,mins,hours)
gosub bcd_decimal
if secs <> data0 then read_rtc
if mins <> data1 then read_rtc
if hours <> data2 then read_rtc
'now do next reading
goto main
' *************************
' ***** Error Routine *****
' *************************
'Memory error - flash LED red/green'
ee_error:
high 2
low 3
pause 500
low 2
high 3
pause 500
goto ee_error
' ***********************
' ***** Memory Full *****
' ***********************
'Memory is full - LED red'
memory_full:
high 2
' ****************************
' ***** Datalink Routine *****
' ****************************
'Datalink routine to transmit data
read_init:
high 5 ' write protect eeprom
let address = 0
'Get top address from data memory (w2=b4+b5)
read 0,b4
read 1,b5
'Wait for G character sent from software
serin 6, N4800, ("G"
'Wait for GO signal
'Transmit the titles
serout 7,N4800,("Address",COM,"Light",COM,"Sensor 1",COM,"Sensor 2",COM,"Temperature",COM,"Proto",RET,LFEED)
'Now read the data
read_data:
'Single 24LC256. Input0 from address 0, input1 from address 4096
'Single 24LC256. Input2 from address 8192, input7 from address 12288
if address > 4095 then all_done
i2cslave %10100000, i2cslow, i2cword
readi2c address,(data0)
temp_word = address + 4096
readi2c temp_word,(data1)
temp_word = address + 8192
readi2c temp_word,(data2)
temp_word = address + 12288
readi2c temp_word,(data7)
'transmit data
tx_data:
serout 7,N4800,(#address,COM,#data0,COM,#data1,COM,#data2,COM,#data7,RET,LFEED)
let address = address + 1
if address = top_address then all_done
goto read_data
'finished so send NULL
all_done:
serout 7,N4800,(0)
goto read_init
' **********************************
' ***** Convert BCD to decimal *****
' **********************************
'Convert BCD to decimal
bcd_decimal:
let temp_byte = secs & %11110000 / 16 * 10
let secs = secs & %00001111 + temp_byte
let temp_byte = mins & %11110000 / 16 * 10
let mins = mins & %00001111 + temp_byte
let temp_byte = hours & %11110000 / 16 * 10
let hours = hours & %00001111 + temp_byte
return
