enable adc

**robby-fant** · 21.04.2007, 13:43

in der beschreibung vom Bascom 1.11.8.5 steht ein befehl mit enable adc.
wenn ich den adc-int eingerichtetet habe und compiliere, wird gesagt, das es diesen befehl nicht gibt, wie kann den adc-int den nun einschalten?

unten ist der code

Code:

$regfile = "m32def.dat"
$crystal = 8000000
$baud = 19200

Dim Adhi As Byte , Adlow As Byte
Dim Adcergebnis As Word
Dim Zaehler_encoder As Word
Dim Toggle_rad As Byte
Dim Eingabe_encoder As Word
Dim Encoder_l_r As Byte

Dim Text As String * 8
Dim Text1 As String * 8
Dim Text2 As String * 8

Declare Sub Robby_vor_encoder()
Declare Sub Robby_zurueck_encoder()
Declare Sub Robby_links_encoder()
Declare Sub Robby_rechts_encoder()


Declare Sub Adc_einstellen()

On Int1 Int1_int Nosave
Enable Int1
On Adc Adc_encoder Nosave
Enable Adc ' ergibt eine fehlermeldung

Enable Interrupts 

Open "comd.3:19200,8,n,1" For Input As #1
Open "comd.7:19200,8,n,1" For Output As #2

Call Adc_einstellen()
Zaehler_encoder = 0
Toggle_rad = 0
Encoder_l_r = 0

Do

Waitms 255

Loop

End

Int1_int:
 Disable Int1
 Enable Interrupts
 Input #1 , Text

 Text1 = Left(text , 3)
 Text2 = Right(text , 3)
 Eingabe_encoder = Val(text2)

 If Text1 = "vor" Then
  Print "vor"
  Call Robby_vor_encoder()
  Print "stop"
 End If
 If Text1 = "zur" Then
  Print "zurueck"
  Call Robby_zurueck_encoder()
  Print "stop"
 End If
 If Text1 = "lin" Then
  Print "links"
  Call Robby_links_encoder()
  Print "stop"
 End If
 If Text1 = "rec" Then
  Print "rechts"
  Call Robby_rechts_encoder()
  Print "stop"
 End If

 Enable Int1
return

Adc_encoder:
    If Encoder_l_r = 1 Then
     Adlow = Adcl
     Adhi = Adch
     Adcergebnis = Makeint(adlow , Adhi)
     If Adcergebnis > 500 And Toggle_rad = 1 Then
      Incr Zaehler_encoder
         Toggle_rad = 0
     End If
     If Adcergebnis < 300 And Toggle_rad = 0 Then
        Incr Zaehler_encoder
       Toggle_rad = 1
    End If
   End If
return

Sub Adc_einstellen()
 Adcsr.aden = 1
 Adcsr.adfr = 1
 Adcsr.adie = 1
 Adcsr.adsc = 1
 Adcsr.adps1 = 1
 Adcsr.adps2 = 1
End Sub

Sub Robby_rechts_encoder()
 Zaehler_encoder = 0
 Admux.mux0 = 1
 Encoder_l_r = 1
   While Zaehler_encoder < Eingabe_encoder
   Waitms 5
   Wend
   Encoder_l_r = 0
End Sub

Sub Robby_links_encoder()
 Zaehler_encoder = 0
 Admux.mux0 = 0
 Encoder_l_r = 1
   While Zaehler_encoder < Eingabe_encoder
   Waitms 5
   Wend
   Encoder_l_r = 0
End Sub

Sub Robby_vor_encoder()
 Zaehler_encoder = 0
 Admux.mux0 = 0
 Encoder_l_r = 1
   While Zaehler_encoder < Eingabe_encoder
   Waitms 5
   Wend
   Encoder_l_r = 0
End Sub

Sub Robby_zurueck_encoder()
 Zaehler_encoder = 0
 Admux.mux0 = 0
 Encoder_l_r = 1
   While Zaehler_encoder < Eingabe_encoder
   Waitms 5
   Wend
   Encoder_l_r = 0
End Sub

auch bei diesem original beispielcode meckert der compiler das enable adc nicht erkannt wird :

Code:

'--------------------------------------------------------------------
'                  ADC_INT.BAS
'  demonstration of GETADC() function in combintion with the idle mode
'  for a better noise immunity
'  Getadc() will also work for other AVR chips that have an ADC converter
'--------------------------------------------------------------------
$regfile = "m48def.dat"
$crystal = 8000000
$baud = 19200

$hwstack = 40
$swstack = 8
$framesize = 40


'configure single mode and auto prescaler setting
'The single mode must be used with the GETADC() function

'The prescaler divides the internal clock by 2,4,8,16,32,64 or 128
'Because the ADC needs a clock from 50-200 KHz
'The AUTO feature, will select the highest clockrate possible
Config Adc = Free , Prescaler = Auto , Reference = Internal
'Now give power to the chip
On Adc Adc_isr Nosave
Enable Adc
Enable Interrupts



Dim W As Word , Channel As Byte

Channel = 0
'now read A/D value from channel 0
Do
  Channel = 0
  'idle will put the micro into sleep.
  'an interrupt will wake the micro.
  Start Adc
  Idle
  Stop Adc

  Print "Channel " ; Channel ; " value " ; W
Loop
End

Adc_isr:
  push r26
  push r27
  push r24
  in r24,sreg
  push r24
  push r25
  W = Getadc(channel)

  pop r25
  pop r24
  !out sreg,r24
  pop r24

  pop r27
  pop r26
Return