BS1 to BS2 code conversion
Dave-
Try using the DEC modifier with your DEBUG statements:
> debug DEC temp:debug DEC RH
The DEBUG screen will treat everything it receives as ASCII stuff.
If you send it hexadecimal data, it may clear the screen or do some
other goofy stuff you don't mean to be done.
Also, this statement seems odd:
> if 1 = 1 then ReadRH
1 will always equal 1. Do you mean "IF IN1 = 1"?
Regards,
Steve
Try using the DEC modifier with your DEBUG statements:
> debug DEC temp:debug DEC RH
The DEBUG screen will treat everything it receives as ASCII stuff.
If you send it hexadecimal data, it may clear the screen or do some
other goofy stuff you don't mean to be done.
Also, this statement seems odd:
> if 1 = 1 then ReadRH
1 will always equal 1. Do you mean "IF IN1 = 1"?
Regards,
Steve
Comments
For quite awhile I have wanted to complete the project in the Basic Stamp
Programming Manual 1.9 dealing with the humidity sensor.........
does anyone remember that one?
I have gathered all the components and now am struggling with the original BS1
code ( I am using a BS2 and do not want to change )
here is what I have so far, ( I took the supplied code and went through it to
make it more "BS2ish" ) Note* I have removed the parts dealing with the temp
reading ( the LM334Z ) I would rather have a RH only board if possible. I
tried several simple programs before resorting to trying to duplicate what
was in the manual.
this code currently debugs nothing to the screen, even though there are
variables that have value in them.
'humidity experiment
temp var word
RH var word
Loop:
input 0:input2: output 3
low 2: low3
temp = 500
ReadTemp:
output 1: low1
pause 1
input 1
pulsout 2,temp
if 1 = 1 then ReadRH
temp = temp +1
goto ReadRH
ReadRH:
high 3
pause 500
pulsin 0,1,RH
low 3
debug temp:debug RH
goto Loop
Any suggestions would be helpful, ( except to get a BS1 )
Dave
[noparse][[/noparse]Non-text portions of this message have been removed]
You can simplify your program a lot, because the BS2 has a more
powerful instruction set than the BS1.
For humidity, all you need to test it is:
' tie the RH enable to p3
' tie RH to 4024 to stamp p0
' don't forget +5 and ground to the RH module
' skip temperature for now
RH var word
high 3 ' enable RH operation
loop:
pulsin 0,1,RH
debug dec RH,CR
pause 1000
goto loop
Note the "dec" modifier in the debug statement. That is a big
difference from the BS1.
Really, you can eliminate the 4024 counter, because the BS2 has
better time resolution than the BS1. (2 microseconds for the BS2 vs
10 for the BS1). Another option you have on the BS2 is the COUNT
command, which is not available on the BS1.
If you do decide that you want the temperature too, it is much easier
on the BS2 than on the BS1, because the of the BS2's RCtime command.
-- regards,
Tracy Allen
electronically monitored ecosystems
mailto:tracy@e...
http://www.emesystems.com
>Hello Stampers,
>
>For quite awhile I have wanted to complete the project in the Basic
>Stamp Programming Manual 1.9 dealing with the humidity
>sensor.........
>does anyone remember that one?
>
>I have gathered all the components and now am struggling with the
>original BS1 code ( I am using a BS2 and do not want to change )
>
>here is what I have so far, ( I took the supplied code and went
>through it to make it more "BS2ish" ) Note* I have removed the
>parts dealing with the temp reading ( the LM334Z ) I would rather
>have a RH only board if possible. I tried several simple programs
>before resorting to trying to duplicate what was in the manual.
>
>this code currently debugs nothing to the screen, even though
>there are variables that have value in them.
>
>'humidity experiment
>
>temp var word
>RH var word
>
>Loop:
> input 0:input2: output 3
> low 2: low3
> temp = 500
>
>ReadTemp:
> output 1: low1
> pause 1
> input 1
> pulsout 2,temp
> if 1 = 1 then ReadRH
> temp = temp +1
> goto ReadRH
>
>ReadRH:
> high 3
> pause 500
> pulsin 0,1,RH
> low 3
> debug temp:debug RH
> goto Loop
>
>
>Any suggestions would be helpful, ( except to get a BS1 )
>
>
>Dave
Dave
Original Message
From: Tracy Allen <tracy@e...>
To: <basicstamps@yahoogroups.com>
Sent: Sunday, November 18, 2001 5:46 PM
Subject: Re: [noparse][[/noparse]basicstamps] BS1 to BS2 code conversion
> Hi Dave,
>
> You can simplify your program a lot, because the BS2 has a more
> powerful instruction set than the BS1.
>
> For humidity, all you need to test it is:
>
> ' tie the RH enable to p3
> ' tie RH to 4024 to stamp p0
> ' don't forget +5 and ground to the RH module
> ' skip temperature for now
> RH var word
> high 3 ' enable RH operation
> loop:
> pulsin 0,1,RH
> debug dec RH,CR
> pause 1000
> goto loop
>
> Note the "dec" modifier in the debug statement. That is a big
> difference from the BS1.
>
> Really, you can eliminate the 4024 counter, because the BS2 has
> better time resolution than the BS1. (2 microseconds for the BS2 vs
> 10 for the BS1). Another option you have on the BS2 is the COUNT
> command, which is not available on the BS1.
>
> If you do decide that you want the temperature too, it is much easier
> on the BS2 than on the BS1, because the of the BS2's RCtime command.
>
> -- regards,
> Tracy Allen
> electronically monitored ecosystems
> mailto:tracy@e...
> http://www.emesystems.com
>
>
> >Hello Stampers,
> >
> >For quite awhile I have wanted to complete the project in the Basic
> >Stamp Programming Manual 1.9 dealing with the humidity
> >sensor.........
> >does anyone remember that one?
> >
> >I have gathered all the components and now am struggling with the
> >original BS1 code ( I am using a BS2 and do not want to change )
> >
> >here is what I have so far, ( I took the supplied code and went
> >through it to make it more "BS2ish" ) Note* I have removed the
> >parts dealing with the temp reading ( the LM334Z ) I would rather
> >have a RH only board if possible. I tried several simple programs
> >before resorting to trying to duplicate what was in the manual.
> >
> >this code currently debugs nothing to the screen, even though
> >there are variables that have value in them.
> >
> >'humidity experiment
> >
> >temp var word
> >RH var word
> >
> >Loop:
> > input 0:input2: output 3
> > low 2: low3
> > temp = 500
> >
> >ReadTemp:
> > output 1: low1
> > pause 1
> > input 1
> > pulsout 2,temp
> > if 1 = 1 then ReadRH
> > temp = temp +1
> > goto ReadRH
> >
> >ReadRH:
> > high 3
> > pause 500
> > pulsin 0,1,RH
> > low 3
> > debug temp:debug RH
> > goto Loop
> >
> >
> >Any suggestions would be helpful, ( except to get a BS1 )
> >
> >
> >Dave
>
>
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