DIY Pendant configuration question
02 Aug 2015 15:51 - 02 Aug 2015 15:55 #61118
by cncbasher
Replied by cncbasher on topic DIY Pendant configuration question
Dale,
you may get some ideas here
www.franksworkshop.com.au/CNC/LathePendant/LathePendant.htm
generichid.sourceforge.net/
you may get some ideas here
www.franksworkshop.com.au/CNC/LathePendant/LathePendant.htm
generichid.sourceforge.net/
Last edit: 02 Aug 2015 15:55 by cncbasher.
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16 Aug 2015 22:34 #61449
by Delron
Replied by Delron on topic DIY Pendant configuration question
In scan mode it will work with the parallel port tooI saw the Matrix_kb HAL component, but concluded it was for the Mesa FPGA boards only. Is that correct? Or would it work for inputs from the parallel port as well?
Hi folks!
Well, the pendant is coming along well. I have the wheel encoder working properly so far and a couple of keys to select the axis of choice. I need to figure out the smoothing yet, but so far, so good.
Where I'm really stuck right now is understanding how to implement the matrix_kb component. I have a 2x7 matrix keypad hooked up to the parport. I cannot find a single example anywhere on how to make this component work. The documentation is to ambiquoius for me to understand.
Can one of you fine folks help me out here?
Cheers!
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17 Aug 2015 03:36 - 17 Aug 2015 03:37 #61464
by andypugh
Anyway, you need to decide if you want to use 2 inputs x 7 outputs or the other way round.
Then, looking at this HAL session
The 2x7s config creates scan lines and a matrix of 2 output pins and 7 inputs pins.
Connect the 2 matrix_kb.0.row-NN-out pins to parport outputs, connect the 7 matrix_kb.0.col-NN-in pins to partport inputs.
Don't forget to add the matrix_kb.0 function to a HAL thread.
Then, if you press the key at the intersection of output 1 and input 5, the HAL pin matrix_kb.0.key.r1c34 will go true.
Replied by andypugh on topic DIY Pendant configuration question
2x7 might not be the most efficient way, as you are using 9 pins for 14 inputs.Where I'm really stuck right now is understanding how to implement the matrix_kb component. I have a 2x7 matrix keypad hooked up to the parport. I cannot find a single example anywhere on how to make this component work. The documentation is to ambiquoius for me to understand.
Anyway, you need to decide if you want to use 2 inputs x 7 outputs or the other way round.
Then, looking at this HAL session
halcmd: loadrt matrix_kb config=2x7s
halcmd: show pin
Component Pins:
Owner Type Dir Value Name
4 bit IN FALSE matrix_kb.0.col-00-in
4 bit IN FALSE matrix_kb.0.col-01-in
4 bit IN FALSE matrix_kb.0.col-02-in
4 bit IN FALSE matrix_kb.0.col-03-in
4 bit IN FALSE matrix_kb.0.col-04-in
4 bit IN FALSE matrix_kb.0.col-05-in
4 bit IN FALSE matrix_kb.0.col-06-in
4 bit OUT FALSE matrix_kb.0.key.r0c0
4 bit OUT FALSE matrix_kb.0.key.r0c1
4 bit OUT FALSE matrix_kb.0.key.r0c2
4 bit OUT FALSE matrix_kb.0.key.r0c3
4 bit OUT FALSE matrix_kb.0.key.r0c4
4 bit OUT FALSE matrix_kb.0.key.r0c5
4 bit OUT FALSE matrix_kb.0.key.r0c6
4 bit OUT FALSE matrix_kb.0.key.r1c0
4 bit OUT FALSE matrix_kb.0.key.r1c1
4 bit OUT FALSE matrix_kb.0.key.r1c2
4 bit OUT FALSE matrix_kb.0.key.r1c3
4 bit OUT FALSE matrix_kb.0.key.r1c4
4 bit OUT FALSE matrix_kb.0.key.r1c5
4 bit OUT FALSE matrix_kb.0.key.r1c6
4 u32 OUT 0x00000000 matrix_kb.0.keycode
4 bit OUT FALSE matrix_kb.0.row-00-out
4 bit OUT FALSE matrix_kb.0.row-01-out
The 2x7s config creates scan lines and a matrix of 2 output pins and 7 inputs pins.
Connect the 2 matrix_kb.0.row-NN-out pins to parport outputs, connect the 7 matrix_kb.0.col-NN-in pins to partport inputs.
Don't forget to add the matrix_kb.0 function to a HAL thread.
Then, if you press the key at the intersection of output 1 and input 5, the HAL pin matrix_kb.0.key.r1c34 will go true.
Last edit: 17 Aug 2015 03:37 by andypugh.
The following user(s) said Thank You: Delron
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17 Aug 2015 05:17 #61467
by Delron
Replied by Delron on topic DIY Pendant configuration question
Thanks Andy.
You shed a little more light on this for me. I'm still somewhat confused by it, but I'll stare at it for a while and maybe it will get clearer. I'm not very strong at the HAL programming yet, but I hack away till something makes, or breaks.![;) ;)](/media/kunena/emoticons/wink.png)
I wish I could find an actual HAL example to pick away at.
Cheers!
You shed a little more light on this for me. I'm still somewhat confused by it, but I'll stare at it for a while and maybe it will get clearer. I'm not very strong at the HAL programming yet, but I hack away till something makes, or breaks.
![;) ;)](/media/kunena/emoticons/wink.png)
I wish I could find an actual HAL example to pick away at.
Cheers!
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17 Aug 2015 05:20 #61468
by Delron
Replied by Delron on topic DIY Pendant configuration question
BTW, I was using a 2x7 matrix to save a couple of out pins for future LED's or such.
I'm using 2 out pins and 7 in pins for the matrix.
I'm using 2 out pins and 7 in pins for the matrix.
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17 Aug 2015 06:20 #61469
by Delron
Replied by Delron on topic DIY Pendant configuration question
I'm sitting at the cnc trying to make this work.
I added this to my cutom.hal file
# Setup the keypad Matrix
loadrt matrix_kb config=2x7s
net key_01 matrix_kb.0.row-00-out <= parport.1.pin-01-out
net key_02 matrix_kb.0.row-01-out <= parport.1.pin-14-out
net key_03 matrix_kb.0.col-00-in <= parport.1.pin-02-in
net key_04 matrix_kb.0.col-01-in <= parport.1.pin-03-in
net key_05 matrix_kb.0.col-02-in <= parport.1.pin-04-in
net key_06 matrix_kb.0.col-03-in <= parport.1.pin-05-in
net key_07 matrix_kb.0.col-04-in <= parport.1.pin-06-in
net key_08 matrix_kb.0.col-05-in <= parport.1.pin-07-in
net key_09 matrix_kb.0.col-06-in <= parport.1.pin-08-in
Seems that the in pins are triggering, but no responce on the HAL matrix_kb.0.key.r#c# pins according to "Show HAL Configuration" in Axis.
Still stumped here.
I added this to my cutom.hal file
# Setup the keypad Matrix
loadrt matrix_kb config=2x7s
net key_01 matrix_kb.0.row-00-out <= parport.1.pin-01-out
net key_02 matrix_kb.0.row-01-out <= parport.1.pin-14-out
net key_03 matrix_kb.0.col-00-in <= parport.1.pin-02-in
net key_04 matrix_kb.0.col-01-in <= parport.1.pin-03-in
net key_05 matrix_kb.0.col-02-in <= parport.1.pin-04-in
net key_06 matrix_kb.0.col-03-in <= parport.1.pin-05-in
net key_07 matrix_kb.0.col-04-in <= parport.1.pin-06-in
net key_08 matrix_kb.0.col-05-in <= parport.1.pin-07-in
net key_09 matrix_kb.0.col-06-in <= parport.1.pin-08-in
Seems that the in pins are triggering, but no responce on the HAL matrix_kb.0.key.r#c# pins according to "Show HAL Configuration" in Axis.
Still stumped here.
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17 Aug 2015 06:36 #61470
by andypugh
Did you add the function to a thread?
Do you need to set the inverse logic flag? (I don't know, I never tried it with a parport)
Replied by andypugh on topic DIY Pendant configuration question
Seems that the in pins are triggering, but no responce on the HAL matrix_kb.0.key.r#c# pins according to "Show HAL Configuration" in Axis.
Still stumped here.
Did you add the function to a thread?
Do you need to set the inverse logic flag? (I don't know, I never tried it with a parport)
The following user(s) said Thank You: Delron
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17 Aug 2015 06:40 - 17 Aug 2015 06:49 #61471
by Delron
Replied by Delron on topic DIY Pendant configuration question
I thought the "loadrt matrix_kb config=2x7s" was adding the function.
ok Figured out something.
I added;
"addf matrix_kb.0 servo-thread"
to the mix and something is happening now. But very eratic.
Some key presses result in permanent true conditions, some not. The row outs seem to cycle very slowly. I think I'm lost.
ok Figured out something.
I added;
"addf matrix_kb.0 servo-thread"
to the mix and something is happening now. But very eratic.
Some key presses result in permanent true conditions, some not. The row outs seem to cycle very slowly. I think I'm lost.
![;) ;)](/media/kunena/emoticons/wink.png)
Last edit: 17 Aug 2015 06:49 by Delron.
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17 Aug 2015 07:00 #61472
by Delron
Hi Andy,
Thanks a TON!! Was both these items you said.
Works perfectly now. I'm on my way to a pretty sweet MPG pendant.
Cheers!
Replied by Delron on topic DIY Pendant configuration question
Seems that the in pins are triggering, but no responce on the HAL matrix_kb.0.key.r#c# pins according to "Show HAL Configuration" in Axis.
Still stumped here.
Did you add the function to a thread?
Do you need to set the inverse logic flag? (I don't know, I never tried it with a parport)
Hi Andy,
Thanks a TON!! Was both these items you said.
Works perfectly now. I'm on my way to a pretty sweet MPG pendant.
Cheers!
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17 Aug 2015 07:03 #61473
by Delron
Replied by Delron on topic DIY Pendant configuration question
In case anyone want to see the configuation I used to get it to work.
# Setup the keypad Matrix
loadrt matrix_kb config=2x7s
addf matrix_kb.0 servo-thread
net key_01 matrix_kb.0.row-00-out <= parport.1.pin-01-out
net key_02 matrix_kb.0.row-01-out <= parport.1.pin-14-out
net key_03 matrix_kb.0.col-00-in <= parport.1.pin-02-in-not
net key_04 matrix_kb.0.col-01-in <= parport.1.pin-03-in-not
net key_05 matrix_kb.0.col-02-in <= parport.1.pin-04-in-not
net key_06 matrix_kb.0.col-03-in <= parport.1.pin-05-in-not
net key_07 matrix_kb.0.col-04-in <= parport.1.pin-06-in-not
net key_08 matrix_kb.0.col-05-in <= parport.1.pin-07-in-not
net key_09 matrix_kb.0.col-06-in <= parport.1.pin-08-in-not
# The Axis select inputs
net mpg-x axis.0.jog-enable <= matrix_kb.0.key.r1c6
net mpg-y axis.1.jog-enable <= matrix_kb.0.key.r1c5
net mpg-z axis.2.jog-enable <= matrix_kb.0.key.r1c4
Etc..etc..etc...
# Setup the keypad Matrix
loadrt matrix_kb config=2x7s
addf matrix_kb.0 servo-thread
net key_01 matrix_kb.0.row-00-out <= parport.1.pin-01-out
net key_02 matrix_kb.0.row-01-out <= parport.1.pin-14-out
net key_03 matrix_kb.0.col-00-in <= parport.1.pin-02-in-not
net key_04 matrix_kb.0.col-01-in <= parport.1.pin-03-in-not
net key_05 matrix_kb.0.col-02-in <= parport.1.pin-04-in-not
net key_06 matrix_kb.0.col-03-in <= parport.1.pin-05-in-not
net key_07 matrix_kb.0.col-04-in <= parport.1.pin-06-in-not
net key_08 matrix_kb.0.col-05-in <= parport.1.pin-07-in-not
net key_09 matrix_kb.0.col-06-in <= parport.1.pin-08-in-not
# The Axis select inputs
net mpg-x axis.0.jog-enable <= matrix_kb.0.key.r1c6
net mpg-y axis.1.jog-enable <= matrix_kb.0.key.r1c5
net mpg-z axis.2.jog-enable <= matrix_kb.0.key.r1c4
Etc..etc..etc...
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