Numerical value to CAN D1:D0 (Page 2 of 2)

If you saw my video with Canny as the standalone Speed Module then the test below seems to be the next step for proper calibration of Canny settings.

My new plan is to use UART2 VCP to visually see the count of the pulse to verify they are adequate for debugging.

From there I can get a better understanding of what should be going to at the output of the TX CAN data.

I tried two COM port software. One called Terminal and the second is called HTerm 0.8.9.
Terminal seems to be ideal since it has a visual graph.
 
Next,  I loaded the UART2 Driver but-------I see UART2 TX output register is similar to CAN e.g. "D1:D0" etc.

I left the activation "Hello!" the same.

Test #1.

I placed a counter from Frequency Meter "output" to Counter "Increment" to UART2 TX "D1:D0."

Results:

Did not make sense to me.

Test #2.

Using HTerm.
Place a Constant value of "1500" as a testing baseline to "input" of UART2 TX "D1:D0"

Results:

1     2     3
220 005 000

Test #3.

Using Terminal.
Place a Constant value of "1500" as a testing baseline to "input" of UART2 TX "D1:D0"

Results:

DC 05 00

Which appears to be colors for coding.

Question:

1. What do you recommend to view the pulse count results from Frequency Meter output?

2. How do you add value result of UART2 TX D1:D0?

Hello Konstantin,

I was able to download and run the diagram.
Thank you.

I sent you an email of the report and findings.

Possible my example is not what you exactly need. But once you launch it (unmodified), you will be able to observe the frequency meter output data in the terminal in human readable ASCII format.

Hello Konstantin,

I am going in a different direction while I study the logic of CANbus. I am very close to getting it to work but as you saw in my videos the issue is the engine module do not accept Canny TX data without the ABS module being idle on the CANbus and then the messages are only accepted sporadically.

2nd Option:

I would like to see if the speed distortion I currently have with my original setup (sine wave>>ADC Yellow Box>ABS Module>CANbus) is caused by the ADC Yellow Box or the ABS module. I suspect the Yellow Box is the culprit.

I figure since Canny appears to be a pretty good wave counter then perhaps it would do a better job than the Yellow Box.

So here is the new project.

Continue using the Frequency Meter to input the sine wave on one channel (ch8 currently) and relay the count to Channel 7.

I.E. sine wave>channel 8>output to Ch7>ABS Module>CANbus.

My remap is not working. I do not see in Documents on the CannyLogic site an explanation of  "Strong VDD/Weak GND" or derivatives, to understand what each type does. I have tried all selections but none allows ch7 to output the input count from ch8.

I have also tried "DIO Output PWM Duty Setup Register, IO Channel 7" but that did work either.

I tried turning "Strong VDD/Weak GND" or derivatives to a constant "1" but that did not work either.

Can you point me in the right direction please.

Please see the attachment for a completely suboptimal solution, just to demonstrate the principle.

Also, please see the related documentation:

For DIO PWM:
https://cannylogic.com/docs/c72duo/io/# … utput_mode

The CANNY 7.2 Duo's "Strong VDD/Weak GND" is equivalent of CANNY 7's "Output PLUS (100mA) / Output minus (1mA)" : 

https://cannylogic.com/docs/c7/io/#sec- … t_diagrams

Pardon my writing if it is confusing.

I would like to know if  it is possible to count pulse - using the Frequency Meter  - on a channel and output the value on another channel?

Example.

Input pulse signal count value on ch.8
then
Output the count value on ch.0.

Essentially making Canny a counter gateway that count pulse on one channel and output the value on another channel.

My idea is; 

Canny would read sine wave pulse (currently doing that)  from the vehicle's ABS module on ch.8  then
output the count value on ch.0 in square wave pulse form as an alternative to sending CAN data.

Essentially relaying the input pulse count (analog to digital converter) from analog pulse input  to digital pulse output.