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Gribo

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Gribo last won the day on May 31 2022

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    Toronto, Canada

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    LabVIEW 2020
  • Since
    2006

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  1. Check OpenStreetMap It shouldn't be too difficult to pull data using their API.
  2. You have to divide this problem into smaller parts: 1. Detect start, top and bottom positions of the potentiometer 2. Calculate distance based on potentiometer position. 4. Calculate speed (distance over time) 5. Detect repeats. 6. LabVIEW has the XY graph control, it can create a bar display.
  3. You will have to calculate what position (# rotations?) each rep generates. For speed, differentiate over time.
  4. Your image source is U8 grayscale, your destination is floating point double. Are you sure this is correct? Also, try using a different image other than one from the stack - pass another NIIMAGE to calibrate_response. I think you are overwriting the 1st image in the stack.
  5. Those who do not learn from the past are bound to repeat it. Too close for comfort.
  6. Hardware acceleration was invented exactly for this use case..
  7. Are you on Windows? If so, the .NET picturebox control is faster than the native LV control for such operations. It also has other nice features, such as double buffering.
  8. No search option in the .NET assembly selection windows.
  9. You can have as many votes as you want.
  10. Do you mean how can you generate and get the signals to and from the actual hardware? You will have to connect the DAQ and PC to your hardware. Get the actual sensor readings Voltage, temperature, current measurement, SOC estimation from your fuel gauge device etc. Exactly how depends on your system and specific configuration.
  11. Since I work mainly in a Windows environment, I use Active Directory to get user's permissions. The organization controls the groups and user assignment - one item less to worry about.
  12. The thread setting and execution mode (re-entrant vs non re-entrant) are set in the VI properties, under execution. Re-entrant means that the OS (Or the LVRTE) can stop the VI's execution, switch to another thread, switch back, and the VI should continue as normal. Non-reentrant means the VI has to finish execution before such context switch happens, otherwise bad things (tm) happen.
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