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StellarMate Pro - The Scheduler (Full Tutorial)

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  • čas přidán 26. 07. 2024
  • Email: astrapharmaq8@gmail.com
    Website: astrapharmaq8.com/
    Instagram: / astrapharma_q8
    Astrobin: www.astrobin.com/users/AstraP...
    StellarMate introduction and initial use: • Stellarmate Pro - The ...
    The Ekos Scheduler is a versatile tool used in the field of astrophotography and astronomical observation. It is part of the KStars software suite, and now is also available for the Stellarmate app. Ekos itself is an advanced astrophotography tool within KStars and the Stellarmate app, providing features for controlling various types of astronomical equipment, including telescopes, cameras, and focusers.
    The Ekos Scheduler specifically focuses on automating the process of scheduling and executing observation sessions. Key features of the Ekos Scheduler include:
    - Automated Scheduling: Users can set up a sequence of astronomical observations, specifying the objects they want to observe, the times, and the conditions under which the observations should take place.
    - Prioritization and Constraints: The scheduler can prioritize tasks based on user preferences, ensuring that high-priority observations are carried out first. It also considers constraints such as visibility of the target object, weather conditions, and equipment availability.
    -Integration with Other Ekos Modules: The scheduler works seamlessly with other modules within Ekos, such as the Capture module for controlling cameras and the Alignment module for precise positioning of the telescope.
    -Real-Time Monitoring and Adjustment: During an observation session, the scheduler can make real-time adjustments based on changing conditions, such as unexpected weather changes or technical issues with the equipment.
    Overall, the Ekos Scheduler is a powerful tool for amateur and professional astronomers looking to optimize their observation sessions through automation and intelligent scheduling.
    _________________________________________________________________________
    Timestamps:
    00:00 Intro
    00:36 Sequence Vs Scheduled job.
    01:41 Scheduler Module and Settings
    06:05 Creating a Job
    08:54 Executing the Scheduler
    13:07 Outro

Komentáře • 16

  • @Danwalters3
    @Danwalters3 Před 23 dny +1

    Thanks for doing this as Stellarmate's website videos are so out of date. You are clear and easy to understand. Thank you!

    • @AstraPharmaq8
      @AstraPharmaq8  Před 23 dny

      @@Danwalters3 Thanks for watching, glad I can be useful!

  • @user-lt9py2pu6u
    @user-lt9py2pu6u Před 25 dny +1

    Just bought a Stellarmate Pro, and I'm still learning how to use it. I have found your tutorials very helpful in this, thank you.

  • @Planetreefastro
    @Planetreefastro Před 24 dny

    Nice tutorial ! I’ve been testing the StellarMate Pro now for about two months but it’s been difficult because of weather. Hoping to out up a review soon. I have upgraded the ssd drive though to 1tb for additional storage as the 128tb wasn’t quite enough for me. Thank you for all your hard work on the video.
    Best regards
    Luis from NY

    • @AstraPharmaq8
      @AstraPharmaq8  Před 23 dny

      @@Planetreefastro Thank you for watching and always supporting the channel Luis. Hope you can try out your SM soon!

  • @joajoajoaquin
    @joajoajoaquin Před 24 dny +1

    Great. I set 0.75x speed to follow the explanation.

  • @langedimitri4784
    @langedimitri4784 Před 23 dny

    Hello, nice tutto! I wanted to know if it was possible to connect an automatic FlatPanel (or control the 12v outputs) when the sequence is finished to run it automatically. THANKS

  • @darbycarpenter3032
    @darbycarpenter3032 Před 28 dny +1

    Great video. I am going to purchase the Stellarmate Pro in the near future. I have one question. I am still getting my astrophotography game down. When setting up the exposure I understand what the gain does but what does the offset do and what is the general rule for setting it.?

    • @AstraPharmaq8
      @AstraPharmaq8  Před 28 dny +2

      Gain refers to the amplification of the camera sensor's signal. Increasing the gain makes the sensor more sensitive to light, capturing fainter details, but can also increase noise. Offset on the other hand adjusts the baseline level of the signal. It's used to ensure that the darkest parts of the image are above zero to avoid clipping shadows, thus preserving detail in low-light areas.

    • @darbycarpenter3032
      @darbycarpenter3032 Před 28 dny +1

      I appreciate the response. Thank you.

  • @dumpydalekobservatory
    @dumpydalekobservatory Před 28 dny

    Great tutorial although I am seriously thinking about getting the TouTek Astro station for my portable rig, do you know what equipment its able to run yet? I only ask as the last time I checked it was ZWO, QHY & Touptek cameras? Unless of course its not to difficult to add others, I only ask as there's a vendor in the UK who will be selling them.

    • @AstraPharmaq8
      @AstraPharmaq8  Před 28 dny +3

      It will include the entire INDI library! I don't think you'll need to worry about compatibility with it. I would only be concerned about the reliability of the software. As of now, things are not as stable as they should be, but the team is iterating and releasing updates every week, so hopefully, we'll reach a stable version soon!

  • @DrunkferretKG
    @DrunkferretKG Před 24 dny

    Can it run two scopes synchronized?

    • @AstraPharmaq8
      @AstraPharmaq8  Před 23 dny +1

      @@DrunkferretKG I don’t think it can, great suggestion for team though!