- Видео 18
- Просмотров 1 626
Brendan Tynan
Великобритания
Добавлен 6 ноя 2011
Astro Website - www.thetynans.co.uk
Instagram - @astroskyman
Instagram - @astroskyman
Aurora Display - 10th October, 2024
Several sequences taken during the Aurora display which occurred on the night of the 10th October, 2024. Movies made from sequences of images captured with a Canon EOS 50D and 18mm lens & EOS 80D camera withe a 10mm lens and then compiled into movie animations.
Просмотров: 10
Видео
Aurora Bridge of Weir 10th October 2024
Просмотров 2021 день назад
Video captured by my AllSky camera of the Aurora display on the night of the 10th October, 2024 captured from Bridge of Weir, Scotland (55 Degrees Latitude). The Aurora explodes in the sky at midnight and was a spectacular sight, colours were easily visible to the unaided eye.
25th September 2024
Просмотров 116Месяц назад
Solar activity captured on the morning of the 25th September, 2024. Data captured with a Lunt LS50THa B600 Single Stacked Hydrogen Alpha Solar telescope and a Player One Neptune-M camera.
Solar Activity - 31st August 2024
Просмотров 292 месяца назад
Activity on the Sun captured between 09:10 UTC to 13:14 UTC on the 31st August, 2024. Captured with a Lunt LS50THa B600 Single Stack Hydrogen Alpha telescope and a Player One Neptune-M Mono CMOS camera.
Daily Solar Activity - August 2024
Просмотров 352 месяца назад
This animation is created by capturing and image every day (when possible) during the month of August, 2024 and then compiling them into a video showing the progression of solar features as they evolve and rotate around the surface of the Sun during the month. The surface of the Sun is ever evolving and features can change over hours and minutes, the Sun also rotates one revolution every 28 day...
The Sun - 14th August 2024
Просмотров 162 месяца назад
1 Hour- 45 Minute animation of the Sun captured on the 14th August, 2024 between 13:30 UTC to 15:15 UTC. Video captured with a Lunt LS50THa Single Stacked Hydrogen Alpha solar telescope and a Player One Neptune-M camera.
Solar Animation 01-14 July, 2024
Просмотров 383 месяца назад
Daily animation of the Sun's rotation from the 1st to the 14th July, 2024. Images captured with a Lunt LS50THa Single Stack Solar Telescope and a Player One Apollo-M Mini camera.
Solar activity 5th July 2024
Просмотров 3143 месяца назад
Solar activity captured on the 5th July, 2024. Data captured between 12.30 - 14.15 UTC with a Lunt LS50THa Single Stacked Hydrogen Alpha Solar Telescope and a Player One Apollo-M MINI camera.
Solar Activity in Hydrogen Alpha (Ha) - 3rd June, 2024
Просмотров 235 месяцев назад
75 Minute video animation of Solar activity on the 3rd June, 2025 captured in Hydrogen Alpha (Ha) with a Lunt LS50THa Solar Telescope.
Aurora display - 10/11th May, 2024
Просмотров 55 месяцев назад
Aurora display captured - 10/11th May, 2024 from Bridge of Weir, Scotland.
Stunning video!
Hello Brendan, please tell how you processed the video with graphics and with what program.
@@Lichtblick1 I am very new to Solar video processing but for me it's a very long winded process using several software packages. I capture the series of videos using Firecapture, I process each video to a single stacked image of the best 150 frames of 1000 from each video using AstroStakkert. I then used ImPPG to sharpen, deconvolve and invert each frame and then batch align each frame in ImPPG. Each frame is then processed in Pixinsight to colourise, crop and resize if required. I then take all the frames into PIPP to combine into a video.
@@astroskyman Please tell what the raw image looks like directly through a telescope - black and white, without a brightened circle, without “flashes” on the circle? 2. What exactly did you distort or change in the raw picture? Thank you.
@@astroskyman ? Hello?
@@Lichtblick1 Hi, I don't really understand your question, all I can say is I expose the histogram in the capture program (Firecapture) to about 85%, I do not expose separately for the disc or filaments as all the data is contained in the image, it just needs to be processed to bring out the data. Different telescope systems have different requirements so it's not possible to answer directly.