Homemade Infrared All Sky Cam (360 x 120) based on Raspberry Pi (experimental stage) (Wanni)

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Homemade Infrared All Sky Cam (360 x 120) based on Raspberry Pi (experimental stage)

P.S. 30.10. 2019, build this a very long time ago, now reloaded this from my staging area, because I noticed a lot of interests recently on Raspberry PI imaging

A ) Raspberry Pi including Pi Cam Noir, WiFi Dongle ( Linux OS , 1 GHz)

B) Time lapse loop of moving clouds on the night sky (60 * 60 steps) !!!! for unknown reason the gif does play anymore (12.Nov 2023) !!!!

C ) Weather proof housing

Final) Lens

This device I build out of existing commercial & Open Source Hardware and Software components.

The fishey optics is a standard Door Viewer and of course not optimal together with the Pi Cam.

The plastic dome is not absolutely required if the Door Viewer hole to the Cam is sealed.

But it is also commercially available.

The Pi Cam noir is the infrared version (without infrared blocking filter), but still not very sensitive for night vision.

( Omnivision Ov5476, pixel size 1.4 um )

I was very surprised that I can detect clouds at night with it. (see animation)

Together with another device to measure the sky temperature, I get a pretty good picture of my local Sky condition, based on low budget.

Due to local weather conditions( since months!!!) I could not proof if the Cam could see stars, but I am convinced about the moon. (will add later pics)

Original
B
C
Final
D

My Equipment

Please note: The following tables are updated every 24 hours.

Distribution of astrophotographers

This table shows the number of distinct astrophotographers who have been assigned and IOTD/TP award compared to the total number of images awarded.
	Distinct awarded users	Total awarded images
Image of the day
Top picks
Top pick nominations

Distribution of subject types

This table shows the distribution of awards per subject type, compared to the popularity of images of that subject type.
	Image of the day	Top pick	Top pick nominations	Total submitted
Deep sky
Solar system
Extremely wide field
Star trails
Northern lights
Noctilucent clouds
Landscape

Distribution of data sources

This table shows the distribution of awards per data source, compared to the popularity of images acquired from that data source.
	Image of the day	Top pick	Top pick nominations	Total submitted
Backyard
Traveller
Own remote observatory
Amateur hosting facility
Public amaeteur data
Professional, scientific grade data
Mix of multiple sources
Other
Unknown

The “AstroBin Image of the Day and Top Picks”, or IOTD/TP, is a long-running system to promote beautiful, interesting, peculiar, or otherwise amazing astrophotographs, with a focus on technical excellence. Learn more.

Submitted The date and time when you submitted this image for IOTD/TP consideration.	...
Views by Submitters (available since September 19th, 2023) Every image is assigned to 50% of available Submitters. In the event that at least 80% of them don't view the image before its time in the IOTD/TP process expires, it's assigned to the other 50% of Submitters and the process begins anew.
Promotions by Submitters When 3 distinct Submitters promote the image, it moves on to the next stage of the process: evaluation for Top Pick status. This requirement, in addition to anonymization of images and distribution to only a subset of them, prevents biases and ensures that the best images are selected.
Promotions by Reviewers When 3 distinct Reviewers promote the image, it moves on to the next stage of the process: evaluation for IOTD status.
Early dismissal Staff members have a lot of images to inspect on a daily basis, and they can dismiss images if they believe they don't meet the requirements for IOTD/TP selection. If an image is dismissed 5 times, it's removed from the process. This streamlines the process and ensures that any bias present in promotions could be overruled by other staff members.

Status	n/a
Started	n/a
Astrometry.net job	n/a
PixInsight job	n/a
PixInsight queue size	n/a
PixInsight stage	n/a

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Homemade Infrared All Sky Cam (360 x 120) based on Raspberry Pi (experimental stage)

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Homemade Infrared All Sky Cam (360 x 120) based on Raspberry Pi (experimental stage)

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