- Nasa picture of the day mar 27 code#
- Nasa picture of the day mar 27 download#
- Nasa picture of the day mar 27 free#
Write a function to send an SMS message using the Twilio API.If you click on the specific link, the detailed logs are shown. We can also check the logs of whether the SMS was sent or not, what the details were, etc., in the Twilio console. You can create a NASA APOD API Key on the NASA Open APIs page by filling in the form:Ĭreate the Django project and the Python virtual environmentĬreate a new Django project from your command prompt called nasa_apod_sms_project, then navigate to this new directory:įollowing that will be the NASA Picture of the day's title, description, and a link to the photo. Your Account SID and Auth Token are found in your Twilio account dashboard as shown below: The Python installation manager, known as pip.
Nasa picture of the day mar 27 free#
It's free and includes 1000 requests per minute. You will need an API Key to use theNASA Astronomy Picture of the Day API.
Nasa picture of the day mar 27 download#
If your operating system does not provide a Python interpreter, you can download an installer from the site.
Nasa picture of the day mar 27 code#
The complete code is available in this repository.
Schedule the SMS to be sent every day at 10 am local time. Create and send an SMS to selected phone numbers using Twilio, and. Get a response (astronomy picture of the day and its related information from the NASA APOD API,. Instead of reinventing the wheel, I used Twilio SMS, Django, Celery, and the NASA APOD API to create my application. That's when I thought of creating an application that would send me an SMS with the latest picture of the day from the NASA APOD API. I found the NASA Astronomy Picture of the Day and their API during my search. For more information, follow the link in our bio.Astronomy has always been a fascinating subject and has always piqued my interest. The star's surface temperature is estimated at a scorching 140,000 degrees Celsius (250,000 degrees Fahrenheit). The origin of these cooler clouds within the nebula is still uncertain, but the streamers are clear evidence that their shapes are affected by radiation and stellar winds from the hot star at the center. The cool gas tends to lie in long streamers pointing away from the central star, and in a surrounding, tattered-looking ring at the outer edge of the nebula. Orange and red show the locations of cooler gas. Blue regions mark the hottest glowing gas, which forms a roughly circular ring around the central stellar remnant. The nebula shows several remarkable features. Our own Sun is predicted to create a planetary nebula some 6 billion years from now. The loss of the outer layers of the star into space exposes the hot stellar core, whose strong ultraviolet radiation then causes the ejected gas to fluoresce as the planetary nebula. They are shells of gas thrown off by stars of masses similar to that of our own Sun, when the stars are nearing the ends of their lives. Planetary nebulas are named after their round shapes as seen visually in small telescopes, and have nothing else to do with planets. Glowing in the constellation Aquila like a giant eye, the nebula is a cloud of gas ejected several thousand years ago from the hot star visible in its center. #Hubble30 (2000) The Hubble Space Telescope obtained this image of the strikingly unusual planetary nebula NGC 6751.
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