{MAAS}

MARS ATMOSPHERIC AGGREGATION SYSTEM

An system built to further the development of applications that focus on leveraging the weather data across Earth and the lovers of Mars

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About us

WHAT EXACTLY IS THE {MAAS} ?

The {MAAS} invention is an open source development that help to make building interactive applications that focus on using the rich weather data easier and more efficient. 

Some of the reliable sources including but not limited to

  • Weather data from Curiosity Rover on Mars
  • The REMS (Rover Environmental Monitoring Station) data, which is
  • provided by the Centro de Astrobiologia (CSIC-INTA).
WHAT'S POSSIBLE?

Get the up to date data from Mars

Using open source, publicly available data across different reliable and up to date sources. This result in a robust grouping of data being transmitted by across the interface. Here’s a listing of what’s available, but not limited to:

  • Terrestrial Date (Earth Date)
  • Sol (Mars Date)
  • LS – (Mars Season)
  • Min Temp (C&F;)
  • Max Temp (C&F;)
  • Atmospheric Pressure
  • Humidity
  • Wind Direction
  • Weather Status (Sunny, Cloudy, etc)

Open source

This open source allows anyone to use and create their own applications

Friendly interface

Many interfaces are easy to use and able to pick up easily

Tracking & progress

Able to track all data and even weathers as you progress

Fun & competitive

For people looking to have fun or compete with one another

Wide range applications

Easily integrate to other applications that you can think of

Rich data

Uses wide range of rich data across reliable sources

What you can use for

Wide Range of Applications

Use the {MAAS} platform to build web apps, data visualizations, even mobile weather apps, and more. The possibilities are endless as the interface and data can integrate with nearly any web-enabled application or programming language.

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COMMITMENT

How cooling is Space? When compared to Earth

If you are outside your house and sitting under the hot sun, essentially sweating into somebody’s ice pool, you will have definitely asked yourself how in the Earth where outer space could also be cold at the same time! The distance between the space and the sun is so much nearer as compared to you on Earth, and yet, the space temperature is alleged to be so cold, close to temperature of zero degree. However is that even possible? What cause Earth thus totally different when compared to the other universe? How cooling can the space be and is it true that the space is cold?

Today, we are aiming to answer all of those queries that you have in the mind. However, we want to let you understand this framework first, thus you’ll be able to best perceive the science behind space.

Firstly, we’ve got to ascertain what kind of heat is within this existing scientific community in the Earth. For us, the definition of heat is simple, it is whether or not you wish to place on a jacket or if you want to swim within the sea under the hot sun. However within the science world, it’s a touch of a lot of sophisticated theories. Heat is how briskly these small particles are circulating. The quicker they’re moving, the warmer the temperature, thus the heat. This, therefore the opposite would be that the slower they move, the colder temperatures.

Secondly, scientists in the Earth don’t use Fahrenheit or degree Celsius for his or her temperature measurement during their space trip. Why would they add another type of measurement scale into the space? The reality of the matter is that they required a measurement that will support the concept of temperature under absolute zero. The measuement is understood as Kelvin, which known by scientist, William Thomson, or a lot of was known as the, Lord Kelvin.

Thirdly, the absolute zero term of temperature applies wherever particles don’t seem to be moving and do not have any motion, thus there’s no transfer of any heat during this period. For example, to showcase this example, zero Kelvin is comparable to negative two hundred and seventy three  Celsius and negative four hundred and ninety five Fahrenheit. It’s is very cooling in fact.

Now that we’ve got the basic fundamental layout done, let’s get into the exciting part of it all.

How cold can the space get?


The real answer of how cooling the space would be, would really be “it depends”. For the fact for everyone curiosity, the temperature in the outer space is cold and very cold. The most astonishing fact about outer space is that, there are areas where there are not any gas particles, there are zero movement in any point of time. This would result in the temperature to be at zero K or what we mentioned earlier, absolute zero temperature. However, it’s unlikely that you will arbitrarily encounter a region in the space which there are zero cosmic activity. Where there are absolute zero movement. If there is such case, you will be in limbo state.  

However it’s doable. If you’re sent moving into the sun, the nearer you get towards the sun, the warmer you would feel where the temperature will get higher. The foremost attention-grabbing is that even if you are floating and nearer to the sun, you will be freeze to death even before you are burn to death, even if you are getting closer to the sun. With accords to Quartz, on Earth, heat is transferred primarily through physical phenomenon, in space, it would be via radiation. This is where you will lose all your warmth slowly, and then all directly, all the heat would be lost and transferred to outer space as an ice block.

At the end of the day, the temperature in the outer space is viciously cold and at extreme weather. The gas particles could also be moving extremely quick, due to the sun that energized the particles. However, the space is large and gas particles and stars are many light years far from each other. This prevent any knock against one another, as this is due to the enormous amount of space between one another.

GET STARTED WITH THE {MAAS}

Start building apps on a galactic scale with the Mars Atmospheric Aggregation System.

Our API is accessible at marsweather.ingenology.com. Thanks to being built with Django REST Framework, it features a Browsable API that makes exploring the data easy. Here are a few examples to get you started:

The following request:

				
					curl -X GET http://marsweather.ingenology.com/v1/latest/
				
			

will return a JSON object for the latest report:

				
					{
    "report": {
        "terrestrial_date": "2013-05-01", 
        "sol": 261, 
        "ls": 310.5, 
        "min_temp": -69.75, 
        "min_temp_fahrenheit": -93.55, 
        "max_temp": -4.48, 
        "max_temp_fahrenheit": 23.94, 
        "pressure": 868.05, 
        "pressure_string": "Higher", 
        "abs_humidity": null, 
        "wind_speed": null, 
        "wind_direction": "--", 
        "atmo_opacity": "Sunny", 
        "season": "Month 11", 
        "sunrise": "2013-05-01T11:00:00Z", 
        "sunset": "2013-05-01T22:00:00Z"
    }
}
				
			

You can filter by most report fields. For example, sol:

				
					curl -X GET http://marsweather.ingenology.com/v1/archive/?sol=155
				
			

This returns:

				
					{
    "count": 1, 
    "next": null, 
    "previous": null, 
    "results": [
        {
            "terrestrial_date": "2012-12-10", 
            "sol": 155, 
            ...
        }
    ]
}
				
			

You can also filter by terrestrial date using terrestrial_date_start and terrestrial_date_end. For example:

				
					curl -X GET http://marsweather.ingenology.com/v1/archive/?terrestrial_date_start=2012-10-01&terrestrial_date_end=2012-10-31
				
			

This returns a collection of JSON objects for every weather report available for October 2012:

				
					{
    "count": 29, 
    "next": "http://marsweather.ingenology.com/v1/archive/?terrestrial_date_end=2012-10-31&terrestrial_date_start=2012-10-01&page=2", 
    "previous": null, 
    "results": [
        ...
    ]
}
				
			

Our API is open sourced under the Apache license. The source code is available on Github.