Added:

Editlines:

    ALL EDIT LINES NOW UPDATE DYNAMICALLY AND CAN BE EDITED DYNAMICALLY.

    Iron.

    Oxygen.

    Silicon.

    Carbon.

    Hydrogen.

    Carbon dioxide.

    Life likely hood(Only text not editable).

    Luminosity.

    Temperature.

    Albedo.

    Pos.x and Pos.y are now on the same level.

    Vel.x and Vel.y are now on the same level.

    Atmosphere layers

GUI:

    Main:

        Mass

        Radius

        Density

        Pos.x and Pos.y

        Vel.x and Vel.y

        Life likely hood(Only text not editable).

        Luminosity.

        Temperature.

        Albedo.

    Composition:

        Iron.

        Oxygen.

        Silicon.

        Carbon.

        Hydrogen.

        Carbon dioxide.

Temperature:

    All objects now have a temperature stat that can go from -270.45 to ∞(64bit int).

    The temperature will change the composition of the planet like at some point the planet will become too hot for a material to stay on it.

    Temperature also has a great rule in the Life likely hood.

Pie charts:

    There is a pie chart for core composition of the object and one for the atmosphere (in the composition tab).

Tidal heating:

    When there two objects with one having more mass then the other, the one with less mass will get heated if it gets close to the the more massive(Low taper fade) object.

Atmosphere:

    It's made bro the materials:

        Oxygen

        Hydrogen

        Carbon dioxide

    The atmosphere works the same way it does in real life.

    If the object does not have enough mass it will not be able to have an atmosphere.

    If the object has a big radius but small gas it will not be able to have an atmosphere.

    If the object has a high temp (+400) it will not be able to have an atmosphere.

Density:

    The mass and radius now change if you change the value of density

Fixed:

    The planet camera zoom not being set to the player camera zoom.

    The player camera position not being set to the planet camera position when clicked out.

    The mass of a object in the inspector being 6 times the given amount.

    The radius of a object in the inspector being 3 times the given amount.

Working on:

    Ammonia.

    Nitrogen.

    Magnetic field.

    City lights.