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  1. Prime Periodic Table

    This is a simple periodic table application. You can scroll through the elements with the arrow keys or the touchpad. Press ENTER to see details for any element.

    Datasets were retrieved from GPeriodic and jquery-pte. Data poins for elements include Group, Atomic Weight, Density, Melting Point, Boiling Point, Atomic Radius, Specific Heat, Oxidation States, Electron Configuration, Electronegativity, Atomic Volume, Ionization Potential, and Thermal Conductivity.

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  2. Bolt Pattern

    The program BOLTPAT will calculate a bolt pattern given:
    X = center, X coordinate
    Y = center, Y coordinate
    N = number of bolts
    D = diameter of the circle

    No angle of rotation is assumed.

    The OC-Distance between each bolt is calculated by calculating
    the linear distance between neighboring bolts.

    Output:
    Each point where the bolt should be placed. In addition, the on-
    center distance between bolts is displayed. Finally, each of the
    coordinates will be presented in a list.

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  3. Data Converter 1.0

    Data Converter v1.0

    It's a data unit converter for our Prime.

    Bit, Nibble, Byte, Kibibit, Kilobit, Kibibyte, Kilobyte, Mebibit, Megabit, Mebibyte, Megabyte, Gibibit, Gigabit, Gibibyte, Gigabyte, Tebibit, Terabit, Tebibyte, Terabyte, Pebibit, Petabit, Pebibyte, Petabyte, Exbibit, Exabit, Exbibyte, Exabyte, Zebibit, Zettabit, Zebibyte, Zettabyte, Yobibit, Yottabit, Yobibyte, Yottabyte, Robibit, Ronnabit, Robibyte, Ronnabyte, Quebibit, Quettabit, Quebibyte, Quettabyte, FDisk 360, FDisk 1.44, CD-1, CD-2, DVD-1, DVD-2, Blu-ray-1, Blu-ray-2, PenUSB 128, PenUSB 256, PenUSB 1T.

    Being its intuitive use, there is no need for detailed explanations.

    Any bug you find, please let me know.
    Thank you.

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  4. IEEE754 converter v3

    IEEE754 converter v3

    Today, the most prevalent representation of real numbers on computers is IEEE Standard 754 floating point.
    This function converts floats to hexadecimal or vice versa using the IEEE-754 standard introduced in SSE instructions set.

    Syntax:

    IEEE754(a, b)

    "a" can be a decimal, hexadecimal or a string.
    Hexadecimals are case-sensitive and must be uppercase.
    Strings must be used to convert decimals with more than 12 digits.
    In CAS mode strings must be used when convert from hexadecimals to floats e.g. IEEE754 ("#123h",16).
    In CAS mode when convert from floats to hexadecimals, the result will be a string.

    "b" can only be :
    0 - Display this help
    8, 16, 32 or 64 - bits base conversion
    If bases are negative the result will show a string with more digits.

    Examples:
    IEEE754 (3.14159265359, 64) → #400921FB54442EEAh;
    IEEE754 (#400921FB54442EEAh, 64) → 3.14159265359;
    IEEE754 ("3.141592653589793", 64) → #400921FB54442D18h;
    IEEE754 (#400921FB54442D18h, -64) → "3.14159265358979311599796346854"

    In CAS mode:
    IEEE754 ("#6Dh",8) → 14.5
    IEEE754 (14.5, 8) → "#6Dh"

    If you find any error, please report to joaocaminha968@gmail.com
    Thank you.

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