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Real and Imaginary to Polar (G Dataflow)

Version:
    Last Modified: March 15, 2017

    Converts the rectangular components of a complex number into its polar components.

    This node converts the rectangular components to polar components using the following equations:

    r = x 2 + y 2
    t h e t a = arctan 2 ( y , x ) r a d i a n s
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    datatype_icon

    x

    The x rectangular component of x + yi. This input supports scalar numbers, arrays or clusters of numbers, and arrays of clusters of numbers.

    Data Type Changes on FPGA

    When you add this node to a document targeted to an FPGA, this input has a default data type that uses fewer hardware resources at compile time.

    datatype_icon

    y

    The y rectangular component of x + yi. This input supports scalar numbers, arrays or clusters of numbers, and arrays of clusters of numbers.

    Data Type Changes on FPGA

    When you add this node to a document targeted to an FPGA, this input has a default data type that uses fewer hardware resources at compile time.

    datatype_icon

    r

    The distance from the origin to the point. r has the same data type structure as x and y.

    Data Type Changes on FPGA

    When you add this node to a document targeted to an FPGA, this output has a default data type that uses fewer hardware resources at compile time.

    datatype_icon

    theta

    The angle for the line, r, from the origin to the point in radians. theta has the same data type structure as x and y.

    Data Type Changes on FPGA

    When you add this node to a document targeted to an FPGA, this output has a default data type that uses fewer hardware resources at compile time.

    Where This Node Can Run:

    Desktop OS: Windows

    FPGA: This product does not support FPGA devices


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