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Calls a VI sourced in the version of LabVIEW you specify and returns the output of the VI. Configure the settings for this node to call the desired VI. This node requires you to have LabVIEW 8.0 or later ...

Storage Nodes (G Dataflow) LabVIEW NXG 2.0 LabVIEW NXG 2.1 LabVIEW NXG 3.0 LabVIEW NXG 3.1 LabVIEW NXG 4.0 LabVIEW NXG 5.0 LabVIEW NXG 5.1 Access data via files. Check if File or Folder Exists Checks whether ...

Indexes a set of arrays and creates a cluster array in which the ith cluster contains the ith element of each input array. This behavior is similar to the zip function in some text-based languages. This ...

Returns the value stored in an array at a specified index. This product does not support FPGA devices The following image illustrates this node's behavior for a variety of inputs: ABG, 6/7/16, DITA review ...

Computes the base e natural logarithm of a specified input value. If x is 0, ln is -∞. If x is not complex and is less than 0, ln is not a number (NaN). For very small values of x, Natural Logarithm (Arg ...

Creates an n-dimensional array in which every element equals a specified value. This product does not support FPGA devices element The value used to initialize all elements of initialized array. element ...

Reads and/or writes properties of a network stream reference. The Network Streams Properties Node is preconfigured to access network stream endpoint properties. The node operates in the same way as a standard ...

Creates a new empty zip file. The new file overwrites an existing file or produces a confirmation dialog based on the value of confirm overwrite?. This product does not support FPGA devices new zip file ...

Obtains information (such as the version and product name) about the existing executable or DLL you specify. This product does not support FPGA devices executable or DLL Path to the executable or DLL for ...

Determines whether a configuration data refnum is valid. This node considers a configuration data refnum to be invalid if you do not open the reference with the Open Config Data node, the file referenced ...

Fires a software-triggered timing source. The internal tick counter of the Timed Loop advances by number of ticks when Fire Software-Triggered Timing Source executes. If the internal tick counter jumps ...

Returns a refnum whose value is Not A Refnum. You can use this refnum as an output from structures and sub documents when an error occurs. This product does not support FPGA devices

Converts any type of data you specify into an array of bytes. You can also use this node to convert the byte order, or endian format, of the data in the flattened data array. This product does not support ...

Computes the inverse cotangent of a specified value (x) in radians. This product does not support FPGA devices x An input to this operation. This input supports scalar numbers, arrays or clusters of numbers, ...

Computes the inverse hyperbolic cosecant in radians of a value you specify(x). This product does not support FPGA devices x An input to this operation. This input supports scalar numbers, arrays or clusters ...

Computes the inverse hyperbolic cosine in radians of a value you specify(x). If x is not complex and is less than 1, the result is not a number (NaN). This product does not support FPGA devices x An input ...

Converts the characters 0 through 9, plus, minus, e, E, and the decimal point (usually period) in a string to a floating-point number. This node can process strings that use fractional, exponential, or ...

Computes the logical negation of the logical exclusive or (XOR) of the inputs. If all inputs are TRUE or all inputs are FALSE, this node returns TRUE. Otherwise, it returns FALSE. This node performs bitwise ...

Sends PSP variable data to the server immediately. Shared variable nodes use an 8-kilobyte buffer for all PSP variable values and automatically send the values either when the buffer is full or after 10 ...

Transfers all data to the reader endpoint before data flow resumes. You can call this node from the writer endpoint only. This product does not support FPGA devices Use this node before using the Destroy ...

Executes its subdiagram n times. The iteration terminal provides the current loop iteration count, which ranges from 0 to n-1. This product does not support FPGA devices The following image shows the output ...

Converts an integer to a Boolean array. This node returns an array of 8, 16, 32, or 64 elements, depending on the number of bits in the integer input. The 0th element of the array corresponds to the least ...

Computes the arctangent of a specified value (x) in radians. This product does not support FPGA devices x An input to this operation. This input supports scalar numbers, arrays or clusters of numbers, ...

Converts a numeric value to a string that shows the number's engineering format. Engineering format is similar to exponential format, except the exponent is a multiple of three (..., -3, 0, 3, 6, ...). ...

Converts a numeric IP network address to a string. This product does not support FPGA devices net address The unsigned numeric representation of the dot-notation representation of the IP network address ...

Converts a numeric value to an F-format (fractional notation), floating-point string. This product does not support FPGA devices The following table shows how the values of number, width, and precision ...

Converts a numeric value to a string that shows the number's hexadecimal format. The digits A-F always appear in uppercase in the output string. This product does not support FPGA devices The following ...

Converts a number into a regular string and appends the result to the input string. This product does not support FPGA devices Converting Multiple Values This node converts a single number each time it ...

Represents a number on the diagram. Set this value by clicking inside the constant and typing a value. This product does not support FPGA devices

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