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In LabView's file function, there is a function that reads the number of binary files.
This function does what you want to do.
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1) First of all, you need to know the content format of this binary file, otherwise you may not get the data you want or garbled characters;
2) Once you know the format of the binary, use Read Binary. vi Obtain the data of the plot**;
3) Convert the data or connect it directly to Draw a Restore Pixel Map. vi ;
As shown in the figure below:
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Convert binary to decimal data and then use this function.
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Use the Read Binary function (note the Data Type terminal) to output to the waveform.
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You can use the oscilloscope to measure it yourself, it's very simple, just pay attention to the sequence and the number of digits (start bit, stop bit).
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The oscilloscope is connected to tx or rx, and then gnd is fine.
Then send the data to the observations.
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1. Discard the data that is not important to human hearing in the Pulse Code Modulation (PCM) audio data (similar to JPEG is a lossy image compression), so as to achieve a much smaller file size;
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File format.
One. Overview: *** The file is made up of.
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If you want to add a point to the back of the curve and display it directly, the easiest way is to use a graph chart instead of a graph. Hehe.
It is also possible to increase the sending speed and display the waveform as an array after not receiving a certain amount of data (several cycles).
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LabVIEW serial port receives data showing the waveform because of hexadecimal.
If y1 is a-f, you need to use the conversion function to directly convert the 16-base string.
Convert numbers to decimal system.
LabVIEW is a programming environment developed by National Instruments (NI), similar to the C and Basic development environments, but LabVIEW is different from other computer languages.
The significant difference is that other computer languages are produced in text-based languages, while LabView uses the graphical language G to write programs, and the resulting programs are in the form of block diagrams. LabVIEW software is at the heart of the NI design platform and is ideal for developing measurement or control systems.
The LabVIEW development environment integrates all the tools engineers and scientists need to quickly build a wide range of applications, designed to help them solve problems, increase productivity, and innovate.
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I also have the same problem, for example: the first one sent by the MCU to Labview is 0x19, and the second is 0x24, then 19 is the decimal 25, and 24 is the decimal 36In LabVIEW, the first thing I accept is the 0x09, and then the 0x24, so I show two points in the waveform, one is 25 and two points are 36
So how do you put in LabView what function to display the temperature on the waveform as: ? Please be detailed, I'm new to LabVIEW.
If you know, please let me know, thank you.
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Convert the received 8-bit binary to decimal and add the received data to the array in the creation of an array.
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Waveform -- > waveform file i o -- > read waveform from file, ok
Landlord, you just forgot to close it, and your program doesn't need to be overhauled. >>>More
Don't use cstring, the character length of cstring is unknown, so it is difficult to read and write. You can see what the value of sizeof(game) is. >>>More
The conversion of binary numbers 10000001 to decimal numbers is 129. The method of converting binary to decimal is to start counting from the left, and then list it as the first ??bits, multiply the number of the nth digit by 2 to the nth power, and the results obtained can be summed together. >>>More
It can be like this: for example, multiply it by the binary number of the base. >>>More
If it's a method, I can give you a natural language description of how the decimal integer part n can be converted to binary as follows: >>>More