LabVIEW
A graphical system design and programming platform developed by National Instruments that employs a dataflow programming paradigm, widely used in test and measurement, industrial automation, and scientific research.
Timeline (last 90 days)
All the code for this LabVIEW demonstration program was automatically generated by the AI tool VI Generator, including a main VI and multiple sub-VIs, and can be run directly.
The demonstration program's main VI uses an event-timeout state machine structure and refreshes the screen every 50 milliseconds.
The program retains all points for ratio calculation in cumulative statistics, but only keeps the most recent 5,000 points for screen rendering, in order to avoid lag caused by excessive drawing data.
The event-timeout state machine is a common architecture in LabVIEW graphical programming, capable of simultaneously responding to user interactions and maintaining continuous UI updates while avoiding CPU idle spinning caused by polling.
The demonstration program supports interactive adjustment; increasing the number of points scattered per batch from 500 to 2,000 noticeably accelerates convergence, while changing it to 100 slows convergence.
All Facts (5)
All the code for this LabVIEW demonstration program was automatically generated by the AI tool VI Generator, including a main VI and multiple sub-VIs, and can be run directly.
50%UnverifiedThe demonstration program's main VI uses an event-timeout state machine structure and refreshes the screen every 50 milliseconds.
50%UnverifiedThe program retains all points for ratio calculation in cumulative statistics, but only keeps the most recent 5,000 points for screen rendering, in order to avoid lag caused by excessive drawing data.
50%UnverifiedThe event-timeout state machine is a common architecture in LabVIEW graphical programming, capable of simultaneously responding to user interactions and maintaining continuous UI updates while avoiding CPU idle spinning caused by polling.
50%UnverifiedThe demonstration program supports interactive adjustment; increasing the number of points scattered per batch from 500 to 2,000 noticeably accelerates convergence, while changing it to 100 slows convergence.
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