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Edge Falling
This block is used to catch the falling edge of a signal. After the block captures the moment when a signal goes from True to False, it outputs a True signal for 1 cycle.
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The
Falling Edge
node in AugeLab Studio checks the input signal for a falling edge. It determines if the input signal has transitioned from a high state (True) to a low state (False) since the last evaluation.The
Falling Edge
node takes a boolean input signal and outputs a boolean value indicating if a falling edge has occurred. A falling edge is detected when the input signal transitions from True to False.- 1.Drag and drop the
Falling Edge
node from the node library onto the canvas in AugeLab Studio. - 2.Connect the input signal to the
Input
socket. - 3.The output socket will show True if a falling edge is detected, and False otherwise.
The
Falling Edge
node implements the following logic:- 1.Input Signal Retrieval: The node retrieves the input signal from the
Input
socket. - 2.Falling Edge Detection: It checks if the input signal has transitioned from True to False since the last evaluation.
- 3.Output Value Update: The output socket shows True if a falling edge is detected, and False otherwise.
- 4.Control Bit Tracking: The node keeps track of the previous state of the input signal to detect falling edges.
- 1.Drag and drop the
Falling Edge
node from the node library onto the canvas in AugeLab Studio. - 2.Connect the input signal to the
Input
socket. - 3.Run the pipeline or execute the node to check for falling edges in the input signal.
- 4.Review the output value to determine if a falling edge has occurred.
- 5.Use the output value in other nodes or conditions to trigger specific actions based on falling edges.
- The
Falling Edge
node is used to detect falling edges in a boolean input signal. - A falling edge is detected when the input signal transitions from True to False.
- The node keeps track of the previous state of the input signal to detect falling edges.
- The output value of the node indicates if a falling edge has occurred.
- The
Falling Edge
node is commonly used in applications where you need to trigger actions based on changes in the input signal. - It is particularly useful in scenarios where you want to detect specific events or transitions in a binary signal.
- The node helps to identify falling edges in real-time data streams or time-series data.
- It provides a simple and intuitive way to process and analyze boolean signals in your pipeline.
- The
Falling Edge
node improves the modularity and flexibility of your pipeline by encapsulating the falling edge detection logic. - You can combine the
Falling Edge
node with other nodes and conditions to create complex behavior based on falling edge events. - It is recommended to connect the output of the
Falling Edge
node to nodes or conditions that require falling edge detection. - The node can be used in various applications, such as event-driven systems, signal processing, state machines, and control systems.