The read_image example demonstrates the process by showing how to call an operator in HDevelop, pass a file path as an input parameter, and receive an image object as an output variable. After execution, the loaded image appears in the graphics window and the variable panel.
Conditions: The code is executed in the HALCON HDevelop main program region (#main).; The input is a valid image file path string.; The output is an image variable.
The read_image example demonstrates the process by showing how to call an operator in HDevelop, pass a file path as an input parameter, and receive an image object as an output variable. After execution, the loaded image appears in the graphics window and the variable panel.
Conditions: The code is executed in the HALCON HDevelop main program region (#main).; The input is a valid image file path string.; The output is an image variable.
In HALCON, an operator is essentially the same as a function in standard programming. They are prewritten tools designed to perform specific tasks.
Conditions: Applicable to understanding operator instructions in HALCON software.; The comparison is between HALCON operators and standard programming functions.
In HALCON, an operator is essentially the same as a function in standard programming. They are prewritten tools designed to perform specific tasks.
Conditions: Applicable to understanding operator instructions in HALCON software.; The comparison is between HALCON operators and standard programming functions.
Operators are said to have inputs and outputs because they function as tools that require data or paths to process (inputs) and return processed results or objects (outputs). This mechanism ensures clear, modular data-processing workflows.
Conditions: Applicable to HALCON operators with input and output parameters.; The operator call is demonstrated in the HDevelop environment.
Operators are said to have inputs and outputs because they function as tools that require data or paths to process (inputs) and return processed results or objects (outputs). This mechanism ensures clear, modular data-processing workflows.
Conditions: Applicable to HALCON operators with input and output parameters.; The operator call is demonstrated in the HDevelop environment.
The video interprets procedural orientation in HALCON as 'responding to each situation as it arises.' This means that when a specific processing need emerges, the user calls the corresponding operator or function to implement the task.
Conditions: This is the video's colloquial summary of HALCON's programming style.; The discussion remains strictly within HALCON, excluding joint programming.
The video interprets procedural orientation in HALCON as 'responding to each situation as it arises.' This means that when a specific processing need emerges, the user calls the corresponding operator or function to implement the task.
Conditions: This is the video's colloquial summary of HALCON's programming style.; The discussion remains strictly within HALCON, excluding joint programming.