In the Invert Colors program, how many times does Karel check the color conditions before moving?

In the Invert Colors program, Karel checks the color conditions multiple times to ensure that the colors are inverted correctly based on specific criteria. Typically, this involves Karel assessing the color of the current square and then determining what action to take based on that color.

In a standard version of the Invert Colors task, Karel will check for different color states (like if the square is white or a different color) before deciding to color the square differently. Each condition check leads to Karel potentially executing an action, like changing the color of the square or moving to the next square.

Given the process involves iterating through these checks and performing an action based on each check, the total number of times Karel checks these conditions to effectively achieve the intended outcome results in a count of four distinct checks. This makes the answer four times, confirming that Karel has adequately processed all conditions necessary to perform the inversion for each scenario encountered.

Understanding the count of condition checks is vital for programming logic in Karel, as it demonstrates the need for thorough condition assessment in robotic programming to ensure accuracy in tasks like color manipulation.