As a foundational course, AS100 also provides a historical perspective such as lessons on war and US military, AF operations, principles of war, and airpower (see the complete lesson list below). The course also lays the foundation for becoming an Air or Space professional by outlining our heritage and values. The course allows students to examine general aspects of the Department of the Air Force, leadership fundamentals, service benefits, and opportunities for officers. Currently I can create a function that does this comparison for two waves, and then simply loop it in another function to compare its result to additional waves, but I'm hoping there is a more elegant solution (kind of like the "prime" notation in Matlab to transpose a matrix, instead of having to create a new matrix, then loop through the first and assign values to the second, etc.).This course introduces the Air and Space Forces, encouraging students to pursue an AF career or seek additional information to be better informed about the role of the USAF. It seems simple, but every time I wrap my head around it I get stuck on some impasse.
Is there some matrix/array math operation that can do this in Igor, or some built-in function? If not, then is there some programming technique that can accomplish this without resorting to a number of nested loops and conditionals? Ideally I'd like to be able to take an arbitrary number of such waves in a list string (ie, "WaveA WaveB WaveC WaveD") as the input to a function, and have this function output a single wave combined in the method stated above. So for instance, the result of the above three waves would be the following:
What I need to do is combine these waves, so the numbers from them are sequential, and not duplicated. I have two or more waves containing different numbers of sequential threshold crossings, some of which may be the same crossing value across waves, but which may happen at different point values in each wave, such as the following: Mon, - 04:09 pm I'm curious if there is an easy/elegant approach to this problem.
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