Maybe a clue or a link to understand this family of problem.
The background is that I encountered this problem when analysing experimental data. Different acquisition modules were used simultaneously. Timing data from one signal was used to calculate a delay from another. The offset from again another was to be subtracted from a couple of others. An area under a resulting curve was to be devided by another area, taking into account the timing signal. In other words, there were multiple interconnected processing steps, with cross-dependencies.
This inspired me to write this Cody-task.
Return the 3n+1 sequence for n
Clock Hand Angle 1
Matrix indexing with two vectors of indices
Getting the indices from a vector
intersection of matrices
Operate on matrices of unequal, yet similar, size
Number of problems
Create a random logical vector of N elements of which M are true.
Add a row of zeros on top of a matrix
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