Given a vector, v, of real numbers, return a positive integer, n, representing the longest contiguous increasing sub-sequence contained in v.
v = [2 18 9 6 11 20 25 3]
n = 4
Learned from Solution 883700, by Tim. run this just for checking: I reckon that function "sum" in that solution is redundant, and my guessing seems to be right.
Quick response! Seems 0 is better than infinity...
lol~ yes, in terms of code size, 0 is better than Inf :-)
Increment a number, given its digits
Return elements unique to either input
Getting logical indexes
Generate a NaN...on purpose
length of a vector
Number construction I
Regular polygon bounded by and bounding a circle
Juggler sequence revisited
Mean number of letters per word (Easy)
Sorting integers by their digits (Level 1)
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