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I want to mount a VO fender to my LHT. I have a front rack that means my preferred eyelet is taken. I could use a longer bolt and attach to the same eyelet, or bend the strut and attach to the less ideal eyelet.
Anyone see anything really dumb in attaching the strut to my front rack? Obviously I then couldn't run the fender without the rack, but I don't see this an issue.
See pic for deets.
Thank you! -
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My solution to day 3 in Haskell. AoC is the first thing I have ever written in Haskell and it shows! I am an aerodynamics engineer who uses MATLAB and Python to basically just deal with matrix operations. It's been tricky to adjust to a functional way of thinking & where everything is not just a matrix of doubles!
main = do input <- fmap lines $ readFile "input_day03.txt" print $ countLetters (tail $ countTrees (every 1 input) [0,3..]) '#' print $ product $ countAllTrees input [1,1,1,1,2] [1,3,5,7,1] countTrees :: [String] -> [Int] -> String countTrees [] _ = [] countTrees (x:xs) (y:ys) = [x !! (y `mod` length x)] ++ countTrees xs ys countLetters :: String -> Char -> Int countLetters str c = length $ filter (== c) str every :: Int -> [String] -> [String] every n (x:xs) = [x] ++ every n (drop (n-1) xs) every _ [] = [] countAllTrees :: [String] -> [Int] -> [Int] -> [Int] countAllTrees input (x:xs) (y:ys) = [countLetters (tail $ countTrees (every x input) [0,y..]) '#'] ++ countAllTrees input xs ys countAllTrees _ [] _ = []
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Not that anyone probably cares, but would recommend doing this, shorter strut keeps fender really rigid. Plus shorter struts save important grams on this weight weenie build.