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[imin] * -> D += ⎨ * ⎩"+t" - if pi>p[imin] * * * in any case t↓ ∀ pi=p[imin] pi↓ * * * ~~~ * * NOTE * * Usual diff D(A,B) is by definition the same as combined diff D(A,[B]), * so this diff paths generator can, and is used, for plain diff...
In the proposed ColPali approach, the authors leverage VLMs to construct efficient multi-vector embeddings directly from document images (“screenshots”) for document retrieval. They train the model to maximize the similarity between these document embeddings and the corresponding query embeddings, using...
Function ndiff(a, b): Return a delta: the difference between `a` and `b` (lists of strings). Function restore(delta, which): Return one of the two sequences that generated an ndiff delta. Function unified_diff(a, b): For two lists of strings, return a delta in unified diff ...
But sequences must support random access_iterator. Getting started To start using this library, all you need to do is include dtl.hpp. #include "dtl/dtl.hpp" Compare two strings First of all, calculate the difference between two strings. typedef char elem; typedef std::string sequence; ...
[imin] * -> D += ⎨ * ⎩"+t" - if pi>p[imin] * * * in any case t↓ ∀ pi=p[imin] pi↓ * * * ~~~ * * NOTE * * Usual diff D(A,B) is by definition the same as combined diff D(A,[B]), * so this diff paths generator can, and is used, for plain diff...
[imin] * -> D += ⎨ * ⎩"+t" - if pi>p[imin] * * * in any case t↓ ∀ pi=p[imin] pi↓ * * * ~~~ * * NOTE * * Usual diff D(A,B) is by definition the same as combined diff D(A,[B]), * so this diff paths generator can, and is used, for plain d...
[imin] * -> D += ⎨ * ⎩"+t" - if pi>p[imin] * * * in any case t↓ ∀ pi=p[imin] pi↓ * * * ~~~ * * NOTE * * Usual diff D(A,B) is by definition the same as combined diff D(A,[B]), * so this diff paths generator can, and is used, for plain diff...
[imin] * -> D += ⎨ * ⎩"+t" - if pi>p[imin] * * * in any case t↓ ∀ pi=p[imin] pi↓ * * * ~~~ * * NOTE * * Usual diff D(A,B) is by definition the same as combined diff D(A,[B]), * so this diff paths generator can, and is used, for plain diff...
[imin] * -> D += ⎨ * ⎩"+t" - if pi>p[imin] * * * in any case t↓ ∀ pi=p[imin] pi↓ * * * ~~~ * * NOTE * * Usual diff D(A,B) is by definition the same as combined diff D(A,[B]), * so this diff paths generator can, and is used, for plain diff...