Sentence examples for k argument from inspiring English sources

In that sense, later in this article, we present the derivative functions on the k argument (the more complex case) i.e. n (the simpler case) analytically and graphically.

The first argument is intended to be a λ-term of k arguments, and the rest of the arguments are intended to be the arguments of the body of the λ-term.

In this note we prove that a kind of mappings depending on k arguments introduced in (Paknazar et al. in Fixed Point Theory Appl. 2013:111, 2013) only depend on their first argument.

Define a bracket of weight (k) in a Sabinin algebra to be a multilinear operation in (k) arguments formed by composing the brackets and the operations (varPhi _{m,n}).

Let F g1, g2,.., gk) be a Boolean function of k arguments.

Synopsis #include "k_mismatch.h" OCCURRENCES k_mismatch (char *text, char *pattern, int k ); Arguments: text : points to a text string; pattern : points to a pattern string; k : is an integer giving the maximum number of allowed mismatches.

Synopsis use BSAT::K_Mismatch; K_Mismatch Text Pattern K Arguments: Text: is a scalar containing the text string; Pattern: is a scalar containing the pattern string; K: is a scalar giving the maximum number of allowed mismatches.

Synopsis use BSAT::K_Difference; K_Difference Text Pattern K Arguments: As in function K_Mismatch Return values: As in function K_Mismatch In this section we consider the problem of identifying a longest common subsequence (LCS for short) of two strings X and Y, using a set M of matching fragments.

These data push back a little against the "it's A not k" line of argument commonly applied to developing country underperformance.

Several local clergymen criticized King for moving too quickly, but Lee was moved by King's argument that injustices would never vanish by waiting until everyone was ready.

However the comparison does not support King's argument.