// -*- C++ -*- // automatically generated by autodoc // ========== HEADER FILE src/aux1/arith1.h: ========== inline void negate(Type *f, ulong n); // negate every element of f[] inline void multiply_val(Type *f, ulong n, Type s); // f[] *= s inline void add(Type *f, ulong n, const Type *g); // f[] += g[] element-wise inline void subtract(Type *f, ulong n, const Type *g); // f[] -= g[] element-wise inline void multiply(Type *f, ulong n, const Type *g); // f[] *= g[] element-wise // ========== HEADER FILE src/aux1/bytescan.h: ========== // ----- SRCFILE=src/aux1/bytescan.cc: ----- ulong long_strlen(const char *str); // Return length of string starting at str. // ========== HEADER FILE src/aux1/copy.h: ========== inline void fill(Type *dst, ulong n, Type v); // Fill array with value v inline void null(Type *dst, ulong n); // Set array to zero. inline void acopy(const Type *src, Type *dst, ulong n); // Copy array src[] to dst[] // Named acopy() to avoid conflict with std::copy() inline void copy_cyclic(const Type *src, Type *dst, ulong n, ulong s); // Copy array src[] to dst[] // starting from position s in src[] // wrap around end of src[] (src[n-1]) // // src[] is assumed to be of length n // dst[] must be of length n at least // // Equivalent to: { acopy(src, dst, n); rotate_right(dst, n, s); } inline void skip_copy(const Type *src, Type *dst, ulong n, ulong d); // Copy n elements from src[] at positions // [0],[d],[2d],[3d],...,[(n-1)*d] // to dst[0, 1, ..., n-1] inline void skip_copy_back(const Type *src, Type *dst, ulong n, ulong d); // Copy n elements from src[0, 1, ..., n-1] // to dst[] at positions // [0],[d],[2d],[3d],...,[(n-1)*d] inline void set_seq(Type *dst, ulong n, Type start=0); // Fill array with sequence // start, start+1, start+1, ... // ========== HEADER FILE src/aux1/num2str.h: ========== // ----- SRCFILE=src/aux1/num2str.cc: ----- void num2str(ulong x, ulong rd, char *str); // Write radix-rd representation of x to str[]. // Must have rd <= 36. // ========== HEADER FILE src/aux1/wordgray.h: ========== // Word-wise Gray code and reversed Gray code. // cf. bits/graycode.h and bits/graypower.h void word_gray(Type *f, ulong n); void inverse_word_gray(Type *f, ulong n); void word_gray_pow(Type *f, ulong n, ulong x); // result is identical to // for (ulong k=0; k