/dports/math/e-antic/flint2-ae7ec89/examples/ |
H A D | radix.cpp | 38 A.set_coeff(3, 5); in main() 39 A.set_coeff(4, 4); in main() 41 B.set_coeff(0, 1); in main() 42 B.set_coeff(2, 1); in main() 43 B.set_coeff(3, 5); in main() 44 B.set_coeff(4, 1); in main() 45 B.set_coeff(5, 5); in main() 46 B.set_coeff(8, 8); in main() 47 B.set_coeff(9, 8); in main() 48 B.set_coeff(10, 5); in main() [all …]
|
H A D | fmpz_mod_poly.cpp | 27 x.set_coeff(3, 5); in main() 28 x.set_coeff(0, 6); in main()
|
/dports/math/flint2/flint-2.8.4/examples/ |
H A D | radix.cpp | 38 A.set_coeff(3, 5); in main() 39 A.set_coeff(4, 4); in main() 41 B.set_coeff(0, 1); in main() 42 B.set_coeff(2, 1); in main() 43 B.set_coeff(3, 5); in main() 44 B.set_coeff(4, 1); in main() 45 B.set_coeff(5, 5); in main() 46 B.set_coeff(8, 8); in main() 47 B.set_coeff(9, 8); in main() 48 B.set_coeff(10, 5); in main() [all …]
|
H A D | fmpz_mod_poly.cpp | 27 x.set_coeff(3, 5); in main() 28 x.set_coeff(0, 6); in main()
|
/dports/math/e-antic/e-antic-1.0.0-rc.13/libeantic/upstream/antic/examples/ |
H A D | radix.cpp | 38 A.set_coeff(3, 5); in main() 39 A.set_coeff(4, 4); in main() 41 B.set_coeff(0, 1); in main() 42 B.set_coeff(2, 1); in main() 43 B.set_coeff(3, 5); in main() 44 B.set_coeff(4, 1); in main() 45 B.set_coeff(5, 5); in main() 46 B.set_coeff(8, 8); in main() 47 B.set_coeff(9, 8); in main() 48 B.set_coeff(10, 5); in main() [all …]
|
H A D | fmpz_mod_poly.cpp | 27 x.set_coeff(3, 5); in main() 28 x.set_coeff(0, 6); in main()
|
/dports/math/lidia/lidia-2.3.0+latte-patches-2014-10-04/src/finite_fields/powser/ |
H A D | sparse_power_series_appl.cc | 213 b.set_coeff (a[i], i); in main_LiDIA() 222 b.set_coeff (zero, f); in main_LiDIA() 223 b.set_coeff (a[f], f); in main_LiDIA() 363 c.set_coeff (one, f-5); in main_LiDIA() 364 c.set_coeff (one, l+6); in main_LiDIA() 377 c.set_coeff (zero, l); in main_LiDIA() 390 c.set_coeff (zero, f); in main_LiDIA() 391 c.set_coeff (zero, l); in main_LiDIA() 453 b.set_coeff (zero, f); in main_LiDIA() 463 c.set_coeff (tmp, f); in main_LiDIA() [all …]
|
H A D | dense_power_series_appl.cc | 256 b.set_coeff (a[i], i); in main_LiDIA() 265 b.set_coeff (zero, f); in main_LiDIA() 266 b.set_coeff (a[f], f); in main_LiDIA() 285 b.set_coeff (zero, f); in main_LiDIA() 426 c.set_coeff (one, f-5); in main_LiDIA() 440 c.set_coeff (zero, l); in main_LiDIA() 453 c.set_coeff (zero, f); in main_LiDIA() 454 c.set_coeff (zero, l); in main_LiDIA() 506 b.set_coeff (zero, f); in main_LiDIA() 511 c.set_coeff (tmp, f); in main_LiDIA() [all …]
|
/dports/math/cln/cln-1.3.6/examples/ |
H A D | legendre.cc | 23 b.set_coeff(2,1); in legendre() 24 b.set_coeff(1,0); in legendre() 25 b.set_coeff(0,-1); in legendre() 32 p.set_coeff(j, coeff(p,j) * factor); in legendre() 41 b.set_coeff(2,R->canonhom(1)); in legendre() 42 b.set_coeff(1,R->canonhom(0)); in legendre() 43 b.set_coeff(0,R->canonhom(-1)); in legendre() 50 p.set_coeff(j, coeff(p,j) * factor); in legendre()
|
/dports/math/e-antic/flint2-ae7ec89/flintxx/test/ |
H A D | t-fmpz_mod_polyxx.cpp | 40 p.set_coeff(0, 1); in test_manipulation() 42 p.set_coeff(0, 0); in test_manipulation() 60 p.set_coeff(0, 1); in test_assignment() 93 g.set_coeff(0, 17); h.set_coeff(0, 15u + M); in test_arithmetic() 138 g.set_coeff(5, 15); in test_functions() 143 g.set_coeff(15, 1); in test_functions() 156 g.set_coeff(15, 1); in test_functions() 199 f.set_coeff(0, 17); in test_functions() 346 f.set_coeff(0, 3); in test_printing() 347 f.set_coeff(1, 1); in test_printing() [all …]
|
H A D | t-nmod_polyxx.cpp | 33 p.set_coeff(0, 1); in test_init() 53 p.set_coeff(0, 0); in test_manipulation() 60 p.set_coeff(0, 1); in test_manipulation() 69 p.set_coeff(0, 1); in test_assignment() 75 q.set_coeff(3, 1); in test_assignment() 90 p.set_coeff(3, 1); in test_conversion() 100 g.set_coeff(0, 17); h.set_coeff(0, 15); in test_arithmetic() 163 g.set_coeff(5, 15); in test_functions() 169 g.set_coeff(15, 1); in test_functions() 286 g.set_coeff(0, 0); in test_functions() [all …]
|
H A D | t-fmpq_polyxx.cpp | 35 p.set_coeff(5, 17); in test_manipulation() 38 q.set_coeff(5, fmpqxx(17, 2u)); in test_manipulation() 40 p.set_coeff(0, fmpzxx(1)); in test_manipulation() 49 p.set_coeff(0, 1); in test_manipulation() 68 q.set_coeff(3, 1); in test_assignment() 92 p.set_coeff(3, fmpqxx(1, 2u)); in test_conversion() 104 p.set_coeff(1, 1); in test_arithmetic() 127 q.set_coeff(1, 17); // q == "4 0 17 0 2" in test_arithmetic() 176 f.set_coeff(5, 1); in test_functions() 177 f.set_coeff(0, 1); in test_functions()
|
/dports/math/e-antic/e-antic-1.0.0-rc.13/libeantic/upstream/antic/flintxx/test/ |
H A D | t-fmpz_mod_polyxx.cpp | 40 p.set_coeff(0, 1); in test_manipulation() 42 p.set_coeff(0, 0); in test_manipulation() 60 p.set_coeff(0, 1); in test_assignment() 93 g.set_coeff(0, 17); h.set_coeff(0, 15u + M); in test_arithmetic() 138 g.set_coeff(5, 15); in test_functions() 143 g.set_coeff(15, 1); in test_functions() 156 g.set_coeff(15, 1); in test_functions() 199 f.set_coeff(0, 17); in test_functions() 346 f.set_coeff(0, 3); in test_printing() 347 f.set_coeff(1, 1); in test_printing() [all …]
|
H A D | t-nmod_polyxx.cpp | 33 p.set_coeff(0, 1); in test_init() 53 p.set_coeff(0, 0); in test_manipulation() 60 p.set_coeff(0, 1); in test_manipulation() 69 p.set_coeff(0, 1); in test_assignment() 75 q.set_coeff(3, 1); in test_assignment() 90 p.set_coeff(3, 1); in test_conversion() 100 g.set_coeff(0, 17); h.set_coeff(0, 15); in test_arithmetic() 163 g.set_coeff(5, 15); in test_functions() 169 g.set_coeff(15, 1); in test_functions() 286 g.set_coeff(0, 0); in test_functions() [all …]
|
H A D | t-fmpq_polyxx.cpp | 35 p.set_coeff(5, 17); in test_manipulation() 38 q.set_coeff(5, fmpqxx(17, 2u)); in test_manipulation() 40 p.set_coeff(0, fmpzxx(1)); in test_manipulation() 49 p.set_coeff(0, 1); in test_manipulation() 68 q.set_coeff(3, 1); in test_assignment() 92 p.set_coeff(3, fmpqxx(1, 2u)); in test_conversion() 104 p.set_coeff(1, 1); in test_arithmetic() 127 q.set_coeff(1, 17); // q == "4 0 17 0 2" in test_arithmetic() 176 f.set_coeff(5, 1); in test_functions() 177 f.set_coeff(0, 1); in test_functions()
|
/dports/math/flint2/flint-2.8.4/flintxx/test/ |
H A D | t-nmod_polyxx.cpp | 33 p.set_coeff(0, 1); in test_init() 53 p.set_coeff(0, 0); in test_manipulation() 60 p.set_coeff(0, 1); in test_manipulation() 69 p.set_coeff(0, 1); in test_assignment() 75 q.set_coeff(3, 1); in test_assignment() 90 p.set_coeff(3, 1); in test_conversion() 100 g.set_coeff(0, 17); h.set_coeff(0, 15); in test_arithmetic() 163 g.set_coeff(5, 15); in test_functions() 169 g.set_coeff(15, 1); in test_functions() 286 g.set_coeff(0, 0); in test_functions() [all …]
|
H A D | t-fmpz_mod_polyxx.cpp | 41 p.set_coeff(0, 1); in test_manipulation() 43 p.set_coeff(0, 0); in test_manipulation() 61 p.set_coeff(0, 1); in test_assignment() 94 g.set_coeff(0, 17); h.set_coeff(0, 15u + M.modulus()); in test_arithmetic() 139 g.set_coeff(5, 15); in test_functions() 144 g.set_coeff(15, 1); in test_functions() 157 g.set_coeff(15, 1); in test_functions() 199 f.set_coeff(0, 17); in test_functions() 347 f.set_coeff(0, 3); in test_printing() 348 f.set_coeff(1, 1); in test_printing() [all …]
|
H A D | t-fmpq_polyxx.cpp | 35 p.set_coeff(5, 17); in test_manipulation() 38 q.set_coeff(5, fmpqxx(17, 2u)); in test_manipulation() 40 p.set_coeff(0, fmpzxx(1)); in test_manipulation() 49 p.set_coeff(0, 1); in test_manipulation() 68 q.set_coeff(3, 1); in test_assignment() 92 p.set_coeff(3, fmpqxx(1, 2u)); in test_conversion() 104 p.set_coeff(1, 1); in test_arithmetic() 127 q.set_coeff(1, 17); // q == "4 0 17 0 2" in test_arithmetic() 176 f.set_coeff(5, 1); in test_functions() 177 f.set_coeff(0, 1); in test_functions()
|
/dports/math/cln/cln-1.3.6/include/cln/ |
H A D | univpoly_integer.h | 49 void set_coeff (uintL index, const cl_I& y); 134 void set_coeff (cl_UP_I& x, uintL index, const cl_I& y) 136 cl_heap_univpoly_ring::set_coeff(x,index,cl_ring_element(cl_I_ring,y)); 200 inline void set_coeff (cl_UP_I& x, uintL index, const cl_I& y) 201 { x.ring()->set_coeff(x,index,y); } 204 inline void cl_UP_I::set_coeff (uintL index, const cl_I& y) 205 { ring()->set_coeff(*this,index,y); }
|
H A D | univpoly_complex.h | 50 void set_coeff (uintL index, const cl_N& y); 135 void set_coeff (cl_UP_N& x, uintL index, const cl_N& y) 137 cl_heap_univpoly_ring::set_coeff(x,index,cl_ring_element(cl_C_ring,y)); 205 inline void set_coeff (cl_UP_N& x, uintL index, const cl_N& y) 206 { x.ring()->set_coeff(x,index,y); } 209 inline void cl_UP_N::set_coeff (uintL index, const cl_N& y) 210 { ring()->set_coeff(*this,index,y); }
|
H A D | univpoly_modint.h | 40 void set_coeff (uintL index, const cl_MI& y); in CL_DEFINE_COPY_CONSTRUCTOR2() 126 void set_coeff (cl_UP_MI& x, uintL index, const cl_MI& y) in set_coeff() function 128 cl_heap_univpoly_ring::set_coeff(x,index,y); in set_coeff() 196 inline void set_coeff (cl_UP_MI& x, uintL index, const cl_MI& y) in set_coeff() function 197 { x.ring()->set_coeff(x,index,y); } in set_coeff() 200 inline void cl_UP_MI::set_coeff (uintL index, const cl_MI& y) in set_coeff() function 201 { ring()->set_coeff(*this,index,y); } in set_coeff()
|
H A D | univpoly_rational.h | 50 void set_coeff (uintL index, const cl_RA& y); 135 void set_coeff (cl_UP_RA& x, uintL index, const cl_RA& y) 137 cl_heap_univpoly_ring::set_coeff(x,index,cl_ring_element(cl_RA_ring,y)); 205 inline void set_coeff (cl_UP_RA& x, uintL index, const cl_RA& y) 206 { x.ring()->set_coeff(x,index,y); } 209 inline void cl_UP_RA::set_coeff (uintL index, const cl_RA& y) 210 { ring()->set_coeff(*this,index,y); }
|
H A D | univpoly_real.h | 50 void set_coeff (uintL index, const cl_R& y); 135 void set_coeff (cl_UP_R& x, uintL index, const cl_R& y) 137 cl_heap_univpoly_ring::set_coeff(x,index,cl_ring_element(cl_R_ring,y)); 205 inline void set_coeff (cl_UP_R& x, uintL index, const cl_R& y) 206 { x.ring()->set_coeff(x,index,y); } 209 inline void cl_UP_R::set_coeff (uintL index, const cl_R& y) 210 { ring()->set_coeff(*this,index,y); }
|
H A D | univpoly.h | 97 void set_coeff (uintL index, const cl_ring_element& y); 226 { polyops->set_coeff(this,x,index,y); } in _set_coeff() 321 void set_coeff (cl_UP& x, uintL index, const cl_ring_element& y) in set_coeff() function 436 { x.ring()->set_coeff(x,index,y); } in set_coeff() 439 inline void cl_UP::set_coeff (uintL index, const cl_ring_element& y) in set_coeff() function 440 { ring()->set_coeff(*this,index,y); } in set_coeff() 538 void set_coeff (uintL index, const T& y); in _CL_DEFINE_COPY_CONSTRUCTOR2() 624 void set_coeff (cl_UP_specialized<T>& x, uintL index, const T& y) in set_coeff() function 704 { x.ring()->set_coeff(x,index,y); } in set_coeff() 709 inline void cl_UP_specialized<T>::set_coeff (uintL index, const T& y) in set_coeff() function [all …]
|
/dports/math/eclib/eclib-20210318/libsrc/ |
H A D | conic.cc | 767 if(divide_exact(qx[0],a2,t)) {qx.set_coeff(0,t);} else in solve_conic_param() 832 qx.set_coeff(2,qx[2]+e*(qx[1]+e*qx[0])); in solve_conic_param() 833 qx.set_coeff(1,qx[1]+2*e*qx[0]); in solve_conic_param() 834 if(divide_exact(qx[1],fac,t)) {qx.set_coeff(1,t);} else in solve_conic_param() 836 if(divide_exact(qx[2],fac2,t)) {qx.set_coeff(2,t);} else in solve_conic_param() 839 qy.set_coeff(2,qy[2]+e*(qy[1]+e*qy[0])); in solve_conic_param() 840 qy.set_coeff(1,qy[1]+2*e*qy[0]); in solve_conic_param() 841 if(divide_exact(qy[1],fac,t)) {qy.set_coeff(1,t);} else in solve_conic_param() 846 qz.set_coeff(2,qz[2]+e*(qz[1]+e*qz[0])); in solve_conic_param() 847 qz.set_coeff(1,qz[1]+2*e*qz[0]); in solve_conic_param() [all …]
|