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INSTALL
r4 r39 6 6 7 7 The routines are designed to work with a generic finite field implementation, 8 compliant with the interface of LinBox (www.linalg.org). We also provide two 8 compliant with the interface of LinBox (www.linalg.org). We also provide two 9 9 default implementations that make these routines work more efficiently. 10 10 11 * fflas_ffpack/modular-balanced.h : implements any prime finite field of cardinality between 12 3 and 2^25. The most efficient; to be used by default. 11 * fflas_ffpack/modular-balanced.h : implements any prime finite field of cardinality between larger than 2. 12 and smaller than 2^26 (Modular<double>) or 2^12 (Modular<float>). 13 The most efficient implementations ; to be used by default. 13 14 14 15 * fflas_ffpack/modular-positive.h : implements any prime finite field of cardinality between 15 2 and 2^2 5.16 2 and 2^26 (Modular<double>) or 2^12 (Modular<float>). 16 17 17 18 REQUIREMENTS : … … 33 34 ARCH= {the architecture parameter for g++. For example pentium4, athlon, opteron,...} 34 35 35 Then simply run make in the test directory. 36 Then simply run 37 38 'make' 39 40 in the test directory. 41 42 The compiled tests are the following files 43 tests/test-fgemm 44 tests/test-fgemv 45 tests/test-lqup 46 tests/test-charpoly 47 tests/test-compressQ 48 tests/test-frobenius 49 tests/test-fsquare 50 tests/test-det 51 tests/test-invert 52 tests/test-krylov-elim 53 tests/test-rank 54 55 56 COMPILATION OF THE SANITY/REGRESSION TESTS : 57 58 These tests require the GIVARO library and therefore also the GMP library. 59 First complete and uncomment the fields GIVARO_ROOT and GMP_ROOT in tests/Makefile. 60 Then run 61 62 'make regression'. 63 64 The compiled tests are the following files 65 66 tests/testeur_fgemm.C 67 tests/testeur_lqup.C 68 tests/testeur_ftrsm.C
