private static void TestCache()
{
Cache <string> cache = new Cache <string>();
cache.AddCacheEntry("Det", 5, false, (Matrix <Real> mat) => mat.Determinant);
cache.AddCacheEntry("Trans", null, false, (Matrix <Real> mat) => mat.Transposition);
cache.AddCacheEntry("Inverse", null, false, (Matrix <Real> mat) => mat.Inverse);
Console.WriteLine("Det:\n" + cache.RetrieveValue <Real, Matrix <Real> >("Det", m1));
Console.WriteLine("Trans:\n" + cache.RetrieveValue <Matrix <Real>, Matrix <Real> >("Trans", m1));
Console.WriteLine("Inverse:\n" + cache.RetrieveValue <Matrix <Real>, Matrix <Real> >("Inverse", m1));
cache.SetAllUpdateStates(true);
Console.WriteLine("Det:\n" + cache.RetrieveValue <Real, Matrix <Real> >("Det", m1));
Console.WriteLine("Trans:\n" + cache.RetrieveValue <Matrix <Real>, Matrix <Real> >("Trans", m1));
Console.WriteLine("Inverse:\n" + cache.RetrieveValue <Matrix <Real>, Matrix <Real> >("Inverse", m1));
}
private void InitCache()
{
_computationCache.AddCacheEntry("determinant", null, true, (Matrix <T> mat) => mat.ComputeDeterminant());
_computationCache.AddCacheEntry("echelonForm", null, true, (Matrix <T> mat) => mat.ComputeEchelonForm().Item1);
_computationCache.AddCacheEntry("reducedEchelonForm", null, true, (Matrix <T> mat) => mat.ComputeReducedEchelonForm().Item1);
_computationCache.AddCacheEntry("echelonFormOperations", null, true, (Matrix <T> mat) => mat.ComputeEchelonForm().Item2);
_computationCache.AddCacheEntry("reducedEchelonFormOperations", null, true, (Matrix <T> mat) => mat.ComputeReducedEchelonForm().Item2);
_computationCache.AddCacheEntry("decomposition", null, true, (Matrix <T> mat) => mat.ComputeDecomposition());
_computationCache.AddCacheEntry("identity", false, true, (Matrix <T> mat) => mat.TestForIdentity());
_computationCache.AddCacheEntry("cofactorMatrix", null, true, (Matrix <T> mat) => mat.ComputeCofactorMatrix());
_computationCache.AddCacheEntry("inverse", null, true, (Matrix <T> mat) => mat.ComputeInverse());
_computationCache.AddCacheEntry("rank", 0, true, (Matrix <T> mat) => mat.ComputeRank());
_computationCache.AddCacheEntry("lowerTriangular", false, true, (Matrix <T> mat) => mat.TestForLowerTriangular());
_computationCache.AddCacheEntry("upperTriangular", false, true, (Matrix <T> mat) => mat.TestForUpperTriangular());
}