push variable x[varnum-1].

---------------------------------------------------------------------- build a netgen mesh from the parsed model Out parameters carry the bookkeeping

preconditioned conjugate gradient method Parameters ---------- mat : Matrix The left hand side of the equation to solve. The matr

second derivative of \sum_ipt wprime * B(u)

second derivative of \sum_ipt wprime * B(u)

static Timer calcLUSolveL("CalcLU - SolveL"); static Timer calcLUMatMat("CalcLU - MatMat"); static Timer calcLUSimple("CalcLU - simple"); stat

Matrix is (n+1) * n alpha diagonal, beta .. sub-diagonal sigma(n) singular values U (n+1) * (n+1) .... first n cols are singular vector

calculate traces in integration points

does element match integrator ?

the name of the element family

collapse internal whitespace to single blanks (for keyword matching)

x, y in triangle [(0,0), (1,0), (0,1)] x in [(0,0),(1,0)] and y in [(0,0),(1,0)] are common edges

x, y in triangle [(0,0), (1,0), (0,1)] x=(0,0) and y=(0,0) are common vertices

Compares the timing with the one saved in folder 'folder' with filename 'name.dat'.

Compares the timing with the one stored as benchmark

copy matrix (width is multiple of 4)

witdth is 12