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11.
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%s: Wrong type for input argument # %d: not compatible with the Cholesky factorization. 
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represents a line break.
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12.
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%s: Wrong size for input argument # %d: not compatible with the Cholesky factorization.
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represents a line break.
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25.
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%s: Wrong type for input argument # %d: A real or complex column vector or matrix expected.
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represents a line break.
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42.
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A small test for the condestsp function: condestsp gives an estimate of
the condition number K1 in 1-norm of a real sparse matrix A: |
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43.
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without explicitly computing the inverse of A. condestsp uses a factorization given by
umf_lufact but if you have already computed this one it is recommended to give the pointer to the factorization.
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44.
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The test consists in forming small sparse matrices (so as to compute K1 exactly with
norm(inv(full(A)),1)) whose values are chosen from the normal distribution. |
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47.
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The test consists in loading Harwell-Boeing sparse matrices and solve linear system with a random rhs.
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50.
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Test 1: Jacobian of a nonlinear system of ordinary differential equations (ODEs) modeling a laser
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51.
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Mean time and accuracy for umfpack (t1 and ||A*x-b||):
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52.
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Time and accuracy for sparse module (t2 and ||A*x-b||):
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