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| -SPEX_Cholesky is software package used to solve a sparse SPD linear systems exactly using the Sparse Cholesky factorization. It comprises both an integer-preserving up-looking and integer-preserving left-looking Cholesky factorization. |
| 2 | +SPEX_Cholesky is software package used to solve a sparse SPD or symmetric negative definite |
| 3 | +and symmetric indefinite with nonzero leading principle minors linear systems exactly using |
| 4 | +the Sparse Cholesky factorization. It comprises both an integer-preserving up-looking and |
| 5 | +integer-preserving left-looking Cholesky and LDL factorization |
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| -*********SPEX_Cholesky********* |
| 7 | +*********SPEX_cholesky********* |
5 | 8 | Purpose: Exactly solve an SPD sparse system of linear equations using a given
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6 | 9 | input matrix and right hand side vector file. This code can output the
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7 | 10 | final solution to a user specified output file in either double
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8 | 11 | precision or full precision rational numbers. If you intend to use
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| - SPEX_Cholesky within another program, refer to examples for help with |
| 12 | + SPEX_cholesky within another program, refer to examples for help with |
| 13 | + this. |
| 14 | + |
| 15 | +*********SPEX_ldl********* |
| 16 | +Purpose: Exactly solve a symmetric system of equations with nonzero leading |
| 17 | + principle minors. This code can output the |
| 18 | + final solution to a user specified output file in either double |
| 19 | + precision or full precision rational numbers. If you intend to use |
| 20 | + SPEX_ldl within another program, refer to examples for help with |
10 | 21 | this.
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| -*********example_simple********* |
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| - Purpose: Demonstrate the simple interface of SPEX_Cholesky for a matrix to be read in |
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| -*********example_extended********* |
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| -Purpose: Demonstrate the extended interface of SPEX_Cholesky for a matrix to be read in |
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