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Standard_Integer | LU_Decompose (math_Matrix &a, math_IntegerVector &indx, Standard_Real &d, Standard_Real TINY=1.0e-20, const Message_ProgressRange &theProgress=Message_ProgressRange()) |
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Standard_Integer | LU_Decompose (math_Matrix &a, math_IntegerVector &indx, Standard_Real &d, math_Vector &vv, Standard_Real TINY=1.0e-30, const Message_ProgressRange &theProgress=Message_ProgressRange()) |
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void | LU_Solve (const math_Matrix &a, const math_IntegerVector &indx, math_Vector &b) |
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Standard_Integer | LU_Invert (math_Matrix &a) |
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Standard_Integer | SVD_Decompose (math_Matrix &a, math_Vector &w, math_Matrix &v) |
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Standard_Integer | SVD_Decompose (math_Matrix &a, math_Vector &w, math_Matrix &v, math_Vector &rv1) |
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void | SVD_Solve (const math_Matrix &u, const math_Vector &w, const math_Matrix &v, const math_Vector &b, math_Vector &x) |
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Standard_Integer | DACTCL_Decompose (math_Vector &a, const math_IntegerVector &indx, const Standard_Real MinPivot=1.e-20) |
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Standard_Integer | DACTCL_Solve (const math_Vector &a, math_Vector &b, const math_IntegerVector &indx, const Standard_Real MinPivot=1.e-20) |
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Standard_Integer | Jacobi (math_Matrix &a, math_Vector &d, math_Matrix &v, Standard_Integer &nrot) |
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