Fix defaults [skip ci]

Author: 0x17

assets/optcuopt.def

@@ -52,10 +52,10 @@ barrier_dual_initial_point enumint 0 -1 1 2 Controls the method used to compute
  -1 1 automatic (default) cuOpt selects the best method
  0 1 use an initial point from a heuristic approach based on the paper "On Implementing Mehrotra’s Predictor–Corrector Interior-Point Method for Linear Programming" (SIAM J. Optimization, 1992) by Lustig, Martsten, Shanno.
  1 1 use an initial point from solving a least squares problem that minimizes the norms of the dual variables and reduced costs while statisfying the dual equality constraints.
-eliminate_dense_columns boolean 1 0 1 2 Controls whether to eliminate dense columns from the constraint matrix before solving. Eliminating dense columns can improve performance by reducing fill-in during factorization. However, extra solves must be performed at each iteration
+eliminate_dense_columns boolean 0 1 1 2 Controls whether to eliminate dense columns from the constraint matrix before solving. Eliminating dense columns can improve performance by reducing fill-in during factorization. However, extra solves must be performed at each iteration
 cudss_deterministic boolean 0 0 1 2 Controls whether cuDSS operates in deterministic mode. Deterministic mode ensures reproducible results across runs but may be slower
 presolve boolean 0 0 1 1 Controls whether presolve is enabled. Presolve can reduce problem size and improve solve time. Enabled by default for MIP, disabled by default for LP.
-dual_postsolve boolean 1 0 1 2 Controls whether dual postsolve is enabled. Disabling dual postsolve can improve solve time at the expense of not having access to the dual solution. Enabled by default for LP when presolve is enabled. This is not relevant for MIP problems
+dual_postsolve boolean 0 0 1 2 Controls whether dual postsolve is enabled. Disabling dual postsolve can improve solve time at the expense of not having access to the dual solution. Enabled by default for LP when presolve is enabled. This is not relevant for MIP problems
 mip_absolute_tolerance double 0 0.0001 0 maxdouble 1 3 Controls the MIP absolute tolerance
 mip_relative_tolerance double 0 0.0001 0 maxdouble 1 3 Controls the MIP relative tolerance
 mip_integrality_tolerance double 0 1e-05 0 maxdouble 1 3 Controls the MIP integrality tolerance