update CutType C enum in ffi.cdef to match cbcbox 2.908

Removed CT_LaGomory (which no longer exists in cbcbox >= 2.908) and
renumbered the subsequent entries (CT_RedSplit..CT_KnapsackCover) to
match the current Cbc_C_Interface.h. The Python CutType enum in
constants.py already used the new numbering, so the ffi.cdef was
the only stale reference.

Co-authored-by: Copilot <223556219+Copilot@users.noreply.github.com>

Author: h-g-s

mip/cbc.py

@@ -368,19 +368,18 @@
       CT_Probing          =  0,  /*! Cuts generated evaluating the impact of fixing bounds for integer variables */
       CT_Gomory           =  1,  /*! Gomory cuts obtained from the tableau, implemented by John Forrest  */
       CT_GMI              =  2,  /*! Gomory cuts obtained from the tableau, implementation from Giacomo Nannicini focusing on safer cuts */
-      CT_LaGomory         =  3,  /*! Additional gomory cuts, simplification of 'A Relax-and-Cut Framework for Gomory's Mixed-Integer Cuts' by Matteo Fischetti & Domenico Salvagnin */
-      CT_RedSplit         =  4,  /*! Reduce and split cuts, implemented by Francois Margot */
-      CT_RedSplitG        =  5,  /*! Reduce and split cuts, implemented by Giacomo Nannicini */
-      CT_FlowCover        =  6,  /*! Flow cover cuts */
-      CT_MIR              =  7,  /*! Mixed-integer rounding cuts */
-      CT_TwoMIR           =  8,  /*! Two-phase Mixed-integer rounding cuts */
-      CT_LaTwoMIR         =  9,  /*! Lagrangean relaxation for two-phase Mixed-integer rounding cuts, as in CT_LaGomory */
-      CT_LiftAndProject   = 10,  /*! Lift and project cuts */
-      CT_ResidualCapacity = 11,  /*! Residual capacity cuts */
-      CT_ZeroHalf         = 12,  /*! Zero-half cuts */
-      CT_Clique           = 13,  /*! Clique cuts */
-      CT_OddWheel         = 14,  /*! Lifted odd-hole inequalities */
-      CT_KnapsackCover    = 15,  /*! Knapsack cover cuts */
+      CT_RedSplit         =  3,  /*! Reduce and split cuts, implemented by Francois Margot */
+      CT_RedSplitG        =  4,  /*! Reduce and split cuts, implemented by Giacomo Nannicini */
+      CT_FlowCover        =  5,  /*! Flow cover cuts */
+      CT_MIR              =  6,  /*! Mixed-integer rounding cuts */
+      CT_TwoMIR           =  7,  /*! Two-phase Mixed-integer rounding cuts */
+      CT_LaTwoMIR         =  8,  /*! Lagrangean relaxation for two-phase Mixed-integer rounding cuts */
+      CT_LiftAndProject   =  9,  /*! Lift and project cuts */
+      CT_ResidualCapacity = 10,  /*! Residual capacity cuts */
+      CT_ZeroHalf         = 11,  /*! Zero-half cuts */
+      CT_Clique           = 12,  /*! Clique cuts */
+      CT_OddWheel         = 13,  /*! Lifted odd-hole inequalities */
+      CT_KnapsackCover    = 14,  /*! Knapsack cover cuts */
     };
 
     void Cbc_generateCuts( Cbc_Model *cbcModel, enum CutType ct, void *oc, int depth, int pass );