package eigen

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type c_spmat_c
val ml_eigen_new : (int64 -> int64 -> int64 -> c_spmat_c Ctypes.structure Ctypes_static.ptr F.return) F.result
val ml_eigen_get : (c_spmat_c Ctypes.structure Ctypes_static.ptr -> int64 -> int64 -> Complex.t F.return) F.result
val ml_eigen_set : (c_spmat_c Ctypes.structure Ctypes_static.ptr -> int64 -> int64 -> Complex.t -> unit F.return) F.result
val ml_eigen_insert : (c_spmat_c Ctypes.structure Ctypes_static.ptr -> int64 -> int64 -> Complex.t -> unit F.return) F.result
val ml_eigen_is_compressed : (c_spmat_c Ctypes.structure Ctypes_static.ptr -> int F.return) F.result
val ml_eigen_uncompress : (c_spmat_c Ctypes.structure Ctypes_static.ptr -> unit F.return) F.result
val ml_eigen_reshape : (c_spmat_c Ctypes.structure Ctypes_static.ptr -> int64 -> int64 -> unit F.return) F.result
val ml_eigen_prune : (c_spmat_c Ctypes.structure Ctypes_static.ptr -> Complex.t -> float -> unit F.return) F.result
val ml_eigen_is_positive : (c_spmat_c Ctypes.structure Ctypes_static.ptr -> int F.return) F.result
val ml_eigen_is_negative : (c_spmat_c Ctypes.structure Ctypes_static.ptr -> int F.return) F.result
val ml_eigen_is_nonpositive : (c_spmat_c Ctypes.structure Ctypes_static.ptr -> int F.return) F.result
val ml_eigen_is_nonnegative : (c_spmat_c Ctypes.structure Ctypes_static.ptr -> int F.return) F.result
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