Index of types

B
block_diag [Sdp]	Block diagonal matrices (sparse representation, forgetting null blocks).
block_diag_matrix [Sdpa]	Block diagonal matrices (sparse representation, forgetting null blocks).
block_diag_matrix [Moseksdp]	Block diagonal matrices (sparse representation, forgetting null blocks).
block_diag_matrix [Csdp]	Block diagonal matrices (sparse representation, forgetting null blocks).
bounds [Sdp]	Bounds on scalar variables.
C
constr [Sdp]	Constraints (tr(A_i X) = b_i), `Le (A_i, b_i)` means tr(A_i X) <= b_i and will automatically be translated internally as tr(A_i X) + s_i = b_i by adding slack variables s_i >= 0.
constr_ext [Sdp]	Constraints.
constr_ext [PreSdp.S]	C.f.
constr_ext [Dualize.S]	C.f.
D
details [Dualize.S]
details_val [Dualize.S]
M
matrix [Sdpa]	Matrices.
matrix [Sdp]	Matrices.
matrix [Moseksdp]	Matrices.
matrix [Csdp]	Matrices.
matrix_expr [Lmi.S]	Constructors.
O
obj [Sos.S]	`Minimize e` or `Maximize e` or `Purefeas` (just checking feasibility).
obj [Sdp]	Objective (matrix C).
obj [Lmi.S]	`Minimize e` or `Maximize e` or `Purefeas` (just checking feasibility).
obj_ext [Sdp]	Objective (vector c and matrix C).
obj_ext [PreSdp.S]	C.f.
obj_ext [Dualize.S]	C.f.
options [Sos.S]
options [Sdpa]	Options for calling SDPA.
options [Sdp]	Options for calling SDP solvers (currently, options other than solver are only handled by Sdpa{,Gmp}).
options [Moseksdp]	Options for calling MOSEK.
options [Lmi.S]
options [Csdp]	Options for calling CSDP.
P
polynomial_expr [Sos.S]	Constructors.
S
solver [Sdpa]
solver [Sdp_default]
solver [Sdp]
sparse_matrix [Sdp]	Matrices.
T
t [SdpRet]
t [Scalar.M]
t [Polynomial.S]	Type of polynomials.
t [Monomial]	Type of monomials.
t [Matrix.S]	Type of matrices.
t [Ident]	type of identificators.
t [LinExpr.S]	Type of affine expressions.
V
values [Sos.S]
values [Lmi.S]
var [Sos.S]	Parametric variables.
var [Lmi.S]	Scalar or symmetric matrix variables.
vector [Sdp]	No duplicates are allowed.
vector [PreSdp.S]	C.f.
vector [Dualize.S]	C.f.
W
witness [Sos.S]