PipsNodeCallbacks Struct Reference

#include <PIPSIPMppInterface.h>

Public Attributes
PipsFNNZ	n
	Callback to get the number of primal variables (x) for this node. Must not be NULL.
PipsFNNZ	my
	Callback to get the number of equality constraints (Ax=b) for this node. Must not be NULL.
PipsFNNZ	myl
	Callback to get the number of linking equality constraints between this node and its parent (Bl*x=bl). Must not be NULL.
PipsFNNZ	mz
	Callback to get the number of inequality constraints (clow <= Cl*x <= cupp) for this node. Must not be NULL.
PipsFNNZ	mzl
	Callback to get the number of linking inequality constraints between this node and its parent (dllow <= Dl*x <= dlupp). Must not be NULL.
PipsFNNZ	nnzQ
	Callback to get the number of non-zeros in Q, or NULL for empty matrix.
PipsFNNZ	nnzA
	Callback to get the number of non-zeros in A, or NULL for empty matrix.
PipsFNNZ	nnzB
	Callback to get the number of non-zeros in B, or NULL for empty matrix.
PipsFNNZ	nnzBl
	Callback to get the number of non-zeros in Bl, or NULL for empty matrix.
PipsFNNZ	nnzC
	Callback to get the number of non-zeros in C, or NULL for empty matrix.
PipsFNNZ	nnzD
	Callback to get the number of non-zeros in D, or NULL for empty matrix.
PipsFNNZ	nnzDl
	Callback to get the number of non-zeros in Dl, or NULL for empty matrix.
PipsFMAT	Q
	Callback to get the Hessian matrix (Q) data, or NULL for empty matrix.
PipsFMAT	A
	Callback to get the equality constraint matrix (A) data, or NULL for empty matrix.
PipsFMAT	B
	Callback to get the linking matrix (B) data from this node's variables to its children's constraints, or NULL for empty matrix.
PipsFMAT	Bl
	Callback to get the equality linking matrix (Bl) data from parent to this node, or NULL for empty matrix.
PipsFMAT	C
	Callback to get the inequality constraint matrix (C) data, or NULL for empty matrix.
PipsFMAT	D
	Callback to get the linking matrix (D) data from this node's variables to its children's inequality constraints, or NULL for empty matrix.
PipsFMAT	Dl
	Callback to get the inequality linking matrix (Dl) data from parent to this node, or NULL for empty matrix.
PipsFVEC	c
	Callback to get the objective function vector (c), or NULL for zero vector.
PipsFVEC	b
	Callback to get the right-hand-side vector (b) for equality constraints, or NULL for zero vector.
PipsFVEC	bl
	Callback to get the right-hand-side vector (bl) for linking equality constraints, or NULL for zero vector.
PipsFVEC	clow
	Callback to get the left-hand sides for inequality constraints (Cl*x >= clow), or NULL for zero vector.
PipsFVEC	cupp
	Callback to get the right-hand sides for inequality constraints (Cl*x <= cupp), or NULL for zero vector.
PipsFVEC	iclow
	Callback to get the indicators for left-hand sides of inequality constraints, or NULL to indicate that no left-hand side is active.
PipsFVEC	icupp
	Callback to get the indicators for right-hand sides of inequality constraints, or NULL to indicate that no right-hand side is active.
PipsFVEC	dllow
	Callback to get the left-hand sides for linking inequality constraints, or NULL for zero vector.
PipsFVEC	dlupp
	Callback to get the right-hand sides for linking inequality constraints, or NULL for zero vector.
PipsFVEC	idllow
	Callback to get the indicators for lower bounds of linking inequality constraints, or NULL to indicate that no left-hand side is active.
PipsFVEC	idlupp
	Callback to get the indicators for upper bounds of linking inequality constraints, or NULL to indicate that no right-hand side is active.
PipsFVEC	xlow
	Callback to get the lower bounds for primal variables (x >= xlow), or NULL for zero vector.
PipsFVEC	xupp
	Callback to get the upper bounds for primal variables (x <= xupp), or NULL for zero vector.
PipsFVEC	ixlow
	Callback to get the indicators for lower bounds of primal variables, or NULL to indicate that no lower bound is active.
PipsFVEC	ixupp
	Callback to get the indicators for upper bounds of primal variables, or NULL to indicate that no upper bound is active.
PipsFVEC	ixtyp
	Callback to get the variable type (e.g., continuous, binary, integer), or NULL to indicate that all variables are continuous.
PipsFSCALAR	objconst
	Callback to get the objective function constant, or NULL for zero constant.
void *	user_data
	user data passed on to each callback

Detailed Description

Representation of a node in the distributed input tree, holding the callback functions to retrieve the problem data.