def build_linear_constraint(): """Build a linear_constraint with no references to external objects so its size can be computed.""" return linear_constraint(variables=build_linear_constraint.xlist, coefficients=build_linear_constraint.clist, lb=0, ub=1)
def build_linear_constraint_list(): """Build a constraint_list of linear_constraints with no references to external objects so its size can be computed.""" return constraint_list( linear_constraint(variables=(X_kernel[A_indices[p]] for p in range(A_indptr[i], A_indptr[i+1])), coefficients=(A_data[p] for p in range(A_indptr[i], A_indptr[i+1])), rhs=1) for i in range(N))
def _generate_model(self): self.model = pmo.block() model = self.model model._name = self.description model.x = pmo.variable(domain=NonNegativeReals) model.obj = pmo.objective(0.0) model.con = pmo.linear_constraint(terms=[(model.x, 1.0)], rhs=1.0)
def _generate_model(self): self.model = pmo.block() model = self.model model._name = self.description model.x = pmo.variable(domain=NonNegativeReals) model.obj = pmo.objective(0.0) model.con = pmo.linear_constraint(terms=[(model.x,1.0)], rhs=1.0)
def build_linear_constraint(): """Build a linear_constraint with no references to external objects so its size can be computed.""" return linear_constraint(variables=build_linear_constraint.xlist, coefficients=build_linear_constraint.clist, lb=0, ub=1)