BRIDGES
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    • BRIDGES
      • Guided Projection
        • Constraint
        • Energy
        • Energy Types
          • Segment Orthogonality
          • Segment Parallelity
        • Examples
          • Summary
        • Introduction
        • Quadratic Constraint Types
          • Coherent Length
          • Lower Bound
          • Upper Bound
          • Vector Length
      • Introduction

    Upper Bound

    Definition

    The UpperBound quadratic constraint ensures that a scalar value l remains under a given limit σ.

    Requirements

    To use the UpperBound constraint the following variables must be defined in the solver:

    • l : Scalar variable being constrained.
    • λ : Scalar variable used as dummy value.

    Suggestions

    No remarks.

    Constraint Formulation

    The formulation of the UpperBound quadratic constraint reads :

    Formulation of the UpperBound constraint

    Hence, the local problem can be expressed as follow:

    Reduced vector x for the UpperBound constraint , Quadratic part of the UpperBound constraint , Linear part of the UpperBound constraint , Constant part of the UpperBound constraint

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