Objet stockant une contrainte linéaire de la forme lowerBound ≤ Sum(a(i) x(i)) ≤ upperBound, où lowerBound et upperBound sont des constantes, a(i) sont des coefficients constants et x(i) sont des variables (inconnues).
Type de variable qui ne peut prendre que des valeurs entières.
CONTINUOUS
Enum
Type de variable pouvant prendre n'importe quelle valeur réelle.
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Dernière mise à jour le 2024/12/02 (UTC).
[[["Facile à comprendre","easyToUnderstand","thumb-up"],["J'ai pu résoudre mon probl��me","solvedMyProblem","thumb-up"],["Autre","otherUp","thumb-up"]],[["Il n'y a pas l'information dont j'ai besoin","missingTheInformationINeed","thumb-down"],["Trop compliqué/Trop d'étapes","tooComplicatedTooManySteps","thumb-down"],["Obsolète","outOfDate","thumb-down"],["Problème de traduction","translationIssue","thumb-down"],["Mauvais exemple/Erreur de code","samplesCodeIssue","thumb-down"],["Autre","otherDown","thumb-down"]],["Dernière mise à jour le 2024/12/02 (UTC)."],[[["The Linear Optimization Service enables the modeling and resolution of linear and mixed-integer linear programs within Apps Script."],["It provides classes like `LinearOptimizationConstraint`, `LinearOptimizationEngine`, and `LinearOptimizationSolution` to define, solve, and retrieve optimization results."],["`LinearOptimizationEngine` allows adding variables, constraints, setting objective functions (maximization or minimization), and solving the linear program."],["Solutions can be evaluated using methods like `getObjectiveValue`, `getStatus`, and `getVariableValue` to understand the optimization outcome."],["The service utilizes various statuses (e.g., `OPTIMAL`, `FEASIBLE`, `INFEASIBLE`) and variable types (`INTEGER`, `CONTINUOUS`) to represent the solution state and variable characteristics."]]],["The linear optimization service models and solves linear and mixed-integer linear programs. Key actions include: creating an engine (`LinearOptimizationEngine`), adding variables with bounds and types, adding constraints to the model, setting the objective function's direction (maximize or minimize), and setting coefficients for variables in the objective function and constraints. The `solve()` method then computes the solution. The `LinearOptimizationSolution` object contains methods to determine solution status, objective value, and variable values.\n"]]
