Update build

dist/YALPS.d.ts

@@ -35,16 +35,10 @@ export type OptimizationDirection = "maximize" | "minimize";
  *
  * @typeparam `VariableKey` - the type of the key used to distinguish variables.
  * It should extend `string` if `variables` is an object.
- * In the case `variables` is an `Iterable`, duplicate keys are not ignored.
- * The order of variables is preserved in the solution,
- * but variables that end up having a value of `0` are not included in the solution by default.
  *
  * @typeparam `ConstraintKey` - the type of the key used to distinguish constraints,
  * the objective, and the coefficients on each variable.
  * It should extend `string` if `constraints` or any variable's `Coefficients` is an object.
- * In the case `constraints` is an `Iterable`, duplicate keys are not ignored.
- * Rather, the bounds on the constraints are merged to become the most restrictive.
- * However, for duplicate keys in the `Coefficients` of each variable, the last entry is used.
  */
 export interface Model<VariableKey = string, ConstraintKey = string> {
     /**
@@ -70,6 +64,8 @@ export interface Model<VariableKey = string, ConstraintKey = string> {
     readonly objective?: ConstraintKey;
     /**
      * An object or `Iterable` representing the constraints of the problem.
+     * In the case `constraints` is an `Iterable`, duplicate keys are not ignored.
+     * Rather, the bounds on the constraints are merged to become the most restrictive.
      * @see `Constraint`
      * @example
      * Constraints as an object:
@@ -95,6 +91,9 @@ export interface Model<VariableKey = string, ConstraintKey = string> {
     } : never);
     /**
      * An object or `Iterable` representing the variables of the problem.
+     * In the case `variables` is an `Iterable`, duplicate keys are not ignored.
+     * The order of variables is preserved in the solution,
+     * but variables that end up having a value of `0` are not included in the solution by default.
      * @example
      * Variables as an object:
      * ```
@@ -144,7 +143,6 @@ export interface Model<VariableKey = string, ConstraintKey = string> {
 export type SolutionStatus = "optimal" | "infeasible" | "unbounded" | "timedout" | "cycled";
 /**
  * The solution object returned by the solver.
- * It includes a status, the final objective result, and the variable amounts.
  */
 export type Solution<VariableKey = string> = {
     /**
@@ -162,7 +160,7 @@ export type Solution<VariableKey = string> = {
      *
      * `"timedout"` indicates that the solver exited early for an integer problem.
      * This may happen if the solver takes too long and exceeds the `timeout` option.
-     * Similarly, the number of branch and cut iterations may exceeed `maxIterations` as set in the options.
+     * Similarly, the number of branch and cut iterations may exceed `maxIterations` as set in the options.
      * In both of these cases, the current sub-optimal solution, if any, is returned.
      * If `result` is `NaN`, then this means no integer solutions were found before the solver timed out.
      *