Main Objectives of The Generic Allocator

Enable the user to understand the results given a solver and a problem. The user should be able to understand the state of a solution, especially it's errors and costs in relation to a given problem. If the produced solution is not acceptable, the user should be informed, why the given solver was not able to solve the given problem. Thereby, the user should know, what capabilities the solver is missing in order to solve the given problem.

The editor defines an interface for users and  program developers , in order to define optimization problems.

Meta
  1. gel
    1. solution
      1. Solution.html
    2. presentation
      1. covid.html
    3. problem
      1. theory
        1. assignment
          1. problem
            1. linear.deprecated.html
            2. bibliography
              1. 1995.DISKI.86.html
              2. 10.1145.321958.321975.html
            3. complexity
              1. quadratic.html
              2. nonlinear.html
              3. linear.html
            4. index.deprecated.html
            5. index.illustration.svg
            6. multidimensional.html
            7. index.html
      2. guidelines.html
      3. list.html
    4. ui
      1. CHANGELOG.html
      2. editor
        1. nocode
          1. help
            1. function-call
              1. rowAttributesForOutputFormat.html
              2. solution.html
              3. forEach.html
              4. hasSize.html
              5. then.html
              6. attribute.html
              7. forAllCombinationsOf.html
              8. columnAttributesForOutputFormat.html
              9. minimalDistance.html
              10. table.html
            2. general
              1. variable-definition.html
              2. variable-arguments.html
              3. undefined.html
              4. literal.html
              5. variable-reference.html
              6. variable-access.html
          2. lib.js
          3. examples
            1. school-course-scheduling-problem.xml
          4. index.html
          5. style.css
        2. code
          1. lib.js
          2. index.html
          3. examples
            1. school-course-scheduling-problem.txt
      3. CHANGELOG.events.html
      4. colloquium-planning-demands-test-data.csv
      5. colloquium-planning-supplies-test-data.csv
      6. objectives.html
    5. doc
      1. README.html
    6. optimization
      1. interactive
        1. guidelines.html
      2. typed-ratings.html
    7. test
      1. functionality
        1. n-queen-problem.html
        2. n-queen-problem
          1. constraint.tree.defiance.example.svg
          2. constraint.tree.defiance.cost.svg
          3. constraint.tree.defiance.cost.intermediate.svg
          4. illustration.svg
          5. constraint.tree.svg
          6. constraint.tree.defiance.grouping.example.svg
          7. constraint.tree.defiance.cost.leafs.svg
          8. constraint.graph.svg
          9. illustration.errors.svg
          10. constraint.tree.defiance.calculation.svg
        3. n-queen-problem.implementation.html
    8. history
      1. origin-of-the-project-generic-allocator.html
      2. universal-allocation-program-manual.html
    9. CHANGELOG.html
    10. ext
      1. CHANGELOG.html
      2. CHANGELOG.events.html
      3. README.html
    11. project
      1. persistency.html
      2. endless-recursion.html
      3. test-injection.html
      4. reasoning-system.html
      5. user-interface.html
    12. rating
      1. index.html
    13. CHANGELOG.events.html
    14. index.html
    15. objectives.html
    16. constraint
      1. index.html