This editor is deprecated and disabled. See  the UI objectives  for further details.

Define and solve assignment problems.

This editor allows one to define an assignment problem and to let it solve by the Generic Allocator. Please, define the problem definition and enter the data for demands and supplies in CSV format. After executing the optimizer via the Calculate solution button, the solution will be visible under the tab Solution.

The no-code editor was created, in order to provide a language to define optimization problems for non-technical users. This editor avoids, that users can make syntax errors. It also provides a discoverable GUI option, that informs the users, what can or should be done next in order work on the optimization problem. It is also an experiment to provide a GUI access to complex and configurable things interactively in general.

The conceptional documentation is provided here . This editor has the same base model as  the general editor  and therefore provides the same functionality, with a different interface.

1. Introduction to the Generic Allocator

1. nocode
1. help
1. function-call
1. attribute.html
2. columnAttributesForOutputFormat.html
3. forAllCombinationsOf.html
4. forEach.html
5. hasSize.html
6. minimalDistance.html
7. rowAttributesForOutputFormat.html
8. solution.html
9. table.html
10. then.html
2. general
1. literal.html
2. undefined.html
3. variable-access.html
4. variable-arguments.html
5. variable-definition.html
6. variable-reference.html
2. index.html

1. nocode
1. help
1. function-call
1. forEach.html
2. hasSize.html
3. forAllCombinationsOf.html
4. columnAttributesForOutputFormat.html
5. attribute.html
6. table.html
7. solution.html
8. then.html
9. minimalDistance.html
10. rowAttributesForOutputFormat.html
2. general
1. undefined.html
2. literal.html
3. variable-arguments.html
4. variable-access.html
5. variable-definition.html
6. variable-reference.html
2. lib.js
3. style.css
4. index.html
5. examples
1. school-course-scheduling-problem.xml