Optimization: objectives and constraints

1. Supply/Demand ratio:  the ratio of demand (summed over all DEMAND NODES) to supply; if all demand is met, that value can reach a maximum of 1.0.
2. Reliability of Supply (%):  the percentage of all "events" (summed over all demand nodes and days) where the demand is met;
3. Reservoir preformance (%):  the percentage of all "events" (summed over all reservoirs and all days) where the release targets is met;
4. Diversion performance (%):  the percentage of all "events" (summed over all diversion nodes and days) where the diversion target can be met;
5. Allocation efficiency (%):  the percentage of supply diverted to supply nodes that matches demands; all supply beyond demand is "wasted" and decreases allocation efficiency, corrected for conveiance losses ???
6. Unallocated (%):  the total amount of water that is unallocated at
   • reservoirs (spilled),
   • diversions (beyond diversion and downstraem targets),
   • control nodes (exceeding a minimum flow constraint),
   expressed as a percentage of the total amount of water the passes through these nodes.
7. Water Shortfall:  the total amount of water "missing" from the total demand, summed overal all reservoir, demand, diversion, recharge and controlnodes, over all dyas, expressed as a precentage of all stated "demands" including releases, diversions, and in-stream flow constraints.
8. Content Change:  change of water value, expressed as a precentage from the initial state at the begionning of the current (water) simulation year: currently considers only reservoir storage
9. Flooding days:  days of flooding; a flood occurs if at any control node the flow exceeds a mximum flow constraint.
10. Flooding extent:  the percentage of all "floods" (summed over all control nodes with a maximum flow constraint and days) as a percentage of all "events";

11. Economic efficiency:  the total benefit per water available/supplied (total input ??).
12. Econ.efficiency, direct:  the direct, monetary benefit per unit water available/supplied (total input ? sum of supply at demand and control nodes ?)
13. Benefit/Cost:  ratio of all benefits divided by all costs accounted, including non-tangible elements and penalties.
14. Benefit/Cost, direct:  ratio of all direct monetary benefits over all direct monetary costs.
15. Net benefit:  Total benefit minus total cost, per capita.
16. Total Benefit:  Sum of all benefits, per capita.
17. Total Cost:  Sum of all costs, per capita.
18. Direct net benefits:  Sum of all direct monetary benefits minus sum of all direct monetary costs, per capita.
19. Direct benefit:  Sum of all direct monetary benefits, per capita.
20. Total Cost, dir.:  Sum of all direct monetary costs, per capita.
21. Water Cost:  Total cost of water, per m3: Sum of all costs divided by the total amount of water supplied against demands at demand nodes, diversions, control nodes ??
22. Water Cost, direct:  Total direct. monetary costs of water: as above, but considering only direct monetary costs.