Now that we have adjusted our targets we can start the scheduler and let it form an allocation that achieves our goals. When the scheduler is running we can watch our targets and the map to see the allocations being made.
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Now you will be able to see the black lines in the target charts fluctuating as the scheduler is making allocations in all 40 periods while trying to achieve a stable solution (see Figure 15, “State of Conifer Yield and VQO targets while scheduler seeks a stable solution”). The black lines represent the current value of the account. When the black lines change less and less frequently the scheduler is getting close to a stable solution. Solve time depends on the complexity and size of the problem and the speed of the workstation that you are using. As you can see from the target chart the conifer yield is reaching the target, and our sample problem should stabilize within a few minutes or less.
Figure 15. State of Conifer Yield and VQO targets while scheduler seeks a stable solution
After the scheduler has been running for a few minutes, the conifer harvest reaches the minimum target; the black lines are even with the red bars. The resulting values for VQO 1-MI2 are displayed by the black lines; all are under the maximum target shown by the blue bars. In this simulation both targets are achieved.
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The scheduler allocations will not be visible in the VQO layer, so be sure you have completed previous steps to turn off the VQO layer and turn on the Seral Stages layer. This layer will show changes as the scheduler makes allocations because the thematic content is a function of the age of the forest. We can watch for blocks turning yellow after being harvested to represent the younger Regen stage of development. |
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