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--- planning:userguide:tutorials:optimization_objectives [2016/08/17 12:51] – dpatenaude
+++ planning:userguide:tutorials:optimization_objectives [2021/07/29 18:28] (current) – external edit 127.0.0.1
@@ Line 1: / Line 1: @@
-====== Objectives ======
+<WRAP center round important 60%>
+This page is deprecated and now included in the [[planning:userguide:tutorials:finding_optimal_plan|Astroid Optimization (PBS)]] page
+</WRAP>
-//Objectives// communicate to the optimizer the goals that are important to strive for in your plan. //Objectives// are set at the //Plan// level under //Plan Constraints/Objectives// and they apply to the total, combined dose from all beams. //Objectives// are not given relative importance at this point and can they can be added in order you desire within impacting the results as the //Objectives// drive the solution of the Multi Criteria Optimization (MCO). It should also be noted that for each //objective// a corresponding //Navigation Slider// will be presented to allow for exploration of trade-offs in the case of competing objectives (for more information about the MCO process and how objective importance/weighting is handled in Astroid refer to [[planning:userguide:tutorials:finding_optimal_plan|this article]].
+====== Optimization Objectives ======
+//Objectives// communicate to the optimizer the goals that are important to strive for in your plan. //Objectives// are set at the //Plan// level under //Plan Constraints/Objectives// and they apply to the total, combined dose from all beams. //Objectives// are not given any relative importance at this point (i.e. their order within the list is not meaningful). The //Objectives// drive the solution of the Multi Criteria Optimization (MCO) and for each //Objective//, a corresponding //Navigation Slider// will be presented to allow for exploration of trade-offs in the case of competing objectives (for more information about the MCO process and how objective importance/weighting is handled in Astroid refer to [[planning:userguide:tutorials:finding_optimal_plan|this article]]).
 The following objective selections are available in Astroid:
-    * **min_max**: Minimize the maximum dose within a structure
+    * **min_max**: Minimize the maximum dose within a structure (drive dose down)
-    * **max_min**: Maximize the minimum dose within a structure
+    * **max_min**: Maximize the minimum dose within a structure (drive dose up)
-<WRAP 900px center><WRAP left>[{{ :planning:userguide:tutorials:objectives_min_max.png?410 | min_max: Minimize the Max Dose }}]</WRAP><WRAP right>[{{ :planning:userguide:tutorials:objectives_max_min.png?410 | max_min: Maximize the Min Dose}}]</WRAP></WRAP><WRAP clear></WRAP>
+<WRAP 1000px center><WRAP left>[{{ :planning:userguide:tutorials:objectives_min_max.png?390 | min_max: Minimize the Max Dose }}]</WRAP><WRAP right>[{{ :planning:userguide:tutorials:objectives_max_min.png?390 | max_min: Maximize the Min Dose}}]</WRAP></WRAP><WRAP clear></WRAP>
-    * **min_mean**: Minimize the mean dose within a structure
+    * **min_mean**: Minimize the mean dose within a structure (drive dose down)
-    * **max_mean**: Maximize the mean dose across the structure
+    * **max_mean**: Maximize the mean dose across the structure (drive dose up)
     * **min_overdose**: Minimize the high dose within a structure
-      * Dose will only be driven down to the specified limit (this is often more relevant that min_max, since it may not be beneficial to continue minimizing beyond a certain dose level)
+      * Dose will be driven down only until the specified limit is reached (this is often more relevant that min_max, since it may not be beneficial to continue minimizing beyond a certain dose level)
     * **min_underdose**: Minimize the low dose within a structure
-      * Dose will only be driven up to the specified limit (this is often more relevant that max_min, since it may not be beneficial to continue maximizing beyond a certain dose level)
+      * Dose will be driven up only until the specified limit is reached (this is often more relevant that max_min, since it may not be beneficial to continue maximizing beyond a certain dose level)
-<WRAP 900px center><WRAP left>[{{ :planning:userguide:tutorials:objectives_min_over.png?410 | min_overdose: Minimize the high dose}}]</WRAP><WRAP right>[{{ :planning:userguide:tutorials:objectives_min_under.png?422 | min_underdose: Minimize the low dose}}]</WRAP></WRAP><WRAP clear></WRAP>
+<WRAP 920px center><WRAP left>[{{ :planning:userguide:tutorials:objectives_min_over.png?390 | min_overdose: Minimize the high dose}}]</WRAP><WRAP right>[{{ :planning:userguide:tutorials:objectives_min_under.png?390 | min_underdose: Minimize the low dose}}]</WRAP></WRAP><WRAP clear></WRAP>
 ===== Working with Objectives =====
-  - Open the //Objectives// sub-block contained in the //Plan Constraints/Objectives// block
+  - Open the //Objectives/Optimizer// sub-block contained in the //Optimization// block
-  - Choose the structures to apply objectives
+  - Choose a structure to which you wish to apply objectives
-  - Check the boxes for the objectives to apply to the structure and set the dose level if applicable
+  - Check the boxes to activate the desired objectives for the structure and then set the dose level if applicable
 <WRAP center>{{ :planning:userguide:tutorials:optimization_plan_objectives.png?200 |}}</WRAP>
-Once all the //Objectives// have been set the user can move to //Navigation// block to start the MCO.
+Once all the //Objectives// have been set, the user is ready to run the MCO solver, which is performed in the //Objectives/Optimizer// block.