Fixed last slide

presentation.typ

@@ -1,5 +1,5 @@
 // cSpell:ignore fancyuulm uulm
-#import "fancyuulm.typ": fancyuulm, slide, centered-slide, title-slide, config-info, pause
+#import "fancyuulm.typ": fancyuulm, slide, centered-slide, title-slide, config-info, pause, utils
 #import "@preview/codly:1.3.0": codly-init, codly
 
 #show: codly-init.with()
@@ -174,29 +174,21 @@
 
 
 = Conclusion
-#slide[
+#slide(repeat: 4, self => [
-  - RQ1 -- What are the advantages and disadvantages of using dataflow analysis for compiler optimization?
+  #let (uncover, only, alternatives) = utils.methods(self)
-]
+
-#slide[
+  #list(
-  - RQ1 -- What are the advantages and disadvantages of using dataflow analysis for compiler optimization?
+    [ RQ1 -- What are the advantages and disadvantages of using dataflow analysis for compiler optimization? ] + only("2-", list(
-    - Trades compilation performance for runtime performance
+      [Trades compilation performance for runtime performance],
-    - Allows complex optimization across branch and function boundaries
+      [Allows complex optimization across branch and function boundaries],
-    - Allows writing generic code, which will then be optimized based on the usage in an application
+      [Allows writing generic code, which will then be optimized based on the usage in an application]
-]
+    ))
-#slide[
+  )
-  - RQ1 -- What are the advantages and disadvantages of using dataflow analysis for compiler optimization?
+  #only("3-", list(
-    - Trades compilation performance for runtime performance
+    [ RQ2 -- How is dataflow analysis used in current compilers? ] + only("4-", list(
-    - Allows complex optimization across branch and function boundaries
+      [Already extensively used by popular compilers],
-    - Allows writing generic code, which will then be optimized based on the usage in an application
+      [Many different optimizations implemented, some listed previously],
-  - RQ2 -- How is dataflow analysis used in current compilers?
+      [Still working on improving speed and optimization possibilities]
-]
+    ))
-#slide[
+  ))
-  - RQ1 -- What are the advantages and disadvantages of using dataflow analysis for compiler optimization?
+])
-    - Trades compilation performance for runtime performance
-    - Allows complex optimization across branch and function boundaries
-    - Allows writing generic code, which will then be optimized based on the usage in an application
-  - RQ2 -- How is dataflow analysis used in current compilers?
-    - Already extensively used by popular compilers
-    - Many different optimizations implemented, some listed previously
-    - Still working on improving speed and optimization possibilities
-]