Update gametech.md

Author: jackbergus

teaching/gametech.md

@@ -14,11 +14,11 @@ This web page covers only the topics being taught by Giacomo Bergami
 ## Current Topics
 
 {:start="4"}
-  4. State Machines: Harel's Statecharts ([Slides](https://github.com/jackbergus/NCL_CSC3232/blob/main/slides/3_Statecharts.pdf), Code [StateSmith -> C#](https://github.com/jackbergus/NCL_CSC3232/tree/main/csharp/ExamplesFromClass/ConsoleApp2/statecharts))
+  4. State Machines: Harel's Statecharts ([Slides](https://github.com/jackbergus/NCL_CSC3232/blob/main/slides/3_Statecharts.pdf), Code [StateSmith -> C#](https://github.com/jackbergus/NCL_CSC3232/tree/main/csharp/ExamplesFromClass/ConsoleApp2/statecharts), [Video](https://youtu.be/X0VCU_umMOY?si=35G4P_v62167unL6))
 
 
 {:start="8"}
-  7. Reachability Problems in Games: Pathfinding ([Slides](https://github.com/jackbergus/NCL_CSC3232/blob/main/slides/4_Reachability.pdf), Code [C#](https://github.com/jackbergus/NCL_CSC3232/blob/main/csharp/ExamplesFromClass/ConsoleApp2/graphs/ReachabilityProblem.cs))
+  7. Reachability Problems in Games: Pathfinding ([Slides](https://github.com/jackbergus/NCL_CSC3232/blob/main/slides/4_Reachability.pdf), Code [C#](https://github.com/jackbergus/NCL_CSC3232/blob/main/csharp/ExamplesFromClass/ConsoleApp2/graphs/ReachabilityProblem.cs), [Video](https://youtu.be/WntgEo_qZXQ?si=HjcLkdvSOvfBjwkm))
 
   8. Game Theory for Non-Cooperative Games ([Slides](https://github.com/jackbergus/NCL_CSC3232/blob/main/slides/2_c_TPCSG.pdf), Code: [C#](https://github.com/jackbergus/NCL_CSC3232/blob/main/csharp/MinMaxProjects/MinMaxProjects/Program.cs))
 
@@ -35,17 +35,17 @@ The following material only considers the topics covered by Giacomo Bergami.
 
  1.  Levels and Goals 
 
-     I.  Probability in Game Design ([Slides](https://github.com/jackbergus/NCL_CSC3232/blob/main/slides/1_a_probability.pdf), [Handouts](https://github.com/jackbergus/NCL_CSC3232/blob/main/01_probability_game_design.pdf), Code: [C#](https://github.com/jackbergus/NCL_CSC3232/blob/main/csharp/ExamplesFromClass/ConsoleApp2/probabilities/Probabilities.cs), [C++](https://github.com/jackbergus/NCL_CSC3232/tree/main/cpp/01_probability))
+     I.  Probability in Game Design ([Slides](https://github.com/jackbergus/NCL_CSC3232/blob/main/slides/1_a_probability.pdf), [Handouts](https://github.com/jackbergus/NCL_CSC3232/blob/main/01_probability_game_design.pdf), Code: [C#](https://github.com/jackbergus/NCL_CSC3232/blob/main/csharp/ExamplesFromClass/ConsoleApp2/probabilities/Probabilities.cs), [C++](https://github.com/jackbergus/NCL_CSC3232/tree/main/cpp/01_probability), [Video](https://youtu.be/-nt89vVnoOc?si=CbtA0wvW18bfQJe8))
 
-     II.  From Probability to Navigation ([Slides](https://github.com/jackbergus/NCL_CSC3232/blob/main/slides/1_b_stochastic.pdf), Code: [C#](https://github.com/jackbergus/NCL_CSC3232/blob/main/csharp/ExamplesFromClass/ConsoleApp2/timing/SnakesAndLadders.cs), [Python](https://github.com/jackbergus/NCL_CSC3232/tree/main/python/02_markov/snakes_and_ladders))
+     II.  Modelling Stochastic Games: From Probability to Navigation ([Slides](https://github.com/jackbergus/NCL_CSC3232/blob/main/slides/1_b_stochastic.pdf), Code: [C#](https://github.com/jackbergus/NCL_CSC3232/blob/main/csharp/ExamplesFromClass/ConsoleApp2/timing/SnakesAndLadders.cs), [Python](https://github.com/jackbergus/NCL_CSC3232/tree/main/python/02_markov/snakes_and_ladders), [Video](https://youtu.be/D8AbSWBHRZE?si=-pAmG1CWxSqwf0x6))
 
-     III. From Navigation to Analysis ([Slides](https://github.com/jackbergus/NCL_CSC3232/blob/main/slides/1_c_goap.pdf), Code: [C#](https://github.com/jackbergus/NCL_CSC3232/blob/main/csharp/ExamplesFromClass/ConsoleApp2/goap/LocksAndDoors.cs), [C++](https://github.com/jackbergus/NCL_CSC3232/blob/main/cpp/03_goap/main.cpp))
+     III. Planning for VideoGames: From Navigation to Analysis ([Slides](https://github.com/jackbergus/NCL_CSC3232/blob/main/slides/1_c_goap.pdf), Code: [C#](https://github.com/jackbergus/NCL_CSC3232/blob/main/csharp/ExamplesFromClass/ConsoleApp2/goap/LocksAndDoors.cs), [C++](https://github.com/jackbergus/NCL_CSC3232/blob/main/cpp/03_goap/main.cpp))
 
-     IV. Evidenced outcomes ([Slides](https://github.com/jackbergus/NCL_CSC3232/blob/main/slides/1_d_outcome.pdf))
+     IV. Introduction to Artificial Intelligence for VideoGames ([Slides](https://github.com/jackbergus/NCL_CSC3232/blob/main/slides/1_d_outcome.pdf), [Video](https://youtu.be/tqHNULAFK6Y?si=fNwNRKTJHWIAce2w))
 
- 2. Players and Adversaries 
+ 3. Players and Adversaries 
 
-     I. Modelling Winning Probabilities in Stochastic Games ([Slides](https://github.com/jackbergus/NCL_CSC3232/blob/main/slides/2_a_stochastic_adv.pdf), Code: [C#](https://github.com/jackbergus/NCL_CSC3232/blob/main/csharp/ExamplesFromClass/ConsoleApp2/timing/Pong.cs), [Python](https://github.com/jackbergus/NCL_CSC3232/blob/main/python/02_markov/Prob_winning_PONG.py))
+     I. Modelling Winning Probabilities in Stochastic Games ([Slides](https://github.com/jackbergus/NCL_CSC3232/blob/main/slides/2_a_stochastic_adv.pdf), Code: [C#](https://github.com/jackbergus/NCL_CSC3232/blob/main/csharp/ExamplesFromClass/ConsoleApp2/timing/Pong.cs), [Python](https://github.com/jackbergus/NCL_CSC3232/blob/main/python/02_markov/Prob_winning_PONG.py), [Video](https://www.youtube.com/watch?v=D8AbSWBHRZE))
 
      II. Correlating Skills with Strategies (see *Reinforcement Learning*)