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--- public:t-622-arti-07-1:program_2 [2007/02/07 14:15] – thorisson
+++ public:t-622-arti-07-1:program_2 [2024/04/29 13:33] (current) – external edit 127.0.0.1
@@ Line 1: / Line 1: @@
-Programming Project nr. 2
+====== Programming Project nr. 2 ======
 You may choose freely how you implement a 2-layer subsumption architecture. To give you an example, here is a 2-module, 2-layer subsumption system: A module called "RandomWalk" makes the hexapod walk randomly about, which is subsumed by another module called "TurnTowards" that takes as input the location of an object and the orientation of the hexapod and minimizes the difference by steering the hexapod towards the object.
+The new Hexapod has two antennae on its forehead and each time it touches a plant a message is printed on the screen. See if you can make a module that finds a plant and steers the Hexapod towards it.
+===== Hand in =====
+All code and resource files in SVN or MySchool before 23:59 on sunday 11th february!
+[[SVNHelp|SVN instructions]]
 ====== Running the new Hexapod ======
+===== UPDATE 10 feb. 2007 =====
+Fixes a bug in Point3´s toXML() function.
+Get the new version {{public:t-622-arti-07-1:hexapod_release.zip|here}}.
+===== UPDATE 8 feb. 2007 =====
+I just put a new version of the hexapod. You can get it {{public:t-622-arti-07-1:hexapod_release.zip|here}}. A couple of issues were resolved including
+  * Better movement of the hexapod
+  * Better error messages, in case they come up :)
+  * The hexapod now sends a message called "RU.AI06.Information.Location.Body" which gives you the location of the body as a 3-point location and the direction of it as a vector. A data class for this is included called HexapodLocation. You can control the update time of this with the message "RU.AI06.Instruct.Change.UpdateTime.Location" which works exactly the same as "RU.AI06.Instruct.Change.UpdateTime"
+===== Directions =====
 Start by downloading downloading and setting up Panda3d (http://www.panda3d.org)
@@ Line 18: / Line 39: @@
 There is a spec file under java/src that you can use.
+===== Keyboard shortcuts =====
+move camera with a-s-d-f and the up and down arrow keys.
+Move Hexapod with u-h-j-k
+M: Enable control camera with mouse
 ===== Messages to and from =====
 ==== From ====
-"RU.AI06.Perception.Sight.Object"
+  * "RU.AI06.Perception.Sight.Object"
-"RU.AI06.Perception.Touch.Object"
+  * "RU.AI06.Perception.Touch.Object"
 These message contain, in xml format, the information about a perceived object. The Java class Perception can translate itself to and from the xml format and has three variables: