Differences

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--- public:t-gede-14-1:lab5 [2014/02/16 15:13] – [Bonus points] marino
+++ public:t-gede-14-1:lab5 [2024/04/29 13:33] (current) – external edit 127.0.0.1
@@ Line 13: / Line 13: @@
 ===== Preparation =====
-No special preparation is required - preparing the joypad is explained in the project steps below.
+No special preparation is required - preparing the joypad is explained in the project steps below. You do not have to use the latest lab as a base for this one, you can use the base of lab2 or any other **//except lab1//** if you feel like the project has become to bloated.
 **NOTE:** To get the joypads to start sending data, you may have to press a **Mode** button in the center of the device. This is true for the joypads handed out in the lab class!
 ===== Lab Project =====
@@ Line 121: / Line 123: @@
 ====== Bonus points ======
 <box green 100% | Bonus points>
-   - **Make the input a little less lame :)** Either make your own modifications to the input or follow the instructions from the instructor:
+   - **Make the input a little bit more useful :)** Either make your own modifications to the input or follow the instructions given:
      - **Remove the code** from frameStarted: <code cpp>
 Ogre::Vector3 SinbadTranslate(0, 0, 0);
@@ Line 165: / Line 167: @@
         // Add these lines, dont forget to break :)
 	case 2:
-		_walkMagnitude = value / 32768; // Map the range to -1 to 1
+		_walkMagnitude = (float)value / -float(_Joystick->MAX_AXIS); // Map the range to -1 to 1
 		break;
 	case 3:
-		_turnMagnitude = value / 32768; // Map the range to -1 to 1
+		_turnMagnitude = (float)value / -float(_Joystick->MAX_AXIS); // Map the range to -1 to 1
+		break;
 	}
 	return true;
@@ Line 200: / Line 203: @@
 }
 // Create the translation vector.
-if (0 != _walkMagnitude) {
+SinbadTranslate = _node->getOrientation().zAxis() * evt.timeSinceLastFrame * _WalkingSpeed * _walkMagnitude;
-	SinbadTranslate = _node->getOrientation().zAxis() * evt.timeSinceLastFrame * _WalkingSpeed * _walkMagnitude;
+walked = true;
-	walked = true;
-}
 // Increment the roation angle.
-if (0 != _turnMagnitude) {
+_orientation += evt.timeSinceLastFrame * _turnMagnitude*2;
-	_orientation += evt.timeSinceLastFrame * _turnMagnitude*2;
-}
 // Now finally apply the rotation and translation.
 _node->translate(SinbadTranslate);
@@ Line 213: / Line 214: @@
 </code>
   - **As of now the camera follows Sinbad in a strange manner.** By adding buffered keyboard input, create a method of toggling the camera from following Sinbad behind his back, and a free roaming camera that you cam move with the mouse and "WASD" \\ **Hints:** \\ <code cpp>
-// This will make the camera a child of the Sinbad Scene node, and thus all translation made to Sinbad will be applied to the Camera as well.
+// This will make the camera a child of the Sinbad Scene node, and thus all transformation made to Sinbad will be applied to the Camera as well.
 _node->attachObject(_Cam);
 </code> Buffered keyboard input, Make the following changes to the MyFrameListener class to enable the buffered keyboard input <code cpp>
@@ Line 240: / Line 241: @@
      //...
 }
+</code>Now you have those two functions that trigger only once per key press, and are not continuous like before, did I mention buffered input :)?
-</code>
 </box>
@@ Line 249: / Line 250: @@
 ===== When You Are Finished =====
-Upload your **commented source files** into Lab4 in MySchool (zip them up if more than one). The lab projects will not be graded, but their completion counts towards your participation grade.
+Upload your **commented source files** into Lab5 in MySchool (zip them up if more than one). The lab projects will not be graded, but their completion counts towards your participation grade.