YT upload patch

README.md

@@ -1,6 +1,6 @@
 # Gyroscope Working
 
-Simulator shows how the gyroscopic precession works. This simulator is my understanding of the gyroscope. Neither the input measurments nor the resultants are valid and may be used for only educational purposes.
+Simulator shows how the gyroscopic precession works. This simulator is my understanding of the gyroscope. Neither the input measurments nor the resultants are valid and may be used only for educational purposes.
 
 ### Controls
 

js/camera.js

@@ -73,22 +73,25 @@ function _gyro_camera(gyro) {
 		var v_gyro = new THREE.Vector3().setFromMatrixPosition(gyro.group.matrixWorld);
 		var v_sphere = new THREE.Vector3().setFromMatrixPosition(gyro.spheres[0].matrixWorld);
 		var v_camera1 = new THREE.Vector3().setFromSpherical(new THREE.Spherical(parent.radius, parent.phi, parent.theta));
-		var v_camera2 = v_sphere.clone().add(v_gyro);
+		//var v_camera2 = v_sphere.clone().add(v_gyro);
 		//var v_camera2 = v_sphere.clone().sub(v_gyro).normalize().multiplyScalar(512).add(v_gyro);
+
 		gyro.camera1.position.set(v_camera1.x, v_camera1.y, v_camera1.z);
 		gyro.camera1.lookAt(new THREE.Vector3(gyro.group.position.x, gyro.group.position.y/2, gyro.group.position.z));
 
-		gyro.camera2.position.set(v_camera2.x, v_camera2.y, v_camera2.z);
 		//gyro.camera2.position.set(v_camera2.x, v_camera2.y, v_camera2.z);
-		gyro.camera2.lookAt(v_sphere);
+		//gyro.camera2.position.set(v_camera2.x-1, v_camera2.y+2, v_camera2.z-1);
+		//gyro.camera2.lookAt(v_sphere);
 		//gyro.camera2.rotation.x = gyro.gyroArrows.arrowHelperTorqueVertical[0].rotation.x;
 		//gyro.camera2.rotation.y = gyro.gyroArrows.arrowHelperTorqueVertical[0].rotation.y;
-		//gyro.camera2.rotation.z = gyro.gyroArrows.arrowHelperTorqueVertical[0].rotation.z;
-		var r = parent.radius/1024;
-		gyro.camera2.left = -r*960;
-		gyro.camera2.right = r*960;
-		gyro.camera2.top = r*540;
-		gyro.camera2.bottom = -r*540;
-    	gyro.camera2.updateProjectionMatrix();
+		//gyro.camera2.rotation.z -= Math.asin((v_sphere.y-96)/96);
+		//console.log(Math.asin((v_sphere.y-96)/96)*(180/Math.PI))
+		//gyro.camera2.up = v_sphere;
+		// var r = parent.radius/1024;
+		// gyro.camera2.left = -r*960;
+		// gyro.camera2.right = r*960;
+		// gyro.camera2.top = r*540;
+		// gyro.camera2.bottom = -r*540;
+  //   	gyro.camera2.updateProjectionMatrix();
 	}
 }

js/main.js

@@ -251,7 +251,6 @@
 		var frame = -1;
 		var tref;
 		function loop(timestamp) {
-			tref = requestAnimationFrame(loop)
 			if(time === null) {
 				time = timestamp;
 			}
@@ -260,6 +259,7 @@
 				frame = seg;
 				animate();
 			}
+			tref = requestAnimationFrame(loop);
 		}
 		tref = requestAnimationFrame(loop);
 	}