Rotate camera to a specific object

Sets an object so that camera can automatically fly to the current position from now on.

1. Set a position. You can place a cube that displays its position in front of it. You can also write a script to set the location here.

2. Use Functions

Mobile function transform. Position = vector3.slerp (positionstart, positionend, time * 0.001 );

Rotation function transform. Rotation = Quaternion. slerp (startrotation, aimrotation, time. Time * 0.00001 );

3. Add a function in the switch script that controls automatic roaming in the original FPC camera: press run to automatically record the current position, rotation; press FPS to restore the original position;

4. aimrotation:

4.1 because my camera was rotated 180 degrees at the beginning, you need to add

Aimrotation = inverse (cuberotation );

Aimrotation. Y = 180 degrees + aimrotation. Y;

4.2 when moving to aimpostion, the FPS is slightly moved, so the judgment is added. When FPS is very close to aimpostion, the position is directly assigned to the FPS;

Time

Time. Time the execution time of the frame is earlier than the start time.

Time. deltatime * 10 move 10 meters per frame

This script is a control function I wrote that first redirects the camera to the target object and then flies to the target object in this direction, including fuzzy cameras when the object is very close to the target, then restore to normal

VaR startobject: gameobject; var aimobject: gameobject; var aimobjectlocation: gameobject; var maincamera: Camera; private var positionstart: vector3; private var positionend: vector3; private var aimrotation: callback; private var startrotation: quaternion; private var distance: Float = 10; private var angle: Float = 10; private var isblur: Boolean = false; private var iscloseenough: Boolean = False; private var relativepos: vector3; private var rotationfinished: Boolean = false; private var angledefinition: Boolean = false; private var translatebegin: Boolean = false; function Update () {positionstart = startobject. transform. position; positionend = aimobjectlocation. transform. position; if (! Translatebegin) {relativepos = aimobject. Transform. Position-positionstart; If (transform. Position = positionend) {rotationfinished = true;} else {If (relativepos! = Vector3.zero) {aimrotation = Quaternion. lookrotation (relativepos);} else {rotationfinished = true;} var angle = Quaternion. angle (transform. rotation, aimrotation); If (angle! = 0) {rotationfinished = false; // distance = 10;} else {rotationfinished = true ;}} if (! Rotationfinished) {If (angle> 0.1) {print ("rotationlast"); transform. rotation = Quaternion. slerp (startobject. transform. rotation, aimrotation, 0.15); // normal velocity} else {print ("rotationthesame"); rotationfinished = true; transform. rotation = aimrotation; translatebegin = true ;}} if (translatebegin) {distance = vector3.distance (transform. position, positionend); print (distance); If (distance <0.1) {print ("distance <0.1"); transform. position = positionend; translatebegin = false; waittoblur (); // maincamera. orthographic = true; transform. rotation = aimobjectlocation. transform. rotation;} else {transform. lookat (aimobject. transform); transform. position = vector3.slerp (positionstart, positionend, 0.08) ;}} function waittoblur () {// suspend execution for waittime seconds var blurcamera = maincamera. getcomponent ("blureffect"); blurcamera. enabled = true; yield waitforseconds (0.5); blurcamera. enabled = false ;}