TargetDist has been added to send the length of the ray to the DoF Script. If(Physics.Raycast(aim, out hit, rayLen))

Returns Raycast's hit data and assigns its coordinates to target Ray aim = new Ray(transform.position, camera.forward) Raycast parameters to pass to if statement In that script, I send a recast and get back hit info: I have a camera controller script which helps my offset FPS gun aim at whatever's in the center of the screen. The idea being that whatever I'm looking at, the focal distance moves to it. I'm playing with DoF for the first time and would really like to adjust the focalLength of DoF, based on my RaycastHit info's. Let me know if this works for anyone and if you have issues. So, now the raycast simply moves the target gameobject to what it hits and the 'Depth Of Field 34' always looks at that target. I originally set the 'Transform' on the 'Depth Of Field 34' to dynamically change to what the raycast hits, but then looking at the terrain, the 'Depth Of Field 34' seemed to focus on the center of the terrain, instead of the trees and such. This seems to be the best setup with Terrain. If the ray doesn't hit anything, the 'Depth Of Field 34' will focus on this max distance.ħ) I set the 'Focal size' to 200, it seems to work well, but you can play with it. This is to allow the player to focus on the sky if he looks up. IMPORTANT: Also assign this new gameobject to the the 'Transform' field on the 'Depth Of Field 34'.Ħ) Move the 'Focal distance' to max on the 'Depth Of Field 34'. Colliders seem to mess up the ray origin if it's too close to it.ĥ) create another empty gameobject and set it as the target in the DynamicDOF script. Here is one I wrote, it's based off of a few different ways I found on the internet.ġ) Attach the DynamicDOF script to your camera.ģ) Assign the 'Depth Of Field 34' object to the 'DOF34' field on the DynamicDOF script.Ĥ) If your using a Character Controller or anything with a collider as your origin point (The Player), create an empty gameobject and move it just outside the collider forward.

Dynamic depth of field