Last time we had to play around with this same file we played around with last time. But this time instead creating the grid and point to the tracker nodes as we did last time this time we worked with as I said the same plate but we had to clean up the tracker pads that are visible in the scene and we had to create a Rotoscope for around the hole in the wall. This will be our terms project, The Idea is that we get a machine in the background of this plate. This is why we have to Rotoscope the wall.
First I started by removing the tracker nodes on the ground and on the wall. In total there are 15 trackers in this scene. 9 on the ground and 6 on the wall. I removed this using a technique Gonzalo told us during his classes. Looking at the image below this text (left) you can see the structure I used to remove the trackers. I used the Rotopaint technique where I could use the clone tool to copy the surrounding area around the trackers. I tracked the scene so I could create a card of a tracking point of the trackers. This card will move through the 3D space and will calculate the Rotoscope relying on the FrameHold where I produced my Rotoscope.
After removing all the Trackers from the scene I had to Rotoscope around the hole in the wall. For this I quite did the same as the clean up above. Hold a frame in where you can Rotoscope the part you need and then place this in a card that I created from one of the tracks that we calculated. I had to Rotoscope many different parts of the scene so that the calculation would work separably for the different parts.
Here you see my first version of the clean up I did and how I did my Rotoscope. The clean up in my opinion looks very good. You don’t see the trackers that were once on the ground anymore. But as for the Rotoscope I need to spend a littlebit more time on creating a better Rotoscope. You can see that at some parts it will move off of the bricks that it is suppose to be on. I will be working on this for the next week’s class.