January 17, 2020 HFFWS Generation System Fixing Pulley Scenario Foundation Pulley Scenario Issues Not Producing Designated Number of Scenarios This was working before, so it was weird that the issue came up for all three pulley options after updating, including the original scenario I worked on, HeavyDoor. I found that the wheel positioning method was getting an array index error, so I focused around there. Instances where just one wheel needed to be created seemed to actually work fine, so there was something about creating multiple wheels that was causing an issue. I looked into what was happening after the first wheel was created, and there is a method dealing with the list of weighted ranges that can remove a range without adding any new ones after choosing a position (this option exists for when a chosen position is within the buffer range on both sides of it to other taken positions, or ends). It would make sense that we get an indexing error if we started with on...
July 1, 2020 Unity 2019 Isometric Tilemap MAKING ISOMETRIC TILEMAP in Unity 2019! (Tutorial) Youtube - Link By: Sykoo Introduction My friend was interested in isometric art pieces recently so I got looking into them and became curious myself as to how to work with them in Unity. I had seen it was a feature before, so I just wanted to find a decent source to look back on the topic when I got an opening. This video looks like it covers the full basics pretty well with setting all the proper settings as well as exploring some of the different options you have to place the tiles at the correct elevations with proper visual blocking.
January 16, 2019 Field of View Tutorial – E02 Youtube -Field of view visualisation (E02) By: Sebastian Lague This is the second part of a tutorial creating a field of view (FoV) for a character in Unity. This focuses on an in-game visualization of the field of view that fills the entire viewing area. FoV visualization is a generated mesh. This will be built from tris made up by the character’s position and the end point of each ray cast within the FoV. A struct was created to hold all of the information for the raycasts. Used transform.InverseTransformPoint to convert a point (Vector3) from a global value to a local value. The FoV mesh initially had an issue dealing with the corners/edges of obstacles. A high resolution was needed (many rays cast) to reduce the visual jitter effect around obstacle corner/edges. This was addressed further in the tutorial. To solve this, approached the problem by determining when rays go from hitting obstacle to missing obstacle, and label these ...
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