#DEBUG RAYCAST UNITY CODE#

The problem: There is a system, that is so vital to the whole app that every time it is being interacted with, you have a set of key debug statements that you want to know about. Starting from section of Build Report there is a detailed breakdown of what assets went in and how much space do they take up, conveniently in descending order. The solution: Console window options, then “Open Editor Log”. Especially when looking to slim down the size of the app. The problem: Build completed with a result of ‘Succeeded’ is not enough information about what has just happened. Additionally, timestamps can be enabled/disabled. The solution: Look into the options of the Console window and select as necessary. Not every type fits neatly in the limited space provided by the log entry. The problem: There are a myriad types of data that may need to be displayed. Alternatively use a debug using Debug.LogError while enabling the option to pause on error.

Then the state of the scene can be fully explored. It acts as if the pause button was pressed, except it is exactly at the desired line in code. If it is necessary to do so, Debug.Break is your friend. This form of breakpoint is not suitable for inspecting the scene. When Visual Studio takes over, the Editor becomes unresponsive. From there Visual Studio allows to inspect Local values, investigate the Call Stack and use many other Visual Studio debugging tools.

#DEBUG RAYCAST UNITY CODE#

Click to the left of the line of code you want the break to happen at.Getting it working in Unity is quite simple: If on the Visual Studio side for basic debugging, link to the official docs. Unity and Visual Studio work quite well together for this purpose. The solution: Firstly, the more known approach. You need to inspect the scene and/or look at the exact execution in code. The problem: The special case denoted by color is not understood enough once it passed. This is easily noticed almost immediately. In the following example, if a slightly concerning value is shown, then the color of the value changes. Differentiating by color is way faster for eyes than reading each line. Log statements can take in Rich Text tags. The solution: Spice up your logs visually. Using the search box and collapsing the logs do not work as well as the order of messages is important and a value that is searched for is not that obvious. The problem: You need to log a lot of things and while viewing the data and categorize it quickly at a glance. It includes but is not limited to classes like: Material, ScriptableObject, and Mesh.īonus fact: We can use EditorGUIUtility.PingObject to use the highlight functionality without writing logs. This is exactly the case and we can use it to locate anything that has an instance ID. Though the method header indicates that any UnityEngine.Object could be used. Similarly, any GameObject could be passed.įrom the official description, it could seem that only objects that are in the Hierarchy window could be highlighted this way. In this case a Component was passed (this refers to the class we’re at, which eventually inherits after Component).

Then by simply clicking on the log, the corresponding object will be highlighted. Now what does this mean? Let’s say our debug code looks like this: If you pass a GameObject or Component as the optional context argument, Unity momentarily highlights that object in the Hierarchy window when you click the log message in the Console. Public static void Log(object message, Object context) The solution: The first thing to beef up the log statement is to add an extra parameter to our call. The problem: You got a number of objects with the same name that would be normally hard to distinguish. However, what if it is not enough? Another parameter in Debug.Log The first move would normally be to throw a Debug.Log somewhere, where we expect our problem to happen.

That often requires a thorough investigation of the causality and flow of our code. Sometimes things happen or do not happen differently than we expect it.

Debug raycast unity