unity 3d walkthrough

OOPThe previous use of combinatorial thinking is the construction of tree, leaf model, such as the network element model in telecommunications. This idea belongs to the core idea of unity 3D – components. In player, A, B, C can freely use the start, update function (please do not consider the order of execution, the sequence of script components can be adjusted externally, but not significant), most import

C # Unity 3D notes compiled by programmers (13th): Unity 3D is based on the component concept, If you have been familiar with design patterns and software architecture programming ideas, you will understand the outstanding design principles:"Combination is better than inherited". This sentence is very short, but when I

C # programmer's Unity 3D notes (9): Unity 3D test analysis, 　　Classes on components in Unity cannot be new and must be obtained through components. The new class is null.If (amainfo. nameHash = Animator. StringToHash (Base Layer. idle )){M_animator.SetBool (Run, true );}Wh

OOPThe previous use of combinatorial thinking is the construction of tree, leaf model, such as the network element model in telecommunications. This idea belongs to the core idea of unity 3D – components. In player, A, B, C can freely use the start, update function (please do not consider the order of execution, the sequence of script components can be adjusted externally, but not significant), most import

components,　　menu, when you are finished, you can test the components, run　　, you can see the results. such as:　　Figure 1　　Figure 2Each integration test needs to be judged by the asserted component, which is used only for simple tests such as the range of coordinates moving, whether it needs to be visible, and so on. Dynamic Integration TestingCreate a new test, under which a gameobject is created, and the Testscript script is created to bind to the gameobject. if the scene is under the name, t

addition? Vector.forward and This.transform.Forward both express the local coordinate system, so why are the values different? 2 rotating –quaternion, eulerangles, Quaternion.eulerRotation in the 3D is more complex, in unity 3D is generally used quaternion to rotate, rotation only involves the concept of vector (vector direction), think about the coordi

addition? Vector.forward and This.transform.Forward both express the local coordinate system, so why are the values different? 2 rotating –quaternion, eulerangles, Quaternion.eulerRotation in the 3D is more complex, in unity 3D is generally used quaternion to rotate, rotation only involves the concept of vector (vector direction), think about the coordi

Sometimes we do fixed-plane 3D game, there are the needs of the lens adaptation, recently just met, temporarily made up a, take it out and share with you:Using unityengine;using System.collections;public class Screenunit:monobehaviour { private float height = 480; Private float width = 854; private float rate1 = 480/854.0f; private float Rate2; Use the This for Initializationvoid Start () { rate2 = screen.height/(float) screen.wi

[Unity 3D] Study Notes forty-five: Game instances-kill the wall, unity Study Notes Use this game instance to summarize all the previously reviewed knowledge about physical engines. In the game, a ball shell is sent to kill the front wall. A rigid body component is added to both shells and walls, a particle system is bound to shells, and five different colors are

In the 3D game world, any game object is created with a transform component, which cannot be deleted or deleted. In unity, the transform panel has three attributes: Position) Rotation) Scale) These three values are used to adjust the location, status, and other parameters of the game object on the game interface. Position) The 3D coordinates of any game o

Recently, I just started learning unity 3D. Here I will record my learning experience and study notes, and write while learning. It may be scattered. Now, let's talk a little bit about it. Today we will start from the introduction to unity 3D, which will briefly introduce unity