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https://github.com/alfredo1995/angry-birds

Angry Bomb is a physics game, like its predecessors (Angry Birds), in which your objective is to eliminate yellow birds and destroy their buildings by throwing bombs at them.
https://github.com/alfredo1995/angry-birds

angry-birds csharp unity3d

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Angry Bomb is a physics game, like its predecessors (Angry Birds), in which your objective is to eliminate yellow birds and destroy their buildings by throwing bombs at them.

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README 

        
Angry Bomb is a physics game, like its predecessors (Angry Birds), in which your objective is to eliminate yellow birds and destroy their buildings by throwing bombs at them.



The "roles" have been reversed, and now it is the "Birds" who are being eliminated! 



Use the mouse to throw the bombs by clicking on the middle of the slingshot!




 

 

Configuring game area

 




  

1) New project

              

              create a 2D template



2) Import the assets

            

              Download the assets from this repository



3) Game background

 

              Drag the background to the scene and name it "Background" 



4) Drag the 2 parts of the slingshot to the hierarchy and position it in the scene



             in slingshot0 > Sort in layer to 3

             in slingshot1 > Sort in layer to 1

      

             Attach slingshot0 as a child of slingshot1 (Made as a single object)

             Reset the position of objects in the transform component when adding them to the scene

            

5) Create an Empty Object and name it Slingshot



            bring the slingshot0e1, into this empty Empty Object Slingshot

           

6) Create the objects that will receive the line rendering component

            

             //Inside Object Slingshot that is storing all objects in front of the slingshot

            

             Create > Empty object > effects > line > name for track0

             Create > Empty object > effects > line > name for track1

            

7) Create the objects that will define the position between the slingshot strips

            

             //Inside Object Slingshot that is storing all objects in front of the slingshot



             Create > Empty object > named it for PosicaoFaixaCentro

             position the objectPosicaoFaixaCentro in the upper center between the Slingshot gap

            

             Create > Empty object > named it for PosicaoFaixaParada

             position the objectPosicaoFaixaParada in the center to the left of the slingshot

            

8) Create the objects that will define the position of the ends of the slingshot strips

            

             //Inside Object Slingshot that is storing all objects in front of the slingshot



             Create > Empty object > named it for PosicaoPontaFaixa0

             position the PosicaoPontaFaixa0 object on the left tip of the slingshot

            

             Create > Empty object > named it for PosicaoPontaFaixa1

             position the PosicaoPontaFaixa0 object at the right end of the slingshot

            

             Make sure that all objects created are within the Estiligui Object





LineRenderer has a matrix of two or more points in 3D space, used to draw a simple straight line






            

9) Create a folder and name it for scripts



             Inside the scripts folder > Create a new C# script and name it Estiligui.cs

             Drag and connect the script to the Estiligui Object that is storing all the components

            

10) Open the Estiligui.cs script and create a Renderer component that has an array (array)

            

             // Create a public variable to store the array elements of type LineRenderer

                         public LineRenderer[] tracks;

                        

             // Create 3 Transform variables to store and manipulate the position, rotation and scale of Estiligui.cs

                         public Transform[] tipsTracks;

                         public Transform trackStop;

                         public Transform stripCenter;



            // create a bool like mouse down

                         bool mousePretado;

                        

11) Showing complete Estiligui.cs code

           

             public class Estiligui: MonoBehaviour

             {

                 public LineRenderer[] tracks;

                 public Transform[] tipsTracks;

                 public Transform trackStop;

                 public Transform stripCenter;

                

                 bool mousePretado;

                

12) Set the count and position of line renderers in the initialization method

            

             //set the count of both redenizer to 2 (positionCount)

             //set the renderer line position to the strip position (setPosition(striPositions.position)



             void Start()

             {

                 tracks[0].positionCount = 2;

                 tracks[1].positionCount = 2;

                 tracks[0].SetPosition(0, endsTracks[0].position);

                 tracks[1].SetPosition(0, tipsTracks[1].position);

                

13) Create a method to redefine and define the range using a Vector3 type parameter

            

             //Vector3 used throughout the Unit to pass 3D positions and directions around

            

             void RangePositions(