Making 10 Games from Scratch with Unity

• Project creation

• Including the starter package

• Scene setup procedures

• Various operations

Ball control system implemented

Started Ball Script. Part 1

Started Ball Script. Part 2

Started Ball Script. Part 3

Started Ball Script. Part 4

Camera follow system implemented

Obstacle system implemented

• Main menu added

• Score system implemented

Sounds integrated and configured

Panels and their functionalities implemented

• Some information about creating new levels

• General explanation

• EXTRA CONTENT – UPDATE LESSON

• Win and lose sounds added

• Earned score displayed in the win panel

• Project creation

• Including the starter package

• Scene setup procedures started

Scene setup procedures continued

GameManager script created

• Continued with the GameManager script

• Cube script created

Camera follow system implemented

Scene editing procedures

Best Score system implemented

Sounds integrated

Panels integrated and configured

***** OUR GAME IS COMPLETED *****

• Creating the project

• Including the starter package

• Initial scene setup Part 1

• Initial scene setup Part 2

• Skybox created

• Ball created

• Knife created

• Knife collider setup completed

• Knife trail effect added

• GameManager script created and initial logic started

• Knife script created and initial logic started

• Knife script continued. Collision handling completed

• Camera adjustment done

• Knife throwing system implemented

Ball script created

Camera follow system implemented

Time functionality added (Game Over logic)

• Rapid fire system added

• Various settings and operations

• Main Menu created

• Score earning and saving implemented

Panels created

Panel scripts implemented

Touch system improved

Sound settings menu created

Ball bounce, explosion, and movement effects

New block and knife creation implemented

• The project was created

• The starter package was included

• Scene setup processes were started

Scene setup processes continued

Products were created

• Product script was made

• Product launching system was tested

Conveyor belt script was made

• Product pool (Object pool) was created

• Product pool and other processes

• Sounds were integrated

• Tests were conducted

• Main menu was created

• Panels and visuals were imported

• Panel and other processes

• Panels continued

• Parameters were assigned to buttons

• Tests were done

• Other various processes

• Panel and button processes continued

• "You Win" section was made

• Two different methods for game sound settings were shown

A new level was made

******* ALL PLANNED PROCESSES COMPLETED. GAME FINISHED *******

• Project creation

• Including the starter package

• Package explanation

• Preparing the working environment

• Initial scene setup procedures

• Continuing with scene creation

• Slider added

• Cube script created and implemented

• Cube object and operations completed

Slider script and technical processes completed

• Cube control script implemented

• Cube's first movement process completed and tested

• Continued with cube control script

• Table walls and boundaries created

• Cube manager script created and implemented

• Game Manager script created

• Continued with cube manager script

• Cube creation and forward movement completed and tested

• Cube collision processes implemented and tested

• Merge effect and processes completed

• Game over area created

• Cube trigger process completed

• Explanation of a different system in cube’s interaction circle system

• Some revision processes

• Integration of sounds

• Cube pool expanded

Canvas panels created

Panel scripting processes completed

• Main menu creation

• Save process

• Settings menu added

• Game music and sound effects toggling implemented and tested

• Win mechanic added

• Slider and percentage system showing level status added

• Game completed

• Project creation

• Including the starter package

• Scene setup procedures

Scene creation procedures continued.

• Started the conveyor belt script

• Colliders for the belts were set

• Belt movement implemented as material

Started the exit belt script

Box pool was created and its operations were done

Belt selection process was done

• Continued with the belt selection system

• Started the box script

• Correct transfer counting was implemented

• Belt acceleration system was created

High score system was created

Sounds were integrated

Panels were created

Continued with panels

Scripts for panel and buttons were implemented

Continued implementing panel and button scripts

• Sound setting processes were done. (Game and effect sound on/off system)

• Touch-related improvements were implemented

• Other explanations

----- WE HAVE COMPLETED OUR GAME --------

• Inclusion of assets

• Technical explanations about the assets

• General information

This is an optional video, I recommend watching it if you have time. Because in optional videos, we add additional scripts and features to our system. Some videos may include basic information to turn our game into a product, which is a mandatory condition if you are not familiar with materials and textures.

• Material settings

• Details such as texture compression are explained.

• Script processes have begun

• Truck and socket were included

• Spring joints were created

• Spring joint connections and operations were done

• Socket settings were made

• Line renderer component was added and configured

• Automatic connection system for spring joints was created

• Coordination of line renderer and joints was ensured

• Socket movement was implemented (script operations)

• Socket was returned to the main base

• Other various operations

• Empty socket operations were carried out

• Socket position and rotation settings were done

• Obstacles were created

• Mesh collider was added to the line renderer

• Socket configuration was completed

• Button was created for truck movement

• Truck movement was implemented

• Interaction options for obstacle objects were explained

• Three different types of obstacle collisions were implemented

• Obstacles falling to the ground and related script operations were done

• Return to the main socket was revised

• New rope points were created and their setup was shown

• Infrastructure for the winning condition was prepared

• Additional package was included

• Package contents were explained

• Additional package contents were distributed into project folders

• Obstacle objects were added

• Truck exhaust effect was created

This is an optional video, I recommend watching it if you have time. Because in optional videos, we add additional scripts and features to our system. Some videos may include basic information to turn our game into a product, which is a mandatory condition.

• SOUND LIBRARY WAS CREATED

• Sounds were integrated

• Script operations were done

This is an optional video, I recommend watching it if you have time. Because in optional videos, we add additional scripts and features to our system. Some videos may include basic information to turn our game into a product, which is a mandatory condition.

• Panels and operation buttons were created

• Winning, losing, pause and exit panels were made

• Technical operations of buttons were done

Sound on/off function in the settings section was implemented

----- Bug Fix | Improvements ------

• Truck movement sound was processed

• Socket position on ropes was adjusted

• Colliders on joints were removed

• Rotation error on obstacle objects was fixed

• Rope extension distance was limited

• Script was adjusted

• Memory management was established

• Main menu was created

• Game was tested on a mobile device

------------------ ALL PLANNED OPERATIONS COMPLETED ---------------------

• Project created

• Starter pack included

• Script files explained, settings configured

• Objects and scene prepared

• Rope centers added

• Joints created

• Joint component settings configured

Empty socket stands created

Creation of rope centers in different colors demonstrated

Pulley rotation function in the rope center implemented

• Obstacle objects created

• Position indicator for obstacle objects implemented (Line Renderer)

• Position indicator for obstacle objects implemented (Particle Effect)

• Position indicator for obstacle objects implemented (Target Object)

• Obstacle swinging and mass settings configured

• Start button created

• Guide for indicating where obstacles will fall implemented

• Socket switching system implemented

• System to prevent multiple sockets from attaching to an empty socket implemented

• Empty stand highlighter system created #1

Empty stand highlighter system continued #2

• Rope length adjustment implemented

• Win/Loss system established

• Point scoring system implemented

• Panels integrated

• Sounds integrated

• Main menu created

• Socket usage limit system implemented

• Sound playback settings configured

• Panel implemented to convert points into socket switch rights

• Socket switch button settings configured

Phone Test

------------------ ALL PLANNED TASKS COMPLETED ---------------------

• Project created 

• Starter pack included and explained 

• General briefing provided 

• Main Terrain Script file created 

• BlockManagement class created 

BlockManagement class continued 

Destructible block script completed (One of the critical scripts of the game) 

Main Terrain script continued 

• Terrain object created in the editor 

• Hole drilling script created 

• Hole drilling script continued 

• Some parallel functions implemented 

• Interface defined 

• Cutting (Drilling) function implemented 

• Script operations continued 

• Parallel functions implemented 

• Testing of implemented operations performed 

• INITIAL TESTING COMPLETED SUCCESSFULLY... 

• Balls created 

• Default hole system created 

Object pooling system implemented 

• Terrain scaling 

• Affected areas of terrain scaling implemented 

Camera follow system implemented 

• Multiple terrain creation system implemented 

• All configurations and calculations completed 

Ball collection area position and settings in progress | Part 1 

• Ball collection area position and settings in progress | Part 2 

• Connected to GameManager general library 

• Messenger system revised and completed 

• Ball collection area position and settings in progress | Part 3 

• Ball collection pool positioned based on terrain locations 

• Terrain narrowing and alignment completed 

• Side boundary bars added 

• Side boundary bars positioned and scaled 

Terrain list created and Hole drilling system automated 

• New terrain list integrated 

• Various adjustments made 

• Various obstacles created 

• Explanation provided on what to consider when creating obstacles 

• Main menu created 

• Loading slider screen created 

• Memory management library created 

• UI panels created 

• Technical operations of UI buttons completed 

• Sound integration implemented 

• Sound on/off functionality added to settings menu 

Win and lose system explained and implemented 

• Backside drill-through error of UI elements fixed 

• Material settings of terrains adjusted 

• Level creation steps explained 

• Necessary settings demonstrated 

• Level designed 

• System related to balls implemented 

• Final test performed 

• Phone test performed 

• ALL PLANNED OPERATIONS SUCCESSFULLY COMPLETED