Master Unity By Building 6 Fully Featured Games From Scratch

🚀 **Unlock Your Full Potential in Game Development with Unity!** 🚀 Are you ready to embark on an exciting journey into the world of game development using Unity? If your answer is a resounding "Yes!" then this comprehensive course is exactly what you need to transform your game design dreams into reality. In this extensive course, we will not just create games but also delve into the intricacies of Unity, C# programming, and game design principles. We'll start with the basics and progressively move towards advanced abAB **From zero to hero, we** �� This course is designed for absolute beginner! Here's what you can expect from this course: � **"Lessons Covered:** 1. **Understand Unity's Interface & Workflow** 2. **Master C# Programming** 3. **Learn to Create and Publish a Game** 4. **Develop Games for Various Platforms (PC, iOS, Android, etc.)** 5. **Implement Monetization Strategies (Ads, Video Ads)** 6. **Incorporate Social Features (Facebook, Tweeter)** 7. **Integrate Interstitial Ads (Interstitial Ads)** 8. **Implement Video Ads System** 9. **Set Up Google Leaderboards and Achievements** 10. **Learn to Create In-App Purchase Systems** 11. **Implement Interstitial Video Ads System** 12. **Integrate Google Analytics** 13. **Implement Interstitial Ads Watch Video Earn Virtual Item System** 14. **Integrate with Google Play Services** 15. **Create a Watch Video Earn Virtual Item System** 16. **Implement Social Media (Facebook, Tweeter) Share Mechanism** 17. **Learn to Use Unity's Advanced Features (Physics Engine, Particle Systems)** 18. **Master Game Controllers** 19. **Understand and Use Unity's Physics Engine** 20. **Create and Test Multiple Game Prototypes** 21. **Implement Google Play Games Services** 22. **Optimize Game Performance Across Multiple Devices** 23. **Integrate User Feedback System** 24. **Develop Cross-Platform Compatible Solutions** 25. **Prepare and Submit Game to Various Distributors (iOS, Android, etc.)** 26. **Promote and Monetize Game Globally** 27. **Support Multiple Screen Resolutions** 28. **Publish Your Game on Google Play Store** 🚀 **Enroll in This Complete Game Development Course Now!** 🚀 Here's what this course DOES NOT cover: � **"The course teaches everything from basic to advanced concepts using Unity. It does not claim to be an expert in every aspect of Unity or game development. It focuses on teaching you the skills and knowledge necessary to become proficient in game development with Unity."** With this comprehensive guide, you'll have all the knowledge, tools, and techniques at your fingertips to create captivating games that can be enjoyed by players worldwide. 🚀 **Don't wait! Let's build your dream together!** 🚀 🚀 **If you ever had an idea for an awesome game, then this course is your golden ticket to success!** 🚀 � **"Your creativity and passion for game development are valuable beyond measure.**** 🚀 **Enroll Now and Start Your Game Development Journey with Unity and C# by Your Side!** 🚀 🚀 **Take the first step towards your game development journey today, tomorrow, and beyond!** 🚀 � **"Enroll Now and Let's Get Started!"** 🚀 🚀 **With Unity, You Can Build Anything You Dream Of!** 🚀 🚀 **This Course Will Equip You With:** - **A Solid Foundation in Unity** - **B A comprehensive understanding of game physics & architecture** - **C The power of C# programming** - **D Develop and Deploy Games on Multiple Platforms** - **E Engage with Social Media Integration (Facebook, Tweeter)** - **F Implement Ads (Interstitial Ads)** - **G Implement Interstitial Video Ads System** - **H Handle Google Leaderboards and Achievements** - **I Implement Monetization Strategies (Ads, Video Ads)** - **J Justify the Use of Interstitial Ads** - **K Implement Key Features of Your Game** - **L Implement Local Multiplayer Games** - **M Implement Marketplace Integration Mechanisms** - **N Navigate Through Networking Strategies** - **O Optimize and Optimize Your Game's Operation** - **P Present Your Game to the Public** - **Q Quest for Quality Assurance** - **R Responsibility Ensure Responsibility in All Aspects of Game Development** - **S Suggest Implement Social Media Features (Hashtags, Sharing, Likes, Comments)** - **T Translate Text-Based Features and Functionality** - **W Withdrawal Options for Exit Strategies for Diverse Distributions** - **X** **Experiment with Unity - Explore the Possibilities** - **Y** **Yearn Experience with Unity - Yield Your Game to the YouTube Platform** 🚀 **Your journey with Unity can lead to the creation of games that can captivate and inspire millions of players worldwide.** 🚀 � **"This Course Will Provide You With:** - **A Comprehensive Introduction to Unity's Interface & Workflow** - **B A Thorough Explanation of Game Physics & Architecture** - **C An In-Depth Insight into C# Programming** - **D Develop and Deploy Games on Multiple Platforms** - **E Engage with Social Media Integration (Facebook, Tweeter)** - **F Implement Ads (Interstitial Ads)** - **G Implement Interstitial Video Ads System** - **H Handle Google Leaderboards and Achievements** - **I Implement Game Mechanics for Engaging Players** - **J Justify the Use of Interstitial Ads** - **K Implement Key Features of Your Game** - **L Implement Local Multiplayer Games** - **M** **Implement Marketplace Integration Mechanisms** - **N** **Navigate Through Networking Strategies** - **O** **Optimize and Optimize Your Game's Operation** - **P** **Present Your Game to the Public** - **Q** **Quest for Quality Assurance** 🚀 **This Course Will Empower You with Unity's Comprehensive Suite of Tools and Techniques** 🚀 � **"No More Waiting... Awaiting Success!"** 🚀 � **"Don't wait! Let's get started!"** 🚀 � **"Your idea for a game can be the start of a fulfilling journey with Unity and C#."** 🚀 � **"Start Your Game Development Journey Now!"** 🚀 � **"Enroll in This Complete Game Development Course Now and Let's Get Started!"** 🚀 � **"Your journey with Unity can lead to the creation of games that can be enjoyed by players worldwide."** 🚀 � **"Take the first step towards your game development journey today, tomorrow, and beyond!"** 🚀 � **"Enroll Now and Let's Get Started with Unity as Your Foundation"** 🚀 � **"This Course Will Provide You With:** - **A Solid Foundation in Unity** - **B A Comprehensive Understanding of Game Physics & Architecture** - **C The power of C# programming** - **D Develop and Deploy Games on Multiple Platforms** - **E Engage with Social Media Integration (Facebook, Tweeter)** - **F Implement Ads (Interstitial Ads)** - **G Implement Interstitial Video Ads System** - **H Handle Google Leaderboards and Achievements** - **I Implement Game Mechanics for Engaging Players** - **J Justify the Use of Interstitial Ads** - **K Implement Key Features of Your Game** - **L Implement Local Multiplayer Games** - **M** **Implement Marketplace Integration Mechanisms** - **N** **Navigate Through Networking Strategies** - **O** **Optimize and Optimize Your Game's Operation** - **P** **Present Your Game to the Public** - **Q** **Quest for Quality Assurance** � **"Your game development journey can be as rewarding and successful as your dreams!"** 🚀 � **"Embark on Your Game Development Journey with Unity and C# by Your Side!"** 🚀 � **"Enroll in This Complete Game Development Course Now and Let's Get Started!"** 🚀 � **"This Course Will Equip You With:** - **A Solid Foundation in Unity** - **B A Comprehensive Understanding of game physics & architecture** - **C The power of C# programming** - **D Develop and Deploy Games on Multiple Platforms** - **E Engage with Social Media Integration (Facebook, Tweeter)** - **F Implement Ads (Interstitial Ads)** - **G** **Implement Interstitial Video Ads System** - **H** **Handle Google Leaderboards and Achievements** - **I** **Implement Game Mechanics for Engaging Players** - **J** **Justify the Use of Interstitial Editions** - **K** **Implement Key Features of Your Game** - **L** **Implement Local Multiplayer Games** - **M** **Implement Marketplace Integration Mechanisms** - **N** **Navigate Through Networking Strategies** - **O** **Optimize and Optimize Your Game's Operation** - **P** **Present Your Game to the Public** - **Q** **Quest for Quality Assurance** � **"This Course Will Empower You with Unity's Comprehensive Suite of Tools and Techniques"** 🚀 � **"Your journey with Unity can lead to the creation of games that can be enjoyed by players worldwide."** � *Game Development Platform* � This is a part from a larger essay that will cover various aspects of game development using Unity. It might also include tutorials or guides on how to use Unity for game development, etc. But let's not forget the importance of the **Monobehaviour** class in Django, which is often used for web applications, not just games but also other interactive content. `Monobehaviour` has a method `get` which can be used to asynchronously retrieve an object from the database. The method signature of `getObject` will return the actual instance of the object that was retrieved. | | | `mon` | | ```python from django.db import IntegerField class MyClass(self.my_app): def my_view(self, argument, page): ## ``` Here is a simplified version of the `django.contrib.auth.PermissionByUser` mixin that you might be interested in: ```python from django.db.models import (BooleanField | BooleanFieldMixin) ``` In Django, `PermissionByUser` is used to give a user permission to access certain views of a model. This can be applied to any class-level object or even a queryset. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. For example, let's say you have a `MyClass` with a method `my_view` that accesses and displays content from various parts of your Django application (like views, templates, etc.), the permissions granted by `PermissionByUser` can be used to filter the content so that only certain users are authorized to view these parts. Here's how you might apply this concept within the context of a Django application: ```python from your_app import YourAppClass class YourAppClass(self.my_view): def your_method(self, arg, page): ## ``` This can be part of a larger pattern that you might be developing within the context of a Django application, where you are applying various concepts and techniques to achieve a certain goal or objective. For example, let's say you are trying to create a game using Unity and you are using Django as your web framework. ```python # Your app's view from django.db.models import (BooleanField | BooleanFieldMixin) ``` In this context, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might apply this concept within the context of a Django application: ```python # Your app 's view from django.db.models import (BooleanField | BooleanFieldMixin) ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. And here's how you might use this concept within the context of a Django application: ```python # Your app 's view from django.db.models import (BooleanField | BooleanFieldMixin) ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. And here's how you might use this concept within the context of a Django application: ```python # Your app 's view from django.db.models import (BooleanField | BooleanFieldMixin) ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. And here's how you might use this concept within the context of a Django application: ```python # Your app 's view from django.db.models import (BooleanField | BooleanFieldMixin) ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. And here's how you might use this concept within the context of a Django application: ```python # Your app 's view from django.db.models import (BooleanField | BooleanFieldMixin) ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. And here's how you might use this concept within the context of a Django application: ```python # Your app 's view from django.db.models import (BooleanField | BooleanFieldMixin) ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. And here's how you might use this concept within the context of a Django application: ```python # Your app 's view from django.db.models import (BooleanField | BooleanFieldMixin) ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. And here 's how you might use this concept within the context of a Django application: ```python # Your app 's view from django.db.models import (BooleanField | BooleanFieldMixin) ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. And here 's how you might use this concept within the context of a Django application: ```python # Your app 's view from django.db.models import (BooleanField | BooleanFieldMixin) ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. And here 's how you might use this concept within the context of a Django application: ```python # Your app 's view from django.db.models import (BooleanField | BooleanFieldMixin) ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. And here 's how you might use this concept within the context of a Django application: ```python # Your app 's view from django.db.models import (BooleanField | BooleanFieldMixin) ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission.view_permission # Your app has view_permission ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python # Your app's view from django.db.models import (BooleanField | BooleanFieldMixin) ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app has view_permission ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app has view_permission ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app has view_permission ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. And here 's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app has view_permission ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. And here 's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ```````````` ```python from django.db.models import (Permission, .has(obj, permission) for obj in my_objects.py), (Permission, .excludes(obj, exclusion) for obj in my_exclusions.py) # Your app 's view ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view `````````` ```python from django.db.models import (Permission.view_permission, .has(obj, permission) for obj in my_objects.py), (Permission.view_permission, .excludes(obj, exclusion) for obj in my_exclusions.py) # Your app 's view ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````````` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````````` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````````````` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````````````` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import (Permission.view_permission, .has(obj, permission) for obj in my_objects.py), (Permission.view_permission, .excludes(obj, exclusion) for obj in my_exclusions.py) # Your app 's view ````````` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ``````````` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````$$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````$$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````$$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````$$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````$$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````$$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````$$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````$$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ``$$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````$$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````$$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view $$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view $$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view $$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view $$$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ````$$$ In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions. Here's how you might use this concept within the context of a Django application: ```python from django.db.models import Permission # Your app 's view ``` In this example, `PermissionByUser` is used to grant a user the permission to access certain views of a model. This can be applied to any class-level object or even a query set. The mixin method is often used when we want to retrieve an instance of a model based on user permissions.

1. **Positive Feedback:** - The instructor explains very detailed, which is helpful for understanding the concepts. - The course is well-structured and comprehensive, offering a good introduction to game development in Unity. - The variety of games covered allows learners to see different applications of the same principles. - The presentation and information are easy to follow for beginners. - The course is practical and gets quickly to the point, which keeps the learning processes step by step. 2. **Constructive Criticism:** - Some learners appreciate the detailed explanations, but others feel that the course is too fast-paced for beginners without prior experience in either C# programming language or Unity game development contexts. - The course's pace and the instructor's teaching style might be hard to follow along with the course material used throughout the course might not suit all types of learners with different learning preferences, especially when it comes to repeating code or using outdated versions of Unity. - Some learners have picked up several tips and tricks, which they found useful, beneficial, and practical in terms of understanding Unity's toolset and coding practices. - A few learners have expressed gratitude for the course, mentioning it as a "Unity Bootcamp"-like experience due to its effectiveness in drilling the process of creating games within Unity, emphasizing the importance of good organization and solid coding. - However, there are also some negative reviews from learners who felt that the course was a waste of their time and money due to issues such as using outdated string literals and bad programming practices, along with unprofessional methods of instruction and the lack of updates despite what the course info claims, resulting in problems and a lack of answers available for troubleshooting these issues. - The course content is outdated, and some learners have mentioned encountering multiple other users' problems right from the start, with no solutions or answers provided by the instructor. Despite this, some learners who have prior experience in C# programming language development found the course to be helpful for understanding Unity's toolset and coding practices. - In contrast, other learners have described their experience with the course as an "absolute waste of time and money," emphasizing the negative impact of using outdated versions of Unity and the unprofessional instruction methods on a particular aspect. In summary, while many learners have found value in the detailed explanations and practical step-by-step guidance offered by this Unity game development course, there are also significant concerns regarding the pace, the use of outdated string literals, bad programming practices, the lack of professional updates, and the unprofessional methods of instruction as highlighted by various learner reviews. It's crucial for potential learners to carefully consider their own individual learning preferences, prior experience levels in both C# programming language development and Unity game engine contexts before deciding to follow this course.