In this chapter, we will cover:
- Creating a basic material with Standard Shader(Specular setup)
- Adapting a basic material from Specular setup to Metallic
- Applying Normal maps to a Material
- Adding Transparency and Emission maps to a material
- Jan 19 Sun 2020 15:49
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Unity 2018 - Ch5 - Creating Textures, Maps, and Materials
- Dec 19 Thu 2019 15:42
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Unity 2018 AI - Ch1 - Behaviors - Intelligent Movemen
In this chapter, we will develop AI algorithms for movement by covering the following recipes:
- Creating the behaviors template
- Pursuing and evading
- Adjusting the agent for physics
- Arriving and leaving
- Dec 08 Sun 2019 19:56
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C# - Ch3 - Delegates
A delegate is an object that knows how to call a method.
A delegate type defines the method’s return type and its parameter types.
The following defines a delegate type called Transformer:
delegate int Transformer (int x );
Transformer is compatible with any method with an int return type and a single int parameter, such as this:
- Dec 08 Sun 2019 19:53
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C# - Ch4 - Advanced C#
In this chapter, we cover advanced C# topics that build on concepts explored in Chapters 2 and 3.
You should read the first four sections sequentially; you can read the remaining sections in any order.
Delegates
- Dec 03 Tue 2019 14:31
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C# - Ch3 - Generics
Generics
C# has two separate mechanisms for writing code that is reusable across different types: inheritance and generics.
Whereas inheritance expresses reusability with a base type.
Generics, when compared to inheritance, can increase type safety and reduce casting and boxing.
C# generics and C++ templates are similar concepts, but they work differently.
- Dec 03 Tue 2019 14:17
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C# - Ch3 - Nested Types
Nested Types
A nested type is declared within the scope of another type.
For example:
public class TopLevel
{
- Dec 03 Tue 2019 02:04
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C# - Ch3 - Enums
Enums
An enum is a special value type that lets you specify a group of named numeric constants.
For example:
public enum BorderSide{ Left, Right, Top, Bottom }
We can use this enum types as follows:
- Nov 29 Fri 2019 22:36
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C# - Ch3 - Interfaces
Interfaces
An interface is similar to a class, but it provides a specification rather than an implementation for its members.
An interface is special in the following ways:
- Interface members are all implicitly abstract.
In contrast, a class can provide both abstract members and concrete members with implementations.
- Nov 29 Fri 2019 20:43
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C# - Ch3 - Structs
A struct is similar to a class, with the following key differences:
A struct is a value type, whereas a class is a reference type.
A struct does not support inheritance (other than implicitly deriving from object, or more precisely, System.ValueType).
A struct can have all the members a class can, except the following:
A parameterless constructor
- Nov 27 Wed 2019 13:44
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C# - Ch3 - The object Type
The object Type
object(System.Object) is the ultimate base class for all types.
Any type can be upcast to object.
To illustrate how is useful, consider a general-purpose stack.
A stack is a data structure based on the principle of LIFO - "Last In First Out."
- Nov 25 Mon 2019 12:53
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C# - Ch3 - Inheritance
Inheritance
A class can inherit from another class or extend or customize the original class.
Inheriting from a class lets you reuse the functionality in that class instead of building it from scratch.
A class can inherit from only a single class, but can itself be inherited by many classes, thus forming a class hierarchy.
In this example, we start by defining a class called Asset:
- Nov 23 Sat 2019 19:29
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C# - Ch2 - A First C# Program
A First C# Program
Here is a program that multiplies 12 by 30 and prints the result, 360, to the screen.
The double forward slash indicates that the remainder of a line is a comment.
using System; // importing namespace
class Test // class declaration
