Describing the Code 23 6.1 The Deterministic Algorithm . . . . . . . . . . . . . . . . . . . . 23 6.2 Programs for Reinforcement Learning. . . . . . . . . . . . . . . . 24 6.2.1 Initialization . . . . . . . . . . . . . 35 6.2.6 Play.py . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38 6.3 Programs for Supervised Learning . . . . . . . . . . . . . . . . . 40 6.3.1 MakeData.py . . . . . . . . . . . . . . . . . . . . . . . 53 8.1.1 The naming of the programs in the graph . . . . . . . . . 53 8.1.2 The Settings Used by the Programs Running, and Other Relevant Information . . . . . . . . .

combined with high performance and a certain level of universality. Nim can be used to create programs for tiny microcontrollers, large desktop apps, and web applications. Most books about programming Nim’s standard library, which contains many useful functions and data types that we can use in our programs to solve common tasks like input and output operations, using the file system, or sorting data memory consumption of apps, avoids GC-generated delays, and may increase the performance of our programs. Additionally, ARC and ORC memory management should bring serious advantages for the creation and

combined with high performance and a certain level of universality. Nim can be used to create programs for tiny microcontrollers, large desktop apps, and web applications. Most books about programming Nim’s standard library, which contains many useful functions and data types that we can use in our programs to solve common tasks like input and output operations, using the file system, or sorting data memory consumption of apps, avoids GC-generated delays, and may increase the performance of our programs. Additionally, ARC and ORC memory management should bring serious advantages for the creation and

combined with high performance and a certain level of universality. Nim can be used to create programs for tiny microcontrollers, large desktop apps, and web applications. Most books about programming Nim’s standard library, which contains many useful functions and data types that we can use in our programs to solve common tasks like input and output operations, using the file system, or sort­ ing data memory consumption of apps, avoids GC-generated delays, and may increase the per­ 4 formance of our programs. Additionally, ARC and ORC memory management should bring serious advantages for the creation and

combined with high performance and a certain level of universality. Nim can be used to create programs for tiny microcontrollers, large desktop apps, and web applications. Most books about programming standard library, which con­ tains many useful functions and data types that we can use in our programs to solve common tasks like input and output operations, using the file system, or sorting data memory consumption of apps, avoids GC-generated delays, and may increase the perfor­ mance of our programs. Additionally, ARC and ORC memory management should bring serious advantages for the creation and

combined with high performance and a certain level of universality. Nim can be used to create programs for tiny microcontrollers, large desktop apps, and web applications. Most books about programming Nim’s standard library, which contains many useful functions and data types that we can use in our programs to solve common tasks like input and output operations, using the file system, or sort­ ing data memory consumption of apps, avoids GC-generated delays, and may increase the per­ 4 formance of our programs. Additionally, ARC and ORC memory management should bring serious advantages for the creation and

combined with high performance and a certain level of universality. Nim can be used to create programs for tiny microcontrollers, large desktop apps, and web applications. Most books about programming standard library, which con­ tains many useful functions and data types that we can use in our programs to solve common tasks like input and output operations, using the file system, or sorting data memory consumption of apps, avoids GC-generated delays, and may increase the perfor­ mance of our programs. Additionally, ARC and ORC memory management should bring serious advantages for the creation and

combined with high performance and a certain level of universality. Nim can be used to create programs for tiny microcontrollers, large desktop apps, and web applications. Most books about programming standard library, which con­ tains many useful functions and data types that we can use in our programs to solve common tasks like input and output operations, using the file system, or sorting data memory consumption of apps, avoids GC-generated delays, and may increase the perfor­ mance of our programs. Additionally, ARC and ORC memory management should bring serious advantages for the creation and

combined with high performance and a certain level of universality. Nim can be used to create programs for tiny microcontrollers, large desktop apps, and web applications. Most books about programming standard library, which con­ tains many useful functions and data types that we can use in our programs to solve common tasks like input and output operations, using the file system, or sorting data memory consumption of apps, avoids GC-generated delays, and may increase the perfor­ mance of our programs. Additionally, ARC and ORC memory management should bring serious advantages for the creation and

combined with high performance and a certain level of universality. Nim can be used to create programs for tiny microcontrollers, large desktop apps, and web applications. Most books about programming standard library, which con­ tains many useful functions and data types that we can use in our programs to solve common tasks like input and output operations, using the file system, or sorting data memory consumption of apps, avoids GC-generated delays, and may increase the perfor­ mance of our programs. Additionally, ARC and ORC memory management should bring serious advantages for the creation and