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Matrix Particle Programming

#矩阵#颗粒#编程14
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The article discusses a method called "Matrix Particle Programming" by Wang Jiaocheng, which addresses the limitations of AI programming due to small context sizes that hinder the ability to remember and generate complete software project code. The proposed solution involves breaking down software projects into smaller, manageable components (or "particles") that fit within the AI's context limits. These components are organized in a two-dimensional matrix with 10 rows and 12 columns, resulting in 120 distinct particles. The rows represent different server and client components, while the columns denote various layers of the software architecture, from business ecosystem to atomic operations. The author critiques existing AI IDEs for attempting to fit entire projects into a single context, which complicates the process and often leads to subpar results. Instead, the matrix particle method allows for a more straightforward programming approach, enabling users to leverage free AI tools effectively without the complexities of traditional methods.

Matrix Particle Programming — Author: Wang Jiaocheng

Artificial intelligence programming is mainly limited by the context being too small to remember the complete code of software projects within the memory cycle. Once it exceeds the memory cycle, obtaining subsequent code will become chaotic.

The solution is to break down a software project into smaller parts, to a granularity that allows artificial intelligence to provide the complete code for that granularity within the limited context and memory cycle. Then, the complete code of each broken-down part can be integrated into the complete software project code by humans or artificial intelligence.

The one-dimensional linear hierarchical granularity is still too large for artificial intelligence, so a two-dimensional matrix block granularity is used, with a 10-row by 12-column matrix block, totaling 120 particles:

Rows:
Server Database
Server Entity
Server Repository
Server Service
Server Controller
Client Data Source (Android)
Client Repository (Android)
Client UseCase (Android)
Client ViewModel (Android)
Client UI Layer (Android)

Columns:
L0 Business Ecosystem Layer
L1 System Layer
L2 Subsystem Layer
L3 Security Architecture Layer
L4 Module Layer
L5 Package Structure Layer
L6 Class and Interface Layer
L7 Method Layer
L8 Code Block Layer
L9 Statement Layer
L10 Expression Layer
L11 Atomic Operation Layer

All AI IDEs attempt to place all the code of the entire software project within a single context. Various agents creating calls actually disrupt the context, and the implementation methods become very complex with unsatisfactory results, requiring users to pay for their complicated implementation work.

In fact, it is entirely possible to abandon the attempt to place all the code of the entire software project within a single context, as well as the context disruption method of agent creation calls, and directly adopt the matrix particle programming method, which can be achieved by anyone using a free artificial intelligence main dialogue box.

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