BCL (base class library) project cost calculation description language and compiling and executing method thereof

Abstract

A BCL (base class library) project cost calculation description language and a compiling and executing method thereof comprise three aspects of content: 1, the BCL project cost calculation description language which is implemented by designing an algebraic expression and extended operation expression structure, namely an EL (expected loss) expression, for descripting specific computational algorithm rules, as well as analyzing project cost computation requirements and determining other computational algorithm units except the EL expression; 2, a device for compiling and executing a BCL language, which comprises a BCL compiler device, a BCL script analysis device and a BCL executor device; and 3, one compiling and executing method of the BCL project cost calculation description language. According to the invention, a cost computation process can be restored really, and a user visually and conveniently browses content such as a generation process of cost, data sources and the like; and besides, the BCL script analysis device provides an interconversion function between a BCL object cluster and a BCL script file, so that multiple times of execution by one-time generation are realized, and the execution efficiency is effectively improved.

Description

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AI Technical Summary

Benefits of technology

This patented technology describes an improved way to calculate costs by calculating specific values based on previous calculations or comparing them against new ones. It also allows for more flexibility when compiling and executing calculi due to various computing techniques used during compile-run processing. Additionally, this system stores calculated results into nodes within a binary code structure called bclomatic trees instead of storing all inputted data together at once. Overall, these technical improvements make managing costs accurately and efficiently possible through computerized methods such as Java scripts.

Problems solved by technology

This technical problem addressed in this patented describes how calculating costs accurately when there are high volume of data involved (such as industrial production) without causing any issues such as accuracy concerns during computation processing. Existing computational languages lack sufficient detail on these challenges while also supporting advanced analysis techniques like multidimensional scaling.

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