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Since the advent of LISP, the fifth generation programming language hasdeveloped for decades. However, compared with the fourth generation programminglanguage, the fifth generation programming language has not been widely usedbecause of its obscure semantics, rigorous representation of problems, andlimited inference ability. For this reason, COOL (Constraint and Object OrderedLanguage), a fifth generation programming language proposed in this paper,overcomes the problems of intuitive semantics, rigorous restrictions onhandling problem conditions, and improves the inference ability of previousfifth generation programming languages. Specific improvements are as follows:First, COOL supports process-oriented and object-oriented for easy applicationin production projects; Second, COOL supports expression as functiondeclaration and function return, which improves language affinity formathematical formulas, and supports embedding function parameters into functionname strings to make function naming closer to natural languages. Makemathematical problems easier to describe; Third, COOL introduces a weightingmechanism and accelerates the inference process through cumulative weighting.Fourth, COOL introduces the concepts of forward and reverse functions inprogramming so that computers can infer and execute problems with logicalsequential constraints. Fifth, the computer can deduce the reverse solutionprocess by using the forward solution process through the back-trackingalgorithm and the dynamic programming algorithm, so that the computer candeduce the problem with time-sequential constraints. Sixth, the pre-executionstep is introduced to separate the inference and function query process of theprogram from the execution process, so as to improve the execution speed of theprogram.

A Constraint and Object Oriented Fifth Generation Programming Language and its Compiler and Runtime System