无产阶级文化大革命以来,广大数学工作者在数学应用于生产实践和科学实验的过程中,与工农结合,改造了数学的某些领域。他们运用图象化、表格化、直观化的形式通俗地描述某些数学理论的基本方法,运用唯物辩证法深刻地揭露事物的本质,使数学的某些理论开始从数学家的课堂里解放出来,这是无产阶级文化大革命中数学理论战线上涌现出来的新生事物。实践证明,这些被改造了的数学领域极易为广大群众所掌握。譬如目前在许多省市已普及优选法、正交试验法、统筹方法等。广大工人、贫下中农与革命知识分子一起高举党的基本路线和社会主义建设总路线的旗帜,广泛采用这些方法大搞科学试验,大搞技术革新,改 Since the Great Proletarian Cultural Revolution, the majority of mathematics workers have combined with workers and peasants in the process of applying mathematics to production practice and scientific experiment, and have reformed some areas of mathematics. They use the form of visualization, tabulation and visualization to describe the basic methods of some mathematical theories in a general way. They use the materialist dialectics to profoundly expose the essence of things and make certain theories of mathematics begin to be liberated from mathematicians’ classrooms. This is a new-born thing emerging from the mathematical theoretical front in the Great Proletarian Cultural Revolution. Practice has proved that these math fields that have been remodeled can easily be mastered by the masses. For example, in many provinces and cities at present have popularized the optimization method, orthogonal test method, co-ordination methods. The broad masses of workers, the poor middle peasants, and revolutionary intellectuals held together the banner of the party’s basic line and the general line for the building of socialism. They extensively used these methods to conduct scientific experiments and devote major efforts to technological innovation and reform