What is it about?
In this paper, the problems of particle spacing in geometric space are analyzed geometrically. Only this problem is put forward in geometric space as "grid theorem". According to the theorem, draw a plane geometric map of two adjacent particles in the geometric space, and let its two particles plan in the map. Second, draw the diagonal bisector of each diagonal on the basis of the plane geometry, and obtain the diagonal center point. Moreover, the center point of the same diagonal is divided into the secondary center point of the line based on a direction, and then the rule is summarized and analyzed according to the results of the respective spacing, and a feasible rule expression is obtained, and the calculation and evaluation of this rule expression are expanded.
Featured Image
Photo by Vincent Botta on Unsplash
Why is it important?
Existing problems: how to solve the problem of segmentation and re-centralization of particle spacing in geometric space.
Perspectives
The use and promotion of grid theorem under specific conditions not only summarizes the feasible expression in the grid of plane geometric space and can be used simply, but also reflects the significance of reconstructing the knowledge of grid theorem of plane geometric space. Although the expression given by the grid theorem has specific limitations and cannot solve the comprehensive problem of the particle position and distance of all sides in the space grid, it can be said that it is at least a basic expression set according to its laws on the plane geometric space grid. In short, it is a further understanding of the original space grid theorem, and also the initial expression of laws.
Grid theorem: Expression Derived from Quadratic Division of Grid of Geometric Space by Diagonal Central Logic Guoxian Wang Guo Wang
Read the Original
This page is a summary of: Grid theorem: Expression Derived from Quadratic Division of Grid of Geometric Space by Diagonal Central Logic, October 2022, ACM (Association for Computing Machinery),
DOI: 10.1145/3575828.3575835.
You can read the full text:
Resources
Non Linear Relation: the Design of Deriving Physical Equations and Distributing Them with 3D Modeling
In this paper, the physical equation is used to derive the formula and then explore. It is found that there is a certain relationship between the formula and the solution value, and the three-dimensional space can be used to distribute them to design the structure diagram, so as to model to express the nonlinear relationship between them. Its innovation lies in that on the basis of the three-dimensional relationship, it is supposed to design a "three-dimensional" columnar object to establish the relationship between the distribution of their affiliations, so as to promote the establishment of physical equations in the three-dimensional spatial relationship method, and strengthen the understanding of physical equations so that they can be better used.
Mao Sui's Self-Recommendation Method: to Expand the Debate on People's Acceptance Degree, Cognitive Level and Law of Psychological Activities in Specific Situations
“MAO Sui self-recommendation method” is a kind of education method that makes people self-rise, which can effectively further improve their subjective initiative. After investigation and discovery, this method is related to personal acceptance, personal cognitive level and personal psychological activities.This article is based on MAO Sui's self-recommendation method to debate the acceptance degree, cognitive level, psychological activity law and other factors in a certain range, as well as a series of research and analysis of these three factors can indirectly affect the relevant factors, and finally summarized.
Contributors
The following have contributed to this page
