阅读说明：本技术 一种数字化定位逻辑写字方法 (Digital positioning logic writing method ) 是由 杨朔平 于 2021-08-24 设计创作，主要内容包括：本发明公开了一种数字化定位逻辑写字方法,包括如下步骤：步骤一：通过软件生成数字化坐标字帖；步骤二：打印数字化坐标字帖；步骤三：标注数字化坐标字帖内字的起笔和收笔坐标；步骤四：依据汉字的笔顺,根据起笔坐标和收笔坐标进行数字量化逻辑书写。本发明采用数字化方式,用坐标点标识,非常直观的呈现了汉字的间架结构和定位参照,用汉字的重心点书写逻辑理论,彻底的改变了原有的书写没有标准规范,无法统一量化的弊病。用数字化点阵的方式从根本上解决了学习写字过程中,严重依赖线面、缺少明确参照物、写字路径不清晰、间架结构缺少规律性以及难以迅速实现脱格书写的几大难题。(The invention discloses a digital positioning logic writing method, which comprises the following steps: the method comprises the following steps: generating a digital coordinate copybook through software; step two: printing a digital coordinate copybook; step three: marking the starting and receiving coordinates of the characters in the digital coordinate copybook; step four: and according to the stroke order of the Chinese characters, performing digital quantitative logic writing according to the initial stroke coordinates and the final stroke coordinates. The invention adopts a digital mode and uses coordinate point identification to visually present the inter-frame structure and the positioning reference of the Chinese characters, and uses the gravity point writing logic theory of the Chinese characters to thoroughly change the defects that the original writing has no standard specification and can not be uniformly quantized. The digital dot matrix method fundamentally solves the problems of serious dependence on line and surface, lack of definite reference objects, unclear writing path, lack of regularity of a frame structure and difficulty in rapidly realizing off-grid writing in the process of learning and writing.)

1. A digital positioning logic writing method is characterized by comprising the following steps:

the method comprises the following steps: generating a digital coordinate copybook through software;

step two: printing a digital coordinate copybook;

step three: marking the starting and receiving coordinates of the characters in the digital coordinate copybook;

step four: and according to the stroke order of the Chinese characters, performing digital quantitative logic writing according to the initial stroke coordinates and the final stroke coordinates.

2. The method of claim 1, wherein the digital location logic writing method is characterized in that the digital coordinate copybook is a square outer frame, a coordinate axis is generated by dividing a central point of the square outer frame into 20 × 20 units by taking the central point as a reference point, and then the Chinese characters are placed in the coordinate axes from-8 to 8.

3. The method of claim 1, wherein the software generates the digitized coordinate copybook by:

step s 1: starting;

step s 2: defining the number of layers and the types of the layers;

step s 3: manually selecting and combining, wherein the number of each layer is at most one;

step s 4: manually inputting characters;

step s 5: adjusting the size of the character margin to obtain a character layer;

step s 6: newly building canvas, and copying and setting a background layer;

step s 7: copying and setting a character layer;

step s 8: judging whether the line segment exists, if so, copying and setting a line segment character layer, and then jumping to the step s9, otherwise, jumping to the step s 9;

step s 9: judging whether the coordinates exist, if so, copying a coordinate layer, and jumping to step s10, otherwise, jumping to step s 10;

step s 10: and (5) judging whether the manual work continues to input the characters, if so, jumping to the step s4, and if not, ending.

4. The digital positioning logic writing method according to claim 3, wherein the layer types include a background layer, a line segment layer, a center point layer, and a coordinate layer.

5. The digital positioning logic writing method according to claim 3, wherein the number of the layers is N, and N is a natural number.

Technical Field

The invention relates to a digital positioning logic writing method.

Background

The hard pen is used as a writing tool for Chinese characters, and has the advantages of small volume, convenient carrying, convenient writing, durability and the like. Especially in recent years, with the popularization and improvement of hard-tipped writing teaching, more and more people pay attention to the hard-tipped writing teaching. The existing calligraphy teaching is mainly guided by teachers in training classes, hard-tipped calligraphy teaching is carried out by hands, and clear reference objects, writing paths and a frame structure are lacked, so that calligraphy practicing is very slow and poor in effect.

Disclosure of Invention

The invention aims to overcome the defects in the prior art and provide a digital positioning logic writing method.

In order to achieve the purpose, the invention is realized by the following technical scheme:

a digital positioning logic writing method comprises the following steps:

the method comprises the following steps: generating a digital coordinate copybook through software;

step two: printing a digital coordinate copybook;

step three: marking the starting and receiving coordinates of the characters in the digital coordinate copybook;

step four: and according to the stroke order of the Chinese characters, performing digital quantitative logic writing according to the initial stroke coordinates and the final stroke coordinates.

Preferably, the digital coordinate copybook is provided with a square outer frame, a central point of the square outer frame is taken as a reference point, then the coordinate axes are generated in units of 20 × 20, and then the Chinese characters are put into the coordinate axes from-8 to 8.

Preferably, the software generates the digitized coordinate copybook by the steps of:

step s 1: starting;

step s 2: defining the number of layers and the types of the layers;

step s 3: manually selecting and combining, wherein the number of each layer is at most one;

step s 4: manually inputting characters;

step s 5: adjusting the size of the character margin to obtain a character layer;

step s 6: newly building canvas, and copying and setting a background layer;

step s 7: copying and setting a character layer;

step s 8: judging whether the line segment exists, if so, copying and setting a line segment character layer, and then jumping to the step s9, otherwise, jumping to the step s 9;

step s 9: judging whether the coordinates exist, if so, copying a coordinate layer, and jumping to step s10, otherwise, jumping to step s 10;

step s 10: and (5) judging whether the manual work continues to input the characters, if so, jumping to the step s4, and if not, ending.

Preferably, the layer types include a background layer, a line segment layer, a center point layer, and a coordinate layer.

Preferably, the number of the layers is N, where N is a natural number.

The invention has the following beneficial effects: the invention adopts a digital mode and uses coordinate point identification to visually present the inter-frame structure and the positioning reference of the Chinese characters, and uses the gravity point writing logic theory of the Chinese characters to thoroughly change the defects that the original writing has no standard specification and can not be uniformly quantized. The digital dot matrix method fundamentally solves the problems of serious dependence on line and surface, lack of definite reference objects, unclear writing path, lack of regularity of a frame structure and difficulty in rapidly realizing off-grid writing in the process of learning and writing.

Drawings

FIG. 1 is a flow chart of software generation of a digitized coordinate copybook;

FIG. 2 is a schematic diagram of a digitized coordinate copybook;

FIG. 3 is a schematic diagram of the coordinates of the start and the end of the stroke of the character in the digital coordinate copybook.

Detailed Description

The technical scheme of the invention is further explained by combining the attached drawings of the specification:

a digital positioning logic writing method comprises the following steps:

the method comprises the following steps: generating a digital coordinate copybook through software;

step two: printing a digital coordinate copybook;

step three: marking the starting and receiving coordinates of the characters in the digital coordinate copybook;

step four: and according to the stroke order of the Chinese characters, performing digital quantitative logic writing according to the initial stroke coordinates and the final stroke coordinates.

The digital coordinate copybook is provided with a square outer frame, the central point of the square outer frame is taken as a reference point, the square outer frame is divided into 20-20 units equally to generate coordinate axes, and then the Chinese characters are put into the coordinate axes from-8 to 8.

As shown in fig. 1, the software generates the digitized coordinate copybook as follows:

step s 1: starting;

step s 2: defining the number N of layers and the types of the layers, wherein the types of the layers comprise a background layer, a line segment layer, a central point layer and a coordinate layer;

step s 3: manually selecting and combining, wherein the number of each layer is at most one;

step s 4: manually inputting characters;

step s 5: adjusting the size of the character margin to obtain a character layer;

step s 6: newly building canvas, and copying and setting a background layer;

step s 7: copying and setting a character layer;

step s 8: judging whether the line segment exists, if so, copying and setting a line segment character layer, and then jumping to the step s9, otherwise, jumping to the step s 9;

step s 9: judging whether the coordinates exist, if so, copying a coordinate layer, and jumping to step s10, otherwise, jumping to step s 10;

step s 10: and (5) judging whether the manual work continues to input the characters, if so, jumping to the step s4, and if not, ending.

The invention generates a square outer frame with a certain pixel proportion, generates coordinate axes in units of 20 × 20 by taking the central point of the outer frame as a reference, then generates coordinate axes in units of 16 × 16, puts 2 ten thousand standard Chinese characters into coordinate axes from-8 to 8, sums up 289 coordinate systems of points to form the actual writing area of the Chinese characters, after a background coordinate system pattern is built, applies the technology to input the standard template characters into the module according to the coincidence of the gravity center point of the Chinese characters and the central point of the writing area, and determines the standard range of the whole character according to the stroke order, the initial stroke, the final stroke and the frame structure.

According to the position of the coordinate point, the generated starting coordinate point and the ending coordinate point can be written according to digital quantization according to the stroke order of the Chinese character, the positioning of the space structure of the whole character is simply and intuitively understood, the space structure of the whole character is exemplified by the permanent character, the digital coordinate copybook of the permanent character is generated through software as shown in figure 2, the digital coordinate copybook is printed, then the starting and ending coordinates of the character in the digital coordinate copybook are marked manually as shown in figure 3, the starting point of (-1.6), the ending point of the lower right (1.4), the starting pen of the transverse folding hook (-3.2), the ending pen of the transverse falling hook (-0.3), the starting pen of the transverse falling left (-6-1), the ending pen of the (-2.0), the ending pen of the transverse falling left (-6-5), the starting pen of the falling left-falling left (4.3), the ending pen of the 1.0, the ending pen of the falling right falling left (0.1), (7.-4) receiving the pen.

The invention adopts a digital mode and uses coordinate point identification to visually present the positioning reference of the Chinese character trellis structure, and uses the Chinese character gravity point writing logic theory to thoroughly change the defects that the original writing has no standard specification and can not be uniformly quantized. The digital dot matrix method fundamentally solves the problems of serious dependence on line and surface, lack of definite reference objects, unclear writing path, lack of regularity of a frame structure and difficulty in rapidly realizing off-grid writing in the process of learning and writing. The invention fundamentally solves the problems of logicality and methodology of writing Chinese characters.

It should be noted that the above list is only one specific embodiment of the present invention. It is clear that the invention is not limited to the embodiments described above, but that many variations are possible, all of which can be derived or suggested directly from the disclosure of the invention by a person skilled in the art, and are considered to be within the scope of the invention.