Line building positioning system and method for assisting calligraphy practicer in quickly mastering Chinese character structure

Abstract

The invention discloses a line building positioning system and method for assisting a calligraphy practicer in quickly mastering a Chinese character structure, and relates to the technical field of improving the calligraphy practicing speed and accuracy according to a copybook. The system comprises a work preparation module and a line building module, wherein the work preparation module comprises an identification and screening sub-module, a detection sub-module and a line building tool library sub-module; the line building module comprises a vertical equidistant line building sub-module and a transverse equidistant line building sub-module. According to the invention, a calligraphy practicer can be assisted to more intuitively and accurately master the positioning of each stroke of a Chinese character relative to other strokes so as to master the structure of the Chinese character, so that the calligraphy practicer can be assisted to really practice characters on the premise of saving time.

Description

Technical Field

[0001] The present invention relates to the technical field of systems for assisting Chinese character writing training, and in particular to a line-building and positioning system and method for assisting a practitioner in quickly mastering the structure of Chinese characters. Background Art

[0002] At present, calligraphy practice is mainly achieved by copying calligraphy and using various grids. However, this traditional method is not effective in achieving the goal of truly practicing Chinese character structure. It mainly relies on the user's own copying ability and the use of various grids to provide prompts and specifications for the structural features of Chinese characters to assist the practitioner in improving the font writing effect. It does not find the core reason why users cannot practice Chinese character structure well and provide intuitive and effective solutions. It also does not help the practitioner to develop the ability to complete beautiful writing without relying on any grids. Therefore, there has always been a misunderstanding that practicing calligraphy takes a very long time. Undoubtedly, such a solution will cause a huge waste of time.

[0003] What is the key to mastering Chinese character structure?

[0004] The key to mastering the structure of Chinese characters is to understand the standard of practicing Chinese character structure well, so that we can solve the problem according to the standard. In fact, the real standard is to write the structure of the character beautifully on a white paper without relying on any grid. There are two pieces of information here, on a white paper without any reliance and to write the structure of the character beautifully. In the Tianzi grid, Mizi grid, Huigong grid or other grids we have used before, when writing in the grid, we have to rely on the lines in the grid to write the characters beautifully. Once we leave the lines in these grids and write on white paper and exercise books, the original shape is often exposed. Therefore, the real standard for practicing Chinese characters must not be measured by the characters written in the grid, but by the characters written on white paper without any support. This is the standard we really need to practice characters.

[0005] To really write a Chinese character on white paper without relying on grid lines, the practitioner can pick up a pen and write on white paper. You will find that when the practitioner determines the position of the first stroke on the white paper, the second stroke will refer to the position and length of the first stroke, and the third stroke will refer to the position and length of the first two strokes until the entire word is completed. In other words, to complete a word, it is ultimately necessary to rely on the reference relationship between the strokes of the Chinese character. On this basis, if you want to write the structure of the word beautifully, you must build the strokes of the Chinese character on white paper according to the reference relationship between the strokes in the beautiful Chinese character structure. In other words, mastering the reference relationship between the strokes of the beautiful Chinese character structure itself is the key to truly solving the structural problem.

[0006] The psychological trajectory of practitioners when practicing calligraphy according to model characters is like this. When we write the first stroke of the model character on a piece of white paper, we will visually estimate the second stroke of the model character, how far away from the first stroke it will be, where it will start, in which direction it will be written, how long it will be and where it will end. Then we complete the writing of the second stroke on the white paper. This also includes where there may be bends and crosses. When writing the third stroke, we will use the same psychological trajectory to refer to the first two strokes to complete the writing on the white paper. Similarly, the fourth stroke will refer to the first three strokes until the entire character is completed. That is to say, in order to complete a structure as beautiful as the sample characters on a white paper without any dependencies according to the structure of the sample characters, we need to master the starting point, ending point, writing direction, stroke length, stroke spacing, stroke turning point and stroke intersection of each stroke of the sample characters. The length of each stroke and the stroke spacing determine the positions of the starting point, ending point, stroke turning point and stroke intersection of each stroke. Therefore, under the premise that the strokes of the sample characters are positioned relative to each other, accurately mastering the length of each stroke relative to other strokes and the spacing with other strokes is the key point to practice the structure of Chinese characters according to the sample characters.

[0007] Compared with the key points of practicing Chinese character structure, the existing various boundary grid calligraphy practice methods have the following obvious defects in use:

[0008] 1. Various methods of practicing Chinese characters in grids have not clearly identified the key points of practicing Chinese character structure, nor have they found corresponding solutions.

[0009] 2. The structure is single and fixed, and there is no way to provide a more intuitive and easy-to-grasp positioning for each complex and changeable Chinese character structure in a tailor-made way;

[0010] 3. There is an additional step of "breaking the frame";

[0011] 4. It takes too long and the efficiency is extremely low.

[0012] Moreover, the design positioning of various grids cannot effectively assist the calligrapher to grasp the length and stroke spacing of each stroke of each Chinese character. The specific technical defects are as follows:

[0013] ① Regardless of which type of grid, more emphasis is placed on using the grid to present the structural features of Chinese characters, with the goal of helping calligraphers write Chinese characters with structural features, but without clearly refining the key points of practicing Chinese character structure, nor is it intended to help calligraphers master the relationship between the strokes of each Chinese character. Structural features such as "the left-right structure should be written with the left small and the right large, the left contracted and the right released" are relatively general, whether read from Chinese characters in various grids or written in various grids. How small is the left and how big is the right? This is like when Westerners think of adding salt to Chinese food, they cannot understand how little salt "a little salt" means. Therefore, even if the grid is used to reflect the structural features of Chinese characters, it is quite difficult to truly master the degree because it cannot be quantified and there is no more specific standard. Such ambiguity makes it difficult to help calligraphers achieve their goals effectively. From this perspective, the use of various grids neither effectively assists calligraphy practitioners in mastering the structural features of Chinese characters, nor does it focus on assisting calligraphy practitioners in mastering the specific positioning of the strokes. Therefore, the use of various grids to practice calligraphy does not really help achieve this goal.

[0014] ② The structure of various grids is single and fixed, and there is no way to provide a more intuitive and easy-to-grasp positioning for each complex and changeable Chinese character structure in a tailor-made way. This is equivalent to using one key to open 10,000 locks, and this only key is not used to grasp the mutual positioning relationship between the strokes of a Chinese character. No matter which single grid is used to practice calligraphy, the practitioner needs to spend a lot of time to figure out how to grasp the structure of the target Chinese character.

[0015] ③The lines in various grids are also positioning lines, but these positioning lines are not based on strokes, nor do they serve the mutual positioning between strokes, but rather serve the relationship between the strokes of Chinese characters and the positioning lines in the grids. When we use these grids to practice calligraphy, it is like filling in the blanks. We just need to write the strokes in the corresponding areas. The biggest disadvantage of doing this is that when we change to white paper without grids to write, we often have no idea where to start, because the grids are gone and the dependence is gone. In this way, we are not actively practicing calligraphy, but passively filling in the characters. If we don’t know how to write without the grids, it means that we have not learned at all and have not formed our own abilities. To truly practice calligraphy well is to be able to write well on white paper without dependence, that is, to directly master the relationship between the positioning of the strokes of Chinese characters. To achieve this, it is obvious that the positioning lines in various grids cannot help calligraphy practitioners achieve this goal more accurately and specifically.

[0016] ④ When practicing calligraphy using Tianzi grid or other grids, there is often an extra step of "breaking the grid". This extra step greatly increases the time cost of practicing calligraphy and delays the progress of practicing calligraphy. Because all the exercises are completed with grids, if you want to be able to write well on white paper, then you can only practice calligraphy after you have achieved the transition from writing with grids to writing without grids. This process is not easy. Only those who have practiced calligraphy using various grids will know that even if you use various grids to practice calligraphy at the beginning, when you have practiced calligraphy one day, you still have to transform the relationship between Chinese characters and the positioning lines in various grids into the positioning relationship between the strokes of Chinese characters through your own efforts during the practice of calligraphy, because only in this way can you write Chinese characters freely and beautifully on white paper without any support, that is, successfully breaking the grid. During this period, due to the huge number of Chinese characters and the method used is not necessarily extremely simple and reasonable, it is conceivable that a lot of time is wasted. Unless they are professionals, under normal circumstances, it is difficult for most people to spend so much time practicing calligraphy. This is why people have been saying since ancient times that it takes several years or even decades to master calligraphy.

[0017] ⑤ In addition, when practicing calligraphy using various grids, it is often easy to form a memory of the corresponding relationship between the strokes and the center points and positioning lines in the grids, rather than memorizing the positioning relationship between the strokes of the target Chinese characters. In the later stage, memorizing the positioning relationship between the strokes of the target Chinese characters will cause interference and a large consumption of time and energy. The coordinate structure established by this system is not for memorization. What needs to be remembered is the mutual positioning relationship between the strokes presented by the coordinate structure of this system. This is what really needs to be remembered. Only remembering what is really useful greatly reduces the huge waste of time and energy caused by invalid memory and inefficient methods. Summary of the invention

[0018] In order to overcome the above-mentioned problems or at least partially solve the above-mentioned problems, the present invention provides a line-building positioning system and method for assisting calligraphers to quickly master the structure of Chinese characters, which can assist calligraphers to more intuitively and accurately grasp the positioning of each stroke of a Chinese character relative to other strokes and thus grasp the structure of Chinese characters, thereby achieving the goal of assisting calligraphers to truly practice writing well while saving time.

[0019] In order to solve the above technical problems, the technical solution adopted by the present invention is:

[0020] A line-building and positioning system for assisting calligraphy practitioners to quickly master the structure of Chinese characters, characterized in that it includes a work preparation module and a line-building module.

[0021] The work preparation module includes an identification and screening submodule, a detection submodule and a line building tool library submodule;

[0022] The recognition and screening submodule is used to recognize horizontal and vertical strokes in the material library;

[0023] The detection submodule is used to identify and detect the Chinese character font, font size, structure type, structure width and height, stitch direction and stitch width, so as to complete the selection of the line point location, line direction and line spacing before and during the line construction of the target Chinese character;

[0024] The line building tool library submodule is used to exclude the Chinese characters built in this module from the target Chinese characters after each module is completed, under the premise of selecting the font size and a certain number of Chinese characters as the line building targets, until the line building of the last module is completed, that is, the line building of all the designated target Chinese characters is completed;

[0025] The line building module includes a vertical equidistant line building submodule and a horizontal equidistant line building submodule;

[0026] The vertical equidistant line construction submodule is used to select Chinese characters according to preset conditions for line construction. The electronic detection ruler detects the vertical equidistant lines and tries to fit the line construction model, and establishes corresponding equidistant segmentation lines at each equidistant interval;

[0027] The submodule for building horizontal equidistant lines is used to select Chinese characters for line building according to preset conditions. The electronic detection ruler detects the horizontal equidistant lines and tries to fit the line building model, and establishes corresponding equidistant dividing lines at each equidistant interval.

[0028] Furthermore, the vertical equidistant line construction submodule is used in the electronic detection ruler to detect the vertical equidistant line test model. Establishing corresponding equidistant dividing lines at each equidistant interval means setting an equidistant bisection line or an equidistant trisection line at each 1 / 2 or each 1 / 3, or setting an equidistant bisection line, an equidistant trisection line and an equidistant quadrant line at each 1 / 2 or each 1 / 3 and each 1 / 4.

[0029] Furthermore, the vertical equidistant line construction submodule includes vertical equidistant line construction submodule 1, vertical equidistant line construction submodule 2, vertical equidistant line construction submodule 3, vertical equidistant line construction submodule 4, vertical equidistant line construction submodule 5, vertical equidistant line construction submodule 6, vertical equidistant line construction submodule 7, vertical equidistant line construction submodule 8, vertical equidistant line construction submodule 9, vertical equidistant line construction submodule 10, vertical equidistant line construction submodule 11 and vertical equidistant line construction submodule 12;

[0030] The first vertical equidistant line construction submodule is used to select all target Chinese characters for line construction, establish a set of four vertical equidistant line construction models with adjustable spacing, namely, three vertical lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids, establish a corresponding vertical equidistant line group for the target Chinese characters, and establish equidistant separation lines at every 1 / 2 or every 1 / 3 of the spacing between every two equidistant lines that have been established;

[0031] The second vertical equidistant line construction submodule is used to select the width of the stroke extending from the upper left area of ​​the Chinese character to the leftmost point to the stroke extending from the upper right area of ​​the Chinese character to the rightmost point, and to establish a set of three vertical equidistant lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids with adjustable spacing to test the construction model, and to establish a corresponding vertical equidistant line group for the target Chinese character, and to establish an equidistant separator line at each 1 / 2 or 1 / 3 of the spacing between every two equidistant lines that have been established;

[0032] The third vertical equidistant line construction submodule is used to select the width of the stroke extending from the upper left area of ​​the Chinese character to the leftmost point to the stroke extending from the lower right area of ​​the Chinese character to the rightmost point for line construction, and to establish a set of four types of vertical equidistant line construction models with adjustable spacing, namely, three vertical lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids, to establish a corresponding vertical equidistant line group for the target Chinese character; and to establish equidistant separator lines at each 1 / 2 or each 1 / 3 of the spacing between every two equidistant lines that have been established;

[0033] The fourth vertical equidistant line construction submodule is used to select the width of the stroke extending from the upper right area of ​​the Chinese character to the rightmost point to the stroke extending from the lower left area of ​​the Chinese character to the leftmost point for line construction; a set of four types of vertical equidistant line construction models with adjustable spacing, namely, three vertical lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids, is established to establish a corresponding vertical equidistant line group for the target Chinese character; an equidistant separator line is established at each 1 / 2 or each 1 / 3 of the spacing between every two equidistant lines that have been established;

[0034] The fifth vertical equidistant line construction submodule is used to select the vertical strokes, vertical left strokes, vertical lifting strokes, vertical folds, vertical bends, vertical hooks, vertical bend hooks, vertical fold hooks, and vertical parts of vertical left strokes, starting points of left strokes, stroke intersections, starting points of right strokes, stroke turning points, dot strokes, and stroke ending points of strokes on the midpoint line with the widest width at or above the half height of the Chinese character; to establish a three-vertical two-grid line construction model with the widest width at or above the half height of the Chinese character as the overall width of the three-vertical two-grid line construction model; to set equidistant two-dividing lines, equidistant three-dividing lines, or equidistant four-dividing lines at each 1 / 2, 1 / 3, or 1 / 4 of the distance between each two equidistant lines that have been established;

[0035] The sixth vertical equidistant line construction submodule is used to construct and filter the vertical strokes in the middle 1 / 3 area of ​​the width of a Chinese character, or the vertical left-falling stroke, vertical lifting stroke, vertical fold stroke, vertical bend stroke, vertical hook, vertical bend hook, vertical bend hook and the vertical part of the vertical left-falling stroke, or the starting point of the left-falling stroke, the starting point of the right-falling stroke, and the stroke intersection point; the vertical strokes in the middle 1 / 3 area, or the vertical left-falling stroke, vertical lifting stroke, vertical fold stroke, vertical bend stroke, vertical hook, vertical bend hook, vertical bend hook and the vertical part of the vertical left-falling stroke, or the starting point of the left-falling stroke, the starting point of the right-falling stroke, and the stroke intersection point expressing the width of the Chinese character. The horizontal distance between the two boundary points on both sides of the degree is used as the spacing to establish vertical equidistant lines, and then, starting from the vertical stroke or the part of the vertical stroke in the stroke or the intersection of the stroke, the starting point of the left stroke and the starting point of the right stroke, the equidistant lines are established to the other side of the Chinese character structure with the same spacing; an equidistant bisection line, an equidistant trisection line or an equidistant quarter line is set at each 1 / 2, 1 / 3 and 1 / 4 of the distance between every two equidistant lines that have been established; the specific rule for establishing lines is: if there are two 1 / 4s, choose to establish an equidistant quarter line at each 1 / 4;

[0036] The seventh vertical equidistant line construction submodule is used for screening the lines based on the middle one-third area of ​​the stroke width of a Chinese character with two vertical strokes, and only two vertical strokes, including vertical left strokes, vertical lifting strokes, vertical folds, vertical bends, vertical hooks, vertical bend hooks, vertical fold hooks, and the vertical parts of vertical left strokes, and the minimum width of the two vertical strokes is not less than 1 / 8 of the entire width of the Chinese character; using the spacing between the two vertical strokes as the equidistant spacing, using the two vertical strokes as the starting line, and establishing equidistant lines on both sides of the spacing, respectively, until the width of the stroke structure on both sides of the line construction model edge that is not separated by the equidistant lines is less than the width of the equidistant spacing; setting equidistant bisection lines and equidistant trisection lines at each 1 / 2 or each 1 / 3 of the spacing between each two equidistant lines that have been established;

[0037] The eighth vertical equidistant line construction submodule is used to divide the entire width of the Chinese character into three equal parts, and in the 1 / 3 width on the left side, there is only one vertical stroke, or the vertical part of the vertical left stroke, vertical lifting, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and vertical fold left stroke for line construction screening; in the width from the vertical stroke to the rightmost side of the Chinese character structure, four vertical equidistant line construction models of three vertical lines and two grids, four vertical lines and three grids, five vertical lines and four grids, and six vertical lines and five grids are used for trial matching, and a matching vertical equidistant line construction model is established for this width interval of the target Chinese character structure; an equidistant bisection line or an equidistant trisection line is set at each 1 / 2 or each 1 / 3 of the distance between every two equidistant lines that have been established;

[0038] The ninth vertical equidistant line construction submodule is used to divide the entire width of a Chinese character into three equal parts. In the 1 / 3 width on the right side, there is only one vertical stroke or a vertical left-falling stroke, a vertical lifting stroke, a vertical fold, a vertical bend, a vertical hook, a vertical bend hook, a vertical fold hook, and a vertical fold left-falling stroke for line construction screening; in the width from the vertical stroke to the leftmost side of the Chinese character structure, four vertical equidistant line construction models of three vertical lines and two grids, four vertical lines and three grids, five vertical lines and four grids, and six vertical lines and five grids are used for trial matching, and a matching vertical equidistant line construction model is established for this width interval of the target Chinese character structure; an equidistant bisection line or an equidistant trisection line is set at each 1 / 2 or each 1 / 3 of the distance between every two equidistant lines that have been established;

[0039] The tenth vertical equidistant line construction submodule is used to establish two vertical equidistant lines based on the radical and to establish a vertical equidistant line group based on the spacing as the equidistant spacing for line construction and screening; select radical points and a group of equidistant lines for line construction; establish two equidistant vertical lines perpendicular to the horizontal line based on the selected points, and establish a vertical equidistant line group based on the spacing between the two lines as the equidistant spacing; take two vertical lines based on the radical and use the two vertical lines as the equidistant spacing, and use the two vertical lines as the starting lines to establish a vertical equidistant line group to the left and right within the width of the Chinese character, until the width of the remaining stroke structure not separated by the equidistant lines is less than the equidistant line spacing; equidistant bisection lines or equidistant trisection lines are established at each 1 / 2 or each 1 / 3 of the spacing between each two equidistant lines that have been established;

[0040] The eleventh vertical equidistant line construction submodule is used to select the two closest vertical strokes according to the condition that the spacing between the two selected vertical strokes is greater than or equal to 1 / 8 of the width of the Chinese character and less than 1 / 3 of the width of the Chinese character, based on the fact that there are multiple vertical strokes greater than or equal to 2 in the entire width of the Chinese character, including vertical left strokes and vertical lifting, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and the vertical part of the vertical left stroke; respectively establish two vertical parallel lines through the starting points of the line traces of the two vertical strokes, including the vertical left stroke and the vertical lifting, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and the vertical part of the vertical left stroke, and establish equidistant dividing lines to the Chinese character strokes on both sides of the spacing with the spacing as the equidistant spacing and the two vertical parallel lines as the starting lines, until the width of the remaining stroke structure on both sides is less than the nearest minimum equidistant spacing; set an equidistant bisection line or an equidistant trisection line at each 1 / 2 or each 1 / 3 of the spacing between each two equidistant lines that have been established;

[0041] The vertical equidistant line construction submodule twelve is used to select the remaining Chinese characters in the target Chinese characters that are not formed by the vertical equidistant line group; to establish a vertical equidistant line group with the three vertical and two grid line construction model with the overall width of the Chinese character as the width; to set an equidistant bisection line or an equidistant trisection line at each 1 / 2 or each 1 / 3 of the distance between every two equidistant lines that have been established.

[0042] Furthermore, the transverse equidistant line construction submodule is used in the test and construction model of the transverse equidistant line for electronic detection ruler detection. Establishing corresponding equidistant dividing lines at each equidistant interval means establishing corresponding equidistant bisection lines and equidistant trisection lines at each equidistant interval, or establishing corresponding equidistant bisection lines, equidistant trisection lines and equidistant quadrisection lines at each equidistant interval.

[0043] Furthermore, the transverse equidistant line construction submodule includes transverse equidistant line construction submodule one, transverse equidistant line construction submodule two, transverse equidistant line construction submodule three, transverse equidistant line construction submodule four, transverse equidistant line construction submodule five, transverse equidistant line construction submodule six, transverse equidistant line construction submodule seven, transverse equidistant line construction submodule eight and transverse equidistant line construction submodule nine;

[0044] The first submodule of horizontal equidistant line construction is used for selecting lines with all target Chinese characters; the first line selection point is to establish the first line in the line construction model through the highest point of the stroke in the Chinese character structure, and the highest point of the stroke includes the starting point, the end point or the turning point of the stroke; an equidistant bisection line, an equidistant trisection line or an equidistant quarter line is set at each 1 / 2, each 1 / 3 or each 1 / 4 of the spacing of each group of equidistant lines that have been established;

[0045] The second horizontal equidistant line construction submodule is used to construct the first line. The selection point is to establish the first line in the line construction model through the highest point of the stroke in the upper left area of ​​the Chinese character. The highest point of the stroke in the upper left area of ​​the Chinese character includes the starting point, the end point or the turning point of the stroke; an equidistant bisection line, an equidistant trisection line or an equidistant quadrant line is set at each 1 / 2, each 1 / 3 or each 1 / 4 of the spacing of each group of equidistant lines that have been established;

[0046] The third submodule for building horizontal equidistant lines is used to build the first line. The selection point is to build the first line in the line building model through the highest point of the stroke in the upper right area of ​​the Chinese character. The highest point of the stroke in the upper right area of ​​the Chinese character includes the starting point, the ending point or the turning point of the stroke; an equidistant bisection line, an equidistant trisection line or an equidistant quadrant line is set at each 1 / 2, each 1 / 3 or each 1 / 4 of the spacing of each group of equidistant lines that have been built;

[0047] The fourth submodule for building horizontal equidistant lines is used to select Chinese characters that meet the requirements for building lines in this module when the upper third of the height of the Chinese character structure contains a horizontal stroke or a horizontal fold, a horizontal fold lifting, a horizontal left stroke, a horizontal hook, a horizontal fold hook, a horizontal fold curved hook, a horizontal oblique hook, a horizontal left stroke curved hook, a horizontal fold hook, a horizontal fold left stroke, or a horizontal stroke contained in the fold of a vertical fold and a vertical fold hook; a set of four horizontal equidistant lines with adjustable spacing, namely, three horizontal lines and two grids, four horizontal lines and three grids, five horizontal lines and four grids, and six horizontal lines and five grids, are set up to test the line building model, and equidistant bisection lines, equidistant trisection lines, or equidistant quarter lines are set up at each 1 / 2, each 1 / 3, or each 1 / 4 of the spacing of each set of equidistant lines that have been built;

[0048] The fifth submodule for constructing horizontal equidistant lines is used to select the Chinese characters that meet the requirements for line construction in this module based on the horizontal strokes in the middle one-third of the overall height of the Chinese characters, including horizontal strokes, horizontal stroke lifting, horizontal left stroke, horizontal hook, horizontal stroke hook, horizontal stroke curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook and horizontal stroke part in horizontal stroke curved hook, vertical stroke and vertical stroke curved hook; and then select the horizontal stroke located at the middle point of the height of the Chinese characters or the horizontal stroke closest to the middle point or the horizontal stroke, horizontal stroke lifting, horizontal left stroke, horizontal hook, horizontal stroke hook, horizontal stroke part in horizontal stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook and horizontal stroke part in horizontal stroke curved hook. A horizontal equidistant line group is established horizontally for the horizontal stroke part in the hook, horizontal oblique hook, horizontal left-falling hook, horizontal-fold-fold hook and horizontal-fold-fold-left-falling hook, and the horizontal stroke part in the vertical fold and the horizontal stroke part in the fold of the vertical fold-fold hook; if there are two horizontal strokes or horizontal stroke parts of other strokes equidistant from the midpoint above and below the midpoint of the height of the Chinese character, the horizontal stroke above the midpoint is selected to establish an equidistant line group horizontally; equidistant bisectors, equidistant trisecting lines or equidistant quartering lines are set at 1 / 2, every 1 / 3 and every 1 / 4 of the spacing of each group of equidistant lines that have been established;

[0049] The sixth submodule for establishing horizontal equidistant lines is to select Chinese characters that meet the requirements for establishing lines in this module when the lower third of the height of the Chinese character structure contains a horizontal stroke or a horizontal fold, a horizontal fold lifting, a horizontal left stroke, a horizontal hook, a horizontal fold hook, a horizontal fold curved hook, a horizontal left stroke curved hook, a horizontal fold hook, a horizontal fold fold left stroke, or a horizontal stroke contained in a fold of a vertical fold and a vertical fold fold hook; a set of four horizontal equidistant lines with adjustable spacing, namely, three horizontal lines and two grids, four horizontal lines and three grids, five horizontal lines and four grids, and six horizontal lines and five grids, and an equidistant bisection line, an equidistant trisection line, or an equidistant quarter section line is set at each 1 / 2, each 1 / 3, or each 1 / 4 of the spacing of each set of equidistant lines that have been established;

[0050] Submodule 7 of horizontal equidistant line construction: select Chinese characters that meet the requirements of line construction in this module according to the selected radicals, then select the radical points as the starting points to pass through the radical strokes to establish two horizontal equidistant lines, and use the spacing as the equidistant spacing to establish an equidistant line group; use the spacing of the two established parallel lines as the equidistant spacing, and use the two parallel lines as the starting lines to establish equidistant separation lines to the top and bottom of the Chinese character structure, until the height of the remaining stroke structure not separated by the equidistant lines is less than the height of the equidistant spacing; set equidistant bisection lines and trisection lines at each 1 / 2 and each 1 / 3 of the spacing of each group of established equidistant lines;

[0051] The eighth submodule for constructing horizontal equidistant lines is used to select Chinese characters that meet the requirements for constructing lines in this module by screening the characters that have two or more horizontal strokes in the overall height, including horizontal strokes, horizontal stroke lifting strokes, horizontal left strokes, horizontal hooks, horizontal stroke hooks, horizontal stroke curved hooks, horizontal oblique hooks, horizontal left stroke curved hooks, horizontal stroke hooks, and horizontal stroke parts in horizontal strokes and vertical strokes and vertical strokes and hooks; select the two horizontal strokes that are closest to each other, including the horizontal stroke parts of other strokes, and the spacing between the two horizontal strokes or the horizontal stroke parts of other strokes is greater than or equal to 1 / 10 of the height of the Chinese character; if two groups of horizontal strokes or the horizontal stroke parts of other strokes appear at the same time and the spacing between them is closest, then select the upper group of horizontal strokes or the horizontal stroke parts of other strokes to construct the line;

[0052] When the spacing between two horizontal strokes including the horizontal stroke parts of other strokes is just stuck at 1 / 6, 1 / 7, 1 / 8, 1 / 9, 1 / 10 of the overall height of the Chinese character, connect the starting point of the line trace of the upper horizontal stroke or the horizontal stroke part of other strokes to the middle point of the trace width at the midpoint of the overall length of the horizontal stroke part of the same horizontal stroke or other strokes, take the horizontal direction of this connecting line as the horizontal direction, pass through the middle point of the trace width at the midpoint of the overall length of the horizontal stroke part of the lower horizontal stroke or other strokes, and establish a connecting line parallel to the line, take the spacing between the two parallel lines as the equidistant spacing, take the lateral direction of the connecting line as the lateral direction, take the two parallel lines as the starting line, and respectively establish horizontal equidistant separation lines to the top and bottom of the Chinese character structure, until the upper and lower strokes of the Chinese character structure are separated by the equidistant lines;

[0053] When the spacing between two horizontal strokes including the horizontal stroke parts of other strokes is less than 1 / 3 of the overall height of the Chinese character and greater than 1 / 8 of the overall height of the Chinese character, a horizontal line of the upper horizontal stroke including the horizontal stroke parts of other strokes is established, and a parallel line of the upper horizontal stroke is established through the starting point of the lower horizontal stroke line trace, and the spacing between the two parallel lines is the equal spacing, and the two parallel lines are used as the starting lines to establish horizontal equal spacing separation lines above and below the Chinese character structure, respectively, until the height of the remaining stroke structures above and below the Chinese character structure that are not separated by the equal spacing lines is less than the height of the equal spacing;

[0054] An equidistant bisector is set at every 1 / 2 of the interval of each set of equidistant lines that have been built;

[0055] The 9th submodule for constructing horizontal equidistant lines is used to construct the last part of the target Chinese character that has not been constructed with horizontal equidistant lines with three horizontal and two grid equidistant lines;

[0056] In all the Chinese character stroke structures in the material library, if there is a horizontal stroke, or a horizontal stroke part in a horizontal fold, horizontal fold lift, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold hook and horizontal fold right stroke, or a horizontal stroke part in a vertical fold and a vertical fold hook, then the horizontal stroke at the top of the Chinese character structure or the horizontal stroke part in other strokes is selected as the horizontal stroke, and a three-horizontal and two-grid horizontal equidistant line group is established with the overall height of the Chinese character as the height. In each group of equidistant line spacing that has been established, equidistant bisectors, equidistant thirds or equidistant fourths are set at every 1 / 2, 1 / 3 or 1 / 4 of the spacing between each set of equidistant lines.

[0057] A method for assisting a calligrapher to quickly master a Chinese character structure line-building and positioning system, characterized by comprising the following steps in sequence:

[0058] Step 1: Select the required font and a certain number of Chinese characters in the same font and store them in the tool library in the form of radical classification and structure classification;

[0059] Step 2, select the stroke materials of the required font and put them into the material library. The stroke materials include dot stroke, horizontal stroke, horizontal left stroke, horizontal fold, horizontal fold hook, vertical stroke, vertical left stroke, vertical hook, vertical lift, vertical fold, fold left stroke, left fold and other strokes;

[0060] Step 3: Schematic diagram of the starting point, ending point, turning point, crossing point and starting point of each stroke;

[0061] Step 4, the horizontal strokes and vertical strokes are identified respectively. The identification of horizontal strokes includes horizontal fold, horizontal fold lifting, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold fold hook, and the horizontal stroke part in horizontal fold fold left stroke, as well as the horizontal stroke part in the fold of vertical fold and vertical fold fold hook; the identification of vertical strokes includes vertical left stroke, vertical lifting, vertical fold, vertical bend, vertical hook, vertical curved hook, vertical fold fold hook, and the vertical part in vertical fold left stroke;

[0062] Step 5: Define the range of the structural dimensions of the Chinese character. The height of the Chinese character structure refers to the vertical distance between the highest point and the lowest point of the stroke in the Chinese character structure of the selected font size. The width of the Chinese character structure refers to the horizontal distance between the leftmost point and the rightmost point that the stroke can reach in the Chinese character structure of the selected font size.

[0063] Step 6, setting the stroke width of Chinese characters: electronic detection ruler detection, in a Chinese character, the stroke width at the middle point of the overall length of each stroke is set as the stroke width of this stroke, and the stroke width with the smallest value is the minimum stroke width of the target Chinese character;

[0064] Step 7, selecting the definition of horizontal direction, detection and recognition of horizontal strokes, horizontal detection and selection, and horizontal strokes;

[0065] Step 8: Select the definition of vertical and the detection and recognition of vertical strokes;

[0066] Step 9, select the stroke spacing between horizontal strokes and vertical strokes for measurement;

[0067] Step 10: Select the point location, point location, line starting point and stroke lowest turning point of the equidistant line group;

[0068] Setting the starting point of the line construction: Take a horizontal or vertical stroke, or the entire length of the horizontal or vertical part of a stroke, and select a trace that is smaller than the middle point of the stroke or the entire length of the horizontal or vertical part of the stroke. Connect the middle point of the first 1 / 4 and second 1 / 4 of the length of the line from the starting point and extend it in the direction of the starting point. The intersection with the edge of the starting point is set as the starting point of the line construction;

[0069] Step 11: After selecting a font size and a certain number of Chinese characters as line-building targets, each time a module is completed, the Chinese characters to be line-built in this module are excluded from the target Chinese characters, until the line-building of the last module is completed, that is, the line-building of all designated target Chinese characters is completed;

[0070] Step 12: In the vertical equidistant line construction submodule, each vertical equidistant line construction submodule establishes a vertical equidistant line trial fitting construction model, an electronic detection ruler detects the vertical equidistant line trial fitting construction model, and establishes corresponding equidistant segmentation lines at each equidistant interval;

[0071] Step 13: In each of the transverse equidistant line construction submodules, a transverse equidistant line trial fitting construction model is established, and the electronic detection ruler detects the transverse equidistant line trial fitting construction model, and establishes corresponding equidistant dividing lines at each equidistant interval.

[0072] In step 7, the horizontal stroke selection refers to selecting the horizontal stroke at the top of the Chinese character, including the horizontal stroke of the horizontal stroke, horizontal stroke lifting, horizontal left stroke, horizontal hook, horizontal stroke hook, horizontal stroke curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal stroke hook and horizontal stroke part in the horizontal stroke, as well as the horizontal stroke part contained in the vertical stroke and the vertical stroke hook, to establish a horizontal equidistant line group; if a left-right structure Chinese character has two parallel horizontal strokes at the top, the horizontal equidistant line group is established by selecting the horizontal stroke of the left horizontal stroke as the horizontal direction;

[0073] Or the horizontal stroke selection refers to selecting the topmost horizontal stroke in the upper third of the height of the Chinese character structure, or the horizontal stroke part in the horizontal fold, horizontal fold lifting, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold fold hook and horizontal fold fold left stroke, or the horizontal stroke part contained in the fold of the vertical fold and the vertical fold fold hook to establish a horizontal equidistant line group;

[0074] Or the horizontal stroke selection refers to selecting the horizontal stroke located at the middle point of the height of the Chinese character or the horizontal stroke closest to the middle point, or the horizontal stroke part in the horizontal fold, horizontal fold lifting, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold hook and horizontal fold fold left stroke, and the horizontal stroke part contained in the fold of the vertical fold and the vertical fold hook to establish a horizontal equidistant line group; if there are two horizontal strokes or horizontal stroke parts of other strokes equidistant from the middle point above and below the middle point of the height of the Chinese character, then the horizontal stroke above the middle point is selected to establish a horizontal equidistant line group;

[0075] Or the horizontal stroke selection refers to selecting the horizontal stroke at the lowest position in the lower third of the height of the Chinese character structure, or the horizontal stroke part in the horizontal fold, horizontal fold lifting, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold fold hook and horizontal fold fold left stroke, or the horizontal stroke part contained in the fold of the vertical fold and the vertical fold fold hook to establish a horizontal equidistant line group;

[0076] Or the horizontal stroke selection means that among the two selected horizontal strokes, a horizontal equidistant line group is established with the horizontal direction of the upper horizontal stroke;

[0077] Or horizontal stroke selection refers to selecting the horizontal stroke located at the top in the Chinese character structure or the horizontal stroke part of other strokes as the horizontal stroke. If there is only one horizontal stroke or the horizontal stroke part of other strokes left in the Chinese character structure, then the horizontal stroke of this horizontal stroke is selected as the horizontal stroke to establish an equidistant line group. If there is no horizontal stroke or the horizontal stroke part of other strokes in the Chinese character stroke, then the horizontal line of the horizontal line is selected as the horizontal stroke to establish an equidistant horizontal line group.

[0078] In step eight, the definition of vertical direction refers to the direction of the vertical line perpendicular to the horizontal line as the vertical direction;

[0079] The detection and recognition of the vertical stroke refers to the construction of a vertical line perpendicular to the horizontal line from the starting point of the vertical stroke or the vertical stroke part of other strokes with a line smaller than the trace width of the vertical stroke or the vertical stroke part of other strokes, until the vertical stroke or the vertical stroke part of other strokes ends. If the vertical line does not pass through the trace width range of the vertical stroke, it is recognized as a vertical stroke;

[0080] In step nine, the stroke spacing measurement between the horizontal strokes and the vertical strokes includes: measuring the spacing between two horizontal strokes and measuring the spacing between two vertical strokes.

[0081] The measurement of the distance between two horizontal strokes refers to the height difference between the middle point of the stitch width at the midpoint of the overall length of the two horizontal strokes or other horizontal strokes, which is the distance between the two horizontal strokes; the measurement method is: two horizontal lines are established by using stitches of the same width that is smaller than the stitch width at the midpoint of the length of the two horizontal strokes to pass through the middle point of the stitch width at the midpoint of the overall length of the two horizontal strokes or other horizontal strokes, and the distance between the two horizontal lines is the distance between the two horizontal strokes;

[0082] The distance between two vertical strokes is measured by using a trace of the same width that is smaller than the width of the two vertical strokes or the vertical stroke part of other strokes. Two parallel lines perpendicular to the horizontal line are established downward from the starting points of the construction traces of the two vertical strokes or the vertical stroke part of other strokes. The distance between the parallel lines is the distance between the vertical strokes.

[0083] In step 12, the vertical equidistant line trial matching line construction model includes a vertical equidistant line construction model with three vertical lines and two grids with adjustable spacing, a vertical equidistant line construction model with four vertical lines and three grids, a vertical equidistant line construction model with five vertical lines and four grids, and a vertical equidistant line construction model with six vertical lines and five grids;

[0084] In the model of test fitting of vertical equidistant lines detected by electronic measuring ruler, equidistant bisection lines or equidistant trisection lines are set at every 1 / 2 or every 1 / 3; or equidistant bisection lines, equidistant trisection lines and equidistant quadrant lines are set at every 1 / 2 or every 1 / 3 and 1 / 4.

[0085] In step 13, the horizontal equidistant line trial matching line construction model includes a three-horizontal two-grid horizontal equidistant line construction model with adjustable spacing, a four-horizontal three-grid horizontal equidistant line construction model, a five-horizontal four-grid horizontal equidistant line construction model, and a six-horizontal five-grid horizontal equidistant line construction model;

[0086] In the test line construction model for testing horizontal equidistant lines with an electronic measuring ruler, corresponding equidistant bisectors and equidistant trisection lines are established at each equidistant interval; or corresponding equidistant bisectors, equidistant trisection lines and equidistant quadrant lines are established at each equidistant interval.

[0087] The present invention has at least the following advantages or beneficial effects:

[0088] The system invention simply solves many problems that cannot be solved by various grid calligraphy training methods that currently have technical defects.

[0089] 1. The present invention finds the core problem that really needs to be solved in order to practice the structure of Chinese characters, avoids all possible detours, and directly solves the core problem in a simple way. The present invention provides a line construction and positioning system for assisting calligraphers to quickly master the structure of Chinese characters, and establishes a coordinate structure that can intuitively present the mutual positioning relationship between the strokes of Chinese characters according to the direction and length of the strokes of the Chinese characters themselves. The present invention is based on the structure of the target Chinese characters with selected fonts and font sizes, through the starting point, the end point, the inflection point of the strokes and the intersection between the strokes of the target Chinese characters, with one or more groups of horizontal and vertical equidistant lines (line segments, equidistant point lines), and one or more equidistant bisectors (line segments, equidistant point lines) are established between any group of equidistant lines, and a visual measurement system with coordinate attributes is established between each stroke to assist calligraphers to more accurately grasp the length of each stroke and the stroke spacing, thereby assisting calligraphers to more intuitively and conveniently grasp the structure of Chinese characters. The use of multiple groups of equidistant lines and equidistant bisectors provides us with a basis for measuring units when intuitively evaluating stroke length and stroke spacing. Users can visually observe the data information on the relative positioning of each stroke of the target character.

[0090] 2. The present invention is based on the strokes of each Chinese character, and is a set of coordinate structures tailored for each Chinese character, rather than a single and fixed structure. The stroke length and stroke spacing of each Chinese character can be visually measured under the premise of the mutual positioning of each stroke, which effectively assists the practitioner in the specific grasp of the stroke length and stroke spacing of each Chinese character. This is based on the real practice of each Chinese character, and has the significant advantages of knowing at a glance and learning after practice, and the operation is extremely simple.

[0091] 3. The present invention does not have a grid, so there is no need to break the grid, and there is no need to waste more time because of breaking the grid. The coordinate structure established by the line building module of the system of the present invention is not used for memory. What needs to be remembered is the relationship between the positions of each stroke of each Chinese character presented by the coordinate structure of this system. As long as you truly master the relationship between the positions of each stroke of the target Chinese character, you have mastered the key to practicing the structure of Chinese characters.

[0092] 4. The present invention effectively assists calligraphy practitioners to practice calligraphy efficiently in a more time-saving way. The system finds the core problem that really needs to be solved to practice the structure of Chinese characters, avoids all possible detours, and directly solves the core problem in a simple way. Because there is no time wasted on various detours and there is only one step, using the system will not waste a lot of energy and time on unnecessary content, and can truly assist calligraphy practitioners to practice the structure of Chinese characters in a very short time.

[0093] 5. The advantage of the present invention over various theoretical guidances is that theoretical guidance is often a general summary of a certain type of font, and summary is a regular summary, which is very different when it comes to each different character. Even if we have mastered some theories or formulas for practicing calligraphy, we may not be able to grasp a word of degree when writing specifically, because there is no visualization. Therefore, it often takes more time for calligraphy practitioners to figure out the theory, practice on paper, and succeed in practice. This system is a picture-based intuitive learning method, which provides greater convenience and operability for calligraphy practitioners to learn the aesthetic structure of Chinese characters. Because there is data information on the mutual positioning of each stroke of the target sample character that can be visually measured, when understanding the structure of Chinese characters, completing memory and writing, calligraphy practitioners do not need to spend a lot of time figuring out alone, so a lot of time can be saved.

[0094] 6. The present invention is particularly suitable for self-study applications. BRIEF DESCRIPTION OF THE DRAWINGS

[0095] In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the following briefly introduces the drawings required for use in the embodiments. It should be understood that the following drawings only illustrate certain embodiments of the present invention and should not be regarded as limiting the scope. For ordinary technicians in this field, other relevant drawings can be obtained based on these drawings without creative work. Figure 1 is a system structure diagram of the present invention;

[0096] Attached Figure 2 is a flow chart of the method of the present invention;

[0097] Attached Figure 3 A schematic diagram of setting the location of the points for equidistant line formation of the present invention;

[0098] Attached Figure 4 It is a schematic diagram of the point location of the present invention;

[0099] Attached Figure 5 It is a schematic diagram of the starting point of the trace and the lowest turning point of the stroke of the present invention;

[0100] Attached Figure 6 Selecting radical points and a set of equidistant line construction diagrams for the vertical equidistant line construction submodule 10 of the present invention;

[0101] Attached Figure 7 Selecting radical points and a set of equidistant line construction diagrams for the lateral equidistant line construction submodule 7 of the present invention;

[0102] Attached Figure 8 This is the line construction effect diagram. DETAILED DESCRIPTION

[0103] In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Generally, the components of the embodiments of the present invention described and shown in the drawings here can be arranged and designed in various different configurations.

[0104] Therefore, the following detailed description of the embodiments of the present invention provided in the accompanying drawings is not intended to limit the scope of the invention claimed for protection, but merely represents selected embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0105] Example 1

[0106] A line-building and positioning system for assisting calligraphy practitioners to quickly master the structure of Chinese characters, comprising a work preparation module and a line-building module.

[0107] The work preparation module includes an identification and screening submodule, a detection submodule and a line building tool library submodule;

[0108] The recognition and screening submodule is used to recognize horizontal and vertical strokes in the material library;

[0109] The detection submodule is used to identify and detect the Chinese character font, font size, structure type, structure width and height, stitch direction and stitch width, so as to complete the selection of the line point location, line direction and line spacing before and during the line construction of the target Chinese character;

[0110] The line building tool library submodule is used to exclude the Chinese characters built in this module from the target Chinese characters after each module is completed, under the premise of selecting the font size and a certain number of Chinese characters as the line building targets, until the line building of the last module is completed, that is, the line building of all the designated target Chinese characters is completed;

[0111] The line building module includes a vertical equidistant line building submodule and a horizontal equidistant line building submodule;

[0112] The vertical equidistant line construction submodule is used to select Chinese characters according to preset conditions for line construction. The electronic detection ruler detects the vertical equidistant lines and tries to fit the line construction model, and establishes corresponding equidistant segmentation lines at each equidistant interval;

[0113] The submodule for building horizontal equidistant lines is used to select Chinese characters for line building according to preset conditions. The electronic detection ruler detects the horizontal equidistant lines and tries to fit the line building model, and establishes corresponding equidistant dividing lines at each equidistant interval.

[0114] The vertical equidistant line establishment submodule is used in the electronic detection ruler to detect the vertical equidistant line trial establishment model. Establishing the corresponding equidistant dividing line at each equidistant interval means setting an equidistant bisection line or an equidistant trisection line at each 1 / 2 or each 1 / 3, or setting an equidistant bisection line, an equidistant trisection line and an equidistant quadrant line at each 1 / 2 or each 1 / 3 and each 1 / 4.

[0115] The vertical equidistant line construction submodule includes a vertical equidistant line construction submodule 1, a vertical equidistant line construction submodule 2, a vertical equidistant line construction submodule 3, a vertical equidistant line construction submodule 4, a vertical equidistant line construction submodule 5, a vertical equidistant line construction submodule 6, a vertical equidistant line construction submodule 7, a vertical equidistant line construction submodule 8, a vertical equidistant line construction submodule 9, a vertical equidistant line construction submodule 10, a vertical equidistant line construction submodule 11 and a vertical equidistant line construction submodule 12;

[0116] The first vertical equidistant line construction submodule is used to select all target Chinese characters for line construction, establish a set of four vertical equidistant line construction models with adjustable spacing, namely, three vertical lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids, establish a corresponding vertical equidistant line group for the target Chinese characters, and establish equidistant separation lines at every 1 / 2 or every 1 / 3 of the spacing between every two equidistant lines that have been established;

[0117] The second vertical equidistant line construction submodule is used to select the width of the stroke extending from the upper left area of ​​the Chinese character to the leftmost point to the stroke extending from the upper right area of ​​the Chinese character to the rightmost point, and to establish a set of three vertical equidistant lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids with adjustable spacing to test the construction model, and to establish a corresponding vertical equidistant line group for the target Chinese character, and to establish an equidistant separator line at each 1 / 2 or 1 / 3 of the spacing between every two equidistant lines that have been established;

[0118] The third vertical equidistant line construction submodule is used to select the width of the stroke extending from the upper left area of ​​the Chinese character to the leftmost point to the stroke extending from the lower right area of ​​the Chinese character to the rightmost point for line construction, and to establish a set of four types of vertical equidistant line construction models with adjustable spacing, namely, three vertical lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids, to establish a corresponding vertical equidistant line group for the target Chinese character; and to establish equidistant separator lines at each 1 / 2 or each 1 / 3 of the spacing between every two equidistant lines that have been established;

[0119] The fourth vertical equidistant line construction submodule is used to select the width of the stroke extending from the upper right area of ​​the Chinese character to the rightmost point to the stroke extending from the lower left area of ​​the Chinese character to the leftmost point for line construction; a set of four types of vertical equidistant line construction models with adjustable spacing, namely, three vertical lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids, is established to establish a corresponding vertical equidistant line group for the target Chinese character; an equidistant separator line is established at each 1 / 2 or each 1 / 3 of the spacing between every two equidistant lines that have been established;

[0120] The fifth vertical equidistant line construction submodule is used to select the vertical strokes, vertical left strokes, vertical lifting strokes, vertical folds, vertical bends, vertical hooks, vertical bend hooks, vertical fold hooks, and vertical parts of vertical left strokes, starting points of left strokes, stroke intersections, starting points of right strokes, stroke turning points, dot strokes, and stroke ending points of strokes on the midpoint line with the widest width at or above the half height of the Chinese character; to establish a three-vertical two-grid line construction model with the widest width at or above the half height of the Chinese character as the overall width of the three-vertical two-grid line construction model; to set equidistant two-dividing lines, equidistant three-dividing lines, or equidistant four-dividing lines at each 1 / 2, 1 / 3, or 1 / 4 of the distance between each two equidistant lines that have been established;

[0121] The sixth vertical equidistant line construction submodule is used to construct and filter the vertical strokes in the middle 1 / 3 area of ​​the width of a Chinese character, or the vertical left-falling stroke, vertical lifting stroke, vertical fold stroke, vertical bend stroke, vertical hook, vertical bend hook, vertical bend hook and the vertical part of the vertical left-falling stroke, or the starting point of the left-falling stroke, the starting point of the right-falling stroke, and the stroke intersection point; the vertical strokes in the middle 1 / 3 area, or the vertical left-falling stroke, vertical lifting stroke, vertical fold stroke, vertical bend stroke, vertical hook, vertical bend hook, vertical bend hook and the vertical part of the vertical left-falling stroke, or the starting point of the left-falling stroke, the starting point of the right-falling stroke, and the stroke intersection point expressing the width of the Chinese character. The horizontal distance between the two boundary points on both sides of the degree is used as the spacing to establish vertical equidistant lines, and then, starting from the vertical stroke or the part of the vertical stroke in the stroke or the intersection of the stroke, the starting point of the left stroke and the starting point of the right stroke, the equidistant lines are established to the other side of the Chinese character structure with the same spacing; an equidistant bisection line, an equidistant trisection line or an equidistant quarter line is set at each 1 / 2, 1 / 3 and 1 / 4 of the distance between every two equidistant lines that have been established; the specific rule for establishing lines is: if there are two 1 / 4s, choose to establish an equidistant quarter line at each 1 / 4;

[0122] The seventh vertical equidistant line construction submodule is used for screening the lines based on the middle one-third area of ​​the stroke width of a Chinese character with two vertical strokes, and only two vertical strokes, including vertical left strokes, vertical lifting strokes, vertical folds, vertical bends, vertical hooks, vertical bend hooks, vertical fold hooks, and the vertical parts of vertical left strokes, and the minimum width of the two vertical strokes is not less than 1 / 8 of the entire width of the Chinese character; using the spacing between the two vertical strokes as the equidistant spacing, using the two vertical strokes as the starting line, and establishing equidistant lines on both sides of the spacing, respectively, until the width of the stroke structure on both sides of the line construction model edge that is not separated by the equidistant lines is less than the width of the equidistant spacing; setting equidistant bisection lines and equidistant trisection lines at each 1 / 2 or each 1 / 3 of the spacing between each two equidistant lines that have been established;

[0123] The eighth vertical equidistant line construction submodule is used to divide the entire width of the Chinese character into three equal parts, and in the 1 / 3 width on the left side, there is only one vertical stroke, or the vertical part of the vertical left stroke, vertical lifting, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and vertical fold left stroke for line construction screening; in the width from the vertical stroke to the rightmost side of the Chinese character structure, four vertical equidistant line construction models of three vertical lines and two grids, four vertical lines and three grids, five vertical lines and four grids, and six vertical lines and five grids are used for trial matching, and a matching vertical equidistant line construction model is established for this width interval of the target Chinese character structure; an equidistant bisection line or an equidistant trisection line is set at each 1 / 2 or each 1 / 3 of the distance between every two equidistant lines that have been established;

[0124] The ninth vertical equidistant line construction submodule is used to divide the entire width of a Chinese character into three equal parts. In the 1 / 3 width on the right side, there is only one vertical stroke or a vertical left-falling stroke, a vertical lifting stroke, a vertical fold, a vertical bend, a vertical hook, a vertical bend hook, a vertical fold hook, and a vertical fold left-falling stroke for line construction screening; in the width from the vertical stroke to the leftmost side of the Chinese character structure, four vertical equidistant line construction models of three vertical lines and two grids, four vertical lines and three grids, five vertical lines and four grids, and six vertical lines and five grids are used for trial matching, and a matching vertical equidistant line construction model is established for this width interval of the target Chinese character structure; an equidistant bisection line or an equidistant trisection line is set at each 1 / 2 or each 1 / 3 of the distance between every two equidistant lines that have been established;

[0125] The tenth vertical equidistant line construction submodule is used to establish two vertical equidistant lines based on the radical and to establish a vertical equidistant line group based on the spacing as the equidistant spacing for line construction and screening; select radical points and a group of equidistant lines for line construction; establish two equidistant vertical lines perpendicular to the horizontal line based on the selected points, and establish a vertical equidistant line group based on the spacing between the two lines as the equidistant spacing; take two vertical lines based on the radical and use the two vertical lines as the equidistant spacing, and use the two vertical lines as the starting lines to establish a vertical equidistant line group to the left and right within the width of the Chinese character, until the width of the remaining stroke structure not separated by the equidistant lines is less than the equidistant line spacing; equidistant bisection lines or equidistant trisection lines are established at each 1 / 2 or each 1 / 3 of the spacing between each two equidistant lines that have been established;

[0126] The eleventh vertical equidistant line construction submodule is used to select the two closest vertical strokes according to the condition that the spacing between the two selected vertical strokes is greater than or equal to 1 / 8 of the width of the Chinese character and less than 1 / 3 of the width of the Chinese character, based on the fact that there are multiple vertical strokes greater than or equal to 2 in the entire width of the Chinese character, including vertical left strokes and vertical lifting, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and the vertical part of the vertical left stroke; respectively establish two vertical parallel lines through the starting points of the line traces of the two vertical strokes, including the vertical left stroke and the vertical lifting, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and the vertical part of the vertical left stroke, and establish equidistant dividing lines to the Chinese character strokes on both sides of the spacing with the spacing as the equidistant spacing and the two vertical parallel lines as the starting lines, until the width of the remaining stroke structure on both sides is less than the nearest minimum equidistant spacing; set an equidistant bisection line or an equidistant trisection line at each 1 / 2 or each 1 / 3 of the spacing between each two equidistant lines that have been established;

[0127] The vertical equidistant line construction submodule twelve is used to select the remaining Chinese characters in the target Chinese characters that are not formed by the vertical equidistant line group; to establish a vertical equidistant line group with the three vertical and two grid line construction model with the overall width of the Chinese character as the width; to set an equidistant bisection line or an equidistant trisection line at each 1 / 2 or each 1 / 3 of the distance between every two equidistant lines that have been established.

[0128] The transverse equidistant line establishment submodule is used in the test establishment model of transverse equidistant lines detected by the electronic detection ruler. Establishing corresponding equidistant dividing lines at each equidistant interval means establishing corresponding equidistant bisection lines and equidistant trisection lines at each equidistant interval, or establishing corresponding equidistant bisection lines, equidistant trisection lines and equidistant quadrisection lines at each equidistant interval.

[0129] The transverse equidistant line construction submodule includes transverse equidistant line construction submodule one, transverse equidistant line construction submodule two, transverse equidistant line construction submodule three, transverse equidistant line construction submodule four, transverse equidistant line construction submodule five, transverse equidistant line construction submodule six, transverse equidistant line construction submodule seven, transverse equidistant line construction submodule eight and transverse equidistant line construction submodule nine;

[0130] The first submodule of horizontal equidistant line construction is used for selecting lines with all target Chinese characters; the first line selection point is to establish the first line in the line construction model through the highest point of the stroke in the Chinese character structure, and the highest point of the stroke includes the starting point, the end point or the turning point of the stroke; an equidistant bisection line, an equidistant trisection line or an equidistant quarter line is set at each 1 / 2, each 1 / 3 or each 1 / 4 of the spacing of each group of equidistant lines that have been established;

[0131] The second horizontal equidistant line construction submodule is used to construct the first line. The selection point is to establish the first line in the line construction model through the highest point of the stroke in the upper left area of ​​the Chinese character. The highest point of the stroke in the upper left area of ​​the Chinese character includes the starting point, the end point or the turning point of the stroke; an equidistant bisection line, an equidistant trisection line or an equidistant quadrant line is set at each 1 / 2, each 1 / 3 or each 1 / 4 of the spacing of each group of equidistant lines that have been established;

[0132] The third submodule for building horizontal equidistant lines is used to build the first line. The selection point is to build the first line in the line building model through the highest point of the stroke in the upper right area of ​​the Chinese character. The highest point of the stroke in the upper right area of ​​the Chinese character includes the starting point, the ending point or the turning point of the stroke; an equidistant bisection line, an equidistant trisection line or an equidistant quadrant line is set at each 1 / 2, each 1 / 3 or each 1 / 4 of the spacing of each group of equidistant lines that have been built;

[0133] The fourth submodule for building horizontal equidistant lines is used to select Chinese characters that meet the requirements for building lines in this module when the upper third of the height of the Chinese character structure contains a horizontal stroke or a horizontal fold, a horizontal fold lifting, a horizontal left stroke, a horizontal hook, a horizontal fold hook, a horizontal fold curved hook, a horizontal oblique hook, a horizontal left stroke curved hook, a horizontal fold hook, a horizontal fold left stroke, or a horizontal stroke contained in the fold of a vertical fold and a vertical fold hook; a set of four horizontal equidistant lines with adjustable spacing, namely, three horizontal lines and two grids, four horizontal lines and three grids, five horizontal lines and four grids, and six horizontal lines and five grids, are set up to test the line building model, and equidistant bisection lines, equidistant trisection lines, or equidistant quarter lines are set up at each 1 / 2, each 1 / 3, or each 1 / 4 of the spacing of each set of equidistant lines that have been built;

[0134] The fifth submodule for constructing horizontal equidistant lines is used to select the Chinese characters that meet the requirements for line construction in this module based on the horizontal strokes in the middle one-third of the overall height of the Chinese characters, including horizontal strokes, horizontal stroke lifting, horizontal left stroke, horizontal hook, horizontal stroke hook, horizontal stroke curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook and horizontal stroke part in horizontal stroke curved hook, vertical stroke and vertical stroke curved hook; and then select the horizontal stroke located at the middle point of the height of the Chinese characters or the horizontal stroke closest to the middle point or the horizontal stroke, horizontal stroke lifting, horizontal left stroke, horizontal hook, horizontal stroke hook, horizontal stroke part in horizontal stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook and horizontal stroke part in horizontal stroke curved hook. A horizontal equidistant line group is established horizontally for the horizontal stroke part in the hook, horizontal oblique hook, horizontal left-falling hook, horizontal-fold-fold hook and horizontal-fold-fold-left-falling hook, and the horizontal stroke part in the vertical fold and the horizontal stroke part in the fold of the vertical fold-fold hook; if there are two horizontal strokes or horizontal stroke parts of other strokes equidistant from the midpoint above and below the midpoint of the height of the Chinese character, the horizontal stroke above the midpoint is selected to establish an equidistant line group horizontally; equidistant bisectors, equidistant trisecting lines or equidistant quartering lines are set at 1 / 2, every 1 / 3 and every 1 / 4 of the spacing of each group of equidistant lines that have been established;

[0135] The sixth submodule for establishing horizontal equidistant lines is to select Chinese characters that meet the requirements for establishing lines in this module when the lower third of the height of the Chinese character structure contains a horizontal stroke or a horizontal fold, a horizontal fold lifting, a horizontal left stroke, a horizontal hook, a horizontal fold hook, a horizontal fold curved hook, a horizontal left stroke curved hook, a horizontal fold hook, a horizontal fold fold left stroke, or a horizontal stroke contained in a fold of a vertical fold and a vertical fold fold hook; a set of four horizontal equidistant lines with adjustable spacing, namely, three horizontal lines and two grids, four horizontal lines and three grids, five horizontal lines and four grids, and six horizontal lines and five grids, and an equidistant bisection line, an equidistant trisection line, or an equidistant quarter section line is set at each 1 / 2, each 1 / 3, or each 1 / 4 of the spacing of each set of equidistant lines that have been established;

[0136] Submodule 7 of horizontal equidistant line construction: select Chinese characters that meet the requirements of line construction in this module according to the selected radicals, then select the radical points as the starting points to pass through the radical strokes to establish two horizontal equidistant lines, and use the spacing as the equidistant spacing to establish an equidistant line group; use the spacing of the two established parallel lines as the equidistant spacing, and use the two parallel lines as the starting lines to establish equidistant separation lines to the top and bottom of the Chinese character structure, until the height of the remaining stroke structure not separated by the equidistant lines is less than the height of the equidistant spacing; set equidistant bisection lines and trisection lines at each 1 / 2 and each 1 / 3 of the spacing of each group of established equidistant lines;

[0137] The eighth submodule for constructing horizontal equidistant lines is used to select Chinese characters that meet the requirements for constructing lines in this module by screening the characters that have two or more horizontal strokes in the overall height, including horizontal strokes, horizontal stroke lifting strokes, horizontal left strokes, horizontal hooks, horizontal stroke hooks, horizontal stroke curved hooks, horizontal oblique hooks, horizontal left stroke curved hooks, horizontal stroke hooks, and horizontal stroke parts in horizontal strokes and vertical strokes and vertical strokes and hooks; select the two horizontal strokes that are closest to each other, including the horizontal stroke parts of other strokes, and the spacing between the two horizontal strokes or the horizontal stroke parts of other strokes is greater than or equal to 1 / 10 of the height of the Chinese character; if two groups of horizontal strokes or the horizontal stroke parts of other strokes appear at the same time and the spacing between them is closest, then select the upper group of horizontal strokes or the horizontal stroke parts of other strokes to construct the line;

[0138] When the spacing between two horizontal strokes including the horizontal stroke parts of other strokes is just stuck at 1 / 6, 1 / 7, 1 / 8, 1 / 9, 1 / 10 of the overall height of the Chinese character, connect the starting point of the line trace of the upper horizontal stroke or the horizontal stroke part of other strokes to the middle point of the trace width at the midpoint of the overall length of the horizontal stroke part of the same horizontal stroke or other strokes, take the horizontal direction of this connecting line as the horizontal direction, pass through the middle point of the trace width at the midpoint of the overall length of the horizontal stroke part of the lower horizontal stroke or other strokes, and establish a connecting line parallel to the line, take the spacing between the two parallel lines as the equidistant spacing, take the lateral direction of the connecting line as the lateral direction, take the two parallel lines as the starting line, and respectively establish horizontal equidistant separation lines to the top and bottom of the Chinese character structure, until the upper and lower strokes of the Chinese character structure are separated by the equidistant lines;

[0139] When the spacing between two horizontal strokes including the horizontal stroke parts of other strokes is less than 1 / 3 of the overall height of the Chinese character and greater than 1 / 8 of the overall height of the Chinese character, a horizontal line of the upper horizontal stroke including the horizontal stroke parts of other strokes is established, and a parallel line of the upper horizontal stroke is established through the starting point of the lower horizontal stroke line trace, and the spacing between the two parallel lines is the equal spacing, and the two parallel lines are used as the starting lines to establish horizontal equal spacing separation lines above and below the Chinese character structure, respectively, until the height of the remaining stroke structures above and below the Chinese character structure that are not separated by the equal spacing lines is less than the height of the equal spacing;

[0140] An equidistant bisector is set at every 1 / 2 of the interval of each set of equidistant lines that have been built;

[0141] The 9th submodule for constructing horizontal equidistant lines is used to construct the last part of the target Chinese character that has not been constructed with horizontal equidistant lines with three horizontal and two grid equidistant lines;

[0142] In the Chinese character stroke structure of the material library, if there is a horizontal stroke, or a horizontal stroke part in a horizontal fold, horizontal fold lift, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold hook and horizontal fold right stroke, or a horizontal stroke part in a vertical fold and a vertical fold hook, then the horizontal stroke part of the topmost horizontal stroke in the Chinese character structure or other strokes is selected as the horizontal stroke, and a three-horizontal and two-grid horizontal equidistant line group is established with the overall height of the Chinese character as the height. In each group of equidistant line spacing that has been established, equidistant bisectors, equidistant thirds or equidistant fourths are set at every 1 / 2, 1 / 3 or 1 / 4 of the spacing between each set of equidistant lines.

[0143] Setting the line trace width for construction lines: The daily setting range for the line trace width for construction lines is between 1 / 10 and 1 / 3 of the smallest trace width in the target Chinese character strokes. It can also be adjusted according to actual needs, but the maximum width must not exceed the smallest trace width in the target Chinese character strokes. By default, all target Chinese characters in the same font and font size select the same width of line trace for construction, which can also be adjusted according to actual needs.

[0144] Setting of Chinese character stroke trace width: electronic detection ruler detection, in a Chinese character, the trace width at the middle point of the overall length of each stroke is set as the trace width of this stroke, and the trace width of the stroke with the smallest value is the minimum stroke trace width of the target Chinese character.

[0145] Line and stitch positioning: If there is no special indication or setting, the default line for the stitch that needs to pass through the Chinese character strokes passes through the middle of the stroke and stitch width; in case of artistic fonts or other personalized needs, the relevant settings can also be adjusted according to actual needs, but it cannot exceed the stitch boundary.

[0146] Setting the starting point of the line for line construction: take a horizontal or vertical stroke, or the entire length of the horizontal or vertical part of a stroke, select a trace that is smaller than the trace width of the middle point of the stroke or the horizontal or vertical part of the stroke, connect the middle point of the trace width at the first 1 / 4 and the second 1 / 4 of the length from the starting point and extend it toward the starting point, and set the intersection with the edge trace of the starting point as the starting point of the line for line construction.

[0147] Specific settings for point location in Module 7 of horizontal equidistant line construction and Module 10 of vertical equidistant line construction: Unless otherwise specified, Figure 6 and attached Figure 7 The center mark position is set at the beginning of the stroke at the starting point of the stroke. It can also be adjusted according to actual or personalized needs, but it does not exceed the boundary of the trace.

[0148] Attached Figure 6 and attached Figure 7 The center mark position is set at the intersection of two strokes at the middle point of the trace width at the intersection of the stroke that comes first in the stroke order.

[0149] In this implementation, the solution to the ten special cases of the vertical equidistant module is as follows: when a Chinese character appears in a combination of two or more radicals, the equidistant line construction rule established by the radical in the front stroke order is selected to establish an equidistant line group.

[0150] In this implementation, the solution to the seven special problems of the horizontal equidistant module is as follows: when a Chinese character appears in a combination of two or more radicals, the equidistant line construction rule established by the radical in the front stroke order is selected to establish an equidistant line group.

[0151] Example 2

[0152] A method for assisting a calligrapher to quickly master the structure of a Chinese character by using a line-building positioning system according to the present invention comprises the following steps in sequence:

[0153] Step 1: Select the required font and a certain number of Chinese characters in the same font and store them in the tool library in the form of radical classification and structure classification;

[0154] Step 2, select the stroke materials of the required font and put them into the material library. The stroke materials include dot stroke, horizontal stroke, horizontal left stroke, horizontal fold, horizontal fold hook, vertical stroke, vertical left stroke, vertical hook, vertical lift, vertical fold, fold left stroke, left fold and other strokes;

[0155] Step 3: Schematic diagram of the starting point, ending point, turning point, crossing point and starting point of each stroke;

[0156] Step 4, the horizontal strokes and vertical strokes are identified respectively. The identification of horizontal strokes includes horizontal fold, horizontal fold lifting, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold fold hook, and the horizontal stroke part in horizontal fold fold left stroke, as well as the horizontal stroke part in the fold of vertical fold and vertical fold fold hook; the identification of vertical strokes includes vertical left stroke, vertical lifting, vertical fold, vertical bend, vertical hook, vertical curved hook, vertical fold fold hook, and the vertical part in vertical fold left stroke;

[0157] Step 5: Define the range of the structural dimensions of the Chinese character. The height of the Chinese character structure refers to the vertical distance between the highest point and the lowest point of the stroke in the Chinese character structure of the selected font size. The width of the Chinese character structure refers to the horizontal distance between the leftmost point and the rightmost point that the stroke can reach in the Chinese character structure of the selected font size.

[0158] Step 6, setting the stroke width of Chinese characters: electronic detection ruler detection, in a Chinese character, the stroke width at the middle point of the overall length of each stroke is set as the stroke width of this stroke, and the stroke width with the smallest value is the minimum stroke width of the target Chinese character;

[0159] Step 7, selecting the definition of horizontal direction, detection and recognition of horizontal strokes, horizontal detection and selection, and horizontal strokes;

[0160] Step 8: Select the definition of vertical and the detection and recognition of vertical strokes;

[0161] Step 9, select the stroke spacing between horizontal strokes and vertical strokes for measurement;

[0162] Step 10: Select the point location, point location, line starting point and stroke lowest turning point of the equidistant line group;

[0163] Setting the starting point of the line construction: Take a horizontal or vertical stroke, or the entire length of the horizontal or vertical part of a stroke, and select a trace that is smaller than the middle point of the stroke or the entire length of the horizontal or vertical part of the stroke. Connect the middle point of the first 1 / 4 and second 1 / 4 of the length of the line from the starting point and extend it in the direction of the starting point. The intersection with the edge of the starting point is set as the starting point of the line construction;

[0164] Step 11: After selecting a font size and a certain number of Chinese characters as line-building targets, each time a module is completed, the Chinese characters to be line-built in this module are excluded from the target Chinese characters, until the line-building of the last module is completed, that is, the line-building of all designated target Chinese characters is completed;

[0165] Step 12: In the vertical equidistant line construction submodule, each vertical equidistant line construction submodule establishes a vertical equidistant line trial fitting construction model, an electronic detection ruler detects the vertical equidistant line trial fitting construction model, and establishes corresponding equidistant segmentation lines at each equidistant interval;

[0166] Step 13: In each of the transverse equidistant line construction submodules, a transverse equidistant line trial fitting construction model is established, and the electronic detection ruler detects the transverse equidistant line trial fitting construction model, and establishes corresponding equidistant dividing lines at each equidistant interval.

[0167] In step seven,

[0168] The definition of horizontal direction is to establish a horizontal line from the starting point of the left side of the horizontal stroke to the right with a stitch smaller than the stitch width of the middle point of the entire length of the horizontal stroke, and connect the same starting point to the middle point of the stitch width at the 4 / 5th length point before the horizontal stroke with a stitch of the same width. The angle between the connecting line and the horizontal line is the horizontal direction of the horizontal stroke, and the connecting line is also called the horizontal line of the horizontal stroke;

[0169] Detection and recognition of horizontal strokes means that when the horizontal angle of a horizontal stroke is greater than or equal to 0 degrees and less than 45 degrees, it is recognized as a horizontal stroke;

[0170] Horizontal detection selection means that for official script with a large bending frequency of horizontal strokes, the default line construction line passes through the middle 1 / 3 of the horizontal stroke and is constructed with a horizontal line.

[0171] In step 7, the horizontal stroke selection refers to selecting the horizontal stroke at the top of the Chinese character, including the horizontal stroke of the horizontal stroke, horizontal stroke lifting, horizontal left stroke, horizontal hook, horizontal stroke hook, horizontal stroke curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal stroke hook and horizontal stroke part in the horizontal stroke, as well as the horizontal stroke part contained in the vertical stroke and the vertical stroke hook, to establish a horizontal equidistant line group; if a left-right structure Chinese character has two parallel horizontal strokes at the top, the horizontal equidistant line group is established by selecting the horizontal stroke of the left horizontal stroke as the horizontal direction;

[0172] Or the horizontal stroke selection refers to selecting the topmost horizontal stroke in the upper third of the height of the Chinese character structure, or the horizontal stroke part in the horizontal fold, horizontal fold lifting, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold fold hook and horizontal fold fold left stroke, or the horizontal stroke part contained in the fold of the vertical fold and the vertical fold fold hook to establish a horizontal equidistant line group;

[0173] Or the horizontal stroke selection refers to selecting the horizontal stroke located at the middle point of the height of the Chinese character or the horizontal stroke closest to the middle point, or the horizontal stroke part in the horizontal fold, horizontal fold lifting, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold hook and horizontal fold fold left stroke, and the horizontal stroke part contained in the fold of the vertical fold and the vertical fold hook to establish a horizontal equidistant line group; if there are two horizontal strokes or horizontal stroke parts of other strokes equidistant from the middle point above and below the middle point of the height of the Chinese character, then the horizontal stroke above the middle point is selected to establish a horizontal equidistant line group;

[0174] Or the selection of the horizontal stroke means selecting the lowest horizontal stroke or the horizontal part in the horizontal fold, horizontal fold with a rising stroke, horizontal left-falling stroke, horizontal hook, horizontal fold hook, horizontal bend hook, horizontal slanting hook, horizontal left-falling bend hook, horizontal double fold hook, and horizontal double fold with a rising stroke in the lower one-third height of the Chinese character structure, or establishing a horizontally equally-spaced line group horizontally for the horizontal stroke part contained in the middle of the vertical fold and vertical double fold hook;

[0175] Or the selection of the horizontal stroke means establishing a horizontally equally-spaced line group horizontally with the horizontal direction of the upper horizontal stroke among the two selected horizontal strokes;

[0176] Or the selection of the horizontal stroke means taking the horizontal direction of the uppermost horizontal stroke or the horizontal stroke part in other strokes in the Chinese character structure as the horizontal direction. If there is only one horizontal stroke or the horizontal stroke part in other strokes left in the Chinese character structure, then select the horizontal direction of this horizontal stroke to establish an equally-spaced line group. If there is no horizontal stroke or the horizontal stroke part in other strokes in the Chinese character strokes, then select the horizontal direction of the horizontal line to establish a horizontally equally-spaced line group;

[0177] Or the selection of the horizontal stroke means:

[0178] For radicals such as 日 (sun), 目 (eye), 白 (white), 自 (self), 天 (sky), 干 (dry), 士 (scholar), 土 (earth), 耂 (old), 走 (walk), 工 (work), 王 (king), 丰 (abundant), the upper part of 春 (spring), 羊 (sheep), , 韦 (wei), 耒 (lei), 非 (not), 手 (hand), 关 (closed), 月 (moon), 其 (its), 耳 (ear), 且 (and), 示 (show), 口 (mouth), 中 (middle), 虫 (insect), 田 (field), 足 (foot), 已 (already), 巳 (si), 己 (self), 户 (door), 尸 (corpse), 卢 (lu), 虍 (hutu), 爿 (pan), 片 (piece), 右 (right), 石 (stone), 弓 (bow), 缶 (fou), 矢 (arrow), 生 (live), 乍 (suddenly), 气 (air), 马 (horse), 鸟 (bird), 罒 (net radical), 西 (west), 酉 (you), 雨 (rain), the upper part of 黑 (black), 镸 (long radical), 古 (ancient), 支 (branch), 正 (correct), 尹 (yin), 艮 (gen), 良 (good), 牙 (tooth), 身 (body), 舟 (boat), 束 (bundle), 共 (together), 鱼 (fish), 角 (horn), 刍 (chufa), 危 (dangerous), 鬼 (ghost), 皮 (skin), 疋 (pi), 兵 (soldier), 钅 (metal radical), 肖 (xiao), 廴 (yin), 幺 (yao), 牜 (cow radical), 木 (wood), 大 (big), 勹 (bao), the party radical, and the zai radical, establish a horizontal line marked with the lower horizontal stroke in the figure, pass through the upper selected point to establish a parallel line of the lower horizontal line, and establish a horizontally equally-spaced line group with the spacing between the two parallel lines and the horizontal direction of the horizontal line;

[0179] For radicals such as 了 (finished), 子 (son), 孑 (alone), 予 (give), 夕 (evening), establish a horizontal line of the upper horizontal stroke, pass through the selected point to establish a parallel line of the horizontal line, and establish a horizontally equally-spaced line group with the spacing between the two parallel lines and the horizontal direction of the horizontal line;

[0180] For the radical 父 (father), which is generally located at the upper part of the Chinese character structure, the horizontal direction of the two lines of the father radical is determined by the horizontal direction of the horizontal stroke or the horizontal stroke part in other strokes contained in the Chinese character structure and sorted first from top to bottom. With this horizontal direction, pass through the two selected points respectively to establish two parallel lines, and establish a horizontally equally-spaced line group with the spacing between the two parallel lines as the spacing in this horizontal direction. If there is no horizontal stroke or the horizontal stroke part in other strokes in the father radical structure, then pass through the two selected points respectively with the horizontal direction of the horizontal line to establish two parallel lines, and establish a horizontally equally-spaced line group according to the horizontal direction with the spacing between the two parallel lines;

[0181] For the radical "刂", the horizontal direction is defined as the horizontal stroke that ranks first from top to bottom among the horizontal strokes contained in the Chinese character structure or the horizontal stroke parts of other strokes. The horizontal equidistant line group is established with the distance between the equidistant lines respectively passing through the short vertical stroke of the "刂" radical and the starting point of the vertical hook as the equidistant distance. If there is no horizontal stroke or the horizontal stroke part of other strokes in the Chinese character structure where the "刂" radical is located, two horizontal equidistant lines are established with the height difference between the short vertical stroke and the starting point of the vertical hook as the distance, and the horizontal equidistant line group is established according to the distance and the horizontal direction;

[0182] For the radical "卜", the horizontal direction is defined as the horizontal stroke that ranks first from top to bottom among the horizontal strokes contained in the Chinese character structure with the "卜" radical or the horizontal stroke parts of other strokes. The horizontal equidistant line group is established with the distance between the two equidistant lines respectively passing through the vertical stroke of the "卜" character and the starting point of the dot stroke as the equidistant distance. If there is no horizontal stroke or the horizontal stroke part of other strokes in the Chinese character structure where the "卜" character is located, two horizontal equidistant lines are established with the height difference between the starting point of the vertical stroke and the starting point of the dot stroke as the distance, and the equidistant line group is established according to the distance and the horizontal direction;

[0183] For the radical "巛", the horizontal direction is defined as the horizontal stroke that ranks first from top to bottom among the horizontal strokes contained in the Chinese character structure with the "巛" radical or the horizontal stroke parts of other strokes. Two parallel lines are established by respectively passing through the starting point of the left-falling stroke of the rightmost stroke of the "巛" radical and the ending point of the leftmost left-falling stroke, and the horizontal equidistant line group is established according to the distance and the horizontal direction. If there is no horizontal stroke or the horizontal stroke part of other strokes in the Chinese character where the "巛" radical is located, the horizontal direction is defined as the horizontal line connecting the ending point of the left-falling stroke of the leftmost stroke and the ending point of the rightmost left-falling stroke. A parallel line to this connection line is established by passing through the starting point of the rightmost left-falling stroke, and the horizontal equidistant line group is established according to the distance between the two parallel lines and the horizontal direction of the connection line;

[0184] For the radical "爪", the horizontal direction is defined as the horizontal stroke contained in the Chinese character structure with the "爪" radical or the horizontal stroke parts of other strokes. Two equidistant lines are established by respectively passing through the starting point of the topmost left-falling stroke of the "爪" radical and the starting point of the left vertical left-falling stroke, and the equidistant line group is established according to the distance and the horizontal direction. If there is no horizontal stroke or the horizontal stroke part of other strokes in the Chinese character with the "爪" radical, two horizontal equidistant lines are established with the height difference between the starting point of the topmost left-falling stroke of the "爪" radical and the starting point of the left vertical left-falling stroke as the distance, and the equidistant line group is established according to the distance and the horizontal direction as the horizontal direction.

[0185] In step eight, the vertical direction is defined as the direction of the vertical line perpendicular to the horizontal line;

[0186] The detection and recognition of the vertical stroke means that a line narrower than the line trace width of the vertical stroke or the vertical stroke part of other strokes is used to establish a vertical line perpendicular to the horizontal line downward from the starting point of the line trace of the vertical stroke or the vertical stroke part of other strokes until the end of the vertical stroke or the vertical stroke part of other strokes. If this vertical line does not penetrate the line trace width range of the vertical stroke, it is recognized as a vertical stroke.

[0187] In step nine, the stroke spacing measurement between the horizontal strokes and the vertical strokes includes: measuring the spacing between two horizontal strokes and measuring the spacing between two vertical strokes.

[0188] The measurement of the distance between two horizontal strokes refers to the height difference between the middle point of the stitch width at the midpoint of the overall length of the two horizontal strokes or other horizontal strokes, which is the distance between the two horizontal strokes; the measurement method is: two horizontal lines are established by using stitches of the same width that is smaller than the stitch width at the midpoint of the length of the two horizontal strokes to pass through the middle point of the stitch width at the midpoint of the overall length of the two horizontal strokes or other horizontal strokes, and the distance between the two horizontal lines is the distance between the two horizontal strokes;

[0189] The distance between two vertical strokes is measured by using a trace of the same width that is smaller than the width of the two vertical strokes or the vertical stroke part of other strokes. Two parallel lines perpendicular to the horizontal line are established downward from the starting points of the construction traces of the two vertical strokes or the vertical stroke part of other strokes. The distance between the parallel lines is the distance between the vertical strokes.

[0190] In step 12, the vertical equidistant line trial matching line construction model includes a vertical equidistant line construction model with three vertical lines and two grids with adjustable spacing, a vertical equidistant line construction model with four vertical lines and three grids, a vertical equidistant line construction model with five vertical lines and four grids, and a vertical equidistant line construction model with six vertical lines and five grids;

[0191] In the model of the test line construction for the vertical equidistant line detection by the electronic measuring ruler, an equidistant bisection line or an equidistant trisection line is set at each 1 / 2 or each 1 / 3; or an equidistant bisection line, an equidistant trisection line and an equidistant quadrant line are set at each 1 / 2 or each 1 / 3 and 1 / 4;

[0192] In step twelve,

[0193] Through the vertical equidistant line construction submodule 1, Chinese characters are selected according to preset conditions for line construction, and a vertical equidistant line trial construction model is established. The electronic detection ruler detects the vertical equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0194] Use all target Chinese characters for line building and screening;

[0195] An electronic measuring ruler is used to set up a set of four vertical equidistant lines with adjustable spacing, namely three vertical lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids, to test the line-building model. Then, the first and last lines of each set are used to represent the width of the Chinese character, and also represent the width of each test-fit line-building model. Then, an electronic measuring ruler is used to test whether the other equidistant lines contained in each test-fit line-building model have the same vertical strokes, vertical left strokes, vertical lifts, vertical folds, and vertical bends as those in the Chinese character strokes. , vertical hook, vertical curved hook, vertical folded folded hook and vertical part of folded left stroke, starting point of left stroke, starting point of right stroke, stroke intersection point, stroke turning point, stroke ending point and dot-stroke overlap; if at least one of the three vertical two grid lines that is not a boundary line expressing width has two equidistant lines overlapped, four vertical three grid lines have at least three equidistant lines overlapped, five vertical four grid lines have at least four equidistant lines overlapped and six vertical five grid lines have at least five equidistant lines overlapped, then directly create a corresponding vertical equidistant line group for the target Chinese character;

[0196] Then use an electronic detection ruler to check whether there are any overlaps with the vertical stroke, vertical left-falling stroke, vertical lifting stroke, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and vertical part of the vertical left-falling stroke, as well as the starting point, stroke intersection, stroke turning point, stroke landing point and dot-stroke of each stroke at each 1 / 2 or each 1 / 3 of the distance between each two equidistant lines that have been built. If so, set up equidistant separation lines at each 1 / 2 or each 1 / 3. The specific line building rules are: if there are any at each 1 / 2 and each 1 / 3, set up equidistant three-point lines; if there are any at each 1 / 2 and each 1 / 3, set up equidistant bisection lines; if there are any at only each 1 / 2, set up equidistant bisection lines; if there are any at only one 1 / 3, set up equidistant three-point lines;

[0197] Through the vertical equidistant line construction submodule 2, Chinese characters are selected according to preset conditions for line construction, and a vertical equidistant line trial construction model is established. The electronic detection ruler detects the vertical equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0198] Line construction and screening are performed based on the width from the point where the stroke in the upper left area of ​​the Chinese character extends to the leftmost point to the point where the stroke in the upper right area of ​​the Chinese character extends to the rightmost point;

[0199] An electronic detection ruler is used to set up a set of four kinds of vertical equidistant lines with adjustable spacing, namely three vertical lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids, to test the line-building model. Then, the first line and the last line of each set are used to represent the width of the stroke extending from the upper left area of ​​the Chinese character to the point on the left to the point on the upper right area of ​​the Chinese character. They also represent the width of each test-fit line-building model. Then, the electronic detection ruler is used to detect whether the other equidistant lines contained in each test-fit line-building model are consistent with the strokes in the Chinese character. The vertical stroke, the vertical left stroke, the vertical lifting stroke, the vertical fold, the vertical bend, the vertical hook, the vertical bend hook, the vertical fold hook and the vertical part of the vertical left stroke, the starting point of the left stroke, the starting point of the right stroke, the stroke intersection point, the stroke turning point, the stroke ending point and the dot-stroke overlap; if at least one of the three vertical two grid lines that is not a boundary line expressing the width has two equidistant lines overlapped, the four vertical three grid lines have at least three equidistant lines overlapped, the five vertical four grid lines have at least four equidistant lines overlapped and the six vertical five grid lines have at least five equidistant lines overlapped, then a corresponding vertical equidistant line group is established for the target Chinese character;

[0200] Then use an electronic detection ruler to check whether there are any overlaps with the vertical stroke, vertical left-falling stroke, vertical lifting stroke, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and vertical part of the vertical left-falling stroke, the starting point, stroke intersection point, stroke turning point, stroke landing point and dot-stroke of each stroke at 1 / 2 or every 1 / 3 of the distance between every two equally spaced lines that have been built. If so, set up equally spaced separation lines at every 1 / 2 or every 1 / 3. The specific line building rules are: if there are any at every 1 / 2 and every 1 / 3, set up equally spaced three-point lines; if there are any at every 1 / 2 and every 1 / 3, set up equally spaced two-point lines; if there are any at only 1 / 2, set up equally spaced two-point lines; if there are any at only one 1 / 3, set up equally spaced three-point lines;

[0201] Then, an electronic detection ruler is used to detect whether there are any strokes outside the edge of the line-building model that are not separated by equidistant lines, and the width of the stroke structure is greater than the closest minimum equidistant spacing. If there are any, the edge of the line-building model closest to these stroke structures is used as the starting line, and equidistant separation lines are established for these strokes with the closest minimum equidistant spacing to these stroke structures, until the width of the remaining stroke structure is less than the closest minimum equidistant spacing;

[0202] Through the vertical equidistant line construction submodule 3, Chinese characters are selected according to preset conditions for line construction, and a vertical equidistant line trial construction model is established. The electronic detection ruler detects the vertical equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0203] Line construction and screening are performed based on the width from the point where the stroke in the upper left area of ​​the Chinese character extends to the point where the stroke in the lower right ...

[0204] The electronic detection ruler sets up a set of three vertical lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids with adjustable spacing to test the line-building model. Then the first line and the last line of each set are used to indicate the width of the stroke extending from the upper left area of ​​the Chinese character to the point on the left to the point on the right of the stroke extending from the lower right area of ​​the Chinese character. It also indicates the width of each test-fit line-building model. Then the electronic detection ruler is used to detect whether the other equally divided lines contained in each test-fit line-building model are consistent with the strokes in the Chinese character. The vertical stroke, the vertical left stroke, the vertical lifting stroke, the vertical fold, the vertical bend, the vertical hook, the vertical bend hook, the vertical fold hook and the vertical part of the vertical left stroke, the starting point of the left stroke, the starting point of the right stroke, the stroke intersection point, the stroke turning point, the stroke ending point and the dot-stroke overlap; if at least one of the three vertical two grid lines that is not a boundary line expressing the width has two equidistant lines overlapped, the four vertical three grid lines have at least three equidistant lines overlapped, the five vertical four grid lines have at least four equidistant lines overlapped and the six vertical five grid lines have at least five equidistant lines overlapped, then a corresponding vertical equidistant line group is established for the target Chinese character;

[0205] Then use an electronic detection ruler to detect whether there is any overlap with the vertical stroke, vertical left-falling stroke, vertical lifting stroke, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and vertical part of the vertical left-falling stroke, as well as the starting point, stroke intersection point, stroke turning point, stroke landing point and dot-stroke of each stroke at 1 / 2 or every 1 / 3 of the distance between every two equally spaced lines that have been built. If so, set up equally spaced separation lines at every 1 / 2 or every 1 / 3. The specific line building rules are: if there are any at every 1 / 2 and every 1 / 3, set up equally spaced three-point lines; if there are any at every 1 / 2 and every 1 / 3, set up equally spaced bisection lines; if there are any at only one 1 / 2, set up equally spaced bisection lines; if there are any at only one 1 / 3, set up equally spaced three-point lines;

[0206] Then, an electronic detection ruler is used to detect whether there are any strokes outside the edge of the line-building model that are not separated by equidistant lines, and the width of the stroke structure is greater than the closest minimum equidistant spacing. If there are any, the edge of the line-building model closest to these stroke structures is used as the starting line, and equidistant separation lines are established for these strokes with the closest minimum equidistant spacing to these stroke structures, until the width of the remaining stroke structure is less than the closest minimum equidistant spacing;

[0207] Through the vertical equidistant line construction submodule 4, Chinese characters are selected according to preset conditions for line construction, and a vertical equidistant line trial construction model is established. The electronic detection ruler detects the vertical equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0208] Line construction and screening are performed based on the width from the point where the stroke in the upper right area of ​​the Chinese character extends to the rightmost point to the point where the stroke in the lower left area of ​​the Chinese character extends to the leftmost point;

[0209] An electronic detection ruler is used to set up a set of four kinds of vertical equidistant lines with adjustable spacing, namely three vertical lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids, to test the line-building model. Then, the first line and the last line of each set are used to represent the width of the stroke extending from the upper right area of ​​the Chinese character to the point on the right to the stroke extending from the lower left area of ​​the Chinese character to the point on the left. At the same time, it also represents the width of each test-fit line-building model. Then, the electronic detection ruler is used to detect whether the other equidistant lines contained in each test-fit line-building model are consistent with the strokes in the Chinese character. The vertical stroke, the vertical left stroke, the vertical lifting stroke, the vertical fold, the vertical bend, the vertical hook, the vertical bend hook, the vertical fold hook and the vertical part of the vertical left stroke, the starting point of the left stroke, the starting point of the right stroke, the stroke intersection point, the stroke turning point, the stroke ending point and the dot-stroke overlap; if at least one of the three vertical two grid lines that is not a boundary line expressing the width has two equidistant lines overlapped, the four vertical three grid lines have at least three equidistant lines overlapped, the five vertical four grid lines have at least four equidistant lines overlapped and the six vertical five grid lines have at least five equidistant lines overlapped, then a corresponding vertical equidistant line group is established for the target Chinese character;

[0210] Then use an electronic detection ruler to detect whether there is any overlap with the vertical stroke, vertical left-falling stroke, vertical lifting stroke, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and vertical part of the vertical left-falling stroke, as well as the starting point, stroke intersection, stroke turning point, stroke landing point and dot-stroke of each stroke at 1 / 2 or every 1 / 3 of the distance between every two equally spaced lines that have been built. If so, set up equally spaced separation lines at every 1 / 2 or every 1 / 3. The specific line building rules are: if there are any at every 1 / 2 and every 1 / 3, set up equally spaced three-point lines; if there are any at every 1 / 2 and every 1 / 3, set up equally spaced two-point lines; if there are any at only one 1 / 2, set up equally spaced two-point lines; if there are any at only one 1 / 3, set up equally spaced three-point lines;

[0211] Then, an electronic detection ruler is used to detect whether there are any strokes outside the edge of the line-building model that are not separated by equidistant lines, and the width of the stroke structure is greater than the closest minimum equidistant spacing. If there are any, the edge of the line-building model closest to these stroke structures is used as the starting line, and equidistant separation lines are established for these strokes with the closest minimum equidistant spacing to these stroke structures, until the width of the remaining stroke structure is less than the closest minimum equidistant spacing;

[0212] Through the vertical equidistant line construction submodule 5, Chinese characters are selected according to preset conditions for line construction, and a vertical equidistant line trial construction model is established. The electronic detection ruler detects the vertical equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0213] The midpoint line of the widest width at or above the half height of the Chinese character contains vertical strokes, vertical left strokes, vertical lifting strokes, vertical folds, vertical bends, vertical hooks, vertical bend hooks, vertical fold hooks, and the vertical parts of vertical left strokes, starting points of left strokes, stroke intersections, starting points of right strokes, stroke turning points, dot-strokes, and stroke ending points for line construction and screening;

[0214] The three-vertical-two-grid line-building model is established with the widest width above half the height of the Chinese character as the overall width of the three-vertical-two-grid line-building model;

[0215] Then use an electronic detection ruler to detect whether there are any overlaps with vertical strokes, vertical left-falling strokes, vertical lifting strokes, vertical folds, vertical bends, vertical hooks, vertical bend hooks, vertical fold hooks, and the vertical parts of vertical left-falling strokes, as well as the starting and ending points of each stroke, the stroke intersection points, the starting points of the right strokes, the stroke turning points, and the dot-stroke overlaps at each 1 / 2 or each 1 / 3 and 1 / 4 of the interval between each two equally spaced lines. If so, set equally spaced two-dividing lines, three-dividing lines, and four-dividing lines at each 1 / 2 or each 1 / 3 and 1 / 4; the specific line construction rules are: if there are any at two 1 / 4s, choose to build equally spaced four-dividing lines at each 1 / 4; if there are any at each 1 / 2 and each 1 / 3, build equally spaced three-dividing lines; if there are any at each 1 / 2 and 1 / 3, build equally spaced two-dividing lines; if there are any at only 1 / 2, build equally spaced two-dividing lines; if there are any at only 1 / 3, build equally spaced three-dividing lines;

[0216] Then use the electronic detection ruler to check again whether there are any remaining strokes on the left and right sides below half the height of the Chinese character that are not separated by equidistant lines, and the width of the stroke structure is greater than the nearest minimum equidistant spacing. If there are, use the nearest edge line in the line construction model as the starting line, and use the nearest minimum equidistant spacing to establish equidistant separation lines for these strokes until the width of the remaining stroke structure is less than the nearest minimum equidistant spacing;

[0217] Through the vertical equidistant line construction submodule 6, Chinese characters are selected according to preset conditions for line construction, and a vertical equidistant line trial construction model is established. The electronic detection ruler detects the vertical equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0218] Line construction and screening are performed based on the middle 1 / 3 area of ​​the width of the Chinese character with only one vertical stroke, or a vertical left-falling stroke, a vertical lifting stroke, a vertical fold stroke, a vertical bend stroke, a vertical hook stroke, a vertical bend hook stroke, a vertical fold hook stroke, and the vertical part of a vertical fold left-falling stroke, or the starting point of a left-falling stroke and a vertical left-falling stroke, the starting point of a right-falling stroke, and the intersection of strokes;

[0219] Take the vertical stroke or the vertical left-falling stroke, vertical lifting stroke, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and the vertical part of the vertical left-falling stroke, or the starting point of the left-falling stroke and the starting point of the right-falling stroke, the stroke intersection point, and the horizontal distance on the near side of the two boundary points expressing the width of the Chinese character in the middle 1 / 3 area as the spacing to establish vertical equidistant lines, and then take the vertical stroke or the vertical part of the stroke or the stroke intersection point, the starting point of the left-falling stroke and the starting point of the vertical left-falling stroke, and the starting point of the right-falling stroke as the starting point, and establish equidistant lines to the other side of the Chinese character structure with the same spacing;

[0220] Then use an electronic detection ruler to detect whether there are any overlaps with vertical strokes, vertical left-falling strokes, vertical lifting strokes, vertical folds, vertical bends, vertical hooks, vertical bend hooks, vertical fold hooks, and vertical parts of vertical left-falling strokes, as well as the starting and ending points of each stroke, the starting point of the right stroke, the stroke intersection, the stroke inflection point, and the dot-stroke overlaps at each 1 / 2, 1 / 3, and 1 / 4 of the interval between each two equally spaced lines. If so, set an equally spaced bisection line, trisection line, or quarter line at each 1 / 2, 1 / 3, and 1 / 4; the specific line construction rule is: if there are any at two 1 / 4s, choose to build an equally spaced quarter line at each 1 / 4; if there are any at each 1 / 2 and 1 / 3, build an equally spaced trisection line; if there is one at each 1 / 2 and 1 / 3, build an equally spaced bisection line; if there is any at only 1 / 2, build an equally spaced bisection line; if there is any at only one 1 / 3, build an equally spaced trisection line;

[0221] Then, an electronic detection ruler is used to detect whether there are any remaining strokes outside the line-building model that are not separated by equidistant lines, and the width of the stroke structure is greater than the nearest minimum equidistant spacing. If there are any, the edge line in the line-building model closest to these strokes is used as the starting line, and equidistant separation lines are established for these strokes with the nearest minimum equidistant spacing to these strokes, until the width of the remaining stroke structure is less than the nearest minimum equidistant spacing;

[0222] Through the vertical equidistant line construction submodule 7, Chinese characters are selected according to preset conditions for line construction, and a vertical equidistant line trial construction model is established. The electronic detection ruler detects the vertical equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0223] Line selection is performed based on the middle third of the stroke width of a Chinese character with two and only two vertical strokes, including vertical left stroke, vertical lifting stroke, vertical fold stroke, vertical bend stroke, vertical hook stroke, vertical bend hook stroke, vertical fold hook stroke, and the vertical part of vertical left stroke, and the minimum width of the two vertical strokes is not less than 1 / 8 of the entire width of the Chinese character;

[0224] Taking the interval between two vertical strokes as the equal-distance interval and the two vertical strokes as the starting line, respectively establish equal-distance lines on both sides of the interval until the width of the stroke structure on both sides of the edge of the line-building model that is not separated by the equal-distance lines is less than the width of the equal-distance interval;

[0225] Use an electronic detection ruler to detect whether there are vertical strokes, vertical left-falling strokes, vertical lifting strokes, vertical folds, vertical bends, vertical hooks, vertical bend hooks, vertical fold hooks, and vertical parts of vertical left-falling strokes, as well as the starting points, stroke intersections, stroke turning points, and stroke landing points of left-falling strokes and vertical left-falling strokes at each 1 / 2 or each 1 / 3 of the interval between each two equidistant lines that have been established. If so, set equidistant bisection lines and trisection lines at each 1 / 2 or each 1 / 3. The specific line establishment rules are: if there are at each 1 / 2 and each 1 / 3, choose to establish equidistant trisection lines at each 1 / 3; if there are at each 1 / 2 and one 1 / 3, choose to establish equidistant bisection lines at the 1 / 2; if there is at only one 1 / 2, establish equidistant bisection lines; if there is at only one 1 / 3, establish equidistant trisection lines;

[0226] Then, an electronic detection ruler is used to detect whether there are strokes on both sides of the line-building model that are not separated by equidistant lines, and the width of the stroke structure is greater than the nearest minimum equidistant spacing. If there are, the edge line in the line-building model closest to these strokes is used as the starting line, and equidistant separation lines are established for these strokes with the nearest minimum equidistant spacing, until the width of the remaining stroke structure is less than the nearest minimum equidistant spacing;

[0227] Through the vertical equidistant line construction submodule eight, Chinese characters are selected according to preset conditions for line construction, a vertical equidistant line trial construction model is established, and the electronic detection ruler detects the vertical equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0228] Divide the entire width of the Chinese character into three equal parts, and select the vertical strokes or the vertical parts of the vertical left-falling stroke, vertical lifting stroke, vertical fold stroke, vertical curve stroke, vertical hook stroke, vertical curve hook stroke, vertical fold fold hook stroke, and vertical fold left-falling stroke in the left 1 / 3 width for line building;

[0229] In the width from the vertical stroke to the rightmost side of the Chinese character structure, four vertical equidistant line construction models of three vertical lines and two grids, four vertical lines and three grids, five vertical lines and four grids, and six vertical lines and five grids are used for trial matching, and then the other equally divided lines in the middle of each model are detected with an electronic detection ruler to see whether there are overlaps with the vertical stroke, vertical left stroke, vertical lifting line, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and vertical part of the left stroke, the starting point, stroke intersection point, stroke turning point, stroke ending point and dot-stroke of the left stroke and vertical left stroke in this width interval. If at least one of the three vertical lines and two grids that is not the boundary line of this line construction model has two equidistant lines overlapped, four vertical lines and three grids have at least three equidistant lines overlapped, five vertical lines and four grids have at least four equidistant lines overlapped, and six vertical lines and five grids have at least five equidistant lines overlapped, then a matching vertical equidistant line construction model is established for this width interval of the target Chinese character structure;

[0230] Then use an electronic detection ruler to check whether there is any overlap with the vertical stroke, vertical left-falling stroke, vertical lifting stroke, vertical fold, vertical bend, vertical hook, vertical bend hook and the vertical part inside the vertical fold hook, as well as the starting point, end point, intersection point, stroke inflection point and dot-stroke of each stroke at each 1 / 2 or each 1 / 3 of the distance between each two equidistant lines that have been established. If so, set an equidistant bisector or equidistant trisection line at each 1 / 2 or each 1 / 3; the specific line construction rules are: if there is an overlap at each 1 / 2 and each 1 / 3, establish an equidistant trisection line; if there is one at each 1 / 2 and 1 / 3, choose to establish an equidistant bisector at the 1 / 2; if there is only one 1 / 2, establish an equidistant bisector; if there is only one 1 / 3, establish an equidistant trisection line.

[0231] Then, an electronic detection ruler is used to detect whether there are any strokes to the left of the leftmost edge line in the line construction model that are not separated by equidistant lines, and the width of the stroke structure is greater than the nearest minimum equidistant spacing. If so, the leftmost edge line in the line construction model is used as the starting line, and equidistant separation lines are established for these strokes with the nearest minimum equidistant spacing, until the width of the remaining stroke structure is less than the nearest minimum equidistant spacing in the line construction model;

[0232] Through the vertical equidistant line construction submodule nine, Chinese characters are selected according to preset conditions for line construction, a vertical equidistant line trial construction model is established, and the electronic detection ruler detects the vertical equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0233] Divide the entire width of the Chinese character into three equal parts, and select the vertical stroke or the vertical part of the vertical stroke, vertical lifting stroke, vertical fold, vertical curve, vertical hook, vertical curve hook, vertical fold hook, and vertical fold fold hook in the right 1 / 3 width for line construction;

[0234] In the width from the vertical stroke to the leftmost side of the Chinese character structure, four vertical equidistant line construction models of three vertical lines and two grids, four vertical lines and three grids, five vertical lines and four grids, and six vertical lines and five grids are used for trial matching, and then the other equally divided lines in the middle of each model are detected with an electronic detection ruler to see whether there are vertical strokes and vertical left-falling strokes, vertical strokes, vertical folds, vertical bends, vertical hooks, vertical bend hooks, vertical fold hooks, and vertical left-falling strokes in this width interval, and the starting and ending points of each stroke, the stroke intersections, the stroke turning points, and the dot-stroke coincide. If at least one of the three vertical lines and two grids that is not a boundary line expressing this width has two equidistant lines coincident, the four vertical lines and three grids have at least three equidistant lines coincident, the five vertical lines and four grids have at least four equidistant lines coincident, and the six vertical lines and five grids have at least five equidistant lines coincident, then a matching vertical equidistant line construction model is directly established for this width interval of the target Chinese character structure;

[0235] Then use an electronic detection ruler to detect whether there is any overlap with the vertical stroke, vertical left-falling stroke, vertical lifting stroke, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and vertical part of the vertical left-falling stroke, as well as the starting point, end point, stroke intersection, stroke inflection point and dot-stroke of each stroke at each 1 / 2 or each 1 / 3 of the distance between each two equidistant lines that have been built. If so, set an equidistant bisection line or equidistant trisection line at each 1 / 2 or each 1 / 3; the specific line building rules are: if there is any at each 1 / 2 and each 1 / 3, choose to build an equidistant trisection line at each 1 / 3; if there is one at each of 1 / 2 and 1 / 3, choose to build an equidistant bisection line at 1 / 2; if there is only one at 1 / 2, build an equidistant bisection line; if there is only one at 1 / 3, build an equidistant trisection line;

[0236] Then, an electronic detection ruler is used to detect whether there are any strokes to the right of the rightmost sideline in the line construction model that are not separated by equidistant lines, and the width of the stroke structure is greater than the nearest minimum equidistant spacing. If so, the rightmost sideline in the line construction model is used as the starting line, and equidistant separation lines are established for these strokes with the nearest minimum equidistant spacing, until the width of the remaining stroke structure is less than the nearest minimum equidistant spacing;

[0237] Through the vertical equidistant line construction submodule 10, Chinese characters are selected according to preset conditions for line construction, and a vertical equidistant line trial construction model is established. The electronic detection ruler detects the vertical equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0238] Using radicals as support, two vertical equidistant lines are established and using the spacing as the equidistant spacing to establish a vertical equidistant line group for line construction and screening;

[0239] Select the radical points and a set of equidistant lines to build the line;

[0240] Two equidistant vertical lines perpendicular to the horizontal line are established at the selected points, and a vertical equidistant line group is established with the distance between the two lines as the equidistant interval;

[0241] Taking the radical as the basis, taking two vertical lines, and taking the two vertical lines as the equal distance interval, taking the two vertical lines as the starting lines, respectively, within the width of the Chinese character, establishing vertical equal distance line groups to the left and right, until the width of the remaining stroke structure not separated by the equal distance lines is less than the equal distance line interval;

[0242] Use an electronic detection ruler to detect whether there is any overlap with the vertical stroke, vertical stroke, vertical lifting, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and vertical part of the vertical stroke, as well as the stroke starting point, stroke ending point, turning point and stroke intersection point at each 1 / 2 or each 1 / 3 of the distance between each two equidistant lines that have been built. If so, set two-divided equidistant lines or three-divided equidistant lines at each 1 / 2 or each 1 / 3; the specific line building rules are: if there is any at each 1 / 2 and each 1 / 3, choose to build an equidistant three-point line at each 1 / 3; if there is one at each 1 / 2 and 1 / 3, choose to build an equidistant two-point line at 1 / 2; if there is only one at 1 / 2, build an equidistant two-point line; if there is only one at 1 / 3, build an equidistant three-point line;

[0243] Use the electronic detection ruler to check again whether there are strokes outside the line-building model that are not separated by equidistant lines, and whether the width of the stroke structure is greater than the nearest minimum equidistant spacing. If there are, use the edge line of the line-building model closest to these strokes as the starting line, and establish equidistant separation lines for these strokes with the nearest minimum equidistant spacing, until the width of the remaining stroke structure is less than the nearest minimum equidistant spacing;

[0244] Through the vertical equidistant line construction submodule 11, Chinese characters are selected according to preset conditions for line construction, a vertical equidistant line trial construction model is established, and the electronic detection ruler detects the vertical equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0245] In the entire width of a Chinese character, if there are multiple vertical strokes and greater than or equal to 2, including vertical left strokes and vertical lifting, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and vertical fold left stroke, the distance between the two selected vertical strokes is greater than or equal to 1 / 8 of the width of the Chinese character, and less than 1 / 3 of the width of the Chinese character, and the two vertical strokes with the closest distance are selected;

[0246] Two vertical parallel lines are respectively established through two vertical strokes, including the starting points of the vertical stroke traces of the vertical part of the vertical stroke, the vertical fold, the vertical bend, the vertical hook, the vertical bend hook, the vertical fold hook, and the vertical fold hook, and the spacing is used as an equidistant spacing. With the two vertical parallel lines as the starting lines, equidistant dividing lines are respectively established to the Chinese character strokes on both sides of the spacing until the width of the remaining stroke structure on both sides is less than the nearest minimum equidistant spacing;

[0247] Use an electronic detection ruler to detect whether there are overlaps with vertical strokes, vertical left strokes, vertical lifting, vertical folds, vertical bends, vertical hooks, vertical bend hooks, vertical bend hooks, vertical bend hooks and vertical bend left strokes, as well as stroke starting points, stroke ending points, turning points and stroke intersections at each 1 / 2 or each 1 / 3 of the distance between each two equidistant lines that have been built. If so, build equidistant separation lines at the corresponding points at each 1 / 2 or each 1 / 3; the specific line building rules are: if there are overlaps at each 1 / 2 and each 1 / 3, choose to build equidistant trisection lines at each 1 / 3; if there are overlaps at each 1 / 2 and one 1 / 3, choose to build equidistant bisection lines at each 1 / 2; if there are overlaps at only 1 / 2, build equidistant bisection lines; if there are overlaps at only one 1 / 3, build equidistant trisection lines;

[0248] Use the electronic detection ruler to check again whether there are any strokes on one side of the line-building model that are not divided by the equidistant lines, and the width of the stroke structure is greater than the nearest minimum equidistant spacing. If there are any, use the edge of the line-building model closest to these strokes as the starting line, and use the nearest minimum equidistant spacing to establish equidistant separation lines for these strokes until the width of the remaining stroke structure is less than the nearest minimum equidistant spacing.

[0249] Through the vertical equidistant line construction submodule 12, Chinese characters are selected according to preset conditions for line construction, and a vertical equidistant line trial construction model is established. The electronic detection ruler detects the vertical equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0250] Line building and screening are performed based on the remaining Chinese characters in the target Chinese characters that are not formed by the vertical equidistant lines;

[0251] Using the overall width of the Chinese character as the width, a vertical equidistant line group is established using a three-vertical-two-grid line-building model;

[0252] Use an electronic detection ruler to check again whether there is any overlap with the vertical stroke, vertical left-falling stroke, vertical lifting stroke, vertical fold, vertical bend, vertical hook, vertical bend hook and the vertical part inside the vertical fold hook, as well as the starting point, ending point, intersection point and stroke inflection point of each stroke at each 1 / 2 or each 1 / 3 point. If so, build equidistant bisectors and equidistant trisection lines at the corresponding each 1 / 2 or each 1 / 3 point; the specific line building rules are: if there are any at each 1 / 2 and each 1 / 3, choose to build equidistant trisection lines at each 1 / 3; if there are any at each 1 / 2 and one 1 / 3, choose to build equidistant bisectors at each 1 / 2; if there is only one 1 / 2, build equidistant bisectors; if there is only one 1 / 3, build equidistant trisection lines.

[0253] In step 13, the horizontal equidistant line trial matching line construction model includes a three-horizontal two-grid horizontal equidistant line construction model with adjustable spacing, a four-horizontal three-grid horizontal equidistant line construction model, a five-horizontal four-grid horizontal equidistant line construction model, and a six-horizontal five-grid horizontal equidistant line construction model;

[0254] In the test model of horizontal equidistant lines tested by the electronic measuring ruler, corresponding equidistant bisectors and equidistant trisection lines are established at each equidistant interval; or corresponding equidistant bisectors, equidistant trisection lines and equidistant quadrant lines are established at each equidistant interval.

[0255] In step thirteen,

[0256] Through the horizontal equidistant line construction submodule 1, Chinese characters are selected according to preset conditions for line construction, and a horizontal equidistant line trial construction model is established. The electronic detection ruler detects the horizontal equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0257] Use all target Chinese characters for line building and screening;

[0258] The first line selection point is to establish the first line in the line construction model through the highest point of the stroke in the Chinese character structure, and the highest point of the stroke includes the starting point, the ending point or the turning point of the stroke;

[0259] If the highest point of a stroke in a Chinese character structure is a dot, the points are selected in order of priority, i.e., the starting point of the dot, the center point of the length of the dot, and the ending point of the dot. If the points ranked first and the following process are successfully matched, other trials will not be postponed.

[0260] An electronic detection ruler is used to respectively set up a set of 4 horizontal equidistant lines with adjustable spacing, namely, three horizontal lines with two grids, four horizontal lines with three grids, five horizontal lines with four grids, and six horizontal lines with five grids, for trial fitting and line building models. The first line of each set passes through the highest point in the Chinese character structure to build the line, and also represents the first line in several sets of trial fitting and line building models, and the last line represents the last horizontal equidistant line of several sets of line building models we set up. The points selected for the last line are, in order of priority, the lowest point of the Chinese character stroke, the lowest point of the Chinese character stroke, the lowest point of the stroke in the lower left area, the lowest point of the stroke in the lower left area, the lowest point of the stroke in the lower right area, the lowest point of the stroke in the lower right area, the lowest point of the stroke in the middle area, the lowest turning point of the stroke in the middle area, the lowest point of the stroke in the middle area, the point where the stroke in the lower left area extends to the leftmost point, and the point where the stroke in the lower right area extends to the rightmost point;

[0261] After determining the first and last lines of the equidistant line model each time, the electronic detection ruler detects whether the other equally divided lines between the first line in the trial fitting line model and the parallel line established by the points selected to establish the last line in each trial fitting coincide with the horizontal strokes in the Chinese character strokes, or the horizontal strokes, horizontal-fold lifts, horizontal left-falling strokes, horizontal hooks, horizontal-fold hooks, horizontal-fold curved hooks, horizontal-left-falling hooks, horizontal-fold curved hooks, horizontal-fold hooks and horizontal-fold left-falling strokes, the horizontal strokes in the vertical strokes and the vertical-fold curved hooks, as well as the starting points, ending points, stroke inflection points, stroke intersections and dot-strokes of each stroke. If so, Then, a matching horizontal equidistant line group is established for the target Chinese character; the specific line construction rules are: three horizontal lines and two grids require at least two lines to overlap, and at least one of the lines is not a side line in the line construction model; four horizontal lines and three grids require at least three lines to overlap; five horizontal lines and four grids require at least four lines to overlap; and six horizontal lines and five grids require at least five lines to overlap. The trial matching order is ranked by priority as follows: three horizontal lines and two grids equidistant line construction model, four horizontal lines and three grids equidistant line construction model, five horizontal lines and four grids equidistant line construction model, and six horizontal lines and five grids equidistant line construction model. That is, if the three horizontal lines and two grids equidistant line construction model is suitable, the trial matching will not be continued;

[0262] Use an electronic detection ruler to check whether each 1 / 2, 1 / 3 or 1 / 4 of the spacing of each set of equally spaced lines has overlapped with a horizontal stroke, or a horizontal fold, a horizontal fold lift, a horizontal left stroke, a horizontal hook, a horizontal fold hook, a horizontal fold bent hook, a horizontal oblique hook, a horizontal left stroke bent hook, a horizontal fold fold hook and the horizontal stroke part in a horizontal fold and a vertical fold fold hook, as well as the starting point, end point, stroke turning point, stroke intersection and dot-stroke overlap of each stroke. If If there are, then establish the corresponding equidistant bisectors, equidistant trisections, and equidistant quarters at each equidistant interval; the specific line construction rules are: if there are two 1 / 4 positions, then establish equidistant quarters; if there are each 1 / 2 position and each 1 / 3 position, then establish equidistant trisections; if there are each 1 / 2 position and one 1 / 3 position, then establish equidistant bisectors; if there are only 1 / 2 positions, then establish equidistant bisectors; if there are only one 1 / 3 position, then establish equidistant trisections;

[0263] Then, an electronic detection ruler is used to detect whether there are strokes below the bottom line of the line-building model that are not separated by equidistant lines, and the height of these stroke structures is greater than the nearest minimum equidistant spacing. If there are, the bottom edge line of the line-building model is used as the starting line, and the strokes that are not separated by equidistant lines are separated by the nearest minimum equidistant spacing until the height of the stroke structure that is not separated by equidistant lines is less than the nearest minimum equidistant spacing.

[0264] Through the horizontal equidistant line construction submodule 2, Chinese characters are selected according to preset conditions for line construction, and a horizontal equidistant line trial construction model is established. The electronic detection ruler detects the horizontal equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0265] The first line selection point is to establish the first line in the line construction model through the highest point of the stroke in the upper left area of ​​the Chinese character. The highest point of the stroke in the upper left area of ​​the Chinese character includes the starting point, the ending point or the turning point of the stroke;

[0266] If the highest point of the stroke in the upper left area of ​​the Chinese character is a dot, the points are selected in order of priority, which are the starting point of the dot, the center point of the length of the dot, and the end point of the dot. If the points in the first order and the following process are successfully matched, other trials will not be postponed;

[0267] The electronic detection ruler sets up a set of 4 horizontal equidistant lines with adjustable spacing, namely, three horizontal lines with two grids, four horizontal lines with three grids, five horizontal lines with four grids, and six horizontal lines with five grids for trial fitting and line building models. The first line of each set passes through the highest point of the stroke in the upper left area of ​​the Chinese character for line building, and also represents the first line in several sets of trial fitting and line building models. The last line represents the last horizontal equidistant line of several sets of line building models we set up. The points selected by the last line are, in order of priority, the lowest point of the stroke of the Chinese character, the lowest point of the stroke of the Chinese character, the lowest point of the stroke of the lower left area, the lowest point of the stroke of the lower left area, the lowest point of the stroke of the lower right area, the lowest point of the stroke of the lower right area, the lowest point of the stroke of the middle area, the lowest turning point of the stroke of the middle area, the lowest point of the stroke of the middle area, the point where the stroke in the lower left area extends to the leftmost point, and the point where the stroke in the lower right area extends to the rightmost point;

[0268] Each time the first and last lines of the equidistant line model are determined, an electronic detection ruler is used to check whether the other equally divided lines between the first line selected in the trial fitting line model and the parallel line established by the point selected to establish the last line in each trial fitting coincide with the horizontal stroke in the Chinese character stroke, or the horizontal stroke part in the horizontal fold, horizontal fold lift, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold bent hook, horizontal oblique hook, horizontal left stroke bent hook, horizontal fold hook and horizontal fold fold left stroke, the horizontal stroke part in the vertical fold and the vertical fold bent hook, as well as the starting point, ending point, stroke inflection point, stroke intersection point and dot-stroke of each stroke. If so, then Directly establish a matching horizontal equidistant line group for the target Chinese character; the specific line construction rules are: three horizontal lines and two grids require at least two lines to overlap, and at least one of the lines is not the edge line in the line construction model, four horizontal lines and three grids require at least three lines to overlap, five horizontal lines and four grids require at least four lines to overlap, and six horizontal lines and five grids require at least five lines to overlap. The trial matching order is ranked by priority as follows: three horizontal lines and two grids equidistant line construction model, four horizontal lines and three grids equidistant line construction model, five horizontal lines and four grids equidistant line construction model, and six horizontal lines and five grids equidistant line construction model. That is, if the three horizontal lines and two grids equidistant line construction model is suitable, the trial matching will not be continued;

[0269] Then use an electronic detection ruler to check whether each 1 / 2, 1 / 3 or 1 / 4 of each set of equally spaced lines overlaps with a horizontal stroke, or a horizontal fold, a horizontal fold lift, a horizontal left stroke, a horizontal hook, a horizontal fold hook, a horizontal fold bent hook, a horizontal oblique hook, a horizontal left stroke bent hook, a horizontal fold fold hook and the horizontal stroke part in a horizontal fold and a vertical fold fold hook, as well as the starting point, ending point, stroke turning point, stroke intersection and dot-stroke overlap of each stroke. If there is any overlap, Then, at each equidistant interval, corresponding equidistant bisectors, equidistant trisection lines, and equidistant quarter lines are established; the specific line establishment rules are: if there are two 1 / 4 positions, then equidistant quarter lines are established; if there are at each 1 / 2 position and each 1 / 3 position, then equidistant trisection lines are established; if there are at each 1 / 2 position and one 1 / 3 position, then equidistant bisectors are established; if there are only 1 / 2 positions, then equidistant bisectors are established at 1 / 2; if there are only one 1 / 3 positions, then equidistant trisection lines are established;

[0270] Then, an electronic detection ruler is used to detect whether there are any strokes above the upper edge line and below the lower edge line of the line-building model that are not separated by equidistant lines, and the height of the stroke structure is greater than the nearest minimum equidistant spacing. If there are any, the nearest edge line in the line-building model is used as the starting line, and the strokes are separated with the nearest minimum equidistant spacing until the height of the remaining stroke structure is less than the nearest minimum equidistant spacing.

[0271] Through the submodule 3 of horizontal equidistant line construction, Chinese characters are selected according to preset conditions for line construction, and a horizontal equidistant line trial construction model is established. The electronic detection ruler detects the horizontal equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0272] The first line selection point is to establish the first line in the line construction model through the highest point of the stroke in the upper right area of ​​the Chinese character. The highest point of the stroke in the upper right area of ​​the Chinese character includes the starting point, the ending point or the inflection point of the stroke;

[0273] If the highest point of the stroke in the upper right area of ​​the Chinese character is a dot, the points are selected in order of priority, which are the starting point of the dot, the center point of the length of the dot, and the end point of the dot. If the points in the first order and the following process are successfully matched, other trials will not be postponed;

[0274] An electronic detection ruler is used to respectively set up a set of 4 horizontal equidistant lines with adjustable spacing, namely, three horizontal lines and two grids, four horizontal lines and three grids, five horizontal lines and four grids, and six horizontal lines and five grids, for trial fitting and line building models. The first line of each set is built through the highest point of the stroke in the upper right area of ​​the Chinese character, and also represents the first line in our several sets of trial fitting models, and the last line represents the last horizontal equidistant line of the several sets of line building models we have set up. The points selected for the last line are, in order of priority, the lowest point of the Chinese character stroke, the lowest point of the Chinese character stroke, the lowest point of the stroke in the lower left area, the lowest point of the stroke in the lower left area, the lowest point of the stroke in the lower right area, the lowest point of the stroke in the lower right area, the lowest point of the stroke in the middle area, the lowest turning point of the stroke in the middle area, the lowest point of the stroke in the middle area, the point where the stroke in the lower left area extends to the leftmost point, and the point where the stroke in the lower right area extends to the rightmost point;

[0275] Each time the first and last lines of the equidistant line model are determined, an electronic detection ruler is used to check whether the other equally divided lines between the first line selected in the trial fitting line model and the parallel line established by the point selected to establish the last line in each trial fitting coincide with the horizontal stroke in the Chinese character stroke, or the horizontal stroke, horizontal stroke lift, horizontal left-falling stroke, horizontal hook, horizontal stroke hook, horizontal stroke bent hook, horizontal oblique hook, horizontal left-falling stroke bent hook, horizontal stroke portion in horizontal stroke, vertical stroke and vertical stroke bent hook, as well as the starting point, ending point, stroke inflection point, stroke intersection point and dot-stroke overlap. If so, Directly establish a matching horizontal equidistant line group for the target Chinese character; the specific line construction rules are: three horizontal lines and two grids require at least two lines to overlap, and at least one of the lines is not the edge line in the line construction model, four horizontal lines and three grids require at least three lines to overlap, five horizontal lines and four grids require at least four lines to overlap, and six horizontal lines and five grids require at least five lines to overlap. The trial matching order is ranked by priority as follows: three horizontal lines and two grids equidistant line construction model, four horizontal lines and three grids equidistant line construction model, five horizontal lines and four grids equidistant line construction model, and six horizontal lines and five grids equidistant line construction model. That is, if the three horizontal lines and two grids equidistant line construction model is suitable, the trial matching will not be continued;

[0276] Use an electronic detection ruler to check whether each 1 / 2, each 1 / 3 or each / 4 of each set of equally spaced lines has overlapped with a horizontal stroke, or a horizontal fold, a horizontal fold lift, a horizontal left stroke, a horizontal hook, a horizontal fold hook, a horizontal fold bent hook, a horizontal oblique hook, a horizontal left stroke bent hook, a horizontal fold hook and the horizontal stroke part in a horizontal fold and a vertical fold hook, as well as the starting point, end point, stroke turning point, stroke intersection and dot-stroke overlap of each stroke. If there is any overlap, Then, at each equidistant interval, corresponding equidistant bisectors, equidistant trisection lines, and equidistant quarter lines are established; the specific line construction rules are: if there are two 1 / 4 positions, then equidistant quarter lines are established; if there are at each 1 / 2 position and each 1 / 3 position, then equidistant trisection lines are established; if there are at each 1 / 2 position and one 1 / 3 position, then equidistant bisectors are established; if there are only 1 / 2 positions, then equidistant bisectors are established; if there are only one 1 / 3 position, then equidistant trisection lines are established;

[0277] Then, an electronic detection ruler is used to detect whether there are any strokes above the upper edge line and below the lower edge line of the line-building model that are not separated by equidistant lines, and the height of the stroke structure is greater than the nearest minimum equidistant spacing. If there are any, the nearest edge line in the line-building model is used as the starting line, and the strokes are separated with the nearest minimum equidistant spacing until the height of the remaining stroke structure is less than the nearest minimum equidistant spacing.

[0278] Through the horizontal equidistant line construction submodule 4, Chinese characters are selected according to preset conditions for line construction, and a horizontal equidistant line trial construction model is established. The electronic detection ruler detects the horizontal equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0279] Screen the characters that meet the requirements of building lines in this module by using the horizontal stroke, horizontal stroke, horizontal stroke lifting, horizontal left stroke, horizontal hook, horizontal stroke hook, horizontal stroke curved hook, horizontal left stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook, or horizontal stroke curved hook in the upper third of the height of the Chinese character structure, and select the Chinese characters that meet the requirements of building lines in this module;

[0280] An electronic measuring ruler is used to set up a set of 4 horizontal equidistant lines with adjustable spacing, namely, three horizontal lines and two grids, four horizontal lines and three grids, five horizontal lines and four grids, and six horizontal lines and five grids, respectively, to test the line-building models. The first line above is a horizontal line formed by a horizontal stroke located at the highest point in the upper third of the height of the Chinese character structure, or a horizontal stroke, a horizontal stroke lift, a horizontal left stroke, a horizontal hook, a horizontal stroke hook, a horizontal stroke hook, a horizontal stroke bent hook, a horizontal stroke bent hook, a horizontal stroke part in a horizontal stroke hook, a horizontal stroke part in a vertical stroke and a vertical stroke hook, and is also the first line in several sets of test line-building models. , and the last line below represents the last horizontal equidistant line of the several sets of line models we set up. The points selected by the last line are, in order of priority, the lowest point of the Chinese character stroke, the lowest point of the Chinese character stroke, the lowest point of the stroke in the lower left area, the lowest point of the stroke in the lower left area, the lowest point of the stroke in the lower right area, the lowest point of the stroke in the lower right area, the lowest point of the stroke in the middle area, the lowest turning point of the stroke in the middle area, the lowest point of the stroke in the middle area, the point where the stroke in the lower left area extends to the leftmost point, and the point where the stroke in the lower right area extends to the rightmost point;

[0281] Each time the first and last lines of the equidistant line model are determined, an electronic detection ruler is used to check whether the other equally divided lines between the first line selected in the trial fitting line model and the parallel line established by the point selected to establish the last line in each trial fitting coincide with the horizontal stroke, horizontal stroke, horizontal stroke lift, horizontal left-falling stroke, horizontal hook, horizontal stroke hook, horizontal stroke bent hook, horizontal oblique hook, horizontal left-falling stroke bent hook, horizontal stroke portion in horizontal stroke, vertical stroke and vertical stroke bent hook, as well as the starting point, ending point, stroke inflection point, stroke intersection point and dot-stroke of each stroke. If so, Directly establish a matching horizontal equidistant line group for the target Chinese character; the specific line construction rules are: three horizontal lines and two grids require at least two lines to overlap, and at least one of the lines is not the edge line in the line construction model, four horizontal lines and three grids require at least three lines to overlap, five horizontal lines and four grids require at least four lines to overlap, and six horizontal lines and five grids require at least five lines to overlap. The trial matching order is ranked by priority as follows: three horizontal lines and two grids equidistant line construction model, four horizontal lines and three grids equidistant line construction model, five horizontal lines and four grids equidistant line construction model, and six horizontal lines and five grids equidistant line construction model. That is, if the three horizontal lines and two grids equidistant line construction model is suitable, no mechanical trial matching will be performed;

[0282] Use an electronic detection ruler to check whether each 1 / 2, 1 / 3 or 1 / 4 of each set of equally spaced lines overlaps with a horizontal stroke, or a horizontal fold, a horizontal fold lift, a horizontal left stroke, a horizontal hook, a horizontal fold hook, a horizontal fold bent hook, a horizontal oblique hook, a horizontal left stroke bent hook, a horizontal fold fold hook and the horizontal stroke part in a horizontal fold and a vertical fold fold hook, as well as the starting point, ending point, stroke turning point, stroke intersection and dot-stroke overlap of each stroke. If there is any overlap, Then, at each equidistant interval, corresponding equidistant bisectors, equidistant trisection lines, and equidistant quarter lines are established; the specific line construction rules are: if there are two 1 / 4 positions, then equidistant quarter lines are established; if there are each 1 / 2 position and each 1 / 3 position, then equidistant trisection lines are established; if there are each 1 / 2 position and one 1 / 3 position, then equidistant bisectors are established; if there are only 1 / 2 positions, then equidistant bisectors are established; if there are only one 1 / 3 position, then equidistant trisection lines are established;

[0283] S1345, using an electronic detection ruler to detect whether there are any strokes above the upper edge line and below the lower edge line of the line construction model that are not separated by equidistant lines, and the height of the stroke structure is greater than the nearest minimum equidistant spacing; if so, using the nearest edge line in the line construction model as the starting line, and using the nearest minimum equidistant spacing to separate the strokes that are not separated by equidistant lines, until the height of the remaining stroke structure is less than the nearest minimum equidistant spacing;

[0284] Through the horizontal equidistant line construction submodule 5, Chinese characters are selected according to preset conditions for line construction, a horizontal equidistant line trial construction model is established, and the electronic detection ruler detects the horizontal equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0285] The horizontal strokes in the middle one-third of the overall height of the Chinese characters are screened, including horizontal strokes, horizontal stroke lifting, horizontal left stroke, horizontal hook, horizontal stroke hook, horizontal stroke curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook and horizontal stroke curved hook, as well as the horizontal strokes in the vertical stroke and the horizontal stroke curved hook, to select the Chinese characters that meet the requirements of line construction in this module;

[0286] Then select the horizontal stroke located at the middle point of the height of the Chinese character or the horizontal stroke closest to the middle point, or the horizontal stroke part in the horizontal fold, horizontal fold lifting, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold hook and horizontal fold fold left stroke, and the horizontal stroke part in the fold of the vertical fold and the vertical fold hook to establish a horizontal equidistant line group; if there are two horizontal strokes or horizontal stroke parts of other strokes equidistant from the middle point above and below the middle point of the height of the Chinese character, select the horizontal stroke above the middle point to establish a horizontal equidistant line group;

[0287] Take the horizontal line of this horizontal stroke as the center line, and the vertical distance from the point that is closest to the vertical distance between the upper and lower points expressing the height of the Chinese character as the equal distance spacing, and build two equidistant parallel lines upward and downward, that is, the three horizontal and two grid line construction model;

[0288] Use an electronic detection ruler to check whether each 1 / 2, 1 / 3 and 1 / 4 of each set of equally spaced lines overlap with the horizontal stroke, horizontal fold, horizontal fold lift, horizontal left-falling stroke, horizontal hook, horizontal fold hook, horizontal fold bent hook, horizontal oblique hook, horizontal left-falling hook, horizontal fold hook and the horizontal stroke part in the horizontal fold and the vertical fold hook, as well as the starting point, end point, stroke turning point, stroke intersection and dot-stroke of each stroke. If so, check Establish corresponding equidistant bisectors, equidistant trisections, and equidistant quarters for each equidistant interval; the specific line construction rules are: if there are two 1 / 4 positions, establish equidistant quarters; if there are points at each 1 / 2 position and each 1 / 3 position, establish equidistant trisections; if there are points at each 1 / 2 position and one 1 / 3 position, establish equidistant bisectors; if there are more than 1 / 2 points, establish equidistant bisectors; if there is only one 1 / 3 position, establish equidistant trisections;

[0289] Use an electronic detection ruler to detect whether there are strokes above the upper edge line and below the lower edge line of the line-building model that are not separated by equidistant lines, and the height of the stroke structure is greater than the nearest minimum equidistant spacing. If there are, use the nearest edge line in the line-building model as the starting line and separate these strokes with the nearest minimum equidistant spacing until the height of the remaining stroke structure is less than the nearest minimum equidistant spacing.

[0290] Through the horizontal equidistant line construction submodule 6, Chinese characters are selected according to preset conditions for line construction, and a horizontal equidistant line trial construction model is established. The electronic detection ruler detects the horizontal equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0291] When the lower one-third of the height of the Chinese character structure contains a horizontal stroke or a horizontal fold, a horizontal fold lifting, a horizontal left stroke, a horizontal hook, a horizontal fold hook, a horizontal fold curved hook, a horizontal oblique hook, a horizontal left stroke curved hook, a horizontal fold fold hook, a horizontal stroke part in a horizontal fold fold left stroke, or a horizontal stroke part in a vertical fold and a vertical fold fold hook, select the Chinese characters that meet the requirements of building lines in this module;

[0292] An electronic measuring ruler is used to set up a group of 4 horizontal equidistant lines with adjustable spacing, namely, three horizontal lines and two grids, four horizontal lines and three grids, five horizontal lines and four grids, and six horizontal lines and five grids, to test the line construction model, wherein the bottom line of each group is selected to pass through the lowest horizontal stroke at the lower third of the height of the Chinese character structure, or a horizontal stroke, a horizontal stroke lifting, a horizontal left stroke, a horizontal hook, a horizontal stroke hook, a horizontal stroke hook, a horizontal stroke bent hook, a horizontal oblique hook, a horizontal left stroke bent hook, a horizontal stroke part in a horizontal stroke bent hook, or a horizontal stroke contained in a vertical stroke and a vertical stroke hook. The horizontal line is constructed for the stroke part, and it also represents the bottom line of several groups of trial matching line construction models. The top line represents the top line of several groups of trial matching line construction models. The points selected by the top line are, in order of priority, the highest starting point of the Chinese character stroke, the highest ending point of the Chinese character stroke, the highest starting point of the upper left area stroke, the highest ending point of the upper left area stroke, the highest starting point of the upper right area stroke, the highest ending point of the upper right area stroke and the highest starting point of the middle area stroke;

[0293] Each time the top and bottom two lines of the equidistant line model are determined, an electronic detection ruler is used to check whether the other equally divided lines between the first line selected in the trial fitting line model and the parallel line established by the point selected to establish the last line in each trial fitting coincide with the horizontal stroke, horizontal fold, horizontal fold lift, horizontal left-falling stroke, horizontal hook, horizontal fold hook, horizontal fold bent hook, horizontal oblique hook, horizontal left-falling stroke bent hook, horizontal fold bent hook, horizontal fold hook, horizontal stroke part in the horizontal fold and vertical fold bent hook, as well as the starting point, ending point, stroke inflection point, stroke intersection point and dot-stroke of each stroke. If so, then Directly establish a matching horizontal equidistant line group for the target Chinese character; the specific line construction rules are: three horizontal lines and two grids require at least two lines to overlap, and at least one of the lines is not the edge line in the line construction model, four horizontal lines and three grids require at least three lines to overlap, five horizontal lines and four grids require at least four lines to overlap, and six horizontal lines and five grids require at least five lines to overlap. The trial matching order is ranked by priority as follows: three horizontal lines and two grids equidistant line construction model, four horizontal lines and three grids equidistant line construction model, five horizontal lines and four grids equidistant line construction model, and six horizontal lines and five grids equidistant line construction model. That is, if the three horizontal lines and two grids equidistant line construction model is suitable, the trial matching will not be continued;

[0294] Use an electronic detection ruler to check whether each 1 / 2, 1 / 3 or 1 / 4 of each set of equally spaced lines overlaps with the horizontal stroke, horizontal fold, horizontal fold lift, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold bent hook, horizontal oblique hook, horizontal left stroke bent hook, horizontal fold fold hook and the horizontal stroke part in the horizontal fold and the fold of the vertical fold fold hook, as well as the starting point, end point, stroke turning point, stroke intersection and dot-stroke of each stroke. If so, check on each Establish corresponding equidistant bisectors, equidistant trisection lines, and equidistant quarter lines at equidistant intervals; the specific line construction rules are: if there are two 1 / 4 positions, establish equidistant quarter lines; if there are points at each 1 / 2 position and each 1 / 3 position, establish equidistant trisection lines; if there are points at each 1 / 2 position and one 1 / 3 position, establish equidistant bisectors; if there are more than points at only 1 / 2 position, establish equidistant bisectors; if there are points at only one 1 / 3 position, establish equidistant trisection lines;

[0295] Use an electronic detection ruler to detect whether there are strokes above the upper edge line and below the lower edge line of the line-building model that are not separated by equidistant lines, and the height of the stroke structure is greater than the nearest minimum equidistant spacing. If there are, use the nearest edge line in the line-building model as the starting line and separate these strokes with the nearest minimum equidistant spacing until the height of the remaining stroke structure is less than the nearest minimum equidistant spacing.

[0296] Through the horizontal equidistant line construction submodule 7, Chinese characters are selected according to preset conditions for line construction, and a horizontal equidistant line trial construction model is established. The electronic detection ruler detects the horizontal equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0297] Select the Chinese characters that meet the requirements of line building in this module according to the selected radicals, then select the radical points as the starting points to establish two horizontal equidistant lines through the radical strokes, and use the spacing as the equidistant spacing to establish an equidistant line group; use the spacing between the two established parallel lines as the equidistant spacing, and use the two parallel lines as the starting lines to establish equidistant separation lines towards the top and bottom of the Chinese character structure, until the height of the remaining stroke structure not separated by the equidistant lines is less than the height of the equidistant spacing;

[0298] Use an electronic detection ruler to detect whether there are horizontal strokes, horizontal folds, horizontal fold liftings, horizontal left strokes, horizontal hooks, horizontal fold hooks, horizontal fold curved hooks, horizontal oblique hooks, horizontal left stroke curved hooks, horizontal fold hooks and horizontal stroke parts in horizontal folds and vertical fold hooks, as well as the starting points, ending points, stroke turning points, stroke intersections and dot-stroke overlaps of each stroke at each 1 / 2 and each 1 / 3 of each set of equidistant line intervals. If so, establish corresponding equidistant bisectors and trisection lines at each equidistant interval. The specific line construction rules are: if there are at each 1 / 2 and each 1 / 3, establish equidistant trisection lines; if there are at each 1 / 2 and one 1 / 3, establish equidistant bisectors; if there are at only one 1 / 2, establish equidistant bisectors; if there are at only one 1 / 3, establish equidistant trisection lines;

[0299] Then, an electronic detection ruler is used to detect whether there are any remaining strokes above the upper edge line and below the lower edge line of the line-building model that are not separated by equidistant lines, and the height of the stroke structure is greater than the nearest minimum equidistant spacing. If there are any, the nearest edge line in the line-building model is used as the starting line, and the strokes are separated with the nearest minimum equidistant spacing until the height of the remaining stroke structure is less than the nearest minimum equidistant spacing.

[0300] Through the horizontal equidistant line construction submodule eight, Chinese characters are selected according to preset conditions for line construction, a horizontal equidistant line trial construction model is established, and the electronic detection ruler detects the horizontal equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0301] Screen the characters with two or more horizontal strokes in the overall height, including horizontal stroke, horizontal stroke lifting, horizontal left stroke, horizontal hook, horizontal stroke hook, horizontal stroke curved hook, horizontal oblique hook, horizontal stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook, and horizontal stroke curved hook, as well as the horizontal stroke part in the vertical stroke and the vertical stroke curved hook, and select the Chinese characters that meet the requirements of line construction in this module;

[0302] Select two horizontal strokes that are closest to each other, including the horizontal stroke parts of other strokes, and the distance between the two horizontal strokes or the horizontal stroke parts of other strokes is greater than or equal to 1 / 10 of the height of the Chinese character; if two groups of horizontal strokes or the horizontal stroke parts of other strokes appear at the same time and the distance between them is closest, select the upper group of horizontal strokes or the horizontal stroke parts of other strokes to build the line;

[0303] Using an electronic measuring ruler to detect, when the spacing between two horizontal strokes including the horizontal stroke parts of other strokes is just stuck at 1 / 6, 1 / 7, 1 / 8, 1 / 9, 1 / 10 of the overall height of the Chinese character, connect the starting point of the line trace of the upper horizontal stroke or the horizontal stroke part of other strokes to the middle point of the trace width at the midpoint of the overall length of the horizontal stroke part of the same horizontal stroke or other strokes, take the horizontal direction of this connecting line as the horizontal direction, pass through the middle point of the trace width at the midpoint of the overall length of the horizontal stroke part of the lower horizontal stroke or other strokes, and establish a connecting line parallel to the line, take the spacing between the two parallel lines as the equidistant spacing, take the lateral direction of the connecting line as the lateral direction, take the two parallel lines as the starting line, and respectively establish horizontal equidistant separation lines to the top and bottom of the Chinese character structure, until the upper and lower strokes of the Chinese character structure are separated by equidistant lines;

[0304] Using an electronic detection ruler to detect, when the spacing between two horizontal strokes including the horizontal strokes of other strokes is less than 1 / 3 of the overall height of the Chinese character and greater than 1 / 8 of the overall height of the Chinese character, a horizontal line of the upper horizontal stroke including the horizontal strokes of other strokes is established, and a parallel line of the horizontal line of the upper horizontal stroke is established through the starting point of the lower horizontal stroke line trace, and the spacing between the two parallel lines is the equal spacing, and the two parallel lines are used as the starting lines to establish horizontal equal spacing separation lines above and below the Chinese character structure, respectively, until the height of the remaining stroke structures above and below the Chinese character structure that are not separated by the equal spacing lines is less than the height of the equal spacing;

[0305] Then use an electronic detection ruler to check whether there is any overlap between the 1 / 2 of the interval of each set of equidistant lines and the horizontal stroke, horizontal fold, horizontal fold lifting, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold fold hook and the horizontal stroke part in the horizontal fold fold left stroke, or the horizontal stroke part contained in the vertical fold and the vertical fold fold hook, as well as the starting point, end point, stroke turning point, stroke intersection point and dot-stroke of each stroke. If so, directly establish the equidistant bisection line;

[0306] Then, an electronic detection ruler is used to detect whether there are any strokes above the upper edge line and below the lower edge line of the line-building model that are not separated by equidistant lines, and the height of the stroke structure is greater than the nearest minimum equidistant spacing. If there are any, the nearest edge line in the line-building model is used as the starting line, and the strokes are separated with the nearest minimum equidistant spacing until the height of the remaining stroke structure is less than the nearest minimum equidistant spacing.

[0307] Through the transverse equidistant line construction submodule nine, Chinese characters are selected according to preset conditions for line construction, a transverse equidistant line trial construction model is established, and the electronic detection ruler detects the transverse equidistant line trial construction model. The method of establishing the corresponding equidistant segmentation line at each equidistant interval is as follows:

[0308] The last part of the target Chinese character that is not constructed with horizontal equidistant lines;

[0309] Build the line with three horizontal and two grid equidistant lines;

[0310] Using an electronic detection ruler to detect, in the stroke structure of a Chinese character, if there is a horizontal stroke, or a horizontal stroke portion in a horizontal fold, a horizontal fold lift, a horizontal left stroke, a horizontal hook, a horizontal fold hook, a horizontal fold curved hook, a horizontal oblique hook, a horizontal left stroke curved hook, a horizontal fold fold hook, and a horizontal fold fold left stroke, or a horizontal stroke portion in a vertical fold and a vertical fold fold hook, select the horizontal direction of the topmost horizontal stroke in the Chinese character structure or the horizontal stroke portion in other strokes as the horizontal direction, and establish a horizontal equidistant line group of three horizontal strokes and two grids with the overall height of the Chinese character as the height, that is, the three horizontal equidistant lines pass through the highest point, the lowest point, and the middle point of the height of the Chinese character respectively; if there is only one horizontal stroke left in the Chinese character structure or a horizontal stroke portion in other strokes, select the horizontal direction of this horizontal stroke to establish a horizontal equidistant line group of three horizontal strokes and two grids; if there is no horizontal stroke or a horizontal stroke portion of other strokes in the Chinese character stroke, select the horizontal direction of the horizontal stroke to establish a horizontal equidistant line group of three horizontal strokes and two grids with the horizontal direction of the horizontal line as the horizontal direction;

[0311] Then use an electronic detection ruler to check whether there are any horizontal strokes, or horizontal folds, horizontal fold lifts, horizontal left strokes, horizontal hooks, horizontal fold hooks, horizontal fold bent hooks, horizontal oblique hooks, horizontal left stroke bent hooks, horizontal fold hooks and horizontal stroke parts in horizontal folds and horizontal fold hooks, as well as the horizontal stroke parts contained in the folds of vertical folds and vertical fold hooks, as well as the starting points, ending points, stroke turning points, stroke intersections and dot-stroke overlaps of each stroke. If so, establish corresponding equidistant bisectors, trisections or quarters at each equidistant interval; the specific line construction rules are: if there are two 1 / 4s, establish equidistant quarters; if there are at each 1 / 2 and each 1 / 3, establish equidistant trisections; if there is one at each 1 / 2 and 1 / 3, establish equidistant bisectors; if there is only one at 1 / 2, establish equidistant bisectors; if there is only one at 1 / 3, establish equidistant trisections.

[0312] The present application also provides an electronic device, comprising a memory for storing one or more programs; a processor; when the one or more programs are executed by the processor, the method as described in any one of the first aspects above is implemented.

[0313] The present application also provides a computer-readable storage medium having a computer program stored thereon, and when the computer program is executed by a processor, the method according to any one of the above-mentioned first aspects is implemented.

[0314] The above are only preferred embodiments of the present invention and are not intended to limit the present invention. For those skilled in the art, the present invention may have various modifications and variations. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included in the protection scope of the present invention.

[0315] It will be apparent to those skilled in the art that the present application is not limited to the details of the exemplary embodiments described above, and that the present application can be implemented in other specific forms without departing from the spirit or essential features of the present application. Therefore, the embodiments should be considered exemplary and non-limiting in all respects, and the scope of the present application is defined by the appended claims rather than the above description, and it is intended that all changes falling within the meaning and scope of the equivalent elements of the claims be included in the present application. Any reference numeral in a claim should not be considered as limiting the claim to which it relates.

Claims

1. A line-building and positioning system for assisting calligraphy practitioners to quickly master the structure of Chinese characters, characterized in that: Including work preparation module and line building module, The work preparation module includes an identification and screening submodule, a detection submodule and a line building tool library submodule; The recognition and screening submodule is used to recognize horizontal and vertical strokes in the material library; The detection submodule is used to identify and detect the Chinese character font, font size, structure type, structure width and height, stitch direction and stitch width, so as to complete the selection of the line point location, line direction and line spacing before and during the line construction of the target Chinese character; The line building tool library submodule is used to exclude the Chinese characters built in this module from the target Chinese characters after each module is completed, under the premise of selecting the font size and a certain number of Chinese characters as the line building targets, until the line building of the last module is completed, that is, the line building of all the designated target Chinese characters is completed; The line building module includes a vertical equidistant line building submodule and a horizontal equidistant line building submodule; The vertical equidistant line construction submodule is used to select Chinese characters according to preset conditions for line construction. The electronic detection ruler detects the vertical equidistant lines and tries to fit the line construction model, and establishes corresponding equidistant segmentation lines at each equidistant interval; The submodule for building horizontal equidistant lines is used to select Chinese characters for line building according to preset conditions. The electronic detection ruler detects the horizontal equidistant lines and tries to fit the line building model, and establishes corresponding equidistant dividing lines at each equidistant interval.

2. A line-building and positioning system for assisting calligraphy practitioners to quickly master the structure of Chinese characters according to claim 1, characterized in that: The vertical equidistant line establishment submodule is used in the electronic detection ruler to detect the vertical equidistant line trial establishment model. Establishing the corresponding equidistant dividing line at each equidistant interval means setting an equidistant bisection line or an equidistant trisection line at each 1 / 2 or each 1 / 3, or setting an equidistant bisection line, an equidistant trisection line and an equidistant quadrant line at each 1 / 2 or each 1 / 3 and each 1 / 4.

3. A line-building and positioning system for assisting calligraphers to quickly master the structure of Chinese characters according to claim 2, characterized in that: The vertical equidistant line construction submodule includes a vertical equidistant line construction submodule 1, a vertical equidistant line construction submodule 2, a vertical equidistant line construction submodule 3, a vertical equidistant line construction submodule 4, a vertical equidistant line construction submodule 5, a vertical equidistant line construction submodule 6, a vertical equidistant line construction submodule 7, a vertical equidistant line construction submodule 8, a vertical equidistant line construction submodule 9, a vertical equidistant line construction submodule 10, a vertical equidistant line construction submodule 11 and a vertical equidistant line construction submodule 12; The first vertical equidistant line construction submodule is used to select all target Chinese characters for line construction, establish a set of four vertical equidistant line construction models with adjustable spacing, namely, three vertical lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids, establish a corresponding vertical equidistant line group for the target Chinese characters, and establish equidistant separation lines at every 1 / 2 or every 1 / 3 of the spacing between every two equidistant lines that have been established; The second vertical equidistant line construction submodule is used to select the width of the stroke extending from the upper left area of ​​the Chinese character to the leftmost point to the stroke extending from the upper right area of ​​the Chinese character to the rightmost point, and to establish a set of three vertical equidistant lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids with adjustable spacing to test the construction model, and to establish a corresponding vertical equidistant line group for the target Chinese character, and to establish an equidistant separator line at each 1 / 2 or 1 / 3 of the spacing between every two equidistant lines that have been established; The third vertical equidistant line construction submodule is used to select the width of the stroke extending from the upper left area of ​​the Chinese character to the leftmost point to the stroke extending from the lower right area of ​​the Chinese character to the rightmost point for line construction, and to establish a set of four types of vertical equidistant line construction models with adjustable spacing, namely, three vertical lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids, to establish a corresponding vertical equidistant line group for the target Chinese character; and to establish equidistant separator lines at each 1 / 2 or each 1 / 3 of the spacing between every two equidistant lines that have been established; The fourth vertical equidistant line construction submodule is used to select the width of the stroke extending from the upper right area of ​​the Chinese character to the rightmost point to the stroke extending from the lower left area of ​​the Chinese character to the leftmost point for line construction; a set of four types of vertical equidistant line construction models with adjustable spacing, namely, three vertical lines with two grids, four vertical lines with three grids, five vertical lines with four grids, and six vertical lines with five grids, is established to establish a corresponding vertical equidistant line group for the target Chinese character; an equidistant separator line is established at each 1 / 2 or each 1 / 3 of the spacing between every two equidistant lines that have been established; The fifth vertical equidistant line construction submodule is used to select the vertical strokes, vertical left strokes, vertical lifting strokes, vertical folds, vertical bends, vertical hooks, vertical bend hooks, vertical fold hooks, and vertical parts of vertical left strokes, starting points of left strokes, stroke intersections, starting points of right strokes, stroke turning points, dot strokes, and stroke ending points of strokes on the midpoint line with the widest width at or above the half height of the Chinese character; to establish a three-vertical two-grid line construction model with the widest width at or above the half height of the Chinese character as the overall width of the three-vertical two-grid line construction model; to set equidistant two-dividing lines, equidistant three-dividing lines, or equidistant four-dividing lines at each 1 / 2, 1 / 3, or 1 / 4 of the distance between each two equidistant lines that have been established; The sixth vertical equidistant line construction submodule is used to select the vertical strokes in the middle 1 / 3 area of ​​the width of the Chinese character, which have only one vertical stroke, or the vertical left-falling stroke, vertical lifting stroke, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical bend hook and the vertical part of the vertical left-falling stroke, or the starting point of the left-falling stroke and the starting point of the right stroke, and the stroke intersection point; the vertical strokes in the middle 1 / 3 area, or the vertical left-falling stroke, vertical lifting stroke, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical bend hook and the vertical part of the vertical left-falling stroke, or the starting point of the left-falling stroke and the vertical left-falling stroke, the starting point of the right stroke, and the stroke intersection point, and the horizontal distance between the near side of the two boundary points expressing the width of the Chinese character are used as the spacing to establish the vertical equidistant line, and then the vertical strokes or the vertical stroke part of the stroke or the stroke intersection point, the starting point of the left-falling stroke and the vertical left-falling stroke, and the starting point of the right stroke are used as the starting point to establish the equidistant line to the other side of the Chinese character structure with the same spacing; Set an equidistant bisector, equidistant trisection or equidistant quarter section at every 1 / 2, 1 / 3 or 1 / 4 of the distance between every two equidistant lines that have been built; The seventh vertical equidistant line construction submodule is used to select lines based on the middle one-third of the stroke width of a Chinese character with two or only two vertical strokes, including vertical left strokes, vertical lifting strokes, vertical folds, vertical bends, vertical hooks, vertical bend hooks, vertical fold hooks, and the vertical parts of vertical fold left strokes, and the minimum width of the two vertical strokes is not less than 1 / 8 of the entire width of the Chinese character; Taking the distance between two vertical strokes as the equidistant distance, taking the two vertical strokes as the starting line, respectively establish equidistant lines on both sides of the distance, until the width of the stroke structure on both sides of the edge of the line model that is not separated by the equidistant lines is less than the width of the equidistant distance; setting equidistant bisection lines and equidistant trisection lines at each 1 / 2 or each 1 / 3 of the distance between every two equidistant lines that have been established; The eighth vertical equidistant line construction submodule is used to divide the entire width of the Chinese character into three equal parts, and in the 1 / 3 width on the left side, there is only one vertical stroke, or the vertical part of the vertical left stroke, vertical lifting, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and vertical fold left stroke for line construction screening; in the width from the vertical stroke to the rightmost side of the Chinese character structure, four vertical equidistant line construction models of three vertical lines and two grids, four vertical lines and three grids, five vertical lines and four grids, and six vertical lines and five grids are used for trial matching, and a matching vertical equidistant line construction model is established for this width interval of the target Chinese character structure; an equidistant bisection line or an equidistant trisection line is set at each 1 / 2 or each 1 / 3 of the distance between every two equidistant lines that have been established; The ninth vertical equidistant line construction submodule is used to divide the entire width of a Chinese character into three equal parts. In the 1 / 3 width on the right side, there is only one vertical stroke or a vertical left-falling stroke, a vertical lifting stroke, a vertical fold, a vertical bend, a vertical hook, a vertical bend hook, a vertical fold hook, and a vertical fold left-falling stroke for line construction screening; in the width from the vertical stroke to the leftmost side of the Chinese character structure, four vertical equidistant line construction models of three vertical lines and two grids, four vertical lines and three grids, five vertical lines and four grids, and six vertical lines and five grids are used for trial matching, and a matching vertical equidistant line construction model is established for this width interval of the target Chinese character structure; an equidistant bisection line or an equidistant trisection line is set at each 1 / 2 or each 1 / 3 of the distance between every two equidistant lines that have been established; The tenth vertical equidistant line construction submodule is used to establish two vertical equidistant lines based on the radical and to establish a vertical equidistant line group based on the spacing as the equidistant spacing for line construction and screening; select radical points and a group of equidistant lines for line construction; establish two equidistant vertical lines perpendicular to the horizontal line based on the selected points, and establish a vertical equidistant line group based on the spacing between the two lines as the equidistant spacing; take two vertical lines based on the radical and use the two vertical lines as the equidistant spacing, and use the two vertical lines as the starting lines to establish a vertical equidistant line group to the left and right within the width of the Chinese character, until the width of the remaining stroke structure not separated by the equidistant lines is less than the equidistant line spacing; equidistant bisection lines or equidistant trisection lines are established at each 1 / 2 or each 1 / 3 of the spacing between each two equidistant lines that have been established; The eleventh vertical equidistant line construction submodule is used to select the two closest vertical strokes according to the condition that the spacing between the two selected vertical strokes is greater than or equal to 1 / 8 of the width of the Chinese character and less than 1 / 3 of the width of the Chinese character, based on the fact that there are multiple vertical strokes greater than or equal to 2 in the entire width of the Chinese character, including vertical left strokes and vertical lifting, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and the vertical part of the vertical left stroke; respectively establish two vertical parallel lines through the starting points of the line traces of the two vertical strokes, including the vertical left stroke and the vertical lifting, vertical fold, vertical bend, vertical hook, vertical bend hook, vertical fold hook and the vertical part of the vertical left stroke, and establish equidistant dividing lines to the Chinese character strokes on both sides of the spacing with the spacing as the equidistant spacing and the two vertical parallel lines as the starting lines, until the width of the remaining stroke structure on both sides is less than the nearest minimum equidistant spacing; set an equidistant bisection line or an equidistant trisection line at each 1 / 2 or each 1 / 3 of the spacing between each two equidistant lines that have been established; The vertical equidistant line construction submodule twelve is used to select the remaining Chinese characters in the target Chinese characters that are not formed by the vertical equidistant line group; to establish a vertical equidistant line group with the three vertical and two grid line construction model with the overall width of the Chinese character as the width; to set an equidistant bisection line or an equidistant trisection line at each 1 / 2 or each 1 / 3 of the distance between every two equidistant lines that have been established.

4. A line-building and positioning system for assisting calligraphy practitioners to quickly master the structure of Chinese characters according to claim 1, characterized in that: The transverse equidistant line establishment submodule is used in the test establishment model of transverse equidistant lines detected by the electronic detection ruler. Establishing corresponding equidistant dividing lines at each equidistant interval means establishing corresponding equidistant bisection lines and equidistant trisection lines at each equidistant interval, or establishing corresponding equidistant bisection lines, equidistant trisection lines and equidistant quadrisection lines at each equidistant interval.

5. A line-building and positioning system for assisting calligraphy practitioners to quickly master the structure of Chinese characters according to claim 4, characterized in that: The transverse equidistant line construction submodule includes transverse equidistant line construction submodule one, transverse equidistant line construction submodule two, transverse equidistant line construction submodule three, transverse equidistant line construction submodule four, transverse equidistant line construction submodule five, transverse equidistant line construction submodule six, transverse equidistant line construction submodule seven, transverse equidistant line construction submodule eight and transverse equidistant line construction submodule nine; The first submodule of horizontal equidistant line construction is used for selecting lines with all target Chinese characters; the first line selection point is to establish the first line in the line construction model through the highest point of the stroke in the Chinese character structure, and the highest point of the stroke includes the starting point, the end point or the turning point of the stroke; an equidistant bisection line, an equidistant trisection line or an equidistant quarter line is set at each 1 / 2, each 1 / 3 or each 1 / 4 of the spacing of each group of equidistant lines that have been established; The second horizontal equidistant line construction submodule is used to construct the first line. The selection point is to establish the first line in the line construction model through the highest point of the stroke in the upper left area of ​​the Chinese character. The highest point of the stroke in the upper left area of ​​the Chinese character includes the starting point, the end point or the turning point of the stroke; an equidistant bisection line, an equidistant trisection line or an equidistant quadrant line is set at each 1 / 2, each 1 / 3 or each 1 / 4 of the spacing of each group of equidistant lines that have been established; The third submodule for building horizontal equidistant lines is used to build the first line. The selection point is to build the first line in the line building model through the highest point of the stroke in the upper right area of ​​the Chinese character. The highest point of the stroke in the upper right area of ​​the Chinese character includes the starting point, the ending point or the turning point of the stroke; an equidistant bisection line, an equidistant trisection line or an equidistant quadrant line is set at each 1 / 2, each 1 / 3 or each 1 / 4 of the spacing of each group of equidistant lines that have been built; The fourth submodule for building horizontal equidistant lines is used to select Chinese characters that meet the requirements for building lines in this module when the upper third of the height of the Chinese character structure contains a horizontal stroke or a horizontal fold, a horizontal fold lifting, a horizontal left stroke, a horizontal hook, a horizontal fold hook, a horizontal fold curved hook, a horizontal oblique hook, a horizontal left stroke curved hook, a horizontal fold hook, a horizontal fold left stroke, or a horizontal stroke contained in the fold of a vertical fold and a vertical fold hook; a set of four horizontal equidistant lines with adjustable spacing, namely, three horizontal lines and two grids, four horizontal lines and three grids, five horizontal lines and four grids, and six horizontal lines and five grids, are set up to test the line building model, and equidistant bisection lines, equidistant trisection lines, or equidistant quarter lines are set up at each 1 / 2, each 1 / 3, or each 1 / 4 of the spacing of each set of equidistant lines that have been built; The fifth submodule for constructing horizontal equidistant lines is used to select the Chinese characters that meet the requirements for line construction in this module based on the horizontal strokes in the middle one-third of the overall height of the Chinese characters, including horizontal strokes, horizontal stroke lifting, horizontal left stroke, horizontal hook, horizontal stroke hook, horizontal stroke curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook and horizontal stroke part in horizontal stroke curved hook, vertical stroke and vertical stroke curved hook; and then select the horizontal stroke located at the middle point of the height of the Chinese characters or the horizontal stroke closest to the middle point or the horizontal stroke, horizontal stroke lifting, horizontal left stroke, horizontal hook, horizontal stroke hook, horizontal stroke part in horizontal stroke curved hook, horizontal stroke curved hook, horizontal stroke curved hook and horizontal stroke part in horizontal stroke curved hook. A horizontal equidistant line group is established horizontally for the horizontal stroke part in the hook, horizontal oblique hook, horizontal left-falling hook, horizontal-fold-fold hook and horizontal-fold-fold-left-falling hook, and the horizontal stroke part in the vertical fold and the horizontal stroke part in the fold of the vertical fold-fold hook; if there are two horizontal strokes or horizontal stroke parts of other strokes equidistant from the midpoint above and below the midpoint of the height of the Chinese character, the horizontal stroke above the midpoint is selected to establish an equidistant line group horizontally; equidistant bisectors, equidistant trisecting lines or equidistant quartering lines are set at 1 / 2, every 1 / 3 and every 1 / 4 of the spacing of each group of equidistant lines that have been established; The sixth submodule for establishing horizontal equidistant lines is to select Chinese characters that meet the requirements for establishing lines in this module when the lower third of the height of the Chinese character structure contains a horizontal stroke or a horizontal fold, a horizontal fold lifting, a horizontal left stroke, a horizontal hook, a horizontal fold hook, a horizontal fold curved hook, a horizontal left stroke curved hook, a horizontal fold hook, a horizontal fold fold left stroke, or a horizontal stroke contained in a fold of a vertical fold and a vertical fold fold hook; a set of four horizontal equidistant lines with adjustable spacing, namely, three horizontal lines and two grids, four horizontal lines and three grids, five horizontal lines and four grids, and six horizontal lines and five grids, and an equidistant bisection line, an equidistant trisection line, or an equidistant quarter section line is set at each 1 / 2, each 1 / 3, or each 1 / 4 of the spacing of each set of equidistant lines that have been established; Submodule 7 of horizontal equidistant line construction: select Chinese characters that meet the requirements of line construction in this module according to the selected radicals, then select the radical points as the starting points to pass through the radical strokes to establish two horizontal equidistant lines, and use the spacing as the equidistant spacing to establish an equidistant line group; use the spacing of the two established parallel lines as the equidistant spacing, and use the two parallel lines as the starting lines to establish equidistant separation lines to the top and bottom of the Chinese character structure, until the height of the remaining stroke structure not separated by the equidistant lines is less than the height of the equidistant spacing; set equidistant bisection lines and trisection lines at each 1 / 2 and each 1 / 3 of the spacing of each group of established equidistant lines; The eighth submodule for constructing horizontal equidistant lines is used to select Chinese characters that meet the requirements for constructing lines in this module by screening the characters that have two or more horizontal strokes in the overall height, including horizontal strokes, horizontal stroke lifting strokes, horizontal left strokes, horizontal hooks, horizontal stroke hooks, horizontal stroke curved hooks, horizontal oblique hooks, horizontal left stroke curved hooks, horizontal stroke hooks, and horizontal stroke parts in horizontal strokes and vertical strokes and vertical strokes and hooks; select the two horizontal strokes that are closest to each other, including the horizontal stroke parts of other strokes, and the spacing between the two horizontal strokes or the horizontal stroke parts of other strokes is greater than or equal to 1 / 10 of the height of the Chinese character; if two groups of horizontal strokes or the horizontal stroke parts of other strokes appear at the same time and the spacing between them is closest, then select the upper group of horizontal strokes or the horizontal stroke parts of other strokes to construct the line; When the spacing between two horizontal strokes including the horizontal stroke parts of other strokes is just stuck at 1 / 6, 1 / 7, 1 / 8, 1 / 9, 1 / 10 of the overall height of the Chinese character, connect the starting point of the line trace of the upper horizontal stroke or the horizontal stroke part of other strokes to the middle point of the trace width at the midpoint of the overall length of the horizontal stroke part of the same horizontal stroke or other strokes, take the horizontal direction of this connecting line as the horizontal direction, pass through the middle point of the trace width at the midpoint of the overall length of the horizontal stroke part of the lower horizontal stroke or other strokes, and establish a connecting line parallel to the line, take the spacing between the two parallel lines as the equidistant spacing, take the lateral direction of the connecting line as the lateral direction, take the two parallel lines as the starting line, and respectively establish horizontal equidistant separation lines to the top and bottom of the Chinese character structure, until the upper and lower strokes of the Chinese character structure are separated by the equidistant lines; When the spacing between two horizontal strokes including the horizontal stroke parts of other strokes is less than 1 / 3 of the overall height of the Chinese character and greater than 1 / 8 of the overall height of the Chinese character, a horizontal line of the upper horizontal stroke including the horizontal stroke parts of other strokes is established, and a parallel line of the upper horizontal stroke is established through the starting point of the lower horizontal stroke line trace, and the spacing between the two parallel lines is the equal spacing, and the two parallel lines are used as the starting lines to establish horizontal equal spacing separation lines above and below the Chinese character structure, respectively, until the height of the remaining stroke structures above and below the Chinese character structure that are not separated by the equal spacing lines is less than the height of the equal spacing; An equidistant bisector is set at every 1 / 2 of the interval of each set of equidistant lines that have been built; The 9th submodule for constructing horizontal equidistant lines is used to construct the last part of the target Chinese character that has not been constructed with horizontal equidistant lines with three horizontal and two grid equidistant lines; In all the Chinese character stroke structures in the material library, if there is a horizontal stroke, or a horizontal stroke part in a horizontal fold, horizontal fold lift, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold hook and horizontal fold right stroke, or a horizontal stroke part in a vertical fold and a vertical fold hook, then the horizontal stroke at the top of the Chinese character structure or the horizontal stroke part in other strokes is selected as the horizontal stroke, and a three-horizontal and two-grid horizontal equidistant line group is established with the overall height of the Chinese character as the height. In each group of equidistant line spacing that has been established, equidistant bisectors, equidistant thirds or equidistant fourths are set at every 1 / 2, 1 / 3 or 1 / 4 of the spacing between each set of equidistant lines.

6. A method for assisting calligraphy practitioners to quickly master the line-building and positioning system of Chinese character structures, characterized in that The following steps are included in sequence: Step 1: Select the required font and a certain number of Chinese characters in the same font and store them in the tool library in the form of radical classification and structure classification; Step 2, select the stroke materials of the required font and put them into the material library. The stroke materials include dot stroke, horizontal stroke, horizontal left stroke, horizontal fold, horizontal fold hook, vertical stroke, vertical left stroke, vertical hook, vertical lift, vertical fold, fold left stroke, left fold and other strokes; Step 3: Schematic diagram of the starting point, ending point, turning point, crossing point and starting point of each stroke; Step 4, the horizontal strokes and vertical strokes are identified respectively. The identification of horizontal strokes includes horizontal fold, horizontal fold lifting, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold fold hook, and the horizontal stroke part in horizontal fold fold left stroke, as well as the horizontal stroke part in the fold of vertical fold and vertical fold fold hook; the identification of vertical strokes includes vertical left stroke, vertical lifting, vertical fold, vertical bend, vertical hook, vertical curved hook, vertical fold fold hook, and the vertical part in vertical fold left stroke; Step 5: Define the range of the structural dimensions of the Chinese character. The height of the Chinese character structure refers to the vertical distance between the highest point and the lowest point of the stroke in the Chinese character structure of the selected font size. The width of the Chinese character structure refers to the horizontal distance between the leftmost point and the rightmost point that the stroke can reach in the Chinese character structure of the selected font size. Step 6, setting the stroke width of Chinese characters: electronic detection ruler detection, in a Chinese character, the stroke width at the middle point of the overall length of each stroke is set as the stroke width of this stroke, and the stroke width with the smallest value is the minimum stroke width of the target Chinese character; Step 7, selecting the definition of horizontal direction, detection and recognition of horizontal strokes, horizontal detection and selection, and horizontal strokes; Step 8: Select the definition of vertical and the detection and recognition of vertical strokes; Step 9, select the stroke spacing between horizontal strokes and vertical strokes for measurement; Step 10: Select the point location, point location, line starting point and stroke lowest turning point of the equidistant line group; Setting the starting point of the line construction: Take a horizontal or vertical stroke, or the entire length of the horizontal or vertical part of a stroke, and select a trace that is smaller than the middle point of the stroke or the entire length of the horizontal or vertical part of the stroke. Connect the middle point of the first 1 / 4 and second 1 / 4 of the length of the line from the starting point and extend it in the direction of the starting point. The intersection with the edge of the starting point is set as the starting point of the line construction; Step 11: After selecting a font size and a certain number of Chinese characters as line-building targets, each time a module is completed, the Chinese characters to be line-built in this module are excluded from the target Chinese characters, until the line-building of the last module is completed, that is, the line-building of all designated target Chinese characters is completed; Step 12: In the vertical equidistant line construction submodule, each vertical equidistant line construction submodule establishes a vertical equidistant line trial fitting construction model, an electronic detection ruler detects the vertical equidistant line trial fitting construction model, and establishes corresponding equidistant segmentation lines at each equidistant interval; Step 13: In each of the transverse equidistant line construction submodules, a transverse equidistant line trial fitting construction model is established, and the electronic detection ruler detects the transverse equidistant line trial fitting construction model, and establishes corresponding equidistant dividing lines at each equidistant interval.

7. A method for assisting a calligrapher to quickly master the structure of a Chinese character according to claim 6, characterized in that: In step 7, the horizontal stroke selection refers to selecting the horizontal stroke at the top of the Chinese character, including the horizontal stroke of the horizontal stroke, horizontal stroke lifting, horizontal left stroke, horizontal hook, horizontal stroke hook, horizontal stroke curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal stroke hook and horizontal stroke part in the horizontal stroke, as well as the horizontal stroke part contained in the vertical stroke and the vertical stroke hook, to establish a horizontal equidistant line group; if a left-right structure Chinese character has two parallel horizontal strokes at the top, the horizontal equidistant line group is established by selecting the horizontal stroke of the left horizontal stroke as the horizontal direction; Or the horizontal stroke selection refers to selecting the topmost horizontal stroke in the upper third of the height of the Chinese character structure, or the horizontal stroke part in the horizontal fold, horizontal fold lifting, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold fold hook and horizontal fold fold left stroke, or the horizontal stroke part contained in the fold of the vertical fold and the vertical fold fold hook to establish a horizontal equidistant line group; Or the horizontal stroke selection refers to selecting the horizontal stroke located at the middle point of the height of the Chinese character or the horizontal stroke closest to the middle point, or the horizontal stroke part in the horizontal fold, horizontal fold lifting, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold hook and horizontal fold fold left stroke, and the horizontal stroke part contained in the fold of the vertical fold and the vertical fold hook to establish a horizontal equidistant line group; if there are two horizontal strokes or horizontal stroke parts of other strokes equidistant from the middle point above and below the middle point of the height of the Chinese character, then the horizontal stroke above the middle point is selected to establish a horizontal equidistant line group; Or the horizontal stroke selection refers to selecting the horizontal stroke at the lowest position in the lower third of the height of the Chinese character structure, or the horizontal stroke part in the horizontal fold, horizontal fold lifting, horizontal left stroke, horizontal hook, horizontal fold hook, horizontal fold curved hook, horizontal oblique hook, horizontal left stroke curved hook, horizontal fold fold hook and horizontal fold fold left stroke, or the horizontal stroke part contained in the fold of the vertical fold and the vertical fold fold hook to establish a horizontal equidistant line group; Or the horizontal stroke selection means that among the two selected horizontal strokes, a horizontal equidistant line group is established with the horizontal direction of the upper horizontal stroke; Or horizontal stroke selection refers to selecting the horizontal stroke located at the top in the Chinese character structure or the horizontal stroke part of other strokes as the horizontal stroke. If there is only one horizontal stroke or the horizontal stroke part of other strokes left in the Chinese character structure, then the horizontal stroke of this horizontal stroke is selected as the horizontal stroke to establish an equidistant line group. If there is no horizontal stroke or the horizontal stroke part of other strokes in the Chinese character stroke, then the horizontal line of the horizontal line is selected as the horizontal stroke to establish an equidistant horizontal line group.

8. A method for assisting a calligrapher to quickly master the structure of a Chinese character according to claim 6, characterized in that: In step eight, the definition of vertical direction refers to the direction of the vertical line perpendicular to the horizontal line as the vertical direction; The detection and recognition of the vertical stroke refers to the construction of a vertical line perpendicular to the horizontal line from the starting point of the vertical stroke or the vertical stroke part of other strokes with a line smaller than the trace width of the vertical stroke or the vertical stroke part of other strokes, until the vertical stroke or the vertical stroke part of other strokes ends. If the vertical line does not pass through the trace width range of the vertical stroke, it is recognized as a vertical stroke; In step nine, the stroke spacing measurement between the horizontal strokes and the vertical strokes includes: measuring the spacing between two horizontal strokes and measuring the spacing between two vertical strokes. The measurement of the distance between two horizontal strokes refers to the height difference between the middle point of the stitch width at the midpoint of the overall length of the two horizontal strokes or other horizontal strokes, which is the distance between the two horizontal strokes; the measurement method is: two horizontal lines are established by using stitches of the same width that is smaller than the stitch width at the midpoint of the length of the two horizontal strokes to pass through the middle point of the stitch width at the midpoint of the overall length of the two horizontal strokes or other horizontal strokes, and the distance between the two horizontal lines is the distance between the two horizontal strokes; The distance between two vertical strokes is measured by using a trace of the same width that is smaller than the width of the two vertical strokes or the vertical stroke part of other strokes. Two parallel lines perpendicular to the horizontal line are established downward from the starting points of the construction traces of the two vertical strokes or the vertical stroke part of other strokes. The distance between the parallel lines is the distance between the vertical strokes.

9. A method for assisting a calligrapher to quickly master the structure of a Chinese character according to claim 6, characterized in that: In step 12, the vertical equidistant line trial matching line construction model includes a vertical equidistant line construction model with three vertical lines and two grids with adjustable spacing, a vertical equidistant line construction model with four vertical lines and three grids, a vertical equidistant line construction model with five vertical lines and four grids, and a vertical equidistant line construction model with six vertical lines and five grids; In the model of test fitting of vertical equidistant lines detected by electronic measuring ruler, equidistant bisection lines or equidistant trisection lines are set at every 1 / 2 or every 1 / 3; or equidistant bisection lines, equidistant trisection lines and equidistant quadrant lines are set at every 1 / 2 or every 1 / 3 and 1 / 4.

10. The method of the line-building and positioning system for assisting calligraphy practitioners to quickly master the structure of Chinese characters according to claim 6, characterized in that: In step 13, the horizontal equidistant line trial matching line construction model includes a three-horizontal two-grid horizontal equidistant line construction model with adjustable spacing, a four-horizontal three-grid horizontal equidistant line construction model, a five-horizontal four-grid horizontal equidistant line construction model, and a six-horizontal five-grid horizontal equidistant line construction model; In the test model of horizontal equidistant lines tested by the electronic measuring ruler, corresponding equidistant bisectors and equidistant trisection lines are established at each equidistant interval; or corresponding equidistant bisectors, equidistant trisection lines and equidistant quadrant lines are established at each equidistant interval.

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