TWI820528B - Tree network diagram generation method - Google Patents

Abstract

A method for generating a tree network diagram, including: reading a shareholding structure tree relationship data. The shareholding structure tree relationship data includes one node data and multiple sub-node data, and each sub-node data includes a name and an identity. Type, a shareholding object and a shareholding ratio, the shareholding object indicates the root node data or one of the sub-node data; draw a root node icon corresponding to the root node data and a plurality of root node data respectively corresponding to The sub-node icon of the sub-node data; and for each sub-node data, based on the shareholding object of the sub-node data, draw an icon extending from the corresponding sub-node icon to the shareholding object indicated by the sub-node data. The holding object indicator line of the root node icon corresponding to the root node data or the sub-node icon corresponding to the child node data.

Description

Tree network diagram generation method

The present invention relates to a method of drawing diagrams, and in particular to a method of generating a tree network diagram.

The equity structure table is an important item of information required by banks, but it is difficult for readers to grasp the context of the equity structure table. Therefore, how to develop a new tree network diagram generation method that can more clearly present the relevance of the substantial beneficiaries in the equity structure table is a subject to be further discussed in this invention.

Therefore, an object of the present invention is to provide a method for generating a tree network diagram.

Therefore, the tree network diagram generation method of the present invention is implemented by a processing unit. The method includes: reading a shareholding structure tree relationship data. The shareholding structure tree relationship data includes a root node data containing a name and Multiple sub-node data, each sub-node data includes a name, an identity type, a shareholding object and a shareholding ratio, the shareholding object indicates the root node data or one of the sub-node data; draw a correspondence The root node icon of the root node data and a plurality of sub-node icons respectively corresponding to the sub-node data, wherein, for the sub-node data of the same shareholding object, the identity type indicates the natural person's sub-node data. The corresponding sub-node icon is closer to the sub-node icon corresponding to the sub-node data indicated by the identity type than the sub-node icon corresponding to the root node data indicated by the shareholding object or the sub-node icon corresponding to the sub-node data indicated by the shareholding object The sub-node icon, among which, for the sub-node data with the same shareholding object and the same identity type, the sub-node icon corresponding to the sub-node data with a higher shareholding ratio is closer to the one indicated by the share-holding object. The root node icon corresponding to the root node data or the sub-node icon corresponding to the sub-node data; and for each sub-node data, based on the shareholding object of the sub-node data, draw a corresponding sub-node icon The node icon extends to the holding object indicator line corresponding to the root node icon corresponding to the root node data or the sub-node icon corresponding to the sub-node data indicated by the holding object.

In some implementations, in the step of drawing the root node icon and the child node icons, for the child node data with the same name, select one of the child node data as the data related to the name. a representative node data, and only draw the child node icon corresponding to the representative node data, and do not draw the child node data corresponding to the child node data with the same name that is not regarded as the child node data of the representative node data. Node diagram.

For each sub-node data for which the corresponding sub-node icon is not drawn, draw the sub-node icon corresponding to the representative node data with the same name and extend to the sub-node according to the holding object of the sub-node data. The root node icon corresponding to the root node data indicated by the holding object of the data or an auxiliary holding object indicator line corresponding to the sub-node icon corresponding to the child node data.

In some implementations, in the step of selecting one of the child node data as the representative node data related to the name, the child node data with the smallest number of levels is given priority, and when the number of levels is the same, priority is given to Select the child node data whose corresponding child node icon is closest to the root node icon.

In some implementations, in the step of drawing the root node icon and the child node icons, for the child node data with the same name as the root node, the root node data is selected as the child node data related to the name. Represents node data.

In some implementations, the holding object indicator line and the auxiliary holding object indicator line respectively extend outward from different sides of the root node icon or the child node icon corresponding to the representative node data.

In some implementations, the sub-node icons corresponding to the sub-node data of different levels are arranged at intervals along a first direction, and the sub-node icons corresponding to the sub-node data of the same level are arranged along a first direction. The second direction perpendicular to the first direction is spaced apart.

In some implementations, the auxiliary holding object indicator line of the root node icon extends the shortest distance along the first direction, and the closer the sub-node icons of the root node icon extend along the first direction. The shorter the distance.

In some implementations, when the number of auxiliary holding indicator lines flowing into or out of the same node icon or sub-node icon is multiple, the multiple incoming auxiliary holding indicator lines or multiple incoming auxiliary holding indicator lines are The outflowing auxiliary holding object indicator line is changed to a contracting auxiliary holding object indicator line.

In some implementations, the shrinking auxiliary holding indicator line indicates the amount of inflow or outflow of the auxiliary holding indicator line.

In some implementations, the corresponding shareholding ratio is marked near the indicator line of each shareholding object.

The effect of the present invention is: by drawing the root node icon corresponding to the root node data and the sub-node icons respectively corresponding to the sub-node data and drawing the shareholding object indicator lines, the tree can be The form of a network diagram clearly shows the correlation of the actual beneficiaries in the equity structure table. Furthermore, by determining the corresponding sub-node icon and the root node corresponding to the shareholding object according to the status type and shareholding ratio of the sub-node data. The distance between icons or sub-node icons can effectively highlight sub-node icons with higher importance. In addition, the tree network can be further streamlined by drawing auxiliary holding object indicator lines and collapsing auxiliary holding object indicator lines. How the road map is presented.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are designated with the same numbering.

Referring to Figure 1, a first embodiment of a tree network diagram generation method of the present invention is implemented by a processing unit. The processing unit may include (but is not limited to) a single-core processor, a multi-core processor, a dual-core mobile phone processor, a microprocessor, a microcontroller, a digital signal processor (DSP), a field programmable At least one of a logic gate array (FPGA), an application specific integrated circuit (ASIC), and a radio frequency integrated circuit (RFIC).

The steps of this embodiment are described below. First, as shown in step S01, a shareholding structure tree relationship data is read. The equity structure tree relationship data includes a root node data including a name and multiple sub-node data. Each sub-node data includes a name, an identity type (natural person or legal person), a shareholding object and a shareholding ratio. The shareholding object indicates the root node data or one of the sub-node data.

Next, as shown in step S02, a root node icon corresponding to the root node data and a plurality of child node icons respectively corresponding to the child node data are drawn.

Referring to Figure 2, the sub-node icons corresponding to the sub-node data of different levels are arranged at intervals along a first direction (X direction), and the sub-node icons corresponding to the sub-node data of the same level are arranged at intervals along a first direction (X direction). arranged at intervals along a second direction (Y direction) perpendicular to the first direction. As shown in Figure 2 for example, the root node icon, the child node icons of the first level, and the child node icons of the second level are located at the X-axis coordinates of 1, 2, and 3 respectively. The sub-node icons of the first level and the sub-node icons of the second level are located at the Y-axis coordinates of 1, 2, 3, 4, 5, 6, and 7 respectively.

For the same sub-node data of the shareholding object, the sub-node icon corresponding to the sub-node data of the identity type indicating the natural person is closer to the sub-node icon corresponding to the sub-node data of the identity type indicating the legal person. The root node icon corresponding to the root node data indicated by the object or the child node icon corresponding to the child node data. As shown in Figure 2 for example, the elliptical child node icon represents the identity type as a natural person, and the rectangular child node icon represents the identity type as a legal person. In the first-level child node icon, the elliptical child node icon represents the identity type as a natural person. The Y-axis coordinates of the child node icons are lower (Y=2 and 3) and closer to the root node icon (Y=1). The Y-axis coordinates of the rectangular child node icon whose identity type is a legal person are higher (Y= 4 and 5), farther away from the root node icon.

For sub-node data with the same shareholding object and the same identity type, the sub-node icon corresponding to the sub-node data with a higher shareholding ratio is closer to the root corresponding to the root node data indicated by the share-holding object. The node icon or the sub-node icon corresponding to the sub-node data. As shown in Figure 2, for example, in the elliptical child node icon of the first level and the identity type is natural person, the Y-axis coordinate of the child node icon with a shareholding ratio of 10% is lower (Y=2) and closer to The root node icon (Y=1), the Y-axis coordinate of the child node icon with a shareholding ratio of 2% is higher (Y=3), and is farther away from the root node icon.

For the sub-node data with the same name, select one of the sub-node data as a representative node data related to the name, and only draw the sub-node icon corresponding to the representative node data without drawing the Among the child node data with the same name, the child node icon corresponding to the child node data that is not regarded as the representative node data.

In the step of selecting one of the sub-node data as the representative node data related to the name, the sub-node data with the smallest number of levels is given priority, and when the number of levels is the same, the corresponding sub-node icon with the highest number is given priority. The child node data close to the root node icon. As shown in Figure 2, the name of the sub-node icon located at coordinates (2, 2) on the first level is the same as the name of the sub-node icon located at coordinates (3, 6) on the second level (Lin XX), priority is given Select the child node data corresponding to the child node icon located at the first level as the representative node data related to the name (Lin XX). As shown in Figure 3 for example, the child node named Lin XX at the coordinates (3, 6) originally located in the second level is not drawn.

In addition, in the step of drawing the root node icon and the child node icons, for the child node data with the same name as the root node, select the root node data as the representative node data related to the name.

Next, as shown in step S03, for each corresponding child node icon, there is drawn child node data. According to the holding object of the child node data, a graph extending from the corresponding child node icon to the holding object is drawn. The holding object indicator line of the root node icon corresponding to the root node data or the sub-node icon corresponding to the child node data indicated by the object. In this embodiment, the holding object indicator line extends from the left edge of the child node diagram along a third direction (negative X direction) opposite to the first direction and then bends along a third direction opposite to the second direction. The fourth direction (negative Y direction) extends to the holding object indicator line of the root node icon corresponding to the root node data or the sub-node icon corresponding to the sub-node data indicated by the holding object.

Next, as shown in step S04, for each child node data for which the corresponding child node icon is not drawn, draw the child node data corresponding to the representative node data with the same name according to the holding object of the child node data. The node icon extends to the root node icon corresponding to the root node data indicated by the holding object of the sub-node data or an auxiliary holding object indicator line of the sub-node icon corresponding to the sub-node data.

The holding object indicator line and the auxiliary holding object indicator line respectively extend outward from different sides of the root node icon or the child node icon corresponding to the representative node data.

In addition, the auxiliary holding object indicator line of the root node icon extends the shortest distance along the first direction, and the closer the child node icon is to the root node icon, the shorter the distance it extends along the first direction.

As shown in Figure 3, for example, since the child node icon named Lin XX originally located at the coordinates (3, 6) of the second level is not drawn in step S02, in this step, the representative named Lin XX is drawn. The sub-node icon (coordinates (2, 2)) corresponding to the node data extends to the sub-node icon (coordinates (2, 5)) corresponding to the sub-node data indicated by the holding object of the sub-node data. The auxiliary holding object indicator line. The auxiliary holding object indicator line extends outward from the right edge of the sub-node icon (coordinates (2, 2)) corresponding to the representative node data named Lin XX, and extends along the first direction (X direction) Then bend, extend along the second direction (Y direction), then bend, and then extend along the third direction (negative X direction) to the corresponding sub-node data indicated by the holding object of the sub-node data. Illustration of this child node (coordinates (2, 5)).

Next, as shown in step S05, when the number of auxiliary holding object indicator lines flowing into or out of the same node icon or sub-node icon is multiple (as shown in Figure 4), the multiple incoming The auxiliary holding object indicator line or multiple outflowing auxiliary holding object indicator lines are changed to a converging auxiliary holding object indicator line (as shown in Figure 5). In this embodiment, the shrinking auxiliary holding object indicator line is marked with the number of the auxiliary holding object indicator lines flowing in or out (as shown in Figure 5).

Then, as shown in step S06, the corresponding shareholding ratio is marked near each holding object indicator line and each auxiliary holding object indicator line. In this embodiment, the shareholding ratio is marked near the bend of the holding object indicator line and the auxiliary holding object indicator line.

FIG. 6 is used to illustrate a complete tree network diagram drawn through the present invention.

To sum up, the tree network diagram generating method of the present invention draws the root node icon corresponding to the root node data and the sub-node icons respectively corresponding to the sub-node data and draws the sustained The stock object indicator line can clearly show the correlation of the actual beneficiaries in the equity structure table in the form of a tree network diagram. Furthermore, by determining the corresponding sub-node icon according to the identity type and shareholding ratio of the sub-node data The distance between the root node icon or sub-node icon corresponding to the holding object can effectively highlight the more important sub-node icons. In addition, by drawing the auxiliary holding object indicator line and collapsing the auxiliary holding object The indicator line can further simplify the presentation of the tree network diagram, so the purpose of the present invention can indeed be achieved.

However, the above are only examples of the present invention and should not be used to limit the scope of the present invention. All simple equivalent changes and modifications made based on the patent scope of the present invention and the content of the patent specification are still within the scope of the present invention. within the scope covered by the patent of this invention.

S01~S06: Steps

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: Figure 1 is a flow chart of an embodiment of a tree network diagram generation method of the present invention; Figures 2 to 6 are schematic diagrams of multiple tree network diagrams in this embodiment.

S01~S06: Steps

Claims (9)

A method for generating a tree network diagram, implemented by a processing unit, the method includes: reading an equity structure tree relationship data, the equity structure tree relationship data includes a root node data including a name and a plurality of child nodes Data, each sub-node data includes a name, an identity type, a shareholding object and a shareholding ratio. The shareholding object indicates the root node data or one of the sub-node data; draw a corresponding to the root node data The root node icon of the node data and a plurality of sub-node icons respectively corresponding to the sub-node data. Among them, for the sub-node data of the same shareholding object, the identity type indicates the natural person's sub-node data corresponding to the sub-node data. The sub-node icon is closer to the sub-node icon corresponding to the sub-node data indicated by the identity type than the sub-node icon corresponding to the root node data indicated by the shareholding object or the sub-node corresponding to the sub-node data indicated by the shareholding object Illustration, among which, for the sub-node data with the same shareholding object and the same identity type, the sub-node icon corresponding to the child node data with a higher shareholding ratio is closer to the root node indicated by the shareholding object. The root node icon corresponding to the data or the sub-node icon corresponding to the sub-node data; and for each sub-node data, draw a corresponding sub-node icon according to the shareholding object of the sub-node data Extend to the shareholding object indicator line corresponding to the root node icon corresponding to the root node data or the sub-node icon corresponding to the sub-node data indicated by the shareholding object; wherein, when drawing the root node icon and the Steps to Wait for Child Node Illustration , for the sub-node data with the same name, select one of the sub-node data as a representative node data related to the name, and only draw the sub-node icon corresponding to the representative node data, without Draw the child node icon corresponding to the child node data that is not regarded as the representative node data among the child node data with the same name; for each child node data that does not draw the corresponding child node icon, according to the For the holding object of the child node data, draw the child node diagram corresponding to the representative node data with the same name extending to the root node diagram corresponding to the root node data indicated by the holding object of the child node data. or an auxiliary holding object indicator line corresponding to the sub-node icon corresponding to the sub-node data. The method for generating a tree network diagram as described in claim 1, wherein in the step of selecting one of the sub-node data as the representative node data related to the name, the sub-node with the smallest number of levels is given priority. data, and when the number of levels is the same, the child node data whose corresponding child node icon is closest to the root node icon is given priority. The method for generating a tree network diagram as described in claim 1, wherein in the step of drawing the root node icon and the sub-node icons, for the sub-node data with the same name as the root node, select the The root node data serves as the representative node data related to the name. The method for generating a tree network diagram as described in claim 1, wherein the holding object indicator line and the auxiliary holding object indicator line are respectively represented by the root node icon or the child node icon corresponding to the representative node data. The dissimilar sides extend outward. The method for generating a tree network diagram as described in claim 1, wherein the sub-node icons corresponding to the sub-node data of different levels are arranged at intervals along a first direction, and the sub-node data of the same level are arranged at intervals along a first direction. The corresponding child node icons are spaced apart along a second direction perpendicular to the first direction. The method for generating a tree network diagram as described in claim 5, wherein the auxiliary holding object indicator line of the root node icon extends the shortest distance along the first direction, and the closer the sub-holding object indicator line of the root node icon is, the shorter The node diagram extends the shorter distance along this first direction. The method for generating a tree network diagram as described in claim 1, wherein when the number of auxiliary holding object indicator lines flowing into or out of the same node icon or sub-node icon is multiple, the multiple flows are The incoming auxiliary holding indicator line or the multiple outgoing auxiliary holding indicator lines are changed to a converging auxiliary holding indicator line. The method for generating a tree network diagram as described in claim 7, wherein the shrinking auxiliary holding object indicator line is marked with the number of the auxiliary holding object indicator lines flowing in or out. The method for generating a tree network diagram as described in claim 1 further includes: marking the corresponding shareholding ratio near the indicator line of each shareholding object.

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