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CN-118445368-B - Pavilion space-time drawing method, terminal equipment and storage medium

CN118445368BCN 118445368 BCN118445368 BCN 118445368BCN-118445368-B

Abstract

The invention relates to a pavilion space-time drawing method, terminal equipment and storage medium, wherein the method comprises the steps of obtaining the time scale and the space scale of a building based on the building time and the address of the building; constructing a space-time tree, wherein the space-time tree comprises a plurality of first-stage branches used for representing different time scales, each first-stage branch comprises a plurality of second-stage branches used for representing different space scales, each second-stage branch comprises four third-stage branches, the types of four buildings are corresponding to pavilions, tables, buildings and pavilions, each third-stage branch comprises a mark corresponding to one type of building, the mark comprises numbers used for representing the number of the building, and the corresponding mark of the building in the space tree is searched according to the type, the time scale and the space scale of the building, and the numbers in the searched marks are added by 1. The invention can more conveniently provide users with knowledge of the space-time distribution condition of pavilions.

Inventors

  • XIE JINGHAN
  • WU JINGHANG

Assignees

  • 集美大学

Dates

Publication Date
20260512
Application Date
20240506

Claims (7)

  1. 1. A method for space-time mapping of pavilion, comprising the steps of: S101, collecting space-time data composed of names, types, addresses and building time of buildings to be displayed, wherein the types comprise four buildings including pavilions, tables, buildings and pavilions; S102, constructing a space-time tree, wherein the space-time tree comprises a plurality of first-stage branches used for representing different time scales, each first-stage branch comprises a plurality of second-stage branches used for representing different space scales, each second-stage branch comprises four third-stage branches corresponding to the types of pavilion, table, building and pavilion, each third-stage branch comprises a type of building corresponding identifier, and the identifier comprises a number used for representing the number of the building; S103, obtaining a time scale of the building based on the building time in the space-time data, and obtaining a space scale of the building based on the address in the space-time data; S104, searching corresponding marks of the building in the space-time tree according to the type, time scale and space scale of the building, and adding 1 to the number in the searched marks; the method further comprises the steps of constructing a building list corresponding to each third branch, wherein the building list is used for storing all buildings corresponding to the third branch, and when the corresponding identification of the third branch is selected, the corresponding building list is displayed; The method further comprises the steps of drawing a region distribution diagram corresponding to each spatial scale through steps S201-S203, and displaying the region distribution diagram corresponding to the spatial scale where the third branch is located when the corresponding identifier of the third branch is selected; s201, drawing icons of buildings, and creating each icon as a point pattern in map making software, wherein different types of buildings correspond to icons of different patterns, and the same type of buildings correspond to icons of the same pattern; s202, acquiring longitude and latitude coordinates of each building in an area corresponding to a spatial scale based on the addresses of the buildings; And S203, displaying the sample application type corresponding to each building at the corresponding position of the longitude and latitude coordinates on the map.
  2. 2. A method of space-time mapping a pavilion and pavilion as in claim 1 wherein the pavilion in the space-time tree has a triangular shape, the pavilion has a square shape, the pavilion has a circular shape, and the pavilion has a diamond shape.
  3. 3. A method of space-time mapping a pavilion as in claim 1 wherein the list of buildings includes names, addresses and time of construction of the buildings.
  4. 4. A method of space-time mapping a pavilion as in claim 1 wherein both the time scale and the space scale are configurable and the configuration results are displayed at the head or tail of the space-time tree branch.
  5. 5. A method for space-time mapping of pavilion, comprising the steps of: S301, collecting space-time data composed of names, types and build-up time or addresses of buildings to be displayed, wherein the types comprise four buildings including pavilions, tables, buildings and pavilions; S302, constructing a space-time tree, wherein the space-time tree comprises a plurality of first-stage branches used for representing different time scales or space scales, each first-stage branch comprises four second-stage branches, each second-stage branch comprises a mark corresponding to one type of building, each mark comprises a number used for representing the number of the building, the configuration options of the time scales are dynasty, and the configuration options of the space scales are regional or urban; S303, obtaining a time scale of the building based on the building time in the space-time data, or obtaining a space scale of the building based on the address in the space-time data; S304, searching corresponding marks of the building in the space-time tree according to the type of the building and the time scale or the space scale, and adding 1 to the number in the searched marks; the method further comprises the steps of constructing a building list corresponding to each third branch, wherein the building list is used for storing all buildings corresponding to the third branch, and when the corresponding identification of the third branch is selected, the corresponding building list is displayed; The method further comprises the steps of drawing a region distribution diagram corresponding to each spatial scale through steps S201-S203, and displaying the region distribution diagram corresponding to the spatial scale where the third branch is located when the corresponding identifier of the third branch is selected; s201, drawing icons of buildings, and creating each icon as a point pattern in map making software, wherein different types of buildings correspond to icons of different patterns, and the same type of buildings correspond to icons of the same pattern; s202, acquiring longitude and latitude coordinates of each building in an area corresponding to a spatial scale based on the addresses of the buildings; And S203, displaying the sample application type corresponding to each building at the corresponding position of the longitude and latitude coordinates on the map.
  6. 6. A kiosk space-time cartographic terminal device comprising a processor, a memory and a computer program stored in said memory and running on said processor, said processor implementing the steps of the method according to any one of claims 1 to 5 when said computer program is executed by said processor.
  7. 7. A computer-readable storage medium, in which a computer program is stored, characterized in that the computer program, when being executed by a processor, implements the steps of the method according to any one of claims 1-5.

Description

Pavilion space-time drawing method, terminal equipment and storage medium Technical Field The invention relates to the field of map drawing, in particular to a pavilion space-time drawing method, terminal equipment and a storage medium. Background Pavilion is one of the important components of ancient buildings. In order to better protect ancient architecture, inherit excellent traditional culture, collect the space-time dataset of pavilion, and carry on the high-efficient esthetic show to its time-space distribution, it is very necessary. However, at present, pavilion researches are more focused on building characteristics and literature images, and the investigation on space-time distribution is less. In addition, the prior research has the defect that the space-time information is difficult to associate. Therefore, it is necessary to construct a pavilion space-time dataset and display the pavilion distribution characteristics according to a time scale, and to achieve correlation and scaling of space-time information. Disclosure of Invention In order to solve the problems, the invention provides a pavilion space-time drawing method, terminal equipment and a storage medium. The specific scheme is as follows: a method for space-time mapping of pavilions and pavilions, comprising the steps of: s101, collecting space-time data composed of names, types, addresses and building time of buildings to be displayed; S102, constructing a space-time tree, wherein the space-time tree comprises a plurality of first-stage branches used for representing different time scales, each first-stage branch comprises a plurality of second-stage branches used for representing different space scales, each second-stage branch comprises four third-stage branches corresponding to the types of pavilion, table, building and pavilion, each third-stage branch comprises a mark corresponding to one type of building, and the mark comprises numbers used for representing the number of the buildings; S103, obtaining a time scale of the building based on the building time in the space-time data, and obtaining a space scale of the building based on the address in the space-time data; s104, searching corresponding identifiers of the buildings in the space tree according to the types, the time scales and the space scales of the buildings, and adding 1 to the numbers in the searched identifiers. Further, the pavilion corresponding label is triangle, the platform corresponding label is square, the building corresponding label is round, and the pavilion corresponding label is diamond in the space-time tree. Further, the method further comprises the step of constructing a building list corresponding to each third branch, wherein the building list is used for storing all buildings corresponding to the third branch, and when the corresponding identification of the third branch is selected, the corresponding building list is displayed. Further, the name, address and time of construction of the building are included in the building list. Further, the method further comprises the steps of drawing a region distribution diagram corresponding to each spatial scale through steps S201-S203, and displaying the region distribution diagram corresponding to the spatial scale where the third branch is located when the corresponding identifier of the third branch is selected; s201, drawing icons of a building, and creating each icon as a point pattern in map making software; s202, acquiring longitude and latitude coordinates of each building in an area corresponding to a spatial scale based on the addresses of the buildings; And S203, displaying the sample application type corresponding to each building at the corresponding position of the longitude and latitude coordinates on the map. Further, both the time scale and the space scale can be configured, and the configuration result is displayed at the head end or the tail end of the space-time tree branch. Further, the time scale configuration option is the dynasty, and the space scale configuration option is the region or the city. A method for space-time mapping of pavilions and pavilions, comprising the steps of: s301, collecting space-time data composed of names, types and building time or addresses of buildings to be displayed; s302, constructing a space-time tree, wherein the space-time tree comprises a plurality of first-stage branches used for representing different time scales or space scales, each first-stage branch comprises four second-stage branches, the types of four buildings corresponding to pavilions, tables, buildings and pavilions, each second-stage branch comprises a mark corresponding to one type of building, and the mark comprises a number used for representing the number of the building; S303, obtaining a time scale of the building based on the building time in the space-time data, or obtaining a space scale of the building based on the address in the space-time data; S304, searching correspondin