CN106162552B - Map system and interaction method based on map system - Google Patents
Map system and interaction method based on map system Download PDFInfo
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- CN106162552B CN106162552B CN201610354669.XA CN201610354669A CN106162552B CN 106162552 B CN106162552 B CN 106162552B CN 201610354669 A CN201610354669 A CN 201610354669A CN 106162552 B CN106162552 B CN 106162552B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
- H04W4/029—Location-based management or tracking services
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
- H04W4/025—Services making use of location information using location based information parameters
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/29—Geographical information databases
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0481—Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance
- G06F3/04815—Interaction with a metaphor-based environment or interaction object displayed as three-dimensional, e.g. changing the user viewpoint with respect to the environment or object
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
Abstract
The invention relates to a map system and an interaction method based on the map system, which comprises a server and a mobile intelligent terminal carried by a user, wherein the server sends a topological map corresponding to a set position to the mobile intelligent terminal according to the current position of the mobile intelligent terminal when the mobile intelligent terminal reaches the set position; the mobile intelligent terminal is carried by a user, is provided with an App capable of realizing communication with the server and is used for receiving and displaying the topological map sent by the server; the topological map takes the experience points under each line in the coverage range of the topological map as the topological points, is constructed by the topological lines connecting the topological points, and each topological point comprises the real position information of the experience point corresponding to the topological point. The invention is simpler and more visual, saves resources, can reflect the current position of the user on the topological map in a scaling mode, enables the user to master the position state of the user in real time, and realizes the online and offline and the organic combination of the real world and the virtual world.
Description
Technical Field
The invention relates to a map system and an interaction method based on the map system.
Background
In a traditional digital map graphical user interface, a road space structure is scaled according to the actual terrain current situation, the reflected information is large and complete, the map loading time is long, more flow is needed, and the map system is adopted to guide a user to play (mainly playing a path), so that the waste of resources is caused, and the use is troublesome for the user. Therefore, a new map system is needed to provide services for the user in playing intuitively and simply.
Disclosure of Invention
The present invention is directed to overcome the above problems, and provides a map system and an interaction method based on the map system, which simplify the map system, reduce the amount of information, and provide services for users in playing intuitively and simply.
The purpose of the invention is achieved by the following technical scheme:
a map system comprises a server and a mobile intelligent terminal carried by a user. Wherein the content of the first and second substances,
the server side sends a topological map corresponding to the position to the mobile intelligent terminal according to the current position of the mobile intelligent terminal when the mobile intelligent terminal reaches the set position;
the mobile intelligent terminal is carried by a user, is provided with an App capable of realizing communication with the server and is used for receiving and displaying the topological map sent by the server;
the topological map takes the experience points under each line in the coverage range of the topological map as the topological points, is constructed by the topological lines connecting the topological points, and each topological point comprises the real position information of the experience point corresponding to the topological point.
And the mobile intelligent terminal acquires the current state information of the user in real time and displays the current state information on the topological map.
The state information includes user location information, heart rate, number of steps, calories burned.
The map system also comprises an information acquisition end positioned at the experience point;
when the mobile intelligent terminal reaches the experience point, the server side pushes an instruction message to the mobile intelligent terminal;
the information acquisition terminal positioned at the experience point acquires behavior data made by a user according to the instruction message displayed on the mobile intelligent terminal of the user and transmits the behavior data to the server;
the server stores data packet information corresponding to the behavior corresponding to the instruction message, receives behavior data acquired and sent by the information acquisition end, and sends the behavior data and/or the data packet information corresponding to the behavior to the mobile intelligent terminal.
The server side stores the position information of the information acquisition side, acquires the position information of the mobile intelligent terminal in real time, compares the position information with the position information of the information acquisition side, and pushes an instruction message to the mobile intelligent terminal when the position distance between the server side and the information acquisition side is smaller than or equal to 8 m.
The map system also comprises ibeacon beacon equipment which is positioned at the same position as the information acquisition end, and the service end stores the identification codes of the ibeacon beacon equipment and the corresponding instruction messages of the ibeacon beacon equipment; the ibeacon beacon device transmits the unique identification code of the ibeacon beacon device in real time within the transmission range of the ibeacon beacon device, the mobile intelligent terminal sends request information containing the identification code to the server after receiving the identification code sent by the ibeacon beacon device, and the server pushes the instruction message corresponding to the identification code to the mobile intelligent terminal.
And the data packet information corresponding to the behavior is result data corresponding to the behavior.
The map system also comprises a gift exchange terminal; and after the user completes corresponding behaviors according to the requirement of the instruction message, the server side sends an award instruction to the gift exchange terminal to award the gift to the user.
When the mobile intelligent terminal reaches a set position, the server sends a topological map corresponding to the position to the mobile intelligent terminal according to the current position of the mobile intelligent terminal, and the steps are as follows:
and the server acquires the position information of the mobile intelligent terminal in real time, and when the mobile intelligent terminal enters the range covered by the topological map, the server sends the topological map corresponding to the position to the mobile intelligent terminal according to the current position of the mobile intelligent terminal.
An interaction method based on a topological map comprises the following steps:
when a mobile intelligent terminal carried by a user reaches a set position, a server side sends a topological map corresponding to the position to the mobile intelligent terminal according to the current position of the mobile intelligent terminal; the mobile intelligent terminal is provided with an App capable of realizing communication with the server;
the mobile intelligent terminal receives and displays the topological map sent by the server side in real time;
the topological map takes the experience points under each line in the coverage range of the topological map as the topological points, is constructed by the topological lines connecting the topological points, and each topological point comprises the real position information of the experience point corresponding to the topological point.
And the mobile intelligent terminal acquires the current state information of the user in real time and displays the current state information on the topological map.
The state information includes user location information, heart rate, number of steps, calories burned.
The interaction method further comprises the following steps:
when the mobile intelligent terminal reaches an experience point provided with an information acquisition end, the server end pushes an instruction message to the mobile intelligent terminal;
the mobile intelligent terminal receives and displays an instruction message pushed by the server side in real time, and a user completes corresponding behaviors according to the instruction message;
the information acquisition end positioned at the experience point acquires behavior data of the user and transmits the behavior data to the server;
the server stores the data packet information corresponding to the behavior corresponding to the instruction message, sends the received behavior data and/or the data packet information corresponding to the behavior to the mobile intelligent terminal, and displays the data packet information on the topological map.
When the mobile intelligent terminal reaches the experience point provided with the information acquisition terminal, the server side pushes instruction information to the mobile intelligent terminal, and the method specifically comprises the following steps:
the server side stores the position information of the information acquisition side, acquires the position information of the mobile intelligent terminal in real time, compares the position information with the position information of the information acquisition side, and pushes an instruction message to the mobile intelligent terminal when the position distance between the server side and the information acquisition side is smaller than or equal to 8 m.
When the mobile intelligent terminal reaches the experience point provided with the information acquisition terminal, the server side pushes instruction information to the mobile intelligent terminal, and the method specifically comprises the following steps:
ibeacon beacon equipment is arranged near an information acquisition end, and the service end stores identification codes of the ibeacon beacon equipment and corresponding instruction messages of the ibeacon beacon equipment; the ibeacon beacon device transmits the unique identification code of the ibeacon beacon device in real time within the transmission range of the ibeacon beacon device, the mobile intelligent terminal sends request information containing the identification code to the server after receiving the identification code sent by the ibeacon beacon device, and the server pushes the instruction message corresponding to the identification code to the mobile intelligent terminal.
And after the user completes corresponding behaviors according to the requirements of the instruction message, the server side sends an award instruction to the gift exchange terminal to award the gift of the user.
Compared with the prior art, the invention has the following advantages and effects:
1. the topological map takes the offline experience points in the coverage range of the topological map as the topological points, is constructed by the topological lines connecting the topological points, and each topological point contains the real position information of the experience point corresponding to the topological point, so that the topological map is simpler and more visual, and resources are saved. 2. Each topological point contains the real position information of the experience point corresponding to the topological point, so that the current position of the user can be reflected on the topological map in a scaling mode, and the user can master the position state of the user in real time. 3. The information acquisition end acquires behavior data made by a user according to the instruction message displayed on the mobile intelligent terminal of the user and transmits the behavior data to the server end; the server side sends the behavior data and/or the data packet information corresponding to the behavior to the mobile intelligent terminal, online and offline are achieved, organic combination of the real world and the virtual world is achieved, and interaction experience and enjoyment of users are greatly enhanced.
Drawings
FIG. 1 is a schematic view of the structure of example 1.
FIG. 2 is a schematic view of the structure of example 2.
FIG. 3 is a schematic view of the structure of example 3.
Detailed Description
The invention will be described in detail below with reference to the drawings,
example 1
As shown in fig. 1, the map system of the present embodiment includes a server 1 and a mobile intelligent terminal 2 carried by a user, wherein,
the server 1 is used for sending a topological map corresponding to the position to the mobile intelligent terminal 2 according to the current position of the mobile intelligent terminal 2 when the mobile intelligent terminal 2 reaches the set position;
the mobile intelligent terminal 2 is carried by a user, is provided with an App capable of realizing communication with the server 1, and is used for receiving and displaying the topological map sent by the server 1;
the topological map takes each offline experience point in the coverage range of the topological map as a topological point, and is constructed by the topological lines connecting the topological points, and each topological point comprises the real position information of the experience point corresponding to the topological point; the topological map comprises an appearance layer presented on the mobile intelligent terminal 2 in an interface mode and a logic layer supported by actual coordinate data, each topological point is presented on the appearance layer, and the position of the offline experience point corresponding to each topological point in the logic layer is the same as the actual position information of each experience point.
The mobile intelligent terminal 2 acquires the current state information of the user in real time and displays the current state information on the topological map; the state information includes user location information, heart rate, number of steps, calories burned. Meanwhile, the server 1 can acquire real-time position information of the mobile intelligent terminal 2 in real time, feed back the real-time position information to the mobile intelligent terminal 2 and display the real-time position information on the topological map, so that the current position of the user and the mobile intelligent terminal 2 carried by the user can be known on the topological map in real time, and the principle is as follows: when a user and a mobile intelligent terminal 2 carried by the user travel along an actual path corresponding to a topological line, a server 1 can obtain position information of the mobile intelligent terminal 2 in real time, meanwhile, the server 1 performs scale conversion according to the distance from a current position in the actual path to topological points (corresponding to off-line experience points with actual position information) at two end points of the topological line (the topological line corresponding to the actual path), and then the scale is applied to a topological map, so that the position corresponding to the current position in the topological map can be obtained.
When the mobile intelligent terminal 2 reaches the set position, the server 1 sends a topological map corresponding to the position to the mobile intelligent terminal 2 according to the current position of the mobile intelligent terminal, specifically:
the server 1 acquires the position information of the mobile intelligent terminal 2 in real time, and when the mobile intelligent terminal 2 enters the range covered by the topological map, the server 1 sends the topological map corresponding to the position to the mobile intelligent terminal 2 according to the current position of the mobile intelligent terminal.
An interaction method based on the map system comprises the following steps:
when the mobile intelligent terminal 2 carried by the user reaches a set position, the server 1 sends a topological map corresponding to the position to the mobile intelligent terminal 2 according to the current position of the mobile intelligent terminal; the method specifically comprises the following steps: the server 1 acquires the position information of the mobile intelligent terminal 2 in real time, and when the mobile intelligent terminal 2 enters the range covered by the topological map, the server 1 sends the topological map corresponding to the position to the mobile intelligent terminal 2 according to the current position of the mobile intelligent terminal; the mobile intelligent terminal 2 is provided with an App capable of realizing communication with the server 1;
the mobile intelligent terminal 2 receives and displays the topological map sent by the server 1 in real time;
the topological map takes the experience points under each line in the coverage range of the topological map as the topological points, is constructed by the topological lines connecting the topological points, and each topological point comprises the real position information of the experience point corresponding to the topological point.
Example 2:
as shown in fig. 2, the map system of the present embodiment includes a server 1, a mobile intelligent terminal 2 and an information collecting terminal 3, wherein,
the server 1 is used for sending a topological map corresponding to the position to the mobile intelligent terminal 2 according to the current position of the mobile intelligent terminal 2 when the mobile intelligent terminal 2 reaches the set position; the method specifically comprises the following steps: the server 1 acquires the position information of the mobile intelligent terminal 2 in real time, and when the mobile intelligent terminal 2 enters the range covered by the topological map, the server 1 sends the topological map corresponding to the position to the mobile intelligent terminal 2 according to the current position of the mobile intelligent terminal. In addition, on one hand, the server 1 pushes an instruction message to the mobile intelligent terminal 2 when the mobile intelligent terminal 2 reaches the position of the information acquisition terminal 3; on the other hand, data packet information corresponding to the behavior corresponding to the instruction message is stored, and is used for receiving behavior data acquired and sent by the information acquisition terminal 3 and sending the behavior data and/or the data packet information (stored in the server) corresponding to the behavior to the mobile intelligent terminal 2; in the subsequent viewing process, only the topological point (corresponding to the off-line experience point of the finished behavior) on the topological map is clicked, so that the behavior data corresponding to the topological point and/or the data packet information corresponding to the behavior of the user can be popped up on the topological map.
The mobile intelligent terminal 2 is carried by a user, is provided with an App capable of realizing communication with the server 1, and is used for receiving and displaying a topological map sent by the server 1 on one hand and receiving and displaying an instruction message pushed by the server 1 in real time on the other hand;
and the information acquisition terminal 3 is used for acquiring behavior data made by the user according to the instruction message displayed on the mobile intelligent terminal 2 and transmitting the behavior data to the server terminal 1.
When the mobile intelligent terminal 2 reaches the position of the information acquisition terminal 3, the server 1 pushes an instruction message to the mobile intelligent terminal 2, specifically: the server 1 stores the position information of the information acquisition terminal 3, acquires the position information of the mobile intelligent terminal 2 in real time, compares the position information with the position information of the information acquisition terminal 3, and when the distance between the two positions is less than or equal to 8m, the server 1 pushes an instruction message to the mobile intelligent terminal 2.
And the data packet information corresponding to the behavior is result data corresponding to the behavior. For example, the instruction message is a shaking bell (bell is located near the information collection end and is an offline experience point), the information collection end 3 detects that the user completes the shaking bell behavior, and after the sound of the bell is collected at the same time, the server 1 sends a bonus red packet and a blessing corresponding to the number of times the bell sounds (i.e. data packet information corresponding to the behavior) to the mobile intelligent terminal 2.
The topological map takes each offline experience point in the coverage range of the topological map as a topological point, and is constructed by the topological lines connecting the topological points, and each topological point comprises the real position information of the experience point corresponding to the topological point; the topological map comprises an appearance layer presented on the mobile intelligent terminal 2 in an interface mode and a logic layer supported by actual coordinate data, each topological point is presented on the appearance layer, and the position of the offline experience point corresponding to each topological point in the logic layer is the same as the actual position information of each experience point.
The mobile intelligent terminal 2 acquires the current state information of the user in real time and displays the current state information on the topological map; the state information includes user location information, heart rate, number of steps, calories burned. Meanwhile, the server 1 can acquire real-time position information of the mobile intelligent terminal 2 in real time, feed back the real-time position information to the mobile intelligent terminal 2 and display the real-time position information on the topological map, so that the current position of the user and the mobile intelligent terminal 2 carried by the user can be known on the topological map in real time, and the principle is as follows: when a user and a mobile intelligent terminal 2 carried by the user travel along an actual path corresponding to a topological line, a server 1 can obtain position information of the mobile intelligent terminal 2 in real time, meanwhile, the server 1 performs scale conversion according to the distance from a current position in the actual path to topological points (corresponding to off-line experience points with actual position information) at two end points of the topological line (the topological line corresponding to the actual path), and then the scale is applied to a topological map, so that the position corresponding to the current position in the topological map can be obtained.
The map system also comprises a gift exchange terminal 5; after the user completes corresponding behaviors according to the requirement of the instruction message, the server 1 sends a reward instruction to the gift exchange terminal 5 to reward the user gift; the method specifically comprises the following steps: after the user finishes the corresponding behavior, the server 1 judges whether the requirement of the instruction message is met, if so, a reward instruction is sent to the gift exchange terminal 5 to reward the user gift; and if not, sending the behavior non-standard information to the mobile intelligent terminal 2.
In order to realize precise one-to-one matching and customized interaction, the information acquisition terminal 3 is an acquisition terminal with an image recognition function, such as a Kinect device of microsoft corporation. The information acquisition terminal 3 stores the face image information of the user and the information of the mobile intelligent terminal 2 carried by the user; when a user arrives at the position of the information acquisition end 3, the information acquisition end 3 acquires the facial image information of the user and sends the facial image information to the server 1, and the server 1 pushes an instruction message to the mobile intelligent terminal 2 corresponding to the facial image; the information acquisition terminal 3 acquires behavior data and face image information made by a user according to the instruction message displayed on the mobile intelligent terminal 2 and transmits the behavior data and the face image information to the server terminal 1; the server 1 sends the behavior data and/or the data packet information corresponding to the behavior to the mobile intelligent terminal 2 corresponding to the facial image.
An interaction method based on the map system comprises the following steps:
when the mobile intelligent terminal 2 carried by the user reaches a set position, the server 1 sends a topological map corresponding to the position to the mobile intelligent terminal 2 according to the current position of the mobile intelligent terminal; when the mobile intelligent terminal 2 reaches the position of the information acquisition terminal 3, the server 1 pushes an instruction message to the mobile intelligent terminal 2; the mobile intelligent terminal 2 is provided with an App capable of realizing communication with the server 1, the server 1 stores data packet information corresponding to the behavior corresponding to the instruction message, and experience points for a user to experience to complete corresponding behavior actions are usually arranged near the information acquisition end 3; the mobile intelligent terminal 2 is provided with an App capable of realizing communication with the server 1;
the mobile intelligent terminal 2 receives and displays the topological map and the instruction message sent by the server 1 in real time, and the user completes corresponding behaviors according to the instruction message;
the information acquisition terminal 3 acquires behavior data of a user and transmits the behavior data to the server terminal 1;
the server 1 sends the received behavior data and/or the data packet information corresponding to the behavior to the mobile intelligent terminal 2;
the topological map takes each offline experience point in the coverage range of the topological map as a topological point, and is constructed by the topological lines connecting the topological points, and each topological point comprises the real position information of the experience point corresponding to the topological point; the topological map comprises an appearance layer presented on the mobile intelligent terminal 2 in an interface mode and a logic layer supported by actual coordinate data, each topological point is presented on the appearance layer, and the position of the offline experience point corresponding to each topological point in the logic layer is the same as the actual position information of each experience point.
When the mobile intelligent terminal 2 reaches the set position, the server 1 sends a topological map corresponding to the position to the mobile intelligent terminal 2 according to the current position of the mobile intelligent terminal, specifically:
the server 1 acquires the position information of the mobile intelligent terminal 2 in real time, and when the mobile intelligent terminal 2 enters the range covered by the topological map, the server 1 sends the topological map corresponding to the position to the mobile intelligent terminal 2 according to the current position of the mobile intelligent terminal.
When mobile intelligent terminal 2 arrives at the experience point provided with information acquisition terminal 3, server 1 pushes instruction message to mobile intelligent terminal 2, specifically:
the server 1 stores the position information of the information acquisition terminal 3, acquires the position information of the mobile intelligent terminal 2 in real time, compares the position information with the position information of the information acquisition terminal 3, and when the distance between the two positions is less than or equal to 8m, the server 1 pushes an instruction message to the mobile intelligent terminal 2.
And after the user completes corresponding behaviors according to the requirements of the instruction message, the server 1 sends a reward instruction to the gift exchange terminal 5 to reward the user gift.
The information acquisition terminal 3 is an acquisition terminal with an image recognition function, such as a Kinect device of microsoft corporation. The specific interaction method comprises the following steps:
the information acquisition terminal 3 stores the face image information of the user and the information of the mobile intelligent terminal 2 carried by the user;
when a user arrives at the position of the information acquisition end 3, the information acquisition end 3 acquires the facial image information of the user and sends the facial image information to the server 1, and the server 1 pushes an instruction message to the mobile intelligent terminal 2 corresponding to the facial image;
the mobile intelligent terminal 2 receives and displays the instruction message pushed by the server 1 in real time, and the user completes corresponding behaviors according to the instruction message;
the information acquisition terminal 3 acquires behavior data and face image information of a user and transmits the behavior data and the face image information to the server terminal 1;
the server 1 sends the behavior data and/or the data packet information corresponding to the behavior to the mobile intelligent terminal 2 corresponding to the facial image information.
Example 3:
as shown in fig. 3, a map system of the present embodiment is substantially the same as that of embodiment 2, except that: the map system of the embodiment further includes ibeacon beacon devices 4 located at the same position as the information acquisition terminal 3, and the server 1 stores the identification codes of the ibeacon beacon devices 4 and the instruction messages corresponding to the identification codes; the ibeacon beacon device 4 transmits the unique identification code in real time within the transmission range thereof, the mobile intelligent terminal 2 sends request information containing the identification code to the server 1 after receiving the identification code sent by the ibeacon beacon device 4, and the server 1 pushes an instruction message corresponding to the identification code to the mobile intelligent terminal 2.
When mobile intelligent terminal 2 arrives at the experience point provided with information acquisition terminal 3, server 1 pushes instruction message to mobile intelligent terminal 2, specifically:
ibeacon beacon devices 4 are arranged near the information acquisition end 3, and the service end 1 stores identification codes of the ibeacon beacon devices 4 and corresponding instruction messages of the ibeacon beacon devices 4; the ibeacon beacon device 4 transmits the unique identification code in real time within the transmission range thereof, the mobile intelligent terminal 2 sends request information containing the identification code to the server 1 after receiving the identification code sent by the ibeacon beacon device 4, and the server 1 pushes an instruction message corresponding to the identification code to the mobile intelligent terminal 2.
Claims (16)
1. A map system, characterized by: comprises a server (1) and a mobile intelligent terminal (2) carried by a user, wherein,
the system comprises a server (1) and a server, wherein when the mobile intelligent terminal (2) reaches a set position, a topological map corresponding to the position is sent to the server according to the current position of the mobile intelligent terminal (2);
the mobile intelligent terminal (2) is carried by a user, is provided with an App capable of realizing communication with the server (1), and is used for receiving and displaying the topological map sent by the server (1); the topological map takes each offline experience point in the coverage range of the topological map as a topological point, and is constructed by the topological lines connecting the topological points, and each topological point comprises the real position information of the experience point corresponding to the topological point;
the information acquisition terminal (3) is an acquisition terminal with an image recognition function and is positioned at the experience point; on one hand, facial image information of a user is collected and sent to the server side (1), and the server side (1) pushes an instruction message to the mobile intelligent terminal (2) corresponding to the facial image; on the other hand, behavior data and face image information made by the user according to the instruction message displayed on the mobile intelligent terminal (2) are collected and transmitted to the server (1); and the server (1) sends the behavior data and/or the data packet information corresponding to the behavior to the mobile intelligent terminal (2) corresponding to the facial image.
2. The map system of claim 1, wherein: and the mobile intelligent terminal (2) acquires the current state information of the user in real time and displays the current state information on the topological map.
3. The map system of claim 2, wherein: the state information includes user location information, heart rate, number of steps, calories burned.
4. The map system of claim 1, wherein:
when the mobile intelligent terminal (2) reaches an experience point, the server (1) pushes an instruction message to the mobile intelligent terminal (2);
the information acquisition end (3) positioned at the experience point acquires behavior data made by the user according to the instruction message displayed on the mobile intelligent terminal (2) and transmits the behavior data to the server end (1);
the server (1) stores data packet information corresponding to the behavior corresponding to the instruction message, and after behavior data acquired and sent by the information acquisition terminal (3) is received, the behavior data and/or the data packet information corresponding to the behavior are sent to the mobile intelligent terminal (2).
5. The mapping system of claim 4, wherein: the server (1) stores the position information of the information acquisition end (3), acquires the position information of the mobile intelligent terminal (2) in real time, compares the position information with the position information of the information acquisition end (3), and when the distance between the two positions is smaller than or equal to 8m, the server (1) pushes an instruction message to the mobile intelligent terminal (2).
6. The mapping system of claim 4, wherein: the map system also comprises ibeacon beacon equipment (4) which is positioned at the same position as the information acquisition end (3), wherein the service end (1) stores the identification codes of the ibeacon beacon equipment (4) and the corresponding instruction messages of the ibeacon beacon equipment; the ibeacon beacon device (4) transmits the unique identification code of the ibeacon beacon device in real time in the transmission range of the ibeacon beacon device, the mobile intelligent terminal (2) sends request information containing the identification code to the server (1) after receiving the identification code sent by the ibeacon beacon device (4), and the server (1) pushes the instruction message corresponding to the identification code to the mobile intelligent terminal (2).
7. The map system of claim 4, 5 or 6, wherein: and the data packet information corresponding to the behavior is result data corresponding to the behavior.
8. The mapping system of claim 4, wherein: the map system further comprises a gift exchange terminal (5); after the user completes corresponding behaviors according to the requirements of the instruction message, the server side (1) sends an award instruction to the gift exchange terminal (5) to award the gift to the user.
9. The map system of claim 1, wherein: when the mobile intelligent terminal (2) reaches a set position, the server (1) sends a topological map corresponding to the position to the mobile intelligent terminal (2) according to the current position of the mobile intelligent terminal, and the steps are as follows:
the method comprises the steps that the server (1) obtains position information of the mobile intelligent terminal (2) in real time, and when the mobile intelligent terminal (2) enters a range covered by the topological map, the server (1) sends the topological map corresponding to the position to the mobile intelligent terminal (2) according to the current position of the mobile intelligent terminal.
10. An interaction method based on a topological map is characterized by comprising the following steps:
when a mobile intelligent terminal (2) carried by a user reaches a set position, a server side (1) sends a topological map corresponding to the position to the mobile intelligent terminal (2) according to the current position of the mobile intelligent terminal; the mobile intelligent terminal (2) is provided with an App capable of communicating with the server (1);
the mobile intelligent terminal (2) receives and displays the topological map sent by the server side (1) in real time; the topological map takes each offline experience point in the coverage range of the topological map as a topological point, and is constructed by the topological lines connecting the topological points, and each topological point comprises the real position information of the experience point corresponding to the topological point;
when a mobile intelligent terminal (2) carried by a user reaches an experience point provided with an information acquisition terminal (3), the information acquisition terminal (3) with an image recognition function acquires facial image information of the user and sends the facial image information to a server (1), and the server (1) pushes an instruction message to the mobile intelligent terminal (2) corresponding to the facial image; on the other hand, behavior data and face image information made by the user according to the instruction message displayed on the mobile intelligent terminal (2) are collected and transmitted to the server (1); and the server (1) sends the behavior data and/or the data packet information corresponding to the behavior to the mobile intelligent terminal (2) corresponding to the facial image.
11. The interactive method of claim 10, wherein: and the mobile intelligent terminal (2) acquires the current state information of the user in real time and displays the current state information on the topological map.
12. The interactive method of claim 11, wherein: the state information includes user location information, heart rate, number of steps, calories burned.
13. The interaction method according to claim 10, 11 or 12, wherein the interaction method further comprises:
and the mobile intelligent terminal (2) displays the received behavior data and/or the data packet information corresponding to the behavior on the topological map.
14. The interactive method of claim 10, wherein: when mobile intelligent terminal (2) arrives at the experience point provided with information acquisition terminal (3), server (1) pushes instruction message to mobile intelligent terminal (2), specifically is:
the server (1) stores the position information of the information acquisition end (3), acquires the position information of the mobile intelligent terminal (2) in real time, compares the position information with the position information of the information acquisition end (3), and when the distance between the two positions is smaller than or equal to 8m, the server (1) pushes an instruction message to the mobile intelligent terminal (2).
15. The interactive method of claim 10, wherein: when mobile intelligent terminal (2) arrives at the experience point provided with information acquisition terminal (3), server (1) pushes instruction message to mobile intelligent terminal (2), specifically is:
ibeacon beacon equipment (4) is arranged near an information acquisition end (3), and the service end (1) stores identification codes of the ibeacon beacon equipment (4) and corresponding instruction messages of the ibeacon beacon equipment; the ibeacon beacon device (4) transmits the unique identification code of the ibeacon beacon device in real time in the transmission range of the ibeacon beacon device, the mobile intelligent terminal (2) sends request information containing the identification code to the server (1) after receiving the identification code sent by the ibeacon beacon device (4), and the server (1) pushes the instruction message corresponding to the identification code to the mobile intelligent terminal (2).
16. The interactive method of claim 10, wherein: and after the user completes corresponding behaviors according to the requirements of the instruction message, the server side (1) sends an award instruction to the gift exchange terminal (5) to award the gift to the user.
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| CN201610354669.XA CN106162552B (en) | 2016-05-26 | 2016-05-26 | Map system and interaction method based on map system |
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| CN106162552B (en) * | 2016-05-26 | 2021-08-27 | 杭州大穿越旅游策划有限公司 | Map system and interaction method based on map system |
| CN110248381B (en) * | 2019-07-08 | 2021-04-02 | 腾讯科技（深圳）有限公司 | Positioning data processing method and device, computer equipment and storage medium |
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