CN105119811A - Method and system for displaying moving locus of data information, node, and server - Google Patents
Method and system for displaying moving locus of data information, node, and server Download PDFInfo
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Abstract
The invention discloses a method for displaying the moving locus of data information. The method comprises steps of: after each node issues data information, recording the information of the current node and the information of a previous node for the data information and sending the data information, the information of the previous node, and the information of the current node to a server; enabling the server to generate the moving locus graph of each piece of data information according to the data information, the information of the previous node, and the information of the current node sent from each node, and to send the moving locus graph of each piece of data information to the corresponding node; and enabling each node to display the moving locus graph of the data information. The invention also discloses a system, a node, and a server. According to the method, the system, the node, and the server, a node user may timely check whether another node user forwards the data information issued by the node user such that interactivity is improved between the node users. When finding out multiple other node users forward the data information issued by the node user, the node user generates approved feeling and satisfaction feeling, thereby greatly improving user experience.
Description
Technical field
The present invention relates to communication technique field, particularly relate to methods of exhibiting and system, node, server that a kind of data message moves towards track.
Background technology
Micro-letter has been requisite instrument in popular daily life as social software, and people can be realized instant messaging, information sharing with other people by micro-letter software and deliver personal data information at circle of friends.The personal data information that the friend of circle of friends can deliver carries out point and praises, comments on, even forwards.The personal data information wherein delivered the friend of circle of friends carries out a little praising, comment on, forward the friend that becomes and seldom meet between the peculiar mode of keeping in touch.
Current user delivers a data message at micro-letter circle of friends, and which friend's point utterer can only know is praised, commented on this data message, but does not know which friend this data message forwarded over.
Also there is same problem, at present as QQ software in other social softwares.Namely after user delivers data message on social software in prior art, cannot know and whether have user to forward the data message oneself delivered, not interactive between user, Consumer's Experience poor effect.
Summary of the invention
Whether main purpose of the present invention is to solve after user delivers data message on social software in prior art, cannot know and have user to forward the data message oneself delivered, not interactive between user, the technical problem of Consumer's Experience poor effect.
For achieving the above object, a kind of data message provided by the invention moves towards the methods of exhibiting of track, and the methods of exhibiting that described data message moves towards track comprises the following steps:
After each node delivers data message, be this data message minute book nodal information and previous node information, described data message, described previous node information and this nodal information are sent to server;
The described data message that server sends according to each node, described previous node information and this node are believed, generate every bar data message and move towards trajectory diagram, and described every bar data message are moved towards trajectory diagram and be sent to and deliver node corresponding to described data message;
The data message that each node reception server sends moves towards trajectory diagram, and shows that described data message moves towards trajectory diagram.
Preferably, described data message moves towards the methods of exhibiting of track, and the described data message that described server sends according to each node, described previous node information and this node are believed, generates every bar data message and moves towards trajectory diagram and be specially:
The described data message that server sends according to each node, described previous node information and this node are believed, determine that every number it is believed that manner of breathing is for the previous node information of each node and this nodal information;
It is believed that manner of breathing is for the previous node information of each node and this nodal information according to every number, that adds up every bar data message delivers routing information;
Deliver routing information according to described every bar data message, move towards trajectory diagram for every bar data message generates corresponding data message.
Preferably, described data message moves towards the methods of exhibiting of track, and the data message that each node reception server sends also comprises after moving towards trajectory diagram:
Judge described data message moves towards whether to exist in trajectory diagram the first node of the non-friends with this node users;
When there is the first node with the non-friends of this node users, then the data message that shielding is shown moves towards the described first node in trajectory diagram; Or the data message that shielding is shown moves towards the described first node in trajectory diagram, and the node that described first node is follow-up.
Preferably, described data message moves towards the methods of exhibiting of track, and after each node delivers data message, also the timestamp of data message delivered in record, and this timestamp is sent to server together with previous node information and this nodal information;
The timestamp that server sends according to each node, moves towards the corresponding timestamp of each vertex ticks in trajectory diagram for each data message generated.
Preferably, described data message moves towards the methods of exhibiting of track, and described nodal information is: the ID of this node; Described previous node information is: the ID of previous node;
Described data message of delivering comprises editor and delivers data message and data message is delivered in forwarding.
In addition, for achieving the above object, the present invention also provide a kind of data message to move towards track displaying assembling system described in the data message exhibiting device that moves towards track comprise: multiple node and server;
Each node, for after delivering data message, is this data message minute book nodal information and previous node information, described data message, described previous node information and this nodal information is sent to server; And the data message that reception server sends moves towards trajectory diagram, and show that described data message moves towards trajectory diagram;
Server, believe for the described data message sent according to each node, described previous node information and this node, generate every bar data message and move towards trajectory diagram, and described every bar data message is moved towards trajectory diagram and be sent to and deliver node corresponding to described data message.Preferably, described data message moves towards the display systems of track, described server, specifically for the described data message sent according to each node, described previous node information and this node letter, determines that every number it is believed that manner of breathing is for the previous node information of each node and this nodal information; It is believed that manner of breathing is for the previous node information of each node and this nodal information according to every number, that adds up every bar data message delivers routing information; And deliver routing information according to described every bar data message, move towards trajectory diagram for every bar data message generates corresponding data message.
Preferably, described data message moves towards the display systems of track, described each node, after the data message also for sending at reception server moves towards trajectory diagram, judges described data message moves towards whether to exist in trajectory diagram the first node of the non-friends with this node users; When there is the first node with the non-friends of this node users, then the data message that shielding is shown moves towards the described first node in trajectory diagram; Or the data message that shielding is shown moves towards the described first node in trajectory diagram, and the node that described first node is follow-up.
Preferably, described data message moves towards the display systems of track, described each node, and also for after delivering data message, also the timestamp of data message delivered in record, and this timestamp is sent to server together with previous node information and this nodal information;
Described server, the timestamp also for sending according to each node, moves towards the corresponding timestamp of each vertex ticks in trajectory diagram for each data message generated.
Preferably, described data message moves towards the display systems of track, and described nodal information is: the ID of this node; Described previous node information is: the ID of previous node;
Described data message of delivering comprises editor and delivers data message and data message is delivered in forwarding.
In addition, for achieving the above object, the present invention also provides a kind of node, and described node is above-described node.
In addition, for achieving the above object, the present invention also provides a kind of server, and described server is above-described server.
Data message provided by the present invention moves towards methods of exhibiting and system, node, the server of track, after delivering data message by each node, for this data message minute book nodal information and previous node information, described data message, described previous node information and this nodal information are sent to server;
The described data message that server sends according to each node, described previous node information and this node are believed, generate every bar data message and move towards trajectory diagram, and described every bar data message are moved towards trajectory diagram and be sent to and deliver node corresponding to described data message; The data message that each node reception server sends moves towards trajectory diagram, and show that described data message moves towards the mode of trajectory diagram, whether each node users can view in time has other node users to deliver the data message oneself delivered, what enhance between node users is interactive, check when node users and find that other node users multiple have delivered the data message oneself delivered, user can produce a kind of by accreditation sense, satisfaction, significantly enhances the experience effect of user.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet that data message of the present invention moves towards methods of exhibiting one embodiment of track;
Fig. 2 is the concrete refinement schematic flow sheet of step S20 in Fig. 1;
Fig. 3 is that a data message of the present invention moves towards trajectory diagram;
Fig. 4 is that another data message of the present invention moves towards trajectory diagram;
Fig. 5 is that the data message of masked segment node moves towards trajectory diagram;
Fig. 6 be data message in Fig. 4 move towards trajectory diagram mark each node time stamp after corresponding data message move towards trajectory diagram;
Fig. 7 be data message in Fig. 5 move towards trajectory diagram mark each node time stamp after corresponding data message move towards trajectory diagram;
Fig. 8 is the structural representation that data message of the present invention moves towards display systems one embodiment of track.
The realization of the object of the invention, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Embodiment
Below in conjunction with Figure of description, the preferred embodiments of the present invention are described, be to be understood that, preferred embodiment described herein is only for instruction and explanation of the present invention, be not intended to limit the present invention, and when not conflicting, the embodiment in the present invention and the feature in embodiment can combine mutually.
The invention provides the methods of exhibiting that a kind of data message moves towards track.Reference Fig. 1, Fig. 1 are the schematic flow sheet that data message of the present invention moves towards methods of exhibiting one embodiment of track.In one embodiment, the methods of exhibiting that this data message moves towards track comprises:
After step S10, each node deliver data message, be this data message minute book nodal information and previous node information, described data message, described previous node information and this nodal information are sent to server.Wherein, the data message of the present embodiment indication comprise user's input any user such as word, figure or multimedia between for mutual data message.
The described data message that step S20, server send according to each node, described previous node information and this node are believed, generate every bar data message and move towards trajectory diagram, and described every bar data message is moved towards trajectory diagram and be sent to and deliver node corresponding to described data message.
See the concrete refinement schematic flow sheet that Fig. 2, Fig. 2 are step S20 in Fig. 1.The described data message that server described in this step S20 sends according to each node, described previous node information and this node are believed, generate every bar data message and move towards trajectory diagram and specifically comprise:
The described data message that step S21, server send according to each node, described previous node information and this node are believed, determine that every number it is believed that manner of breathing is for the previous node information of each node and this nodal information.
Described in the present embodiment, this nodal information is: the ID of this node; Described previous node information is: the ID of previous node.Described data message of delivering comprises editor and delivers data message and data message is delivered in forwarding.
For data message X, for the node delivering this data message X, server receives after each node sends data message X and previous node ID and this node ID, can determine that data message phase X is for the front nodal point information of each node and this nodal information.Such as establish id information a, b, c, d being represented respectively corresponding node A, B, C, D.Its interior joint A edits and delivers data message X, and Node B and C deliver described data message X from A forwarding respectively, and node D then delivers described data message X from node C.Because node A delivers data message X for editor, do not have previous node, therefore node A only sends the nodal information of data message X and this node A to server after delivering data message X.Can send this data message X to server after Node B delivers described data message X, and the nodal information of previous node A and the nodal information of this Node B; This data message X can be sent to server after node C delivers described data message X, and the nodal information of the nodal information of previous node A and this node C.This data message X can be sent to server after node D delivers described data message X, and the nodal information of the nodal information of previous node C and this node D.The information that business device sends according to node A, Node B, node C, determine data message X relative to node A without last nodal information, this nodal information is A nodal information; Be A nodal information relative to the previous node information of Node B, this nodal information is B nodal information; Be A nodal information relative to the previous node information of C node, this nodal information is C nodal information; Be C nodal information relative to the previous node information of D node, this nodal information is D nodal information.
Step S22, to it is believed that according to every number manner of breathing is for the previous node information of each node and this nodal information, that adds up every bar data message delivers routing information;
It is believed that manner of breathing is for the previous node ID of each node and this node ID with the every number of key-value class record in the present embodiment, wherein represent previous node ID with key, value represents this node ID.In the present embodiment due to node A for editor first delivers described data message X, namely for this data message X, described node A does not have previous node, is 0 to represent with key value.Server based on data information X relative to the previous node information of node A, B, C, D and this nodal information, add up the data message X drawn to deliver routing information as shown in table 1.
Table 1:
Step S23, deliver routing information according to described every bar data message, move towards trajectory diagram for every bar data message generates corresponding data message.
In the present embodiment, for a certain bar data message, server, as long as be aware of this data message relative to the previous node ID of each node and this node ID, what just can count this data message delivers routing information, just can calculate this data message trend according to counted data message of delivering.The data message X that such as server sends according to node A, B, C, D, previous node ID and this node ID, can determine that described data message X is relative to the previous node ID of node A, B, C, D and this node ID, according to the determined previous node ID corresponding to A, B, C, D and this node ID, add up the data message X drawn to deliver routing information as shown in table 1.As can be seen from Table 1: node A delivers node for editor, and Node B, C, D are follow-up forward node.Node B, C deliver described data message X by node A respectively, and node D then delivers described data message X by node C forwarding.Server delivers routing information according to the data message X's of statistics in table 1, and generate and move towards trajectory diagram as shown in Figure 3 with the data message X of node ID representation node, Fig. 3 is that a data message of the present invention moves towards trajectory diagram, moves towards trajectory diagram in this, as data message X.A, b, c, d described in Fig. 3 represent the ID of A, B, C, D node respectively.More directly perceived in order to make the data message X of generation move towards trajectory diagram, data message X can also be moved towards trajectory diagram and be converted to and move towards trajectory diagram with the data message X of node users title and/head portrait representation node.Be converted to that to move towards trajectory diagram with the data message X of node users title and/or head portrait representation node specific as follows by moving towards trajectory diagram with the data message X of node ID representation node: move towards each node ID in trajectory diagram according to the data message X generated, obtain user's name corresponding to each node and/or head portrait, then by data message X, each node ID moved towards in trajectory diagram replaces with corresponding node users title and/or head portrait.Be that another data message of the present invention moves towards trajectory diagram see Fig. 4, Fig. 4; In this Fig. 4, A1, B1, C1, D1 represent user's name and/or the head portrait of the node (node A, B, C, D) that ID is a, b, c, d respectively.
The data message that step S30, each node reception server send moves towards trajectory diagram, and shows that described data message moves towards trajectory diagram.
In above-described embodiment, the data message that described each node reception server sends also comprises following process after moving towards trajectory diagram: judge described data message moves towards whether to exist in trajectory diagram the first node of the non-friends with this node users.When there is the first node with the non-friends of this node users, then the data message that shielding is shown moves towards the described first node in trajectory diagram; Or the data message that shielding is shown moves towards the described first node in trajectory diagram, and the node that described first node is follow-up.
Such as, the data message X received as described node A moves towards trajectory diagram as shown in Figure 4, but due to node users C1 and node users A1 be non-friends, then node A shields the node users C1 in Fig. 4, the data message being masked segment node see Fig. 5, Fig. 5 moves towards trajectory diagram.The data message X of final displaying moves towards trajectory diagram as shown in Figure 5 a; Or node A shields the node users C1 in Fig. 4 and its follow-up node users D1, the final data message X shown moves towards trajectory diagram as shown in Fig. 5 b or Fig. 5 c.What wherein Fig. 5 b expressed is meant to: be in the node users of friends with node users A1 the described data message X that only had node users B1 to deliver, but other node users being in non-friends in addition with node users A1 deliver described data message X from node A forwarding.What Fig. 5 c expressed is meant to: be in the node users of friends with node users A1 the described data message X that only had node users B1 to deliver.
In above-described embodiment, after each node delivers data message, also the timestamp of data message delivered in record, and this timestamp is sent to server together with previous node information and this nodal information.The timestamp that server sends according to each node, moves towards the corresponding timestamp of each vertex ticks in trajectory diagram for each data message generated.Namely each data message moves towards the corresponding timestamp of each vertex ticks in trajectory diagram.User moves towards trajectory diagram according to data message can know the concrete time that each node delivers corresponding data message.See Fig. 6 and Fig. 7, Fig. 6 be data message in Fig. 4 move towards trajectory diagram mark each node time stamp after corresponding data message move towards trajectory diagram.Fig. 7 be data message in Fig. 5 move towards trajectory diagram mark each node time stamp after corresponding data message move towards trajectory diagram.
Above-mentioned data message moves towards the methods of exhibiting embodiment of track, after delivering data message by each node, for this data message minute book nodal information and previous node information, described data message, described previous node information and this nodal information are sent to server; The described data message that server sends according to each node, described previous node information and this node are believed, generate every bar data message and move towards trajectory diagram, and described every bar data message are moved towards trajectory diagram and be sent to and deliver node corresponding to described data message; The data message that each node reception server sends moves towards trajectory diagram, and show that described data message moves towards the mode of trajectory diagram, whether each node users can view in time has other node users to deliver the data message oneself delivered, what enhance between node users is interactive, check when node users and find that other node users multiple have delivered the data message oneself delivered, user can produce a kind of by accreditation sense, satisfaction, significantly enhances the experience effect of user.
The present invention further provides the display systems that a kind of data message moves towards track.Reference Fig. 8, Fig. 8 are the structural representation that data message of the present invention moves towards display systems one embodiment of track.In one embodiment, the display systems 100 that described data message moves towards track comprises: multiple node 110 and server 120.Wherein, each node 110, for after delivering data message, is this data message minute book nodal information and previous node information, described data message, described previous node information and this nodal information is sent to server 120; And the data message that reception server 120 sends moves towards trajectory diagram, and show that described data message moves towards trajectory diagram.Described server 120, for sending described data message, described previous node information and this nodal information according to each node 110, generate every bar data message and move towards trajectory diagram, and described every bar data message is moved towards trajectory diagram and be sent to and deliver node corresponding to described data message 110.
In the present embodiment, described server 120, specifically for the described data message sent according to each node 110, described previous node information and this nodal information, determines that every number it is believed that manner of breathing is for the previous node information of each node and this nodal information; It is believed that manner of breathing is for the previous node information of each node and this nodal information according to every number, that adds up every bar data message delivers routing information; And deliver routing information according to described every bar data message, move towards trajectory diagram for every bar data message generates corresponding data message.Wherein, described nodal information is: the ID of this node; Described previous node information is: the ID of previous node.Described data message of delivering comprises editor and delivers data message and data message is delivered in forwarding.Wherein, the data message of the present embodiment indication comprise user's input any user such as word, figure or multimedia between for mutual data message.
For data message X, for the node delivering this data message X, described server 120 receives after each node 110 sends data message X and previous node ID and this node ID, can determine that data message phase X is for the front nodal point information of each node and this nodal information.Such as establish node 110 to comprise node A, Node B, node C and node D, wherein establish a, b, c, d to represent the id information of corresponding node A, B, C, D respectively.Its interior joint A edits and delivers data message X, and Node B and C deliver described data message X from A forwarding respectively, and node D then delivers described data message X from node C.Because node A delivers data message X for editor, do not have previous node, therefore node A only sends the nodal information of data message X and this node A to server after delivering data message X.Can send this data message X to server after Node B delivers described data message X, and the nodal information of previous node A and the nodal information of this Node B; This data message X can be sent to server after node C delivers described data message X, and the nodal information of the nodal information of previous node A and this node C.This data message X can be sent to server after node D delivers described data message X, and the nodal information of the nodal information of previous node C and this node D.The information that business device sends according to node A, Node B, node C, determine data message X relative to node A without last nodal information, this nodal information is A nodal information; Be A nodal information relative to the previous node information of Node B, this nodal information is B nodal information; Be A nodal information relative to the previous node information of C node, this nodal information is C nodal information; Be C nodal information relative to the previous node information of D node, this nodal information is D nodal information.It is believed that manner of breathing is for previous node ID corresponding to each node and this node ID with the every number of key-value class record in the present embodiment, wherein represent previous node ID with key, value represents this node ID.In the present embodiment due to node A for editor first delivers described data message X, namely for this data message X, described node A does not have previous node, is 0 to represent with key value.Server 120 according to data message X relative to the previous node information of node A, B, C, D and this nodal information, add up the data message X drawn to deliver routing information as shown in table 1.
In the present embodiment, for a certain bar data message, described server 120, as long as be aware of this data message relative to the previous node ID of each node and this node ID, what just can count this data message delivers routing information, just can calculate this data message trend according to counted data message of delivering.The data message X that such as server 120 sends according to node A, B, C, D, previous node ID and this node ID, can determine that described data message X is relative to the previous node ID of node A, B, C, D and this node ID, according to the determined previous node ID corresponding to A, B, C, D and this node ID, add up the data message X drawn to deliver routing information as shown in table 1.As can be seen from Table 1: node A delivers node for editor, and Node B, C, D are follow-up forward node.Node B, C deliver described data message X by node A respectively, and node D then delivers described data message X by node C forwarding.Described server 120 delivers routing information according to the data message X's of statistics in table 1, generate and move towards trajectory diagram as shown in Figure 3 with the data message X of node ID representation node, Fig. 3 is that a data message of the present invention moves towards trajectory diagram, moves towards trajectory diagram in this, as data message X.A, b, c, d described in Fig. 3 represent the ID of A, B, C, D node respectively.More directly perceived in order to make the data message X of generation move towards trajectory diagram, data message X can also be moved towards trajectory diagram and be converted to and move towards trajectory diagram with the data message X of node users title and/head portrait representation node.Be converted to that to move towards trajectory diagram with the data message X of node users title and/or head portrait representation node specific as follows by moving towards trajectory diagram with the data message X of node ID representation node: move towards each node ID in trajectory diagram according to the data message X generated, obtain user's name corresponding to each node and/or head portrait, then by data message X, each node ID moved towards in trajectory diagram replaces with corresponding node users title and/or head portrait.Be that another data message of the present invention moves towards trajectory diagram see Fig. 4, Fig. 4; In this Fig. 4, A1, B1, C1, D1 represent user's name and/or the head portrait of the node (node A, B, C, D) that ID is a, b, c, d respectively.
Above-mentioned data message moves towards in display systems 100 embodiment of track, described each node 110, after data message also for sending at reception server moves towards trajectory diagram, judge described data message moves towards whether to exist in trajectory diagram the first node of the non-friends with this node users; When there is the first node with the non-friends of this node users, then the data message that shielding is shown moves towards the described first node in trajectory diagram; Or the data message that shielding is shown moves towards the described first node in trajectory diagram, and the node that described first node is follow-up.Such as, the data message X received as described node A moves towards trajectory diagram as shown in Figure 4, but because node users C1 and node users A1 is non-friends, then node A shields the node users C1 in Fig. 4, the final data message X shown moves towards trajectory diagram as shown in Figure 5 a; Or node A shields the node users C1 in Fig. 4 and its follow-up node users D1, the final data message X shown moves towards trajectory diagram as shown in Fig. 5 b or Fig. 5 c.What wherein Fig. 5 b expressed is meant to: be in the node users of friends with node users A1 the described data message X that only had node users B1 to deliver, but other node users being in non-friends in addition with node users A1 deliver described data message X from node A forwarding.What Fig. 5 c expressed is meant to: be in the node users of friends with node users A1 the described data message X that only had node users B1 to deliver.
Above-mentioned data message moves towards in display systems 100 embodiment of track, described each node 110, also for after delivering data message, also the timestamp of data message delivered in record, and this timestamp is sent to server 120 together with previous node information and this nodal information.Described server 120, the timestamp also for sending according to each node, moves towards the corresponding timestamp of each vertex ticks in trajectory diagram for each data message generated.Namely each data message moves towards the corresponding timestamp of each vertex ticks in trajectory diagram.User moves towards trajectory diagram according to data message can know the concrete time that each node delivers corresponding data message.See Fig. 6 and Fig. 7, Fig. 6 be data message in Fig. 4 move towards trajectory diagram mark each node time stamp after corresponding data message move towards trajectory diagram.Fig. 7 be data message in Fig. 5 move towards trajectory diagram mark each node time stamp after corresponding data message move towards trajectory diagram.
Above-mentioned data message moves towards display systems 100 embodiment of track, after delivering data message by each node 110, for this data message minute book nodal information and previous node information, described data message, described previous node information and this nodal information are sent to server 120; The described data message that server 120 sends according to each node 110, described previous node information and this node are believed, generate every bar data message and move towards trajectory diagram, and described every bar data message is moved towards trajectory diagram and be sent to and deliver node corresponding to described data message 110; The data message that each node 110 reception server 120 sends moves towards trajectory diagram, and show that described data message moves towards the mode of trajectory diagram, whether each node users can view in time has other node users to deliver the data message oneself delivered, what enhance between node users is interactive, check when node users and find that other node users multiple have delivered the data message oneself delivered, user can produce a kind of by accreditation sense, satisfaction, significantly enhances the experience effect of user.
The present invention separately proposes a kind of node, and this node is above-described node 110, no longer repeats described node at this.
The present invention separately proposes a kind of server, and this service is above-described server 120, no longer repeats described server at this.
These are only the preferred embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every utilize specification of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (12)
1. data message moves towards a methods of exhibiting for track, it is characterized in that, the methods of exhibiting that described data message moves towards track comprises the following steps:
After each node delivers data message, be this data message minute book nodal information and previous node information, described data message, described previous node information and this nodal information are sent to server;
The described data message that server sends according to each node, described previous node information and this nodal information, generate every bar data message and move towards trajectory diagram, and described every bar data message is moved towards trajectory diagram and be sent to and deliver node corresponding to described data message;
The data message that each node reception server sends moves towards trajectory diagram, and shows that described data message moves towards trajectory diagram.
2. data message as claimed in claim 1 moves towards the methods of exhibiting of track, it is characterized in that, the described data message that described server sends according to each node, described previous node information and this nodal information, generate every bar data message and move towards trajectory diagram and be specially:
The described data message that server sends according to each node, described previous node information and this nodal information, determine that every number it is believed that manner of breathing is for the previous node information of each node and this nodal information;
It is believed that manner of breathing is for the previous node information of each node and this nodal information according to every number, that adds up every bar data message delivers routing information;
Deliver routing information according to described every bar data message, move towards trajectory diagram for every bar data message generates corresponding data message.
3. data message according to claim 1 moves towards the methods of exhibiting of track, it is characterized in that, the data message that each node reception server sends also comprises after moving towards trajectory diagram:
Judge described data message moves towards whether to exist in trajectory diagram the first node of the non-friends with this node users;
When there is the first node with the non-friends of this node users, then the data message that shielding is shown moves towards the described first node in trajectory diagram; Or the data message that shielding is shown moves towards the described first node in trajectory diagram, and the node that described first node is follow-up.
4. the data message according to any one of claims 1 to 3 moves towards the methods of exhibiting of track, it is characterized in that, after each node delivers data message, also the timestamp of data message delivered in record, and this timestamp is sent to server together with previous node information and this nodal information;
The timestamp that server sends according to each node, moves towards the corresponding timestamp of each vertex ticks in trajectory diagram for each data message generated.
5. data message as claimed in claim 4 moves towards the methods of exhibiting of track, it is characterized in that,
Described nodal information is: the ID of this node; Described previous node information is: the ID of previous node;
Described data message of delivering comprises editor and delivers data message and data message is delivered in forwarding.
6. data message moves towards a displaying assembling system for track, it is characterized in that, the exhibiting device that described data message moves towards track comprises: multiple node and server;
Each node, for after delivering data message, is this data message minute book nodal information and previous node information, described data message, described previous node information and this nodal information is sent to server; And the data message that reception server sends moves towards trajectory diagram, and show that described data message moves towards trajectory diagram;
Server, for the described data message sent according to each node, described previous node information and this nodal information, generate every bar data message and move towards trajectory diagram, and described every bar data message is moved towards trajectory diagram and be sent to and deliver node corresponding to described data message.
7. data message as claimed in claim 6 moves towards the display systems of track, it is characterized in that,
Described server, specifically for the described data message sent according to each node, described previous node information and this nodal information, determines that every number it is believed that manner of breathing is for the previous node information of each node and this nodal information; It is believed that manner of breathing is for the previous node information of each node and this nodal information according to every number, that adds up every bar data message delivers routing information; And deliver routing information according to described every bar data message, move towards trajectory diagram for every bar data message generates corresponding data message.
8. data message according to claim 6 moves towards the display systems of track, it is characterized in that,
Described each node, after the data message also for sending at reception server moves towards trajectory diagram, judges described data message moves towards whether to exist in trajectory diagram the first node of the non-friends with this node users; When there is the first node with the non-friends of this node users, then the data message that shielding is shown moves towards the described first node in trajectory diagram; Or the data message that shielding is shown moves towards the described first node in trajectory diagram, and the node that described first node is follow-up.
9. the data message according to any one of claim 6 to 8 moves towards the display systems of track, it is characterized in that,
Described each node, also for after delivering data message, also the timestamp of data message delivered in record, and this timestamp is sent to server together with previous node information and this nodal information;
Described server, the timestamp also for sending according to each node, moves towards the corresponding timestamp of each vertex ticks in trajectory diagram for each data message generated.
10. data message as claimed in claim 9 moves towards the display systems of track, it is characterized in that,
Described nodal information is: the ID of this node; Described previous node information is: the ID of previous node;
Described data message of delivering comprises editor and delivers data message and data message is delivered in forwarding.
11. 1 kinds of nodes, is characterized in that, described node is the node described in any one of claim 6 to 10.
12. 1 kinds of servers, is characterized in that, described server is the server described in any one of claim 6 to 10.
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