CN103679400A - Method and system for displaying project progress by subway map - Google Patents
Method and system for displaying project progress by subway map Download PDFInfo
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- CN103679400A CN103679400A CN201310754654.9A CN201310754654A CN103679400A CN 103679400 A CN103679400 A CN 103679400A CN 201310754654 A CN201310754654 A CN 201310754654A CN 103679400 A CN103679400 A CN 103679400A
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Abstract
The invention provides a method for displaying the project progress by a subway map. The method comprises the following steps of acquiring a first project task node set, wherein the first project task node set comprises a plurality of first project task nodes; according to the sequence of completion time of the first project task nodes, respectively generating first subway stations by the first project task nodes, wherein the first subway stations correspond to the first project task nodes; marking project progress information of the first project task nodes on the first subway stations corresponding to the first project task nodes; according to first station connecting lines between the first subway stations according to the first subway stations so as to form a first subway map; and marking a first subproject task between each two adjacent first project task nodes on the first station connecting line corresponding to the adjacent first project task nodes. A project manager can master the progress condition of the whole project by the first subway map and the method is convenient for project management.
Description
Technical field
The present invention relates to technical field of data processing, particularly relate to the method and system that a kind of subway map is shown project process.
Background technology
Mostly adopt at present diagrammatic form to show project process, by the progress situation of all working task in chart displaying project intuitively and the relation between task, the form of chart of take manages the Activities that can facilitate supvr to be project to project and carries out scheduling.
Traditional what with diagrammatic form, show that project process adopts conventionally is form, line graph, histogram and cake chart, and still, the content that these figure show is complicated mixed and disorderly.
Summary of the invention
Based on this, being necessary, for showing that project process chart shows the complicated mixed and disorderly problem of information, provides the method for the subway map displaying project process of the clear and intuitive displaying project process of a kind of energy.
In addition, be also necessary to provide the subway map of the clear and intuitive displaying project process of a kind of energy to show the system of project process.
Subway map is shown a method for project process, and described method comprises:
Obtain the first project task node set, described the first project task node set comprises some the first project task nodes;
According to the sequencing of described the first project task node deadline, respectively described the first project task node is generated to the first subway station, corresponding the first project task node in described the first subway station;
By the project process information indicating of described the first project task node on first subway station corresponding with the first project task node;
According to described the first subway station, generate the first website connecting line between the first subway station, to form the first subway map;
The first sub-project task between described adjacent the first project task node is indicated on the first website connecting line corresponding with described adjacent the first project task node.
Therein in an embodiment, described in obtain the step of the first project task node set before, described method also comprises:
Obtain destination item;
Described destination item is divided into a plurality of project task nodes, and described project task node is packaged into the data structure of predetermined format, to form the first project task node set.
Therein in an embodiment, described the first sub-project task between described adjacent the first project task node is indicated in to the step on the first website connecting line corresponding with described adjacent the first project task node after, described method also comprises:
Calculate the completion rate of the first sub-project task that described each the first website connecting line is corresponding;
The completion rate of described the first sub-project task is indicated on described the first website connecting line.
Therein in an embodiment, describedly according to described the first subway station, generate the first website connecting line between the first subway station, after forming the step of the first subway map, described method also comprises:
Obtain the second project task node set, described the second project task node set comprises some the second project task nodes;
The project task node that described the second project task node is identical with the first project task node aligns, to determine the position of the project task node that the second project task node is identical with the first project task node;
According to the position of the location positioning of the second project task node identical with the first project task node of the described alignment second project task node not identical with the first project task node, and generate the second subway station according to the position of the second project task node;
By the project process information indicating of described the second project task node on second subway station corresponding with the second project task node;
According to described the second subway station, generate the second website connecting line between the second subway station, to form the second subway map;
The second sub-project task between described adjacent the second project task node is indicated on the second website connecting line corresponding with described adjacent the second project task node.
Therein in an embodiment, described described the second project task node project task node identical with the first project task node alignd, before determining the step of position of the project task node that the second project task node is identical with the first project task node, described method also comprises:
The second project task node set and the first project task node set are carried out to merge sort, and weed out any one in duplicated project task node, to obtain the 3rd project task node set of ordered arrangement;
Whether the quantity that judges the project task number of nodes of described the second project task node set and the project task node of described the 3rd project task node set is equal,
If not, enter described the second project task node project task node identical with the first project task node alignd, to determine the step of the position of the project task node that the second project task node is identical with the first project task node.
Subway map is shown a system for project process, it is characterized in that, described system comprises:
First node set acquisition module, for obtaining the first project task node set, described the first project task node set comprises some the first project task nodes;
The first subway station generation module, for respectively described the first project task node being generated to the first subway station according to the sequencing of described the first project task node deadline, corresponding the first project task node in described the first subway station;
The first project process indicates module, for by the project process information indicating of described the first project task node in first subway station corresponding with the first project task node;
The first subway map generation module, for generate the first website connecting line between the first subway station according to described the first subway station, to form the first subway map;
The first sub-project progress indicates module, for the first sub-project task between described adjacent the first project task node being indicated in to the first website connecting line corresponding with described adjacent the first project task node.
In an embodiment, described system also comprises therein:
Project acquisition module, for obtaining destination item;
Project splits module, for described destination item being divided into a plurality of project task nodes, and described project task node is packaged into the data structure of predetermined format, to form the first project task node set.
In an embodiment, described system also comprises therein:
Task completion rate computing module, for calculating the completion rate of the first sub-project task that described each the first website connecting line is corresponding;
Task completion rate indicates module, for the completion rate of described the first sub-project task being indicated in to described the first website connecting line.
In an embodiment, described system also comprises therein:
Section Point set acquisition module, for obtaining the second project task node set, described the second project task node set comprises some the second project task nodes;
Node alignment module, for aliging described the second project task node project task node identical with the first project task node, to determine the position of the project task node that the second project task node is identical with the first project task node;
The second subway station generation module, be used for according to the position of the location positioning of the second project task node identical with the first project task node of the described alignment second project task node not identical with the first project task node, and generate the second subway station according to the position of the second project task node;
The second project process indicates module, for by the project process information indicating of described the second project task node in second subway station corresponding with the second project task node;
The second subway map generation module, for generate the second website connecting line between the second subway station according to described the second subway station, to form the second subway map;
The second sub-project progress indicates module, for the second sub-project task between described adjacent the second project task node being indicated in to the second website connecting line corresponding with described adjacent the second project task node.
In an embodiment, before the described step that described the second project task node project task node identical with the first project task node alignd, described system also comprises therein:
Node merger module, for the second project task node set and the first project task node set are carried out to merge sort, and weeds out any one in duplicated project task node, to obtain the 3rd project task node set of ordered arrangement;
Alignment judge module, for judging that whether the quantity of the project task number of nodes of described the second project task node set and the project task node of described the 3rd project task node set equates, if not, enters node alignment module.
Above-mentioned subway map is shown the method and system of project process, the time order and function order completing according to the first project task node, form by the first project task node set with the first subway map displays, the first subway station of the first subway map has indicated the project information of the first project task node, each section the first website connecting line has all indicated the first sub-project task between the first corresponding project task node, by checking the project process information of seeing each the first project task node that the first subway map can be clear and intuitive and the progress msg of the first sub-project task between the first project task node, project administrator can be grasped the progress situation of whole project by the first subway map, facilitated project management.
Accompanying drawing explanation
Fig. 1 is the process flow diagram that in an embodiment, subway map is shown the method for project process;
Fig. 2 obtains the first project task node set step process flow diagram before in Fig. 1;
Fig. 3 is the process flow diagram after the step in Fig. 1, the first sub-project task between adjacent the first project task node being indicated on the first website connecting line corresponding with adjacent the first project task node;
Fig. 4 is the process flow diagram that in another embodiment, subway map is shown the method for project process;
Fig. 5 is by the process flow diagram before the second project task node project task node alignment step identical with the first project task node in Fig. 4;
Fig. 6 is the application scenarios figure that in an embodiment, subway map is shown the method for project process;
Fig. 7 is the application scenarios figure that in another embodiment, subway map is shown the method for project process;
Fig. 8 is the application scenarios figure of the method for subway map displaying project process in another embodiment;
Fig. 9 is the structural representation that in an embodiment, subway map is shown the system of project process;
Figure 10 is the structural representation that in another embodiment, subway map is shown the system of project process;
Figure 11 is the structural representation that in another embodiment, subway map is shown the system of project process;
Figure 12 is the structural representation that in another embodiment, subway map is shown the system of project process;
Figure 13 is the system architecture schematic diagram of subway map displaying project process in another embodiment.
Embodiment
As shown in Figure 1, in one embodiment, a kind of subway map is shown the method for project process, and the method comprises:
Step S110, obtains the first project task node set, and the first project task node set comprises some the first project task nodes.
In the present embodiment, a complete project comprises several project tasks, for example, this project can be construction of commercial housing project, and construction of commercial housing project comprises and obtains reallocation of land licence, obtains builder's licence, project kickoff, obtains the project tasks such as permit for presale.Project task will show with the form of the first project task node, for example, and corresponding the first project task node set of project task that whole construction of commercial housing project is all.Between adjacent the first project task node, have a plurality of sub-projects, for example, project kickoff comprises the sub-project tasks such as agent structure construction, examination to obtaining between the project task node of permit for presale.
Step S120, generates the first subway station by the first project task node respectively according to the sequencing of the first project task node deadline, corresponding the first project task node in the first subway station.
In the present embodiment, subway map consists of the website connecting line between subway station and subway station, and the first project task node exists corresponding relation with the first subway station.Concrete, corresponding first subway station of the first project task node, the sequencing that arrange the first subway station is the sequencing of the first project task node deadline.
Step S130, by the project process information indicating of the first project task node on first subway station corresponding with the first project task node
In the present embodiment, indicated the project process information of corresponding the first project task node in the first subway station, for example, project process information comprises the first project task node project leader information, project information Start Date, project Close Date information etc.Concrete, the project process Information hiding of the first project task, in the first subway station, just shows by clicking the first subway station.
Step S140, generates the first website connecting line between the first subway station according to the first subway station, to form the first subway map.
Step S150, is indicated in the first sub-project task between adjacent the first project task node on the first website connecting line corresponding with adjacent the first project task node.
In the present embodiment, by website connecting line, each subway station generating is coupled together, to form the first complete subway map.In the first subway map, each section of subway connecting line is the first website connecting line.The project process information indicating of the sub-project task between the first project task node is on the first website connecting line of correspondence.Concrete, the progress msg of the first sub-project task is hidden in the first website connecting line, by clicking the first website connecting line, just shows.
By checking the project process information of seeing each the first project task node that the first subway map can be clear and intuitive and the progress msg of the first sub-project task between the first project task node, project administrator can be grasped the progress situation of whole project by the first subway map, has facilitated project management.
As shown in Figure 2, in one embodiment, before step S110, the method also comprises:
Step S210, obtains destination item.
Step S220, is divided into a plurality of project task nodes by destination item, and project task node is packaged into the data structure of predetermined format, to form the first project task node set.
In the present embodiment, project task node is by splitting and obtain destination item, concrete, according to project task node, the importance of whole project is split as to a plurality of project task nodes by destination item, project task node is stored according to predetermined data layout, for example, project task node is stored in to HashMap<Integer, in Map>, wherein, the corresponding project task node of Integer, the project data that the corresponding milestone project task of Map node comprises.Project task node according to predetermined format storage has formed the first project task node set.
As shown in Figure 3, in one embodiment, after step S150, the method also comprises:
Step S310, calculates the completion rate of the first sub-project task that each the first website connecting line is corresponding;
Step S320, is indicated in the completion rate of the first sub-project task on the first website connecting line
In the present embodiment, the task quantity of the first sub-project task that each first website connecting line is corresponding may have a plurality of, and in each first website connecting line, the completion rate of the first sub-project task is that sum by the first sub-project task measures the completion rate of the first sub-project task divided by the number of tasks that has completed the first sub-project task.For example, the sum of the first sub-project task is 10, and the quantity of the sub-project task wherein having completed is 5, and the completion rate of the first sub-project task is 50% so.The first sub-project task completion rate is indicated on the first website connecting line, concrete, line segment by the completion rate of the first sub-project task with different colours is indicated on the first website connecting line, and the length that indicates line segment is multiplied by the first sub-project task completion rate by the first subway station connecting line length and obtains.
As shown in Figure 4, in one embodiment, after step S150, the method also comprises:
Step S410, obtains the second project task node set, and the second project task node set comprises some the second project task nodes.
Step S420, the project task node that the second project task node is identical with the first project task node aligns, to determine the position of the project task node that the second project task node is identical with the first project task node.
Step S430, according to the position of the location positioning of the second project task node identical with the first project task node of the alignment second project task node not identical with the first project task node, and generate the second subway station according to the position of the second project task node.
Step S440, by the project process information indicating of the second project task node on second subway station corresponding with the second project task node.
Step S450, generates the second website connecting line between the second subway station according to the second subway station, to form the second subway map.
Step S460, is indicated in the second sub-project task between adjacent the second project task node on the second website connecting line corresponding with adjacent the second project task node.
In the present embodiment, the second project task node set and the first project task node set belong to the different editions of same project.Concrete, the version of the current phase planning of the first project task node set respective items, i.e. examination version, version in the actual implementation process of the corresponding project of the second project task node set, carry out version, because a plan may not be able to keep up with changes, carry out version and may delete project task node in examination version, also may increase new project task node.The difference of seeing two disparity items versions that can be visual and clear by the website alignment identical with the first subway map of the second subway map in the process that generates the second subway map.Concrete, the second subway map be illustrated in the first subway map under, the website that the second subway map is identical with the first subway map aligns.
As shown in Figure 5, in one embodiment, before step S420, the method also comprises:
Step S510, carries out merge sort by the second project task node set and the first project task node set, and weeds out any one in duplicated project task node, to obtain the 3rd project task node set of ordered arrangement.
Step S520, judges whether the quantity of the project task number of nodes of the second project task node set and the project task node of the 3rd project task node set equates, if not, enters step S420, is if so, left intact.
In the present embodiment, the 3rd project task node in the 3rd project task node set all comes from the first project task node set and the second project task node set.The 3rd project task node in the 3rd project task node set is all ordered arrangement, and the 3rd project task node that content is identical only retains one, and unnecessary weeds out.For example the first project task node set has project task node A, C, E, the second project task node set has project task node A, B, D, E, F, and by MERGING/SORTING ALGORITHM, making the 3rd project task node set after merging is A, B, C, D, E, F.Concrete, the 3rd project task node set is kept in orderly array.
Judge whether the number of entry in the second project task node set and the 3rd project task node set equates, if, illustrate that the second project task node set is identical with the first project task node set, do not need to carry out version contrast, enter if not step S420.
Below in conjunction with several concrete application scenarioss, lower the present invention is described.
As shown in Figure 6, in one embodiment, corresponding the first subway map of the subway map of examination version, corresponding second subway map of subway map of execution version.By the second subway map, can see very intuitively between the project task node that the project task node of obtaining < < land use certificate > > carried out in version and agent structure reach presell condition and newly increase and approved and initiate a project and two project task nodes of project kickoff (collective's management and control).The content of project task node has been indicated in top, subway station in subway map, the target date of project task node is indicated in below, according to the project process situation of project task node, by different colors, indicates corresponding subway station.For example, red subway station represents that project task node completes on time, blue subway station represents what project task node delay completed.
As shown in Figure 7, in one embodiment, by clicking subway station corresponding to project task node of obtaining < < reallocation of land licence > > in subway map, the relevant information of project process in this project task node will be shown.All tasks that this project task node is corresponding are illustrated in the below of subway station with the form of list.
As shown in Figure 8, in one embodiment, by click, move in the subway connecting line between project task node and main body items for acceptance task node, to show the project process information of sub-project task between two websites, sub-project task schedule line is presented on above-mentioned subway connecting line with different colors.
As shown in Figure 9, in one embodiment, a kind of subway map is shown the system of project process, this system comprises: first node set acquisition module 110, the first subway station generation module 120, the first project process indicates module 130, the first subway map generation module 140, the first sub-project progresses and indicates module 150.
First node set acquisition module 110, for obtaining the first project task node set, the first project task node set comprises some the first project task nodes.
In the present embodiment, a complete project comprises several project tasks, for example, this project can be construction of commercial housing project, and construction of commercial housing project comprises and obtains reallocation of land licence, obtains builder's licence, project kickoff, obtains the project tasks such as permit for presale.Project task will show with the form of the first project task node, for example, and corresponding the first project task node set of project task that whole construction of commercial housing project is all.Between adjacent the first project task node, have a plurality of sub-projects, for example, project kickoff comprises the sub-project tasks such as agent structure construction, examination to obtaining between the project task node of permit for presale.
The first subway station generation module 120, for respectively the first project task node being generated to the first subway station according to the sequencing of the first project task node deadline, corresponding the first project task node in the first subway station.
In the present embodiment, subway map consists of the website connecting line between subway station and subway station, and the first project task node exists corresponding relation with the first subway station.Concrete, corresponding first subway station of the first project task node, the sequencing that arrange the first subway station is the sequencing of the first project task node deadline.
The first project process indicates module 130, for by the project process information indicating of the first project task node in first subway station corresponding with the first project task node.
In the present embodiment, indicated the project process information of corresponding the first project task node in the first subway station, for example, project process information comprises the first project task node project leader information, project information Start Date, project Close Date information etc.Concrete, the project process Information hiding of the first project task, in the first subway station, just shows by clicking the first subway station.
The first subway map generation module 140, for generate the first website connecting line between the first subway station according to the first subway station, to form the first subway map.
The first sub-project progress indicates module 150, for the first sub-project task between adjacent the first project task node being indicated in to the first website connecting line corresponding with adjacent the first project task node.
In the present embodiment, the first subway map generation module 140 couples together by website connecting line each subway station generating, to form the first complete subway map.In the first subway map, each section of subway connecting line is the first website connecting line.The project process information indicating of the sub-project task between the first project task node is on the first website connecting line of correspondence.Concrete, the progress msg of the first sub-project task is hidden in the first website connecting line, by clicking the first website connecting line, just shows.
The time order and function order completing according to project task node is with form the displaying the project process information image of the sub-project task between the project process information of project task node and project task node of subway map, by checking the project of seeing each project task node that subway map can be clear and intuitive, carry out the mutual relationship between information and project task node, project administrator can have been grasped the progress situation of whole project by subway map, has facilitated project management.
As shown in figure 10, in one embodiment, this system also comprises:
Project splits module 220, for destination item being divided into a plurality of project task nodes, and project task node is packaged into the data structure of predetermined format, to form the first project task node set.
In the present embodiment, project task node is by splitting and obtain destination item, concrete, project splits module 220, according to project task node, the importance of whole project is split as to a plurality of project task nodes by destination item, and above-mentioned project task node is milestone project task node.Project splits module 220 milestone project task node is stored according to predetermined data layout, for example, milestone project task node is stored in to HashMap<Integer, in Map>, wherein, the corresponding milestone project task of Integer node, the project data that the corresponding milestone project task of Map node comprises.Milestone project task node according to predetermined format storage has formed the first project task node set.
As shown in figure 11, in one embodiment, this system also comprises:
Task completion rate computing module 310, for calculating the completion rate of the first sub-project task that each the first website connecting line is corresponding.
Task completion rate indicates module 320, for the completion rate of the first sub-project task being indicated in to the first website connecting line.
In the present embodiment, the task quantity of the first sub-project task that each first website connecting line is corresponding may have a plurality of, and in each first website connecting line, the completion rate of the first sub-project task is that sum by the first sub-project task measures the completion rate of the first sub-project task divided by the number of tasks that has completed the first sub-project task.For example, the sum of the first sub-project task is 10, and the quantity of the sub-project task wherein having completed is 5, and the completion rate of the first sub-project task is 50% so.Task completion rate indicates module 320 the first sub-project task completion rate is indicated on the first website connecting line, concrete, task completion rate indicates module 320, and by the completion rate of the first sub-project task, the line segment with different colours is indicated on the first website connecting line, and the length that indicates line segment is multiplied by the first sub-project task completion rate by the first subway station connecting line length and obtains.
As shown in figure 12, in one embodiment, this system also comprises: Section Point set acquisition module 410, node alignment module 420, the second subway station generation module 430, the second project processes indicate module 440, the second subway map generation module 450, the second sub-project progresses indicate module 460.
Section Point set acquisition module 410, for obtaining the second project task node set, the second project task node set comprises some the second project task nodes.
Node alignment module 420, for aliging the second project task node project task node identical with the first project task node, to determine the position of the project task node that the second project task node is identical with the first project task node.
The second subway station generation module 430, be used for according to the position of the location positioning of the second project task node identical with the first project task node of the alignment second project task node not identical with the first project task node, and generate the second subway station according to the position of the second project task node.
The second project process indicates module 440, for by the project process information indicating of the second project task node in second subway station corresponding with the second project task node.
The second subway map generation module 450, for generate the second website connecting line between the second subway station according to the second subway station, to form the second subway map.
The second sub-project progress indicates module 460, for the second sub-project task between adjacent the second project task node being indicated in to the second website connecting line corresponding with adjacent the second project task node.
In the present embodiment, the second project task node set and the first project task node set belong to the different editions of same project.Concrete, the version of the current phase planning of the first project task node set respective items, i.e. examination version, version in the actual implementation process of the corresponding project of the second project task node set, carry out version, because a plan may not be able to keep up with changes, carry out version and may delete project task node in examination version, also may increase new project task node.The difference of seeing two disparity items versions that can be visual and clear by the website alignment identical with the first subway map of the second subway map in the process that generates the second subway map.Concrete, the second subway map be illustrated in the first subway map under, the website that the second subway map is identical with the first subway map aligns.
As shown in figure 13, in one embodiment, this system also comprises:
In the present embodiment, the 3rd project task node in the 3rd project task node set all comes from the first project task node set and the second project task node set.The 3rd project task node in the 3rd project task node set is all ordered arrangement, and the 3rd project task node that content is identical only retains one, and unnecessary weeds out.For example the first project task node set has project task node A, C, E, the second project task node set has project task node A, B, D, E, F, and by MERGING/SORTING ALGORITHM, making the 3rd project task node set after merging is A, B, C, D, E, F.Concrete, the 3rd project task node set is kept in orderly array.
Above embodiment has only expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (10)
1. subway map is shown a method for project process, and described method comprises:
Obtain the first project task node set, described the first project task node set comprises some the first project task nodes;
According to the sequencing of described the first project task node deadline, respectively described the first project task node is generated to the first subway station, corresponding the first project task node in described the first subway station;
By the project process information indicating of described the first project task node on first subway station corresponding with the first project task node;
According to described the first subway station, generate the first website connecting line between the first subway station, to form the first subway map;
The first sub-project task between described adjacent the first project task node is indicated on the first website connecting line corresponding with described adjacent the first project task node.
2. method according to claim 1, is characterized in that, described in obtain the step of the first project task node set before, described method also comprises:
Obtain destination item;
Described destination item is divided into a plurality of project task nodes, and described project task node is packaged into the data structure of predetermined format, to form the first project task node set.
3. method according to claim 1, it is characterized in that, described the first sub-project task between described adjacent the first project task node is indicated in to the step on the first website connecting line corresponding with described adjacent the first project task node after, described method also comprises:
Calculate the completion rate of the first sub-project task that described each the first website connecting line is corresponding;
The completion rate of described the first sub-project task is indicated on described the first website connecting line.
4. method according to claim 1, is characterized in that, describedly according to described the first subway station, generates the first website connecting line between the first subway station, and after forming the step of the first subway map, described method also comprises:
Obtain the second project task node set, described the second project task node set comprises some the second project task nodes;
The project task node that described the second project task node is identical with the first project task node aligns, to determine the position of the project task node that the second project task node is identical with the first project task node;
According to the position of the location positioning of the second project task node identical with the first project task node of the described alignment second project task node not identical with the first project task node, and generate the second subway station according to the position of the second project task node;
By the project process information indicating of described the second project task node on second subway station corresponding with the second project task node;
According to described the second subway station, generate the second website connecting line between the second subway station, to form the second subway map;
The second sub-project task between described adjacent the second project task node is indicated on the second website connecting line corresponding with described adjacent the second project task node.
5. method according to claim 4, it is characterized in that, described described the second project task node project task node identical with the first project task node alignd, before determining the step of position of the project task node that the second project task node is identical with the first project task node, described method also comprises:
The second project task node set and the first project task node set are carried out to merge sort, and weed out any one in duplicated project task node, to obtain the 3rd project task node set of ordered arrangement;
Whether the quantity that judges the project task number of nodes of described the second project task node set and the project task node of described the 3rd project task node set is equal,
If not, enter described the second project task node project task node identical with the first project task node alignd, to determine the step of the position of the project task node that the second project task node is identical with the first project task node.
6. subway map is shown a system for project process, it is characterized in that, described system comprises:
First node set acquisition module, for obtaining the first project task node set, described the first project task node set comprises some the first project task nodes;
The first subway station generation module, for respectively described the first project task node being generated to the first subway station according to the sequencing of described the first project task node deadline, corresponding the first project task node in described the first subway station;
The first project process indicates module, for by the project process information indicating of described the first project task node in first subway station corresponding with the first project task node;
The first subway map generation module, for generate the first website connecting line between the first subway station according to described the first subway station, to form the first subway map;
The first sub-project progress indicates module, for the first sub-project task between described adjacent the first project task node being indicated in to the first website connecting line corresponding with described adjacent the first project task node.
7. system according to claim 6, is characterized in that, described system also comprises:
Project acquisition module, for obtaining destination item;
Project splits module, for described destination item being divided into a plurality of project task nodes, and described project task node is packaged into the data structure of predetermined format, to form the first project task node set.
8. system according to claim 6, is characterized in that, described system also comprises:
Task completion rate computing module, for calculating the completion rate of the first sub-project task that described each the first website connecting line is corresponding;
Task completion rate indicates module, for the completion rate of described the first sub-project task being indicated in to described the first website connecting line.
9. system according to claim 6, is characterized in that, described system also comprises:
Section Point set acquisition module, for obtaining the second project task node set, described the second project task node set comprises some the second project task nodes;
Node alignment module, for aliging described the second project task node project task node identical with the first project task node, to determine the position of the project task node that the second project task node is identical with the first project task node;
The second subway station generation module, be used for according to the position of the location positioning of the second project task node identical with the first project task node of the described alignment second project task node not identical with the first project task node, and generate the second subway station according to the position of the second project task node;
The second project process indicates module, for by the project process information indicating of described the second project task node in second subway station corresponding with the second project task node;
The second subway map generation module, for generate the second website connecting line between the second subway station according to described the second subway station, to form the second subway map;
The second sub-project progress indicates module, for the second sub-project task between described adjacent the second project task node being indicated in to the second website connecting line corresponding with described adjacent the second project task node.
10. system according to claim 9, is characterized in that, before the described step that described the second project task node project task node identical with the first project task node alignd, described system also comprises:
Node merger module, for the second project task node set and the first project task node set are carried out to merge sort, and weeds out any one in duplicated project task node, to obtain the 3rd project task node set of ordered arrangement;
Alignment judge module, for judging that whether the quantity of the project task number of nodes of described the second project task node set and the project task node of described the 3rd project task node set equates, if not, enters node alignment module.
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