CN107122188A - The method and device of project process bar image generation - Google Patents
The method and device of project process bar image generation Download PDFInfo
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- CN107122188A CN107122188A CN201710283133.8A CN201710283133A CN107122188A CN 107122188 A CN107122188 A CN 107122188A CN 201710283133 A CN201710283133 A CN 201710283133A CN 107122188 A CN107122188 A CN 107122188A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F40/00—Handling natural language data
- G06F40/10—Text processing
- G06F40/166—Editing, e.g. inserting or deleting
- G06F40/174—Form filling; Merging
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/063—Operations research, analysis or management
- G06Q10/0631—Resource planning, allocation, distributing or scheduling for enterprises or organisations
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/10—Office automation; Time management
- G06Q10/109—Time management, e.g. calendars, reminders, meetings or time accounting
Abstract
The invention discloses a kind of method of project process bar image generation, including：Receive the phase data and mileage landmark data for the project；According to the Start Date and Close Date of each sub-stage event, determine that the scale of the scale distribution and each sub-stage event of the progress bar in the progress bar is interval；It is distributed according to the scale of the mileage landmark data and the progress bar, determines display location of each hallmark events on the progress bar；According to the distribution of the scale of the progress bar, display location of each the interval and described hallmark events of each scale of sub-stage event in the progress bar on the progress bar, the image for generating the progress bar is rendered.The invention also discloses a kind of device of project process bar image generation.Using the embodiment of the present invention, the progress bar image of project can be automatically generated, and ensures the reasonability of generation project progress bar image.
Description
Technical field
The present invention relates to the method and device of field of computer technology, more particularly to a kind of generation of project process bar image.
Background technology
In the process and management of project, administrative staff need to go the progress of understanding project from macroscopical angle, when
Between be a good dimension.Time as development of projects dimension, it will usually be related to three classes progress mark：It is stage, inner
Journey upright stone tablet, version.
Stage is would generally span longer time.For game item, DEMO stages, project initiation phase, exploitation rank
Section all might have different resource follow-ups, such as personnel, fund.So, the stage can allow administrative staff roughly to understand item
Purpose progress, and then adjust corresponding docking stock number.
In project process, administrative staff can formulate different interim milestones.Particularly project enters normal exploitation
During the operation phase, it is typically a very long process, and milestone can be as the project stage property task of one, so as to very
Administrative staff are helped to confirm that whether reasonable development of projects obtains well, it is also possible to be used as the phasic results of product.
But do not suggest that the project information parameter for input automatically generates the project rationally shown and entered in the prior art
The concrete mode of bar is spent, the reasonability of progress bar typesetting can not be automatically adjusted.
The content of the invention
A kind of method and device for project process bar image generation that a wherein embodiment of the invention is proposed, can give birth to automatically
Into the progress bar image of project, and ensure the reasonability of generation project progress bar image.
In one aspect, the embodiment of the present invention provides a kind of method of project process bar image generation, including：
Receive the phase data and mileage landmark data for the project；The phase data includes each of the project
The Start Date and Close Date of individual sub- stage event and each sub-stage event；The milestone data include described
Each hallmark events of project and the target date of each hallmark events；
According to the Start Date and Close Date of each sub-stage event, the scale distribution of the progress bar is determined
It is interval with scale of each sub-stage event in the progress bar；
According to the scale of the mileage landmark data and the progress bar be distributed, determine each hallmark events it is described enter
The display location spent on bar；
It is distributed according to the scale of the progress bar, scale of each sub-stage event in the progress bar be interval and institute
Display location of each hallmark events on the progress bar is stated, the image for generating the progress bar is rendered automatically.
In another aspect, the embodiment of the present invention provides a kind of device of project process bar image generation, including：
Data reception module, for receiving phase data and mileage landmark data for the project；The phase data
The Start Date and Close Date of each sub-stage event and each sub-stage event including the project；It is described
Milestone data include each hallmark events of the project and the target date of each hallmark events；
Scale division module, for the Start Date and Close Date according to each sub-stage event, determines institute
State the scale of the scale distribution and each sub-stage event of progress bar in the progress bar interval；
Mark shows determining module, for being distributed according to the scale of the mileage landmark data and the progress bar, it is determined that often
Display location of one hallmark events on the progress bar；And,
Image rendering generation module, for according to the distribution of the scale of the progress bar, each sub-stage event is described
Display location of each the interval and described hallmark events of scale in progress bar on the progress bar, renders generation automatically
The image of the progress bar.
Implement a wherein embodiment of the invention, have the advantages that：
A kind of method and apparatus for project process bar image generation that a wherein embodiment of the invention is provided, pass through receiving item
Purpose phase data and mileage landmark data, and phase data and mileage landmark data are parsed, obtain the relevant parameter of project
Information, generating item purpose progress bar image is rendered according to parameter information, it is achieved thereby that can be automatic according to project data automatically
Generating item purpose progress bar image, and sub-stage and milestone typesetting in progress bar are adjusted, to ensure generation project progress bar figure
The reasonability of picture, so as to avoid the presentation of information on progress bar from being blocked.
Brief description of the drawings
Fig. 1 is the schematic flow sheet of one embodiment of the method for the project process bar image generation that the present invention is provided；
Fig. 2 is an implementation of the image of the progress bar of the method generation for the project process bar image generation that the present invention is provided
The schematic diagram of example；
Fig. 3 is the structural representation of one embodiment of the device for the project process bar image generation that the present invention is provided；
Fig. 4 is one embodiment of the scale division module of the device for the project process bar image generation that the present invention is provided
Structural representation；
Fig. 5 is that the calculating and amendment of the scale division module of the device for the project process bar image generation that the present invention is provided are single
The structural representation of one embodiment of member；
Fig. 6 is that the mark of the device for the project process bar image generation that the present invention is provided shows an implementation of determining module
The structural representation of example；
Fig. 7 is that the mark of the device for the project process bar image generation that the present invention is provided shows the display location of determining module
The structural representation of one embodiment of determining unit；
Fig. 8 is an implementation of the image rendering generation module of the device for the project process bar image generation that the present invention is provided
The structural representation of example.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.It is based on
Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under the premise of creative work is not made
Embodiment, belongs to the scope of protection of the invention.
It is the flow signal of one embodiment of the method for the project process bar image generation that the present invention is provided referring to Fig. 1
Figure；The embodiment of the present invention provides a kind of method of project process bar image generation, including step S1 to S4：
S1, receives the phase data and mileage landmark data of the project；The phase data includes each of the project
The Start Date and Close Date of individual sub- stage event and each sub-stage event；The milestone data include described
Each hallmark events of project and the target date of each hallmark events.
It has been required for it should be noted that all sub-stage data and mileage landmark data are shown in the image of progress bar
The date of determination, so need to carry out basic pretreatment to incoming data to judge, i.e., to the sub-stage data that receive with
Mileage landmark data judges that its corresponding date whether there is, meanwhile, the above-mentioned data received can be classified and be entered according to the date
Row successively sorts, the convenient operation subsequently screened, calculated to data, improves the efficiency of image generation.
S2, according to the Start Date and Close Date of each sub-stage event, determines the scale of the progress bar
The scale of distribution and each sub-stage event in the progress bar is interval.
It should be noted that in actual project management, the date span of sub-stage and sub-stage sometimes can not be complete
In full linking, and then it is empty content that can there are sub-stage on progress bar, in order to show this problem to consultant, it is necessary to
The interval of the sub-stage of blank is shown on progress bar, thus, the embodiment of the present invention passes through the date to each sub-stage
Calculated, show that the scale of each sub-stage event on a progress bar is interval, and then obtain the scale of the sub-stage of blank
Interval, then rendering the process of generation image, and the scale interval of the sub-stage of the blank is indicated with special color.
S3, is distributed according to the scale of the mileage landmark data and the progress bar, determines each hallmark events in institute
State the display location on progress bar.
It should be noted that display location of each hallmark events on the progress bar, refers to the characteristic events
Corresponding display box or the center for showing word.
S4, it is interval according to the distribution of the scale of the progress bar, scale of each sub-stage event in the progress bar
With display location of each the described hallmark events on the progress bar, the image for generating the progress bar is rendered automatically.
It should be noted that passing through above-mentioned steps S1 to step S4 image generation process, one kind of the image generated
Display mode is as shown in Fig. 2 Fig. 2 illustrates the image for the progress bar for rendering generation, and progress bar is incremented by according to the scale value on days,
With mutually different colour code, (Fig. 2 is with different shades for the scale area on the progress bar of different sub-stage events
Represent different colors), each hallmark events is shown in the progress bar pullup or pulldown in milestone mode, figure
2 are shown with pulling up mode.After the scale value corresponding date except identifying progress bar, in addition to mark works as the day before yesterday
Phase, the time point for allowing the clear and definite progress bar of consultant to be presently in, and understanding are presently in sub-stage and other comparative informations.
In addition, carrying out dissection process by the above-mentioned phase data to receiving and mileage landmark data, each sub-stage is adjusted and every
The layout position of one hallmark events, it is ensured that the reasonability of the progress bar image of generation.
Further, in order to ensure observability of the project process data on view, for sub-stage Data Date this
Individual key point such as is screened, calculated at the operation to sub- phase data, then above-mentioned steps S2 specific implementation process is：
From the Start Date and Close Date of each sub-stage event, extract sequence on the most preceding date and
On the last date, obtain the whole story span number of days of the progress bar；
Calculate the width of the progress bar and the ratio of the progress bar whole story span number of days, obtain every day it is described enter
Spend the span value of bar；
According to the span value of most preceding date, the last date and the progress bar, the progress bar is determined
Scale distribution；Wherein, on the start index of the progress bar date most preceding for described in, the termination scale of the progress bar is institute
The last date is stated, the distance between the adjacent scale of the progress bar is the span value of the progress bar；
It is distributed according to the scale of the progress bar, it is determined that the Start Date and Close Date of each sub-stage event
Corresponding scale value, obtains scale of each the described sub-stage event in the progress bar interval respectively.
It should be noted that the specific implementation process of above-mentioned steps 2 calculates the scale distributed data of progress bar, and often
The scale of one sub- stage event on a progress bar is interval, and there is provided the basic framework data of progress bar, it is ensured that sub-stage is being entered
It is clear when being shown on degree bar, that is, ensure that the typesetting of sub-stage data is reasonable.
Further, there be individual arrow one end of progress bar, and arrow head part can take certain number of days, then also need to meter
Calculate arrow scale distribution, and due to arrow to be considered scale be distributed, then need calculate arrow account for progress bar day numerical value,
And the span value of amendment progress bar, to prevent the too small or excessive display problem in arrow portion after image is generated, thus it is above-mentioned
Step S2 specific implementation process also includes, after the span value of the progress bar is obtained, and calculates the arrow and accounts for the progress
The day numerical value of bar and the span value for correcting the progress bar, specifically：
After the span value I of the progress bar is obtained, according to the preset length S1 of the arrow and the progress bar across
Angle value I, calculates the day numerical value D1 that the arrow accounts for the progress bar,Wherein, floor () is downward
Bracket function；
The day numerical value D1 of the progress bar is accounted for according to the arrow, the preset length S1 and the arrow of the arrow is calculated
Physical length between deviant F1, F1=S1-D1*I；
Judge whether the deviant F1 of the arrow and the deviant F2 of the progress bar are all higher than deviant threshold value；Its
In, F2=S2-D2*I, S2 is the width of the progress bar；D2 is the whole story span number of days of the progress bar；
When the deviant F1 of the arrow is more than the deviant threshold value, or when the deviant F2 of the progress bar is big
When the deviant threshold value, according to the deviant of the arrow, the span value for correcting the progress bar is I,
According to the span value I of the revised progress bar, the day numerical value that the arrow accounts for the progress bar is recalculated
D1, the deviant F1 of the arrow and the progress bar deviant F2, until the deviant F1 and the progress of the arrow
The deviant F2 of bar is respectively less than the deviant threshold value；
When the deviant F1 of the arrow and the deviant F2 of the progress bar are respectively less than the deviant threshold value, institute is exported
State arrow and account for the day numerical value D1 of the progress bar and span value I of the progress bar.
It should be noted that by it is above-mentioned calculate the arrow account for the day numerical value D1 of the progress bar and have modified it is described
After the span value I of progress bar, it may be determined that arrow is D1*I in the length shared by progress bar.The default length of above-mentioned arrow
It is what is pre-set to spend S1 and deviant threshold value, the convenient day numerical value and progress bar adjusted in above-mentioned calculating process shared by arrow
Span value.
Further, above-mentioned steps S3 specific implementation process is：
Calculate the word occupy-place length of each hallmark events and multiplying for the mark displaying ratio of the progress bar
Product, obtains the milestone width that each described hallmark events are shown in milestone mode in the progress bar；The mark
Will displaying ratio is text importing unit length occupied in the image of the progress bar；
The milestone display mode set according to the progress bar and each hallmark events show in the progress bar
The milestone width shown, determines display location of each hallmark events on the progress bar.
Specifically, be shown as the target date of hallmark events correspondence on the progress bar in milestone mode
The center of the milestone of scale value position and the hallmark events is shown described significant with an axis
The target date of the milestone of event and the hallmark events scale value position on the progress bar connecting line.
It should be noted that in order to accomplish that it is suitable that each hallmark events in mileage landmark data are shown in progress covering
Should, and each characteristic events with milestone when being shown, because the length of word content can make milestone width also can be
Difference, is to need to avoid the screening between multiple milestones when there are multiple milestones in the minor time slice on progress bar secondly
Gear problem, thus need to calculate the width of each milestone, and the position determination side for the milestone for passing through following multi-layer
Formula solves problem above：
According to the target date of each hallmark events, each described hallmark events are in chronological sequence entered
Row sequence；Data to each hallmark events are ranked up according to the date, and the data after sequence are logical to be treated to follow-up
Cheng Jinhang simplifies, it is to avoid data corruption.
For the 1st hallmark events, by the 1st hallmark events with milestone display mode include it is described enter
Position during the first milestone level of degree article is used as the 1st position of the hallmark events on the progress bar；For
1st hallmark events, without a liter level.As shown in Fig. 2 the first milestone in Fig. 2 can see the 1st hallmark events as
Milestone.
For i-th of hallmark events, by i-th of hallmark events with milestone display mode include it is described enter
During the position for the first milestone level for spending bar, the position shown according to i-th of hallmark events in the progress bar
The position of the milestone of the previous characteristic events shown with milestone width and in current milestone level and milestone are wide
Degree, judge the milestones of i-th of hallmark events and the previous hallmark events of its place level milestone whether
Have overlapping；I is the natural number more than 1；
If so, then continuing with milestone display mode to include i-th of hallmark events under the progress bar
The position of one milestone level judged, until the milestone of i-th of hallmark events and its place level is previous
The milestone of individual hallmark events do not have it is overlapping untill, and i-th of hallmark events are shown in current milestone level
Position as i-th of hallmark events in the display location of the progress bar.
If it is not, regarding i-th of hallmark events as described i-th mark in the position that current milestone level is shown
Sexual behavior part is in the display location of the progress bar.
It should be noted that if the right position of the current corresponding milestone of hallmark events and the milestone are in current layer
When the left position of the corresponding milestone of previous hallmark events of level display has overlapping, the milestone of current characteristic events
Need to rise a level, if still have overlapping in new level, level is risen again, until there is no overlapping to be in new level
Only.As shown in Fig. 2 determining the position of the 3rd milestone, the 3rd journey upright stone tablet is first placed on the first milestone level and shown, when
The left side for the corresponding milestone of previous hallmark events (the second milestone) that preceding level is shown and the right side of the 3rd milestone
It is overlapping, and then one level of the 3rd milestone rising is shown, and it is not overlapping with the generation of other milestones in this level, because
And the display location provided using the 3rd mileage in the position currently shown as it in the process for rendering generation.Thus, by upper
State the arrangement to milestone position so that image generation process can directly according to the display location of each hallmark events,
Call data to be shown, both solve the problem of milestone is overlapping, the efficiency of image generation can be improved again.
Further, above-mentioned steps S4 specific implementation process is：
It is distributed according to the scale of the progress bar, renders the framework for generating the progress bar；
According to each described sub-stage event in the scale interval of the progress bar and each sub-stage described
The requirement that the color shown in progress bar is differed, renders the face for showing that the scale of each sub-stage is interval in the progress bar
Color and the interval corresponding sub-stage event content of scale；
According to each described hallmark events in the display location of the progress bar, according to display location from top to bottom and
Mode from right to left, is one by one rendered hallmark events in the progress bar in milestone mode, completes the progress bar
Image generation.
It should be noted that the order of the image rendering generation of above-mentioned progress bar can be, framework, the Mei Yizi of progress bar
Sign, the month time scale mark of stage, milestone, current date on a progress bar.And for each hallmark events
Using milestone mode render order on a progress bar as：By display location priority up and down order, successively with top to bottm and from
The right mode to a left side carries out inverted order and rendered.Wherein, mode from top to bottom, which is rendered, can hide the connection that may intersect well
Line, this connecting line is the connecting line that milestone is connected in correspondence date calibration value, as shown in Fig. 2 the connection of the 3rd milestone
Line can be hidden under the second milestone；Mode from right to left, the index of degression type compares, and can lift process performance, can
To improve the speed of image rendering generation.
The method of project process bar image provided in an embodiment of the present invention generation, by receiving item purpose phase data and inner
Journey landmark data, and phase data and mileage landmark data are parsed, the relevant parameter information of project is obtained, according to parameter information
Automatically generating item purpose progress bar image is rendered, it is achieved thereby that the progress bar figure of project can be automatically generated according to project data
Picture, and sub-stage and milestone typesetting in progress bar are adjusted, to ensure the reasonability of generation project progress bar image, so as to avoid
Presentation of information on progress bar is blocked.
It is the structural representation of one embodiment of the device for the project process bar image generation that the present invention is provided referring to Fig. 3
Figure；The embodiment of the present invention also provides a kind of device of project process bar image generation, can implement the side of above-described embodiment offer
Whole flows of method, are specifically included：
Data reception module 10, phase data and mileage landmark data for receiving the project；The phase data bag
Include each sub-stage event of the project and the Start Date and Close Date of each sub-stage event；In described
Journey landmark data includes each hallmark events of the project and the target date of each hallmark events；
Scale division module 20, for the Start Date and Close Date according to each sub-stage event, it is determined that
The scale of the scale distribution of the progress bar and each sub-stage event in the progress bar is interval；
Mark shows determining module 30, for being distributed according to the scale of the mileage landmark data and the progress bar, it is determined that
Display location of each hallmark events on the progress bar；And,
Image rendering generation module 40, for according to the distribution of the scale of the progress bar, each sub-stage event is in institute
Display location of each the interval and described hallmark events of scale on the progress bar in progress bar is stated, life is rendered automatically
Into the image of the progress bar.
Further, as shown in figure 4, the scale of the device for the project process bar image generation that Fig. 4, which is the present invention, to be provided is drawn
The structural representation of one embodiment of sub-module；The scale division module 20, is specifically included：
Span number of days acquiring unit 21, for from the Start Date and Close Date of each sub-stage event,
Sequence is extracted on most preceding date and last date, the whole story span number of days of the progress bar is obtained；
Span value computing unit 22, for calculating the width of the progress bar and the ratio of the progress bar whole story span number of days
Value, obtains span value of the every day in the progress bar；
Scale distribution unit 23, for according to most preceding date, the last date and the progress bar across
Angle value, determines the scale distribution of the progress bar；Wherein, the start index of the progress bar date most preceding for described in, described
The scale that terminates of progress bar is the last date, and the distance between the adjacent scale of the progress bar is the progress bar
Span value；
Scale interval determination unit 24, for being distributed according to the scale of the progress bar, it is determined that each described sub-stage
The Start Date of event and Close Date distinguish corresponding scale value, obtain each described sub-stage event in the progress bar
In scale it is interval.
Referring to Fig. 5, be the device for the project process bar image generation that the present invention is provided scale division module calculating with
The structural representation of one embodiment of amending unit；
Further, the scale distribution also scale including arrow of the progress bar is distributed, then the scale division module
Also include calculating is used for after the span value of the progress bar is obtained with amending unit 25, the calculating with amending unit 25, meter
Calculate the arrow to account for the day numerical value of the progress bar and correct the span value of the progress bar, specifically include：
Arrow number of days computation subunit 251, for after the span value I of the progress bar is obtained, according to the arrow
Preset length S1 and the progress bar span value I, calculate the day numerical value D1 that the arrow accounts for the progress bar,Wherein, floor () is downward bracket function；
Arrow calculations of offset subelement 252, the day numerical value D1 for accounting for the progress bar according to the arrow calculates described
Deviant F1, F1=S1-D1*I between the preset length S1 of arrow and the physical length of the arrow；
Deviant judgment sub-unit 253, for judging the deviant F1 of the arrow and the deviant F2 of the progress bar
Whether deviant threshold value is all higher than；Wherein, F2=S2-D2*I, S2 are the width of the progress bar；D2 is the beginning of the progress bar
Last span number of days；
Span value revise subelemen 254, for when the arrow deviant F1 be more than the deviant threshold value when, or
When the deviant F2 of the progress bar is more than the deviant threshold value, according to the deviant of the arrow, the progress is corrected
The span value of bar is I,
Subelement 255 is recalculated, for the span value I according to the revised progress bar, the arrow is recalculated
Head accounts for the day numerical value D1, the deviant F1 of the arrow and the progress bar of the progress bar deviant F2, until the arrow
The deviant F1 of head and the deviant F2 of the progress bar are respectively less than the deviant threshold value；
Numerical value export subelement 256, for when the deviant F1 of the arrow and the deviant F2 of the progress bar it is small
In the deviant threshold value, export the arrow and account for the day numerical value D1 of the progress bar and span value I of the progress bar.
It is that the mark of the device for the project process bar image generation that the present invention is provided shows the one of determining module referring to Fig. 6
The structural representation of individual embodiment；
Further, the mark shows determining module 30, specifically includes：
Milestone width calculation unit 31, for calculate the word occupy-place length of each hallmark events with it is described
The product of the mark displaying ratio of progress bar, obtains each described hallmark events and is shown in the progress in milestone mode
Milestone width in bar；The mark displaying ratio is text importing list occupied in the image of the progress bar
Bit length；
Display location determining unit 32, for the milestone display mode set according to the progress bar and each mark
The milestone width that sexual behavior part is shown in the progress bar, determines display of each hallmark events on the progress bar
Position.
It is that the mark of the device for the project process bar image generation that the present invention is provided shows the aobvious of determining module referring to Fig. 7
Show the structural representation of one embodiment of position determination unit；
Further, the display location determining unit 32, is specifically included：
Sort subelement 321, for the target date according to each hallmark events, to each described mark
Sexual behavior part is in chronological sequence ranked up；
Determination subelement 322 is put in first place, for for the 1st hallmark events, by the 1st hallmark events with inner
Position when journey upright stone tablet display mode is shown in the first milestone level of the progress bar exists as the 1st hallmark events
Position on the progress bar；
Judgment sub-unit 323 is put in non-first place, for for i-th of hallmark events, by i-th of hallmark events with
When milestone display mode is shown in the position of the first milestone level of the progress bar, according to described i-th mark sexual behavior
Position that part is shown in the progress bar and milestone width and the previous characteristic events shown in current milestone level
Milestone position and milestone width, judge the previous of the milestones of i-th of hallmark events and level where it
It is overlapping whether the milestone of individual hallmark events has；I is the natural number more than 1；
Second place determination subelement 324, for level where the milestone when i-th of hallmark events and its
The milestone of previous hallmark events is when having overlapping, then to continue i-th of hallmark events with milestone display side
The position that formula is shown in next milestone level of the progress bar is judged, until in i-th of hallmark events
Journey upright stone tablet with its where level previous hallmark events milestone do not have it is overlapping untill, and will described i-th mark sexual behavior
The position that part is shown in current milestone level is as i-th of hallmark events in the display location of the progress bar.
Second place determination subelement 325, for level where the milestone when i-th of hallmark events and its
When the milestone of previous hallmark events does not have overlapping, i-th of hallmark events are shown in current milestone level
Position as i-th of hallmark events in the display location of the progress bar.
It is the one of the image rendering generation module of the device for the project process bar image generation that the present invention is provided referring to Fig. 8
The structural representation of individual embodiment；
Further, described image renders generation module and specifically included：
Framework rendering unit 41, for being distributed according to the scale of the progress bar, renders the framework for generating the progress bar；
Stage rendering unit 42, for according to each described sub-stage event the scale of the progress bar it is interval and
The requirement that the color that each sub-stage is shown in the progress bar is differed, renders and each son is shown in the progress bar
The interval color of the scale in stage and the interval corresponding sub-stage event content of scale；
Milestone rendering unit 43, for each described hallmark events of basis in the display location of the progress bar,
According to display location mode from top to bottom and from right to left, one by one by hallmark events with milestone mode render it is described enter
Spend in bar, complete the image generation of the progress bar.
Yet further, the milestone display mode is：The target date of hallmark events is on the progress bar
The center of the milestone of scale value position and the hallmark events is shown described significant with an axis
The target date of the milestone of event and the hallmark events scale value position on the progress bar connecting line.
The device of project process bar image provided in an embodiment of the present invention generation, by receiving item purpose phase data and inner
Journey landmark data, and phase data and mileage landmark data are parsed, the relevant parameter information of project is obtained, according to parameter information
Automatically generating item purpose progress bar image is rendered, it is achieved thereby that the progress bar figure of project can be automatically generated according to project data
Picture, and sub-stage and milestone typesetting in progress bar are adjusted, to ensure the reasonability of generation project progress bar image, so as to avoid
Presentation of information on progress bar is blocked.
One of ordinary skill in the art will appreciate that realize all or part of flow in above-described embodiment method, being can be with
The hardware of correlation is instructed to complete by computer program, described program can be stored in a computer read/write memory medium
In, the program is upon execution, it may include such as the flow of the embodiment of above-mentioned each method.Wherein, described storage medium can be magnetic
Dish, CD, read-only memory (Read-OnlyMemory, ROM) or random access memory (RandomAccess
Memory, RAM) etc..
Described above is the preferred embodiment of the present invention, it is noted that for those skilled in the art
For, under the premise without departing from the principles of the invention, some improvements and modifications can also be made, these improvements and modifications are also considered as
Protection scope of the present invention.
Claims (14)
1. a kind of method of project process bar image generation, it is characterised in that including：
Receive the phase data and mileage landmark data of the project；The phase data includes each sub-stage of the project
The Start Date and Close Date of event and each sub-stage event；The milestone data include the every of the project
The target date of one hallmark events and each hallmark events；
According to the Start Date and Close Date of each sub-stage event, determine that the scale of the progress bar is distributed and every
Scale of one sub- stage event in the progress bar is interval；
It is distributed according to the scale of the mileage landmark data and the progress bar, determines each hallmark events in the progress bar
On display location；
It is interval and described every according to the distribution of the scale of the progress bar, each scale of sub-stage event in the progress bar
Display location of one hallmark events on the progress bar, renders the image for generating the progress bar automatically.
2. the method for project process bar image as claimed in claim 1 generation, it is characterised in that described in the basis each
The Start Date and Close Date of sub-stage event, determine that the scale of the progress bar is distributed with each sub-stage event in institute
The scale stated in progress bar is interval, is specially：
From the Start Date and Close Date of each sub-stage event, sequence is extracted on most preceding date and last
Date, obtain the whole story span number of days of the progress bar；
The width of the progress bar and the ratio of the progress bar whole story span number of days are calculated, every day is obtained in the progress bar
Span value；
According to the span value of most preceding date, the last date and the progress bar, the quarter of the progress bar is determined
Degree distribution；Wherein, the start index of the progress bar is most preceding date, the termination scale of the progress bar for it is described most
Date afterwards, the distance between the adjacent scale of the progress bar is the span value of the progress bar；
It is distributed according to the scale of the progress bar, it is determined that the Start Date of each sub-stage event and Close Date difference
Corresponding scale value, obtains scale of each the described sub-stage event in the progress bar interval.
3. the method for project process bar image generation as claimed in claim 2, it is characterised in that the scale of the progress bar point
The cloth also scale including arrow is distributed, then the method for the project process bar image generation also includes, and is obtaining the progress bar
Span value after, calculate the arrow and account for the day numerical value of the progress bar and correct the span value of the progress bar, be specially：
After the span value I of the progress bar is obtained, according to the preset length S1 of the arrow and the progress bar span value
I, calculates the day numerical value D1 that the arrow accounts for the progress bar,Wherein, floor () is to round letter downwards
Number；
The day numerical value D1 of the progress bar is accounted for according to the arrow, the preset length S1 of the arrow and the reality of the arrow is calculated
Deviant F1, F1=S1-D1*I between the length of border；
Judge whether the deviant F1 of the arrow and the deviant F2 of the progress bar are all higher than deviant threshold value；Wherein, F2
=S2-D2*I, S2 are the width of the progress bar；D2 is the whole story span number of days of the progress bar；
When the deviant F1 of the arrow is more than the deviant threshold value, or when the deviant F2 of the progress bar is more than institute
When stating deviant threshold value, according to the deviant of the arrow, the span value for correcting the progress bar is I,
According to the span value I of the revised progress bar, recalculate the arrow and account for the day numerical value D1 of the progress bar, institute
State the deviant F1 of arrow and the deviant F2 of the progress bar, until the arrow deviant F1 and the progress bar it is inclined
Shifting value F2 is respectively less than the deviant threshold value；
When the deviant F1 of the arrow and the deviant F2 of the progress bar are respectively less than the deviant threshold value, the arrow is exported
Head accounts for the day numerical value D1 of the progress bar and span value I of the progress bar.
4. the method for project process bar image generation as claimed in claim 1, it is characterised in that described according to the milestone
The scale value of data and the progress bar, determines display location of each hallmark events on the progress bar, is specially：
The product of the word occupy-place length of each hallmark events and the mark displaying ratio of the progress bar is calculated, is obtained
Obtain the milestone width that each described hallmark events are shown in milestone mode in the progress bar；The mark display
Ratio is text importing unit length occupied in the image of the progress bar；
What the milestone display mode and each hallmark events set according to the progress bar was shown in the progress bar
Milestone width, determines display location of each hallmark events on the progress bar.
5. the method for project process bar image generation as claimed in claim 4, it is characterised in that described according to the progress bar
The milestone width that the milestone display mode and each hallmark events of setting are shown in the progress bar, is determined each
Display location of the individual hallmark events on the progress bar, be specially：
According to the target date of each hallmark events, each described hallmark events are in chronological sequence arranged
Sequence；
For the 1st hallmark events, the 1st hallmark events are included in the progress bar with milestone display mode
The first milestone level when position be used as the 1st position of the hallmark events on the progress bar；
For i-th of hallmark events, i-th of hallmark events are included in the progress bar with milestone display mode
The first milestone level position when, the position that is shown according to i-th of hallmark events in the progress bar and inner
The position and milestone width of journey upright stone tablet width and the milestone of the previous characteristic events shown in current milestone level, sentence
Whether the milestone of disconnected i-th of hallmark events and the milestone of the previous hallmark events of level where it have weight
It is folded；I is the natural number more than 1；
If so, then continue by i-th of hallmark events with milestone display mode include the progress bar it is next in
The position of journey upright stone tablet level is judged, until the milestone of i-th of hallmark events and the previous mark of level where it
The milestone of will sexual behavior part do not have it is overlapping untill, and the position that i-th of hallmark events are shown in current milestone level
Put as i-th of hallmark events in the display location of the progress bar.
If it is not, regarding i-th of hallmark events as described i-th mark sexual behavior in the position that current milestone level is shown
Part is in the display location of the progress bar.
6. the method for project process bar image generation as claimed in claim 1, it is characterised in that described according to the progress bar
Scale distribution, each sub-stage event in each interval and described hallmark events of the scale of the progress bar described
Display location on progress bar, renders the image for generating the progress bar automatically, is specially：
It is distributed according to the scale of the progress bar, renders the framework for generating the progress bar；
According to each described sub-stage event in the scale interval of the progress bar and each sub-stage in the progress
The requirement that the color shown in bar is differed, render shown in the progress bar color that the scale of each sub-stage is interval and
The interval corresponding sub-stage event content of scale；
According to each described hallmark events in the display location of the progress bar, according to display location from top to bottom and from the right side
To left mode, hallmark events are rendered in the progress bar in milestone mode one by one, the figure of the progress bar is completed
As generation.
7. the method for the project process bar image generation as described in claim 5 or 6, it is characterised in that the milestone is shown
Mode is：Scale value position and the hallmark events of the target date correspondence of hallmark events on the progress bar
Milestone center with an axis, and the milestone and the hallmark events of the display hallmark events
Target date the scale value position on the progress bar connecting line.
8. a kind of device of project process bar image generation, it is characterised in that including：
Data reception module, phase data and mileage landmark data for receiving the project；The phase data includes described
Each sub-stage event of project and the Start Date and Close Date of each sub-stage event；The milestone number
According to each hallmark events including the project and the target date of each hallmark events；
Scale division module, for the Start Date and Close Date according to each sub-stage event, it is determined that it is described enter
Spend the scale of the scale distribution and each sub-stage event of bar in the progress bar interval；
Mark shows determining module, for being distributed according to the scale of the mileage landmark data and the progress bar, determines each
Display location of the hallmark events on the progress bar；And,
Image rendering generation module, for according to the distribution of the scale of the progress bar, each sub-stage event is in the progress
Display location of each the interval and described hallmark events of scale in bar on the progress bar, renders generation described automatically
The image of progress bar.
9. the device of project process bar image generation as claimed in claim 8, it is characterised in that the scale division module,
Specifically include：
Span number of days acquiring unit, for from the Start Date and Close Date of each sub-stage event, extracting
Sequence obtains the whole story span number of days of the progress bar on most preceding date and last date；
Span value computing unit, for calculating the width of the progress bar and the ratio of the progress bar whole story span number of days, is obtained
Obtain span value of the every day in the progress bar；
Scale distribution unit, for the span value on most preceding date, the last date and the progress bar according to, really
The scale distribution of the fixed progress bar；Wherein, the start index of the progress bar date most preceding for described in, the progress bar
Termination scale is the last date, and the distance between the adjacent scale of the progress bar is the span value of the progress bar；
Scale interval determination unit, for being distributed according to the scale of the progress bar, it is determined that each sub-stage event
Start Date and Close Date distinguish corresponding scale value, obtain each the described quarter of sub-stage event in the progress bar
Degree is interval.
10. the device of project process bar image generation as claimed in claim 9, it is characterised in that the scale of the progress bar
The distribution also scale including arrow is distributed, then the scale division module also includes calculating and amending unit, and the calculating is with repairing
Positive unit is used for after the span value of the progress bar is obtained, and calculates day numerical value and amendment institute that the arrow accounts for the progress bar
The span value of progress bar is stated, is specifically included：
Arrow number of days computation subunit, for after the span value I of the progress bar is obtained, according to the preset length of the arrow
S1 and the progress bar span value I, calculate the day numerical value D1 that the arrow accounts for the progress bar,Its
In, floor () is downward bracket function；
Arrow calculations of offset subelement, the day numerical value D1 for accounting for the progress bar according to the arrow calculates the arrow
Deviant F1, F1=S1-D1*I between the physical length of preset length S1 and the arrow；
Deviant judgment sub-unit, for judge the arrow deviant F1 and the progress bar deviant F2 it is whether big
In deviant threshold value；Wherein, F2=S2-D2*I, S2 are the width of the progress bar；D2 is the whole story span day of the progress bar
Number；
Span value revise subelemen, for when the deviant F1 of the arrow is more than the deviant threshold value, or when described
When the deviant F2 of progress bar is more than the deviant threshold value, according to the deviant of the arrow, correct the progress bar across
Angle value is I,
Subelement is recalculated, for the span value I according to the revised progress bar, the arrow is recalculated and accounts for described
Day numerical value D1, the deviant F1 of the arrow and the deviant F2 of the progress bar of progress bar, until the skew of the arrow
The deviant F2 of value F1 and the progress bar is respectively less than the deviant threshold value；
Numerical value export subelement, for when the deviant F1 of the arrow and deviant F2 of the progress bar be respectively less than it is described partially
Shifting value threshold value, exports the arrow and accounts for the day numerical value D1 of the progress bar and span value I of the progress bar.
11. the device of project process bar image generation as claimed in claim 8, it is characterised in that the mark display is determined
Module, is specifically included：
Milestone width calculation unit, word occupy-place length and the progress bar for calculating each hallmark events
Mark displaying ratio product, obtain each described hallmark events and be shown in milestone mode in the progress bar
Milestone width；The mark displaying ratio is that text importing unit occupied in the image of the progress bar is long
Degree；
Display location determining unit, for the milestone display mode set according to the progress bar and each hallmark events
The milestone width shown in the progress bar, determines display location of each hallmark events on the progress bar.
12. the device of project process bar image generation as claimed in claim 11, it is characterised in that the display location is determined
Unit, is specifically included：
Sort subelement, for the target date according to each hallmark events, to each described hallmark events
In chronological sequence it is ranked up；
Determination subelement is put in first place, for for the 1st hallmark events, the 1st hallmark events to be shown with milestone
The position when mode of showing is shown in the first milestone level of the progress bar as the 1st hallmark events it is described enter
The position spent on bar；
Judgment sub-unit is put in non-first place, for for i-th of hallmark events, by i-th of hallmark events with milestone
When display mode is shown in the position of the first milestone level of the progress bar, according to i-th of hallmark events in institute
State the mileage of the position shown in progress bar and milestone width and the previous characteristic events shown in current milestone level
The position of upright stone tablet and milestone width, judge the milestone and the previous mark of level where it of i-th of hallmark events
It is overlapping whether the milestone of sexual behavior part has；I is the natural number more than 1；
Second place determination subelement, for the milestone when i-th of hallmark events with its where level it is previous
The milestone of hallmark events is when having overlapping, then to continue to show i-th of hallmark events with milestone display mode
Judged in the position of next milestone level of the progress bar, until i-th of hallmark events milestone with
The milestone of the previous hallmark events of level where it does not have it is overlapping untill, and will i-th of hallmark events ought
The position that preceding milestone level is shown is as i-th of hallmark events in the display location of the progress bar.
Second place determination subelement, for the milestone when i-th of hallmark events with its where level it is previous
When the milestone of hallmark events does not have overlapping, the position that i-th of hallmark events are shown in current milestone level
As i-th of hallmark events in the display location of the progress bar.
13. the device of project process bar image generation as claimed in claim 8, it is characterised in that described image renders generation
Module is specifically included：
Framework rendering unit, for being distributed according to the scale of the progress bar, renders the framework for generating the progress bar；
Stage rendering unit, for according to each described sub-stage event the scale of the progress bar it is interval and each
The requirement that the color that sub-stage is shown in the progress bar is differed, renders and each sub-stage is shown in the progress bar
The interval color of scale and the interval corresponding sub-stage event content of scale；
Milestone rendering unit, for, in the display location of the progress bar, foundation to be aobvious according to each described hallmark events
Show the mode of position from top to bottom and from right to left, one by one render hallmark events in the progress bar in milestone mode
In, complete the image generation of the progress bar.
14. the device of the project process bar image generation as described in claim 12 or 13, it is characterised in that the milestone shows
The mode of showing is：Scale value position and the mark sexual behavior of the target date correspondence of hallmark events on the progress bar
The center of the milestone of part is with an axis, and the milestone and the hallmark events of the display hallmark events
Target date scale value position on the progress bar connecting line.
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