CN103186516B - A kind of generation monitors the method for chart, Apparatus and system - Google Patents
A kind of generation monitors the method for chart, Apparatus and system Download PDFInfo
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Abstract
The invention discloses a kind of method generating monitoring chart, including: obtain the monitoring information being stored in data base needed for user；Described monitoring information is converted to data instance list and is forwarded to client；Client generates chart according to described data instance list.The invention also discloses a kind of server, client and a kind of monitoring chart production system.Adopt the present invention, add man-machine interaction between server and client and enhance Consumer's Experience, more humane.It addition, the chart generated according to described data instance list by client, user can be seen intuitively, and tailing dam is current or historical variations, thus the generation for effective disaster prevention provides reference, meets the demand of user.
Description
Technical field
The present invention relates to monitoring field, particularly relate to a kind of generation and monitor the method for chart, Apparatus and system.
Background technology
Data are drawn out by chart according to certain specification in the way of view so that data dramatic.Chart utilizes the figures such as geometric point, line, surface, body, represents the number of data, distribution, and variation tendency or mutual relation.
At present, after the data of monitoring instrument collection are saved in data base, it is shown to user only by simple chart, and simply chart does not support that many curves show, do not support many y-axis to show, the more not rotation of numerical value on support level axle and vertical axis, it is impossible to allow user simply, intuitively, effectively see the statistical result of complexity.
And, domestic chart control is little, and support the chart control of silverlight almost without, existing chart control is exactly free controls public under Microsoft's .net framework in fact, the function that this free controls is supported is simple, and unstable, it is impossible to meet the display requirement of complex data statistics in project.
Summary of the invention
The technical problem to be solved is in that, it is provided that a kind of generate the monitoring method of chart, Apparatus and system, can support the binding of complex data, support many curves, supports the rotation of numerical value on many y-axis, support level axle and vertical axis.
In order to solve above-mentioned technical problem, the invention provides a kind of method generating monitoring chart, including: obtain the monitoring information being stored in data base needed for user；Described monitoring information is converted to data instance list and is forwarded to client；Client generates chart according to described data instance list.
As the improvement of such scheme, the step of the monitoring information that described acquisition is stored in data base needed for user includes: obtaining the Query Information of client, described Query Information includes time range, interval, inquiry target；It is stored in the monitoring information in described data base according to the inquiry of described Query Information.
As the improvement of such scheme, the step that described client generates chart according to data instance list includes: according to described data instance list lookup key value and generate rectangular area, and described key value is maximum X-axis, minimum X-axis, minimum Y-axis, maximum Y-axis；According to described data instance list formation curve.
As the improvement of such scheme, the described method generating monitoring chart also includes: judge that whether the monitoring information being stored in described data base is abnormal, it is judged that during for being, delete described monitoring information, it is judged that for, time no, storing described monitoring information.
Correspondingly, present invention also offers a kind of server, including: for obtaining the acquiring unit of the monitoring information being stored in data base needed for user；It is connected with described acquiring unit, for described monitoring information being converted to the converting unit of data instance list；It is connected with described converting unit, for institute's data instance list being forwarded to the retransmission unit of client.
As the improvement of such scheme, described acquiring unit includes: for obtaining the acquisition subelement of the Query Information of client, described Query Information includes time range, interval, inquiry target；It is connected with described acquisition subelement, the inquiry subelement of the monitoring information for being stored in described data base according to the inquiry of described Query Information.
As the improvement of such scheme, described server also includes: the judging unit whether monitoring information for judging to be stored in described data base is abnormal；It is connected with described judging unit, for when when judging described monitoring information exception of described judging unit, deleting the deletion unit of described monitoring information；It is connected with described judging unit, for when when judging that described monitoring information is normal of described judging unit, storing the storage element of described monitoring information.
Correspondingly, present invention also offers a kind of client, including the figure table unit for generating chart according to described data instance list.
As the improvement of such scheme, described figure table unit includes: for the lookup subelement according to described data instance list lookup key value, described key value is maximum X-axis, minimum X-axis, minimum Y-axis, maximum Y-axis；It is connected with described lookup subelement, generates subelement for generating the first of rectangular area according to described key value；Generate subelement with described first to be connected, generate subelement for second according to described data instance list formation curve.
Correspondingly, present invention also offers a kind of monitoring chart production system, including: for the device data acquisition device of the monitoring information of Real-time Collection Ba Qu；It is connected with described device data acquisition device, for storing the data base of the monitoring information that described device data acquisition device gathers；The server of data instance list is converted to for the monitoring information that will be stored in described data base needed for user；For generating the client of chart according to described data instance list.
Enforcement the beneficial effects of the present invention is: server obtains the Query Information of client and inquires about the monitoring information being stored in described data base according to described Query Information, more described monitoring information is converted to data instance list and is forwarded to client.Meanwhile, client generates chart according to described data instance list.Add man-machine interaction between server and client and enhance Consumer's Experience, more hommization.Additionally, the chart generated according to described data instance list by client, the binding of complex data can be supported, support many curves, support the rotation of numerical value on many y-axis, support level axle and vertical axis, user can be seen intuitively, and tailing dam is current or historical variations, thus the generation for effective disaster prevention provides reference, meet the demand of user.
Accompanying drawing explanation
Fig. 1 is the first embodiment flow chart of a kind of method generating monitoring chart of the present invention；
Fig. 2 is the second embodiment flow chart of a kind of method generating monitoring chart of the present invention；
Fig. 3 is the 3rd embodiment flow chart of a kind of method generating monitoring chart of the present invention；
Fig. 4 is the 4th embodiment flow chart of a kind of method generating monitoring chart of the present invention；
Fig. 5 is a kind of structural representation monitoring chart production system of the present invention；
Fig. 6 is that the present invention is a kind of monitors the structural representation of server 3 in chart production system；
Fig. 7 is that the present invention is a kind of monitors another structural representation of server 3 in chart production system；
Fig. 8 is that the present invention is a kind of monitors the another structural representation of server 3 in chart production system；
Fig. 9 is that the present invention is a kind of monitors the structural representation of client 4 in chart production system.
Detailed description of the invention
For making the object, technical solutions and advantages of the present invention clearly, below in conjunction with accompanying drawing, the present invention is described in further detail.
Fig. 1 is the first embodiment flow chart of a kind of method generating monitoring chart of the present invention, including:
S100, obtains the monitoring information being stored in data base needed for user.
It should be noted that the monitoring information of Ba Qu is gathered and be stored in the field of data base by device data acquisition device, server obtains the monitoring information being stored in data base needed for user.
S101, is converted to data instance list by described monitoring information and is forwarded to client.
Server for data instance list by abstract for described monitoring information, be namely mapped to class tables of data for storing monitoring information in data base, then the field of apoplexy due to endogenous wind is combined being converted to data instance list.As such, it is possible to complicated database structure is carried out extraordinary encapsulation, allow the reading of data and transmit convenient.
Meanwhile, data instance list is forwarded to client by server by utilizing Windows communication interface, has good uniformity, interoperability, safety and compatibility.
S102, client generates chart according to described data instance list.
Client generates chart according to described data instance list, and user reads required information according to chart.Chart can the monitoring information that gathers of display device data acquisition unit show a plurality of historical variations curve.It addition, X, Y-axis coordinate make corresponding changes with data instance list, thus matched data, and then will not produce to be left white phenomenon.
Fig. 2 is the second embodiment flow chart of a kind of method generating monitoring chart of the present invention, including:
S200, obtains the Query Information of client.
It should be noted that user is by client releasing inquiry information, described Query Information includes time range, interval, inquiry target.User can arrange Query Information according to the actual requirements, and server obtains the Query Information of client in real time simultaneously.
S201, is stored in the monitoring information in described data base according to the inquiry of described Query Information.
The monitoring information of Ba Qu is gathered and is stored in the field of data base by device data acquisition device, the monitoring information that server is stored in data base according to Query Information inquiry after obtaining the Query Information of user.
S202, is converted to data instance list by described monitoring information and is forwarded to client.
Server by abstract for described monitoring information for data instance list being forwarded to client by Windows communication interface after data instance list.
S203, client generates chart according to described data instance list.
Such as, dry beach length (i.e. the elevation of dam facing and the groundwater level) variable condition that user needs inquiry in January, 2010.It is in January, 2010 that user can arrange the time range of Query Information in client, and interval is 6 hours, and inquiry target is dry beach length.Server obtains the Query Information of client in real time, inquire about according to Query Information and extract and gathered and be stored in the monitoring information in data base by device data acquisition device, wherein said monitoring information is in 2010 1 month section, at interval of the elevation of the dam facings of 6 hours Yu groundwater level.Server is mapped to class each tables of data being used for storing described monitoring information in data base, then the field of apoplexy due to endogenous wind is combined being converted to unified data instance list.Meanwhile, data instance list is forwarded to client by server by utilizing Windows communication interface.Client generates chart to show the historical variations curve of dry beach length according to described data instance list, and when mouse is placed on the point of curve, the detailed data having this point shows.
More preferably, user can select multiple queries target when time range is consistent simultaneously, and server generates two groups of data instance lists according to user's request, and client is simultaneously generated two suite lines to support that many curves show according to described data instance list.
Fig. 3 is the 3rd embodiment flow chart of a kind of method generating monitoring chart of the present invention, including:
S300, obtains the Query Information of client.
User can arrange Query Information in client according to the actual requirements, and server obtains the Query Information of client in real time simultaneously.
S301, is stored in the monitoring information in described data base according to the inquiry of described Query Information.
The monitoring information of Ba Qu is gathered and is stored in the field of data base by device data acquisition device, the monitoring information that server is stored in data base according to Query Information inquiry after obtaining the Query Information of user.
S302, is converted to data instance list by described monitoring information and is forwarded to client.
Server by abstract for described monitoring information for data instance list being forwarded to client by Windows communication interface after data instance list.
S303, according to described data instance list lookup key value and generate rectangular area.
Described key value is maximum X-axis, minimum X-axis, minimum Y-axis, maximum Y-axis.
Including multi-group data value in data instance list, client is according to the maximum X-axis of data instance list lookup, minimum X-axis, minimum Y-axis and maximum Y-axis, and generates the rectangular area of chart according to described key value.
S304, according to described data instance list formation curve.
Described client utilizes Bezier and path tag grammer formation curve according to data instance list in rectangular area.
Such as, user needs the rainfall in inquiry in August, 2011.It is in August, 2011 that user can arrange the time range of Query Information in client, and interval is 1 day, and inquiry target is rainfall.Server obtains the Query Information of client in real time, inquires about according to Query Information and extracts and is gathered and be stored in the monitoring information in data base by device data acquisition device, and wherein said monitoring information is in August, 2011, the rainfall of every day.Server is mapped to class each tables of data being used for storing described monitoring information in data base, then the field of apoplexy due to endogenous wind is combined being converted to unified data instance list.Meanwhile, data instance list is forwarded to client by server by utilizing Windows communication interface.With the time for X-axis, rainfall is Y-axis, and now client goes out maximum X-axis, minimum X-axis, minimum Y-axis and maximum Y-axis according to data instance list lookup, and generates the rectangular area of chart according to described key value.Meanwhile, client utilizes Bezier and path tag grammer to generate rainfall curve to show the historical variations curve of rainfall according to data instance list in rectangular area.
It should be noted that client also can effectively detect the length of X-axis coordinate figure with control X-axis coordinate figure can rotation, make X-axis coordinate figure rotate to the angle being suitable for, so solve X-axis coordinate figure long time, the text overlay caused shows unclear problem.
Fig. 4 is the 4th embodiment flow chart of a kind of method generating monitoring chart of the present invention, including:
S400, it is judged that whether abnormal be stored in the monitoring information in described data base.
It should be noted that the monitoring information of Ba Qu is gathered and is stored in by device data acquisition device in the field of data base.In the course of the work, monitoring information can produce exceptional value due to the fault of device data acquisition device, and being therefore stored in the monitoring information in data base needs to be filtered processing the optimization to realize data.Server reaches criterion according to Rye, Grubbs test method gets rid of singular value.
S401, it is judged that during for being, deletes described monitoring information.
When server judges monitoring information exception, abnormal monitoring information is deleted so that the data being eventually displayed to user are intuitively errorless.
S402, it is judged that for, time no, storing described monitoring information.
When server judges that monitoring information is normal, storage monitoring information is to facilitate user to inquire about.
Fig. 5 is a kind of structural representation monitoring chart production system of the present invention, including:
Device data acquisition device 1 for the monitoring information of Real-time Collection Ba Qu.
It should be noted that the quantity of described device data acquisition device 1 is at least 1.
It is connected with described device data acquisition device 1, for storing the data base 2 of the monitoring information that described device data acquisition device 1 gathers.
The server 3 of data instance list is converted to for the monitoring information that will be stored in described data base 2 needed for user.
Server 3 obtains the Query Information needed for user, and is stored in the monitoring information in data base 2 according to Query Information inquiry, the monitoring information inquired is converted to data strength list and is forwarded to client 4.
For generating the client 4 of chart according to described data instance list.
Client 4 is according to data instance list lookup key value and generates rectangular area, and according to data instance list formation curve in rectangular area.Described key value is maximum X-axis, minimum X-axis, minimum Y-axis, maximum Y-axis.
Such as, the monitoring information of device data acquisition device 1 Real-time Collection Ba Qu also stores to data base 2, and user arranges Query Information by client 4.Server 3 obtains the Query Information of client 4, and is stored in the monitoring information in data base 2 according to Query Information inquiry, the monitoring information inquired is converted to data strength list and is forwarded to client 4.Client 4 is according to data instance list lookup key value and generates rectangular area, and graphically shows the information needed for user intuitively according to data instance list formation curve in rectangular area.
Fig. 6 is that the present invention is a kind of monitors the structural representation of server 3 in chart production system, including:
For obtaining the acquiring unit 31 of the monitoring information being stored in data base 2 needed for user.
It is connected with described acquiring unit 31, for described monitoring information being converted to the converting unit 32 of data instance list.
It is connected with described converting unit 32, for described data instance list being forwarded to the retransmission unit 33 of client 4.
It should be noted that, acquiring unit 31 obtains the monitoring information being stored in data base 2 needed for user, is forwarded to client 4 by Windows communication interface after monitoring information acquired for acquiring unit 31 is converted to data instance list by converting unit 32 and by retransmission unit 33.
Fig. 7 is that the present invention is a kind of monitors another structural representation of server 3 in chart production system, and described acquiring unit 31 includes:
For obtaining the acquisition subelement 311 of the Query Information of client 4.
It should be noted that user arranges Query Information in client 4 according to the actual requirements, described Query Information includes time range, interval, inquiry target.Obtain subelement 311 and obtain the Query Information of client 4 in real time.
It is connected with described acquisition subelement 311, the inquiry subelement 312 of the monitoring information for being stored in described data base 2 according to the inquiry of described Query Information.
Acquiring unit 31 is by obtaining the Query Information that subelement 311 obtains client 4 in real time the monitoring information being stored in described data base 2 by inquiring about subelement 312 to inquire about according to described Query Information.The monitoring information that inquiry subelement 312 inquires is converted to data instance list by converting unit 32, and then data instance list is forwarded to client 4 by Windows communication interface by retransmission unit 33.
Fig. 8 is that the present invention is a kind of monitors the another structural representation of server 3 in chart production system, and server 3 also includes:
For the judging unit 34 whether monitoring information judging to be stored in described data base 2 is abnormal.
It should be noted that the monitoring information of Ba Qu is gathered and is stored in by device data acquisition device 1 in the field of data base 2.In the course of the work, monitoring information can produce exceptional value due to the fault of device data acquisition device 1, and being therefore stored in the monitoring information in data base 2 needs to be filtered processing the optimization to realize data.Therefore the judging unit 34 in server 3 reaches criterion according to Rye, Grubbs test method gets rid of singular value.
It is connected with described judging unit 34, for when when judging described monitoring information exception of described judging unit 34, deleting the deletion unit 35 of described monitoring information.
When judging unit 34 judges monitoring information exception, delete unit 35 and abnormal monitoring information is deleted so that the data being eventually displayed to user are intuitively errorless.
It is connected with described judging unit 34, for when when judging that described monitoring information is normal of described judging unit 34, storing the storage element 36 of described monitoring information.
When judging unit 34 judges that monitoring information is normal, storage element 36 stores monitoring information to facilitate user to inquire about.
Fig. 9 is that the present invention is a kind of monitors the structural representation of client 4 in chart production system, including the figure table unit 41 for generating chart according to described data instance list.
More preferably, described figure table unit 41 includes:
For the lookup subelement 411 according to described data instance list lookup key value.Described key value is maximum X-axis, minimum X-axis, minimum Y-axis, maximum Y-axis.
It is connected with described lookup subelement 411, generates subelement 412 for generating the first of rectangular area according to described key value.
It should be noted that, multi-group data value is included in data instance list, search subelement 411 according to the maximum X-axis of data instance list lookup, minimum X-axis, minimum Y-axis and maximum Y-axis, and generated the subelement 412 rectangular area according to described key value generation chart by first.
Generate subelement 412 with described first to be connected, generate subelement 413 for second according to described data instance list formation curve.
Second generates subelement 413 utilizes Bezier and path tag grammer formation curve according to data instance list in the rectangular area that the first generation subelement 412 generates.
Such as, user needs the rainfall in inquiry in August, 2011.It is in August, 2011 that user can arrange the time range of Query Information in client 4, and interval is 1 day, and inquiry target is rainfall.The subelement 311 that obtains in server 3 obtains the Query Information of client 4 in real time, inquiry subelement 312 is inquired about according to Query Information and is extracted and gathered and be stored in the monitoring information in data base 2 by device data acquisition device 1, wherein said monitoring information is in August, 2011, the rainfall of every day.In 32 data bases 2 of converting unit in server 3, each tables of data for storing described monitoring information is mapped to class, then the field of apoplexy due to endogenous wind is combined being converted to unified data instance list.Meanwhile, retransmission unit 33 utilizes Windows communication interface that data instance list is forwarded to client 4.With the time for X-axis, rainfall is Y-axis, now the lookup subelement 411 in client 4 goes out maximum X-axis, minimum X-axis, minimum Y-axis and maximum Y-axis according to data instance list lookup, and is generated the subelement 412 rectangular area according to described key value generation chart by first.Meanwhile, the second generation subelement 413 utilizes Bezier and path tag grammer to generate rainfall curve to show the historical variations curve of rainfall according to data instance list in rectangular area.
More preferably, user can select multiple queries target when time range is consistent simultaneously, and server 3 generates two groups of data instance lists according to user's request, and client 4 is simultaneously generated two suite lines to support that many curves show according to described data instance list.
From the foregoing, it will be observed that server 3 obtains the Query Information of client 4 and inquires about the monitoring information being stored in described data base 2 according to described Query Information, more described monitoring information is converted to data instance list and is forwarded to client 4.Meanwhile, client 4 generates chart according to described data instance list.Add man-machine interaction between server and client and enhance Consumer's Experience, more hommization.Additionally, the chart generated according to described data instance list by client, the binding of complex data can be supported, support many curves, support the rotation of numerical value on many y-axis, support level axle and vertical axis, user can be seen intuitively, and tailing dam is current or historical variations, thus the generation for effective disaster prevention provides reference, meet the demand of user.
The above is the preferred embodiment of the present invention; it should be pointed out that, for those skilled in the art, under the premise without departing from the principles of the invention; can also making some improvements and modifications, these improvements and modifications are also considered as protection scope of the present invention.
Claims (7)
1. the method generating monitoring chart, it is characterised in that including:
Obtain the monitoring information being stored in data base needed for user；
Described monitoring information is converted to data instance list and is forwarded to client；
Client generates chart according to described data instance list；
The described step that monitoring information is converted to data instance list includes: the tables of data being used for storing monitoring information in data base is mapped to class, then the field of apoplexy due to endogenous wind is combined being converted to data instance list；
The step that described client generates chart according to data instance list includes:
According to described data instance list lookup key value and generate rectangular area, described key value is maximum X-axis, minimum X-axis, minimum Y-axis, maximum Y-axis；
According to described data instance list formation curve；
Chart shows a plurality of historical variations curve, and when mouse is placed on the point of curve, the detailed data having this point shows.
2. the method generating monitoring chart as claimed in claim 1, it is characterised in that the step of the monitoring information that described acquisition is stored in data base needed for user includes:
Obtaining the Query Information of client, described Query Information includes time range, interval, inquiry target；
It is stored in the monitoring information in described data base according to the inquiry of described Query Information.
3. the method generating monitoring chart as described in any one of claim 1 ~ 2, it is characterised in that also include:
Judge that whether the monitoring information being stored in described data base is abnormal,
When being judged as YES, delete described monitoring information,
When being judged as NO, store described monitoring information.
4. a server, it is characterised in that including:
For obtaining the acquiring unit of the monitoring information being stored in data base needed for user；
It is connected with described acquiring unit, for described monitoring information being converted to the converting unit of data instance list；
It is connected with described converting unit, for institute's data instance list being forwarded to the retransmission unit of client；
Described converting unit is mapped to class the tables of data being used for storing monitoring information in data base, then the field of apoplexy due to endogenous wind is combined being converted to data instance list；
Described acquiring unit includes:
For obtaining the acquisition subelement of the Query Information of client, described Query Information includes time range, interval, inquiry target；
It is connected with described acquisition subelement, the inquiry subelement of the monitoring information for being stored in described data base according to the inquiry of described Query Information.
5. server as claimed in claim 4, it is characterised in that also include:
For the judging unit whether monitoring information judging to be stored in described data base is abnormal；
It is connected with described judging unit, for when when judging described monitoring information exception of described judging unit, deleting the deletion unit of described monitoring information；
It is connected with described judging unit, for when when judging that described monitoring information is normal of described judging unit, storing the storage element of described monitoring information.
6. a client, it is characterized in that, data instance list is mapped to class by server the tables of data being used for storing monitoring information in data base, then the field of apoplexy due to endogenous wind is combined with converted, and described client includes the figure table unit for generating chart according to described data instance list；
Described figure table unit includes:
For the lookup subelement according to described data instance list lookup key value, described key value is maximum X-axis, minimum X-axis, minimum Y-axis, maximum Y-axis；
It is connected with described lookup subelement, generates subelement for generating the first of rectangular area according to described key value；
Generate subelement with described first to be connected, generate subelement for second according to described data instance list formation curve；
Chart shows a plurality of historical variations curve, and when mouse is placed on the point of curve, the detailed data having this point shows.
7. a monitoring chart production system, it is characterised in that including:
Device data acquisition device for the monitoring information of Real-time Collection Ba Qu；
It is connected with described device data acquisition device, for storing the data base of the monitoring information that described device data acquisition device gathers；
Server as described in any one of claim 4 ~ 5；
Client as claimed in claim 6.
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| CN106339411A (en) * | 2016-08-11 | 2017-01-18 | 广东芬尼克兹节能设备有限公司 | Processing method and device of monitoring data |
| CN109308204B (en) * | 2018-08-02 | 2021-09-10 | 温军华 | Chart generation method and device for responding to window clicking |
| CN110599754A (en) * | 2019-09-11 | 2019-12-20 | 杭州电子科技大学信息工程学院 | Water quality monitoring system based on internet |
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| CN101788593A (en) * | 2010-01-11 | 2010-07-28 | 山东康威通信技术股份有限公司 | State monitoring and analysis system of power cable sheath grounding current and method thereof |
| CN101982957A (en) * | 2010-08-26 | 2011-03-02 | 中国石油集团川庆钻探工程有限公司 | Application method for releasing real-time data of well site and on-site video information |
| CN102054221A (en) * | 2010-12-07 | 2011-05-11 | 北京航空航天大学 | Visual monitoring method for RMTSS (reliability, maintainability, testability, supportability, safety) characters during manufacturing process of complex products |
| CN102297474A (en) * | 2011-05-23 | 2011-12-28 | 河北平衡阀门制造有限公司 | Heat supply network diagnosing and regulating method by taking room temperature as object |
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