CN106293663A - Sun observation data in Huairou processes software - Google Patents
Sun observation data in Huairou processes software Download PDFInfo
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- CN106293663A CN106293663A CN201510272487.3A CN201510272487A CN106293663A CN 106293663 A CN106293663 A CN 106293663A CN 201510272487 A CN201510272487 A CN 201510272487A CN 106293663 A CN106293663 A CN 106293663A
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Abstract
Relate to treatment technology and the method for Solar Physics observational data.Characteristic: system solves the problem that observational data is left in history.Corresponding international standard FITs carries out changing respectively, parameter is read in corresponding different times CCD size and image tonescale change；Virtualization process.Process problem for the puzzlement calibration of user, magnetic-field component, use workflow technology；Convenient and efficient.Usual physical parameter is adjusted the command line mode used, the direct graphic-arts technique that graphics process uses, innovate as comprehensively using object-oriented, workflow and interactive, can dynamically-adjusting parameter easily；It is easy to learn and use.Owing to using these technology, the process time is made to be greatly decreased.Used technology is the most ripe, it is important to these technology be adequately applied in the middle of process first, opens the succinct new milestone that efficiently data processes.
Description
Technical field
The invention belongs to the data processing software field in Solar Physics field, in the history of Solar Physics field, the world, data processes and typically mostly is
Using command line mode, the process relevant to graph image typically all uses direct graphical method to process.And the present invention breaks through tradition programming and thinks
Think constraint, comprehensively use object-oriented, workflow, visualization and interactive, by selecting or man-machine dialog interface at drop-down menu
Physical parameter required in data processing procedure is adjusted repeatedly thus obtain results needed, preferable graph image output effect uses same method to exist
Good experience is easily accomplished, makes the work originally spending more time just can complete, convenient completing can be facilitated within a few minutes.This software
Used above-mentioned technology the most ripe, it is important to we by the middle of these technical methods integrated application fully to the process of this observational data, are first
Innovation to original programmed method, opens the succinct new milestone that efficiently data processes, and making originally to take a lot of time study could part grasp
Data processing method, become the new data that left-hand seat can be easily accomplished and process state.(especially with object-oriented, workflow technology, man-machine
Dialogue technoloyg, makes image procossing become efficient, convenient in terms of conventional treatment；Adjust in image procossing physical parameter, image visual effect parameter is adjusted
Perfect square face, can adjust parameter by conversational mode input, and whole image processing process is the most efficient, quick and friendly.) this software is applicable to Huairou
Data processing, can carry out its method of future space on this basis is that whole Solar Physics field, the whole world carries in data processing software aspects
Use for reference for good.
Background technology
It is data processing indispensability instrument that Solar Physics data processes software, only just be will appreciate that by the process of software and finds new observation phenomenon,
Help to understand the physical essence of these phenomenons.
Solar Physics observation is concerning the electrical network be unableing to do without in every country aerospace strategy, communication navigation, economic development and national life, oil pipeline
Safety etc., the process accurate, efficient of its data is concerning solar activity prediction and further investigation.China observes in planned deployment Solar Physics always
Layout.Huairou Solar Physics observational data has multiple kind, is all by solar activity prediction, the indispensable composition of Solar Physics research.Wherein
Transverse field data be the high-quality in the observation of world Solar Physics and rare data.But other parameter of its observed parameter and the world is different；In early days due to
Network is undeveloped, and Huairou Solar Physics observational data record format is also different from international standard；Different times CCD size causes image to vary in size,
Image tonescale is the most different, and these factors make to process for these features, just can obtain correct result, user just can make good use of these
Data.These particularitys during data processes are that other any software is the most irreplaceable.It is true that Huairou observational data user is according to oneself need
Asking the data kind selecting oneself preference to carry out data and process programmed process, therefore data processing routine does not have systematicness, causes data on using
Be difficult to use result, let alone the most convenient, batch processing to data.Development has data processing system, accuracy, has simultaneously
The Huairou data processing software of epoch convenient and efficient feature becomes urgent needs and trend, has the deep understanding to software engineering and makes the world
The theory of advanced level so that it is proposed that and have developed the data processing software that this world is advanced.
The SolarSoft that international Solar Physics field is famous[1][2]Software is the common software processing Solar Physics data, but exploitation is relatively early, and always
Continue into the present always widely used.This software is to use command line mode, and the process relevant to graph image is to use direct graphical method.It is to need
Take a lot of time the data processing method that study could partly be grasped.
OOP, workflow, visualization and interactive integrated application are processed in Solar Physics data process and especially embodies a concentrated reflection of
Sun observation data in Huairou processes in software so that systematicness, accuracy, the most easily treatment effect that this software document processes are other
What software is the most irreplaceable.
Leading reference annex
[1]Http:// www.lmsal.com/solarsoft/
[2] Data Analysis with the SolarSoft System, Solar Physic, Volume 182, Issue 2, pp 497-500
Summary of the invention
It is an object of the invention to for Huairou data processing aspect exist shortage systematicness, lack meet International Standard, scaling difficulties,
The problems such as consuming time, comprehensively have employed the advantage of object-oriented, workflow, visualization and interactive, define and can process Huairou too
Sun observational data any period, type, the content of form, and processing procedure is succinct, it is efficient to obtain result, easy to learn, it is simple to user uses data,
Offer great convenience is made full use of for data.Fill up the blank both at home and abroad on sun observation Information System in Huairou uses.
For achieving the above object, the present invention takes following design:
1. this data processing of summary and induction and figure thereof or the required function solved and may need of image procossing.The most such as, for Huairou
There is all problems mentioned in above-mentioned technical field in history and carried out systemic correction in Solar Physics observational data；And for example, for magnetic field
Calibrate in process, magnetic-field component processes these puzzlement customer problems, uses workflow technology, after selected data, it then follows software flow is (the most fixed
The process step that justice is good) i.e. can get magnetic field result.
2. according to the total software interface of these functional design, design tool hurdle function.
3. in processing procedure flow process defined in tool bar function.
4. adjust physical parameter alternately during calculating, calculate, and obtain visualization result to compare.
5., after data process computing terminates, show and debug display result images or image.Make its visualization interface content abundant, workable.
6. the data processed results output meets user requirement.I.e. it is possible not only to screen output, it is possible to printer output, is a more complete software.
In sum, present invention advantage compared with already present data processing routine is:
1. the present invention is in data processing procedure, and system solves all leftover problems present on observation history, is the most unique a bosom
The comprehensive software of soft data processing.
2. the present invention has treatment effect the most easily, is that other any software is irreplaceable.
3. the present invention has the making full use of of effect easy of use, the most beneficially data, shares.
3. the present invention is that the following novel data processing software development of China lays the first stone, and can be integrated into this software, become China and
The indispensable advanced software that Solar Physics field, whole world data processes.
Accompanying drawing explanation
Fig. 1 is the overall main interface of software.Reflect software allomeric function.
Fig. 2 is shortcut bar functional realiey.Each of example reflection shortcut bar function.
Fig. 3 is vector magnetic chart.Technical problem the most readily understood for user, such as the calibration in magnetic chart generation, magnetic component process etc., uses workflow side
Method, selects to becoming figure from data, and button can complete.
Fig. 4 to Fig. 7 is adjustment dynamic to physical parameter, calculates to the process example finally giving satisfactory result.Also adjustment dynamic to image simultaneously,
Calculate to the process example finally giving satisfactory result.The employing reflecting Object-oriented Technique makes originally to need senior programming user repeatedly to debug multi-ribbon
The function that keyword order could realize, only need to click on several lower mouse or simple numeral of keying in can complete.Reflect workflow, human computer conversation etc. to adopt
Make data processing procedure succinct, quickly by technology.
Fig. 8 to Fig. 9 is the process example realizing printout.Shortcut bar function (as shown in Figure 3) or drop-down menu merit is reflected by means of diagram
Can realization, this series of drawing is mainly reflected in and implements step in terms of printout.
Detailed description of the invention
The detailed description of the invention accompanying drawings of the present invention is as follows:
First software main interface design and programming are completed, as shown in Figure 1.Next shortcut bar function (as shown in Figure 2) or drop-down is realized
Menu function.
2. realize the detailed process detailed design of shortcut bar function (as shown in Figure 2) or drop-down menu function.
3. technical problem the most readily understood for user, such as the calibration in magnetic chart generation, magnetic component process etc., uses workflow method.Mould when realizing
Block includes: data selects, processes, image shows, image parameter dialog box and the process of wherein function.Select to becoming figure, button or defeated from data
Enter parameter can complete.Series of drawing Fig. 3 to Fig. 7 respectively show successively from data reading, calibration, Local treatment (amplification), to different magnetic field
The result that the Color Expression of intensity, magnetic chart generate.
4., for image procossing, use workflow method, object-oriented method.Module when realizing includes: data select, process, image show,
The process of image parameter dialog box and wherein function.Wherein Fig. 6 is that the Color Expression to different magnetic field intensity selects, Fig. 7 is to magnetic field intensity
The selection of line style, makes image result express the most accurate.
5. output can realize hard copy mode, by calling third-party printer function, can realize the selection to print parameters, such as Fig. 8, Fig. 9
Shown in, obtain the result comprehensive optimum selection at aspects such as layouts (size, orientation, number).Realize process example by this to give
State illustrating of shortcut bar function (as shown in Figure 2) or drop-down menu function.Click print menu item, eject print window, permissible
Printer is configured and prints image shown by current window.
The various embodiments described above can be in the most some changes, therefore above explanation is comprised and should be regarded as exemplary, rather than uses
To limit the protection domain of the present patent application patent.
Claims (7)
1. Huairou Solar Physics observational data (hereinafter referred to as this observational data) processes software, and its characteristic is: system solves observational data and goes through
The problem left in history, such as: format standard, different times CCD size are different, image tonescale is different；The virtualization process of data.For magnetic field
Calibrate in process, magnetic-field component processes these puzzlement customer problems, uses workflow technology to be easily accomplished；Solar Physics field, the world in history with figure
The process that shape image is relevant typically all uses direct graphical method to process.And the present invention breaks through tradition programming idea constraint, comprehensive use towards
Object, workflow, visualization and interactive, physical parameter required in data processing procedure can be adjusted repeatedly thus obtain results needed,
Preferably graph image output effect is easily accomplished in good experience, makes the work originally spending more time just can complete, within a few minutes i.e.
Convenient completing can be facilitated.New this data processing software is used above-mentioned technology the most ripe, it is important to these technical methods are filled by first
Divide ground to be comprehensively applied in the middle of the process of this observational data, be the innovation to original programmed method, open the succinct new milestone that efficiently data processes,
Make script need to take a lot of time the data processing method that study could partly be grasped, become the new data process state that left-hand seat can be easily accomplished.Soft
The step of part method for designing is as follows:
(1) this data processing of summary and induction and figure thereof or image procossing the function that may need.
(2) according to the total software interface of these functional design, design tool hurdle function.
(3) in processing procedure flow process defined in tool bar function.
(4) adjust physical parameter alternately during calculating, calculate, and obtain visualization result to compare, improving.
(5) after data process computing terminates, show and debug display result images or image.Its visualization interface dynamic debugging content fully,
Workable.
(6) the data processed results output meets user requirement.I.e. be possible not only to screen output, it is possible to printer output, be one more completely
Software.
2. require that described Huairou sun observation data processes software according to right 1, it is characterised in that step (1) lists the most fully and works as
Time this observational data all categories, and different types of processing method.
3. require that described Huairou sun observation data processes software according to right 1, it is characterised in that in step (2) based on step (1) on the basis of
The function that result figure after this observational data and process thereof or image may need is expressed with visual interface form.
4. require that described Huairou sun observation data processes software according to right 1, it is characterised in that in step (3) based on step (2) on the basis of
Use workflow technology that this observational data can carry out respective handling one by one.
5. require that described Huairou sun observation data processes software according to right 1, it is characterised in that in step (4) based on step (3) on the basis of
Use human computer conversation and visualization technique, physical parameter can be adjusted the most alternately, produce visualization result, it is simple to reach deep and understand physical change
The effect of journey.
6. require that described Huairou sun observation data processes software according to right 1, it is characterised in that based on (3) or step (4) in step (5)
On the basis of use object-oriented and visualization technique, the data processed results is expressed as required its visual pattern, and can be to this result with man-machine
Dialogic operation carries out dynamic debugging, processes including inserting explanatory note etc., until satisfied.
7. require that described Huairou sun observation data processes software according to right 1, it is characterised in that in step (6) based on step (4) on the basis of
Printout can be realized.Complete this observational data from being read into process, all processes of result hard copy output.
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| CN201510272487.3A CN106293663A (en) | 2015-05-26 | 2015-05-26 | Sun observation data in Huairou processes software |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101377848A (en) * | 2007-08-28 | 2009-03-04 | 中国科学院国家天文台 | Method for processing observational data |
| CN101872104A (en) * | 2010-05-28 | 2010-10-27 | 中国科学院国家天文台 | Intelligent solar flare data observation method |
| US20130044214A1 (en) * | 2011-08-16 | 2013-02-21 | Qatar Foundation | Real-Time Solar Observations |
| CN103487844A (en) * | 2013-09-02 | 2014-01-01 | 中国科学院国家天文台 | Method for intelligently observing intelligent coronal mass ejection event |
| CN104615990A (en) * | 2015-02-10 | 2015-05-13 | 中国科学院国家天文台 | Method for automatically recognizing macula based on Huairou full-disk single-color image |
-
2015
- 2015-05-26 CN CN201510272487.3A patent/CN106293663A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101377848A (en) * | 2007-08-28 | 2009-03-04 | 中国科学院国家天文台 | Method for processing observational data |
| CN101872104A (en) * | 2010-05-28 | 2010-10-27 | 中国科学院国家天文台 | Intelligent solar flare data observation method |
| US20130044214A1 (en) * | 2011-08-16 | 2013-02-21 | Qatar Foundation | Real-Time Solar Observations |
| CN103487844A (en) * | 2013-09-02 | 2014-01-01 | 中国科学院国家天文台 | Method for intelligently observing intelligent coronal mass ejection event |
| CN104615990A (en) * | 2015-02-10 | 2015-05-13 | 中国科学院国家天文台 | Method for automatically recognizing macula based on Huairou full-disk single-color image |
Non-Patent Citations (2)
| Title |
|---|
| A. CSILLAGHY等: "Steps towards a virtual solar observatory", 《IEEE SIGNAL PROCESSING MAGAZINE》 * |
| 赵翠: "基于MVC设计模式的怀柔数据查询系统", 《中国科学院研究生院硕士学位论文》 * |
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