CN105068737B - Multi-scale rock sectioning image manages the application method of system - Google Patents
Multi-scale rock sectioning image manages the application method of system Download PDFInfo
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- CN105068737B CN105068737B CN201510454151.9A CN201510454151A CN105068737B CN 105068737 B CN105068737 B CN 105068737B CN 201510454151 A CN201510454151 A CN 201510454151A CN 105068737 B CN105068737 B CN 105068737B
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Abstract
The invention discloses the application method that multi-scale rock sectioning image manages system, key step is as follows：A. open system；B. it is taken pictures using scan module；C. it logging data and preserves；D. geology thin slice network share；E. visitor enters socket；F. other visitors enter socket；G. it logs off.The application method of multi-scale rock sectioning image management system proposed by the present invention, people are allow to establish multitype database accession page on the internet using the rise of network technology and database technology, people access database hub by network remote, database hub conditioning forms are provided with facilitate visitor is more intuitive, compactly access oneself needed for information.
Description
Technical field
The present invention relates to a kind of application methods of software, and in particular to a kind of realization network accesses, driving microscopy work
The application method of management software.
Background technology
Traditional rock slice (geology thin slice) observation is to carry out under the microscope, and people amplify rock by microscope
Phenomenon on slice, is used in combination paper and pen to record the phenomenon, and people can adjust microscope multiple to realize the collection to some phenomenon
Middle observation.However this method has inconvenience：First, working environment is limited, observation often be unable to do without microscope, if to see
Other phenomenons are examined, then must reuse microscope；It is observed second, being not easy to other people, even if user claps phenomenon
According to, but also only conjure up the whole thing through seeing a part of it, be unfavorable for other scholars to the phenomenon and entirety assurance, and due under mirror phenomenon it is past
It is past small, even if exception is difficult if other scholars find the phenomenon again under mirror；Third, being not easy to share, it is not easy to other
Scholar is remotely using resources such as acquired slice picture and annotations.Most importantly the showing of super large picture, fixed in this
The size of position problem, scanning rock slice picture should at least be opened in 100M mono-, ten times of files be reduced also very greatly, limited
Directly a whole pictures load can not possibly be marked again after the completion in network bandwidth, drag the functions such as display.Therefore this reality
Now it is similar to Baidu, the multi-level Zoom display mode of google maps.
Invention content
(1) technical problems to be solved
The application method of multi-scale rock sectioning image management system proposed by the present invention, by thin slice in high magnification numbe microscope
Lower progress subarea-scanning simultaneously splices and achieves, and user can call thin slice photo at any time, and can be with highest times several levels under magnifying glass
It is other that it is observed, reach and is detached from the requirement that microscope also can observe entire thin slice；Observer observation when, to the current ken into
Row description and mark, these verbal descriptions and mark together with viewing area coordinate meeting and be stored in database, in case adjust in the future
With；Thin slice network center is established, allows owner's teleengineering support thin slice, and obtains forefathers and the mark and word of key area is retouched
It states, prevents scientific research overlapping investment, which can also be provided the resource-sharing of other geologic datas.
(2) technical solution
Multi-scale rock sectioning image manages the application method of system, is as follows：
A. start multi-scale rock sectioning image management system, digital microscope, and confirm that the two connection is normal；
B. " panoramic scanning " module is used, rock is sliced, that is, thin slice, subregion is carried out and takes pictures, and carry out figure automatically
Piece splices；
C. picture is automatically stored to server file system, and triggers picture processing module；
D. geology thin slice network share is that web visitor enters system by password, clicks certain 1 pictures, uses amplification
Function can carry out multi-level amplification, and dragging picture checks full picture；
E. web visitor can click picture any position, automatic annotation pane occur, and computer automatic marking goes out the position
Opposite XY coordinates belonging to setting on picture, and provide " phenomenon ", " description content " two text boxes for visitor's progress typing,
It is described the phenomenon that typing is complete, and the position is completed in click " preservation ", the description of other positions phenomenon repeats the step；
F. another one visitor enters the system by password, and when clicking the picture edited in E steps, left side is enumerated all
Annotation information item, and show on picture mark point, click 1 information or click mark point, then coordinate is automatically moved to
The corresponding annotation Pictures location of the information and the picture slice for loading the region automatically, user can correspond to annotation information again
Phenomena Observation is carried out, while operation of modifying in annotating text box can be continued；
G. visitor can search the approximate pictorial information for wanting to check by screening function and function of search；
H. " exiting " button is clicked, logging off users log off.
Further, 1 pictures of click described in step D can carry out multi-level amplification using enlarging function, dragging
Picture checks full picture；While the function of reaching amplification, dragging figure is realized, ensures and access fluency and display effect；
Its principle and mode of operation are as follows：
(1) original image is handled：Original image is compressed according to level of zoom, and will be 256* per level-one picture completion
The integral multiple of 256 squares；For the picture of ultrahigh resolution, can be ensured in limited memory with local loading or Local Contraction
Under the conditions of realize to the compression processings of high-resolution pictures；
(2) picture is sliced：Sectioning is carried out to every level-one picture according to fixed dimension ratio, and passes through unified name
Specification is managed slice；
(3) displacement when dragging picture：Establish pair of mouse drag direction of displacement, shift length and current image displacement distance
It should be related to；
(4) current page display area is obtained：The slice for being included including initially showing and dragging the region after shifting, and
The slice that dynamic access not yet loads, to realize the incrementally updating of picture；
(5) splice and show slice in a browser：Dynamic load is sliced by realization, is shown in correct position, with reality
The correct display of existing specific region；
(6) it marks：According to the position that the coordinate of current mouse and picture are shown, calculates mark time point and correspond to scalings at different levels
The mark point position of figure, to ensure that on the different classification pictures of display position can be properly positioned.
(3) advantageous effect
The application method of multi-scale rock sectioning image management system proposed by the present invention, compared with prior art,
It has the advantages that：Thin slice is carried out subarea-scanning under high magnification numbe microscope and splices and achieve, Yong Huke by the present invention
To call thin slice photo at any time, and it can be observed with highest multiple rank under magnifying glass, reach and be detached from microscope also Observable
To the requirement of entire thin slice；Observer is described and marks to the current ken in observation, these verbal descriptions and mark connect
With viewing area coordinate meeting and be stored in database, in case call in the future；Thin slice network center is established, makes owner remotely total
Thin slice is enjoyed, and obtains mark and verbal description of the forefathers to key area, prevents scientific research overlapping investment, which can also be provided
The resource-sharing of other geologic datas.
Description of the drawings
Fig. 1 is the overall flow schematic diagram of the present invention.
Specific implementation mode
As shown in Figure 1, the application method of multi-scale rock sectioning image management system, is as follows：
A. start multi-scale rock sectioning image management system, digital microscope, and confirm that the two connection is normal；
B. " panoramic scanning " module is used, rock is sliced, that is, thin slice, subregion is carried out and takes pictures, and carry out figure automatically
Piece splices；
C. picture is automatically stored to server file system, and triggers picture processing module；
D. geology thin slice network share is that web visitor enters system by password, clicks certain 1 pictures, uses amplification
Function can carry out multi-level amplification, and dragging picture checks full picture；
E. web visitor can click picture any position, automatic annotation pane occur, and computer automatic marking goes out the position
Opposite XY coordinates belonging to setting on picture, and provide " phenomenon ", " description content " two text boxes for visitor's progress typing,
It is described the phenomenon that typing is complete, and the position is completed in click " preservation ", the description of other positions phenomenon repeats the step；
F. another one visitor enters the system by password, and when clicking the picture edited in E steps, left side is enumerated all
Annotation information item, and show on picture mark point, click 1 information or click mark point, then coordinate is automatically moved to
The corresponding annotation Pictures location of the information and the picture slice for loading the region automatically, user can correspond to annotation information again
Phenomena Observation is carried out, while operation of modifying in annotating text box can be continued；
G. visitor can search the approximate pictorial information for wanting to check by screening function and function of search；
H. " exiting " button is clicked, logging off users log off.
Wherein, 1 pictures of click described in step D can carry out multi-level amplification using enlarging function, drag picture
Check full picture；While the function of reaching amplification, dragging figure is realized, ensures and access fluency and display effect；It is former
Reason and mode of operation are as follows：
(1) original image is handled：Original image is compressed according to level of zoom, and will be 256* per level-one picture completion
The integral multiple of 256 squares；For the picture of ultrahigh resolution, can be ensured in limited memory with local loading or Local Contraction
Under the conditions of realize to the compression processings of high-resolution pictures；
(2) picture is sliced：Sectioning is carried out to every level-one picture according to fixed dimension ratio, and passes through unified name
Specification is managed slice；
(3) displacement when dragging picture：Establish pair of mouse drag direction of displacement, shift length and current image displacement distance
It should be related to；
(4) current page display area is obtained：The slice for being included including initially showing and dragging the region after shifting, and
The slice that dynamic access not yet loads, to realize the incrementally updating of picture；
(5) splice and show slice in a browser：Dynamic load is sliced by realization, is shown in correct position, with reality
The correct display of existing specific region；
(6) it marks：According to the position that the coordinate of current mouse and picture are shown, calculates mark time point and correspond to scalings at different levels
The mark point position of figure, to ensure that on the different classification pictures of display position can be properly positioned.
Wherein, data content includes picture, word, it is desirable that does an access forms, beautiful interface is friendly.
Wherein, accessed by network in embedded web page, it is necessary to safety.
Wherein, when another module can save word and picture, you need to be automatically credited database, while user can
A position is drawn a circle to approve on picture to realize, and carry out textual annotation to the position (layer can be built on picture as delineation
And annotation layer) and the data be saved in the database.After these contents preserve, if there is viewer, the interface is logged in, is had
Multistage catalogue：Province-area-section, such as：Sichuan Province-Leshan the townshiies-Fan Dian section is selected, wherein one figure in window
Piece.Some blue link is clicked on right side, such as：Clicking " point 2 ", then picture enters the areas B2, and the mark in area's " point 2 " is highlighted.
The system clicks a certain item description similar to Baidu map, then map amplifies this area.
The above-described embodiments are merely illustrative of preferred embodiments of the present invention, not to the structure of the present invention
Think and range is defined.Under the premise of not departing from design concept of the present invention, technology of the ordinary people in the field to the present invention
The all variations and modifications that scheme is made, should all drop into protection scope of the present invention, the claimed technology contents of the present invention,
It has all recorded in detail in the claims.
Claims (1)
1. multi-scale rock sectioning image manages the application method of system, which is characterized in that be as follows：
A. start multi-scale rock sectioning image management system, digital microscope, and confirm that the two connection is normal；
B. " panoramic scanning " module is used, rock is sliced, that is, thin slice, subregion is carried out and takes pictures, and carry out picture spelling automatically
It connects；
C. picture is automatically stored to server file system, and triggers picture processing module；
D. geology thin slice network share is that web visitor enters system by password, clicks certain 1 pictures, uses enlarging function
Multi-level amplification can be carried out, dragging picture checks full picture；
E. web visitor can click picture any position, automatic annotation pane occur, and computer automatic marking goes out the position and exists
Opposite XY coordinates belonging on picture, and " phenomenon ", " description content " two text boxes are provided for visitor's progress typing, work as record
It has been entered that, click the phenomenon that " preservation " completes the position and describe, the description of other positions phenomenon repeats the step；
F. another one visitor enters the system by password, and when clicking the picture edited in E steps, all notes are enumerated in left side
Information bar is released, and shows mark point on picture, click 1 information or clicks mark point, then coordinate is automatically moved to the letter
It ceases corresponding annotation Pictures location and the picture slice of load annotation Pictures location, visitor can correspond to annotation information again automatically
Secondary carry out Phenomena Observation, while operation of modifying in annotating text box can be continued；
G. visitor can search the approximate pictorial information for wanting to check by screening function and function of search；
H. " exiting " button is clicked, logging off users log off；
1 pictures of click described in step D can carry out multi-level amplification using enlarging function, and dragging picture is checked completely
Picture；While the function of reaching amplification, dragging figure is realized, ensures and access fluency and display effect；Its principle and operation
Mode is as follows：
(1) original image is handled：Original image is compressed according to level of zoom, and will be the side 256*256 per level-one picture completion
The integral multiple of block；For the picture of ultrahigh resolution, can be ensured under limited memory conditions with local loading or Local Contraction
Realize the compression processing to high-resolution pictures；
(2) picture is sliced：Sectioning is carried out to every level-one picture according to fixed dimension ratio, and passes through unified Naming conventions
Slice is managed；
(3) displacement when dragging picture：Establish mouse drag direction of displacement, shift length pass corresponding with current image displacement distance
System；
(4) current page display area is obtained：The slice for being included including initially showing and dragging the region after shifting, and dynamic
The slice not yet loaded is obtained, to realize the incrementally updating of picture；
(5) splice and show slice in a browser：Dynamic load is sliced by realization, is shown in correct position, to realize spy
Determine the correct display in region；
(6) it marks：According to the position that the coordinate of current mouse and picture are shown, calculates mark time point and correspond to scaling figures at different levels
Mark point position, to ensure that on the different classification pictures of display position can be properly positioned.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510454151.9A CN105068737B (en) | 2015-07-29 | 2015-07-29 | Multi-scale rock sectioning image manages the application method of system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510454151.9A CN105068737B (en) | 2015-07-29 | 2015-07-29 | Multi-scale rock sectioning image manages the application method of system |
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| Publication Number | Publication Date |
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| CN105068737A CN105068737A (en) | 2015-11-18 |
| CN105068737B true CN105068737B (en) | 2018-09-28 |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109522133B (en) * | 2018-11-28 | 2020-10-02 | 北京字节跳动网络技术有限公司 | Data splicing method and device, electronic equipment and storage medium |
| CN111783815B (en) * | 2020-01-15 | 2024-02-13 | 中国地质调查局自然资源综合调查指挥中心 | Multi-scale sampling and input method for rock stratum deep learning recognition model |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102819530A (en) * | 2011-06-10 | 2012-12-12 | 中兴通讯股份有限公司 | Method and device for displaying electronic map |
| CN104750874A (en) * | 2015-04-22 | 2015-07-01 | 成都理工大学 | Image managing system of multiscale rock section |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8490025B2 (en) * | 2008-02-01 | 2013-07-16 | Gabriel Jakobson | Displaying content associated with electronic mapping systems |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102819530A (en) * | 2011-06-10 | 2012-12-12 | 中兴通讯股份有限公司 | Method and device for displaying electronic map |
| CN104750874A (en) * | 2015-04-22 | 2015-07-01 | 成都理工大学 | Image managing system of multiscale rock section |
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