CN102789505B - Data processing method and device - Google Patents
Data processing method and device Download PDFInfo
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- CN102789505B CN102789505B CN201210250495.4A CN201210250495A CN102789505B CN 102789505 B CN102789505 B CN 102789505B CN 201210250495 A CN201210250495 A CN 201210250495A CN 102789505 B CN102789505 B CN 102789505B
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Abstract
The present invention discloses a kind of data processing method and device. This data processing method comprises: locate local trend to be shown in an overall trend, and described overall trend is displayed in overall display window; After collecting local trend display instruction, the local trend that described local trend is shown instruction corresponding is displayed in a local display window; And described entirety display window is adsorbed on described local display window with ralocatable mode so that local trend and overall trend be complete display simultaneously; Wherein, the length and width of described entirety display window are all less than the length and width of described local display window. By utilizing scheme provided by the present invention, it is possible to realize simultaneously complete demonstrating local trend and overall trend, to ensure that user checks overall trend and local trend quickly and easily, and then improve user experience when without the need to switching.
Description
Technical field
The present invention relates to technical field of data processing, particularly relate to a kind of data processing method and device.
Background technology
In industrial control field, trend map is a part indispensable in some industrial monitoring and control softwares. Wherein, trend map can show the change procedure of monitored analog quantity intuitively, and then is convenient to related personnel to the effective monitoring of industrial processes enforcement.
In prior art, for an industrial processes, overall trend and local trend are displayed in the same window, and namely after being positioned by overall trend, the content of local trend can cover the content of overall trend. Due to the unicity of trend display, if user needs to understand overall trend and local trend simultaneously, then must in display window switching display content back and forth.
Visible, the trend shown by existing trend display mode has unicity, causes user cannot check overall trend and local trend quickly and easily so that the experience property of user is poor.
Summary of the invention
For solving the problems of the technologies described above, embodiments providing a kind of data processing method and device, to meet the demand that user checks overall trend and local trend quickly and easily, and then improve user experience, technical scheme is as follows:
A kind of data processing method, comprising:
Locating local trend to be shown in an overall trend, described overall trend is displayed in overall display window;
After collecting local trend display instruction, the local trend that described local trend is shown instruction corresponding is displayed in a local display window;
And described entirety display window is adsorbed on described local display window with ralocatable mode so that local trend and overall trend be complete display simultaneously;
Wherein, the length and width of described entirety display window are all less than the length and width of described local display window.
Wherein, local trend to be shown in the overall trend of described location one, is specially:
Gather the first positioning instruction, it is determined that the first location point that described first positioning instruction is corresponding;
Determine the first vertical line through described first location point and the transverse axis being perpendicular to described entirety display window;
First intersection point of described first vertical line and overall trend is defined as the zero position point of local trend;
Gather the 2nd positioning instruction, it is determined that the second position point that described 2nd instruction is corresponding;
Determine the 2nd vertical line through described second position point and the transverse axis being perpendicular to described entirety display window;
2nd intersection point of described 2nd vertical line and overall trend is defined as the final position point of described local trend;
Using the trend between described zero position point to final position point as local trend to be shown.
Wherein, described method also comprises:
Region between first vertical line and the 2nd vertical line in described entirety display window is highlighted.
Wherein, local trend to be shown in the overall trend of described location one, is specially:
Gather the first positioning instruction, it is determined that the first location point that described first positioning instruction is corresponding;
Determine the first vertical line through described first location point and the transverse axis being perpendicular to described entirety display window;
Gather the 2nd positioning instruction, it is determined that the second position point that described 2nd instruction is corresponding;
Determine the 2nd vertical line through described second position point and the transverse axis being perpendicular to described entirety display window;
Region between first vertical line and the 2nd vertical line in described entirety display window is highlighted;
After collecting mobile highlighted local command, move highlighted region according to the highlighted local command of described movement;
And after collecting the mobile instruction of end, the first intersection point of described first vertical line and overall trend is defined as the zero position point of local trend; 2nd intersection point of described 2nd vertical line and overall trend is defined as the final position point of local trend;
Using the trend between described zero position point to final position point as local trend to be shown.
Wherein, the local trend that described local trend is shown instruction corresponding is displayed in a local display window, is specially:
The longitudinal axis of described entirety display window is shown as described local trend the longitudinal axis of local trend place local display window corresponding to instruction;
Using the start numbers of the X-coordinate of described zero position point as the transverse axis of described local display window;
Using the termination numerical value of the X-coordinate of described final position point as the transverse axis of described local display window.
Wherein, described entirety display window is adsorbed on described local display window with ralocatable mode, is specially:
Described entirety display window is carried out translucent process;
Overall display window through translucent process is adsorbed on described local display window with ralocatable mode.
Wherein, when locating multiple local trend to be shown in an overall trend, carry out arranging layer to highlighted region according to tab order, and when collecting the local trend display instruction about an overlapping region, the local trend corresponding to region that the middle-level priority in multiple highlighted region corresponding to described overlapping region is high is preferentially displayed in a local display window.
Wherein, when locating multiple local trend to be shown in an overall trend, for each highlighted region arranges unique corresponding color, and carry out row's layer according to tab order, and the color that highlighted region is corresponding after front highlighted region is displayed in the region in rear highlighted region overlap, and when collecting the local trend display instruction about an overlapping region, local trend corresponding to the highlighted region that the middle-level priority in multiple highlighted region corresponding to described overlapping region is high is preferentially displayed in a local display window.
Accordingly, the embodiment of the present invention also provides a kind of data processing equipment, comprising:
Locating module, for locating local trend to be shown in an overall trend, described overall trend is displayed in overall display window;
Local trend display module, for, after collecting local trend display instruction, the local trend that described local trend is shown instruction corresponding is displayed in a local display window;
Display module, for being adsorbed on described local display window by described entirety display window with ralocatable mode so that local trend and overall trend be complete display simultaneously; Wherein, the length and width of described entirety display window are all less than the length and width of described local display window.
In the technical scheme that the embodiment of the present invention provides, local trend to be shown in overall trend in the overall display in location one window; After collecting local trend display instruction, the local trend that described local trend is shown instruction corresponding is displayed in a local display window; And be adsorbed on described local display window with ralocatable mode by described entirety display window, and the length and width of overall display window are all less than the length and width of local display window so that local trend and overall trend be complete display simultaneously. By utilizing scheme provided by the present invention, it is possible to realize simultaneously complete demonstrating local trend and overall trend, to ensure that user checks overall trend and local trend quickly and easily, and then improve user experience when without the need to switching.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, it is briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
The first schema of a kind of data processing method that Fig. 1 provides for the embodiment of the present invention;
2nd kind of schema of a kind of data processing method that Fig. 2 provides for the embodiment of the present invention;
The third schema of a kind of data processing method that Fig. 3 provides for the embodiment of the present invention;
4th kind of schema of a kind of data processing method that Fig. 4 provides for the embodiment of the present invention;
Fig. 5 is the schematic diagram locating a local trend in overall trend figure;
Fig. 6 is the display schematic diagram of the local trend located in local display window;
Fig. 7 is the schematic diagram of the local display window being superimposed with overall display window;
The structural representation of a kind of data processing equipment that Fig. 8 provides for the embodiment of the present invention.
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 clearly and completely described, it is clear that described embodiment is only the present invention's part embodiment, instead of whole embodiments. Based on the embodiment in the present invention, those of ordinary skill in the art, not making other embodiments all obtained under creative work prerequisite, belong to the scope of protection of the invention.
In prior art, for an industrial processes, overall trend and local trend are displayed in the same window, and namely after being positioned by overall trend, the content of local trend can cover the content of overall trend. Due to the unicity of trend display, if user needs to understand overall trend and local trend simultaneously, then must in display window switching display content back and forth. Visible, the trend shown by existing trend display mode has unicity, causes user cannot check overall trend and local trend quickly and easily so that the experience property of user is poor. Check the demand of overall trend and local trend in order to meet user quickly and easily, and then improve the experience property of user, embodiments provide a kind of data processing method and device.
First a kind of data processing method embodiment of the present invention provided below is introduced.
As shown in Figure 1, a kind of data processing method, it is possible to comprising:
S101, locates local trend to be shown in an overall trend, and this overall trend is displayed in overall display window;
Those skilled in the art are it should be appreciated that overall trend whole contents of checking trend needed for user for showing; And local trend is the trend of certain span in overall trend, namely the span of local trend is less than or equal to the span of overall trend, and content is under the jurisdiction of overall trend.
For an overall trend, when user needs the trend content extracting a certain span to carry out local display, then should first orient local trend to be shown, and then after determining local trend to be shown, corresponding window show the local trend located.
Wherein, as shown in Figure 2, local trend to be shown in an overall trend is located, it is possible to for:
S201, gathers the first positioning instruction, it is determined that the first location point that this first positioning instruction is corresponding;
S202, it is determined that through first vertical line of this first location point and the transverse axis being perpendicular to this entirety display window;
S203, is defined as the zero position point of local trend by first intersection point of this first vertical line and overall trend;
S204, gathers the 2nd positioning instruction, it is determined that the second position point that the 2nd instruction is corresponding;
S205, it is determined that through the 2nd vertical line of this second position point and the transverse axis being perpendicular to this entirety display window;
S206, is defined as the final position point of this local trend by the 2nd intersection point of the 2nd vertical line and overall trend;
S207, using the trend between this zero position point to final position point as local trend to be shown.
In the process of above-mentioned location local trend, the first positioning instruction gathered and the 2nd positioning instruction can be clicked mode by user by default mouse and be sent, or, user is sent by other locator means, such as: directly inputting first location point X-coordinate and second position point X-coordinate, this is all rational.
Visible, by step S201-step S207, it is possible to orient the local trend to be shown of a certain span in overall trend.
Further, in order to demonstrate the position of local trend at overall trend more intuitively, it is possible to the region this entirety shown in window between the first vertical line and the 2nd vertical line highlights. Wherein, what is called highlights and can be: fill shade, or, add specific markers etc.
In another embodiment of the invention, as shown in Figure 3, local trend to be shown in the overall trend of described location one, it is possible to for:
S301, gathers the first positioning instruction, it is determined that the first location point that this first positioning instruction is corresponding;
S302, it is determined that through first vertical line of this first location point and the transverse axis being perpendicular to this entirety display window;
S303, gathers the 2nd positioning instruction, it is determined that the second position point that the 2nd instruction is corresponding;
S304, it is determined that through the 2nd vertical line of this second position point and the transverse axis being perpendicular to this entirety display window;
S305, the region this entirety shown in window between the first vertical line and the 2nd vertical line highlights;
S306, after collecting mobile highlighted local command, moves highlighted local command according to this and moves this highlighted region;
S307, after collecting the mobile instruction of end, is defined as the zero position point of local trend by first intersection point of this first vertical line and overall trend;
S308, is defined as the final position point of local trend by the 2nd intersection point of the 2nd vertical line and overall trend;
S309, using the trend between this zero position point to final position point as local trend to be shown.
In the process of above-mentioned location local trend, the first positioning instruction, the 2nd positioning instruction, mobile highlighted local command and the mobile instruction of end that are gathered can be clicked mode by user by default mouse and be sent, or, user is sent by other locator means. Further, what is called highlights and can be: fill shade, or, add specific markers etc.
Visible, in step S301-step S309, after highlighting a certain region, the mode in mobile highlighted region, it is also possible to determine the local trend to be shown of a certain span in overall trend.
S102, gathers local trend display instruction;
Wherein, local trend display instruction can be clicked mode by user by default mouse and be sent, or, sent by other locator meanss by user. It is understandable that, the operation that mode or other modes can cancel command adapted thereto and bring is clicked by specific mouse, such as, cancel menu mode by mouse right click mode or selection can cancel the operation that the region between the first vertical line and the 2nd vertical line highlights.
S103, the local trend that this local trend is shown instruction corresponding is displayed in a local display window;
Orienting the local trend of a certain span in this overall trend, and after collecting local trend display instruction, then the local trend that this local trend shows instruction corresponding can be displayed in a local display window.
Wherein, as shown in Figure 4, the local trend that this local trend is shown instruction corresponding is displayed in a local display window, is specifically as follows:
S401, the longitudinal axis that entirety shows window shows the longitudinal axis of local trend place local display window corresponding to instruction as this local trend; S402, using the start numbers of the X-coordinate of this zero position point as the transverse axis of this local display window;
S403, using the termination numerical value of the X-coordinate of this final position point as the transverse axis of this local display window.
Visible, the local trend figure determined can be displayed in corresponding local display window by step S401-step S403.
S104, shows window by this entirety and is adsorbed on this local display window with ralocatable mode so that local trend and overall trend be complete display simultaneously.
Wherein, owing to needs highlight a local trend, therefore, the length and width of this entirety display window are all less than the length and width of this local display window.
It should be noted that, it is adsorbed on this local display window owing to entirety shows window with ralocatable mode, therefore, is clicked the optional position of overall display window by mouse, do not loosen mouse when dragging, it is possible to entirety is shown the optional position that window moves to local display window. In another embodiment of the invention, this entirety is shown window and is adsorbed on this local display window with ralocatable mode, be specifically as follows:
This entirety is shown window and carries out translucent process;
Overall display window through translucent process is adsorbed on this local display window with ralocatable mode.
In the technical scheme that the embodiment of the present invention provides, local trend to be shown in overall trend in the overall display in location one window;After collecting local trend display instruction, the local trend that described local trend is shown instruction corresponding is displayed in a local display window; And be adsorbed on described local display window with ralocatable mode by described entirety display window, and the length and width of overall display window are all less than the length and width of local display window so that local trend and overall trend be complete display simultaneously. By utilizing scheme provided by the present invention, it is possible to realize simultaneously complete demonstrating local trend and overall trend, to ensure that user checks overall trend and local trend quickly and easily, and then improve user experience when without the need to switching.
It should be noted that, in actual applications, carry out the situation of local display owing to there is the local trend extracting different spans in an overall trend, consequently, it is desirable to locate multiple local trend to be shown. And when locating multiple local trend to be shown in an overall trend, can carry out arranging layer to highlighted region according to tab order, and when collecting the local trend display instruction about an overlapping region, the local trend corresponding to region that the middle-level priority in multiple highlighted region corresponding to described overlapping region is high is preferentially displayed in a local display window.
In another embodiment provided by the present invention, when locating multiple local trend to be shown in an overall trend, unique corresponding color can be set for each highlighted region, and carry out row's layer according to tab order, and the color that highlighted region is corresponding after front highlighted region is displayed in the region in rear highlighted region overlap, and when collecting the local trend display instruction about an overlapping region, local trend corresponding to the highlighted region that the middle-level priority in multiple highlighted region corresponding to described overlapping region is high is preferentially displayed in a local display window. wherein, the corresponding a kind of color in each highlighted region, to distinguish different highlighted regions.
Certainly, when the local trend display instruction collecting in about a highlighted region region that do not overlap, then directly the local trend corresponding to this highlighted region is displayed in a local display window. It is understandable that, when arranging layer according to tab order, can in the following manner: locate the highlighted region produced for the first time and be positioned at the first layer, finally locate the highlighted region produced and it is positioned at top layer, in position fixing process, locate the highlighted region produced the N time and it is positioned at n-th layer; Meanwhile, when selecting highlighted region, the more high priority of level is more high, and the highlighted region that namely level is high is selected prior to the highlighted region that level is low.
Below in conjunction with a specific embodiment, data processing method provided by the present invention is introduced.
In the present embodiment, a kind of data processing method, it is possible to comprising:
(1) process locating local trend to be shown in an overall trend is:
When user entirety show window is clicked the mouse left button time, the first positioning instruction will be collected, be now first location point A(Xa, Ya by the position point determining this left click); Determine the first vertical line L1 through this first location point A and the transverse axis being perpendicular to this entirety display window, first intersection point of this first vertical line L1 and overall trend is designated as C1 (Xc1, Yc1), C1 is the zero position point of local trend to be shown;
User's left button of clicking the mouse does not loosen and drags mouse, after unclamping left mouse button, will collect the 2nd positioning instruction, is now second position point B (Xb, Yb) by position corresponding when determining that this unclamps mouse; Determine the 2nd vertical line L2 through this second position point B and the transverse axis being perpendicular to this entirety display window, 2nd intersection point of the 2nd vertical line L2 and overall trend is designated as C2 (Xc2, Yc2), C2 is the final position point of local trend to be shown;
Shade is filled in region between L1 and L2, location local trend figure: in the process that mouse slides, calculate the position of current mouse at any time and show in entirety through this position and window produces be parallel to L1 but not overlapping with L1 straight line L, namely in display directly perceived, L shows along with the movement of mouse is in continuous movement on window in entirety, and in the process of movement, defines rectangle shadow region by border of L1, L respectively, until during mouse up left button, this L is L2.
As shown in Figure 5, in overall display window, the local trend region that span is Xc1-Xc2 is filled shade, as rectangular female shadow zone.
(2) after collecting local trend display instruction, the local trend that this local trend is shown instruction corresponding is displayed in a local display window:
When user double-clicks the rectangle shadow region in this entirety display window, system can collect local trend display instruction; And after collecting local trend display instruction, then this local trend is shown in corresponding local display window; Wherein, the longitudinal axis of local display window is the longitudinal axis of overall display window, the start numbers of the transverse axis of local display window is the X-coordinate Xc1 of zero position point, terminating the X-coordinate Xc2 that numerical value is this final position point, namely the span of local trend is consistent with the trend span of rectangle shadow region, is also exactly, the zero position of local trend is C1 (Xc1, Yc1), final position is C2 (Xc2, Yc2).
As shown in Figure 6, the local trend located is displayed in local display window, and wherein, start numbers is C1 (Xc1, Yc1), and terminating numerical value is C2 (Xc2, Yc2).
As shown in Figure 7, (3) this entirety is shown window to be adsorbed on this local display window with ralocatable mode so that local trend and overall trend be complete display simultaneously; Wherein, the length and width of this entirety display window are all less than the length and width of this local display window.
Visible, by utilizing data processing method provided by the present invention, it is possible to when without the need to switching display content, simultaneously complete demonstrate overall trend and local trend, make user can check overall trend and local trend quickly and easily, and then improve the experience property of user.
By the description of above embodiment of the method, the technician of art can be well understood to the present invention and can realize by the mode that software adds required general hardware platform, hardware can certainly be passed through, but in a lot of situation, the former is better enforcement mode. Based on such understanding, the technical scheme of the present invention in essence or says that part prior art contributed can embody with the form of software product, this computer software product is stored in a storage media, comprise some instructions with so that a computer equipment (can be Personal Computer, server, or the network equipment etc.) perform all or part of step of method described in each embodiment of the present invention. And aforesaid storage media comprises: read-only storage (ROM), random access memory (RAM), magnetic disc or CD etc. various can be program code stored medium.
Corresponding to embodiment of the method above, the embodiment of the present invention also provides a kind of data processing equipment, as shown in Figure 8, it is possible to comprising:
Locating module 110, for locating local trend figure to be shown in an overall trend, described overall trend is displayed in overall display window;
Local trend display module 120, for, after collecting local trend display instruction, the local trend that described local trend is shown instruction corresponding is displayed in a local display window;
Laminating module 130, for being adsorbed on described local display window by described entirety display window with ralocatable mode so that local trend and overall trend be complete display simultaneously; Wherein, the length and width of described entirety display window are all less than the length and width of described local display window.
Wherein, locating module 110, specifically for:
Gather the first positioning instruction, it is determined that the first location point that described first positioning instruction is corresponding;
Determine the first vertical line through described first location point and the transverse axis being perpendicular to described entirety display window;
First intersection point of described first vertical line and overall trend is defined as the zero position point of local trend;
Gather the 2nd positioning instruction, it is determined that the second position point that described 2nd instruction is corresponding;
Determine the 2nd vertical line through described second position point and the transverse axis being perpendicular to described entirety display window;
2nd intersection point of described 2nd vertical line and overall trend is defined as the final position point of described local trend;
Using the trend between described zero position point to final position point as local trend to be shown.
Further, locating module 110, it is also possible to for:
Region between first vertical line and the 2nd vertical line in described entirety display window is highlighted.
Wherein, locating module 110, specifically for:
Gather the first positioning instruction, it is determined that the first location point that described first positioning instruction is corresponding;
Determine the first vertical line through described first location point and the transverse axis being perpendicular to described entirety display window;
Gather the 2nd positioning instruction, it is determined that the second position point that described 2nd instruction is corresponding;
Determine the 2nd vertical line through described second position point and the transverse axis being perpendicular to described entirety display window;
Region between first vertical line and the 2nd vertical line in described entirety display window is highlighted;
After collecting mobile highlighted local command, move highlighted region according to the highlighted local command of described movement;
And after collecting the mobile instruction of end, the first intersection point of described first vertical line and overall trend is defined as the zero position point of local trend; 2nd intersection point of described 2nd vertical line and overall trend is defined as the final position point of local trend;
Using the trend between described zero position point to final position point as local trend to be shown.
Wherein, local trend display module 120, specifically for:
The longitudinal axis of described entirety display window is shown as described local trend the longitudinal axis of local trend place local display window corresponding to instruction;
Using the start numbers of the X-coordinate of described zero position point as the transverse axis of described local display window;
Using the termination numerical value of the X-coordinate of described final position point as the transverse axis of described local display window. Wherein, laminating module 130, specifically for:
Described entirety display window is carried out translucent process;
Overall display window through translucent process is adsorbed on described local display window with ralocatable mode.
Further, this data processing equipment, can also comprise: the first Multilevel method module, for when locating multiple local trend to be shown in an overall trend, carry out arranging layer to highlighted region according to tab order, and when collecting the local trend display instruction about an overlapping region, the local trend corresponding to region that the middle-level priority in multiple highlighted region corresponding to described overlapping region is high is preferentially displayed in a local display window.
Further, this data processing equipment, can also comprise: the 2nd Multilevel method module, for when locating multiple local trend to be shown in an overall trend, for each highlighted region arranges unique corresponding color, and carry out row's layer according to tab order, and the color that highlighted region is corresponding after front highlighted region is displayed in the region in rear highlighted region overlap, and when collecting the local trend display instruction about an overlapping region, local trend corresponding to the highlighted region that the middle-level priority in multiple highlighted region corresponding to described overlapping region is high is preferentially displayed in a local display window.
For device or system embodiment, owing to it is substantially corresponding to embodiment of the method, so relevant part illustrates see the part of embodiment of the method. Device described above or system embodiment are only schematic, the wherein said unit illustrated as separating component or can may not be and physically separates, parts as unit display can be or may not be physical location, namely can be positioned at a place, or can also be distributed on multiple NE. Some or all of module wherein can be selected according to the actual needs to realize the object of the present embodiment scheme. Those of ordinary skill in the art, when not paying creative work, are namely appreciated that and implement.
In provided by the present invention several embodiments, it should be appreciated that, disclosed system, device and method, in the spirit and scope not exceeding the application, it is possible to realize in other way. Current embodiment is a kind of exemplary example, it should not this is as restriction, and given particular content should in no way limit the object of the application. Such as, the division of described unit or subelement, is only a kind of logic function and divides, and actual can have other dividing mode when realizing, and such as multiple unit or multiple subelement combine. In addition, multiple unit can or assembly can in conjunction with or another system can be integrated into, or some features can be ignored, or does not perform.
In addition, the schematic diagram of described system, device and method and different embodiment, in the scope not exceeding the application, it is possible to other system, module, technology or methods combining or integrated. Another point, shown or discussed coupling each other or directly coupling or communication connection can be the indirect coupling by some interfaces, device or unit or communication connection, it is possible to be electrical, machinery or other form.
The above is only the specific embodiment of the present invention; it is noted 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 also should be considered as protection scope of the present invention.
Claims (4)
1. a data processing method, it is characterised in that, described method comprises:
Locate local trend to be shown in an overall trend, described overall trend is displayed in overall display window, described overall trend checks whole contents of trend for showing needed for user, the span of described local trend is less than or equal to the span of overall trend, and content is under the jurisdiction of described overall trend;
After collecting local trend display instruction, the local trend that described local trend is shown instruction corresponding is displayed in a local display window;
And described entirety display window is adsorbed on described local display window with ralocatable mode so that local trend and overall trend be complete display simultaneously;
Wherein, the length and width of described entirety display window are all less than the length and width of described local display window;
Wherein, local trend to be shown in the overall trend of described location one, is specially:
Gather the first positioning instruction, it is determined that the first location point that described first positioning instruction is corresponding;
Determine the first vertical line through described first location point and the transverse axis being perpendicular to described entirety display window;
First intersection point of described first vertical line and overall trend is defined as the zero position point of local trend;
Gather the 2nd positioning instruction, it is determined that the second position point that described 2nd instruction is corresponding;
Determine the 2nd vertical line through described second position point and the transverse axis being perpendicular to described entirety display window;
2nd intersection point of described 2nd vertical line and overall trend is defined as the final position point of described local trend;
Using the trend between described zero position point to final position point as local trend to be shown;
Or,
Local trend to be shown in the overall trend of described location one, is specially:
Gather the first positioning instruction, it is determined that the first location point that described first positioning instruction is corresponding;
Determine the first vertical line through described first location point and the transverse axis being perpendicular to described entirety display window;
Gather the 2nd positioning instruction, it is determined that the second position point that described 2nd instruction is corresponding;
Determine the 2nd vertical line through described second position point and the transverse axis being perpendicular to described entirety display window;
Region between first vertical line and the 2nd vertical line in described entirety display window is highlighted;
After collecting mobile highlighted local command, move highlighted region according to the highlighted local command of described movement;
And after collecting the mobile instruction of end, the first intersection point of described first vertical line and overall trend is defined as the zero position point of local trend; 2nd intersection point of described 2nd vertical line and overall trend is defined as the final position point of local trend;
Using the trend between described zero position point to final position point as local trend to be shown;
Wherein, described method also comprises:
Region between first vertical line and the 2nd vertical line in described entirety display window is highlighted;
Wherein, when locating multiple local trend to be shown in an overall trend, carry out arranging layer to highlighted region according to tab order, and when collecting the local trend display instruction about an overlapping region, the local trend corresponding to region that the middle-level priority in multiple highlighted region corresponding to described overlapping region is high is preferentially displayed in a local display window, or, when locating multiple local trend to be shown in an overall trend, for each highlighted region arranges unique corresponding color, and carry out row's layer according to tab order, and the color that highlighted region is corresponding after front highlighted region is displayed in the region in rear highlighted region overlap, and when collecting the local trend display instruction about an overlapping region, local trend corresponding to the highlighted region that the middle-level priority in multiple highlighted region corresponding to described overlapping region is high is preferentially displayed in a local display window.
2. method according to claim 1, it is characterised in that, the local trend that described local trend is shown instruction corresponding is displayed in a local display window, is specially:
The longitudinal axis of described entirety display window is shown as described local trend the longitudinal axis of local trend place local display window corresponding to instruction;
Using the start numbers of the X-coordinate of described zero position point as the transverse axis of described local display window;
Using the termination numerical value of the X-coordinate of described final position point as the transverse axis of described local display window.
3. method according to claim 1, it is characterised in that, described entirety display window is adsorbed on described local display window with ralocatable mode, is specially:
Described entirety display window is carried out translucent process;
Overall display window through translucent process is adsorbed on described local display window with ralocatable mode.
4. a data processing equipment, it is characterised in that, apply data processing method as claimed in claim 1, described data processing equipment specifically comprises:
Locating module, for locating local trend to be shown in an overall trend, described overall trend is displayed in overall display window, described overall trend checks whole contents of trend for showing needed for user, the span of described local trend is less than or equal to the span of overall trend, and content is under the jurisdiction of described overall trend;
Local trend display module, for, after collecting local trend display instruction, the local trend that described local trend is shown instruction corresponding is displayed in a local display window;
Display module, for being adsorbed on described local display window by described entirety display window with ralocatable mode so that local trend and overall trend be complete display simultaneously; Wherein, the length and width of described entirety display window are all less than the length and width of described local display window.
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| CN102405484A (en) * | 2009-02-25 | 2012-04-04 | 美尔默公司 | Displaying bar charts with a fish-eye distortion effect |
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