CN102566870A - Adjusting system and method of stacking sequence of images - Google Patents
Adjusting system and method of stacking sequence of images Download PDFInfo
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- CN102566870A CN102566870A CN2010106122358A CN201010612235A CN102566870A CN 102566870 A CN102566870 A CN 102566870A CN 2010106122358 A CN2010106122358 A CN 2010106122358A CN 201010612235 A CN201010612235 A CN 201010612235A CN 102566870 A CN102566870 A CN 102566870A
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Abstract
The invention relates to an adjusting system of the stacking sequence of images, which is applied in an electronic device with a touch control screen. The adjusting system comprises an image display module, a first command receiving module, an image selecting module, a second command receiving module, a first stacking sequence calculation module, a second stacking sequence calculation module and an image refreshing module, wherein the image display module is used for displaying a plurality of the images with the stacking sequence on the touch control screen; the first command receiving module is used for receiving a selection touch control command which is input by a user on the touch control screen; the image selecting module is used for determining one image with the stacking sequence which needs to be adjusted by the user; the second command receiving module is used for receiving an adjustment touch control command which is input by the user on the touch control screen; the first stacking sequence calculation module is used for determining a new stacking sequence value of the image; the second stacking sequence calculation module is used for adjusting the stacking sequence values of other images; and the image refreshing module is used for re-displaying the images. The invention further discloses an adjusting method of the stacking sequence of the images. According to the technical scheme disclosed by the invention, the user can intuitively, conveniently and quickly adjust the stacking sequence of the images.
Description
Technical field
The present invention relates to technical field of image processing, particularly relate to a kind of Adjustment System and method that is applied in the picture overlay order in the electronic installation with touch screen.
Background technology
Progress along with science and technology; Increasing being applied in the digital product of touch technology that has good user experience; Such as panel computer, smart mobile phone, palm player etc., and picture browsing is a common multimedia function, in the application of some browsing pictures; Plurality of pictures can superpose and be presented in the screen; Such as certain electron album of supporting the several scenes effect, the user browses this pictures that Overlay is arranged, can obtain with real world in browse the similar experience of photo.
Because the display screen that Shows Picture is a two dimensional surface; Have X axle and Y axle and represent the residing position of picture; But in plurality of pictures is positioned at same screen and when overlaying relation is arranged; Only representing the position of picture with X axle and Y axle, be not enough to show the overlaying relation between plurality of pictures, also is the spatial relation up and down of picture.Therefore, in order to express the up and down spatial relation of picture on overlay order, on the basis of X axle and Y axle, introduced the notion of Z-index.Z-index is an integer; Can be negative integer, positive integer or zero, the value of Z-index is more little, shows that then the picture with this attribute is offside in the lower floor of overlay order; The value of Z-index is big more; Show that then the picture with this attribute is offside in the upper strata of overlay order, in same X axle and Y axle zone, the figure sector-meeting that is positioned at the upper strata hides the picture that is positioned at lower floor.For the location picture of not specifying the Z-index value, the Z-index value be the figure sector-meeting of positive number on it, and the Z-index value is that the picture of negative is under it.
The method of adjustment of traditional picture overlay order; Need the user that the overlay order value of each picture is set respectively; Be that the Z-index value is given the overlaying relation between each picture, this method of adjustment is neither directly perceived not convenient yet yet, and the user is difficult to accomplish easily the adjustment of picture overlay order.
Summary of the invention
In view of above content, be necessary to provide a kind of Adjustment System and method that intuitively is applied in the picture overlay order in the electronic installation with touch screen easily, help the user to accomplish the adjustment of picture overlay order easily.
According to an aspect of the present invention, a kind of Adjustment System of picture overlay order is provided, is used for the overlay order at the electronic installation adjustment picture with touch screen, said system comprises:
The picture display module is used on touch screen, showing some pictures with overlay order;
The first command reception module is used to receive the selection touch-control instruction that the user imports on touch screen;
Picture is selected module, is used for confirming that according to selecting the touch-control instruction user will adjust a picture of overlay order;
The second command reception module is used to receive the adjustment touch-control instruction that the user imports on touch screen;
The first overlay order computing module is used for confirming the overlay order value that said picture is new according to the instruction of adjustment touch-control;
The second overlay order computing module is used for the overlay order value new according to said picture, adjusts the overlay order value of other picture; And
The picture refresh module is used for the overlay order value according to adjusted picture, Shows Picture again.
Preferably; What the said second command reception module also was used to receive the user presses the touch-control instruction; Calculate the user and press the time that the touch-control instruction continues; And whether judges presses time that touch-control instruction continues greater than one first Preset Time value, if the result is for being then to get into picture overlay order adjustment modes.
Preferably, the said first overlay order computing module also is used to calculate the user and presses the time that the touch-control instruction continues, and is every at a distance from one second Preset Time value, increases a unit value for the overlay order value of said picture.
Preferably; The said first overlay order computing module also is used for when the calculating user presses the lasting time of touch-control instruction; On touch screen, show by the current overlay order value of the picture of adjustment overlay order value; When the overlay order value of said picture changed, the overlay order value that on touch screen, shows is synchronous change also.
Preferably; The said second overlay order computing module also is used to obtain the initial overlay order value of said picture; Be designated as the first overlay order value; Obtain the new overlay order value of said picture, be designated as the second overlay order value, and compare the overlay order value of each other picture and the magnitude relationship of said first overlay order value and the said second overlay order value; If the overlay order value of this picture is greater than the said first overlay order value and be less than or equal to the said second overlay order value, then the overlay order value of this picture reduces by a unit value.
According to a further aspect in the invention, a kind of method of adjustment of picture overlay order is provided, is used for overlay order, said method comprising the steps of at electronic installation adjustment picture with touch screen:
On touch screen, show some pictures with overlay order;
Receive the selection touch-control instruction that the user imports on touch screen;
According to selecting the touch-control instruction, confirm that the user will adjust a picture of overlay order;
Receive the adjustment touch-control instruction that the user imports on touch screen;
According to the instruction of adjustment touch-control, confirm the overlay order value that said picture is new;
The overlay order value new according to said picture adjusted the overlay order value of other picture; And
Overlay order value according to adjusted picture Shows Picture again.
Preferably, the step of the adjustment touch-control instruction on touch screen, imported of the reception user in the said method specifically may further comprise the steps:
The touch-control of pressing that receives the user instructs;
Calculate the user and press the time that the touch-control instruction continues;
Whether judges presses time that touch-control instruction continues greater than one first Preset Time value, if the result is for being then to get into picture overlay order adjustment modes.
Preferably, instructing in the said method according to the adjustment touch-control, confirm that the step of the overlay order value that said picture is new is specifically further comprising the steps of:
Calculate the user and press the time that the touch-control instruction continues;
Every at a distance from one second Preset Time value, increase a unit value for the overlay order value of said picture;
Whether the overlay order value of judging said picture equals maximum overlay order value, presses the lasting time of touch-control instruction if the result for being, then stops to calculate the user;
Receive the user and discharge the touch-control instruction, stop to calculate the user and press the time that the touch-control instruction continues.
Preferably, said method is further comprising the steps of:
When the calculating user presses the lasting time of touch-control instruction, on touch screen, show the current overlay order value of said picture, when the overlay order value of said picture changed, the overlay order value that on touch screen, shows is synchronous change also.
Preferably, the overlay order value new in the said method according to said picture, the step of overlay order value of adjusting other picture is specifically further comprising the steps of:
Obtain the initial overlay order value of said picture, be designated as the first overlay order value;
Obtain the new overlay order value of said picture, be designated as the second overlay order value;
Compare the overlay order value of each other picture and the magnitude relationship of said first overlay order value and the said second overlay order value; If the overlay order value of this picture is greater than the said first overlay order value and be less than or equal to the said second overlay order value, then the overlay order value of this picture reduces by a unit value.
Compared with prior art; Above-mentioned Adjustment System and the method that is applied in the picture overlay order in the electronic installation with touch screen; Instruct and adjust the picture overlay order through receive touch-control that the user imports on touch screen, make the user accomplish the adjustment of picture overlay order with a kind of convenient mode directly perceived.
Description of drawings
Fig. 1 is presented at the synoptic diagram in the same screen for some pictures with overlay order.
Fig. 2 is the functional block diagram of the Adjustment System of the picture overlay order in one embodiment of the present invention.
Fig. 3 to Fig. 5 is the process synoptic diagram of the new overlay order value of the calculating picture of one embodiment of the present invention.
Fig. 6 to Fig. 8 is the operating process synoptic diagram of the adjustment picture overlay order of one embodiment of the present invention.
Fig. 9 is the process flow diagram of the method for adjustment of the picture overlay order in one embodiment of the present invention.
The main element symbol description
| The picture display module | ?101 |
| The first command reception module | ?102 |
| Picture is selected module | ?103 |
| The second command reception module | ?104 |
| The first overlay order computing module | ?105 |
| The second overlay order computing module | ?106 |
| The picture refresh module | ?107 |
Embodiment
Below in conjunction with embodiment and accompanying drawing the present invention is done further detailed explanation.
See also Fig. 1, schematically show some pictures and be presented in the same screen with overlay order.5 rectangles of filling with different pattern among Fig. 1 have been represented 5 pictures with overlay order, and picture P1 to P5 has 0 to 4 overlay order value respectively, also is the Z-index value.As can be seen from Figure 1; In 5 pictures, picture P1 has minimum overlay order value, therefore is arranged in the orlop of 5 pictures; And picture P5 has maximum overlay order value; Therefore be arranged in the superiors of 5 pictures, other pictures according to the overlay order value of oneself, are presented on the different levels separately.
See also Fig. 2, schematically show functional block diagram according to the Adjustment System of the picture overlay order of one embodiment of the present invention.The Adjustment System of said picture overlay order; Be used for overlay order, comprise that a picture display module 101, one first command reception module 102, a picture select module 103, one second command reception module 104, one first overlay order computing module 105, one second overlay order computing module 106 and a picture refresh module 107 at electronic installation adjustment picture with touch screen.
Said picture display module 101 is used on touch screen, showing some pictures with overlay order.Said picture display module 101 obtains the overlay order value of the source address list and the picture of picture, and according to the overlay order value of picture, shows the picture in the address list of source.Picture format comprises JPG, GIF, PNG, TIF or the like.Show that on touch screen some a kind of demonstration design sketchs with overlay order are as shown in Figure 1.
The said first command reception module 102 is used to receive the selection touch-control instruction that the user imports on touch screen.The instruction of said selection touch-control is for dubbing touch screen, and writes down the position that dubs touch screen.
Said picture is selected module 103, is used for confirming that according to selecting the touch-control instruction user will adjust a picture of overlay order.According to selecting the touch-control instruction to dub the position of touch screen; Selection is positioned at the picture of this position as the picture that will adjust overlay order; If the picture in this position has many, then select to be positioned at the superiors, also be that the maximum picture of overlay order value is as the picture that will adjust overlay order.
The said second command reception module 104 is used to receive the adjustment touch-control instruction that the user imports on touch screen.The touch-control of pressing that the said second command reception module 104 receives the user instructs; Calculate the user and press the time that the touch-control instruction continues; And whether judges presses time that touch-control instruction continues greater than one first Preset Time value, if the result is for being then to get into picture overlay order adjustment modes.The said first Preset Time value is to be used for measuring the preset value that the user operates purpose, such as being set at 2 seconds, representes that then the user presses time that touch-control instruction continues when surpassing 2 seconds, and this touch-control instruction just is regarded as the adjustment touch-control and instructs.Said picture overlay order adjustment modes, be the sign picture be the adjustment overlay order by operator scheme, in order to difference user other patterns that will get into, such as picture editor's pattern.In further improved embodiment, judges is pressed the lasting time of touch-control instruction whether greater than one the 3rd Preset Time value and less than the said first Preset Time value, if the result for being, then gets into other patterns, such as picture editor's pattern.Said the 3rd Preset Time value needs less than the said first Preset Time value; Such as being set at 1 second; Represent then that the user presses that time that touch-control instruction continues surpasses 1 second and just discharged touch-control during less than 2 seconds; User's operation purpose is to get into picture editor's pattern, rather than picture overlay order adjustment modes.Said picture editor's pattern is a kind of pattern that picture is edited that is used to identify.
The said first overlay order computing module 105 is used for confirming the overlay order value that said picture is new according to the instruction of adjustment touch-control.The said first overlay order computing module 105 calculates the user and presses the time that the touch-control instruction continues, and is every at a distance from one second Preset Time value, increases a unit value for the overlay order value of said picture.Stop to calculate the user and press the time that the touch-control instruction continues; Two conditions are arranged, satisfy any one of which and get final product, a kind of condition is whether the overlay order value of judging said picture equals maximum overlay order value; If the result is for being; Then stop to calculate the user and press the time that the touch-control instruction continues, another kind of condition is to receive the user to discharge the touch-control instruction, stops to calculate the user and presses the time that the touch-control instruction continues.The said second Preset Time value is to be used for limiting frequency that the overlay order value of picture increases, and the said second Preset Time value is set more for a short time; The number of times that then increases the overlay order value in the unit interval is many more, otherwise the said second Preset Time value is set greatly more; The number of times that then increases the overlay order value in the unit interval is few more; Be set at 0.5 second such as the said second Preset Time value, then every at a distance from 0.5 second, the overlay order value of said picture increases a unit value.Said unit value is to be used for limiting amplitude that the overlay order value of picture changes, and said unit value is set more for a short time; Then the overlay order value of single increase is few more; Otherwise said unit value is set greatly more, and then the overlay order value of single increase is many more; Be set at 1 such as said unit value, then each overlay order value that increases is 1.
The said second overlay order computing module 106 is used for the overlay order value new according to said picture, adjusts the overlay order value of other picture.The said second overlay order computing module 106 obtains the initial overlay order value of said picture, is designated as the first overlay order value; Obtain the new overlay order value of said picture, be designated as the second overlay order value; Compare the overlay order value of each other picture and the magnitude relationship of said first overlay order value and the said second overlay order value; If the overlay order value of this picture is greater than the said first overlay order value and be less than or equal to the said second overlay order value, then the overlay order value of this picture reduces by a unit value.
Said picture refresh module 107 is used for the overlay order value according to adjusted picture, Shows Picture again.
See also Fig. 3 to Fig. 5, schematically show process according to the new overlay order value of the calculating picture of one embodiment of the present invention.Form among Fig. 3 shows the overlay order value of 5 pictures, and the initial overlay order value of picture P2 is 1, and after adjustment, the overlay order value that picture P2 is new is 3.In the form among Fig. 4 be that the corresponding picture of the cell of background colour is for changing the picture of overlay order value with the grey; The overlay order value of picture P2 is adjusted into 3 by 1; Adjustment function according to the said second overlay order computing module 106; The overlay order value is greater than 1 and will reduce by a unit value smaller or equal to the overlay order value of 3 picture, and establishing said unit value is 1, and then the overlay order value picture that need reduce by a unit value has picture P3 and picture P4.Form among Fig. 5 shows adjustment accomplish after the new overlay order value of 5 pictures.
See also Fig. 6 to Fig. 8, schematically show operating process according to the adjustment picture overlay order of one embodiment of the present invention.5 rectangles of filling with different pattern among Fig. 6 have been represented 5 pictures with overlay order; Picture P1 to P5; Has 0 to 4 overlay order value respectively; Arrow among Fig. 6 is represented the touch-control instruction that the user sends touch screen, and the user chooses the picture P2 that will adjust picture overlay order value through the arrow zone pointed that dubs among Fig. 6.Fig. 7 shows the user through continuing to pin the overlay order value that touch screen increases picture P2; The overlay order value of picture P2 shown in Figure 7 has been increased to 3; In further improved embodiment; The said first overlay order computing module 105 shows the current overlay order value of the picture of being adjusted the overlay order value, when the overlay order value of said picture changes on touch screen when the calculating user presses the lasting time of touch-control instruction; The overlay order value that on touch screen, shows is synchronous change also, as among Fig. 7 with " 3 " of empty colour specification.According to the process of Fig. 3 to the new overlay order value of calculating picture shown in Figure 5, draw adjusted picture display result among Fig. 8 with new overlay order, the overlay order value of P2 is 3, and the overlay order value of P3 is adjusted into 1, and the overlay order value of P4 is adjusted into 2.
See also Fig. 9, schematically show process flow diagram, may further comprise the steps according to the method for adjustment of the picture overlay order of one embodiment of the present invention:
In step S201, on touch screen, show some pictures with overlay order.This step specifically comprises the source address list that obtains picture, obtains the overlay order value of picture, and according to the overlay order value of picture, shows the picture in the address list of source.Picture format comprises JPG, GIF, PNG, TIF or the like.Show that on touch screen some a kind of demonstration design sketchs with overlay order are as shown in Figure 1.
In step S202, receive the selection touch-control instruction that the user imports on touch screen.The instruction of said selection touch-control is for dubbing touch screen, and writes down the position that dubs touch screen.
In step S203,, confirm that the user will adjust a picture of overlay order according to selecting the touch-control instruction.According to selecting the touch-control instruction to dub the position of touch screen; Selection is positioned at the picture of this position as the picture that will adjust overlay order; If the picture in this position has many, then select to be positioned at the superiors, also be that the maximum picture of overlay order value is as the picture that will adjust overlay order.
In step S204, receive the adjustment touch-control instruction that the user imports on touch screen.This step comprises that specifically the touch-control of pressing that receives the user instructs; Calculate the user and press the time that the touch-control instruction continues; And whether judges presses time that touch-control instruction continues greater than one first Preset Time value, if the result is for being then to get into picture overlay order adjustment modes.The said first Preset Time value is to be used for measuring the preset value that the user operates purpose, such as being set at 2 seconds, representes that then the user presses time that touch-control instruction continues when surpassing 2 seconds, and this touch-control instruction just is regarded as the adjustment touch-control and instructs.Said picture overlay order adjustment modes, be the sign picture be the adjustment overlay order by operator scheme, in order to difference user other patterns that will get into, such as picture editor's pattern.In further improved embodiment, judges is pressed the lasting time of touch-control instruction whether greater than one the 3rd Preset Time value and less than the said first Preset Time value, if the result for being, then gets into other patterns, such as picture editor's pattern.Said the 3rd Preset Time value needs less than the said first Preset Time value; Such as being set at 1 second; Represent then that the user presses that time that touch-control instruction continues surpasses 1 second and just discharged touch-control during less than 2 seconds; User's operation purpose is to get into picture editor's pattern, rather than picture overlay order adjustment modes.Said picture editor's pattern is a kind of pattern that picture is edited that is used to identify.
In step S205,, confirm the overlay order value that said picture is new according to the instruction of adjustment touch-control.This step comprises that specifically calculating the user presses the time that the touch-control instruction continues, and is every at a distance from one second Preset Time value, increases a unit value for the overlay order value of said picture.Stop to calculate the user and press the time that the touch-control instruction continues; Two conditions are arranged, satisfy any one of which and get final product, a kind of condition is whether the overlay order value of judging said picture equals maximum overlay order value; If the result is for being; Then stop to calculate the user and press the time that the touch-control instruction continues, another kind of condition is to receive the user to discharge the touch-control instruction, stops to calculate the user and presses the time that the touch-control instruction continues.The said second Preset Time value is to be used for limiting frequency that the overlay order value of picture increases, and the said second Preset Time value is set more for a short time; The number of times that then increases the overlay order value in the unit interval is many more, otherwise the said second Preset Time value is set greatly more; The number of times that then increases the overlay order value in the unit interval is few more; Be set at 0.5 second such as the said second Preset Time value, then every at a distance from 0.5 second, the overlay order value of said picture increases a unit value.Said unit value is to be used for limiting amplitude that the overlay order value of picture changes, and said unit value is set more for a short time; Then the overlay order value of single increase is few more; Otherwise said unit value is set greatly more, and then the overlay order value of single increase is many more; Be set at 1 such as said unit value, then each overlay order value that increases is 1.
In further improved embodiment; When the calculating user presses the lasting time of touch-control instruction; On touch screen, show by the current overlay order value of the picture of adjustment overlay order value; When the overlay order value of said picture changed, the overlay order value that on touch screen, shows is synchronous change also.
In step S206, the overlay order value new according to said picture adjusted the overlay order value of other picture.This step specifically comprises obtains the initial overlay order value of said picture, is designated as the first overlay order value; Obtain the new overlay order value of said picture, be designated as the second overlay order value; Compare the overlay order value of each other picture and the magnitude relationship of said first overlay order value and the said second overlay order value; If the overlay order value of this picture is greater than the said first overlay order value and be less than or equal to the said second overlay order value, then the overlay order value of this picture reduces by a unit value.
In step S207, the overlay order value according to adjusted picture Shows Picture again.
To one skilled in the art, can combine the actual needs of production to make other corresponding changes or adjustment according to invention scheme of the present invention and inventive concept, and these changes and adjustment all should belong to the protection domain of claim of the present invention.
Claims (10)
1. the Adjustment System of a picture overlay order is used for the overlay order at the electronic installation adjustment picture with touch screen, and it is characterized in that: said system comprises:
The picture display module is used on touch screen, showing some pictures with overlay order;
The first command reception module is used to receive the selection touch-control instruction that the user imports on touch screen;
Picture is selected module, is used for confirming that according to selecting the touch-control instruction user will adjust a picture of overlay order;
The second command reception module is used to receive the adjustment touch-control instruction that the user imports on touch screen;
The first overlay order computing module is used for confirming the overlay order value that said picture is new according to the instruction of adjustment touch-control;
The second overlay order computing module is used for the overlay order value new according to said picture, adjusts the overlay order value of other picture; And
The picture refresh module is used for the overlay order value according to adjusted picture, Shows Picture again.
2. the Adjustment System of picture overlay order as claimed in claim 1; It is characterized in that: what the said second command reception module also was used to receive the user presses the touch-control instruction; Calculate the user and press the time that the touch-control instruction continues; And whether judges presses time that touch-control instruction continues greater than one first Preset Time value, if the result is for being then to get into picture overlay order adjustment modes.
3. the Adjustment System of picture overlay order as claimed in claim 1; It is characterized in that: the said first overlay order computing module also is used to calculate the user and presses the time that the touch-control instruction continues; Every at a distance from one second Preset Time value, increase a unit value for the overlay order value of said picture.
4. the Adjustment System of picture overlay order as claimed in claim 3; It is characterized in that: the said first overlay order computing module also is used for when the calculating user presses the lasting time of touch-control instruction; On touch screen, show by the current overlay order value of the picture of adjustment overlay order value; When the overlay order value of said picture changed, the overlay order value that on touch screen, shows is synchronous change also.
5. the Adjustment System of picture overlay order as claimed in claim 1; It is characterized in that: the said second overlay order computing module also is used to obtain the initial overlay order value of said picture; Be designated as the first overlay order value; Obtain the new overlay order value of said picture, be designated as the second overlay order value, and compare the overlay order value of each other picture and the magnitude relationship of said first overlay order value and the said second overlay order value; If the overlay order value of this picture is greater than the said first overlay order value and be less than or equal to the said second overlay order value, then the overlay order value of this picture reduces by a unit value.
6. the method for adjustment of a picture overlay order is used for the overlay order at the electronic installation adjustment picture with touch screen, it is characterized in that: said method comprising the steps of:
On touch screen, show some pictures with overlay order;
Receive the selection touch-control instruction that the user imports on touch screen;
According to selecting the touch-control instruction, confirm that the user will adjust a picture of overlay order;
Receive the adjustment touch-control instruction that the user imports on touch screen;
According to the instruction of adjustment touch-control, confirm the overlay order value that said picture is new;
The overlay order value new according to said picture adjusted the overlay order value of other picture; And
Overlay order value according to adjusted picture Shows Picture again.
7. the method for adjustment of picture overlay order as claimed in claim 6 is characterized in that: the step of the adjustment touch-control instruction that the reception user in the said method imports on touch screen specifically may further comprise the steps:
The touch-control of pressing that receives the user instructs;
Calculate the user and press the time that the touch-control instruction continues;
Whether judges presses time that touch-control instruction continues greater than one first Preset Time value, if the result is for being then to get into picture overlay order adjustment modes.
8. the method for adjustment of picture overlay order as claimed in claim 6 is characterized in that: instructing in the said method according to the adjustment touch-control, confirm that the step of the overlay order value that said picture is new is specifically further comprising the steps of:
Calculate the user and press the time that the touch-control instruction continues;
Every at a distance from one second Preset Time value, increase a unit value for the overlay order value of said picture;
Whether the overlay order value of judging said picture equals maximum overlay order value, presses the lasting time of touch-control instruction if the result for being, then stops to calculate the user;
Receive the user and discharge the touch-control instruction, stop to calculate the user and press the time that the touch-control instruction continues.
9. the method for adjustment of picture overlay order as claimed in claim 8 is characterized in that: said method is further comprising the steps of:
When the calculating user presses the lasting time of touch-control instruction, on touch screen, show the current overlay order value of said picture, when the overlay order value of said picture changed, the overlay order value that on touch screen, shows is synchronous change also.
10. the method for adjustment of picture overlay order as claimed in claim 6 is characterized in that: the overlay order value new in the said method according to said picture, and the step of overlay order value of adjusting other picture is specifically further comprising the steps of:
Obtain the initial overlay order value of said picture, be designated as the first overlay order value;
Obtain the new overlay order value of said picture, be designated as the second overlay order value;
Compare the overlay order value of each other picture and the magnitude relationship of said first overlay order value and the said second overlay order value; If the overlay order value of this picture is greater than the said first overlay order value and be less than or equal to the said second overlay order value, then the overlay order value of this picture reduces by a unit value.
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| CN2010106122358A CN102566870A (en) | 2010-12-29 | 2010-12-29 | Adjusting system and method of stacking sequence of images |
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| CN105278911A (en) * | 2015-12-01 | 2016-01-27 | 上海兆芯集成电路有限公司 | Method and device for displaying map layers |
| CN105278911B (en) * | 2015-12-01 | 2018-10-19 | 上海兆芯集成电路有限公司 | The method and device of show layers |
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Application publication date: 20120711 |