CN103853471B - User touch behavior based map display method - Google Patents
User touch behavior based map display method Download PDFInfo
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- CN103853471B CN103853471B CN201210506739.0A CN201210506739A CN103853471B CN 103853471 B CN103853471 B CN 103853471B CN 201210506739 A CN201210506739 A CN 201210506739A CN 103853471 B CN103853471 B CN 103853471B
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Abstract
The invention discloses a user touch behavior based map display method applicable to an electronic device comprising a touch module and a user operation interface. The method includes the following steps that when a user touches the touch module, the touch module generates a touch signal; the user operation interface is changed into and set as a map adjustment mode according to the touch signal and generates a picture group comprising a datum point and an annular image on a map picture, wherein the annular image defines an annular area, an end area and an operating area; when the user operates the touch module on the basis of the datum point and the annular image, the touch module generates a corresponding operating signal according to user operation behavior; the user operation interface adjusts the map image according to the operating signal.
Description
【Technical field】
The invention relates to a kind of map-indication method, particularly relates to a kind of map based on user's touch-control behavior and shows
Show method.
【Background technology】
In recent years, increasing electronic product possesses map display function.Master wherein again with guider as market
One of stream, and electronic product indispensable when travelling for people.
Based on the consideration of cost, what at present most of guider was adopted is still the more cheap traditional electricity of price
Resistive Touch Screen, it is characterised in that only support single-point touch.And compared to multi-point touch, single-point touch the disadvantage is that, right
For user, the behavior less intuition of single-point touch.
In addition under the mechanism of single-point touch, if user's map to be adjusted, for example, map, rotation are zoomed in or out
The behaviors such as map, existing mode is the image (Icon) that is regularly displayed on Touch Screen through touch-control completing.For example
Carry out enlarged map through the image of touch-control "+", or through the related rotation image of touch-control rotating map.Aforesaid way
Purpose is easy for user's operation, but also hence in so that Touch Screen is in addition to show map picture, it is necessary to show that other are each
The image of formula various kinds correspondence difference in functionality, causes the picture shown by Touch Screen increasingly complex.
【The content of the invention】
It is an object of the invention to provide a kind of map-indication method based on user's touch-control behavior, it can cause to touch
The picture that control screen is presented is more succinct.
It is that, up to above-mentioned purpose, the present invention provides a kind of map-indication method based on user's touch-control behavior, it is adaptable to one
Including a touch-control module and the guider of a user interface, the user interface to produce a map picture, and
Map display mode comprising an acquiescence and a map adjustment modes, the map-indication method that should be based on user's touch-control behavior is included
Following steps：(A) when user's touch-control is in the touch-control module, the touch-control module produces touch-control news according to the behavior of user's touch-control
Number；(B) user interface is the map adjustment modes from the map display mode change setting according to the touch signal, and
An image sets are produced on the map picture, wherein the image sets are formed including a datum mark and centered on the datum mark
A ring-type image, the ring-type image defines an annular section, one is located at end region between the ring-type image and the datum mark,
And one different from the annular section and the end region operating area；(C) when user is based on the datum mark and the ring-type image
When operating the touch-control module, the touch-control module can produce a corresponding operation signal according to user operation behavior；And (D) user
Operate interface adjusts the map picture according to the operation signal.
【Description of the drawings】
The present invention is described in further detail with reference to the accompanying drawings and detailed description.
Fig. 1 is a system diagram, illustrates to be applied to navigation of the present invention based on the map-indication method of user's touch-control behavior
Device.
Fig. 2 is a flow chart, illustrates preferred embodiment of the present invention based on the map-indication method of user's touch-control behavior.
Fig. 3 is a schematic diagram, illustrates the map picture of this preferred embodiment.
Fig. 4 is a schematic diagram, illustrates the operating area, annular section and end region of this preferred embodiment.
Fig. 5 is a schematic diagram, illustrates the map picture and image sets of this preferred embodiment.
Fig. 6 is a schematic diagram, illustrates the anchor point and image sets of this preferred embodiment.
Fig. 7 is a schematic diagram, illustrates that the state of map picture is reduced in this preferred embodiment.
Fig. 8 is a schematic diagram, illustrates the state of this preferred embodiment enlarged map picture.
Fig. 9 is a schematic diagram, illustrates that this preferred embodiment rotates the process of map picture.
Figure 10 is a schematic diagram, illustrates that this preferred embodiment rotates the result of map picture.
Figure 11 is a schematic diagram, illustrates that this preferred embodiment changes the process at the map picture elevation angle.
Figure 12 is a schematic diagram, illustrates that this preferred embodiment changes the result at the map picture elevation angle.
【Specific embodiment】
About addressing other technologies content, feature and effect before the present invention, it is following coordinate with reference to one of schema compared with
In the detailed description of good embodiment, can clearly present.
Refering to Fig. 1, Fig. 2 and Fig. 3, preferred embodiment of the present invention based on the map-indication method of user's touch-control behavior is fitted
For a guider, the guider is placed in the body comprising the database 11, that a body 1, is built into the body 1
1 user interface 12, and a touch control unit 13 for being electrically connected to the body 1.The user interface 12 passes through software side
Formula is implemented, and it implements the computer program that aspect is the corresponding program of interior storage.When the processor of the guider (is schemed not
Show) load and perform function that the user interface 12 can be completed after the program.The touch control unit 13 is touched for a resistance-type
Control screen, and including a display module 131, and a touch-control module 132.
The database 11 includes a most electronic map data.In the i.e. general common figure money of the grade electronic map data
Hold, comprising sight spot information, highway information etc..
The user interface 12 includes the map picture of the grade electronic map data at least one of which to produce one
3, and comprising the map display mode of an acquiescence, and map adjustment modes.That is, the pattern of the acquiescence of user interface 12
For the map display mode.Under the map display mode, the user interface 12 only merely produces the map picture 3
(see Fig. 3).
The display module 131 of the touch control unit 13 is to show the map picture 3.The touch-control module of the touch control unit 13
132 with for user's touch-control, and produces a touch signal according to the touch-control behavior of user.In this preferred embodiment, use
The touch-control behavior of person includes following several aspects：Any point on the single-point touch touch-control module continues for some time that (example continues
Touch-control three seconds), or, certain point (example, repeatedly touch-control three times) in multiple times on the single-point touch touch-control module etc..
It is noted that only after user completes the touch-control behavior of any of the above-described aspect, the user interface
12 just can be the map adjustment modes by the map display mode change setting given tacit consent to.
Below with unification exemplary applications, under the map adjustment modes, the database 11, the user interface
12nd, the display module 131, and the interaction to each other of touch-control module 132 further illustrates.
Refering to Fig. 3, first, after user starts shooting the guider, the user interface 12 can be set as acquiescence
The map display mode, and the map picture 3 is produced so that the display module 131 shows.
As shown in step S21, when user's touch-control touch-control module 132 and the touch-control behavior of an above-mentioned wherein aspect is completed
When, for example, certain point continues three seconds on the touch-control touch-control module 132, and the touch-control module 132 can produce the touch signal.Instead
It, if user has no any point on constantly single-point touch touch-control module, or without repeatedly touch-control touch-control mould
During same point on block, the touch-control module 132 would not produce the touch signal, and the user interface 12 remains as the map
Display pattern.
As shown in step S22, the user interface 12 is according to the touch signal from the map display mode change setting
For the map adjustment modes, and an image sets 4 are produced on the map picture 3 (see Fig. 4).The image sets 4 include a datum mark
41, and a ring-type image 42 formed centered on the datum mark 41.The ring-type image 42 defines an annular section 5,
End region 7 positioned between the ring-type image 42 and the datum mark 41, and one different from the annular section 5 and end region 7 behaviour
Make region 6.Wherein the ring-type image 42 indicates respectively E (east), S (south), W (west), N (north) always according to orientation.Also, the datum mark
41 i.e. point of the user in step S21 touch-control on the touch-control module 132.
That is, after the touch-control module 132 produces the touch signal, the meeting change setting of user interface 12 is
The map adjustment modes, with the demand adjustment map picture 3 based on user.Also, the user interface 12 is somebody's turn to do through producing
Image sets 4, and then picture separates above-mentioned different annular section 5, the operating area 6 and the end region 7.
Additionally, as shown in figure 5, only under the map adjustment modes, the display module 131 just can simultaneously show the map
Picture 3 and the image sets 4, the map picture 3 that can be watched in time when adjusting map picture 3 so as to user in adjustment.
It is noted that as user carries out single-point touch in above-mentioned three kinds of different regions, the user operation connects
The map picture 3 can also be carried out different degrees of adjustment by mouth 12.
As shown in step S23 to step S25, when user operates the touch-control module 132 based on the image sets 4, the touch-control
Module 132 can produce corresponding operation signal according to the operation behavior of user.That is, when the user interface 12 produces the figure
After as group 4, if user then operates again the touch-control module 132, the touch-control module 132 can be produced according to the different operation behavior of user
The different operation signal of life.Hereinafter will further introduce.
Operate in the operating area：
Amplify, reduce map：
Refering to Fig. 6, when user is in the 6 single-point touch touch-control module 132 of operating area, the user operation can be caused to connect
Mouth 12 produces a corresponding anchor points 43.Wherein, user is the anchor point 43 in the position of 6 touch-controls of operating area.
If the track of the reference line 44 that user is formed also along the anchor point 43 and both datum marks 41 is moved, should
Touch-control module 132 produces the operation signal.The user interface 12 map picture 3 is amplified according to the operation signal or
It is to reduce.
That is, when user moves along the track of the reference line 44, the user interface 12 is also in the operating space
Domain 6 produces a corresponding transfer point 45 (see Fig. 7).The transfer point 45 forms one and refers to straight line 46 with both datum marks 41.
And the user interface 12 is to adjust the map according to the reference line 44 and the relative length for referring to both straight lines 46
The size of picture 3.
For example, refering to Fig. 7, when user moves along the reference line 44 toward the direction of the neighbouring datum mark 41, make
Obtain this with reference to straight line 46 length be less than the reference line 44 when, the user interface 12 reduces the map picture 3, i.e.
The size that street lane in original map picture 3 is done diminishes.Refering to Fig. 8, when user along the reference line 44 toward away from
The direction movement of the datum mark 41 so that when this is more than the reference line 44 with reference to the length of straight line 46, the user interface
12 amplify the map picture 3, i.e. what the street lane in original map picture 3 was done becomes large-sized.
Rotation map：
Refering to Fig. 9, when user is in the 6 single-point touch touch-control module 132 of operating area, the user operation can be caused to connect
Mouth 12 produces the corresponding anchor point 43.If user is also with the datum mark 41 as the center of circle, with the datum mark 41 and the positioning
When the track of the circle that point the distance between 43 is formed by radius is moved, then the touch-control module 132 produces the operation signal.
The user interface 12 rotates the map picture 3 according to the operation signal.
That is, can form the reference line 44 between both the datum mark 41 and the anchor point 43.When user is along the circle
When the track of shape is moved, the user interface 12 also produces the transfer point 45.The transfer point 45 and the shape both datum mark 41
Straight line 46 is referred to into this.The user interface 12 according to the reference line 44 and this with reference to the angle rotation between both straight lines 46
The map picture 3.
For example, refering to Figure 10, when user is along the circular track toward 45 degree of direction move angle counterclockwise
When, the angle that can cause this that one 45 degree are formed with reference to straight line 46 and the reference line 44, the user interface 12 also will can be somebody's turn to do
Map picture 3 rotates 45 degree with direction counterclockwise, i.e. the direction that the street lane in original map picture 3 is done is also and then inverse
Hour hands rotate 45 degree.
Certainly, when user is along the circular track toward 45 degree of clockwise direction move angle, the user operation
The map picture 3 also can be rotated 45 degree by interface 12 with clockwise direction.Additionally, the orientation that the ring-type image 42 is indicated is also
And then correct position can be rotated to.
Operate in the annular section：
Change the map elevation angle：
Refering to Figure 11, when user operates the touch-control module based on the image sets 4 in the annular section 5, the touch-control module
132 can produce corresponding operation signal according to the operation behavior of user.
That is, when user is in the single-point touch of annular section 5 touch-control module 132 or the two point touch-control touch-control module 132,
And the direction movement away from the datum mark 41 or when moving near the direction of the datum mark 41, then the touch-control module
132 produce the operation signal.The user interface 12 changes the elevation angle of the map picture 3 according to the operation signal.
For example, refering to Figure 12, when user's single-point touch touch-control module 132, and towards closing on the datum mark 41
Direction move when, the user interface 12 can reduce the elevation angle of the map picture 3, i.e. assume the user interface 12
It is originally that the map picture 3 is presented with the angle of 90 degree of vertical views, after user completes operation behavior, the user interface 12
Can change and the map picture 3 is presented with 45 degree of rake angle.Certainly, when user's single-point touch touch-control module 132, and towards remote
When moving from the direction of the datum mark 41, the user interface 12 can increase the elevation angle of the map picture 3.If also, user
With double finger touch-controls in the annular section 5, and its pair refers to simultaneously when the direction movement for closing on the datum mark 41, the user operation
Interface 12 can also reduce the elevation angle of the map picture 3；If user refers to touch-control in the annular section 5 with double, and its pair refers to simultaneously
Away from the datum mark 41 direction move when, the user interface 12 can also increase the elevation angle of the map picture 3.
In addition the user interface 12 can also change the shape of the ring-type image 42 according to the operation signal, i.e. with
The elevation angle of the map picture 3 is reduced, and the user interface 12 can be changed to the shape of the ring-type image 42 by circular flat
Ellipse, to meet the visual uniformity of user.
Operate in the end region：
When user is in the 7 single-point touch touch-control module 132 of end region, the user interface 12 can be by current
Map adjustment modes, change setting is the map display mode of acquiescence, that is, the display module 131 can only show the ground picture
Face 3, without showing the image sets 4.Therefore user is also only capable of checking the map picture 3 this moment, and the ground picture cannot be adjusted
Face 3.
In sum, it is various with annular section in different operating areas based on user under the map adjustment modes
Operation behavior, the user interface can respectively to amplify, reduce, rotation, and change the mode such as the elevation angle and adjust the map picture；
And under map display mode, the display module only shows the map picture, without showing the image sets, therefore presented
Picture is more succinct, therefore can reach the purpose of the present invention really.
The above, only the preferred embodiments of the invention, when the scope of enforcement of the invention can not be limited with this, i.e.,
Generally the simple equivalence changes made according to the claims in the present invention and invention description content and modification, all still belong to patent of the present invention
In the range of covering.
Claims (7)
1. a kind of map-indication method based on user's touch-control behavior, it is adaptable to which connects including a touch-control module with a user operation
Mouthful guider, the user interface to produce a map picture, and comprising the map display mode and of an acquiescence
Map adjustment modes, the map-indication method that should be based on user's touch-control behavior is comprised the steps of：
(A) when user's touch-control is in the touch-control module, the touch-control module produces a touch signal according to the behavior of user's touch-control；
(B) user interface is the map adjustment modes from the map display mode change setting according to the touch signal,
And an image sets are produced on the map picture, wherein the image sets include a datum mark and one centered on the datum mark shape
Into a ring-type image, the ring-type image defines an annular section, one is located at end zone between the ring-type image and the datum mark
Domain, and one different from the annular section and the end region operating area；
(C) when user is based on the datum mark and the ring-type image manipulation touch-control module, the touch-control module can be according to user
Operation behavior produces a corresponding operation signal, when user operates the touch-control module in the annular section, the touch-control module meeting
The operation signal is produced, when user is in the annular section single-point touch touch-control module or the two point touch-control touch-control module, and court
Away from the direction movement of the datum mark or when moving near the direction of the datum mark, the touch-control module produces the operation news
Number, the user interface changes the elevation angle of the map picture according to the operation signal；And
(D) user interface adjusts the map picture according to the operation signal.
2. the map-indication method based on user's touch-control behavior according to claim 1, wherein when user's single-point touch should
Touch-control module or the two point touch-control touch-control module, and when moving away from the direction of the datum mark, the user interface increases
Plus the elevation angle of the map picture, when user's single-point touch touch-control module and when moving near the direction of the datum mark,
The user interface reduces the elevation angle of the map picture, and wherein the user interface changes the ring always according to the operation signal
The shape of shape image.
3. the map-indication method based on user's touch-control behavior according to claim 1, it is characterised in that when user is in this
The operating area single-point touch touch-control module makes the user interface produce a corresponding anchor point, and along the anchor point
When the track of the reference line formed with both datum marks is moved, the touch-control module produces the operation signal, the user
The map picture is amplified or is reduced by operate interface according to the operation signal.
4. the map-indication method based on user's touch-control behavior according to claim 3, it is characterised in that when user along
When the track of the reference line is moved, the user interface also produces a corresponding transfer point, the transfer point and the benchmark
The two forms and one refers to straight line point, and when this is more than the reference line with reference to length of straight line, the user interface is by the ground
Picture face is amplified, and when this is less than the reference line with reference to the length of straight line, the user interface reduces the map picture.
5. the map-indication method based on user's touch-control behavior according to claim 1, it is characterised in that when user is in this
The operating area single-point touch touch-control module makes the user interface produce a corresponding anchor point, and is with the datum mark
The center of circle, when the track of the circle formed by radius with the distance between the datum mark and the anchor point is moved, the touch-control mould
Block produces the operation signal, and the user interface rotates the map picture according to the operation signal.
6. the map-indication method based on user's touch-control behavior according to claim 5, it is characterised in that the datum mark with
A reference line is formed between both anchor points, when user moves along the circular track, the user interface is also produced
A raw transfer point, the transfer point forms one and refers to straight line with both datum marks, and the user interface is according to the reference line
The map picture is rotated with this with reference to the angle between both straight lines.
7. the map-indication method based on user's touch-control behavior according to claim 1,3 or 5, also comprising in step
(D) step (E) after：
(E) when user operates the touch-control module in the end region, the touch-control module can produce the operation signal, the user behaviour
It is the map display mode from the map adjustment modes change setting to make interface according to the touch signal.
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| CN201210506739.0A CN103853471B (en) | 2012-12-03 | 2012-12-03 | User touch behavior based map display method |
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| CN201210506739.0A CN103853471B (en) | 2012-12-03 | 2012-12-03 | User touch behavior based map display method |
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| CN106357936A (en) * | 2016-11-30 | 2017-01-25 | 努比亚技术有限公司 | Control method of map application and mobile terminal |
| CN107817002A (en) * | 2017-10-24 | 2018-03-20 | 重庆长安汽车股份有限公司 | Automobile middle control entertainment systems carry out navigate interactive display device and method with instrument cubicle |
| CN108874933B (en) * | 2018-05-31 | 2021-08-27 | 蔚来(安徽)控股有限公司 | Switching method and device based on map invisible resource points |
| CN110472163B (en) * | 2019-08-22 | 2022-09-23 | 百度在线网络技术（北京）有限公司 | Method, device, electronic equipment and medium for determining display of map search result |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101539833A (en) * | 2008-03-21 | 2009-09-23 | Lg电子株式会社 | Mobile terminal and screen displaying method thereof |
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| JP2012501016A (en) * | 2008-08-22 | 2012-01-12 | グーグル インコーポレイテッド | Navigation in a 3D environment on a mobile device |
| US9128612B2 (en) * | 2009-08-19 | 2015-09-08 | Siemens Aktiengesellschaft | Continuous determination of a perspective |
| JP2012215963A (en) * | 2011-03-31 | 2012-11-08 | Hitachi Consumer Electronics Co Ltd | Image display apparatus |
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| CN101539833A (en) * | 2008-03-21 | 2009-09-23 | Lg电子株式会社 | Mobile terminal and screen displaying method thereof |
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