CN109240777A - self-service terminal and its control method - Google Patents
self-service terminal and its control method Download PDFInfo
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- CN109240777A CN109240777A CN201810860507.2A CN201810860507A CN109240777A CN 109240777 A CN109240777 A CN 109240777A CN 201810860507 A CN201810860507 A CN 201810860507A CN 109240777 A CN109240777 A CN 109240777A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/451—Execution arrangements for user interfaces
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
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Abstract
The invention discloses a kind of self-service terminal and its control methods, the self-service terminal includes being stored on memory and can be by the computer program performed by processor, when computer program is executed by processor, following steps are realized: obtaining subscriber identity information and navigational parameter information；First path data are generated according to the Target Coordinate Data, the transfer coordinate data and the first real-time coordinates data；It is generated on the touching display screen according to the first path data and guides image；Navigational parameter information is corresponded to when other self-service terminals initiate the first navigation touch command according to the user got and the second real-time coordinates data generate the second path data；The guide image that the user generates in the first navigation touch command that other self-service terminals are initiated is updated according to second path data.Self-service terminal provided by the invention and its control method can help user accurately to find companion large-scale public place is time saving.
Description
Technical field
The present invention relates to guide to visitors technical field more particularly to a kind of self-service terminal and its control methods.
Background technique
In people's daily life, it often needs to go to large-scale public place leisure, such as megastore is gone to do shopping, go
It plays large-scale public place of entertainment.However, actual life it is medium-and-large-sized market and public place of entertainment place range it is big, be related to numerous areas
Domain is often difficult to find other side when the people to band together is when large-scale public place scatters.Alternatively, it is public to be about scheduled on strange large size
The people of place meeting, it is also difficult to find other side.
In the related technology, in large-scale public place, people usually use navigation software, consulting passerby or consult floor maps
Mode obtain destination information.But the position that navigation software can not be identified accurately exists when zone of action is smaller
The problem of poor accuracy；Consulting passerby and access floor maps excessively rely on artificial judgement, are easy because misinterpretation causes
Erroneous judgement, accuracy rate also cannot preferably guarantee, consume excessive hunting time.
Therefore, it is necessary to provide the new self-service terminal of one kind and its control method solution above-mentioned technical problem.
Summary of the invention
The main purpose of the present invention is to provide a kind of self-service terminals, to solve accurate in large-scale public place and save
When find companion the problem of.
To achieve the above object, self-service terminal provided by the invention, including touching display screen, memory, processor
And be stored on the memory and can the computer program performed by the processor, the computer program is described
When processor executes, following steps are realized:
When the touching display screen receives the first Navigation Tact instruction of user's triggering, obtains triggering described first and lead
The corresponding subscriber identity information of user and navigational parameter information for touch command of navigating, the navigational parameter information includes destination
Target Coordinate Data, the transfer coordinate data of preset multiple intermediate transit points and the first real-time coordinates number of the first real time position
According to；
First path is generated according to the Target Coordinate Data, the transfer coordinate data and the first real-time coordinates data
Data；
It is generated on the touching display screen according to the first path data and guides image, the guide image is described
Show that the road for marching to the destination based on the corresponding present road of first real time position is advanced on touching display screen
Direction and the total distance for marching to the destination；
When the touching display screen receives the second navigation touch command of user's triggering, the second navigation touch-control refers to
Enabling includes the corresponding subscriber identity information of user for triggering the second navigation touch command, is touched according to second navigation is triggered
The corresponding subscriber identity information of user of control instruction obtains the user and initiates the navigation touching of the first touch-control in other self-service terminals
Corresponding navigational parameter information when control instruction；
The second real-time coordinates data of the second real time position are obtained, and according to the user got in other self-service clothes
Business terminal initiates to correspond to navigational parameter information when the first navigation touch command and the second real-time coordinates data generate second
Path data；
The first navigation touch-control that the user initiates in other self-service terminals is updated according to second path data
The guide image generated when instruction, the updated guide image are shown on the touching display screen based on described the
The corresponding present road of two real time positions marches to the road direction of travel of the destination, traveling distance, the total distance
And the ratio between the traveling distance and the total distance.
Preferably, when the computer program is executed by the processor, following steps are also realized:
Judge that the updated guiding plan seems no to meet preset condition；
When the updated guide image meets preset condition, judge to reach the destination.
Preferably, when the computer program is executed by the processor, user's touching is received in the touching display screen
Hair the first Navigation Tact instruction when, obtain triggering it is described first navigation touch command the corresponding subscriber identity information of user with
And the step of navigational parameter information, it specifically includes as follows:
When the touching display screen receives the first navigation touch command of user's triggering, the user identity letter is obtained
Breath, and corresponding calling positioning instruction is obtained according to the subscriber identity information, the calling positioning instruction includes caller
Location information；
The mesh of the corresponding destination is obtained according to the location information of the caller in the calling positioning instruction
Mark data；
Obtain the transfer coordinate data of preset multiple intermediate transit points and the first real-time coordinates of the first real time position
Data.
Preferably, when the computer program is executed by the processor, it is described according to the first path data in institute
It states to generate on touching display screen and guides image, the guide image is shown on the touching display screen based on described first in real time
The corresponding present road in position marches to the road direction of travel of the destination and marches to the total distance of the destination
The step of, it specifically includes as follows:
It is generated on the touching display screen according to the first path data and guides image, the guide image includes total
Distance data display window, push button and direction window, the side be directed toward window and be located at the push button；
Wherein, the total distance data display window is for showing the total distance for marching to the destination；
The push button and the direction window are for showing based on the corresponding present road of first real time position
March to the road direction of travel of the destination.
Preferably, it is described to be updated according to second path data when computer program is executed by the processor
The guide image that the user generates when other self-service terminals initiate the first navigation touch command, the updated finger
Draw image and shows that being based on the corresponding present road of second real time position marches to the purpose on the touching display screen
The step of the ratio between the road direction of travel on ground, traveling distance, the total distance and the traveling distance and the total distance
Suddenly, it specifically includes as follows:
The user is updated according to second path data to refer in other self-service terminals initiation the first navigation touch-control
The guide image generated when enabling, the updated guide image further includes progress ring, and the progress ring surrounds the touching
Button setting is controlled, the direction window is located in the progress ring, and the total distance data display window is located at the progress ring
Outside；
Wherein, the total distance data display window is for showing the total distance；
The push button and the direction window are for showing based on the corresponding present road of second real time position
The road direction of travel of the destination is marched to, the window that is directed toward is also used to show the distance advanced；
The progress ring is for showing the ratio between the traveling distance and the total distance.
Self-service terminal provided by the invention and its control method, by according to the Target Coordinate Data, it is described in
Turn coordinate data and the first real-time coordinates data generate first path data；According to the first path data in the touch-control
It is generated on display screen and guides image, to show the direction and the total distance that march to the destination；
Can be respectively in the first real time position and destination between companion, the user positioned at the first real time position can pass through
It guides image to know the approximate location of another companion, and converges required distance and direction.
Self-service terminal provided by the invention and its control method are touched on the touching display screen further through response
Show it is described guide image operation, obtain the second real time position the second real-time coordinates data, and according to the target data,
The transfer coordinate data, the first real-time coordinates data and the second real-time coordinates data generate the second number of path
According to；The guide image is updated according to second path data, the direction of the destination, road of having advanced are marched to display
Journey, total distance and the ratio between the traveling distance and the total distance.
Consequently facilitating user understands the progress of oneself during finding companion and adjusts the direction of travel of itself, help
In sense of direction and the distance perception for improving user, in order to which companion is found in the accurate timesaving of user.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
The structure shown according to these attached drawings obtains other attached drawings.
Fig. 1 uses scene figure for self-service terminal provided by the invention；
Fig. 2 is the first Operation interface diagram of self-service terminal provided by the invention；
Fig. 3 is the second Operation interface diagram of self-service terminal provided by the invention；
Fig. 4 is the third Operation interface diagram of self-service terminal provided by the invention；
Fig. 5 is the 4th Operation interface diagram of self-service terminal provided by the invention；
Fig. 6 is the 5th Operation interface diagram of self-service terminal provided by the invention.
Specific embodiment
Below in conjunction with the attached drawing in the embodiment of the present application, technical solutions in the embodiments of the present application carries out clear, complete
Site preparation description, it is clear that described embodiment is only a part of the embodiment of the application, instead of all the embodiments.Base
Embodiment in the application, it is obtained by those of ordinary skill in the art without making creative efforts it is all its
His embodiment, shall fall in the protection scope of this application.
It is to be appreciated that the directional instruction (such as up, down, left, right, before and after ...) of institute is only used in the embodiment of the present application
In explaining in relative positional relationship, the motion conditions etc. under a certain particular pose (as shown in the picture) between each component, if should
When particular pose changes, then directionality instruction also correspondingly changes correspondingly.
In addition, the description for being such as related to " first ", " second " in this application is used for description purposes only, and should not be understood as
Its relative importance of indication or suggestion or the quantity for implicitly indicating indicated technical characteristic.Define as a result, " first ",
The feature of " second " can explicitly or implicitly include at least one of the features.In the description of the present application, " multiples' " contains
Justice is at least two, such as two, three etc., unless otherwise specifically defined.
In this application unless specifically defined or limited otherwise, term " connection ", " fixation " etc. shall be understood in a broad sense,
For example, " fixation " may be a fixed connection, it may be a detachable connection, or integral；It can be mechanical connection, be also possible to
Electrical connection；It can be directly connected, the connection inside two elements or two can also be can be indirectly connected through an intermediary
The interaction relationship of a element, unless otherwise restricted clearly.It for the ordinary skill in the art, can basis
Concrete condition understands the concrete meaning of above-mentioned term in this application.
It in addition, the technical solution between each embodiment of the application can be combined with each other, but must be general with this field
Based on logical technical staff can be realized, it will be understood that when the combination of technical solution appearance is conflicting or cannot achieve this
The combination of technical solution is not present, also not this application claims protection scope within.
Referring to Fig. 1, it is equipped with multiple shop regions 1, passageway 2 and guiding foreground 3 in certain floor in public places,
Multiple anchor points are equipped in changing floor, the anchor point includes a1~a15, b1~b8 and c1, and wherein a1~a15 is for positioning
Shop region 1, b1-b8 are used to position the specific position in passageway 2, and c1 is for positioning guiding foreground 3.
In the present embodiment, the coordinate for defining anchor point is as follows:
a1(xa1, ya1)、a2(xa2, ya2)、a3(xa3, ya3)、a4(xa4, ya4)、a5(xa5, ya5)、a6(xa6, ya6)、a7
(xa7, ya7)、a8(xa8, ya8)、a9(xa9, ya9)、a10(xa10, ya10)、a11(xa11, ya11)、a12(xa12, ya12)、a13(xa13,
ya13)、a14(xa14, ya14) and a15 (xa15, ya15)；
b1(xb1, yb1)、b2(xb2, yb2)、b3(xb3, yb3)、b4(xb4, yb4)、b5(xb5, yb5)、b6(xb6, yb6)、b7
(xb7, yb7) and b8 (xb8, yb8)；
c1(xc1, yc1)。
In the present embodiment, the public place can be market and recreation ground.
Based on above-mentioned use environment, the present invention provides a kind of self-service terminal, is fixedly arranged on all anchor points
State self-service terminal.
Referring to Fig. 1, in the first embodiment of the present invention, self-service terminal includes touching display screen, memory, place
Reason device and be stored on the memory and can the computer program performed by the processor, the computer program quilt
When the processor executes, following steps are realized:
S10 obtains triggering described the when the touching display screen receives the first Navigation Tact instruction of user's triggering
The corresponding subscriber identity information of user and navigational parameter information of one navigation touch command, the navigational parameter information includes mesh
The Target Coordinate Data on ground, the transfer coordinate data of preset multiple intermediate transit points and the first real time position first sit in real time
Mark data；
Specifically, the Target Coordinate Data of the destination can determine for user according to preparatory setting, it is also possible to
User executes the determination of corresponding operating according to practical extraneous circumstance.First real-time coordinates data of first real time position can
It is determined with the operation of the touching display screen according to user response touch-control, for example, when user's touch-control described in a5 point touch-control is shown
When the operation of screen, determine that a5 point is the first real-time coordinates data of the first real time position.
In the present embodiment, the destination is c1 point shown in Fig. 1, and the first real time position is a5 point, the intermediate transit point
It can be preset as the anchor point of b1~b8.
It is appreciated that in other embodiments, the intermediate transit point can also be other for being preset as removing c1 and a5 in anchor point
All anchor points.
S20 generates first according to the Target Coordinate Data, the transfer coordinate data and the first real-time coordinates data
Path data；
The step S20 is specifically included:
S201 filters out abscissa and is located at x in the transfer coordinate of multiple intermediate transit pointsc1And xa5Between transfer number of coordinates
According to；
S202, according to after Target Coordinate Data, screening transfer coordinate data and the first real-time coordinates data generate the
One path data；
In the present embodiment, the destination is c1 point, and the Target Coordinate Data is (xc1, yc1), the first real-time position
It is set to a5, the first real-time coordinates data are (xa5, ya5)。
The first path data include between the first real time position and adjacent intermediate transit point, between two adjacent intermediate transit points
And the direction of travel between destination and adjacent intermediate transit point and the traveling distance along the direction of travel.
For example, the direction of travel between the first real time position a5 and adjacent intermediate transit point b2 is to turn left, along the row of left direction
Route journey is xa5-xb2。
Direction of travel between adjacent intermediate transit point b2 and b1 is to turn left, and the traveling distance along left direction is xb2-xb1。
Direction of travel between adjacent intermediate transit point b1 and b4 is that down, the traveling distance along lower direction is yb1-yb4。
Direction of travel between adjacent intermediate transit point b4 and b3 is to turn left, and the traveling distance along left direction is xb4-xb3。
Direction of travel between destination c1 and adjacent intermediate transit point b3 is to turn left, and the traveling distance along left direction is xb3-
xc1。
S30, generates on the touching display screen according to the first path data and guides image, and the guide image exists
Display marches to the road of the destination based on the corresponding present road of first real time position on the touching display screen
Direction of travel and the total distance for marching to the destination；
In one embodiment, the guide image can be map image and route image, wherein described image is used for
Display marches to the path of the destination from the first real time position on the map image.
In another embodiment, the guide image may also mean that tropism icon and distance display window, wherein institute
State the direction of travel that directive property icon is used to indicate user, the distance display window is used to showing to be moved along the direction of travel
Distance.
S40, when the touching display screen receives the second navigation touch command of user's triggering, the second navigation touching
Control instruction includes the corresponding subscriber identity information of user for triggering the second navigation touch command, is led according to triggering described second
The corresponding subscriber identity information of user of boat touch command obtains the user and leads in other self-service terminals the first touch-control of initiation
Corresponding navigational parameter information when touch command of navigating；
S50, obtain the second real time position the second real-time coordinates data, and according to the user got other from
Service terminal is helped to correspond to navigational parameter information and the second real-time coordinates data generation when initiating the first navigation touch command
Second path data；
In the present embodiment, the destination is c1 point, and the Target Coordinate Data is (xc1, yc1), the first real-time position
It is set to a5, the first real-time coordinates data are (xa5, ya5), second real time position is b1, and second real-time coordinates are
(xb1, yb1)。
The first path data include between the first real time position and the second real time position, the second real time position with it is adjacent
Intermediate transit point between, between two adjacent intermediate transit points and the direction of travel between destination and adjacent intermediate transit point and along this
The traveling distance of direction of travel.
For example, the direction of travel between the first real time position a5 and the second real time position b1 is to turn left, along the row of left direction
Route journey is xa5-xb1。
Direction of travel between second real time position b1 and b4 is that down, the traveling distance along lower direction is yb1-yb4。
Direction of travel between adjacent intermediate transit point b4 and b3 is to turn left, and the traveling distance along left direction is xb4-xb3。
Direction of travel between destination c1 and adjacent intermediate transit point b3 is to turn left, and the traveling distance along left direction is xb3-
xc1。
S60 updates the first navigation that the user initiates in other self-service terminals according to second path data
The guide image generated when touch command, the updated guide image are shown on the touching display screen based on institute
It states the corresponding present road of the second real time position and marches to the road direction of travel of the destination, traveling distance, described total
Distance and the ratio between the traveling distance and the total distance.
In one embodiment, the guide image can be map image and route image, wherein described image is used for
It is shown on the map image and marches to the historical path of second real time position from the first real time position and from second
Real time position marches to the unfinished path of the destination.
User can be known by historical path and unfinished path marches to the direction of the destination, road of having advanced
Journey, total distance and the ratio between the traveling distance and the total distance.
In another embodiment, the guide image may also mean that tropism icon and distance display window, wherein institute
Following direction of travel that directive property icon is used to indicate user is stated, the distance display window is displayed for along the traveling
The distance of direction movement, the distance display window can be also used for display and traveling distance, total distance and described advanced
The ratio between distance and the total distance.
Self-service terminal provided by the invention, by according to the Target Coordinate Data, the transfer coordinate data with
And first real-time coordinates data generate first path data；It is generated on the touching display screen according to the first path data
Image is guided, to show the direction and the total distance that march to the destination；
Can be respectively in the first real time position and destination between companion, the user positioned at the first real time position can pass through
It guides image to know the approximate location of another companion, and converges required distance and direction.
Self-service terminal provided by the invention, further through response, touching shows the guide on the touching display screen
The operation of image obtains the second real-time coordinates data of the second real time position, and according to the target data, the transfer coordinate
Data, the first real-time coordinates data and the second real-time coordinates data generate the second path data；According to described
Two path datas update the guide image, with show march to the destination direction, traveling distance, total distance and
The ratio between the traveling distance and the total distance.
Consequently facilitating user understands the progress of oneself during finding companion and adjusts the direction of travel of itself, help
In sense of direction and the distance perception for improving user, in order to which companion is found in the accurate timesaving of user.
The self-service clothes provided based on the self-service terminal that first embodiment of the invention provides, the second embodiment of the present invention
Be engaged in terminal the difference is that, when the computer program is executed by the processor, also realize following steps:
S70 judges that the updated guiding plan seems no to meet preset condition；
In one embodiment, the preset condition can reach the step S30 for traveling distance of the guiding plan as shown in
The total distance of middle calculating.
In another embodiment, the preset condition may be guide the traveling distance that shows of image with it is described
The ratio between total distance is 100%.
S80 judges to reach the destination when the updated guide image meets preset condition.
It is appreciated that the step S10~S50 is identical with the first embodiment, and the step S60 is located in the present embodiment
After the step S50.
To timely user be reminded to arrive at the destination, companion is found convenient for what user reacted in time.
The self-service clothes provided based on the self-service terminal that second embodiment of the invention provides, the third embodiment of the present invention
Be engaged in terminal the difference is that, when the computer program is executed by the processor, the step S10, specifically include as
Under:
S101 obtains the user when the touching display screen receives the first navigation touch command of user's triggering
Identity information, and corresponding calling positioning instruction is obtained according to the subscriber identity information, the calling positioning instruction includes to exhale
The location information for the side of crying；
S102 obtains the corresponding destination according to the location information of the caller in the calling positioning instruction
Target data；
S103, obtain preset multiple intermediate transit points transfer coordinate data and the first real time position first in real time
Coordinate data.
In the present embodiment, the companion of user reaches the destination c1, the self-service terminal described in the c1 touch-control of destination,
Calling positioning instruction is generated by the self-service terminal.
It is appreciated that the step S10~S80 is identical as the second embodiment of the present invention in the present embodiment.To help
User more accurately knows the location of companion.
Based on the self-service terminal that the third embodiment of the present invention provides, the fourth embodiment of the present invention is provided self-service
Service terminal the difference is that, the step S30 is specifically included as follows:
It is generated on the touching display screen according to the first path data and guides image, the guide image includes total
Distance data display window, push button and direction window, the side be directed toward window and be located at the push button；
Wherein, the total distance data display window is for showing the total distance；
The push button and the direction window are for showing the direction for marching to the destination.
Referring to Fig. 2, the total distance display window is rectangular in the present embodiment, inside show from first in real time
Position marches to the total distance of the destination, for example, total distance is 125 meters.
The push button is rounded, shows the virtual interface for user's operation and touch-control.
The unilateral direction be directed toward window and be located at the push button, with user in the direction of travel of the first real time position
Unanimously.
For example, the left side be directed toward window and be located at the push button, user should be past from first real time position
It advances in left side.
Further, the direction window includes the first direction window and second is directed toward window, and the first direction window is located at
The left side of the push button, the second direction window are located at the downside of the push button.At this point, being directed toward window according to first
The flashing state that mouth is directed toward window with described second, judges the direction of travel of user.
For example, described first is directed toward window flashing, the second direction window does not flash, and user should be real from described first
When position toward left row into.
As a kind of preferred mode of the present embodiment, the first direction window is also used to show user from described first
Real time position travels from the destination, required traveling distance of advancing along left or right side.
The second direction window is also used to show that user travels from the destination from first real time position, along upper
Traveling distance needed for side or downside traveling.
For example, user from first real time position march to the destination needed for traveling total distance be 125 meters, institute
It states the first direction window and shows that user needs from first real time position from the destination, it is described toward left row into 75 meters
Second, which is directed toward window, shows that user needs to advance 50 meters down from first real time position from the destination.
Compared with directly displaying the guide image of map and route map, this kind guides the display of image, for real-time coordinates
Pinpoint dependence it is small, user can simply know direction and route, it is not easy to because positioning is inaccurate, cause traveling road
The error in judgement of line.
The one kind provided based on the self-service terminal that the fourth embodiment of the present invention provides, the fifth embodiment of the present invention
Self-service terminal, the difference is that, the step S50 is specifically included as follows:
The user is updated according to second path data to refer in other self-service terminals initiation the first navigation touch-control
The guide image generated when enabling, the updated guide image further includes progress ring, and the progress ring surrounds the touching
Button setting is controlled, the direction window is located in the progress ring, and the total distance data display window is located at the progress ring
Outside；
Wherein, the total distance data display window is for showing the total distance；
The push button and the direction window are for showing the direction for marching to the destination, the direction window
It is also used to show the distance advanced；
The progress ring is for showing the ratio between the traveling distance and the total distance.
It is appreciated that the self-service terminal can repeatedly update the direction image, therefore, the second real time position can
Any one for thinking intermediate transit point, is not limited to unique point.
Referring to Fig. 3, user's push button described in the second real time position b1 touch-control, generates and guides image.
Second is directed toward window flashing, and user is reminded to advance down from the second real time position.
First direction window shows that user marches to b1 from a5, and direction of travel is turned left, and traveling distance is 25 meters.
The total distance data display window shows that total distance is 125 meters, is completed 25 meters of distance.
The progress ring shows that the ratio between the traveling distance and the total distance are 1/5.
Referring to Fig. 4, user's push button described in the second real time position b4 touch-control, generates and guides image.
Described first is directed toward window flashing, and user is reminded to turn left traveling from the second real time position b4.
First direction window shows that user marches to b4 from b1, and down, traveling distance is 50 meters to direction of travel.
The total distance data display window shows that total distance is 125 meters, is completed 75 meters of distance.
The progress ring shows that the ratio between the traveling distance and the total distance are 3/5.
Referring to Fig. 5, user's push button described in the second real time position b3 touch-control, generates and guides image.
Described first is directed toward window flashing, and user is reminded to turn left traveling from the second real time position b3.
First direction window shows that user marches to b3 from b4, and direction of travel is turned left, and traveling distance is 25 meters.
The total distance data display window shows that total distance is 125 meters, is completed 100 meters of distance.
The progress ring shows that the ratio between the traveling distance and the total distance are 4/5.
Referring to Fig. 6, user's push button described in the second real time position c1 touch-control, generates and guides image.
The first direction window is uniformly flashed with the second direction window,.
First direction window shows that user marches to c1 from b1, and direction of travel is turned left, and traveling distance is 25 meters.
The total distance data display window shows that total distance is 125 meters, is completed 125 meters of distance.
The progress ring shows that the ratio between the traveling distance and the total distance are 1.
At this point, user, which is accurately known, oneself, to destination, can start timely to find companion.It is appreciated that user
The second real time position c1 that can make an inventory is destination.
Based on the hardware condition that above-mentioned self-service terminal provides, the present invention also provides a kind of controls of self-service terminal
Method.
In the first embodiment of the control method of self-service terminal provided by the invention, the self-service terminal
Control method, the control method include the following steps:
S10 obtains triggering described the when the touching display screen receives the first Navigation Tact instruction of user's triggering
The corresponding subscriber identity information of user and navigational parameter information of one navigation touch command, the navigational parameter information includes mesh
The Target Coordinate Data on ground, the transfer coordinate data of preset multiple intermediate transit points and the first real time position first sit in real time
Mark data；
Specifically, the Target Coordinate Data of the destination can determine for user according to preparatory setting, it is also possible to
User executes the determination of corresponding operating according to practical extraneous circumstance.First real-time coordinates data of first real time position can
It is determined with the operation of the touching display screen according to user response touch-control, for example, when user's touch-control described in a5 point touch-control is shown
When the operation of screen, determine that a5 point is the first real-time coordinates data of the first real time position.
In the present embodiment, the destination is c1 point shown in Fig. 1, and the first real time position is a5 point, the intermediate transit point
It can be preset as the anchor point of b1~b8.
It is appreciated that in other embodiments, the intermediate transit point can also be other for being preset as removing c1 and a5 in anchor point
All anchor points.
S20 generates first according to the Target Coordinate Data, the transfer coordinate data and the first real-time coordinates data
Path data；
The step S20 is specifically included:
S201 filters out abscissa and is located at x in the transfer coordinate of multiple intermediate transit pointsc1And xa5Between transfer number of coordinates
According to；
S202, according to after Target Coordinate Data, screening transfer coordinate data and the first real-time coordinates data generate the
One path data；
In the present embodiment, the destination is c1 point, and the Target Coordinate Data is (xc1, yc1), the first real-time position
It is set to a5, the first real-time coordinates data are (xa5, ya5)。
The first path data include between the first real time position and adjacent intermediate transit point, between two adjacent intermediate transit points
And the direction of travel between destination and adjacent intermediate transit point and the traveling distance along the direction of travel.
For example, the direction of travel between the first real time position a5 and adjacent intermediate transit point b2 is to turn left, along the row of left direction
Route journey is xa5-xb2。
Direction of travel between adjacent intermediate transit point b2 and b1 is to turn left, and the traveling distance along left direction is xb2-xb1。
Direction of travel between adjacent intermediate transit point b1 and b4 is that down, the traveling distance along lower direction is yb1-yb4。
Direction of travel between adjacent intermediate transit point b4 and b3 is to turn left, and the traveling distance along left direction is xb4-xb3。
Direction of travel between destination c1 and adjacent intermediate transit point b3 is to turn left, and the traveling distance along left direction is xb3-
xc1。
S30, generates on the touching display screen according to the first path data and guides image, and the guide image exists
Display marches to the road of the destination based on the corresponding present road of first real time position on the touching display screen
Direction of travel and the total distance for marching to the destination；
In one embodiment, the guide image can be map image and route image, wherein described image is used for
Display marches to the path of the destination from the first real time position on the map image.
In another embodiment, the guide image may also mean that tropism icon and distance display window, wherein institute
State the direction of travel that directive property icon is used to indicate user, the distance display window is used to showing to be moved along the direction of travel
Distance.
S40, when the touching display screen receives the second navigation touch command of user's triggering, the second navigation touching
Control instruction includes the corresponding subscriber identity information of user for triggering the second navigation touch command, is led according to triggering described second
The corresponding subscriber identity information of user of boat touch command obtains the user and leads in other self-service terminals the first touch-control of initiation
Corresponding navigational parameter information when touch command of navigating；
S50, obtain the second real time position the second real-time coordinates data, and according to the user got other from
Service terminal is helped to correspond to navigational parameter information and the second real-time coordinates data generation when initiating the first navigation touch command
Second path data；
In the present embodiment, the destination is c1 point, and the Target Coordinate Data is (xc1, yc1), the first real-time position
It is set to a5, the first real-time coordinates data are (xa5, ya5), second real time position is b1, and second real-time coordinates are
(xb1, yb1)。
The first path data include between the first real time position and the second real time position, the second real time position with it is adjacent
Intermediate transit point between, between two adjacent intermediate transit points and the direction of travel between destination and adjacent intermediate transit point and along this
The traveling distance of direction of travel.
For example, the direction of travel between the first real time position a5 and the second real time position b1 is to turn left, along the row of left direction
Route journey is xa5-xb1。
Direction of travel between second real time position b1 and b4 is that down, the traveling distance along lower direction is yb1-yb4。
Direction of travel between adjacent intermediate transit point b4 and b3 is to turn left, and the traveling distance along left direction is xb4-xb3。
Direction of travel between destination c1 and adjacent intermediate transit point b3 is to turn left, and the traveling distance along left direction is xb3-
xc1。
S60 updates the first navigation that the user initiates in other self-service terminals according to second path data
The guide image generated when touch command, the updated guide image are shown on the touching display screen based on institute
It states the corresponding present road of the second real time position and marches to the road direction of travel of the destination, traveling distance, described total
Distance and the ratio between the traveling distance and the total distance.
In one embodiment, the guide image can be map image and route image, wherein described image is used for
It is shown on the map image and marches to the historical path of second real time position from the first real time position and from second
Real time position marches to the unfinished path of the destination.
User can be known by historical path and unfinished path marches to the direction of the destination, road of having advanced
Journey, total distance and the ratio between the traveling distance and the total distance.
In another embodiment, the guide image may also mean that tropism icon and distance display window, wherein institute
Following direction of travel that directive property icon is used to indicate user is stated, the distance display window is displayed for along the traveling
The distance of direction movement, the distance display window can be also used for display and traveling distance, total distance and described advanced
The ratio between distance and the total distance.
Self-service terminal provided by the invention, by according to the Target Coordinate Data, the transfer coordinate data with
And first real-time coordinates data generate first path data；It is generated on the touching display screen according to the first path data
Image is guided, to show the direction and the total distance that march to the destination；
Can be respectively in the first real time position and destination between companion, the user positioned at the first real time position can pass through
It guides image to know the approximate location of another companion, and converges required distance and direction.
Self-service terminal provided by the invention, further through response, touching shows the guide on the touching display screen
The operation of image obtains the second real-time coordinates data of the second real time position, and according to the target data, the transfer coordinate
Data, the first real-time coordinates data and the second real-time coordinates data generate the second path data；According to described
Two path datas update the guide image, with show march to the destination direction, traveling distance, total distance and
The ratio between the traveling distance and the total distance.
Consequently facilitating user understands the progress of oneself during finding companion and adjusts the direction of travel of itself, help
In sense of direction and the distance perception for improving user, in order to which companion is found in the accurate timesaving of user.
The first embodiment of control method based on self-service terminal of the invention, self-service terminal of the invention
In the second embodiment of control method, the step S10~S60 is identical with the first embodiment, and this is no longer going to repeat them, no
It is with place, the control method further includes following steps:
S70 judges that the updated guiding plan seems no to meet preset condition；
In one embodiment, the preset condition can reach the step S30 for traveling distance of the guiding plan as shown in
The total distance of middle calculating.
In another embodiment, the preset condition may be guide the traveling distance that shows of image with it is described
The ratio between total distance is 100%.
S80 judges to reach the destination when the updated guide image meets preset condition.
It is appreciated that the step S10~S50 is identical with the first embodiment, and the step S60 is located in the present embodiment
After the step S50.
To timely user be reminded to arrive at the destination, companion is found convenient for what user reacted in time.
The second embodiment of control method based on self-service terminal provided by the invention, self-service clothes provided by the invention
In the 3rd embodiment of the control method for terminal of being engaged in, the step S10 specifically comprises the following steps:
S101 obtains the user when the touching display screen receives the first navigation touch command of user's triggering
Identity information, and corresponding calling positioning instruction is obtained according to the subscriber identity information, the calling positioning instruction includes to exhale
The location information for the side of crying；
S102 obtains the corresponding destination according to the location information of the caller in the calling positioning instruction
Target data；
S103, obtain preset multiple intermediate transit points transfer coordinate data and the first real time position first in real time
Coordinate data.
In the present embodiment, the companion of user reaches the destination c1, the self-service terminal described in the c1 touch-control of destination,
Calling positioning instruction is generated by the self-service terminal.
It is appreciated that the step S10~S80 is identical as the second embodiment of the present invention in the present embodiment.To help
User more accurately knows the location of companion.
In one embodiment, the step S30, specifically includes as follows:
It is generated on the touching display screen according to the first path data and guides image, the guide image includes total
Distance data display window, push button and direction window, the side be directed toward window and be located at the push button；
Wherein, the total distance data display window is for showing the total distance；
The push button and the direction window are for showing the direction for marching to the destination.
Referring to Fig. 2, the total distance display window is rectangular in the present embodiment, inside show from first in real time
Position marches to the total distance of the destination, for example, total distance is 125 meters.
The push button is rounded, shows the virtual interface for user's operation and touch-control.
The unilateral direction be directed toward window and be located at the push button, with user in the direction of travel of the first real time position
Unanimously.
For example, the left side be directed toward window and be located at the push button, user should be past from first real time position
It advances in left side.
Further, the direction window includes the first direction window and second is directed toward window, and the first direction window is located at
The left side of the push button, the second direction window are located at the downside of the push button.At this point, being directed toward window according to first
The flashing state that mouth is directed toward window with described second, judges the direction of travel of user.
For example, described first is directed toward window flashing, the second direction window does not flash, and user should be real from described first
When position toward left row into.
As a kind of preferred mode of the present embodiment, the first direction window is also used to show user from described first
Real time position travels from the destination, required traveling distance of advancing along left or right side.
The second direction window is also used to show that user travels from the destination from first real time position, along upper
Traveling distance needed for side or downside traveling.
For example, user from first real time position march to the destination needed for traveling total distance be 125 meters, institute
It states the first direction window and shows that user needs from first real time position from the destination, it is described toward left row into 75 meters
Second, which is directed toward window, shows that user needs to advance 50 meters down from first real time position from the destination.
Compared with directly displaying the guide image of map and route map, this kind guides the display of image, for real-time coordinates
Pinpoint dependence it is small, user can simply know direction and route, it is not easy to because positioning is inaccurate, cause traveling road
The error in judgement of line.
In another embodiment, the step S50, specifically includes as follows:
The user is updated according to second path data to refer in other self-service terminals initiation the first navigation touch-control
The guide image generated when enabling, the updated guide image further includes progress ring, and the progress ring surrounds the touching
Button setting is controlled, the direction window is located in the progress ring, and the total distance data display window is located at the progress ring
Outside；
Wherein, the total distance data display window is for showing the total distance；
The push button and the direction window are for showing the direction for marching to the destination, the direction window
It is also used to show the distance advanced；
The progress ring is for showing the ratio between the traveling distance and the total distance.
It is appreciated that the self-service terminal can repeatedly update the direction image, therefore, the second real time position can
Any one for thinking intermediate transit point, is not limited to unique point.
Referring to Fig. 3, user's push button described in the second real time position b1 touch-control, generates and guides image.
Second is directed toward window flashing, and user is reminded to advance down from the second real time position.
First direction window shows that user marches to b1 from a5, and direction of travel is turned left, and traveling distance is 25 meters.
The total distance data display window shows that total distance is 125 meters, is completed 25 meters of distance.
The progress ring shows that the ratio between the traveling distance and the total distance are 1/5.
Referring to Fig. 4, user's push button described in the second real time position b4 touch-control, generates and guides image.
Described first is directed toward window flashing, and user is reminded to turn left traveling from the second real time position b4.
First direction window shows that user marches to b4 from b1, and down, traveling distance is 50 meters to direction of travel.
The total distance data display window shows that total distance is 125 meters, is completed 75 meters of distance.
The progress ring shows that the ratio between the traveling distance and the total distance are 3/5.
Referring to Fig. 5, user's push button described in the second real time position b3 touch-control, generates and guides image.
Described first is directed toward window flashing, and user is reminded to turn left traveling from the second real time position b3.
First direction window shows that user marches to b3 from b4, and direction of travel is turned left, and traveling distance is 25 meters.
The total distance data display window shows that total distance is 125 meters, is completed 100 meters of distance.
The progress ring shows that the ratio between the traveling distance and the total distance are 4/5.
Referring to Fig. 6, user's push button described in the second real time position c1 touch-control, generates and guides image.
The first direction window is uniformly flashed with the second direction window,.
First direction window shows that user marches to c1 from b1, and direction of travel is turned left, and traveling distance is 25 meters.
The total distance data display window shows that total distance is 125 meters, is completed 125 meters of distance.
The progress ring shows that the ratio between the traveling distance and the total distance are 1.
At this point, user, which is accurately known, oneself, to destination, can start timely to find companion.It is appreciated that user
The second real time position c1 that can make an inventory is destination.
In the description of this specification, reference term " embodiment ", " another embodiment ", " other embodiments " or "
The description of one embodiment~X embodiment " etc. mean specific features described in conjunction with this embodiment or example, structure, material or
Person's feature is included at least one embodiment or example of the invention.In the present specification, to the schematic table of above-mentioned term
Stating may not refer to the same embodiment or example.Moreover, specific features, structure, material, method and step or the spy of description
Point can be combined in any suitable manner in any one or more of the embodiments or examples.
It should be noted that, in this document, the terms "include", "comprise" or its any other variant are intended to non-row
His property includes, so that the process, method, article or the device that include a series of elements not only include those elements, and
And further include other elements that are not explicitly listed, or further include for this process, method, article or device institute it is intrinsic
Element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that including being somebody's turn to do
There is also other identical elements in the process, method of element, article or device.
The serial number of the above embodiments of the invention is only for description, does not represent the advantages or disadvantages of the embodiments.
By the description of above embodiment, those skilled in the art can be understood that above-described embodiment method
Can realize by means of software and necessary general hardware platform, naturally it is also possible to by hardware, but in many cases before
Person is more preferably embodiment.Based on this understanding, technical solution of the present invention substantially makes tribute to the prior art in other words
The part offered can be embodied in the form of software products, which is stored in a storage medium (such as
ROM/RAM, magnetic disk, CD) in, including some instructions are used so that a terminal (can be mobile phone, computer, server, sky
Adjust device or the network equipment etc.) execute method described in each embodiment of the present invention.
The foregoing is merely preferred embodiment of the present application, are not intended to limit the scope of the patents of the application, all at this
Under the design of application, using equivalent structure transformation made by present specification and accompanying drawing content, or directly/it is used in it indirectly
He is included in the scope of patent protection of the application relevant technical field.
Claims (10)
1. a kind of self-service terminal, which is characterized in that including touching display screen, memory, processor and be stored in described
On memory and can the computer program performed by the processor, when the computer program is executed by the processor,
Realize following steps:
When the touching display screen receives the first Navigation Tact instruction of user's triggering, triggering the first navigation touching is obtained
The corresponding subscriber identity information of user and navigational parameter information, the navigational parameter information for controlling instruction include the mesh of destination
Mark the first real-time coordinates data of coordinate data, the transfer coordinate data of preset multiple intermediate transit points and the first real time position；
First path number is generated according to the Target Coordinate Data, the transfer coordinate data and the first real-time coordinates data
According to；
It is generated on the touching display screen according to the first path data and guides image, the guide image is in the touch-control
Display screen display marches to the road direction of travel of the destination based on the corresponding present road of first real time position
And march to the total distance of the destination；
When the touching display screen receives the second navigation touch command of user's triggering, the second navigation touch command packet
The corresponding subscriber identity information of user for triggering the second navigation touch command is included, is referred to according to the second navigation touch-control is triggered
The corresponding subscriber identity information of the user of order obtains the user and refers in other self-service terminals initiation the first touch-control navigation touch-control
Corresponding navigational parameter information when enabling；
The second real-time coordinates data of the second real time position are obtained, and according to the user got at other Self-Services end
End initiates to correspond to navigational parameter information when the first navigation touch command and the second real-time coordinates data generate the second path
Data；
The first navigation touch command that the user initiates in other self-service terminals is updated according to second path data
The guide image of Shi Shengcheng, the updated guide image show real based on described second on the touching display screen
When position corresponding present road march to the destination road direction of travel, traveling distance, the total distance and
The ratio between the traveling distance and the total distance.
2. self-service terminal as described in claim 1, which is characterized in that the computer program is executed by the processor
When, also realize following steps:
Judge that the updated guiding plan seems no to meet preset condition；
When the updated guide image meets preset condition, judge to reach the destination.
3. self-service terminal as described in claim 1, which is characterized in that the computer program is executed by the processor
When, when the touching display screen receives the first Navigation Tact instruction of user's triggering, obtain triggering the first navigation touching
The step of controlling the corresponding subscriber identity information of user and navigational parameter information of instruction, specifically includes as follows:
When the touching display screen receives the first navigation touch command of user's triggering, the subscriber identity information is obtained,
And corresponding calling positioning instruction is obtained according to the subscriber identity information, the calling positioning instruction includes the position of caller
Information；
The number of targets of the corresponding destination is obtained according to the location information of the caller in the calling positioning instruction
According to；
Obtain the transfer coordinate data of preset multiple intermediate transit points and the first real-time coordinates data of the first real time position.
4. self-service terminal as described in claim 1, which is characterized in that the computer program is executed by the processor
When, described generated on the touching display screen according to the first path data guides image, and the guide image is described
Show that the road for marching to the destination based on the corresponding present road of first real time position is advanced on touching display screen
Direction and the step of march to the total distance of the destination, specifically includes as follows:
It is generated on the touching display screen according to the first path data and guides image, the guide image includes total distance
Data display window, push button and direction window, the side be directed toward window and be located at the push button；
Wherein, the total distance data display window is for showing the total distance for marching to the destination；
The push button and the direction window are advanced for showing based on the corresponding present road of first real time position
To the road direction of travel of the destination.
5. self-service terminal as claimed in claim 4, which is characterized in that the computer program is executed by the processor
When, it is described that the user is updated in other self-service terminals initiation the first navigation touch command according to second path data
The guide image of Shi Shengcheng, the updated guide image are shown on the touching display screen based on the described second real-time position
It sets corresponding present road and marches to the road direction of travel of the destination, traveling distance, the total distance and described
The step of the ratio between traveling distance and the total distance specifically includes as follows:
The user is updated when other self-service terminals initiate the first navigation touch command according to second path data
The guide image of generation, the updated guide image further includes progress ring, and the progress ring is pressed around the touch-control
Button setting, the direction window are located in the progress ring, and the total distance data display window is located at outside the progress ring；
Wherein, the total distance data display window is for showing the total distance；
The push button and the direction window are advanced for showing based on the corresponding present road of second real time position
To the road direction of travel of the destination, the window that is directed toward is also used to show the distance advanced；
The progress ring is for showing the ratio between the traveling distance and the total distance.
6. a kind of control method of self-service terminal, the self-service terminal include touching display screen, which is characterized in that institute
Control method is stated to include the following steps:
When the touching display screen receives the first Navigation Tact instruction of user's triggering, triggering the first navigation touching is obtained
The corresponding subscriber identity information of user and navigational parameter information, the navigational parameter information for controlling instruction include the mesh of destination
Mark the first real-time coordinates data of coordinate data, the transfer coordinate data of preset multiple intermediate transit points and the first real time position；
First path number is generated according to the Target Coordinate Data, the transfer coordinate data and the first real-time coordinates data
According to；
It is generated on the touching display screen according to the first path data and guides image, the guide image is in the touch-control
Display screen display marches to the road direction of travel of the destination based on the corresponding present road of first real time position
And march to the total distance of the destination；
When the touching display screen receives the second navigation touch command of user's triggering, the second navigation touch command packet
The corresponding subscriber identity information of user for triggering the second navigation touch command is included, is referred to according to the second navigation touch-control is triggered
The corresponding subscriber identity information of the user of order obtains the user and refers in other self-service terminals initiation the first touch-control navigation touch-control
Corresponding navigational parameter information when enabling；
The second real-time coordinates data of the second real time position are obtained, and according to the user got at other Self-Services end
End initiates to correspond to navigational parameter information when the first navigation touch command and the second real-time coordinates data generate the second path
Data；
The first navigation touch command that the user initiates in other self-service terminals is updated according to second path data
The guide image of Shi Shengcheng, the updated guide image show real based on described second on the touching display screen
When position corresponding present road march to the destination road direction of travel, traveling distance, the total distance and
The ratio between the traveling distance and the total distance.
7. the control method of self-service terminal as claimed in claim 6, which is characterized in that the control method further include as
Lower step:
Judge that the updated guiding plan seems no to meet preset condition；
When the updated guide image meets preset condition, judge to reach the destination.
8. the control method of self-service terminal as claimed in claim 7, which is characterized in that receive in the touching display screen
When the first Navigation Tact triggered to user instructs, the corresponding user's body of user of triggering the first navigation touch command is obtained
It the step of part information and navigational parameter information, specifically includes as follows:
When the touching display screen receives the first navigation touch command of user's triggering, the subscriber identity information is obtained,
And corresponding calling positioning instruction is obtained according to the subscriber identity information, the calling positioning instruction includes the position of caller
Information；
The number of targets of the corresponding destination is obtained according to the location information of the caller in the calling positioning instruction
According to；
Obtain the transfer coordinate data of preset multiple intermediate transit points and the first real-time coordinates data of the first real time position.
9. the control method of self-service terminal as claimed in claim 6, which is characterized in that described according to the first path
Data generate on the touching display screen guides image, and the guide image is shown on the touching display screen based on described
The corresponding present road of first real time position marches to the road direction of travel of the destination and marches to the destination
Total distance the step of, specifically include as follows:
It is generated on the touching display screen according to the first path data and guides image, the guide image includes total distance
Data display window, push button and direction window, the side be directed toward window and be located at the push button；
Wherein, the total distance data display window is for showing the total distance for marching to the destination；
The push button and the direction window are advanced for showing based on the corresponding present road of first real time position
To the road direction of travel of the destination.
10. the control method of self-service terminal as claimed in claim 6, which is characterized in that described according to second tunnel
Diameter data update the guide image that the user generates when other self-service terminals initiate the first navigation touch command, described
Updated guide image is shown on the touching display screen is advanced based on the corresponding present road of second real time position
To the road direction of travel of the destination, traveling distance, the total distance and the traveling distance and total road
The step of the ratio between journey, specifically includes as follows:
The user is updated when other self-service terminals initiate the first navigation touch command according to second path data
The guide image of generation, the updated guide image further includes progress ring, and the progress ring is pressed around the touch-control
Button setting, the direction window are located in the progress ring, and the total distance data display window is located at outside the progress ring；
Wherein, the total distance data display window is for showing the total distance；
The push button and the direction window are advanced for showing based on the corresponding present road of second real time position
To the road direction of travel of the destination, the window that is directed toward is also used to show the distance advanced；
The progress ring is for showing the ratio between the traveling distance and the total distance.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020252839A1 (en) * | 2019-06-21 | 2020-12-24 | 深圳市联华盈科通讯技术有限公司 | Navigation method and apparatus, computer device and storage medium thereof |
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