CN103677607A - Virtual input device setting adjustment system providing handheld device and method thereof - Google Patents
Virtual input device setting adjustment system providing handheld device and method thereof Download PDFInfo
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- CN103677607A CN103677607A CN201210349549.2A CN201210349549A CN103677607A CN 103677607 A CN103677607 A CN 103677607A CN 201210349549 A CN201210349549 A CN 201210349549A CN 103677607 A CN103677607 A CN 103677607A
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Abstract
Provided are a virtual input device setting adjustment system providing a handheld device and a method thereof. An average value is calculated according to a received touch parameter and then is compared with a preset display parameter, a virtual input device is enlarged when the average value is larger than the preset display parameter, and the virtual input device is reduced when the average value is smaller than the preset display parameter. Therefore, the technical effect of automatic size adjustment of the virtual input device can be achieved.
Description
Technical field
The present invention relates to a kind of setting adjustment System and method thereof, a kind of virtual input device of handheld apparatus that provides is provided and sets adjustment System and method thereof.
Background technology
The development of handheld apparatus and application be very fast, by early stage mobile phone and personal digital assistant (Personal Digital Assistant, PDA) be developed to panel computer and smart mobile phone, this makes not departed from people's daily life people's that handheld apparatus brings facility.
Early stage handheld apparatus is by the mode of button, handheld apparatus to be controlled and operated, but can take many spaces for the mode by button, indirectly can make the display screen of handheld apparatus be restricted.
Even to this day, development due to contact panel technology, existing handheld apparatus (for example: panel computer and smart mobile phone) has been broken away from and has been relied in the past button to handheld apparatus control and mode of operation, and use touch control manner instead to carry out control and the operation of handheld apparatus, so also make can use comparatively broad touch control display apparatus (being Touch Screen) on handheld apparatus, user can be used more conveniently and operate handheld apparatus.
And for different handheld apparatus, the touch control display apparatus size that it uses is not identical, and the resolution of touch control display apparatus also has difference, in general the existing virtual input device for handheld apparatus is to be set to have fixing size, or be set to the size that meets touch control display apparatus, the big or small virtual input device that meets touch control display apparatus is provided, and still, existing virtual input device but cannot provide user optimal use state.
In sum, since known prior art is medium-term and long-term, existed the existing virtual input device for handheld apparatus to be set to always and there is fixing size or be set to the size that meets touch control display apparatus, but cannot provide user the most suitably to use the problem of state, therefore be necessary to propose improved technological means, solve this problem.
Summary of the invention
Because prior art exists the existing virtual input device for handheld apparatus to be set to, there is fixing size or be set to the size that meets touch control display apparatus, but cannot provide user the most suitably to use the problem of state, the present invention a kind of virtual input device of handheld apparatus that provides is provided then and sets adjustment System and method thereof, wherein:
The disclosed virtual input device of handheld apparatus that provides of the present invention is set adjustment System, and handheld apparatus embeds touch control display apparatus, and it comprises: interface display module, receiver module, computing module and comparison module.
Interface display module is in order to show virtual input device according to default display parameter in touch control display apparatus; Receiver module is to read at least one touch parameter being received by touch control display apparatus; Computing module is the mean value that calculates touch parameter; Comparison module be in order to by mean value and default display parameter by bond parameter comparison, wherein: when mean value be greater than in default display parameter by bond parameter, amplify virtual input device; And when mean value be less than in default display parameter by bond parameter, dwindle virtual input device.
The disclosed virtual input device of handheld apparatus that provides of the present invention is set method of adjustment, and handheld apparatus embeds touch control display apparatus, and it comprises the following step:
First, in touch control display apparatus, according to default display parameter, show virtual input device; Then, read at least one touch parameter being received by touch control display apparatus; Then, calculate the mean value of touch parameter; Then, by mean value and default display parameter by bond parameter comparison; Then, when mean value be greater than in default display parameter by bond parameter, amplify virtual input device; Finally, when mean value be less than in default display parameter by bond parameter, dwindle virtual input device.
The disclosed System and method for of the present invention as above, and the difference between prior art is that the present invention shows virtual input device according to default display parameter in touch control display apparatus, and read at least one touch parameter being received by touch control display apparatus, to calculate mean value according to touch parameter, by in mean value and default display parameter by bond parameter comparison, when mean value be greater than in default display parameter by bond parameter, amplify virtual input device, and when mean value be less than in default display parameter by bond parameter, dwindle virtual input device, can provide thus user the most suitably to use the virtual input device of state, to solve user, use the problem of virtual input device inconvenience.
By above-mentioned technological means, the present invention can reach provides the virtual input device technique effect that size is adjusted automatically.
Accompanying drawing explanation
Fig. 1 is that the virtual input device that the invention provides handheld apparatus is set the system block diagrams of adjusting.
Fig. 2 is that the virtual input device that the invention provides handheld apparatus is set method of adjustment process flow diagram.
Fig. 3 is that the virtual input device that the invention provides handheld apparatus is set adjustment with parameter preset demonstration virtual input device schematic diagram.
Fig. 4 is that the virtual input device that the invention provides handheld apparatus is set adjustment to amplify virtual input device schematic diagram.
Fig. 5 is that the virtual input device that the invention provides handheld apparatus is set adjustment to dwindle virtual input device schematic diagram.
Critical piece Reference numeral:
10 handheld apparatus
11 touch control display apparatus
12 virtual input devices
21 interface display module
22 receiver modules
23 computing modules
24 comparison modules
Embodiment
Below with reference to drawings and Examples, describe embodiments of the present invention in detail, thus the present invention's implementation procedure how application technology means solve technical matters and reach technique effect can be fully understood and be implemented according to this.
First the virtual input device setting adjustment System that the invention provides handheld apparatus below will be described, and please refer to shown in Fig. 1, Fig. 1 is that the virtual input device that the invention provides handheld apparatus is set the system block diagrams of adjusting.
The disclosed virtual input device of handheld apparatus that provides of the present invention is set adjustment System, and handheld apparatus 10 embeds touch control display apparatus 11, and it comprises: interface display module 21, receiver module 22, computing module 23 and comparison module 24.
When user need to input, interface display module 21 can show virtual input device in the touch control display apparatus 11 of handheld apparatus 10, virtual input device is to be shown in touch control display apparatus 11 according to default display parameter, the virtual input device providing so that user can input, default display parameter include the length parameter, width parameter of virtual input device, by bond parameter ... Deng, by bond parameter, comprise again length parameter and width parameter, at this, only for illustrating, with this, do not limit to application category of the present invention.
Then, virtual input device in being shown in touch control display apparatus 11 is during by user's touch control operation, receiver module 22 can read on virtual input device by least one touch parameter of touch control operation, when user is when touch control display apparatus 11 carries out touch control operation, receiver module 22 can receive user is touch parameter at length and the width of touch control display apparatus 11 position of touch, when user is during in touch control display apparatus 11 a plurality of position of touch-control, length and width that receiver module 22 can receive each position of touch are respectively a plurality of touch parameters.
Particularly, suppose that the virtual input device of user in touch control display apparatus 11 carries out touch control operation three times, user that receiver module 22 receives is " 30 " for " 37 " with width in the length of the touch parameter of touch control display apparatus 11 first position of touch; User that receiver module 22 receives is " 28 " for " 35 " with width in the length of the touch parameter of touch control display apparatus 11 second position of touch; Receiver module 22 can receive user is " 32 " for " 33 " with width in the length of the touch parameter of touch control display apparatus 11 the 3rd position of touch, at this, only for illustrating, with this, does not limit to application category of the present invention.
Then, at least one touch parameter that computing module 23 can read according to receiver module 22 is to calculate the mean value of touch parameter, be according to the length of touch parameter and the area of width to calculate mean value, and computing module 23 according to the length of touch parameter and the area of width take calculate mean value be the mode that rounds up, unconditionally cast out or unimpeded access one of them calculate the mean value that least unit is integer.
Hold above-mentioned giving an example, it is " 1110 " (being 37 * 30=1110) that first touch parameter that receiver module 22 reads is respectively the area that length is " 30 " and first touch parameter for " 37 " and width; It is " 980 " (being 35 * 28=980) that second touch parameter that receiver module 22 reads is respectively the area that length is " 28 " and second touch parameter for " 35 " and width; It is " 1056 " (being 33 * 32=1056) that the 3rd touch parameter that receiver module 22 reads is respectively the area that length is " 32 " and the 3rd touch parameter for " 33 " and width, the mean value of computing module 23 touch parameter that calculates is " 1049 " and (is the result rounding up that (1110+980+1056) ÷ 3=1048.667 rounds numerical digit, also can adopt and unconditionally cast out or unimpeded access calculating mean value, at this, only for illustrating, with this, do not limit to application category of the present invention).
And the width parameter of the virtual input device of the length parameter of the virtual input device of above-mentioned default display parameter, default display parameter, by the length parameter of bond parameter, by the width parameter of the length parameter of the width parameter of bond parameter, touch parameter and touch parameter, be all to using pixel (pixel) as unit of account.
At least one touch parameter reading according to receiver module 22 at computing module 23 is with after calculating the mean value of touch parameter, in the mean value that can computing module 23 be calculated by comparison module 24 and default display parameter by bond parameter comparison, when mean value be greater than in default display parameter by bond parameter, amplify virtual input device, and when mean value be less than in default display parameter by bond parameter, dwindle virtual input device.
Hold above-mentioned giving an example, suppose in default display parameter to be that " 25 " and width are " 25 " by the length of bond parameter, and be " 625 " (being 25 * 25=625) by the area of bond parameter, comparison module 24 compares for " 1049 " and by the area of bond parameter mean value for " 625 ", be that mean value be that " 1049 " can be greater than in default display parameter is " 625 " by the area of bond parameter, now can amplify virtual input device; Suppose that mean value is for " 500 ", comparison module 24 compares for " 500 " and by the area of bond parameter mean value for " 625 ", be that mean value be that " 1049 " can be less than in default display parameter is " 625 " by the area of bond parameter, now can dwindle virtual input device.
Hold above-mentioned giving an example, the mean value that computing module 23 calculates is " 1049 ", and the area by bond parameter is " 625 ", the regulation that comparison module 24 calculates is " 1.6784 " (being 1049 ÷ 625=1.6784), and for " 1.6784 " are multiplied by default display parameter, (its result of calculation is the result that rounds up that rounds numerical digit according to regulation, also can adopt and unconditionally cast out or unimpeded access calculating mean value, at this only for illustrating, with this, do not limit to application category of the present invention), to amplify virtual input device.
Suppose that the mean value that computing module 23 calculates is " 500 ", and the area by bond parameter is " 625 ", the regulation that comparison module 24 calculates is " 0.8 " (being 500 ÷ 625=0.8), and for " 0.8 " is multiplied by default display parameter, (its result of calculation is the result that rounds up that rounds numerical digit according to regulation, also can adopt and unconditionally cast out or unimpeded access calculating mean value, at this only for illustrating, with this, do not limit to application category of the present invention), to dwindle virtual input device.
Then, to explain orally function mode of the present invention and flow process with an actual example below, following embodiment explanation describes coordinate shown in Fig. 1 and Fig. 2 simultaneously, and Fig. 2 is that the virtual input device that the invention provides handheld apparatus is set method of adjustment process flow diagram.
Please refer to shown in Fig. 3, Fig. 3 is that the virtual input device that the invention provides handheld apparatus is set adjustment with parameter preset demonstration virtual input device schematic diagram; When user need to input, interface display module 21 can show virtual input device 12 in the touch control display apparatus 11 of handheld apparatus 10, virtual input device 12 is to be shown in touch control display apparatus 11 (step 110) according to default display parameter, the virtual input device 12 providing is so that user can input, and in touch control display apparatus 11, virtual input device 12 shows that signal please refer to shown in Fig. 3.
Then, it is " 30 " for " 37 " with width that first touch parameter reading due to receiver module 22 is respectively length, and the area of first touch parameter is now " 1110 " (being 37 * 30=1110); It is " 980 " (being 35 * 28=980) that second touch parameter that receiver module 22 reads is respectively the area that length is " 28 " and second touch parameter for " 35 " and width; It is " 1056 " (being 33 * 32=1056) that the 3rd touch parameter that receiver module 22 reads is respectively the area that length is " 32 " and the 3rd touch parameter for " 33 " and width, the mean value of computing module 23 touch parameter that calculates is " 1049 " and (is the result rounding up that (1110+980+1056) ÷ 3=1048.667 rounds numerical digit, also can adopt and unconditionally cast out or unimpeded access calculating mean value, at this only for illustrating, with this, do not limit to application category of the present invention, step 130).
In an embodiment, in default display parameter, by the length of bond parameter, be that " 25 " and width are " 25 ", and be " 625 " (being 25 * 25=625) by the area of bond parameter, comparison module 24 compares (step 140) for " 1049 " and by the area of bond parameter for " 625 " by mean value, be that mean value be that " 1049 " can be greater than in default display parameter is " 625 " by the area of bond parameter, now can amplify virtual input device 12(step 150).
Then, the mean value that comparison module 24 calculates computing module 23 is for " 1049 " are divided by calculating regulation for " 1.6784 " (being 1049 ÷ 625=1.6784) by the area of bond parameter for " 625 " in default display parameter, and for " 1.6784 " are multiplied by default display parameter, (its result of calculation is the result rounding up that rounds numerical digit according to regulation, also can adopt and unconditionally cast out or unimpeded access calculating mean value, at this only for illustrating, with this, do not limit to application category of the present invention), to amplify virtual input device 12, the amplification result of virtual input device 12 please refer to shown in Fig. 4, Fig. 4 is that the virtual input device that the invention provides handheld apparatus is set adjustment to amplify virtual input device schematic diagram.
Then, please referring again to shown in Fig. 3, virtual input device 12 in being shown in touch control display apparatus 11 is during by user's touch control operation, now the virtual input device 12 of user in touch control display apparatus 11 carries out touch control operation three times, now, user that receiver module 22 receives is " 20 " (step 120) for " 25 " with width in the length of the touch parameter of touch control display apparatus 11 first position of touch; User that receiver module 22 receives is " 20 " (step 120) for " 25 " with width in the length of the touch parameter of touch control display apparatus 11 second position of touch; Receiver module 22 can receive user is that " 25 " are " 20 " (step 120) with width in the length of the touch parameter of touch control display apparatus 11 the 3rd position of touch.
Then, it is " 20 " for " 25 " with width that first touch parameter reading due to receiver module 22 is respectively length, and the area of first touch parameter is now " 500 " (being 25 * 20=500); It is " 500 " (being 25 * 20=500) that second touch parameter that receiver module 22 reads is respectively the area that length is " 20 " and second touch parameter for " 25 " and width; It is " 500 " (being 25 * 20=500) that the 3rd touch parameter that receiver module 22 reads is respectively the area that length is " 20 " and the 3rd touch parameter for " 25 " and width, the mean value of computing module 23 touch parameter that calculates is " 500 " and (is the result rounding up that (500+500+500) ÷ 3=500 rounds numerical digit, also can adopt and unconditionally cast out or unimpeded access calculating mean value, at this only for illustrating, with this, do not limit to application category of the present invention, step 130).
In an embodiment, in default display parameter, by the length of bond parameter, be that " 25 " and width are " 25 ", and be " 625 " (being 25 * 25=625) by the area of bond parameter, comparison module 24 compares (step 140) for " 500 " and by the area of bond parameter for " 625 " by mean value, be that mean value be that " 500 " can be less than in default display parameter is " 625 " by the area of bond parameter, now can dwindle virtual input device 12(step 160).
Then, the mean value that comparison module 24 calculates computing module 23 is for " 500 " are divided by calculating regulation for " 0.8 " (being 500 ÷ 625=0.8) by the area of bond parameter for " 625 " in default display parameter, and for " 0.8 " is multiplied by default display parameter, (its result of calculation is the result rounding up that rounds numerical digit according to regulation, also can adopt and unconditionally cast out or unimpeded access calculating mean value, at this only for illustrating, with this, do not limit to application category of the present invention), to dwindle virtual input device 12, the result of dwindling of virtual input device 12 please refer to shown in Fig. 5, Fig. 5 is that the virtual input device that the invention provides handheld apparatus is set adjustment to dwindle virtual input device schematic diagram.
In sum, difference between known the present invention and prior art is that the present invention shows virtual input device according to default display parameter in touch control display apparatus, and read at least one touch parameter being received by touch control display apparatus, to calculate mean value according to touch parameter, by in mean value and default display parameter by bond parameter comparison, when mean value be greater than in default display parameter by bond parameter, amplify virtual input device, and when mean value be less than in default display parameter by bond parameter, dwindle virtual input device, can provide thus user the most suitably to use the virtual input device of state, to solve user, use the problem of virtual input device inconvenience.
By this technological means, can solve the existing existing virtual input device for handheld apparatus of prior art is set to and has fixing size or be set to the size that meets touch control display apparatus, the problem that but cannot provide user the most suitably to use state, and then reach the technique effect that the automatic size adjustment of virtual input device is provided.
Although the disclosed embodiment of the present invention as above, yet described content is not in order to direct restriction scope of patent protection of the present invention.Any those skilled in the art are not departing under the prerequisite of the disclosed spirit and scope of the present invention, can do some changes what implement in form and in details.Scope of patent protection of the present invention, still must be as the criterion with the content that appending claims was limited.
Claims (10)
1. provide the virtual input device of handheld apparatus to set an adjustment System, it is characterized in that, described handheld apparatus embeds touch control display apparatus, and it comprises:
Interface display module, in order to show virtual input device according to default display parameter in described touch control display apparatus;
Receiver module, in order to read at least one touch parameter being received by described touch control display apparatus;
Computing module, in order to calculate the mean value of described touch parameter; And
Comparison module, in order to by described mean value and described default display parameter by bond parameter comparison, wherein:
When described mean value is greater than described by bond parameter in described default display parameter, amplify described virtual input device; And
When described mean value is less than described by bond parameter in described default display parameter, dwindle described virtual input device.
2. the virtual input device of handheld apparatus that provides as claimed in claim 1 is set adjustment System, it is characterized in that, described during described default display parameter show comprises length parameter and width parameter by bond parameter and described touch parameter, and wherein said length parameter and described width parameter are usingd pixel as unit of account.
3. the virtual input device of handheld apparatus that provides as claimed in claim 1 is set adjustment System, it is characterized in that, described comparison module be with described mean value divided by described in described default display parameter by bond parameter to calculate regulation, and be multiplied by described default display parameter according to described regulation, to amplify described virtual input device or to dwindle described virtual input device.
4. the virtual input device of handheld apparatus that provides as claimed in claim 1 is set adjustment System, it is characterized in that, described computing module be the mode that rounds up, unconditionally cast out or unimpeded access one of them calculate the described mean value that least unit is integer.
5. the virtual input device of handheld apparatus that provides as claimed in claim 3 is set adjustment System, it is characterized in that, described comparison module according to described regulation be multiplied by described default display parameter be the mode that rounds up, unconditionally cast out or unimpeded access one of them calculate the result that least unit is integer.
6. provide the virtual input device of handheld apparatus to set a method of adjustment, it is characterized in that, described handheld apparatus embeds touch control display apparatus, and it comprises the following step:
In described touch control display apparatus, according to default display parameter, show virtual input device;
Read at least one touch parameter being received by described touch control display apparatus;
Calculate the mean value of described touch parameter;
By in described mean value and described default display parameter by bond parameter comparison;
When described mean value is greater than described by bond parameter in described default display parameter, amplify described virtual input device; And
When described mean value is less than described by bond parameter in described default display parameter, dwindle described virtual input device.
7. the virtual input device of handheld apparatus that provides as claimed in claim 6 is set method of adjustment, it is characterized in that, the described virtual input device that handheld apparatus is provided is set described in showing of described default display parameter in method of adjustment and is comprised length parameter and width parameter by bond parameter and described touch parameter, and wherein said length parameter and described width parameter are usingd pixel as unit of account.
8. the virtual input device of handheld apparatus that provides as claimed in claim 6 is set method of adjustment, it is characterized in that, the described virtual input device of handheld apparatus that provides is set in method of adjustment, be with described mean value divided by described in described default display parameter by bond parameter to calculate regulation, and be multiplied by described default display parameter according to described regulation, to amplify described virtual input device or to dwindle described virtual input device.
9. the virtual input device of handheld apparatus that provides as claimed in claim 6 is set method of adjustment, it is characterized in that, the step that calculates the mean value of described touch parameter be the mode that rounds up, unconditionally cast out or unimpeded access one of them calculate the described mean value that least unit is integer.
10. the virtual input device of handheld apparatus that provides as claimed in claim 8 is set method of adjustment, it is characterized in that, according to described regulation be multiplied by described default display parameter be the mode that rounds up, unconditionally cast out or unimpeded access one of them calculate the result that least unit is integer.
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Application publication date: 20140326 |