CN103853442A - Information processing method and electronic equipment - Google Patents
Information processing method and electronic equipment Download PDFInfo
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- CN103853442A CN103853442A CN201210511059.8A CN201210511059A CN103853442A CN 103853442 A CN103853442 A CN 103853442A CN 201210511059 A CN201210511059 A CN 201210511059A CN 103853442 A CN103853442 A CN 103853442A
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Abstract
The invention discloses an information processing method and electronic equipment. The method is applied to the electronic equipment. The method comprises the following steps of when detecting that an operating body performs rotation operation on a first target on an input unit of the electronic equipment, acquiring a first parameter of the rotation operation on first moment, and acquiring a second parameter of the rotation operation on second moment after the first moment; on the basis of the first parameter and the second parameter, acquiring a first rotation parameter; at least on the basis of the corresponding relation between the rotation parameter and a control command, determining the control command corresponding to the first rotation parameter as a first control command; on the basis of the first control command, controlling the first target to finish action corresponding to the rotation operation.
Description
Technical field
The application relates to electronic technology field, particularly a kind of information processing method and electronic equipment.
Background technology
Along with scientific and technical development, electronic technology has also obtained development at full speed, and the kind of electronic product is also more and more, and people have also enjoyed the various facilities that development in science and technology brings.People can pass through various types of electronic equipments now, enjoy the comfortable life bringing along with development in science and technology.Such as, smart mobile phone, panel computer etc. have become an indispensable part in people's life with the electronic equipment of touch-control input block.
At present, electronic equipment can become corresponding steering order next life according to the result of identification gesture operation, thereby electronic equipment is carried out and inputted corresponding steering order with touch-control, input corresponding action to complete touch-control, such as touch-control input can be click on touch-control input block or slide etc., and corresponding steering order can be definite or page turning etc.
But the inventor realizing in the process of invention technical scheme in the embodiment of the present invention, finds that above-mentioned technology at least exists following technical matters:
There is the technical matters of the gesture operation of None-identified operating body self rotation, that is: in the prior art, because electronic equipment is in the time of the gesture operation of identifying operation body, click that can only identifying operation body, slip, long by and short in operation, and the gesture operation of None-identified operating body self rotation, so there is the technical matters of the gesture operation of None-identified operating body self rotation;
And because the gesture operation of None-identified operating body self rotation, so just very loaded down with trivial details in need to being rotated some object of electronic equipment, for example when small-sized object electronic equipment being shown by gesture operation is rotated, rotate to predetermined angle in order to control small-sized object, need first this small-sized object to be amplified, then rotate to predetermined angle by this small-sized object of gesture operation control, then this small-sized object is dwindled, finally this small-sized object is retracted to original position, so just reach the object of rotating this small-sized object, operate very loaded down with trivial details, reduce user's experience.
Summary of the invention
The embodiment of the present invention provides a kind of information processing method and electronic equipment, has solved the technical matters of the gesture operation of None-identified operating body self rotation in prior art.
The embodiment of the present invention provides a kind of information processing method on the one hand, be applied on an electronic equipment, described method comprises: detect when an operating body is carried out rotation operation to the first object on the input block of described electronic equipment, obtain the first parameter of described rotation operation in the first moment, obtain the second parameter of described rotation operation in the second moment that is later than described the first moment; Based on described the first parameter and described the second parameter, obtain the first rotation parameter; At least corresponding relation based between rotation parameter and steering order, determines that the steering order that described the first rotation parameter is corresponding is the first steering order; Based on described the first steering order, control described the first object and complete with described rotation and operate corresponding action.
Alternatively, described the first parameter that obtains described rotation operation in the first moment, be specially: in the time that described electronic equipment comprises an image sensing cell, obtain first form parameter of described operating body in the time carrying out described rotation operation by described image sensing cell in described the first moment; Or in the time that described input block is specially touch-control input block, obtain first form parameter of described operating body in the time carrying out described rotation operation by described touch-control input block in described the first moment.
Alternatively, described the second parameter that obtains described rotation operation in the second moment that is later than described the first moment, is specially: obtain second form parameter of described operating body in the time carrying out described rotation operation by described image sensing cell in described the second moment; Or obtain second form parameter of described operating body in the time carrying out described rotation operation by described touch control unit in described the second moment.
Alternatively, described definite steering order corresponding to described the first rotation parameter is the first steering order, be specially: show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, and determines that the steering order that described the first rotation parameter is corresponding is for controlling the instruction of page turning backward of described the first object; Or show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, determine that the steering order that described the first rotation parameter is corresponding is for controlling the instruction of page turning forward of described the first object.
Alternatively, described definite steering order corresponding to described the first rotation parameter is the first steering order, be specially: show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, determine that the steering order that described the first rotation parameter is corresponding is the instruction of amplifying for controlling described the first object; Or show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, determine that the steering order that described the first rotation parameter is corresponding is the instruction of dwindling for controlling described the first object.
Alternatively, described definite steering order corresponding to described the first rotation parameter is the first steering order, be specially: show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, and determines that the steering order that described the first rotation parameter is corresponding is the instruction of ejecting in the direction of the clock a fan-shaped menu for controlling described the first object; Or show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, determine that the steering order that described the first rotation parameter is corresponding is for controlling described the first object by the instruction of counterclockwise ejecting a fan-shaped menu.
Alternatively, described definite steering order corresponding to described the first rotation parameter is the first steering order, be specially: show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, and determines that the steering order that described the first rotation parameter is corresponding is the instruction of rotating in the direction of the clock for controlling described the first object; Or show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, determine that the steering order that described the first rotation parameter is corresponding is for controlling described the first object by the counterclockwise instruction of rotation.
Alternatively, before described definite steering order corresponding to described the first rotation parameter is the first steering order, described method also comprises: detect the type of described the first object, obtain a testing result; The described at least corresponding relation based between rotation parameter and steering order, determine that the steering order that described the first rotation parameter is corresponding is the first steering order, be specially: based on described testing result and described corresponding relation, determine that the steering order that described the first rotation parameter is corresponding is the first steering order.
The embodiment of the present invention also provides a kind of electronic equipment on the other hand, comprising: casing, circuit board, is arranged in described casing, processor, is arranged on described circuit board, input block, is connected with described processor, for receiving the input operation of an operating body, wherein, described processor is for detecting on the input block of an operating body at described electronic equipment when the first object is carried out to rotation operation, obtain the first parameter of described rotation operation in the first moment, obtain the second parameter of described rotation operation in the second moment that is later than described the first moment, and based on described the first parameter and described the second parameter, obtain the first rotation parameter, the at least corresponding relation based between rotation parameter and steering order, determine that the steering order that described the first rotation parameter is corresponding is the first steering order, based on described the first steering order, controlling described the first object completes with described rotation and operates corresponding action.
Alternatively, described electronic equipment comprises an image sensing cell, and described image sensing cell is specifically for obtaining first form parameter of described operating body in the time carrying out described rotation operation or the second form parameter in the time that described the second moment obtains described operating body in the described rotation operation of execution in described the first moment.
Alternatively, the input block of described electronic equipment is specially touch-control input block, and described touch-control input block is specifically for obtaining first form parameter of described operating body in the time carrying out described rotation operation or the second form parameter in the time that described the second moment obtains described operating body in the described rotation operation of execution in described the first moment.
Alternatively, show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, described processing is specifically for determining that steering order corresponding to described the first rotation parameter is for controlling the instruction of page turning backward of described the first object; Or show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, described processing is specifically for determining that steering order corresponding to described the first rotation parameter is for controlling the instruction of page turning forward of described the first object.
Alternatively, show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, described processor is specifically for determining that steering order corresponding to described the first rotation parameter is the instruction of amplifying for controlling described the first object; Or show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, described processor is specifically for determining that steering order corresponding to described the first rotation parameter is the instruction of dwindling for controlling described the first object.
Alternatively, show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, described processor is specifically for determining that steering order corresponding to described the first rotation parameter is the instruction of ejecting in the direction of the clock a fan-shaped menu for controlling described the first object; Or show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, described processor is specifically for determining that steering order corresponding to described the first rotation parameter is for controlling described the first object by the instruction of counterclockwise ejecting a fan-shaped menu.
Alternatively, show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, described processor is specifically for determining that steering order corresponding to described the first rotation parameter is the instruction of rotating in the direction of the clock for controlling described the first object; Or show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, described processor is specifically for determining that steering order corresponding to described the first rotation parameter is for controlling described the first object by the counterclockwise instruction of rotation.
Alternatively, described processor, specifically for detecting the type of described the first object, obtains a testing result, and based on described testing result and described corresponding relation, determines that the steering order that described the first rotation parameter is corresponding is the first steering order.
Above-mentioned one or more technical schemes in the embodiment of the present invention, at least have following one or more technique effects:
1, owing to having adopted the first rotation parameter in the time carrying out rotation operation according to operating body, determine that the steering order that the first rotation parameter is corresponding is the technological means of the first steering order, so solved the technical matters of the gesture operation of None-identified operating body self rotation in prior art, realize the technique effect of the gesture operation of effective identifying operation body self rotation, further, can determine corresponding steering order according to the rotation operation of identification, and the object operating based on this steering order control rotation completes the action corresponding with rotating operation, and then increase the quantity of the gesture operation that electronic equipment can identifying operation body, make the function of electronic equipment abundanter, and increase the interactive mode between electronic equipment and user, be user-friendly to, thereby can increase the user experience of electronic equipment.
2, owing to having adopted the technological means of setting up corresponding relation between the first object, rotation operation, steering order, so can be according to the testing result that the type of the first object is detected, and corresponding relation between rotation parameter and steering order, determine exactly the corresponding steering order of the first rotation parameter, complete the action corresponding with rotating operation thereby control the first object.
3, due to first parameter and second parameter of the gesture operation that only need to obtain operating body self rotation in the time carrying out, such as passing through image sensing cell, or touch-control input block, just can be according to the first parameter and second gain of parameter the first rotation parameter, thereby get the first steering order that the first rotation parameter is corresponding, thereby can be based on this first steering order, control the first object and complete the action corresponding with rotating operation, so the method that the embodiment of the present invention provides is simple, easily be applied to smart mobile phone, on the electronic equipments such as panel computer, the scope of application is wider.
Accompanying drawing explanation
The process flow diagram of the information processing method that Fig. 1 provides for the embodiment of the present invention;
The schematic diagram of the first form parameter that Fig. 2 provides for the embodiment of the present invention;
The schematic diagram of the second form parameter that Fig. 3 provides for the embodiment of the present invention;
The schematic diagram of the first sense of rotation parameter that Fig. 4 provides for the embodiment of the present invention;
The schematic diagram of the fan-shaped menu that Fig. 5 provides for the embodiment of the present invention;
The functional block diagram of the electronic equipment that Fig. 6 provides for the embodiment of the present invention.
Embodiment
The embodiment of the present invention, by a kind of information processing method and electronic equipment are provided, has solved the technical matters of the gesture operation of None-identified operating body self rotation in prior art, has realized the technique effect of the gesture operation of effective identifying operation body self rotation.
Technical scheme in the embodiment of the present invention is for addressing the above problem, and general thought is as follows:
First in the time detecting that an operating body is carried out rotation operation to the first object on the input block of an electronic equipment, obtain the first parameter of rotation operation in the first moment, obtain the second parameter of rotation operation in the second moment that was later than for the first moment;
Then based on the first parameter and the second parameter, obtain the first rotation parameter;
Then the corresponding relation based between rotation parameter and steering order at least, determines that the steering order that the first rotation parameter is corresponding is the first steering order;
Finally based on the first steering order, control the first object and complete the action corresponding with rotating operation, so solved the technical matters of the gesture operation of None-identified operating body self rotation in prior art, realize the technique effect of the gesture operation of effective identifying operation body self rotation, thereby increased the quantity of the gesture operation that electronic equipment can identifying operation body.
In order better to understand technique scheme, below in conjunction with Figure of description and concrete embodiment, technique scheme is described in detail.
The embodiment of the present invention provides a kind of information processing method on the one hand, the method is applied on an electronic equipment, and in actual applications, this electronic equipment can be smart mobile phone, panel computer etc., also can be other other electronic equipments of the same type, this is not restricted.In ensuing part, will be example take electronic equipment as smart mobile phone, carry out at length describing for example.
Please refer to Fig. 1, the process flow diagram of the information processing method that Fig. 1 provides for the embodiment of the present invention, the method comprises:
S1: detect when an operating body is carried out rotation operation to the first object on the input block of electronic equipment, obtain the first parameter of rotation operation in the first moment, obtain the second parameter of rotation operation in the second moment that was later than for the first moment;
S2: based on the first parameter and the second parameter, obtain the first rotation parameter;
S3: at least corresponding relation based between rotation parameter and steering order, determine that the steering order that the first rotation parameter is corresponding is the first steering order;
S4: based on the first steering order, control the first object and complete the action corresponding with rotating operation.
In step S1, this operating body can be finger, can be also other devices that can input on the input block of electronic equipment, and such as capacitance pen etc., the first object can be a picture, can be also a file, does not limit at this.
In specific implementation process, obtain the first parameter of rotation operation in the first moment, specifically, can be when this operating body is when the input block of electronic equipment is carried out rotation operation to the first object, obtain the first form parameter of rotation operation in the first moment.
In actual applications, when electronic equipment can comprise an image sensing cell, obtain the first form parameter of rotation operation in the first moment, specifically, can be to pass through image sensing cell, such as using CCD, the imageing sensors such as CMOS get operating body in the first form parameter of carrying out rotation operation, this operating body can be that rotation operation is carried out in the region that can take pictures at image sensing cell, such as, carry out rotation operation on the screen by finger one smart mobile phone time, be arranged near the image sensing cell of smart mobile phone screen and just can photograph first form parameter of this operating body in the time carrying out rotation operation, please refer to Fig. 2, Fig. 2 is the schematic diagram of first form parameter of operating body in the time carrying out rotation operation, as can be seen from Figure 2, first shape of finger in the time carrying out rotation operation is roughly an ellipse, so the first form parameter specifically can comprise this oval-shaped major axis, the information such as minor axis, as shown in Figure 2, owing to all having fingerprint on finger, in the first form parameter, can also comprise finger print information.Certainly, while obtaining the first form parameter by image sensing cell, operating body needn't contact with input block, such as direct rotation aloft also can, as long as this image sensing cell can photograph operating body in the first form parameter of carrying out rotation operation time.
Except the mode of aforementioned the first form parameter of obtaining rotation operation by image sensing cell, in actual applications, can also by the touch-control input block of electronic equipment come or the first form parameter.
When the input block of electronic equipment is specially touch-control input block, obtain the first form parameter of rotation operation in the first moment, specifically, can be to obtain first form parameter of this operating body in the time carrying out rotation operation by this touch-control input block in the first moment, such as a finger is when one comprises and carries out rotation operation on the smart mobile phone of touch screens, also when the input block of this smart mobile phone is touch screens, touch screens can by be subject to pressure be converted to electric signal, thereby just can obtain first form parameter of finger in the time carrying out rotation operation according to electric signal.
Similarly, comprise that the smart mobile phone of capacitance plate is owing to being the specific coatings of shielding by operating body hand capacities such as finger or conductive stylus, to change the capacitance of contact point, thereby the frequency of the oscillator being connected with the electric capacity of this contact point is changed, change the positional information that just can determine contact point by survey frequency, thereby can obtain equally first form parameter of finger in the time carrying out rotation operation.
Certainly, in using touch screens or capacitance plate to obtain the first form parameter, need to obtain equally the information of the fingerprint of finger, the mode that those skilled in the art obtains finger print information has a lot, obtain etc. by image sensing cell such as above-mentioned, just repeated no more at this.
Obtain the second parameter of rotation operation in the second moment that was later than for the first moment, specifically, can be to obtain second form parameter of this operating body in the time carrying out rotation operation by above-mentioned image sensing cell or touch-control input block equally, please refer to Fig. 3, Fig. 3 is the schematic diagram of second form parameter of operating body in the time carrying out rotation operation, owing to obtaining the second form parameter and to obtain the principle of the first form parameter identical, thus for instructions succinctly, just repeated no more at this.
In specific implementation process, the first moment and the second moment do not limit herein, in the present embodiment, the first moment can be that electronic equipment is detecting that this operating body is in that time of carrying out rotation operation beginning, and can be electronic equipment detecting that this operating body carried out that time of rotation EO the second moment, in actual applications, those skilled in the art can be according to actual conditions, the first moment and the second moment are set to the suitable moment, to meet the demand of actual conditions.
After obtaining the first parameter and the second parameter, the method that the embodiment of the present invention provides enters step S2, in step S2, based on the first parameter and the second parameter, obtain the first rotation parameter, specifically, can be according to the first form parameter and the second form parameter that obtain in step S1, thereby obtain the first sense of rotation parameter.
In specific implementation process, analyze the difference of the first form parameter and the second form parameter, can obtain the first sense of rotation parameter, please refer to Fig. 4, Fig. 4 is the schematic diagram of the first sense of rotation parameter of providing of the present embodiment, in actual applications, can be time interval between the first moment and the second moment a threshold value to be set, make operating body in this threshold time section, can only within the scope of 360 °, rotate, in this case, can find out that the sense of rotation of this operating body in the time carrying out rotation operation is clockwise direction, that is to say, the first sense of rotation parameter comprises and shows that operating body is clockwise data carrying out when operation rotation sense of rotation.Certainly, in actual applications, if the sense of rotation of operating body in the time carrying out rotation operation be counterclockwise, this first sense of rotation parameter comprises and shows that to operate in sense of rotation when carrying out rotation and operating be anticlockwise data to operating body carrying out rotation.
In specific implementation process, can also adopt and obtain this operating body carrying out in rotation operating process and the pressure information of screen contact portion, be used as the foundation of decision operation body sense of rotation, such as, in the first shape that finger produces contacting with screen, take the dotted portion in Fig. 2 as separatrix, the first half is because finger and screen contact gear ratio are tightr, also firmly larger when in use, and the latter half is because finger contacts more open with screen, when use, firmly size is also less compared with the first half, so pressure information screen being subject to by pressure sensitive unit is as the particular content of the first form parameter, thereby can judge equally the sense of rotation of this operating body in the time carrying out rotation operation.Certainly, by the introduction of the present embodiment, those skilled in the art can also adopt other technological means that can expect, carrys out the sense of rotation of decision operation body, has just repeated no more at this.
Based on the first parameter and the second parameter, after obtaining the first rotation parameter, the method that the present embodiment provides enters step S3, in step S3, the at least corresponding relation based between rotation parameter and steering order, determine that the steering order that the first rotation parameter is corresponding is the first steering order, specifically, can be to set up a corresponding relation for rotation parameter and steering order, what for example the first rotation parameter was corresponding is the first steering order, what the second rotation parameter was corresponding is second steering order etc., in step S2, get after the first rotation parameter, just can in this corresponding relation, find the steering order that the first rotation parameter is corresponding is the first steering order.In actual applications, according to first parameter in the first moment and second parameter in the second moment of rotation operation, can obtain the first rotation parameter, and according to the corresponding relation between rotation parameter and steering order, obtain the first steering order that the first rotation parameter is corresponding, that is: with user's visual angle, rotation operation is corresponding the first steering order.
In specific implementation process, determine that the steering order that the first rotation parameter is corresponding is the first steering order, specifically, can be that the first rotation parameter obtaining in step S2 shows that rotation is operating as while turning clockwise operation, determine that the steering order that the first rotation parameter is corresponding is for controlling the instruction of page turning backward of the first object, or the first rotation parameter obtaining in step S2 shows that rotation is operating as while being rotated counterclockwise operation, determines that the steering order that the first rotation parameter is corresponding is for controlling the instruction of page turning forward of the first object.Such as, when the first object is the document of multipage demonstration, if user has carried out by operating body the operation that turns clockwise, can get first rotation parameter of this operating body in the time that execution turns clockwise operation, and the first rotation parameter comprise show this rotation be operating as turn clockwise operation data, thereby according to the corresponding relation between rotation parameter and steering order, can determine the steering order that the first rotation parameter is corresponding is for controlling the document instruction of page turning backward.
In actual applications, by the first form parameter and the second form parameter, and the numerical value of first time period between moment and the second moment, can also obtain operating body carrying out the anglec of rotation parameter in when operation rotation, rotational speed parameter etc., so in the present embodiment, the page turning action that can also be document in the rotational speed of carrying out when operation rotation according to operating body adds some special-effects, such as the speed of rotational speed the document page turning very fast time is also very fast, etc.Certainly,, by the introduction of the present embodiment, those skilled in the art's steering order corresponding to operation that also can turn clockwise is set to control the document instruction of page turning forward, just repeated no more at this.
In specific implementation process, determine that the steering order that the first rotation parameter is corresponding is the first steering order, specifically, can also be when the first rotation parameter shows that rotation is operating as the operation that turns clockwise, determine that the steering order that the first rotation parameter is corresponding is the instruction of amplifying for controlling the first object, or when the first rotation parameter shows that rotation is operating as and is rotated counterclockwise operation, determine that the steering order that the first rotation parameter is corresponding is the instruction of dwindling for controlling the first object.Such as, in the time that the first object is the small-sized object on display screen, user is for example finger by an operating body, input pen etc., carry out the operation that turns clockwise on input block in, can get first rotation parameter of this operating body in the time that execution turns clockwise operation, and the first rotation parameter comprise show this rotation be operating as turn clockwise operation data, thereby according to the first rotation parameter, can determine the first steering order that the first rotation parameter is corresponding is the instruction of amplifying for controlling the first object, thereby according to the first steering order, just can control this small-sized object and carry out amplification action.
In actual applications, by the first form parameter and the second form parameter, and the numerical value of first time period between moment and the second moment, can also obtain the anglec of rotation parameter of operating body in the time carrying out rotation operation, rotational speed parameter etc., so in the present embodiment, can also rotational speed and the anglec of rotation in the time carrying out rotation operation add some special-effects according to operating body, such as, the speed that the rotational speed of rotation operation can be exaggerated with small-sized object is consistent, when rotational speed is very fast, the speed that small-sized object is exaggerated can be very fast, when rotational speed is very slow, the speed that small-sized object is exaggerated is also thereupon very slow, and the anglec of rotation of the operation that turns clockwise can be controlled the enlargement factor of small-sized object, while being 15 ° such as the anglec of rotation of rotation operation, the enlargement factor that can control small-sized object is original 1.15 times, certainly, by the introduction of the present embodiment, those skilled in the art also can turn clockwise operation corresponding steering order be set to the instruction of dwindling for controlling this small-sized object, just repeat no more at this.
In specific implementation process, determine that the steering order that the first rotation parameter is corresponding is the first steering order, specifically, can also be when the first rotation parameter shows that rotation is operating as the operation that turns clockwise, determine that the steering order that the first rotation parameter is corresponding is the instruction of ejecting in the direction of the clock a fan-shaped menu for controlling the first object, or when the first rotation parameter shows that rotation is operating as and is rotated counterclockwise operation, determine that the steering order that the first rotation parameter is corresponding is for controlling the first object by the instruction of counterclockwise ejecting a fan-shaped menu.Please refer to Fig. 5, Fig. 5 is the schematic diagram of the fan-shaped menu of the ejection that provides of the present embodiment, in actual applications, option in fan-shaped menu can be " copying ", " deletion ", " shearing " etc., those skilled in the art can be according to actual conditions, option in fan-shaped menu is set to suitable option, to meet the demand of actual conditions.
In actual applications, by the first form parameter and the second form parameter, and the numerical value of first time period between moment and the second moment, can also obtain the anglec of rotation parameter of operating body in the time carrying out rotation operation, rotational speed parameter etc., so in the present embodiment, can also rotational speed and the anglec of rotation in the time that execution turns clockwise operation add some special-effects according to operating body, such as, can be according to the anglec of rotation of the operation that turns clockwise, adjust eject fan-shaped menu on option number, such as, when the anglec of rotation is 20 °, eject on fan-shaped menu and can be adjusted into two options, such as being " copying " and " deletion ", when the anglec of rotation is 30 °, on the fan-shaped menu ejecting, can be adjusted into three options, such as being " copying ", " deletion " and " shearing ", certainly, other options that those skilled in the art can these options be set to commonly use, order also can arrange according to the needs of actual conditions, just repeat no more at this.
In specific implementation process, determine that the steering order that the first rotation parameter is corresponding is the first steering order, specifically, can also be when the first rotation parameter shows that rotation is operating as the operation that turns clockwise, determine that the steering order that the first rotation parameter is corresponding is the instruction of rotating in the direction of the clock for controlling the first object, or when the first rotation parameter shows that rotation is operating as and is rotated counterclockwise operation, determine that the steering order that the first rotation parameter is corresponding is for controlling the first object by the counterclockwise instruction of rotation.Such as, in the time that the first object is the picture on display screen, user carries out the operation that turns clockwise on input block by an operating body in, can get first rotation parameter of this operating body in the time that execution turns clockwise operation, and the first rotation parameter comprise show this rotation be operating as turn clockwise operation data, thereby according to the first rotation parameter, can determine the first steering order that the first rotation parameter is corresponding is the instruction of rotating in the direction of the clock for controlling this picture, thereby can be according to the first steering order, controlling picture rotates in the direction of the clock.
In specific implementation process, it between rotation operation and controlling instruction, can be relation one to one, such as, if being arranged on the first object and being picture just responds rotation and operates and determine corresponding steering order, also steering order corresponding to operation that turn clockwise is to control the steering order that picture turns clockwise, being rotated counterclockwise steering order corresponding to operation is to control the steering order that picture is rotated counterclockwise, in this case, the just rotation operation of meeting operation response body when only having first pair to like picture, in the object that is other types at the first object, be can operation response body rotation operation, certainly, also can be relation one to one, rotation operation corresponding multiple steering orders simultaneously, such as, rotation operation can corresponding aforementioned said page turning forward or backward, zoom in or out, turn clockwise or be rotated counterclockwise etc. steering order, do not limit herein.
For fear of the corresponding multiple steering order of rotation operation time, the steering order of determining according to rotation operation causes confusion, so before definite steering order corresponding to the first rotation parameter is the first steering order, the method that the present embodiment provides also comprises: detect the type of the first object, obtain a testing result.In specific implementation process, each object in intelligent mobile phone system can comprise that shows self why data for type object, such as picture can comprise " JPG " " BMP " etc. suffix name conventionally, and document can comprise " TXT " conventionally, " DOC " etc. suffix name, certainly, the object of other types can comprise too and similarly shows self why data of type object, just repeat no more at this, so in the present embodiment, can be by the first object, show self why the data of type object detect the type of the first object, obtain a testing result, thereby according to this testing result, can determine the first object and be specially which kind of type.
After determining the type of the first object, in step S3, the at least corresponding relation based between rotation parameter and steering order, determine that the steering order that the first rotation parameter is corresponding is the first steering order, specifically, can be: based on testing result and corresponding relation, determine that the steering order that the first rotation parameter is corresponding is the first steering order.That is to say, the testing result during according to the type of aforementioned detection the first object, and corresponding relation between rotation parameter and steering order, determine that the steering order that the first rotation parameter is corresponding is the first steering order.
Specifically, such as, in the whole operating system of electronic equipment, rotation operation can corresponding many steering orders, such as being, control the instruction that the first object is rotated, or control the first object and carry out instruction of page turning etc., after testing result shows that the first object is a picture, in this case, steering order corresponding to rotation operation can be to control the instruction that picture is rotated, show that according to the first rotation parameter rotation operates the operation that specifically turns clockwise and is still rotated counterclockwise operation again, for example rotation operation is when turning clockwise operation, can determine steering order corresponding to operation that turn clockwise is to control the instruction that picture turns clockwise, again such as, when testing result shows that the first object is the document of a multipage demonstration, in this case, steering order corresponding to rotation operation can be the instruction that control the document carries out page turning, show that according to the first rotation parameter rotation operates the operation that specifically turns clockwise and is still rotated counterclockwise operation again, for example rotation operation is when turning clockwise operation, and can determine steering order corresponding to operation that turn clockwise is to control the document instruction of page turning backward, again such as, when testing result shows that the first object is a music player, steering order corresponding to rotation operation can be to control the instruction that this music player increases volume or reduces volume in this case, show that according to the first rotation parameter rotation operates the operation that specifically turns clockwise and is still rotated counterclockwise operation again, for example rotation is operating as when turning clockwise operation, and can determine steering order corresponding to operation that turn clockwise is to control the instruction of this music player increase volume.Certainly, in actual applications, according to the introduction of the present embodiment, those skilled in the art can be according to the particular type of the first object, is that the first object arranges corresponding steering order, has just repeated no more at this.
Owing to having adopted the technological means of setting up corresponding relation between the first object, rotation operation, steering order, so can be according to the testing result that the type of the first object is detected, and corresponding relation between rotation parameter and steering order, determine exactly the corresponding steering order of the first rotation parameter, complete the action corresponding with rotating operation thereby control the first object.
After determining steering order that the first rotation parameter is corresponding be the first steering order in step S3, the method that the present embodiment provides enters step S4, that is:, based on the first steering order, control the first object and complete the action corresponding with rotating operation.
In specific implementation process, it can be the first steering order of determining in execution step 3, complete the action corresponding with rotating operation to control the first object, such as, in the time that the first object is the document of a multipage demonstration, can be to control the document forward or page turning backward, when the first object is a file, can be to control the document in the direction of the clock or counterclockwise eject fan-shaped menu etc., how to complete the action corresponding with rotating operation owing to having described first steering order control the first object in detail in aforementioned part, so just repeated no more at this.
Owing to having adopted the first rotation parameter in the time carrying out rotation operation according to operating body, determine that the steering order that the first rotation parameter is corresponding is the technological means of the first steering order, so solved the technical matters of the gesture operation of None-identified operating body self rotation in prior art, realize the technique effect of the gesture operation of effective identifying operation body self rotation, further, can determine corresponding steering order according to the rotation operation of identification, and the object operating based on this steering order control rotation completes the action corresponding with rotating operation, and then increase the quantity of the gesture operation that electronic equipment can identifying operation body, make the function of electronic equipment abundanter, and increase the interactive mode between electronic equipment and user, be user-friendly to, thereby can increase the user experience of electronic equipment.
Simultaneously, due to first parameter and second parameter of the gesture operation that only need to obtain operating body self rotation in the time carrying out, such as passing through image sensing cell, or touch-control input block, just can be according to the first parameter and second gain of parameter the first rotation parameter, thereby get the first steering order that the first rotation parameter is corresponding, thereby can be based on this first steering order, control the first object and complete the action corresponding with rotating operation, so the method that the embodiment of the present invention provides is simple, easily be applied to smart mobile phone, on the electronic equipments such as panel computer, the scope of application is wider.
The present invention also provides a kind of electronic equipment on the other hand, please refer to Fig. 6, the functional block diagram of the electronic equipment that Fig. 6 provides for the embodiment of the present invention, and this electronic equipment comprises: casing 101, circuit board 102, is arranged in casing 101, processor 103, is arranged on circuit board 102, input block 104, is connected with processor 103, for receiving the input operation of an operating body, wherein, processor 103 is for detecting on the input block 104 of an operating body at electronic equipment when the first object is carried out to rotation operation, obtain the first parameter of rotation operation in the first moment, obtain the second parameter of rotation operation in the second moment that was later than for the first moment, and based on the first parameter and the second parameter, obtain the first rotation parameter, the at least corresponding relation based between rotation parameter and steering order, determine that the steering order that the first rotation parameter is corresponding is the first steering order, based on the first steering order, control the first object and complete the action corresponding with rotating operation.
Further, electronic equipment comprises an image sensing cell, and image sensing cell is specifically for the first form parameter in the time carrying out rotation operation or the second form parameter in the time that the second moment obtained operating body in execution rotation operation at the first moment acquisition operating body.
Further, the input block 104 of electronic equipment is specially touch-control input block 104, and touch-control input block 104 is specifically for the first form parameter in the time carrying out rotation operation or the second form parameter in the time that the second moment obtained operating body in execution rotation operation at the first moment acquisition operating body.
Further, show that at the first rotation parameter rotation is operating as when operation of turning clockwise, process specifically for determining that steering order corresponding to the first rotation parameter is for controlling the instruction of page turning backward of the first object; Or show at the first rotation parameter that rotation is operating as and be rotated counterclockwise when operation, process specifically for determining that steering order corresponding to the first rotation parameter is for controlling the instruction of page turning forward of the first object.
Further, show that at the first rotation parameter rotation is operating as when operation of turning clockwise, processor 103 is specifically for determining that steering order corresponding to the first rotation parameter is the instruction of amplifying for controlling the first object; Or show at the first rotation parameter that rotation is operating as and be rotated counterclockwise when operation, processor 103 is specifically for determining that steering order corresponding to the first rotation parameter is the instruction of dwindling for controlling the first object.
Further, show that at the first rotation parameter rotation is operating as when operation of turning clockwise, processor 103 is specifically for determining that steering order corresponding to the first rotation parameter is the instruction of ejecting in the direction of the clock a fan-shaped menu for controlling the first object; Or show at the first rotation parameter that rotation is operating as and be rotated counterclockwise when operation, processor 103 is specifically for determining that steering order corresponding to the first rotation parameter is for controlling the first object by the instruction of counterclockwise ejecting a fan-shaped menu.
Further, show that at the first rotation parameter rotation is operating as when operation of turning clockwise, processor 103 is specifically for determining that steering order corresponding to the first rotation parameter is the instruction of rotating in the direction of the clock for controlling the first object; Or show at the first rotation parameter that rotation is operating as and be rotated counterclockwise when operation, processor 103 is specifically for determining that steering order corresponding to the first rotation parameter is for controlling the first object by the counterclockwise instruction of rotation.
Further, processor 103, specifically for detecting the type of the first object, obtains a testing result, and based on testing result and corresponding relation, determines that the steering order that the first rotation parameter is corresponding is the first steering order.
Information processing method in electronic equipment and previous embodiment in the present embodiment is two aspects based under same inventive concept, above, the implementation process to information processing method has been done detailed description, so those skilled in the art can be according to structure and the implementation process of the electronic equipment in aforementioned understanding the present embodiment being described clearly, succinct for instructions, does not repeat them here.
Technical scheme in the invention described above embodiment, at least has following technique effect or advantage:
1, owing to having adopted the first rotation parameter in the time carrying out rotation operation according to operating body, determine that the steering order that the first rotation parameter is corresponding is the technological means of the first steering order, so solved the technical matters of the gesture operation of None-identified operating body self rotation in prior art, realize the technique effect of the gesture operation of effective identifying operation body self rotation, further, can determine corresponding steering order according to the rotation operation of identification, and the object operating based on this steering order control rotation completes the action corresponding with rotating operation, and then increase the quantity of the gesture operation that electronic equipment can identifying operation body, make the function of electronic equipment abundanter, and increase the interactive mode between electronic equipment and user, be user-friendly to, thereby can increase the user experience of electronic equipment.
2, owing to having adopted the technological means of setting up corresponding relation between the first object, rotation operation, steering order, so can be according to the testing result that the type of the first object is detected, and corresponding relation between rotation parameter and steering order, determine exactly the corresponding steering order of the first rotation parameter, complete the action corresponding with rotating operation thereby control the first object.
3, due to first parameter and second parameter of the gesture operation that only need to obtain operating body self rotation in the time carrying out, such as passing through image sensing cell, or touch-control input block, just can be according to the first parameter and second gain of parameter the first rotation parameter, thereby get the first steering order that the first rotation parameter is corresponding, thereby can be based on this first steering order, control the first object and complete the action corresponding with rotating operation, so the method that the embodiment of the present invention provides is simple, easily be applied to smart mobile phone, on the electronic equipments such as panel computer, the scope of application is wider.
Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt complete hardware implementation example, completely implement software example or the form in conjunction with the embodiment of software and hardware aspect.And the present invention can adopt the form at one or more upper computer programs of implementing of computer-usable storage medium (including but not limited to magnetic disk memory, CD-ROM, optical memory etc.) that wherein include computer usable program code.
The present invention is with reference to describing according to process flow diagram and/or the block scheme of the method for the embodiment of the present invention, equipment (system) and computer program.Should understand can be by the flow process in each flow process in computer program instructions realization flow figure and/or block scheme and/or square frame and process flow diagram and/or block scheme and/or the combination of square frame.Can provide these computer program instructions to the processor of multi-purpose computer, special purpose computer, Embedded Processor or other programmable data processing device to produce a machine, the instruction that makes to carry out by the processor of computing machine or other programmable data processing device produces the device for realizing the function of specifying at flow process of process flow diagram or multiple flow process and/or square frame of block scheme or multiple square frame.
These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, the instruction that makes to be stored in this computer-readable memory produces the manufacture that comprises command device, and this command device is realized the function of specifying in flow process of process flow diagram or multiple flow process and/or square frame of block scheme or multiple square frame.
These computer program instructions also can be loaded in computing machine or other programmable data processing device, make to carry out sequence of operations step to produce computer implemented processing on computing machine or other programmable devices, thereby the instruction of carrying out is provided for realizing the step of the function of specifying in flow process of process flow diagram or multiple flow process and/or square frame of block scheme or multiple square frame on computing machine or other programmable devices.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.
Claims (16)
1. an information processing method, is applied on an electronic equipment, it is characterized in that, described method comprises:
Detect when an operating body is carried out rotation operation to the first object on the input block of described electronic equipment, obtain the first parameter of described rotation operation in the first moment, obtain the second parameter of described rotation operation in the second moment that is later than described the first moment;
Based on described the first parameter and described the second parameter, obtain the first rotation parameter;
At least corresponding relation based between rotation parameter and steering order, determines that the steering order that described the first rotation parameter is corresponding is the first steering order;
Based on described the first steering order, control described the first object and complete with described rotation and operate corresponding action.
2. the method for claim 1, is characterized in that, described the first parameter that obtains described rotation operation in the first moment, is specially:
In the time that described electronic equipment comprises an image sensing cell, obtain first form parameter of described operating body in the time carrying out described rotation operation by described image sensing cell in described the first moment; Or
In the time that described input block is specially touch-control input block, obtain first form parameter of described operating body in the time carrying out described rotation operation by described touch-control input block in described the first moment.
3. method as claimed in claim 2, is characterized in that, described the second parameter that obtains described rotation operation in the second moment that is later than described the first moment, is specially:
Obtain second form parameter of described operating body in the time carrying out described rotation operation by described image sensing cell in described the second moment; Or
Obtain second form parameter of described operating body in the time carrying out described rotation operation by described touch control unit in described the second moment.
4. the method for claim 1, is characterized in that, described definite steering order corresponding to described the first rotation parameter is the first steering order, is specially:
Show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, and determines that the steering order that described the first rotation parameter is corresponding is for controlling the instruction of page turning backward of described the first object; Or
Show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, determine that the steering order that described the first rotation parameter is corresponding is for controlling the instruction of page turning forward of described the first object.
5. the method for claim 1, is characterized in that, described definite steering order corresponding to described the first rotation parameter is the first steering order, is specially:
Show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, determine that the steering order that described the first rotation parameter is corresponding is the instruction of amplifying for controlling described the first object; Or
Show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, determine that the steering order that described the first rotation parameter is corresponding is the instruction of dwindling for controlling described the first object.
6. the method for claim 1, is characterized in that, described definite steering order corresponding to described the first rotation parameter is the first steering order, is specially:
Show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, and determines that the steering order that described the first rotation parameter is corresponding is the instruction of ejecting in the direction of the clock a fan-shaped menu for controlling described the first object; Or
Show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, determine that the steering order that described the first rotation parameter is corresponding is for controlling described the first object by the instruction of counterclockwise ejecting a fan-shaped menu.
7. the method for claim 1, is characterized in that, described definite steering order corresponding to described the first rotation parameter is the first steering order, is specially:
Show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, and determines that the steering order that described the first rotation parameter is corresponding is the instruction of rotating in the direction of the clock for controlling described the first object; Or
Show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, determine that the steering order that described the first rotation parameter is corresponding is for controlling described the first object by the counterclockwise instruction of rotation.
8. the method for claim 1, is characterized in that,
Before described definite steering order corresponding to described the first rotation parameter is the first steering order, described method also comprises: detect the type of described the first object, obtain a testing result;
The described at least corresponding relation based between rotation parameter and steering order, determine that the steering order that described the first rotation parameter is corresponding is the first steering order, be specially: based on described testing result and described corresponding relation, determine that the steering order that described the first rotation parameter is corresponding is the first steering order.
9. an electronic equipment, is characterized in that, comprising:
Casing;
Circuit board, is arranged in described casing;
Processor, is arranged on described circuit board;
Input block, is connected with described processor, for receiving the input operation of an operating body;
Wherein, described processor is for detecting on the input block of an operating body at described electronic equipment when the first object is carried out to rotation operation, obtain the first parameter of described rotation operation in the first moment, obtain the second parameter of described rotation operation in the second moment that is later than described the first moment, and based on described the first parameter and described the second parameter, obtain the first rotation parameter, the at least corresponding relation based between rotation parameter and steering order, determine that the steering order that described the first rotation parameter is corresponding is the first steering order, based on described the first steering order, controlling described the first object completes with described rotation and operates corresponding action.
10. electronic equipment as claimed in claim 9, it is characterized in that, described electronic equipment comprises an image sensing cell, and described image sensing cell is specifically for obtaining first form parameter of described operating body in the time carrying out described rotation operation or the second form parameter in the time that described the second moment obtains described operating body in the described rotation operation of execution in described the first moment.
11. electronic equipments as claimed in claim 9, it is characterized in that, the input block of described electronic equipment is specially touch-control input block, and described touch-control input block is specifically for obtaining first form parameter of described operating body in the time carrying out described rotation operation or the second form parameter in the time that described the second moment obtains described operating body in the described rotation operation of execution in described the first moment.
12. electronic equipments as claimed in claim 9, is characterized in that,
Show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, described processing is specifically for determining that steering order corresponding to described the first rotation parameter is for controlling the instruction of page turning backward of described the first object; Or
Show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, described processing is specifically for determining that steering order corresponding to described the first rotation parameter is for controlling the instruction of page turning forward of described the first object.
13. electronic equipments as claimed in claim 9, is characterized in that,
Show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, described processor is specifically for determining that steering order corresponding to described the first rotation parameter is the instruction of amplifying for controlling described the first object; Or
Show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, described processor is specifically for determining that steering order corresponding to described the first rotation parameter is the instruction of dwindling for controlling described the first object.
14. electronic equipments as claimed in claim 9, is characterized in that,
Show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, described processor is specifically for determining that steering order corresponding to described the first rotation parameter is the instruction of ejecting in the direction of the clock a fan-shaped menu for controlling described the first object; Or
Show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, described processor is specifically for determining that steering order corresponding to described the first rotation parameter is for controlling described the first object by the instruction of counterclockwise ejecting a fan-shaped menu.
15. electronic equipments as claimed in claim 9, is characterized in that,
Show that at described the first rotation parameter described rotation is operating as when operation of turning clockwise, described processor is specifically for determining that steering order corresponding to described the first rotation parameter is the instruction of rotating in the direction of the clock for controlling described the first object; Or
Show at described the first rotation parameter that described rotation is operating as and be rotated counterclockwise when operation, described processor is specifically for determining that steering order corresponding to described the first rotation parameter is for controlling described the first object by the counterclockwise instruction of rotation.
16. electronic equipments as claimed in claim 9, it is characterized in that, described processor, specifically for detecting the type of described the first object, obtains a testing result, and based on described testing result and described corresponding relation, determine that the steering order that described the first rotation parameter is corresponding is the first steering order.
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