CN103677374B - A kind of output method and a kind of electronic equipment - Google Patents

Abstract

This application discloses a kind of output method and a kind of electronic equipment, this method comprises: obtaining an image, image has display parameters, and the first sense of touch parameter corresponding with the first sense of touch；According to display parameters, show that image in the first display area, the first display area is corresponding with the first adjustment region, wherein the first display area belongs to display area, and the first adjustment region belongs to adjustment region；When image is shown in the first display area, the second display area is determined from the first display area, wherein the second display area belongs to display area；According to the second display area, the second adjustment region is determined in adjustment region, the second adjustment region and the second display area are corresponding；Unit is adjusted by tactile, the second touch parameter of the second adjustment region is adjusted to the first sense of touch parameter, so that the sense of touch of image is adjusted to the first sense of touch, wherein second touch parameter is different from the first sense of touch parameter.

Description

A kind of output method and a kind of electronic equipment

Technical field

The present invention relates to touching technique field, in particular to a kind of output method and a kind of electronic equipment.

Background technique

With the continuous development of touching technique, more and more electronic equipments have touch function, such as tablet computer/mono- Body machine/smart phone etc..

And when using electronic equipment, user can simply be touched on an electronic device, just can manipulate electronics and set It is standby, for example user opens an image in the electronic device, just can amplify to the image, reduce or replicate stickup etc. Sequence of operations.

And the applicant has found during realizing the application, in the prior art, electronic equipment when displaying an image, It only include the RGB information of each picture element in image, i.e., based on the display parameters of RGB, image only can be according to this in display Display parameters are shown, are unable to when showing the image according to display parameters, additionally it is possible to symbolize the touching that image has Sense, such as the roughness sense of touch that image has, hardness sense of touch etc., therefore, technical problem of the existing technology is: can not root The sense of touch that image has is symbolized when showing image according to display parameters.

Summary of the invention

The present invention provides a kind of output method and a kind of electronic equipment, to solve it is existing in the prior art can not The technical issues of symbolizing the sense of touch that image has when showing image according to display parameters.

On the one hand, the present invention is provided the following technical solutions by one embodiment of the application:

A kind of output method, the method are applied to adjust the electronic equipment of unit with display unit and tactile, wherein The display unit has display area, and the tactile, which adjusts unit, has adjustment region, the display area and the adjusting Region overlapping, comprising: obtain an image, described image has display parameters, and the first sense of touch corresponding with the first sense of touch is joined Number；According to the display parameters, show that described image in first display area, first display area is corresponding with First adjustment region, wherein first display area belongs to the display area, and first adjustment region belongs to the tune Save region；When described image is shown in first display area, determine that second is aobvious from first display area Show region, wherein second display area belongs to the display area；According to second display area, in the adjusting The second adjustment region is determined in region, second adjustment region and second display area are corresponding；Pass through the tactile Unit is adjusted, the second touch parameter of second adjustment region is adjusted to the first sense of touch parameter, so that the touching of described image Sense is adjusted to first sense of touch, wherein the second touch parameter is different from the first sense of touch parameter.

Optionally, described when described image is shown in first display area, from first display area Determine the second display area, specifically: when described image is shown in first display area, determine that described first is aobvious Show that region is second display area, that is, second display area is identical with first display area.

Optionally, the first sense of touch parameter is made of M unit sense of touch parameter and determines that first display area is When second display area, described according to second display area, the second adjusting is determined in the adjustment region After region, further comprises the steps of: and determine M unit adjustment region in the adjustment region, the M unit adjustment region First adjustment region is formd, M is the integer more than or equal to 1；It is described that unit is being adjusted by the tactile, by described the The second touch parameter of two adjustment regions is adjusted to before the first sense of touch parameter, is further comprised the steps of: and is adjusted list by the tactile Member exports the M unit sense of touch parameter in the M unit adjustment region.

Optionally, the electronic equipment further includes touch sensing unit, and the touch sensing unit has induction region, institute It is described that the second display area, tool are determined from first display area when stating induction region and display area overlapping Body are as follows: by the touch sensing unit, detection obtains operating body in the touch operation of the induction region；Respond the touch Operation, determines corresponding first induction region of the touch operation in the induction region；According to first induction zone The second display area is determined from first display area in domain, wherein second display area and first induction Region is corresponding.

Optionally, when the first sense of touch parameter is made of the M unit sense of touch parameter, described according to described second Display area, after the second adjustment region is determined in the adjustment region, the method also includes steps: in the adjusting Determine M unit adjustment region in region, the M unit adjustment region forms first adjustment region, M be greater than Integer equal to 1；According to the M unit adjustment region and first induction region, N number of unit adjustment region, institute are determined It is corresponding with second adjustment region to state N number of adjustment region, second adjustment region is corresponding with first induction region, N is integer more than or equal to 1, and N < M；According to the M unit sense of touch parameter and first induction region, N number of list is determined Position sense of touch parameter；Unit is adjusted by the tactile, N number of unit sense of touch ginseng is exported in N number of unit adjustment region Number.

Optionally, the sense of touch parameter includes: roughness sense of touch parameter and/or hardness sense of touch parameter and/or temperature touching Feel parameter.

Optionally, unit is adjusted by the tactile described, by the second touch parameter tune of second adjustment region It is whole be the first sense of touch parameter after, the method also includes: one based on acquisition reduces/enlarges instruction, from the display area Middle determining third display area；According to the third display area, third adjustment region is obtained, the third adjustment region is corresponding In the third display area, wherein include based on M unit in first adjustment region in the third adjustment region The P unit adjustment region determined in adjustment region, M are integer more than or equal to 1, and P is the integer more than or equal to 1, and P < M；P unit sense of touch parameter is generated from the M unit sense of touch parameter；Unit is adjusted by the tactile, it is single at described P The P unit sense of touch parameter is exported in the adjustment region of position.

On the other hand, the present invention is provided by another embodiment of the application:

A kind of output method, the method are applied to adjust the electronic equipment of unit with display unit and tactile, wherein The display unit has display area, and the tactile, which adjusts unit, has adjustment region, the display area and the adjusting Region overlapping, comprising: obtain an image, wherein described image has display parameters；According to the display parameters, make the figure As being shown in first display area, wherein the regional scope of first display area is less than the display area Regional scope, first display area and the first adjustment region are corresponding；According to described image, regulating command, the tune are generated Section order is specially the regulating command comprising the first sense of touch parameter, and the first sense of touch parameter is the parameter with the first sense of touch； According to the regulating command, the sense of touch parameter of first adjustment region is at least adjusted, by the second touch of the adjustment region Parameter is adjusted to the first sense of touch parameter.

It is optionally, described that regulating command is generated according to described image, specifically: obtain the image for including in described image Content；According to described image content, regulating command corresponding with described image content is generated in first adjustment region.

Optionally, described according to the regulating command after generating the regulating command, it at least adjusts described first and adjusts The sense of touch parameter for saving region, is adjusted to the first sense of touch parameter for the second touch parameter of the adjustment region, specifically: according to institute Regulating command is stated, sense of touch parameter corresponding with described image content is exported in first adjustment region, by the regulatory region The second touch parameter in domain is adjusted to the first sense of touch parameter.

Optionally, it is adjusted in first adjustment region, according to the regulating command with described image content pair described After the sense of touch parameter answered, the sense of touch parameter for adjusting the second adjustment region in the adjustment region is further comprised the steps of:, wherein Second adjustment region is corresponding with the second display area, and second display area is in the display area except described the Display area except one display area.

Optionally, there is described image third sense of touch parameter to make described image in institute described according to the display parameters It states after being shown in the first display area, further comprises the steps of: when described image is shown in first display area, from institute It states and determines the second display area in the first display area, wherein second display area belongs to the display area；According to The second adjustment region, second adjustment region and described are determined in second display area in the adjustment region Two display areas are corresponding.

Optionally, described according to described image when determining second adjustment region in the adjustment region, it generates Regulating command, specifically: according to described image, in second adjustment region, generates and correspond to second adjustment region Regulating command, wherein corresponding to second adjustment region regulating command be specially include third sense of touch parameter adjusting Order；It is described that the sense of touch parameter of first adjustment region is at least adjusted according to the regulating command, by second regulatory region The second touch parameter in domain is adjusted to the first sense of touch parameter, specifically: it is ordered according to the adjusting for corresponding to second adjustment region It enables, adjusts the sense of touch parameter of second adjustment region, the second touch parameter of second adjustment region is adjusted to third Sense of touch parameter.

On the other hand, the present invention is provided by another embodiment of the application:

A kind of electronic equipment, the electronic equipment is with display unit and tactile adjusting unit, wherein the display Unit has display area, and the tactile, which adjusts unit, has adjustment region, the display area and adjustment region overlapping, The electronic equipment includes: first obtains unit, and for obtaining an image, described image has display parameters, and with first The corresponding first sense of touch parameter of sense of touch；Display unit, for making described image in first display according to the display parameters It is shown in region, first display area is corresponding with the first adjustment region, wherein first display area belongs to described aobvious Show region, first adjustment region belongs to the adjustment region；First determination unit, for when described image is described first When showing in display area, the second display area is determined from first display area, wherein second display area Belong to the display area；Unit is adjusted, for determining second in the adjustment region according to second display area Adjustment region, second adjustment region and second display area are corresponding；Adjustment unit, for being adjusted by the tactile The second touch parameter of second adjustment region is adjusted to the first sense of touch parameter by unit, so that the sense of touch tune of described image Whole is first sense of touch, wherein the second touch parameter is different from the first sense of touch parameter.

Optionally, first determination unit is specifically used for when described image is shown in first display area, Determine that first display area is second display area, that is, second display area and first display area It is identical.

Optionally, the first sense of touch parameter is made of M unit sense of touch parameter, and determines that first display area is When second display area, the electronic equipment further include: the second determination unit, for being shown described according to described second M unit regulatory region after determining the second adjustment region in the adjustment region, is determined in region in the adjustment region Domain, the M unit adjustment region form first adjustment region, and M is the integer more than or equal to 1；The electronic equipment Further include: the first output unit joins the second touch of second adjustment region for adjusting unit by the tactile Number is adjusted to before the first sense of touch parameter, adjusts unit by the tactile, exports the M in the M unit adjustment region A unit sense of touch parameter.

Optionally, the electronic equipment further includes touch sensing unit, and the touch sensing unit has induction region, institute When stating induction region and display area overlapping, first determination unit is specifically included: detection unit, for by described Touch sensing unit, detection obtain operating body in the touch operation of the induction region；Third determination unit, it is described for responding Corresponding first induction region of the touch operation is determined in touch operation in the induction region；4th determination unit is used According to first induction region, the second display area is determined from first display area, wherein described second is aobvious Show that region is corresponding with first induction region.

Optionally, described when the first sense of touch parameter is made of the M unit sense of touch parameter, the electronic equipment also wraps It includes: the 5th determination unit, for determining the second adjustment region in the adjustment region according to second display area Later, determine that M unit adjustment region, the M unit adjustment region form described first in the adjustment region Adjustment region, M are the integer more than or equal to 1；6th determination unit, for according to the M unit adjustment region and described the One induction region determines N number of unit adjustment region, and the N number of adjustment region is corresponding with second adjustment region, described Two adjustment regions are corresponding with first induction region, and N is integer more than or equal to 1, and N < M；7th determination unit, is used for According to the M unit sense of touch parameter and first induction region, N number of unit sense of touch parameter is determined；Second output unit is used In adjusting unit by the tactile, N number of unit sense of touch parameter is exported in N number of unit adjustment region.

Optionally, the electronic equipment further include: the 8th determination unit, for adjusting list by the tactile described Member, after the second touch parameter of second adjustment region is adjusted to the first sense of touch parameter, one based on acquisition reduces/puts Big instruction, determines third display area from the display area；Second obtaining unit, for according to the third viewing area Domain, obtains third adjustment region, and the third adjustment region corresponds to the third display area, wherein the third is adjusted It include based on the P unit adjustment region determined in M unit adjustment region in first adjustment region, M in region For the integer more than or equal to 1, P is the integer more than or equal to 1, and P < M；Generation unit, for joining from the M unit sense of touch P unit sense of touch parameter is generated in number；Third output unit, for adjusting unit by the tactile, in the P unit tune Section exports the P unit sense of touch parameter in region.

On the other hand, the present invention is provided by another embodiment of the application:

A kind of electronic equipment adjusts the electronic equipment of unit with display unit and tactile, wherein the display unit tool There is display area, the tactile, which adjusts unit, has adjustment region, the display area and adjustment region overlapping, comprising: First obtains unit, for obtaining an image, wherein described image has display parameters；Display unit, for according to described aobvious Show parameter, show that described image in first display area, wherein the regional scope of first display area is less than The regional scope of the display area, first display area and the first adjustment region are corresponding；Generation unit, for according to institute It states image, generates regulating command, the regulating command is specially the regulating command for including the first sense of touch parameter, and described first Sense of touch parameter is the parameter with the first sense of touch；First adjusts unit, at least adjusting described first according to the regulating command The second touch parameter of the adjustment region is adjusted to the first sense of touch parameter, so that the figure by the sense of touch parameter of adjustment region As being adjusted to first sense of touch from second touch.

Optionally, described image has third sense of touch parameter, wherein the electronic equipment further include: the first determination unit, For working as described image after showing that described image in first display area according to the display parameters described When showing in first display area, the second display area is determined from first display area, wherein described Two display areas belong to the display area；Second determination unit is used for according to second display area, in the regulatory region The second adjustment region is determined in domain, second adjustment region and second display area are corresponding.

Optionally, generation unit is specifically used for according to described image, in second adjustment region, generates and corresponds to institute State the regulating command of the second adjustment region, wherein the regulating command corresponding to second adjustment region includes specially third The regulating command of sense of touch parameter；First adjusts unit, and the regulating command of second adjustment region is corresponded to specifically for basis, The second touch parameter of second adjustment region is adjusted to third sense of touch by the sense of touch parameter for adjusting second adjustment region Parameter.

Optionally, generation unit specifically includes: the second obtaining unit, for obtaining in the image for including in described image Hold；Subelement is generated, for generating in first adjustment region corresponding with described image content according to described image content Regulating command.

Optionally, the first adjusting unit is specifically used for according to the regulating command, in first adjustment region Sense of touch parameter corresponding with described image content is exported, the second touch parameter of the adjustment region is adjusted to the first sense of touch ginseng Number.

Optionally, the electronic equipment further include: second adjusts unit, for adjusting the second tune in the adjustment region Save region sense of touch parameter, wherein second adjustment region is corresponding with the second display area, second display area for Display area in the display area in addition to first display area.

One or more technical solutions in above-mentioned technical proposal, at least have the following technical effects or advantages:

By the technical solution of the application, a kind of output method is described, wherein aobvious in display area by image When showing, adjustment region corresponding with display area is determined, and the first sense of touch parameter that adjusting image has in adjustment region, Make image when display area is shown by display parameters, additionally it is possible to which the sense of touch parameter for adjusting image touches it from second Sense parameter is adjusted to the first sense of touch parameter, for example by smooth Image Adjusting is the image with true sense of touch, so that in user When touching image, there is true sense of touch.

Further, by when image is shown, adjusting the sense of touch parameter of image, it is adjusted to from second touch parameter First sense of touch parameter, for example, by smooth Image Adjusting be the image with true sense of touch so that user touch image when, tool There is true sense of touch.

Further, it when image is shown, by receiving the touch operation of user, is determined by the touch operation One region, then determines corresponding adjustment region by the region, and the sense of touch parameter of image is adjusted in adjustment region, will It is adjusted to the first sense of touch parameter from second touch parameter, for example by smooth Image Adjusting is the image with true sense of touch, So that there is true sense of touch when user touches image.

Further, when image zooms in or out, the sense of touch parameter in image can also use corresponding calculate Method is calculated, and is amplified and reduced accordingly according to image, and image can be made when arbitrary proportion zooms in and out, can Enough there is corresponding sense of touch, so that user when touching the image after scaling, has true sense of touch.

By another technical solution of the application, a kind of output method is described, by when image is shown, really Corresponding adjustment region is made, and regulating command is generated by image, then at least adjusts the sense of touch in the adjustment region of image The sense of touch parameter of image is adjusted to the first sense of touch parameter from second touch by parameter, so that having true when user touches image Real sense of touch.

Further, after having adjusted the sense of touch of image, additionally it is possible to which adjustment is in display area, its in addition to image The sense of touch parameter of his display area, sense of touch identical or different with image can be had by making other regions also.

It further, can also be by adjusting the sense of touch parameter having internal in image, when image is shown, from aobvious Show and determine adjustment region in region, the sense of touch of image is then adjusted in adjustment region, makes the sense of touch of image from second touch Parameter regulation is third sense of touch parameter, so that having true sense of touch when user touches image.

Detailed description of the invention

Fig. 1 is the structure chart of the format of image in the prior art in the embodiment of the present application；

Fig. 2 is the structure chart of the format of New Image in the embodiment of the present application；

Fig. 3 is the flow chart of output method in the embodiment of the present application；

Fig. 4 is the structure chart of the display area of electronic equipment in the embodiment of the present application；

Fig. 5 be the embodiment of the present application in when the first display area and with the second display area it is different when, determine second Flow chart after adjustment region；

Fig. 6 is the flow chart of zoomed image in the embodiment of the present application；

Fig. 7 is the schematic diagram of electronic equipment in the embodiment of the present application；

Fig. 8 is the flow chart of another output method in the embodiment of the present application；

Fig. 9 is the schematic diagram of electronic equipment in the embodiment of the present application.

Specific embodiment

In order to solve it is existing in the prior art can not according to display parameters show image when symbolize what image had The technical issues of sense of touch, the embodiment of the present invention propose a kind of output method and a kind of electronic equipment, and solution is overall Thinking is as follows:

In this application, an image is obtained first, and image has display parameters, and the first touching corresponding with the first sense of touch Feel parameter.Then according to display parameters, show that image in the first display area, the first display area is corresponding with the first adjusting Region, wherein the first display area belongs to display area, and the first adjustment region belongs to adjustment region.Then when image is first When showing in display area, the second display area is determined from the first display area, wherein the second display area belongs to display Region.Then according to the second display area, the second adjustment region is determined in adjustment region, the second adjustment region and second show Show that region is corresponding.Unit is adjusted finally by tactile, the second touch parameter of the second adjustment region is adjusted to the first sense of touch ginseng Number, so that Image Adjusting is the first sense of touch, wherein second touch parameter is different from the first sense of touch parameter, to solve existing skill It can not be when electronic equipment shows image according to display parameters existing for art, additionally it is possible to symbolize the Haptic that image has Problem can adjust the sense of touch parameter of image, it is adjusted to from second touch parameter when showing image according to display parameters First sense of touch parameter, for example, by smooth Image Adjusting be the image with true sense of touch so that user touch image when, tool There is true sense of touch.

With reference to the accompanying drawings of the specification to the main realization principle of the embodiment of the present invention, specific implementation process and its to should be able to The beneficial effect enough reached is explained in detail.

Embodiment one:

In the embodiment of the present application, a kind of output method is provided, the adjusting to image is mainly used in, wherein this Shen Please in image be the image with New Image format, i.e., in picture format in the prior art, increase a storage The attached format of sense of touch.

As shown in Figure 1, the structure chart of the format for image in the prior art.

It can know in Fig. 1, the format of image in the prior art includes at least: bitmap file head, message bit pattern head, And the picture format of four kinds of color, pixel etc. composition images, above-mentioned four kinds of formats are arranged successively from top to bottom.

The BMP picture format citing supported with windows, typical BMP image file are made of four parts:

Bitmap file head data structure:

It includes type of BMP image file, the display information such as content, for example, file size, bitmap file reservation The information such as the offset of word, bitmap data away from file header.

Message bit pattern head data structure:

It includes the width, height, compression method of BMP image, and the information such as size for illustrating bitmap.

Colouring information:

Such as bitmap color table RGBQUAD.

Wherein, color table is used to illustrate the color in bitmap, it has several list items, each list item is one The structure of RGBQUAD type, and define a kind of color.

Bitmap pixel data:

Bitmap pixel data has recorded each pixel value of bitmap, record sequence be in scan line from left to right, sweep It retouches between row from top to bottom.

And the image of present specification increases sense of touch format on the basis of the picture format of the prior art, and this Shen Please in image specific format as shown in Fig. 2, in Fig. 2 other than comprising picture format in the prior art, further comprise Sense of touch parameter, i.e., in image according to bitmap file head, the image of four kinds of message bit pattern head and color, pixel etc. composition images After format arrangement, it is also arranged sense of touch parameter below, wherein sense of touch parameter can be roughness sense of touch parameter, hardness touching Feel parameter, in addition to this one of temperature sense of touch parameter or several in practical applications, is removed if necessary to adjust image Other sense of touch parameters except the three kinds of sense of touch parameters illustrated in the embodiment of the present application may include it in the format of New Image His sense of touch parameter.

When the picture format in the application has New Image format, then image can be being shown according to display parameters When, the sense of touch parameter of image is adjusted, is enable except image display color, also there is true sense of touch for a user.

For example, it is stone that user, which opens the left side in opening one, the right is the image in river, then, user is touching the image When, then when touching stone, the more hard and coarse sense of touch with stone then has more light when touching river Sliding and softer sense of touch.

Specific implementing procedure is as follows:

In the embodiment of the present application, a kind of output method is provided, is applied to adjust unit with display unit and tactile Electronic equipment, such as tablet computer/all-in-one machine/smart phone.

Wherein, display unit has display area, and tactile, which adjusts unit, has adjustment region, display area and adjustment region Overlapping, display area are the region in tablet computer/all-in-one machine/smart phone display screen, adjustment region and viewing area Domain overlapping.

And in the embodiment of the present application, there are three types of modes for overlapping tool:

The first, display area and adjustment region are completely overlapped.

Second, the region area of display area is less than the region area of adjustment region, also, display area is overlapped in tune It saves in region.

The third, the size of display area and adjustment region can be equal, can also be unequal, and display area and Adjustment region partly overlaps.

And specifically, in the embodiment of the present application, the detailed process of output method is all in display area and adjustment region weight Folded region carries out, as shown in figure 3, the output method includes:

Step 101, an image is obtained.

Image has display parameters, and the first sense of touch parameter corresponding with the first sense of touch.

The image of the application has display parameters and the first sense of touch parameter based on RGB color information, and the first sense of touch Parameter is specifically as follows roughness sense of touch parameter and/or hardness sense of touch parameter and/or temperature sense of touch parameter, these parameters are all For characterizing the parameter of the sense of touch of image.

Specific introduction is done to these three sense of touch parameters below:

For roughness sense of touch parameter, be by being integrated into electrostatic field mould group in the adjustment region of electronic equipment, also, The electrostatic field mould group integrated in adjustment region, having on different grade strengths, such as different adjustment region has difference strong The electrostatic of degree then for a user, when user touches on the display region, then has true sense of touch.

For hardness sense of touch parameter, then array is controlled to realize by hardness, for example, hardness control array uses cavity battle array Column fill heat to modification material, and then it is different to show adjustment region by the control of electronic equipment in array of cavities Hardness.

For temperature sense of touch parameter, then array can be controlled to realize by temperature, for example, can be real by electric resistance array Existing temperature control, allows the temperature of corresponding position to be raised and lowered, and in addition to this, temperature control array can also use cavity battle array Then column control the gas/liquid that different temperatures is filled in array of cavities, to realize temperature control.

And to above-mentioned sense of touch parameter how divided rank, illustrated with hardness sense of touch parameter, can define n grade come Correspond to and realize different senses of touch.

For example, the division of the color value to image is specially divided into 0-256 value such as to the division of tonal gradation, because This, divides the value of sense of touch parameter, the method for being referred to the division for gray scale, i.e. restriction n < 256.

Further, a mapping table is defined in electronic equipment, and hardness number is pressed into threshold list (C₀, C₁, C₂, C₃... ..., C_n-1) it is divided into n hardness level (L₀, L₁, L₂, L₃... ..., L_n-1).

It is designed in this way, it can be by obtaining the hardness number stored in unit sense of touch parameter, and image is obtained by hardness number In each pixel hardness belonging to grade.

And it is similar with hardness sense of touch parameter for roughness sense of touch parameter and temperature sense of touch parameter, the application repeats no more.

And when image has the first sense of touch parameter, user can then have and the first sense of touch parameter pair when touching image The first sense of touch answered.

When obtaining the image, then it will do it following step.

Step 102, according to display parameters, show that image in the first display area, the first display area is corresponding with One adjustment region.

Wherein, the first display area belongs to display area, and the first adjustment region belongs to adjustment region.

When the image is being made, then it can be shown in display area according to display parameters, further, image can be complete Screen is shown, can also only be shown in a part of region of display area, and when displaying an image, can have in display area Region area, i.e. the first display area, the first display area are corresponding with the first adjustment region.

Step 103, when image is shown in the first display area, the second viewing area is determined from the first display area Domain.

Wherein, the second display area also belongs to display area.

At this point, the second display area can be equal with the region area of the first display area, the first display also may belong to Region.

When the region area of the second display area and the first display area is equal, shown in the first display area in image When showing, determine that the first display area is the second display area, that is, the second display area is identical with the first display area.

And when the second display area belongs to the first display area, and the second display area is determined from the first display area, Electronic equipment further includes touch sensing unit, and touch sensing unit has induction region, induction region and display area overlapping.

At this point, the second display area is determined from the first display area, specifically:

Firstly, detection obtains operating body in the touch operation of induction region by touch sensing unit.

Secondly, response touch operation, determines corresponding first induction region of touch operation in induction region.

Again, according to the first induction region, the second display area is determined from the first display area, wherein second is aobvious Show that region is corresponding with the first induction region.

For example, there is a touch operation on the touchscreen as user, slide such as from left to right, then induction region Corresponding first induction region can be determined according to the touch operation of user, and due to induction region in the electronic device and aobvious Show that region is overlapped, then in electronic equipment side, can will sense the first induction region of touch operation, is shown in the first display area It shows and, that is, correspond to the second display area.

Specific schematic diagram describes the display area of electronic equipment as shown in figure 4, in Fig. 4, and image is then shown in The display area of electronic equipment, and the display area with image itself, for example, in Fig. 4, image in display area not It is to be displayed in full screen, the region that image occupies then is the first display area, and when user touches on the image, electronic equipment can be felt The touch operation of user, and the region that the touch operation is occupied should be arrived, the second display area is determined as.

In the embodiment of the present application, in above-mentioned steps it is stated that when determining the second display area, there are two types of sides for tool Formula:

The first, the first display area is identical with the second display area, it is determined that when the first display area, that is, can be shown that Define the second display area.

Second, the first display area includes the second display area, i.e., is determined according to above-mentioned step.

After determining the second display area, then it will do it following step.

Step 104, according to the second display area, the second adjustment region, the second adjustment region are determined in adjustment region It is corresponding with the second display area.

Step 105, unit is adjusted by tactile, the second touch parameter of the second adjustment region is adjusted to the first sense of touch ginseng Number, so that Image Adjusting is the first sense of touch.

Wherein, second touch parameter is different from the first sense of touch parameter.

Such as the example above, after defining the second display area according to the first above-mentioned situation, then there is following behaviour Make process:

Wherein, when the second display area is identical with the first display area, it is aobvious that first is had been described above in above-mentioned steps 102 Show that region is corresponding with the first adjustment region, therefore, then can show that the second adjustment region and the first adjustment region is identical tune Region is saved, the two essence is the same.

Therefore, at step 104, according to the second display area, the second adjustment region is determined in adjustment region, at this It is the step of determining the first adjustment region in matter.

Wherein, the first sense of touch parameter is made of M unit sense of touch parameter, in practical applications, the M unit sense of touch parameter It can be the sense of touch parameter with same levels, or each unit is respectively provided with different grades of sense of touch parameter, or Certain several unit has the sense of touch parameter of same levels, and for the grade of M unit sense of touch parameter, the application is with no restrictions.

And after the second display area has been determined, since the first adjustment region is identical with the second adjustment region, then true Determine that there is following step after the second display area:

Firstly, determining M unit adjustment region in adjustment region, M unit adjustment region forms the first adjusting Region, M are the integer more than or equal to 1.

Secondly, adjusting unit by tactile, M unit sense of touch parameter is exported in M unit adjustment region.

M unit adjustment region is corresponding with M unit sense of touch parameter, for example, the first adjustment region is by 5 unit regulatory regions Domain is constituted, and in the embodiment of the present application, 5 unit adjustment regions can be 5 picture elements, is illustrated with hardness sense of touch parameter, and 5 It is respectively provided with a hardness sense of touch parameter in picture element, and the hardness level of this 5 hardness sense of touch parameters, it can be the same, it can also With respectively different.

Again, after outputing M unit sense of touch parameter, then unit is adjusted by tactile, by the second adjustment region Second touch parameter is adjusted to the first sense of touch parameter.

Above-mentioned steps describe how to adjust the first regulatory region when the first display area is identical with the second display area The detailed process of sense of touch parameter in domain, the essence of above-mentioned steps are, adjust sense of touch without touching by user, and are scheming After display, corresponding M unit sense of touch parameter can be exported in M unit adjustment region, make image with the Corresponding first sense of touch of one sense of touch parameter can feel that image has first sense of touch when user touches.

In addition to this, also there is a kind of mode, i.e., by the touch operation of user, only adjust in the region that user touches Sense of touch parameter makes image have the first sense of touch corresponding with the first sense of touch parameter, as follows:

After defining the second display area according to above-mentioned second situation, then there is following operating process:

According to the second display area, the second adjustment region is determined in adjustment region, the second adjustment region and second show Show that region is corresponding.

After determining the second adjustment region, as shown in figure 5, then will include following steps:

Step 501, determine that M unit adjustment region, M unit adjustment region form the first tune in adjustment region Region is saved, M is the integer more than or equal to 1.

Step 502, according to M unit adjustment region and the first induction region, N number of unit adjustment region, N number of tune are determined It is corresponding with the second adjustment region to save region.

Wherein, the second adjustment region is corresponding with the first induction region, and N is integer more than or equal to 1, and N < M.

Step 503, according to M unit sense of touch parameter and the first induction region, N number of unit sense of touch parameter is determined.

Step 504, unit is adjusted by tactile, N number of unit sense of touch parameter is exported in N number of unit adjustment region.

Step 505, after exporting N number of unit sense of touch parameter, then unit can be adjusted by tactile, by the second adjustment region Second touch parameter be adjusted to the first sense of touch parameter so that Image Adjusting be the first sense of touch.

Above two different regulative mode, have been described in detail how by second touch parameter be adjusted to the first sense of touch ginseng Number, the sense of touch parameter of image when image is shown according to display parameters, can be adjusted, make user when touching image, with The corresponding true sense of touch of the sense of touch parameter of image.

Specifically, can be adjusted based on a kind of sense of touch parameter during adjusting sense of touch parameter, such as hardness touching Feel parameter, can also be adjusted based on two kinds or more of sense of touch parameters, for example adjust temperature sense of touch parameter simultaneously, hardness touching Sense parameter, three kinds of sense of touch parameters of roughness sense of touch parameter, and in practical applications, which kind sense of touch parameter is specifically chosen to combine Or the sense of touch of image is individually adjusted, the application is with no restrictions.

Further, when the first display area is identical with the second display area, after image is shown, pass through to Corresponding first sense of touch parameter is exported in the first adjustment region corresponding with the first display area, can adjust the first display area In sense of touch parameter, it is adjusted to the first sense of touch parameter from second touch parameter, for example, by smooth Image Adjusting be with The image of true sense of touch.

Further, when the first display area and the second display area difference, by receiving the touch operation of user, shape Join at the second adjustment region, and by exporting corresponding first sense of touch in the second adjustment region corresponding with the second display area Number, can adjust the sense of touch parameter in the second display area, it is adjusted to the first sense of touch parameter from second touch parameter, such as It is the image with true sense of touch by smooth Image Adjusting.

Further, when image is shown, additionally it is possible to amplify and reduce in display area, such as image base It is amplified in display parameters, for example image is 256 grades of grayscale images of 3*3, i.e., a height of 3 pixels, width is the figure of 3 pixels Picture, the value of each picture element can from 0-255 value, represent the brightness of the pixel, 255 represent most bright, i.e., white, 0 generation Table is most dark, i.e. black, and the PEL matrix such as image is as follows:

In the matrix, element coordinate in pixel, x-axis is that from left to right, 0 is starting point, and y-axis is that from top to bottom, 0 is Point.

If the image of 3*3 to be amplified to the image of 4*4, as follows:

Firstly, the matrix diagram of 4*4 is drawn, it is as follows:

Then, according to formula scrx=dastx*(srcwidth/dstwidth), srcy=dsty*(srcheigth/ Dstheight).

According to above-mentioned formula, corresponding original image coordinate can be found:

(0*(3/4),0*(3/4))=>(0*0.75,0*0.75)=>(0,0)

Have found the respective coordinates of original image, so that it may which coordinate in original image is filled into target for 234 pixel values at (0,0) (0,0) of image this position.

Next, successively using above-mentioned formula, finding coordinate in target figure is that the pixel of (1,0) corresponds to the seat in original image Mark, as follows:

(1*0.75,0*0.75)=>(0.75,0)

And the above results are it is found that have decimal, and in the electronic device inside obtained coordinate, the coordinate of pixel is all whole Number, there is no fractional coordinates, at this point, then can be using the method to round up (or using directly giving up the side of decimal place Method), non-integer coordinates are converted into integer.

Therefore, according to the method to round up, it will be able to obtain coordinate (1,0), i.e. complete operation process is as follows:

(1*0.75,0*0.75)=>(0.75,0)=>(1,0)

From the foregoing, it will be observed that then can be the coordinate in the filling target figure of pixel value 38 at (1,0) by coordinate in original image.

And so on, then it can obtain following matrix:

Each pixel is completed, an amplified image is just born.

The method of this enlarged drawing is called closest to interpolation algorithm, is a kind of most basic, simplest image scaling calculation Method other than above-mentioned algorithm, can also be calculated, such as two-wire type interpolation in practical applications using other algorithms Value-based algorithm.The principle of two-wire type interpolation algorithm is adequately to utilize the pixel of four necessary beings of virtual point surrounding in original image Value codetermines a pixel value in target figure, and zooming effect is better than simple closest interpolation algorithm.

Above describe the methods amplified based on display parameters, similar for the algorithm of diminution, and the application is no longer superfluous It states.

And it is similar with above-mentioned method for sense of touch parameter, and in the embodiment of the present application, it is single being adjusted by tactile Member, after the second touch parameter of the second adjustment region is adjusted to the first sense of touch parameter, whole process is as shown in Figure 6:

Step 601, one based on acquisition reduces/enlarges instruction, and third display area is determined from display area.

Step 602, according to third display area, third adjustment region is obtained, third adjustment region corresponds to third and shows Region.

It wherein, include based on the P determined in M unit adjustment region in the first adjustment region in third adjustment region A unit adjustment region, M are integer more than or equal to 1, and P is the integer more than or equal to 1, and P < M.

Step 603, P unit sense of touch parameter is generated from M unit sense of touch parameter.

Wherein, P unit sense of touch parameter is generated from M unit sense of touch parameter, then can be as similar such as the above method, This, the application does not repeat them here, and after generating P unit sense of touch parameter, then will do it following step.

Step 604, unit is adjusted by tactile, P unit sense of touch parameter is exported in P unit adjustment region.

In the embodiment of the present application, by describing a kind of output method, wherein shown by image in display area When, it determines adjustment region corresponding with display area, and the first sense of touch parameter that adjusting image has in adjustment region, makes Image is when display area is shown by display parameters, additionally it is possible to the sense of touch parameter for adjusting image, by it from second touch Parameter is adjusted to the first sense of touch parameter, for example by smooth Image Adjusting is the image with true sense of touch, so that touching in user When touching image, there is true sense of touch.

Further, by when image is shown, adjusting the sense of touch parameter of image, it is adjusted to from second touch parameter First sense of touch parameter, for example, by smooth Image Adjusting be the image with true sense of touch so that user touch image when, tool There is true sense of touch.

Further, it when image is shown, by receiving the touch operation of user, is determined by the touch operation One region, then determines corresponding adjustment region by the region, and the sense of touch parameter of image is adjusted in adjustment region, will It is adjusted to the first sense of touch parameter from second touch parameter, for example by smooth Image Adjusting is the image with true sense of touch, So that there is true sense of touch when user touches image.

Further, when image zooms in or out, the sense of touch parameter in image can also use corresponding calculate Method is calculated, and is amplified and reduced accordingly according to image, and image can be made when arbitrary proportion zooms in and out, can Enough there is corresponding sense of touch, so that user when touching the image after scaling, has true sense of touch.

In the embodiment of the present application, a kind of output method is described, in the following, introducing a kind of electronic equipment.

Electronic equipment is with display unit and tactile adjusting unit, wherein display unit has display area, tactile Adjusting unit has adjustment region, display area and adjustment region overlapping.

Detailed description has been carried out in the specific structure that display unit and daisy adjust unit in the above-mentioned methods, This, the application does not repeat them here.

As shown in fig. 7, the electronic equipment includes:

First obtains unit 701, for obtaining an image, image has display parameters, and corresponding with the first sense of touch First sense of touch parameter.

Display unit 702, for showing that image in the first display area, the first display area according to display parameters It is corresponding with the first adjustment region, wherein the first display area belongs to display area, and the first adjustment region belongs to adjustment region.

First determination unit 703, for being determined from the first display area when image is shown in the first display area Second display area out, wherein the second display area belongs to display area.

Unit 704 is adjusted, for according to the second display area, determines the second adjustment region in adjustment region, second Adjustment region and the second display area are corresponding.

Adjustment unit 705, for by tactile adjusting unit, the second touch parameter of the second adjustment region to be adjusted to the One sense of touch parameter, so that Image Adjusting is the first sense of touch, wherein second touch parameter is different from the first sense of touch parameter.

Further, the first determination unit 703 is specifically used for the first determination unit and is specifically used for working as image in the first display When showing in region, determine that the first display area is the second display area, that is, the second display area and the first display area phase Together.

Further, the first sense of touch parameter is made of M unit sense of touch parameter, and determines that the first display area is second aobvious When showing region, electronic equipment further include: the second determination unit, for being determined in adjustment region according to the second display area Out after the second adjustment region, determine that M unit adjustment region, M unit adjustment region form first in adjustment region Adjustment region, M are the integer more than or equal to 1.

Electronic equipment further include:

First output unit adjusts the second touch parameter of the second adjustment region for adjusting unit by tactile Before the first sense of touch parameter, unit is adjusted by tactile, exports M unit sense of touch parameter in M unit adjustment region.

Further, electronic equipment further includes touch sensing unit, and touch sensing unit has induction region, in induction zone When domain and display area are overlapped, the first determination unit is specifically included:

Detection unit, for by touch sensing unit, detection to obtain operating body in the touch operation of induction region.

Third determination unit determines corresponding first sense of touch operation for responding touch operation in induction region Answer region.

4th determination unit, for determining the second display area from the first display area according to the first induction region, Wherein, the second display area is corresponding with the first induction region.

Further, when the first sense of touch parameter is made of M unit sense of touch parameter, electronic equipment further include:

5th determination unit, for according to the second display area, determined in adjustment region the second adjustment region it Afterwards, determine that M unit adjustment region, M unit adjustment region form the first adjustment region in adjustment region, M is big In the integer for being equal to 1.

6th determination unit, for determining N number of unit regulatory region according to M unit adjustment region and the first induction region Domain, N number of adjustment region is corresponding with the second adjustment region, and the second adjustment region is corresponding with the first induction region, N be more than or equal to 1 integer, and N < M.

7th determination unit, for determining N number of unit sense of touch ginseng according to M unit sense of touch parameter and the first induction region Number.

Second output unit exports N number of unit sense of touch for adjusting unit by tactile in N number of unit adjustment region Parameter.

Further, electronic equipment further include:

8th determination unit adjusts the second touch parameter of the second adjustment region for adjusting unit by tactile After the first sense of touch parameter, one based on acquisition reduces/enlarges instruction, and third display area is determined from display area；

Second obtaining unit, for obtaining third adjustment region according to third display area, third adjustment region corresponds to Third display area, wherein include being determined based in M unit adjustment region in the first adjustment region in third adjustment region P unit adjustment region out, M are integer more than or equal to 1, and P is the integer more than or equal to 1, and P < M；

Generation unit, for generating P unit sense of touch parameter from M unit sense of touch parameter；

Third output unit exports P unit sense of touch for adjusting unit by tactile in P unit adjustment region Parameter.

Embodiment two:

In the embodiment of the present application, a kind of output method is provided, this method is applied to have display unit and tactile tune Save the electronic equipment of unit, wherein display unit has display area, and tactile, which adjusts unit, has adjustment region, display area It is overlapped with adjustment region, specific step, as shown in Figure 8, comprising:

Step 801, an image is obtained.

Wherein, image has display parameters, and in the embodiment of the present application, which is not have in the prior art How the image of sense of touch parameter is adjusted image when the image does not have sense of touch parameter, so that the image has very Real sense of touch, then can be described in following process.

Step 802, according to display parameters, show that image in the first display area.

Wherein, the regional scope of the first display area is less than the regional scope of display area, the first display area and first Adjustment region is corresponding.

Step 803, according to image, regulating command is generated.

Regulating command is specially the regulating command for including the first sense of touch parameter, and the first sense of touch parameter is with the first sense of touch Parameter.

And the essential content of step 803, then it is that regulating command is generated by picture material, specific as follows:

Firstly, obtaining the picture material for including in image.

Then, according to picture material, regulating command corresponding with picture material is generated in the first adjustment region.

Step 804, according to regulating command, the sense of touch parameter of the first adjustment region is at least adjusted, by the second of adjustment region Sense of touch parameter is adjusted to the first sense of touch parameter, so that image is adjusted to the first sense of touch from second touch.

In step 804, there is first latter two regulative mode:

The first:

According to the regulating command generated by picture material, the sense of touch parameter in the first adjustment region is adjusted, i.e., according to adjusting Order exports sense of touch parameter corresponding with picture material, by the second touch parameter tune of adjustment region in the first adjustment region Whole is the first sense of touch parameter.

Second:

After having adjusted the sense of touch parameter in the first adjustment region, the sense of touch in addition to the first adjustment region can be also adjusted Parameter.

In the embodiment of the present application, according to regulating command, touching corresponding with picture material in the first adjustment region is adjusted After feeling parameter, further comprise the steps of:

Adjust the sense of touch parameter of the second adjustment region in adjustment region.

Wherein, the second adjustment region is corresponding with the second display area, and the second display area is that first is removed in display area Display area except display area.

In the embodiment of the present application, in addition to above-mentioned regulative mode, also there is another adjusting method.

It is as follows:

In the method, image has third sense of touch parameter.

It therefore, in the method, can be from the first display area firstly, when image is shown in the first display area Determine the second display area.

Wherein, the second display area belongs to display area.

Then, according to the second display area, the second adjustment region is determined in adjustment region.

Wherein, the second adjustment region and the second display area are corresponding.

Then, according to image, in the second adjustment region, the regulating command for corresponding to the second adjustment region is generated.

It wherein, is specially the regulating command for including third sense of touch parameter corresponding to the regulating command of the second adjustment region.

Finally, the sense of touch parameter of the second adjustment region is adjusted according to the regulating command for corresponding to the second adjustment region, by the The second touch parameter of two adjustment regions is adjusted to third sense of touch parameter.

In the embodiment of the present application, a kind of output method is described, by determining corresponding when image is shown Adjustment region, and regulating command is generated by image, the sense of touch parameter in the adjustment region of image is then at least adjusted, by image Sense of touch parameter be adjusted to the first sense of touch parameter from second touch so that user touch image when, have true sense of touch.

Further, after having adjusted the sense of touch of image, additionally it is possible to which adjustment is in display area, its in addition to image The sense of touch parameter of his display area, sense of touch identical or different with image can be had by making other regions also.

It further, can also be by adjusting the sense of touch parameter having internal in image, when image is shown, from aobvious Show and determine adjustment region in region, the sense of touch of image is then adjusted in adjustment region, makes the sense of touch of image from second touch Parameter regulation is third sense of touch parameter, so that having true sense of touch when user touches image.

Further, the embodiment of the present application also describes a kind of electronic equipment.

There is the electronic equipment display unit and tactile to adjust the electronic equipment of unit.

Wherein, display unit has display area, and tactile, which adjusts unit, has adjustment region, display area and adjustment region Overlapping, as shown in Figure 9, comprising:

First obtains unit 901, for obtaining an image, wherein image has display parameters.

Display unit 902, for showing that image in the first display area according to display parameters, wherein the first display The regional scope in region is less than the regional scope of display area, and the first display area and the first adjustment region are corresponding.

Generation unit 903, for generating regulating command according to image, regulating command includes specially the first sense of touch parameter Regulating command, the first sense of touch parameter be the parameter with the first sense of touch.

First adjusts unit 904, at least adjusting the sense of touch parameter of the first adjustment region, adjusting according to regulating command The second touch parameter in region is adjusted to the first sense of touch parameter, so that image is adjusted to the first sense of touch from second touch.

Further, image has third sense of touch parameter, wherein electronic equipment further include:

First determination unit, for working as image after showing that image in the first display area according to display parameters When showing in the first display area, the second display area is determined from the first display area, wherein the second display area belongs to In display area.

Second determination unit determines the second adjustment region for according to the second display area in adjustment region, second Adjustment region and the second display area are corresponding.

Further, generation unit 903 is specifically used for according to image, in the second adjustment region, generates and corresponds to second The regulating command of adjustment region, wherein the regulating command corresponding to the second adjustment region includes specially third sense of touch parameter Regulating command.

First adjusts unit 904, specifically for adjusting second and adjusting according to the regulating command for corresponding to the second adjustment region The second touch parameter of second adjustment region is adjusted to third sense of touch parameter by the sense of touch parameter in region.

Further, generation unit 903 specifically includes the second obtaining unit and generates subelement.

Second obtaining unit, for obtaining the picture material for including in image.

Subelement is generated, for generating adjusting corresponding with picture material in the first adjustment region according to picture material Order.

Further, first unit 904 is adjusted specifically for exporting and scheming in the first adjustment region according to regulating command As the corresponding sense of touch parameter of content, the second touch parameter of adjustment region is adjusted to the first sense of touch parameter.

Further, electronic equipment further include: second adjusts unit, for adjusting the second adjustment region in adjustment region Sense of touch parameter, wherein the second adjustment region is corresponding with the second display area, and the second display area is in display area except the Display area except one display area.

One or more embodiments through the invention, may be implemented following technical effect:

By the embodiment of the present application one, a kind of output method is described, wherein through image when display area is shown, It determines adjustment region corresponding with display area, and the first sense of touch parameter that adjusting image has in adjustment region, makes figure As when display area is shown by display parameters, additionally it is possible to which the sense of touch parameter for adjusting image joins it from second touch Number is adjusted to the first sense of touch parameter, for example by smooth Image Adjusting is the image with true sense of touch, so that touching in user When image, there is true sense of touch.

Further, by when image is shown, adjusting the sense of touch parameter of image, it is adjusted to from second touch parameter First sense of touch parameter, for example, by smooth Image Adjusting be the image with true sense of touch so that user touch image when, tool There is true sense of touch.

Further, it when image is shown, by receiving the touch operation of user, is determined by the touch operation One region, then determines corresponding adjustment region by the region, and the sense of touch parameter of image is adjusted in adjustment region, will It is adjusted to the first sense of touch parameter from second touch parameter, for example by smooth Image Adjusting is the image with true sense of touch, So that there is true sense of touch when user touches image.

Further, when image zooms in or out, the sense of touch parameter in image can also use corresponding calculate Method is calculated, and is amplified and reduced accordingly according to image, and image can be made when arbitrary proportion zooms in and out, can Enough there is corresponding sense of touch, so that user when touching the image after scaling, has true sense of touch.

By embodiments herein two, a kind of output method is described, by when image is shown, determining pair The adjustment region answered, and regulating command is generated by image, the sense of touch parameter in the adjustment region of image is then at least adjusted, it will The sense of touch parameter of image is adjusted to the first sense of touch parameter from second touch, so that having true touching when user touches image Sense.

Further, after having adjusted the sense of touch of image, additionally it is possible to which adjustment is in display area, its in addition to image The sense of touch parameter of his display area, sense of touch identical or different with image can be had by making other regions also.

It further, can also be by adjusting the sense of touch parameter having internal in image, when image is shown, from aobvious Show and determine adjustment region in region, the sense of touch of image is then adjusted in adjustment region, makes the sense of touch of image from second touch Parameter regulation is third sense of touch parameter, so that having true sense of touch when user touches image.

Obviously, various changes and modifications can be made to the invention without departing from essence of the invention by those skilled in the art Mind and range.In this way, if these modifications and changes of the present invention belongs to the range of the claims in the present invention and its equivalent technologies Within, then the present invention is also intended to include these modifications and variations.

Claims (21)

1. a kind of output method, the method is applied to adjust the electronic equipment of unit with display unit and tactile, wherein institute Display unit is stated with display area, the tactile, which adjusts unit, has adjustment region, the display area and the regulatory region Domain overlapping characterized by comprising

An image is obtained, described image has display parameters, and the first sense of touch parameter corresponding with the first sense of touch；

According to the display parameters, show that described image in the first display area, first display area is corresponding with One adjustment region, wherein first display area belongs to the display area, and first adjustment region belongs to the adjusting Region；

When described image is shown in first display area, the second viewing area is determined from first display area Domain, wherein second display area belongs to the display area；

According to second display area, the second adjustment region, second adjustment region are determined in the adjustment region It is corresponding with second display area；

Unit is adjusted by the tactile, the second touch parameter of second adjustment region is adjusted to first sense of touch and is joined Number, so that the sense of touch of described image is adjusted to first sense of touch, wherein the second touch parameter and first sense of touch are joined Number is different.

2. the method as described in claim 1, which is characterized in that described when described image is shown in first display area When, the second display area is determined from first display area, specifically:

When described image is shown in first display area, determine that first display area is second viewing area Domain, that is, second display area is identical with first display area.

3. method according to claim 2, which is characterized in that

It is made of in the first sense of touch parameter M unit sense of touch parameter, and determines that first display area is described second When display area, described according to second display area, after the second adjustment region is determined in the adjustment region, It further comprises the steps of:

Determine that M unit adjustment region, the M unit adjustment region form described first and adjust in the adjustment region Region is saved, M is the integer more than or equal to 1；

Unit is adjusted by the tactile described, the second touch parameter of second adjustment region is adjusted to described first Before sense of touch parameter, further comprise the steps of:

Unit is adjusted by the tactile, exports the M unit sense of touch parameter in the M unit adjustment region.

4. the method as described in claim 1, which is characterized in that it in the electronic equipment further include touch sensing unit, it is described Touch sensing unit has induction region, and when the induction region and display area overlapping, described aobvious from described first Show and determine the second display area in region, specifically:

By the touch sensing unit, detection obtains operating body in the touch operation of the induction region；

The touch operation is responded, the first induction region corresponding with the touch operation is determined in the induction region；

According to first induction region, the second display area is determined from first display area, wherein described second Display area is corresponding with first induction region.

5. method as claimed in claim 4, which is characterized in that in the first sense of touch parameter by M unit sense of touch parameter group Cheng Shi, described according to second display area, after the second adjustment region is determined in the adjustment region, the side Method further comprises the steps of:

Determine that M unit adjustment region, the M unit adjustment region form described first and adjust in the adjustment region Region is saved, M is the integer more than or equal to 1；

According to the M unit adjustment region and first induction region, N number of unit adjustment region, the N number of tune are determined Save region it is corresponding with second adjustment region, second adjustment region is corresponding with first induction region, N for greater than etc. In 1 integer, and N < M；

According to the M unit sense of touch parameter and first induction region, N number of unit sense of touch parameter is determined；

Unit is adjusted by the tactile, N number of unit sense of touch parameter is exported in N number of unit adjustment region.

6. the method as described in claim 1, which is characterized in that the sense of touch parameter includes:

Roughness sense of touch parameter and/or hardness sense of touch parameter and/or temperature sense of touch parameter.

7. the method as described in claim 1, which is characterized in that unit is adjusted by the tactile described, by described second The second touch parameter of adjustment region is adjusted to after the first sense of touch parameter, the method also includes:

One based on acquisition reduces/enlarges instruction, and third display area is determined from the display area；

According to the third display area, third adjustment region is obtained, the third adjustment region corresponds to the third and shows Region, wherein include being determined based in M unit adjustment region in first adjustment region in the third adjustment region P unit adjustment region out, M are integer more than or equal to 1, and P is the integer more than or equal to 1, and P < M；

P unit sense of touch parameter is generated from the M unit sense of touch parameter that the first sense of touch parameter includes；

Unit is adjusted by the tactile, the P unit sense of touch parameter is exported in the P unit adjustment region.

8. a kind of output method, the method is applied to adjust the electronic equipment of unit with display unit and tactile, wherein institute Display unit is stated with display area, the tactile, which adjusts unit, has adjustment region, the display area and the regulatory region Domain overlapping characterized by comprising

Obtain an image, wherein described image has display parameters；

According to the display parameters, show that described image in the first display area, wherein the area of first display area Domain range is less than the regional scope of the display area, and first display area and the first adjustment region are corresponding；

Obtain the picture material for including in described image；According to described image content, generated in first adjustment region with The corresponding regulating command of described image content, the regulating command is specially the regulating command for including the first sense of touch parameter, described First sense of touch parameter is the parameter with the first sense of touch；

According to the regulating command, sense of touch parameter corresponding with described image content is exported in first adjustment region, it will The second touch parameter of the adjustment region is adjusted to the first sense of touch parameter.

9. method according to claim 8, which is characterized in that described according to the regulating command, adjust described first and adjust It saves in region, after sense of touch parameter corresponding with described image content, further comprises the steps of:

Adjust the sense of touch parameter of the second adjustment region in the adjustment region, wherein second adjustment region is aobvious with second Show that region is corresponding, second display area is the viewing area in the display area in addition to first display area Domain.

10. method according to claim 8, which is characterized in that described image has third sense of touch parameter, described according to institute Display parameters are stated, after showing that described image in first display area, are further comprised the steps of:

When described image is shown in first display area, the second viewing area is determined from first display area Domain, wherein second display area belongs to the display area；

According to second display area, the second adjustment region, second adjustment region are determined in the adjustment region It is corresponding with second display area.

11. method as claimed in claim 10, which is characterized in that

It is described according to described image when determining second adjustment region in the adjustment region, generate regulating command, tool Body are as follows:

According to described image, in second adjustment region, the regulating command for corresponding to second adjustment region is generated, In, the regulating command corresponding to second adjustment region is specially the regulating command for including third sense of touch parameter；

It is described that the sense of touch parameter of first adjustment region is at least adjusted according to the regulating command, by second regulatory region The second touch parameter in domain is adjusted to the first sense of touch parameter, specifically:

According to the regulating command for corresponding to second adjustment region, the sense of touch parameter of second adjustment region is adjusted, by institute The second touch parameter for stating the second adjustment region is adjusted to third sense of touch parameter.

12. a kind of electronic equipment, the electronic equipment is with display unit and tactile adjusting unit, wherein the display Unit has display area, and the tactile, which adjusts unit, has adjustment region, the display area and adjustment region overlapping, It is characterized in that, the electronic equipment includes:

First obtains unit, for obtaining an image, described image has display parameters, and corresponding with the first sense of touch first Sense of touch parameter；

Display unit, for showing that described image in the first display area according to the display parameters, first display Region is corresponding with the first adjustment region, wherein first display area belongs to the display area, first adjustment region Belong to the adjustment region；

First determination unit, for when described image is shown in first display area, from first display area In determine the second display area, wherein second display area belongs to the display area；

Unit is adjusted, it is described for determining the second adjustment region in the adjustment region according to second display area Second adjustment region and second display area are corresponding；

The second touch parameter of second adjustment region is adjusted to by adjustment unit for adjusting unit by the tactile The first sense of touch parameter, so that the sense of touch of described image is adjusted to first sense of touch, wherein the second touch parameter with The first sense of touch parameter is different.

13. electronic equipment as claimed in claim 12, which is characterized in that first determination unit is specifically used for working as the figure As when showing in first display area, determining that first display area is second display area, that is, described the Two display areas are identical with first display area.

14. electronic equipment as claimed in claim 13, which is characterized in that

The first sense of touch parameter is made of M unit sense of touch parameter, and determines that first display area is described second aobvious When showing region, the electronic equipment further include:

Second determination unit, for, according to second display area, the second tune being determined in the adjustment region described After saving region, determine that M unit adjustment region, the M unit adjustment region form described in the adjustment region First adjustment region, M are the integer more than or equal to 1；

The electronic equipment further include:

First output unit, for adjusting unit by the tactile, by the second touch parameter of second adjustment region It is adjusted to before the first sense of touch parameter, unit is adjusted by the tactile, described in M unit adjustment region output M unit sense of touch parameter.

15. electronic equipment as claimed in claim 12, which is characterized in that the electronic equipment further includes touch sensing unit, The touch sensing unit has induction region, and when the induction region and the display area are overlapped, described first determines list Member specifically includes:

Detection unit, for by the touch sensing unit, detection to obtain operating body in the touch operation of the induction region；

Third determination unit determines that the touch operation is corresponding for responding the touch operation in the induction region The first induction region；

4th determination unit, for determining the second display from first display area according to first induction region Region, wherein second display area is corresponding with first induction region.

16. electronic equipment as claimed in claim 15, which is characterized in that in the first sense of touch parameter by M unit sense of touch When parameter forms, the electronic equipment further include:

5th determination unit, for determining the second regulatory region in the adjustment region according to second display area After domain, determine that M unit adjustment region, the M unit adjustment region form described in the adjustment region One adjustment region, M are the integer more than or equal to 1；

6th determination unit, for determining N number of unit tune according to the M unit adjustment region and first induction region Region is saved, the N number of adjustment region is corresponding with second adjustment region, second adjustment region and first induction Region is corresponding, and N is the integer more than or equal to 1, and N < M；

7th determination unit, for determining N number of unit touching according to the M unit sense of touch parameter and first induction region Feel parameter；

Second output unit exports described N number of for adjusting unit by the tactile in N number of unit adjustment region Unit sense of touch parameter.

17. electronic equipment as claimed in claim 12, which is characterized in that the electronic equipment further include:

8th determination unit, for adjusting unit by the tactile described, by the second touch of second adjustment region Parameter is adjusted to after the first sense of touch parameter, and one based on acquisition reduces/enlarges instruction, and third is determined from the display area Display area；

Second obtaining unit, for obtaining third adjustment region, the third adjustment region pair according to the third display area Third display area described in Ying Yu, wherein include single based on M in first adjustment region in the third adjustment region P unit adjustment region determining in the adjustment region of position, M are the integer more than or equal to 1, and P is the integer more than or equal to 1, and P < M；

Generation unit, for generating P unit sense of touch ginseng from the M unit sense of touch parameter that the first sense of touch parameter includes Number；

Third output unit exports the P for adjusting unit by the tactile in the P unit adjustment region Unit sense of touch parameter.

18. a kind of electronic equipment adjusts the electronic equipment of unit with display unit and tactile, wherein the display unit tool There is display area, the tactile, which adjusts unit, has adjustment region, the display area and adjustment region overlapping, feature It is, comprising:

First obtains unit, for obtaining an image, wherein described image has display parameters；

Display unit shows that described image in the first display area for according to the display parameters, wherein described the The regional scope of one display area is less than the regional scope of the display area, first display area and the first adjustment region It is corresponding；

Generation unit specifically includes: the second obtaining unit, for obtaining the picture material for including in described image；It is single to generate son Member, for generating regulating command corresponding with described image content in first adjustment region according to described image content； The regulating command is specially the regulating command for including the first sense of touch parameter, and the first sense of touch parameter is with the first sense of touch Parameter；

First adjusts unit, for being exported and described image content in first adjustment region according to the regulating command The second touch parameter of the adjustment region is adjusted to the first sense of touch parameter by corresponding sense of touch parameter.

19. electronic equipment as claimed in claim 18, which is characterized in that described image has third sense of touch parameter, wherein institute State electronic equipment further include:

First determination unit, for, according to the display parameters, showing that described image in first display area described After showing, when described image is shown in first display area, determine that second is aobvious from first display area Show region, wherein second display area belongs to the display area；

Second determination unit, for determining the second adjustment region in the adjustment region according to second display area, Second adjustment region and second display area are corresponding.

20. electronic equipment as claimed in claim 19, which is characterized in that

Generation unit is specifically used for according to described image, in second adjustment region, generates and corresponds to second adjusting The regulating command in region, wherein the regulating command corresponding to second adjustment region includes specially third sense of touch parameter Regulating command；

First adjusts unit, specifically for adjusting described second and adjusting according to the regulating command for corresponding to second adjustment region The sense of touch parameter for saving region, is adjusted to third sense of touch parameter for the second touch parameter of second adjustment region.

21. electronic equipment as claimed in claim 18, which is characterized in that the electronic equipment further include:

Second adjusts unit, for adjusting the sense of touch parameter of the second adjustment region in the adjustment region, wherein described second Adjustment region is corresponding with the second display area, and second display area is that first viewing area is removed in the display area Display area except domain.