CN102087845B - Electronic device without drawing accelerator and relevant display control method thereof - Google Patents
Electronic device without drawing accelerator and relevant display control method thereof Download PDFInfo
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- CN102087845B CN102087845B CN 200910252148 CN200910252148A CN102087845B CN 102087845 B CN102087845 B CN 102087845B CN 200910252148 CN200910252148 CN 200910252148 CN 200910252148 A CN200910252148 A CN 200910252148A CN 102087845 B CN102087845 B CN 102087845B
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Abstract
The invention discloses an electronic device without drawing accelerator and a relevant display control method thereof. The electronic device comprises at least one storage module and a display control circuit, wherein the storage module is used for storing an effect list; the effect list comprises a plurality of frame lists; each frame list comprises a plurality of numbers for respectively representing a plurality of image basic units, and all the numbers of the same frame list represent the image basic unit which unnecessarily belongs to the same source image; the image basic units mapped by the frame lists respectively indicate the contents of a plurality of display frames in the process of carrying out dynamic user interface display; and the display control circuit is used for readingimage data corresponding to the image basic units of all numbers in the frame lists so that the display frames are displayed in sequence. The invention also provides a relevant display control method.
Description
Technical field
The invention relates to dynamic user's interface display (Dynamic User Interface of electronic installation, Dynamic UI), espespecially a kind of accelerator that do not need to draw just can the smooth and easy electronic installation of dynamic user's interface display and the relevant display control method of carrying out.
Background technology
Along with the diversified development of various electronic installations, many portable electronic devices all can carry out dynamic user's interface display on the market, control more intuitively or relevent information so that the user to be provided.For example, (for example: the function choosing-item that the MP3 player) provides all represents with icon (Icon) some portable multimedia players, and when the user browsed different function choosing-items, the display module of portable multimedia player just presented conversion between the different icons with animation.In addition, the function choosing-item that the portable multimedia player of some high-orders provides not only all represents with icon, and these icons can in the towing on the Touch Screen and accordingly present conversion between the different icons with animation along with the user.
According to known techniques, the auxiliary of accelerator of usually need to drawing just is achieved exquisite dynamic user's interface display.Yet for the electronic installation (can be commonly referred to as the low order electronic installation) of low order or bargain center, the cost keyholed back plate is epochmaking subject under discussion.Clearer and more definite, the cost of drawing accelerator has accounted for the ratio of can not ignore in the middle of the total cost of portable electronic devices, even therefore in the middle of numerous manufacturers, possess powerful technical background person, often still be difficult in the product of low order or bargain center, import exquisite dynamic user's interface display.Known techniques haves much room for improvement really.
Summary of the invention
Therefore one of purpose of the present invention is to provide a kind of do not need the to draw electronic installation of accelerator and relevant display control method, to address the above problem.
A kind of electronic installation of the accelerator that do not need to draw is provided in the preferred embodiment of the present invention, this electronic installation accelerator that do not need to draw just can smooth and easyly carry out dynamic user's interface display, this electronic installation includes: at least one memory module, be used for storing an effect table (Effect Table), this effect table comprises a plurality of frame tables (Frame Table), each frame table comprises a plurality of numberings that represent respectively a plurality of image elementary cells, and each numbering representative of same frame table must not belong to the image elementary cell of same source image, wherein those frame tables image elementary cell of shining upon is pointed out respectively the content of a plurality of display boxes in the process of carrying out dynamic user's interface display, and dynamically the content system of each display box in the process of user's interface display is pre-arranged by utilizing this effect table; And a display control circuit, be used for reading the image data corresponding to the image elementary cell of each numbering in those frame tables, so that those display boxes are sequentially shown.
The present invention is when providing above-mentioned electronic installation, a kind of display control method also is provided accordingly, this display control method accelerator that do not need to draw just can smooth and easyly carry out dynamic user's interface display, this display control method includes: an effect table is provided, this effect table comprises a plurality of frame tables, each frame table comprises a plurality of numberings that represent respectively a plurality of image elementary cells, and each numbering representative of same frame table must not belong to the image elementary cell of same source image, wherein those frame tables image elementary cell of shining upon is pointed out respectively the content of a plurality of display boxes in the process of carrying out dynamic user's interface display, and dynamically the content system of each display box in the process of user's interface display is pre-arranged by utilizing this effect table; And read image data corresponding to the image elementary cell of each numbering in those frame tables, so that those display boxes are sequentially shown.
One of benefit of the present invention is that the present invention is by utilizing this effect table just can preset the content of each display box in the process of dynamic user's interface display, therefore the accelerator that do not need to draw just can smooth and easyly carry out dynamic user's interface display.Therefore, the present invention can positively reach target low-cost, dynamical dynamic user's interface display when the problem that solves known techniques.
Another benefit of the present invention is that the data volume of the image data of each related image elementary cell equals the data volume of the minimum unit of reading of this memory module in the preferred embodiment of the present invention.For example: be that flash memory (Flash Memory) and its minimum unit of reading are under the situation of section (Sector) in this memory module, the data volume of the image data of each image elementary cell can just in time equal the data volume of a section.Therefore, the present invention does not need extra data to process or conversion, just can reach the target of dynamical dynamic user's interface display.
Description of drawings
Fig. 1 just can the smooth and easy schematic diagram that carries out the electronic installation of dynamic user's interface display for a kind of accelerator that do not need to draw according to first embodiment of the invention.
Fig. 2 just can the smooth and easy process flow diagram that carries out the display control method of dynamic user's interface display for a kind of accelerator that do not need to draw according to the embodiment of the invention.
Fig. 3 is the schematic diagram of the display control method shown in Figure 2 numbering of the image elementary cell in the related one first source image in an embodiment.
Fig. 4 is the schematic diagram of the display control method shown in Figure 2 numbering of the image elementary cell in the related second source image in embodiment illustrated in fig. 3.
Fig. 5 is the schematic diagram of display control method related data structure in embodiment illustrated in fig. 3 shown in Figure 2.
Fig. 6 is display control method implementation detail schematic diagram in the embodiment shown in fig. 3 shown in Figure 2.
Fig. 7, Fig. 8, Fig. 9, Figure 10 are the schematic diagram of display control method shown in Figure 2 several frame tables in related a series of frame tables in an embodiment.
Figure 11 is the schematic diagram of the display control method shown in Figure 2 frame table in related a series of frame tables in another embodiment.
Figure 12 just can the smooth and easy schematic diagram that carries out the electronic installation of dynamic user's interface display for a kind of accelerator that do not need to draw according to the present invention one second embodiment.
The main element symbol description:
50,50 ' electronic installation
52 nonvolatile memories
54 effect tables
54-0,54-1 ..., 54-10 ..., 54-N, 54-x, frame table
54-y
The image data of 56 source images
60 display control circuits
62 display modules
100,101 ..., 199 are used for representing one first source image
In the numbering of image elementary cell
200,201 ..., 299 are used for representing in the second source image
The numbering of image elementary cell
910 display control methods
912,914,914-0,914-2,914-4,914-6, step
914-8，922，924，926，928，930，932，934
920 workflows
F (0), F (1) ..., F (10), F (y) display box
Pic (1), Pic (2) image of originating
Sec (35), Sec (36) ..., Sec (42) section
Embodiment
Please refer to Fig. 1, Fig. 1 just can the smooth and easy schematic diagram that carries out the electronic installation 50 of dynamic user's interface display for a kind of accelerator that do not need to draw according to the present invention one first embodiment.For example: electronic installation 50 can represent portable multimedia player such as the MP3 player.Again for example: electronic installation 50 can represent portable electronic devices such as mobile phone or personal digital assistant (Personal Digital Assistant, PDA).Again for example: electronic installation 50 can represent PC (Personal Computer, PC) such as desktop computer (Desktop Computer) or kneetop computer (Laptop Computer).Again for example: electronic installation 50 can represent the PC that possesses Touch Screen.
According to the present embodiment, electronic installation 50 comprise at least one memory module 52, a display control circuit 60, with a display module 62, wherein memory module 52 is to store the image data 56 of an effect table (Effect Table) 54 and source image.On the implementation, memory module 52 can be nonvolatile memory (Non-volatile Memory, NV) such as flash memory (Flash Memory) or general ROM (read-only memory) (Read Only Memory, ROM) or be hard disk (Hard Disk, HD).Such as: no matter be to represent portable electronic devices, desktop computer or the kneetop computer such as portable multimedia player, mobile phone or personal digital assistant at electronic installation 50 or possess under the situation of PC of Touch Screen, memory module 52 can be nonvolatile memory or is hard disk.
In addition, the display module 62 of the present embodiment can be arranged at electronic installation 50 in.This is not limitation of the present invention only for illustrative purposes.Change example according to one of the present embodiment, display module 62 can be arranged at outside the electronic installation 50.For example: the desktop computer that has display module in electronic installation 50 can represent not; Under this situation, display module 62 is arranged at outside the electronic installation 50.Another variation example according to the present embodiment, above-mentioned at least one memory module 52 can comprise a plurality of memory modules, wherein the part in the middle of the image data 56 of effect table 54 and source image is stored in the one in those memory modules, and image data 56 central another part of effect table 54 and source image are stored in the another one in those memory modules.
In the present embodiment, effect table 54 comprise a plurality of frame tables (Frame Table) 54-0,54-1 ..., and 54-N, each frame table comprises a plurality of numberings that represent respectively a plurality of image elementary cells, and each numbering representative of same frame table must not belong to the image elementary cell of same source image, wherein frame table 54-0,54-1 ..., the image elementary cell of shining upon with 54-N point out respectively in the process of carrying out dynamic user's interface display a plurality of display box F (0), F (1) ..., with the content of F (N).Note that each display box F (0), F (1) in the process of dynamic user's interface display ..., utilize effect table 54 with the content of F (N) and be pre-arranged.Especially, the image data 56 of source image comprises the image data of a plurality of source image Pic (m); For example: m is positive integer and can be changed to M from 1.Each source image Pic (m) divides into a plurality of image elementary cells, and these image elementary cells have its numbering separately, wherein frame table 54-0,54-1 ..., with 54-N store separately previously selected numbering.So, display control circuit 60 namely can read corresponding to frame table 54-0,54-1 ..., with 54-N in the image data of image elementary cell of each numbering so that display box F (0), F (1) ..., sequentially shown with F (N).
On the implementation, display control circuit 60 can in have source code 60P (not shown), be used as the basis of the various controls running of display control circuit 60.For example: display control circuit 60 can represent a hardware control, and source code 60P can be the ROM (read-only memory) source code (ROMCode) that is embedded in this hardware control.Yet this is not limitation of the present invention only for illustrative purposes.Change example according to one of the present embodiment, display control circuit 60 can represent a micro-control unit (Micro Control Unit, MCU), and source code 60P can be the performed firmware source code of this micro-control unit, and wherein display control circuit 60 can carry out the control of the various runnings except showing running in addition.Another variation example according to the present embodiment, display control circuit 60 can represent a microprocessing unit (Micro Processing Unit, MPU), and source code 60P can be the performed software source code of this microprocessing unit, and wherein display control circuit 60 can carry out the control of the various runnings except showing running in addition.According to another variation example of the present embodiment, display control circuit 60 can merely be comprised of logical circuit.Though be in display control circuit 60, have source code 60P or the situation that merely formed by logical circuit under, these change the enforcement of the various demonstrations control runnings that do not hinder display control circuit 60; Its correlative detail please refer to Fig. 2 and further specifies.
Fig. 2 is not for needing to draw the just smooth and easy process flow diagram that carries out the display control method 910 of dynamic user's interface display of energy of accelerator according to one embodiment of the invention a kind of, wherein display control method 910 can be applicable to electronic installation shown in Figure 1 50.Display control method 910 is described as follows.
Step 912: provide an effect table all effect tables 54 described above, effect table 54 comprise all frame table 54-0 described above of a plurality of frame tables, 54-1 ..., and 54-N, each frame table comprises a plurality of numberings that represent respectively a plurality of image elementary cells, and each numbering representative of same frame table (for example: the image elementary cell source image Pic (m) in the m=m0 situation) must not belong to same source image.Especially, frame table 54-0,54-1 ..., the image elementary cell of shining upon with 54-N point out respectively in the process of carrying out dynamic user's interface display a plurality of display box F (0), F (1) ..., with the content of F (N), and dynamically each display box F (0), the F (1) in the process of user's interface display ..., be pre-arranged by utilizing effect table 54 with the content of F (N) system.
Step 914: display control circuit 60 (display control circuit 60 of especially carrying out the display control circuit 60 of source code 60P or merely being formed by logical circuit) read corresponding to those frame tables such as frame table 54-0,54-1 ..., with 54-N in the image data of image elementary cell of each numbering so that those display boxes such as display box F (0), F (1) ..., sequentially shown with F (N).Especially, display control circuit 60 is processed to operate according to the loop in the step 914, and wherein this loop processing spec is as follows:
Step 914-0: display control circuit 60 is set the initial value of index n.For example: predetermined to carry out display box that loop processes be display box F (0), F (1) ..., with the situation of F (N) under, display control circuit 60 can be set as 0 with the initial value of index n.
Step 914-2: display control circuit 60 reads the image data corresponding to the image elementary cell of each numbering of frame table 54-n.Note that each numbering representative in the middle of the frame table 54-n (for example: at m=m must not belong to same source image
0Source image Pic (m) in the situation) image elementary cell, and frame table 54-n to shine upon the image elementary cell be which image elementary cell system of which or which source image sees through the numbering of presetting among the frame table 54-n and realizes.
Step 914-4: display control circuit 60 makes present display box F (n) shown according to the image data (image data that namely reads in step 914-2) that reads.
Step 914-6: display control circuit 60 checks whether be disposed.Clearer and more definite, whether display control circuit 60 inspection has been disposed is wanted all display boxes of showing at present.For example: predetermined to carry out display box that loop processes be display box F (0), F (1) ..., with the situation of F (N) under, it is inner complete to judge whether to locate that display control circuit 60 can check whether n has reached N.Be disposed when display control circuit 60 detects, then the loop in the ending step 914 is processed; Otherwise, enter step 914-8.
Step 914-8: display control circuit 60 is adjusted index n.For example: display control circuit 60 can increase index n, and its increment is 1.After execution in step 914-8, reenter step 914-2.
Because each display box F (0), F (1) in the process of dynamic user's interface display ..., be pre-arranged by utilizing effect table 54 with the content of F (N) system, just energy is smooth and easy not carry out dynamic user's interface display for accelerator therefore the present invention does not need to draw.Therefore, the present invention can positively reach target low-cost, dynamical dynamic user's interface display when the problem that solves known techniques.
Note that this does not represent the hardware environment that the present invention can only be implemented in the accelerator of not drawing; Even in the hardware environment that the drawing accelerator is arranged, accelerator is with regard to smooth and easyly carrying out dynamic user's interface display, therefore can realize dynamic user's interface display under the situation of the running burden that does not increase the drawing accelerator because the present invention does not need to draw.
According to the present embodiment, display control method 910 shown in Figure 2 comprises in addition: the image data of a plurality of sources image is provided, and the image data of all M described above source image Pic (m), wherein m is positive integer and can be changed to M from 1; So, the image data 56 of source image comprises the image data of this M source image, and wherein above-mentioned at least one memory module 52 is to store the image data of the image data of this a plurality of sources image, especially this M source image.In the present embodiment, the image elementary cell of each numbering representative is the part of the source image among those source image Pic (m).
Please refer to Fig. 3 and Fig. 4.Fig. 3 is the schematic diagram of the display control method 910 shown in Figure 2 numbering of the image elementary cell among the related one first source image Pic (1) in an embodiment, Fig. 4 is the schematic diagram of the display control method 910 shown in Figure 2 numbering of the image elementary cell among the related second source image Pic (2) in same embodiment, and wherein the present embodiment is a special case embodiment illustrated in fig. 2.
In the present embodiment, first the source image Pic (1) in the horizontal direction with vertical direction all be divided into ten five equilibriums with form 100 image elementary cells 100,101 ..., 109}, { 110,111 ..., 119} ..., with { 190,191,, 199}, and the frame table 54-0 of this enforcement stores the numbering (namely { 100,101 of these image elementary cells,, 109}, { 110,111,, 119} ..., { 190,191 ..., 199}), as shown in Figure 3.Similarly, second source image Pic (2) in the horizontal direction with vertical direction all be divided into ten five equilibriums with form 100 image elementary cells 200,201 ..., 209}, { 210,211 ..., 219} ..., with { 290,291,, 299}, and the frame table 54-10 of this enforcement stores the numbering (namely { 200,201 of these image elementary cells,, 209}, { 210,211,, 219} ..., { 290,291 ..., 299}), as shown in Figure 4.
On the implementation, the data volume of the image data of each image elementary cell equals the data volume of the minimum unit of reading of memory module 52.For example: be that flash memory and its minimum unit of reading are under the situation of section (Sector) in memory module 52, the data volume of the image data of each image elementary cell can just in time equal the data volume of a section.
Fig. 5 is the schematic diagram of display control method 910 related data structure in embodiment illustrated in fig. 3 shown in Figure 2.According to the present embodiment, the image data in this data structure is bit mapping data.For example: the red, green, blue component of each pixel in each image elementary cell respectively has under the situation of 5 bits, 6 bits, 5 bits, the data volume of each pixel is 16 bits, i.e. 2 bit groups, each image elementary cell system of supposing the present embodiment is comprised of (16*16) individual pixel, then the data volume of this image elementary cell (be (2*16*16) individual bit group at this) just in time equals the data volume of a section, i.e. 512 bit groups.
Corresponding image elementary cell in the image data 56 of arbitrary numbering representative source image of storing in the middle of the some frame table 54-x in the effect table 54 as shown in Figure 5; In Fig. 5, it is 138 as an example that above-mentioned arbitrary numbering system illustrates, display control circuit 60 namely can read the image data of image elementary cell 138 according to frame table 54-x, so that display box F (x) is shown suitable opportunity, namely make display box F (x) in numerous display box F (0), F (1) ..., with F (N) in the middle of the cis-position that is ranked shown.
On the implementation, (for example: image data system the first source image Pic (1) or second source image Pic (2)) stores take the image elementary cell as unit each source image among those source image Pic (m), but not store according to the order of the pixel column in the scope of this source image (Pixel Row), wherein the image data of each image elementary cell system stores according to the order of the pixel column in the scope of this image elementary cell.In addition, the data volume of the image data of each image elementary cell just in time equals the data volume of a section, for example image elementary cell 135,136 ..., with 142 image data be stored in respectively and continuously section Sec (35), Sec (36) ..., with Sec (42).Therefore, the present invention does not need extra data to process or conversion, just can reach the target of dynamical dynamic user's interface display.
Fig. 6 is the schematic diagram of the implementation detail of display control method 910 in embodiment illustrated in fig. 3 shown in Figure 2.Each step of workflow 920 is described as follows:
Step 922: display control circuit 60 (display control circuit 60 of especially carrying out the display control circuit 60 of source code 60P or merely being comprised of logical circuit) calculates the address of hidden area.In the present embodiment, effect table 54 is the hidden area that is stored in the memory module 52.
Step 924: display control circuit 60 is sought effect table 54 in the hidden area.
Step 926: display control circuit 60 is sought pending at least one numbering in effect table 54.For example: in the middle of loop shown in Figure 6 (be step 926 to step 934 formed loop), display control circuit 60 once can be processed the demonstration control running corresponding to a numbering; Again for example: in the middle of loop shown in Figure 6, display control circuit 60 once can be processed the demonstration control running that corresponds respectively to a plurality of numberings.
Step 928: display control circuit 60 calculates the address of an image elementary cell of this numbering representative; In case its address has been arranged, in subsequent step, can read according to this image data of this image elementary cell.
Step 930: display control circuit 60 reads the image data of this image elementary cell from memory module 52, especially reads the image data of this image elementary cell in the middle of the image data 56 of source image shown in Figure 1 according to the obtained address of step 928.
Step 932: display control circuit 60 control display modules 62 show the image data of this image elementary cell.
Step 934: display control circuit 60 checks whether be disposed.Clearer and more definite, display control circuit 60 inspection whether be disposed all display boxes of wanting at present to show (for example: display box F (0), F (1) ..., with F (10))., display control circuit 60 is disposed then power cut-off flow process 920 when detecting; Otherwise, reenter step 926.
Please note, for the ease of understanding, no matter display control circuit 60 single treatment in the middle of loop shown in Figure 6 is controlled running corresponding to demonstration control running or the single treatment of a numbering corresponding to the demonstration of a plurality of numberings, above running for this loop illustrates with the demonstration control running corresponding to a numbering in the lump; Especially, the demonstration control running corresponding to each numbering in the middle of the demonstration control running of a plurality of numberings is to be equal to the above-mentioned demonstration control running corresponding to a numbering.
Fig. 7, Fig. 8, Fig. 9, with Figure 10 be the in an embodiment schematic diagram of several frame tables in related a series of frame tables of display control method 910 shown in Figure 2, wherein the present embodiment is a special case embodiment illustrated in fig. 3.For convenience of explanation, suppose all display boxes of wanting at present to show comprise display box F (0), F (1) ... F (10), then above-mentioned a series of frame tables comprise frame table 54-0,54-1 ... 54-10.
Because frame table 54-0 shown in Figure 7 is frame table 54-0 shown in Figure 3, therefore display box F (0) shown in Figure 7 is equal to the first source image Pic (1) shown in Figure 3.Similarly, because frame table 54-10 shown in Figure 10 is frame table 54-10 shown in Figure 4, therefore display box F (10) shown in Figure 10 is equal to second source image Pic (2) shown in Figure 4.
Secondly, utilize design in advance appropriate frame table 54-0,54-1 ..., and 54-10, all display box F (0), the F (1) that wants at present to show ..., with F (10) can sequentially show in the process of carrying out dynamic user's interface display, to present the effect of animation.For example: since frame table 54-1 shown in Figure 8 is Far Left nine row (Column) of frame table 54-0 shown in Figure 3 move to right together delegation, fill the result of the rightmost side delegation of frame table 54-10 shown in Figure 4 in the frame table 54-1 leftmost side again.So display box F (1) shown in Figure 8 is equal to the first source image Pic (1) shown in Figure 3 and turns right and move 1/10 the displacement that is equivalent to the image width, fill the part of the rightmost side 1/10 of second source image Pic (2) in the leftmost side of display box F (1) again.Again for example: since frame table 54-5 shown in Figure 9 is the Far Left five-element of frame table 54-0 shown in Figure 3 move to right together the five-element, fill the rightmost side five-element's of frame table 54-10 shown in Figure 4 result in the frame table 54-5 leftmost side again.So display box F (5) shown in Figure 9 is equal to the first source image Pic (1) shown in Figure 3 and turns right and move 5/10 the displacement (i.e. half image width) that is equivalent to the image width, fill the part (being the right-hand part of second source image Pic (2)) of the rightmost side 5/10 of second source image Pic (2) in the leftmost side of display box F (5) again.
Therefore, when display box F (0), F (1) ..., sequentially show with F (10), the effect that just can present animation in the process of carrying out dynamic user's interface display is so that the first source image Pic (1) dynamically moves right and leaves picture and second source image Pic (2) and gradually move to right from the left side and enter the picture.Yet this is not limitation of the present invention only for illustrative purposes.Other variation example according to the present embodiment, as long as design in advance appropriate frame table 54-0,54-1, with 54-10, with frame table 54-0,54-1, the moving direction that changes along with frame table with numbering in the middle of the 54-10 and present makes into to other direction to move, then want at present all display box F (0) of showing, F (1), can sequentially show in the process of carrying out dynamic user's interface display, to present the effect of animation with F (10), so that the first source image Pic (1) dynamically moves and leaves picture to amended direction, and second source image Pic (2) gradually moves to amended direction from opposite side (namely owing to that side of the vacancy that causes of movement of the first source image Pic (1)) and enters the picture.
Figure 11 is the schematic diagram of the display control method shown in Figure 2 frame table in related a series of frame tables in another embodiment, and wherein the present embodiment is another special case embodiment illustrated in fig. 3, and the present embodiment is that Fig. 7 is to variation example embodiment illustrated in fig. 10.
The present embodiment system design in advance appropriate frame table 54-0,54-1 ..., and 54-10, with frame table 54-0,54-1 ..., change along with frame table and present by the numbering of frame table 54-0 being substituted by the numbering of frame table 54-10 with beginning around the picture with numbering in the middle of the 54-10, and the action that replaces by around the frame table gradually to central authorities' diffusion until replace fully.For example: frame table 54-y shown in Figure 11 represent frame table 54-1,54-2 ..., with 54-9 in a certain frame table, and the numbering of the middle section of frame table 54-y is the numbering of the middle section of frame table 54-0 shown in Figure 3, and the numbering of the peripheral region of frame table 54-y is the numbering of the peripheral region of frame table 54-10 shown in Figure 4.So the content that display box F (y) shown in Figure 11 is equal to the middle section of the first source image Pic (1) shown in Figure 3 adds the content of the peripheral region of second source image Pic (2) shown in Figure 4.
So, along with frame table changes, its effect will present in the process of carrying out dynamic user's interface display by the first source image Pic (1) being substituted by second source image Pic (2) with beginning around the picture, and the action that replaces by around the picture gradually to central authorities' diffusion until replace fully.
Figure 12 just can the smooth and easy schematic diagram that carries out the electronic installation 50 ' of dynamic user's interface display for a kind of accelerator that do not need to draw according to the present invention one second embodiment.For example: electronic installation 50 ' can represent the above-mentioned desktop computer that has display module in not.The present embodiment is the variation example of the first embodiment, its difference only is that the display module 62 of the present embodiment is to be arranged at outside the electronic installation 50 ', and wherein the display control circuit 60 of the present embodiment all has been exposed in aforementioned each embodiment/variation example for the relevant control of display control method shown in Figure 2 910.
The above only is preferred embodiment of the present invention, and all equalizations of doing according to the present patent application claim change and modify, and all should belong to covering scope of the present invention.
Claims (10)
1. the electronic installation of the accelerator that do not need to draw, it is characterized in that, the described electronic installation accelerator that do not need to draw just can smooth and easyly carry out dynamic user's interface display, described electronic installation includes: at least one memory module, be used for storing an effect table, described effect table comprises a plurality of frame tables, each frame table comprises a plurality of numberings that represent respectively a plurality of image elementary cells, and each numbering representative of same frame table must not belong to the image elementary cell of same source image, the image elementary cell that wherein said frame table shines upon is pointed out respectively the content of a plurality of display boxes in the process of carrying out dynamic user's interface display, and the content of each display box in the process of dynamic user's interface display is for utilizing described effect table to be pre-arranged; And
One display control circuit is used for reading the image data corresponding to the image elementary cell of each numbering in the described frame table, so that described display box is sequentially shown.
2. electronic installation as claimed in claim 1 is characterized in that, described at least one memory module is stored the image data of a plurality of sources image in addition; And the image elementary cell of each numbering representative is the part of the source of one in the image of described source image.
3. electronic installation as claimed in claim 2 is characterized in that, the data volume of the image data of described each image elementary cell equals the data volume of the minimum unit of reading of described memory module.
4. electronic installation as claimed in claim 2 is characterized in that, the image data of described each source image is stored take the image elementary cell as unit, but not stores according to the order of the pixel column in the scope of described source image; And the image data of each image elementary cell is stored according to the order of the pixel column in the scope of described image elementary cell.
5. electronic installation as claimed in claim 1 is characterized in that, described display control circuit is sought pending at least one numbering in described effect table; Calculate the address of an image elementary cell of described numbering representative; Read the image data of described image elementary cell according to described address; And control the image data that a display module shows the described image elementary cell read; And described display module is arranged within the described electronic installation or is arranged at outside the described electronic installation.
6. a display control method is characterized in that, the described display control method accelerator that do not need to draw just can smooth and easyly carry out dynamic user's interface display, and described display control method includes:
One effect table is provided, described effect table comprises a plurality of frame tables, each frame table comprises a plurality of numberings that represent respectively a plurality of image elementary cells, and each numbering representative of same frame table needn't belong to the image elementary cell of same source image, the image elementary cell that wherein said frame table shines upon is pointed out respectively the content of a plurality of display boxes in the process of carrying out dynamic user's interface display, and dynamically the content of each display box in the process of user's interface display is utilized described effect table and is pre-arranged; And
Read the image data corresponding to the image elementary cell of each numbering in the described frame table, so that described display box is sequentially shown.
7. display control method as claimed in claim 6 is characterized in that, described method also comprises:
The image data of a plurality of sources image is provided, and wherein the image elementary cell of each numbering representative is the part of the source of one in the image of described source image.
8. display control method as claimed in claim 7 is characterized in that, at least one memory module is used for storing the image data of described a plurality of sources image; And the data volume of the image data of each image elementary cell equals the data volume of the minimum unit of reading of described memory module.
9. display control method as claimed in claim 7 is characterized in that, the image data of described each source image is stored take the image elementary cell as unit, but not stores according to the order of the pixel column in the scope of described source image; And the image data of each image elementary cell system stores according to the order of the pixel column in the scope of described image elementary cell.
10. display control method as claimed in claim 6 is characterized in that, described read corresponding to the image data of the image elementary cell of each numbering in the described frame table so that described display box sequentially shown step include in addition:
In described effect table, seek pending at least one numbering;
Calculate the address of an image elementary cell of described numbering representative, and read according to this image data of described image elementary cell; And
Control the image data that a display module shows the described image elementary cell that reads.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1389069A (en) * | 2000-08-30 | 2003-01-01 | 索尼公司 | Effect adding device, effect adding method, effect adding program, storage medium |
| CN1487475A (en) * | 2002-08-30 | 2004-04-07 | 三星电子株式会社 | On-chip system processor for multimedia |
| CN101523335A (en) * | 2006-10-02 | 2009-09-02 | 诺基亚公司 | Visual fragrance for user interface |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1389069A (en) * | 2000-08-30 | 2003-01-01 | 索尼公司 | Effect adding device, effect adding method, effect adding program, storage medium |
| CN1487475A (en) * | 2002-08-30 | 2004-04-07 | 三星电子株式会社 | On-chip system processor for multimedia |
| CN101523335A (en) * | 2006-10-02 | 2009-09-02 | 诺基亚公司 | Visual fragrance for user interface |
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