CN104346029A - System and method for realizing display control of dynamic icons on OSD (on screen display) interface in electronic equipment - Google Patents
System and method for realizing display control of dynamic icons on OSD (on screen display) interface in electronic equipment Download PDFInfo
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
- G06F3/04842—Selection of displayed objects or displayed text elements
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F13/00—Interconnection of, or transfer of information or other signals between, memories, input/output devices or central processing units
- G06F13/14—Handling requests for interconnection or transfer
- G06F13/20—Handling requests for interconnection or transfer for access to input/output bus
- G06F13/28—Handling requests for interconnection or transfer for access to input/output bus using burst mode transfer, e.g. direct memory access DMA, cycle steal
- G06F13/282—Cycle stealing DMA
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Abstract
The invention relates to a system for realizing display control of dynamic icons on an OSD (on screen display) interface in electronic equipment. The system comprises an external storage module, an icon library internal memory module and an icon control module, the external storage module stores all data of to-be-displayed icons, the icon library internal memory module is connected with the external storage module, and a control unit of the OSD interface reads icon data in the icon library internal memory module through the icon control module. The invention relates to a method for realizing display control of the dynamic icons on the OSD interface in the electronic equipment. By the system and the method, displaying of the dynamic icons on the OSD interface in the electronic equipment can be realized by only utilizing a small-capacity display buffering storage. The system is simple in structure, convenient to use and wide in application range.
Description
Technical field
The present invention relates to electronic curtain display field, particularly relate to electronic equipment display dynamic icon field, specifically refer to the system and method in a kind of electronic equipment, OSD interface realizing dynamic icon display and control.
Background technology
On-chip study technology (on-screen display, OSD), i.e. screen menu type regulative mode, it is generally the rectangle menu of the every reconciling items information of display that after pressing menu (Menu) key, screen ejects, comprise color, pattern, geometric configuration etc. by this menu to display work in every index to adjust, thus reach best using state.Current on-chip study technology has been widely used in the multiple occasions such as flat panel TV, digital camera, DV machine.Be characterized in the screen of display, produce some special font or figures, allow user obtain some information.Be common on the display screen of domestic television set or individual PC computer, when user operates televisor zapping or adjustment volume, image quality time, TV screen will show current state allows user know, this control IC can any position display some special font and figures on screen, become information generating apparatus important in man-machine interface.
Dynamic image is different with expression effect according to method for making at present, can be divided into three kinds: 1, Flash animation.Flash is animation common manifestation form on network.Flash animation can realize a lot of effect, such as: move, amplify, reduce, beat, rotate, spread, crescendo and diminuendo, segmentation, permutation and combination etc.Flash is widely used in sound paintings product; 2, Gif animation.Gif animation is motion picture, is by the picture to multi-layer image, temporally carries out different switchings, to reach the effect of animation.The feature of Gif motion picture is that picture is little, is easy to settle at any time call; 3,3D animation.3D animation is the dynamic picture by 3Dmax software development, owing to can show the effect of image three-dimensional, so be also called three-dimensional animation.Although 3D animation is effective, because file is very large, sound paintings product seldom adopt.Here seemingly, but it is not be used on PC for the dynamic icon that mentioned and GIF animated type, but it is technical to be applied to on-chip study, is also by the picture to multi-layer image, temporally carries out different switchings.
Icon has the computer graphical clearly referring to implication.Wherein desktop icons are software identification, and the icon in interface is Function Identification.The icon combination that dynamic icon (Movie) refers in time and changes, its effect makes OSD interface more lively with the figure of activity, improves the expression effect of information.General property comprises position, color, the icon number, pace of change etc. that have.The concept of dynamic icon covers in our daily life already, as the Flash animation that we see on computers, certainly, the Flash animation of its display can be realized by software completely, also in the choice menus function that often sees, there will be dynamic icon in addition on some mobile phones, but, in electronic equipment display field, dynamic icon is general not enough, particularly on the basis of cost control, realize magnificent animation effect.
In existing electronic equipment, OSD icon much all adopts static display packing, and dynamic icon is general not enough.In addition, existing on-chip study device adopts all OSD icon data unifications to deposit in an independent display buffer memory, all OSD icon datas all call from a display buffer memory, particularly when considering cost control, the capacity of this display buffer memory is smaller, and the data of dynamic icon are often relatively many, the effect realizing dynamic icon in low capacity display buffer memory is very difficult.
Summary of the invention
The object of the invention is the shortcoming overcoming above-mentioned prior art, provide and a kind ofly utilize system and method low capacity display buffer memory and attainable on-chip study OSD interface in the electronic device showing dynamic icon, structure are simple, easy to use, OSD interface realizes in the electronic equipment that has wide range of applications dynamic icon display and control.
To achieve these goals, the system and method in electronic equipment of the present invention, OSD interface realizing dynamic icon display and control has following formation:
On-chip study OSD interface in this electronic equipment realizes the system of dynamic icon display and control, its principal feature is, described system comprises:
An outer memory module, in order to deposit all data of icon to be shown;
An icon library memory modules, is connected with described outer memory module, in order to receive and store from described outer memory module transmission current OSD interface display needed for icon data;
An icon control module, is connected between described icon library memory modules and the control module at OSD interface, and the control module at described OSD interface is by the icon data in the icon library memory modules described in the reading of this icon control module.
Preferably, described outer memory module is outside FLASH memory.
Preferably, the quantity of the memory address in described icon library memory modules is greater than number of icons to be shown.
Preferably, described icon control module comprises several icon control module, and icon control module described in each respectively with icon one_to_one corresponding to be shown.
The invention still further relates to a kind of method based on described system on-chip study OSD interface in the electronic device realizing dynamic icon display and control, its principal feature is, described method comprises the steps:
(1) make icon database to be shown, described icon database to be shown is stored in described outer memory module;
(2) by the icon data needed for current OSD interface display from described outer memory module successively circle transmission to described icon library memory modules;
(3) the icon control module described in select successively in icon library memory modules stored in icon data corresponding to address;
(4) control module at the OSD interface described in reads the icon data in icon library memory modules by described icon control module.
Preferably, icon data is transmitted by dma mode between described outer memory module and described icon library memory modules.
Preferably, described icon database to be shown comprises:
Database to be selected, in order to deposit each icon to be shown not selected time icon data;
Severally choose database, and described in each choose database respectively with icon one_to_one corresponding to be shown, described choose database in order to deposit respectively icon corresponding to each selected time icon data.
More preferably, the quantity of the memory address in described icon library memory modules is greater than number of icons to be shown, and described comprises the following steps the icon data needed for current OSD interface display from described outer memory module successively circle transmission to described icon library memory modules:
(11) icon data in described database to be selected is transferred to described icon library memory modules from described outer memory module, and deposit in the address corresponding to each icon;
(12) figure grade that current OSD interface is chosen is judged;
(13) all icon datas in database of choosing corresponding to selected icon are cyclically transferred in the idle address described icon library memory modules from described outer memory module successively from first data;
(14) at every turn by corresponding to selected icon choose in database icon data to transfer to described idle address from described outer memory module after, the address of a upper icon data in database of choosing of depositing corresponding to selected icon empties by described icon library memory modules.
Further, describedly to comprise the following steps in the idle address choosing all icon datas in database cyclically to transfer to described icon library memory modules from first data successively from described outer memory module corresponding to selected icon:
(111) in database first data of choosing corresponding to described selected icon are transferred to the idle address of described icon library memory modules from described outer memory module;
(112) judge data last data chosen in database whether corresponding to selected icon of current transmission, then continue step (114) in this way, otherwise continue step (113);
(113) after the time delay of systemic presupposition, the next data in database of choosing corresponding to selected icon are transferred to the idle address of described icon library memory modules from described outer memory module;
(114) after the time delay of systemic presupposition, in database first data of choosing corresponding to described selected icon are transferred to the idle address of described icon library memory modules from described outer memory module.
Again further, further comprising the steps of between described step (112) and (113):
(1121) judge whether button trigger command, then continued step (1122) in this way, otherwise continue step (113);
(1122) after the time delay of systemic presupposition, in database first data of choosing corresponding to described selected icon are transferred to the idle address of described icon library memory modules from described outer memory module.
More preferably, described icon control module comprises several icon control module, and icon control module described in each respectively with icon one_to_one corresponding to be shown, described icon control module to select successively in icon library memory modules stored in icon data corresponding to address comprise the following steps:
(21) after the icon data in the database to be selected described in transfers to described icon library memory modules, the described icon control module corresponding to each icon select respectively stored in each icon data corresponding to address;
(22) corresponding to each selected icon choose in database icon data to transfer to described icon library memory modules after, the corresponding icon control module of selected icon select stored in icon data corresponding to address.
Have employed the system and method on-chip study OSD interface in the electronic equipment in this invention realizing dynamic icon display and control, there is following beneficial effect:
1, provide the system and method on-chip study OSD interface in a kind of electronic equipment realizing dynamic icon display and control, achieve and show dynamic icon in real time as required on the OSD interface of electronic equipment, make OSD interface more life-like.
2, the icon library memory modules that the osd data that showing dynamic icon only needs to use current state stores, and the OSD icon data of other a large amount of states is stored in outside memory module, therefore greatly can save internal memory during OSD device on-chip study.Can complete with the display buffer memory of low capacity the task that Large Copacity display buffer memory just can complete, system architecture is simple, easy to use, can be applied to scope widely.
3, by increasing the address of one or more free time in the storage of icon library memory modules, achieve the seamless switching of dynamic icon, when also more can reduce OSD under the function prerequisite realizing dynamic icon, internal memory uses, and have found a best equilibrium point between economy and practicality.
Accompanying drawing explanation
Fig. 1 is the structural representation OSD interface in electronic equipment of the present invention realizing the system of dynamic icon display and control.
Fig. 2 is the process flow diagram OSD interface in electronic equipment of the present invention realizing the method for dynamic icon display and control.
Fig. 3 is the detail flowchart OSD interface in electronic equipment of the present invention realizing the method for dynamic icon display and control.
Fig. 4 is the icon control module of the present invention structural representation corresponding with icon library memory modules.
Fig. 5 is the composition structural representation of icon library to be shown of the present invention.
Embodiment
In order to more clearly describe technology contents of the present invention, conduct further description below in conjunction with specific embodiment.
As shown in Figure 1, for the OSD interface in electronic equipment of the present invention realizing the structural representation of the system of dynamic icon display and control.
System on-chip study OSD interface in electronic equipment in the present embodiment realizing dynamic icon display and control comprises:
An outside FLASH memory as outer memory module, in order to deposit all data of icon to be shown;
An icon library memory modules, is connected with described outer memory module, in order to receive and store from described outer memory module transmission current OSD interface display needed for icon data;
An icon control module, is connected between described icon library memory modules and the control module at OSD interface, and the control module at described OSD interface is by the icon data in the icon library memory modules described in the reading of this icon control module.
The quantity of the memory address in described icon library memory modules is greater than number of icons to be shown.
Described icon control module comprises several icon control module, and icon control module described in each respectively with icon one_to_one corresponding to be shown.
The present invention mainly contains three parts: as icon library memory modules, the icon control module of a display buffer memory part, and as the outside FLASH memory of outer memory module, by dma mode, the icon data at the OSD interface of outside FLASH memory is transferred to icon library memory modules, directly can access by MCU the data that icon control module carrys out the target icon storehouse memory modules, so just realize the association of this three large module.
According to on-chip study device provided by the invention, interrelated between wherein said icon library memory modules and icon control module, interrelated between outside FLASH memory and icon library memory modules.The storer of described outside is outside FLASH memory module, for storing icon data to be shown.By DMA transmission mode between described outside FLASH memory module and icon library memory modules, described icon library memory modules and icon control module are by MCU direct control.
In addition due at field blanking interval carrying icon data, the problems such as the flicker of icon can be caused, so in order to accomplish anti-sudden strain of a muscle and make dynamic effect be connected perfect, just have employed a kind of economical and practical method here.
Be illustrated in figure 2 the process flow diagram on-chip study OSD interface in electronic equipment of the present invention realizing the method for dynamic icon display and control, described method comprises the following steps:
(1) make icon database to be shown, described icon database to be shown is stored in described outside FLASH memory;
(2) by the icon data needed for current OSD interface display from described outside FLASH memory successively circle transmission to described icon library memory modules;
(3) the icon control module described in select successively in icon library memory modules stored in icon data corresponding to address;
(4) control module at the OSD interface described in reads the icon data in icon library memory modules by described icon control module.
Be illustrated in figure 3 the detail flowchart on-chip study OSD interface in electronic equipment of the present invention realizing the method for dynamic icon display and control.
Be illustrated in figure 4 the structural representation that icon control module of the present invention is corresponding with icon library memory modules.
In the present embodiment, on described on-chip study OSD interface, figure to be shown indicates five.
The quantity of the memory address of described icon library memory modules is greater than the quantity of icon to be shown.In the present embodiment, the memory address of described icon library memory modules is six.
Described icon control module comprises five icon control modules, and icon control module described in each and described five icon one_to_one corresponding.
Be illustrated in figure 5 the composition structural representation of icon library to be shown of the present invention.
Described icon database to be shown comprises:
Database to be selected, in order to deposit each icon to be shown not selected time icon data, be icon library 0 in the present embodiment, in icon library 0 store be the icon datas of 5 icons unchecked time;
Choose database for five, and the icon one_to_one corresponding choosing database to be shown with five respectively described in each, described choose database in order to deposit respectively icon corresponding to each selected time icon data, be icon library 1 ~ 5 in the present embodiment.
Store in icon library 1 be icon 1 selected and Dynamic Announce time icon, store in icon library 2 be icon 2 selected and Dynamic Announce time icon, store in icon library 3 be icon 3 selected and Dynamic Announce time icon, store in icon library 4 be icon 4 selected and Dynamic Announce time icon, store in icon library 5 be icon 5 selected and Dynamic Announce time icon.
In the present embodiment, the process of the icon database that described making is to be shown is specific as follows:
Make icon database to be shown.Because icon library memory modules memory capacity is limited, adopt economical and practical method here, data time first making icon 1,2,3,4,5 is not selected, leave in 1,2,3,4,5 of described icon library 0 respectively.Then the icon chosen each does a set of icon library, be example by icon library 1, suppose to be now the selected state of icon 1, the data that 10 representative icon 1 in icon library 1 are selected, 11 representative icon 1 start the data of the first pictures of Dynamic Announce, 12 representative icon 1 start the data of the second pictures of Dynamic Announce, 13 representative icon 1 start the data of the 3rd pictures of Dynamic Announce, 1N representative icon 1 starts the data of the N pictures of Dynamic Announce by that analogy, after choosing last picture, turn back to picture 10.Namely according to following 10-11-12-13-...-10 orders realize the conversion of dynamic icon.
In the present embodiment, described icon data needed for current OSD interface display specifically to be comprised the following steps to described icon library memory modules from described outer memory module successively circle transmission:
(11) first by DMA, the icon library 0 in outside FLASH memory is transported in icon library memory modules, and deposits in the address corresponding to each icon;
(12) figure grade that current OSD interface is chosen is judged;
(13) suppose that icon 1 is chosen at current OSD interface, by DMA, all icon datas in icon library 1 are cyclically transferred in the idle address described icon library memory modules from described outside FLASH memory successively from first data;
(14), after the icon data of in icon library 1 being transferred to described idle address from described outside FLASH memory, the address of depositing a upper icon data in icon library 1 empties by described icon library memory modules at every turn.
Preferably, be specially in the described idle address by DMA all icon datas in icon library 1 cyclically transferred to from described outside FLASH memory successively from first data described icon library memory modules:
(111) data of first in icon library 1 are transferred to the idle address of described icon library memory modules from described outside FLASH memory;
(112) judge that whether the data of current transmission are last data in icon library 1, then continue step (114) in this way, otherwise continue step (113);
(113) after the time delay of systemic presupposition, by the next data in icon library 1 from described outside FLASH memory to the idle address of described icon library memory modules;
(114) after the time delay of systemic presupposition, the data of first in icon library 1 are transferred to the idle address of described icon library memory modules from described outside FLASH memory.
Preferably, described icon control module to select successively in icon library memory modules stored in icon data corresponding to address comprise the following steps:
(21) after the icon library 0 described in transfers to described icon library memory modules, described icon control module corresponding to each icon select respectively stored in each icon data corresponding to address, icon library memory modules storer D1 address described in the selection of icon 1 control module, icon 2 control module selects D2 address, icon 3 control module selects D3 address, icon 4 control module selects D4 address, and icon 5 control module selects D5 address;
(22) after an icon data in each icon library 1 transfers to described icon library memory modules, icon 1 control module select stored in icon data corresponding to address.
In this enforcement, the detailed process of the dynamic effect display of described dynamic icon is as follows:
By DMA, first data 10 in described icon library 1 are transferred to the D6 address of described icon library memory modules from described outside FLASH memory, then revising the current address of icon control module of choosing in OSD icon control module is D6, and the data that now D6 address is corresponding are 10;
After the time delay of systemic presupposition, by DMA, the next icon cell data in icon library 1 in outside FLASH memory is transported to the D1 address of icon library memory modules, then icon 1 control module is selected D1 address, now D1 address corresponding data 11;
Again after the time delay of systemic presupposition, by DMA, the next icon data in icon library 1 is transported to address D 6, again icon 1 control module is selected D6 address, now D6 address corresponding data 12, by that analogy, icon 1 control module switches between D1 and D6 address, until last data cell of icon library 1 transfers to described icon library memory modules from described outside FLASH memory;
Last again after of short duration delay, by DMA, first icon data of outside FLASH memory icon library 1 is transferred in the idle address of described icon library memory modules, again icon 1 control module is selected idle address, now idle address corresponding data 10.So just achieve a dynamic display effect.Concluding order is exactly 10-11-12-13-....-10.
Preferably, the present embodiment is before whether each detection transfers to last data of icon library 1, add the special circumstances first judging whether there is button trigger command, mainly for infrared or the process of button, this circulation is just terminated once there be command triggers, by DMA, the first number of the icon library 1 in described outside FLASH memory is reportedly transported in the idle address of described icon library memory modules again, then revising icon 1 control module selects this stored in the address corresponding to data, so just can ensure the promptness of command response.
Namely further comprising the steps of between described step (112) and (113):
(1121) judge whether button trigger command, then continued step (1122) in this way, otherwise continue step (113);
(1122) after the time delay of systemic presupposition, the data of first in icon library 1 are transferred to the idle address of described icon library memory modules from described outside FLASH memory.
Have employed the system and method on-chip study OSD interface in the electronic equipment in this invention realizing dynamic icon display and control, there is following beneficial effect:
1, provide the system and method on-chip study OSD interface in a kind of electronic equipment realizing dynamic icon display and control, achieve and show dynamic icon in real time as required on the OSD interface of electronic equipment, make OSD interface more life-like.
2, the icon library memory modules that the osd data that showing dynamic icon only needs to use current state stores, and the OSD icon data of other a large amount of states is stored in outside memory module, therefore greatly can save internal memory during OSD device on-chip study.Can complete with the display buffer memory of low capacity the task that Large Copacity display buffer memory just can complete, system architecture is simple, easy to use, can be applied to scope widely.
3, by increasing the address of one or more free time in the storage of icon library memory modules, achieve the seamless switching of dynamic icon, when also more can reduce OSD under the function prerequisite realizing dynamic icon, internal memory uses, and have found a best equilibrium point between economy and practicality.
In this description, the present invention is described with reference to its specific embodiment.But, still can make various amendment and conversion obviously and not deviate from the spirit and scope of the present invention.Therefore, instructions and accompanying drawing are regarded in an illustrative, rather than a restrictive.
Claims (11)
1. the on-chip study OSD interface in electronic equipment realizes a system for dynamic icon display and control, it is characterized in that, described system comprises:
One outer memory module, in order to deposit all data of icon to be shown;
One icon library memory modules, is connected with described outer memory module, in order to receive and store from described outer memory module transmission current OSD interface display needed for icon data;
One icon control module, is connected between described icon library memory modules and the control module at OSD interface, and the control module at described OSD interface is by the icon data in the icon library memory modules described in the reading of this icon control module.
2. the on-chip study OSD interface in electronic equipment according to claim 1 realizes the system of dynamic icon display and control, it is characterized in that, described outer memory module is outside FLASH memory.
3. the on-chip study OSD interface in electronic equipment according to claim 1 realizes the system of dynamic icon display and control, it is characterized in that, the quantity of the memory address in described icon library memory modules is greater than number of icons to be shown.
4. the on-chip study OSD interface in electronic equipment according to claim 1 realizes the system of dynamic icon display and control, it is characterized in that, described icon control module comprises several icon control module, and icon control module described in each respectively with icon one_to_one corresponding to be shown.
5. realize a method for dynamic icon display and control on the on-chip study OSD interface in electronic equipment based on the system according to any one of Claims 1-4, it is characterized in that, described method comprises the following steps:
(1) make icon database to be shown, described icon database to be shown is stored in described outer memory module;
(2) by the icon data needed for current OSD interface display from described outer memory module successively circle transmission to described icon library memory modules;
(3) the icon control module described in select successively in icon library memory modules stored in icon data corresponding to address;
(4) control module at the OSD interface described in reads the icon data in icon library memory modules by described icon control module.
6. the on-chip study OSD interface in electronic equipment according to claim 5 realizes the method for dynamic icon display and control, it is characterized in that, between described outer memory module and described icon library memory modules, transmit icon data by dma mode.
7. the on-chip study OSD interface in electronic equipment according to claim 5 realizes the method for dynamic icon display and control, it is characterized in that, described icon database to be shown comprises:
Database to be selected, in order to deposit each icon to be shown not selected time icon data;
Severally choose database, and described in each choose database respectively with icon one_to_one corresponding to be shown, described choose database in order to deposit respectively icon corresponding to each selected time icon data.
8. the on-chip study OSD interface in electronic equipment according to claim 7 realizes the method for dynamic icon display and control, it is characterized in that, the quantity of the memory address in described icon library memory modules is greater than number of icons to be shown, and described comprises the following steps the icon data needed for current OSD interface display from described outer memory module successively circle transmission to described icon library memory modules:
(11) icon data in described database to be selected is transferred to described icon library memory modules from described outer memory module, and deposit in the address corresponding to each icon;
(12) figure grade that current OSD interface is chosen is judged;
(13) all icon datas in database of choosing corresponding to selected icon are cyclically transferred in the idle address described icon library memory modules from described outer memory module successively from first data;
(14) at every turn by corresponding to selected icon choose in database icon data to transfer to described idle address from described outer memory module after, the address of a upper icon data in database of choosing of depositing corresponding to selected icon empties by described icon library memory modules.
9. the on-chip study OSD interface in electronic equipment according to claim 8 realizes the method for dynamic icon display and control, it is characterized in that, described to comprise the following steps in the idle address choosing all icon datas in database cyclically to transfer to from described outer memory module described icon library memory modules from first data successively corresponding to selected icon:
(111) in database first data of choosing corresponding to described selected icon are transferred to the idle address of described icon library memory modules from described outer memory module;
(112) judge data last data chosen in database whether corresponding to selected icon of current transmission, then continue step (114) in this way, otherwise continue step (113);
(113) after the time delay of systemic presupposition, the next data in database of choosing corresponding to selected icon are transferred to the idle address of described icon library memory modules from described outer memory module;
(114) after the time delay of systemic presupposition, in database first data of choosing corresponding to described selected icon are transferred to the idle address of described icon library memory modules from described outer memory module.
10. the on-chip study OSD interface in electronic equipment according to claim 9 realizes the method for dynamic icon display and control, it is characterized in that, further comprising the steps of between described step (112) and (113):
(1121) judge whether button trigger command, then continued step (1122) in this way, otherwise continue step (113);
(1122) after the time delay of systemic presupposition, in database first data of choosing corresponding to described selected icon are transferred to the idle address of described icon library memory modules from described outer memory module.
On-chip study OSD interface in 11. electronic equipments according to claim 8 realizes the method for dynamic icon display and control, it is characterized in that, described icon control module comprises several icon control module, and icon control module described in each respectively with icon one_to_one corresponding to be shown, described icon control module to select successively in icon library memory modules stored in icon data corresponding to address comprise the following steps:
(21) after the icon data in the database to be selected described in transfers to described icon library memory modules, the described icon control module corresponding to each icon select respectively stored in each icon data corresponding to address;
(22) corresponding to each selected icon choose in database icon data to transfer to described icon library memory modules after, the corresponding icon control module of selected icon select stored in icon data corresponding to address.
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| CN106325835A (en) * | 2015-06-19 | 2017-01-11 | 深圳创锐思科技有限公司 | A 3D application icon interaction method applied to a touch terminal and a touch terminal |
| CN106325649A (en) * | 2015-06-19 | 2017-01-11 | 深圳创锐思科技有限公司 | 3d dynamic display method and mobile terminal |
| WO2022126431A1 (en) * | 2020-12-16 | 2022-06-23 | 深圳市艾比森光电股份有限公司 | Display control method for led display screen, and related apparatus |
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| CN106325835A (en) * | 2015-06-19 | 2017-01-11 | 深圳创锐思科技有限公司 | A 3D application icon interaction method applied to a touch terminal and a touch terminal |
| CN106325649A (en) * | 2015-06-19 | 2017-01-11 | 深圳创锐思科技有限公司 | 3d dynamic display method and mobile terminal |
| CN106325649B (en) * | 2015-06-19 | 2020-02-07 | 深圳超多维科技有限公司 | 3D dynamic display method and mobile terminal |
| CN106325835B (en) * | 2015-06-19 | 2020-04-28 | 深圳超多维科技有限公司 | 3D application icon interaction method applied to touch terminal and touch terminal |
| WO2022126431A1 (en) * | 2020-12-16 | 2022-06-23 | 深圳市艾比森光电股份有限公司 | Display control method for led display screen, and related apparatus |
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| CN104346029B (en) | 2017-09-26 |
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