CN109885306A - A kind of method and system for quickly and efficiently realizing the dynamic effect of banner - Google Patents
A kind of method and system for quickly and efficiently realizing the dynamic effect of banner Download PDFInfo
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Abstract
The present invention relates to a kind of method and systems for quickly and efficiently realizing the dynamic effect of banner.The method are as follows: determine picture needed for realizing the dynamic effect of banner；The default specific dynamic effect parameter for realizing dynamic quantity N, the FloatBox coefficient for imitating required elemental map of banner and an object；The effect automatic computing module of parameter is moved according to the value of the specific dynamic effect parameter of N, FloatBox coefficient of setting and an object, and assigns each element figure automatically according to formula and moves effect parameter；User transfers corresponding element sketch map and is uploaded to dynamic effect generation module；Dynamic effect generation module assigns each element figure corresponding dynamic effect according to the dynamic effect parameter value of each element figure being calculated；The dynamic dynamic effect figure of effect output module output banner.The system comprises each modules for realizing the method.Using the present invention can the dynamic effect of realization banner rapidly and efficiently, meet electric business field operation personnel and the basic dynamic effect of banner of designer require.
Description
Technical field
The present invention relates to the dynamic effect design fields in internet, specifically, being a kind of dynamic effect of quickly and efficiently realization banner
Method and system.
Background technique
Operation requires the displaying of banner in designer's routine work growing, and one has the banner imitated
Can more user be attracted to pay close attention to than static banner, and generate click volume.On electric business backstage, common removes configuration banner figure
Piece is exactly to upload static images or gif Dynamic Graph according to size requirement, format, the former is static state banner, and the latter is to have
The banner of effect.With the help of no front end is developed, designer can only realize effect by gif figure, but gif figure is uncomfortable
The too many either too big picture of frame number is closed, so limitation is very big, even if leading to know in actual operation have effect
Banner effect is good, can also avoid as far as possible using.
Patent document CN108228639A, publication date 2018.06.29, disclosing a kind of is automatically webpage banner load
The method and system of picture, this method comprises: extracting the network linking address that banner includes；Extract picture；Default extracts institute
State first picture of advertisement page；The picture is adaptively adjusted according to the size of banner and pixel；It is right
Banner Loads Image.The inventive technique scheme mainly according to different ad content dynamically load pictures, improves advertising pictures
Accuracy and validity, effectively excavate and utilize advertising pictures resource, the specification of unified picture resource is shown, and enhancing is wide
The visual effect for accusing publicity, is conducive to editor and the use of advertising pictures resource, improves the efficiency of Internet advertising.
Patent document CN102124446A, publication date 2011.07.13 disclose a kind of method for dynamic banner composition, pass through
The display banner comprising current information and dynamic-change information is realized for generating the method for the display to banner image,
In, banner image occupy video show at least part.Banner image is defined using the file comprising specific instruction
Static elements and dynamic element.When the instruction from file is performed to start banner image of the combination for display, determine
The Current Content of each dynamic element, and update accordingly relevant dynamic element.Then, by static elements and updated dynamic
State element combinations are into current banner image, for showing.The invention in this way can be just in display banner figure
As when using current information come the dynamic creation banner image.
It is able to satisfy operation and designer's multiple demands however, having no at present, with the help of no front end is developed, letter
Just, the method for the dynamic effect of banner is fast and efficiently realized.
Summary of the invention
The purpose of the present invention is aiming at the shortcomings in the prior art, provide a kind of dynamic effect of quickly and efficiently realization banner
Method.
Another purpose of the invention is to provide a kind of system for quickly and efficiently realizing the dynamic effect of banner.
To realize above-mentioned first purpose, the technical solution adopted by the present invention is that:
A method of quickly and efficiently realizing the dynamic effect of banner, comprising the following steps:
Step S1, user determine the picture for realizing that the dynamic effect of banner is required, are stored in memory module；
Step S2, the quantity N of user's elemental map required for the dynamic effect of the default realization banner of parameter setting module,
The specific dynamic effect parameter of FloatBox coefficient and an object；
Step S3 moves the effect automatic computing module of parameter according to the specific of N, FloatBox coefficient of setting and object
The value of dynamic effect parameter, and calculate each dynamic effect parameter of each element figure in N number of elemental map automatically according to the following formula；
| Parameter default | The parameter value of element M | |
| ScaleX (length) | X | (1+M* γ %/N) * X |
| ScaleY (width) | Y | (1+M* γ %/N) * Y |
| PositionX1 (initial X-coordinate) | α1 | (1+M* γ %/N) * α 1 |
| PositionX2 (terminates X-coordinate) | α2 | (1+M* γ %/N) * α 2 |
| PositionY1 (initial Y-coordinate) | β1 | (1+M* γ %/N) * β 1 |
| PositionY2 (terminates Y-coordinate) | β2 | (1+M* γ %/N) * β 2 |
| TimeStart (initial time) | O | (1+M* γ %/N) * O |
| TimeEnd (end time) | P | (1+M* γ %/N) * P |
Step S4, user transfer corresponding elemental map from memory module according to the value of M and are uploaded to dynamic effect generation module, wherein
M≤N；
The dynamic effect of step S5, each element figure that dynamic effect generation module is calculated according to the dynamic effect automatic computing module of parameter are joined
Numerical value assigns the corresponding dynamic effect parameter of each element figure that element uploading module uploads；
Step S6 moves the dynamic effect figure of banner that effect output module output generates.
As a preference, the method for quickly and efficiently realizing the dynamic effect of banner is further comprising the steps of: dynamic effect
The banner that dynamic effect generation module generates is moved effect figure and is provisionally presented to the user by previewing module.
As another preference, the picture includes Background and elemental map.
As another preference, the elemental map is png format.
To realize above-mentioned second purpose, the technical solution adopted by the present invention is that:
A kind of system for quickly and efficiently realizing the dynamic effect of banner, comprising:
Memory module realizes that banner moves the required picture of effect for storing, and the banner being fabricated to moves effect figure；
Parameter setting module realizes dynamic quantity N, FloatBox for imitating required elemental map of banner for user preset
The specific dynamic effect parameter of coefficient and an object；
The dynamic effect automatic computing module of parameter, for the value according to N and FloatBox coefficient set by user, and according to following
Formula calculates each dynamic effect parameter of each element figure in N number of elemental map automatically；
| Parameter default | The parameter value of element M | |
| ScaleX (length) | X | (1+M* γ %/N) * X |
| ScaleY (width) | Y | (1+M* γ %/N) * Y |
| PositionX1 (initial X-coordinate) | α1 | (1+M* γ %/N) * α 1 |
| PositionX2 (terminates X-coordinate) | α2 | (1+M* γ %/N) * α 2 |
| PositionY1 (initial Y-coordinate) | β1 | (1+M* γ %/N) * β 1 |
| PositionY2 (terminates Y-coordinate) | β2 | (1+M* γ %/N) * β 2 |
| TimeStart (initial time) | O | (1+M* γ %/N) * O |
| TimeEnd (end time) | P | (1+M* γ %/N) * P |
Element uploading module: corresponding elemental map is transferred from memory module according to the value of M for user and is uploaded to dynamic effect life
At module, wherein M≤N；
Dynamic effect generation module: the dynamic effect parameter of each element figure for being calculated according to the dynamic effect automatic computing module of parameter
Value assigns the corresponding dynamic effect parameter of each element figure that element uploading module uploads；
Dynamic effect output module: for exporting the dynamic effect figure of the banner generated；
Management module: the administration order for being inputted according to user transfers order to memory module transmission, to transfer storage
In a storage module as a result, and being transmitted to display module；
Display module: the banner of picture or generation for storing memory module moves effect figure and is shown to user.
As a preference, the system for quickly and efficiently realizing the dynamic effect of banner further includes dynamic effect previewing module,
The dynamic effect figure of banner generated for preview.
As another preference, the picture includes Background and elemental map.
As another preference, the elemental map is png format.
The invention has the advantages that:
1, the present invention provides a kind of method and system for realizing the dynamic effect of banner, user only needs to upload in corresponding position
Picture: the elemental map of Background, png format automatically derives all objects by the design parameter that single inputs single object
Full dose parameter realizes dynamic effect parameter assignment automation, each object then will be allowed to generate animation effect, obtains the dynamic effect of banner
Figure, it is quick, easy.
2, using method and system of the invention, it is no longer necessary to which front-end person who additionally goes to realize the dynamic effect of banner, runs people
Member and designer can also easily realize, to meet operation personnel and the dynamic effect of the basic banner of designer requires, will generate
Banner figure with animation effect is applied on webpage, and banner clicking rate, movable conversion ratio are promoted.
Detailed description of the invention
Attached drawing 1 is the flow chart for the method that the embodiment of the present invention 1 quickly and efficiently realizes the dynamic effect of banner.
Attached drawing 2 is the flow chart for the method that the embodiment of the present invention 2 quickly and efficiently realizes the dynamic effect of banner.
Attached drawing 3 is the structural block diagram for the system that the embodiment of the present invention 3 quickly and efficiently realizes the dynamic effect of banner.
Attached drawing 4 is the structural block diagram for the system that the embodiment of the present invention 4 quickly and efficiently realizes the dynamic effect of banner.
Specific embodiment
It elaborates with reference to the accompanying drawing to specific embodiment provided by the invention.
Appended drawing reference involved in attached drawing and component part are as follows:
1. 2. parameter setting module of memory module
3. the dynamic effect automatic 4. element uploading module of computing module of parameter
5. the dynamic dynamic effect previewing module of effect generation module 6.
7. dynamic effect 8. management module of output module
9. display module
Embodiment 1
The present embodiment provides a kind of methods for quickly and efficiently realizing the dynamic effect of banner, referring to Fig. 1 comprising following step
It is rapid:
Step S1 determines picture needed for realizing the dynamic effect of banner, is stored in memory module, the picture includes Background
And elemental map, the elemental map are preferably png format.
Step S2, the quantity N of user's elemental map required for the dynamic effect of the default realization banner of parameter setting module,
The specific dynamic effect parameter of FloatBox coefficient and an object.Quantity N is natural number.FloatBox coefficient=γ %,
The effect of FloatBox coefficient is the specific dynamic effect parameter value for calculating the m-th elemental map in N number of elemental map.Specific dynamic effect
Parameter includes ScaleX (length), ScaleY (width), PositionX1 (initial X-coordinate), (end X is sat PositionX2
Mark), PositionY1 (initial Y-coordinate), PositionY2 (terminate Y-coordinate), TimeStart (initial time), TimeEnd
(end time).
Step S3 moves the effect automatic computing module of parameter according to the specific of N, FloatBox coefficient of setting and object
The value of dynamic effect parameter, and calculate each dynamic effect parameter of each element in N number of element automatically according to the following formula.
| Parameter default | The parameter value of element M | |
| ScaleX (length) | X | (1+M* γ %/N) * X |
| ScaleY (width) | Y | (1+M* γ %/N) * Y |
| PositionX1 (initial X-coordinate) | α1 | (1+M* γ %/N) * α 1 |
| PositionX2 (terminates X-coordinate) | α2 | (1+M* γ %/N) * α 2 |
| PositionY1 (initial Y-coordinate) | β1 | (1+M* γ %/N) * β 1 |
| PositionY2 (terminates Y-coordinate) | β2 | (1+M* γ %/N) * β 2 |
| TimeStart (initial time) | O | (1+M* γ %/N) * O |
| TimeEnd (end time) | P | (1+M* γ %/N) * P |
Step S4, user transfer corresponding elemental map from memory module according to the value of M and are uploaded to dynamic effect generation module, wherein
M≤N。
Step S5, the dynamic effect parameter for each element that dynamic effect generation module is calculated according to the dynamic effect automatic computing module of parameter
Value assigns the corresponding dynamic effect parameter of each element figure that element uploading module uploads.
Step S6 moves the dynamic effect figure of banner that effect output module output generates.
It is below a real case citing comprising following steps:
Step S1, picture needed for the dynamic effect of banner of production is wanted in user's selection, is stored in memory module, wherein one
As Background, remaining is elemental map, and elemental map is png format.
Step S2, user parameter setting module is default realize that banner is dynamic and imitate required for elemental map quantity N and
FloatBox coefficient: N=3, FloatBox coefficient=γ %=20%.And set object it is specific it is dynamic imitate parameter, i.e., under
Default value in table.
Step S3 moves the effect automatic computing module of parameter according to the value and default value of N, FloatBox coefficient of setting, and root
Calculate each dynamic effect parameter of each element figure in 3 elemental maps automatically according to following formula.
| Default value | A | B | C | |
| ScaleX (length) | 100px | 107px | 114px | 121px |
| ScaleY (width) | 200px | 214px | 228px | 242px |
| PositionX1 (initial X-coordinate) | 100 | 107 | 114 | 121 |
| PositionX2 (terminates X-coordinate) | 150 | 160 | 170 | 180 |
| PositionY1 (initial Y-coordinate) | 200 | 214 | 228 | 242 |
| PositionY2 (terminates Y-coordinate) | 250 | 265 | 280 | 300 |
| TimeStart (initial time) | 1000ms | 1070ms | 1140ms | 1210ms |
| TimeEnd (end time) | 2000ms | 2140ms | 2280ms | 2420ms |
Step S4, user transfer corresponding elemental map from memory module and are uploaded to dynamic effect generation module.
Step S5, the dynamic effect parameter for each element that dynamic effect generation module is calculated according to the dynamic effect automatic computing module of parameter
Value assigns the dynamic effect parameter of correspondence for each element figure that element uploading module uploads.At this time:
The animation effect of elements A:
In 1070ms between 2140ms, element A has dynamic effect, automatically obtains having a size of 107px*214px, from initial
Position (107,214) moves to end position (160,265).
The animation effect of element B:
In 1140ms between 2280ms, B element has dynamic effect, automatically obtains having a size of 114px*228px, from initial
Position (114,228) moves to end position (170,280).
The animation effect of Elements C:
In 1210ms between 2420ms, C element has dynamic effect, automatically obtains having a size of 121px*242px, from initial
Position (121,242) moves to end position (180,300).
Step S6 moves the dynamic effect figure of banner that effect output module output generates.
Embodiment 2
The present embodiment provides a kind of methods for quickly and efficiently realizing the dynamic effect of banner, referring to fig. 2 comprising following step
It is rapid:
Step S1 determines picture needed for realizing the dynamic effect of banner, is stored in memory module, the picture includes Background
And elemental map, the elemental map are preferably png format.
Step S2, the quantity N of user's elemental map required for the dynamic effect of the default realization banner of parameter setting module,
The specific dynamic effect parameter of FloatBox coefficient and an object.Quantity N is natural number.FloatBox coefficient=γ %,
The effect of FloatBox coefficient is the specific dynamic effect parameter value for calculating the m-th elemental map in N number of elemental map.Specific dynamic effect
Parameter includes ScaleX (length), ScaleY (width), PositionX1 (initial X-coordinate), (end X is sat PositionX2
Mark), PositionY1 (initial Y-coordinate), PositionY2 (terminate Y-coordinate), TimeStart (initial time), TimeEnd
(end time).
Step S3 moves the effect automatic computing module of parameter according to the specific of N, FloatBox coefficient of setting and object
The value of dynamic effect parameter, and calculate each dynamic effect parameter of each element figure in N number of elemental map automatically according to the following formula.
| Parameter default | The parameter value of element M | |
| ScaleX (length) | X | (1+M* γ %/N) * X |
| ScaleY (width) | Y | (1+M* γ %/N) * Y |
| PositionX1 (initial X-coordinate) | α1 | (1+M* γ %/N) * α 1 |
| PositionX2 (terminates X-coordinate) | α2 | (1+M* γ %/N) * α 2 |
| PositionY1 (initial Y-coordinate) | β1 | (1+M* γ %/N) * β 1 |
| PositionY2 (terminates Y-coordinate) | β2 | (1+M* γ %/N) * β 2 |
| TimeStart (initial time) | O | (1+M* γ %/N) * O |
| TimeEnd (end time) | P | (1+M* γ %/N) * P |
Step S4, user transfer corresponding elemental map from memory module according to the value of M and are uploaded to dynamic effect generation module, wherein
M≤N。
The dynamic effect of step S5, each element figure that dynamic effect generation module is calculated according to the dynamic effect automatic computing module of parameter are joined
Numerical value assigns the corresponding dynamic effect parameter of each element figure that element uploading module uploads.
The banner that dynamic effect generation module generates is moved effect figure and is provisionally presented to the user by step S6, dynamic effect previewing module.
Step S7 moves the dynamic effect figure of banner that effect output module output generates.
Embodiment 3
The present embodiment provides a kind of systems for quickly and efficiently realizing the dynamic effect of banner.Fig. 3 is referred to, Fig. 3 is the present invention
Embodiment 3 quickly and efficiently realizes the structural block diagram of the system of the dynamic effect of banner.It is described quickly and efficiently to realize the dynamic effect of banner
System include:
Memory module 1 realizes that banner moves the required picture of effect for storing, and the banner being fabricated to moves effect figure.
The picture includes Background and elemental map, and the elemental map is preferably png format.
Parameter setting module 2, the quantity N of elemental map required for realizing that banner is dynamic for user preset and imitating,
The specific dynamic effect parameter of FloatBox coefficient and an object.Quantity N is natural number.FloatBox coefficient=γ %,
The effect of FloatBox coefficient is the specific dynamic effect parameter value for calculating the m-th elemental map in N number of elemental map.Specific dynamic effect
Parameter includes ScaleX (length), ScaleY (width), PositionX1 (initial X-coordinate), (end X is sat PositionX2
Mark), PositionY1 (initial Y-coordinate), PositionY2 (terminate Y-coordinate), TimeStart (initial time), TimeEnd
(end time).
The dynamic effect automatic computing module 3 of parameter, for according to N, FloatBox coefficient set by user and object
The value of specific dynamic effect parameter, and calculate each dynamic effect parameter of each element figure in N number of elemental map automatically according to the following formula.
| Parameter default | The parameter value of element M | |
| ScaleX (length) | X | (1+M* γ %/N) * X |
| ScaleY (width) | Y | (1+M* γ %/N) * Y |
| PositionX1 (initial X-coordinate) | α1 | (1+M* γ %/N) * α 1 |
| PositionX2 (terminates X-coordinate) | α2 | (1+M* γ %/N) * α 2 |
| PositionY1 (initial Y-coordinate) | β1 | (1+M* γ %/N) * β 1 |
| PositionY2 (terminates Y-coordinate) | β2 | (1+M* γ %/N) * β 2 |
| TimeStart (initial time) | O | (1+M* γ %/N) * O |
| TimeEnd (end time) | P | (1+M* γ %/N) * P |
Element uploading module 4: corresponding elemental map is transferred from memory module 1 according to the value of M for user and is uploaded to dynamic effect
Generation module 5, wherein M≤N.
Dynamic effect generation module 5: the dynamic effect ginseng of each element figure for being calculated according to the dynamic effect automatic computing module 3 of parameter
Numerical value assigns the corresponding dynamic effect parameter of each element figure that element uploading module 4 uploads.
Dynamic effect output module 7: for exporting the dynamic effect figure of the banner generated.
Management module 8: the administration order for being inputted according to user transfers order to the transmission of memory module 1, is deposited with transferring
Storage in memory module 1 as a result, and being transmitted to display module 9.
Display module 9: the banner of picture or generation for storing memory module 1 moves effect figure and is shown to user.
Embodiment 4
The present embodiment provides a kind of systems for quickly and efficiently realizing the dynamic effect of banner.Fig. 4 is referred to, Fig. 4 is the present invention
Embodiment 4 quickly and efficiently realizes the structural block diagram of the system of the dynamic effect of banner.It is described quickly and efficiently to realize the dynamic effect of banner
System include:
Memory module 1 realizes that banner moves the required picture of effect for storing, and the banner being fabricated to moves effect figure.
The picture includes Background and elemental map, and the elemental map is preferably png format.
Parameter setting module 2, the quantity N of elemental map required for realizing that banner is dynamic for user preset and imitating,
The specific dynamic effect parameter of FloatBox coefficient and an object.Quantity N is natural number.FloatBox coefficient=γ %,
The effect of FloatBox coefficient is the specific dynamic effect parameter value for calculating the m-th elemental map in N number of elemental map.Specific dynamic effect
Parameter includes ScaleX (length), ScaleY (width), PositionX1 (initial X-coordinate), (end X is sat PositionX2
Mark), PositionY1 (initial Y-coordinate), PositionY2 (terminate Y-coordinate), TimeStart (initial time), TimeEnd
(end time).
The dynamic effect automatic computing module 3 of parameter, for according to N, FloatBox coefficient set by user and object
The value of specific dynamic effect parameter, and calculate each dynamic effect parameter of each element figure in N number of elemental map automatically according to the following formula.
| Parameter default | The parameter value of element M | |
| ScaleX (length) | X | (1+M* γ %/N) * X |
| ScaleY (width) | Y | (1+M* γ %/N) * Y |
| PositionX1 (initial X-coordinate) | α1 | (1+M* γ %/N) * α 1 |
| PositionX2 (terminates X-coordinate) | α2 | (1+M* γ %/N) * α 2 |
| PositionY1 (initial Y-coordinate) | β1 | (1+M* γ %/N) * β 1 |
| PositionY2 (terminates Y-coordinate) | β2 | (1+M* γ %/N) * β 2 |
| TimeStart (initial time) | O | (1+M* γ %/N) * O |
| TimeEnd (end time) | P | (1+M* γ %/N) * P |
Element uploading module 4: corresponding elemental map is transferred from memory module 1 according to the value of M for user and is uploaded to dynamic effect
Generation module 5, wherein M≤N.
Dynamic effect generation module 5: the dynamic effect ginseng of each element figure for being calculated according to the dynamic effect automatic computing module 3 of parameter
Numerical value assigns the corresponding dynamic effect parameter of each element figure that element uploading module 4 uploads.
Dynamic effect previewing module 6: the dynamic effect figure of banner generated for preview.
Dynamic effect output module 7: for exporting the dynamic effect figure of the banner generated.
Management module 8: the administration order for being inputted according to user transfers order to the transmission of memory module 1, is deposited with transferring
Storage in memory module 1 as a result, and being transmitted to display module 9.
Display module 9: the banner of picture or generation for storing memory module 1 moves effect figure and is shown to user.
Method and system of the invention is applied in webpage banner design, and user only needs to be arranged the animation of an object
The animation effect of all objects can be obtained in parameter.This algorithm is capable of giving energy to have dynamic effect real in e-commerce operation personnel and designer
Existing ability.Elemental map uses png format, and png format has the transparency, suitable for the superposition of each element figure, and can be in webpage
Upper lossless compression and display image.
The above is only a preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
Member, under the premise of not departing from the method for the present invention, can also make several improvement and supplement, these are improved and supplement also should be regarded as
Protection scope of the present invention.
Claims (8)
1. a kind of method for quickly and efficiently realizing the dynamic effect of banner, which comprises the following steps:
Step S1, user determine the picture for realizing that the dynamic effect of banner is required, are stored in memory module；
Step S2, user is in default quantity N, FloatBox for realizing elemental map required for the dynamic effect of banner of parameter setting module
The specific dynamic effect parameter of coefficient and an object；
Step S3 moves the effect automatic computing module of parameter according to the specific dynamic effect of N, FloatBox coefficient of setting and an object
The value of parameter, and calculate each dynamic effect parameter of each element figure in N number of elemental map automatically according to the following formula；
Step S4, user transfer corresponding elemental map from memory module according to the value of M and are uploaded to dynamic effect generation module, wherein M≤
N；
Step S5, the dynamic effect parameter for each element figure that dynamic effect generation module is calculated according to the dynamic effect automatic computing module of parameter
Value assigns the corresponding dynamic effect parameter of each element figure that element uploading module uploads；
Step S6 moves the dynamic effect figure of banner that effect output module output generates.
2. the method according to claim 1 for quickly and efficiently realizing the dynamic effect of banner, which is characterized in that further include following
Step: the banner that dynamic effect generation module generates is moved effect figure and is provisionally presented to the user by dynamic effect previewing module.
3. the method according to claim 1 for quickly and efficiently realizing the dynamic effect of banner, which is characterized in that the picture packet
Include Background and elemental map.
4. the method according to claim 1 for quickly and efficiently realizing the dynamic effect of banner, which is characterized in that the elemental map
For png format.
5. a kind of system for quickly and efficiently realizing the dynamic effect of banner characterized by comprising
Memory module realizes that banner moves the required picture of effect for storing, and the banner being fabricated to moves effect figure；
Parameter setting module realizes dynamic quantity N, the FloatBox coefficient for imitating required elemental map of banner for user preset
And the specific dynamic effect parameter of an object；
The dynamic effect automatic computing module of parameter, for the value according to N and FloatBox coefficient set by user, and according to the following formula
Automatically each dynamic effect parameter of each element figure in N number of elemental map is calculated；
Element uploading module: corresponding elemental map is transferred from memory module according to the value of M for user and is uploaded to dynamic effect generation mould
Block, wherein M≤N；
Dynamic effect generation module: the dynamic effect parameter value of each element figure for being calculated according to the dynamic effect automatic computing module of parameter,
Assign the corresponding dynamic effect parameter of each element figure that element uploading module uploads；
Dynamic effect output module: for exporting the dynamic effect figure of the banner generated；
Management module: the administration order for being inputted according to user transfers order to memory module transmission, is stored in transferring
Store up module in as a result, and being transmitted to display module；
Display module: the banner of picture or generation for storing memory module moves effect figure and is shown to user.
6. the system according to claim 5 for quickly and efficiently realizing the dynamic effect of banner, which is characterized in that further include dynamic effect
Previewing module, the dynamic effect figure of banner generated for preview.
7. the system according to claim 5 for quickly and efficiently realizing the dynamic effect of banner, which is characterized in that the picture packet
Include Background and elemental map.
8. the method according to claim 5 for quickly and efficiently realizing the dynamic effect of banner, which is characterized in that the elemental map
For png format.
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