WO2015010557A1

WO2015010557A1 - Image generating method and device

Info

Publication number: WO2015010557A1
Application number: PCT/CN2014/082269
Authority: WO
Inventors: 陈鸽
Original assignee: 腾讯科技（深圳）有限公司
Priority date: 2013-07-22
Filing date: 2014-07-15
Publication date: 2015-01-29
Also published as: CN104331527A; CN104331527B

Abstract

Disclosed are an image generating method executed by a computing device, and an image generating device, the image generating method comprising the steps of: acquiring one or more layers of an original image; acquiring the model parameter and corresponding resolution parameters of a mobile terminal to which the image is outputted; and adjusting the resolution of the one or more layers according to the resolution parameters, and generating one or more corresponding images.

Description

3⁄4 piece Shengwei method - , device technology

The present invention relates to the field of interconnection n. In particular, the present invention relates to a method and apparatus for generating a si slice. Background technique

In the prior art, the artist or U (User Ittterfkce, user interface) designer usually needs to design the software interface diagram using the image II 3⁄4 teaching (for example, otosfeop, core!dr w) when designing the software product. For example, UI designers can design backgrounds and icons through pbo month toshop.

!0 3⁄4, many mobile terminal models today have different resolutions depending on the hardware configuration. For example, a mobile phone equipped with a 3,5-inch retina screen has a resolution of %0X 640 and 133 inches. The laptop with the retina screen has a partition rate of 2560X 1600, 3⁄4 with a 45-inch high-definition screen, and its split rate is 1280X 768 (note the resolution units are all pixels). For software products on multiple mobile devices, designers need to generate the corresponding interface® according to the resolution of the mobile terminal screen.

However, in the system technology, after designing the interface material, the UI designer needs to manually set the branching rate parameter according to the mobile terminal's #莱分辫 rate to generate the mushroom. When there are a large number of pictures or a corresponding variety of the resolution of the screen, /3⁄4 household manual mechanical operation: the process hinge is cumbersome, making the generation of the bacteria piece slower

20

Invention

Based on this, it is necessary to provide a method for promoting the generation speed of the film.

- A kind of needle, talk about the implementation of the fiber. The method of film production, including:

Get one or more maps of the original image;

25 acquiring model parameters 3⁄4 of the mobile terminal to which the picture is to be output and corresponding resolution parameters; and adjusting the one or more ® according to the division rate parameter, and generating a corresponding one Or multiple pictures

In addition, it is also necessary to provide a wafer generating device capable of increasing the speed of formation. A picture generating device includes at least one processing that cooperates with the storage and the plurality of modules, the plurality of modules including:

The image acquisition module _{t is} used to obtain one or more bacteria houses of the original picture:

a parameter obtaining module, configured to acquire a model parameter of the mobile terminal to which the slice is to be output and a corresponding resolution parameter;

The S-chip output module /3⁄4 is in the root. The branching rate parameter adjusts the branching rate of one or more s layers and generates one or more national slices.

The above-mentioned microbial method and the generation of the smear are automatically set, and the 3⁄4 house in the memory or archive file of the software running time is automatically obtained, and the corresponding models are selected according to the preset or the two models selected by the two households. The T-slices parameter generates batches of S-slices so that if the households are dealing with multiple layers, there is no need to manually input the input resolution parameters for each layer _; the user's simplification step is simplified, and the generated image is improved. speed.

In addition, the present invention further provides a computer program product _s comprising program code, when the computer program product is on the computing system, the program code is used to enable the computing device to perform the upper layer. The various steps in the salty method, namely:

Get one or more graphs. layers of the original image;

向To output the picture parameter of the mobile terminal 3⁄4 and the corresponding resolution parameter; and to adjust the branch rate of one or more 3⁄4 of the money, and generate a corresponding one or Multiple resolutions with 3⁄4 instructions

IS I is a process kitchen of the ® Slice Method in one embodiment;

Is 2 is a real, showing the boundaries of the window *Show ®;

Country 3 is an interface display fiber of the output type standard in one embodiment;

14 is a display screen for the parameter selection in an application scenario;

Figure 5 is a schematic view showing the hook of the ffi sheet generating device in one embodiment;

Fig. 6 is a schematic diagram s of a sheet generating device in another embodiment. detailed description In one embodiment, a slice generation method for a f-device row is disclosed. According to an embodiment of the present development, the method of generating a slice is performed by a computing device. Computation

• The device can be a variety of computing devices running an operating system such as a desktop computer, a notebook computer, a computer, a server workstation, a tablet computer, or a smart phone. The computing device can include at least one: processing

5 _? It works in conjunction with memory and several other modules. The processor may comprise a plurality of fans core, multi-threaded or parallel processing for the fans _Λ memory may include one or more storage devices, wherein the memory or storage device comprises a non-volatile computer-readable recording / storage medium.

As shown in Figure 1, the description of the chip producer includes the following steps:

Step S102, obtaining one or more face layers of the original picture «

!0 3⁄4. The editing unit in 3⁄4 image editing software (such as pfiotosho ) is composed of many pixels. The image house can be composed of the upper and lower layers to form the whole image.

In one embodiment, the map house can be read in a memory area when the image editing software is running. In the scenario where the two implementations of the present implementation, the method is based on a plug-in implementation of the image editing software. For example, can

A pliotosiiop plugin, which can be used to call hotoshop, the library's library function locates the number of 3⁄4g蜮 in the memory when the hotoshop application is running, and reads the corresponding data from 3⁄4 morning.

In another embodiment, the fiber layer can be obtained by reading the archive file. In the scenario in which the embodiment is located, the method is implemented by a computer program running on the Ife process. For example, the user can design the bacteria material through the imagery software (such as phoioslwp), and then save the storage file on the hard disk. The independent pass-through can read the archived text _f saved by the j3⁄4 household and obtain the layer by solving: 20 pieces of the stored text.

f « SI04 _? Obtain the resolution parameter corresponding to the model parameter to obtain the model parameter _f of the mobile final winding of the fiber delivery sheet

According to the invention of the present invention, the mobile terminal includes a smart phone (such as an Android mobile phone, (0S mobile phone, W3⁄4dows K) «e mobile phone, etc.), a tablet electric brain (such as an Android tablet, iOS flat 2$) Computers, Windows Phones, etc.), PDAs, mobile devices such as Mok Internet Devices (MID), laptops, etc., the tyranny of the present invention is not limited to any particular mobile terminal.

The model parameters are the model parameters of the mobile terminal, for example; iOS, Android or WP7 (Windows) Pim 7) and other platform parameters, but also specific equipment parameters such as PB brain e 4/4S, IF ioiie 5, Xiaomi 2S and Gakxy 4. The branching parameter corresponding to the model parameter is a parameter of the parallel mobile terminal screen image discrimination. For example, the LS rate parameter corresponding to the IOS may include 480 X320 (IOS IOS) and %0 X 640 (IOS film defect), and the partition rate parameter corresponding to Asadro may be Mpi (Low Density Per mc, low precision). Resolution 120dpi _? 3 5 pods on the screen usually for the rate, mdpi

(MMdle Density Per inch, medium precision split ratio, 1.60dpi, 3,5 inch screen is usually 480x32 (0 resolution, bdpi (High Density Per incli, high precision partition rate, 24t) dpi, 4,0 inches On-screen pass f 480x800) split rate, hdpi (Extra High Density Per inch, 320dpi, 4,7-inch screen is usually 1280x768) resolution, xxhdpi (Extra Extra High Density Per inch _f ultra-precision resolution, typically 1920x1080) _¾ more resolution, etc. Note that when the above models and sub-vital fixture rate of the mobile terminal as an example, the scope of the present invention is not limited to this bureau, but may be applied Various models and distribution rates

In an implementation example, the corresponding parameter of the model parameter ^ can be preset and stored in the configuration file. The preset model parameters and resolution parameters can be obtained by reading the configuration file. That is to say, the preset splitting rate parameter can be determined according to the various screens of the mobile terminal

In one embodiment, the models may also be eligible for membership Yu selected parameter _s of acquired resolution parameter corresponding to the selected model parameter configuration file stored in the thread. For example _{: >} can display the pre-repeated multiple model parameter or multi-frame to the user. The ffi user can input the corresponding model parameters through the hook.

In _another: embodiment, ¾ ^ can be acquired and the model parameter resolution parameter understanding shift by the terminal with the mobile terminal through Germany. For example, the computing i3⁄4 device can communicate with the mobile terminal by wire (for example, a USB cable), or can communicate with the mobile terminal by wireless means (for example, Bluetooth or 3⁄4 line LAN): to obtain the type of the mobile terminal. Parameters and branching rate parameters.

In the other 'a real case, you can also directly input the resolution of the input. For example, you can get the input split rate of the input by text box, or you can get the selected split rate parameter by selecting Zheng component (radio kmo3⁄4, drop-down box, multi-select box, etc.).

Steps Adjust the resolution of one or more of the mornings according to the tiller rate parameter and generate one or more recommendations.

In this embodiment, there may be multiple letters in the morning that can be obtained first. Pan's resolution is adjusted. The resolution corresponding to the resolution parameter is then outputted to output multiple images of multiple images.

In one embodiment, the step of: rigorous steps may include: obtaining one or more layers of the original panel, and acquiring one or more garden houses based on one or more of the morning groups.

5 As shown in Figure 2, the _f group. The layer group is a collection of layers, which is the organizational unit used for the classification management layer in the image editing software. The user can input the setting parameters for all the layers included in the i group by inputting the setting parameters only to the s羼 group. It is necessary to say that the generated image is not generated when the user operates the image. Si Cliff Group In this embodiment, the 3⁄4 layer that does not belong to any s layer group can be obtained first, and then the ® layer group is obtained and the layer included in the acid exhibition group is obtained. In other embodiments, the !0 exhaustion order of the 闺 layer can be obtained in the order of ^.

In this embodiment, after acquiring the step, the one or more input layer corresponding to the a layer may be acquired; and the screening or merging is performed according to the output type.

The output type is marked with the identification of whether the layer is output or other output mode. In this real deletion, the user can add an output type tag to the fence name after using the sleepy layer. For example, in Figure 2, "de" lang^ ff! indicates that the output type of the ignore input is not added, which is used to indicate the mark of the merged layer. Merging the graph, 3⁄4 is the operation of superimposing multiple layers with the same merged layer mark up and down into a layer. It can be synthesized into a new S. exhibition by using the 庳 function of the image editing software.

In another embodiment _f, after reading the archived text|acquisition map: MU, the § layer drawn to 20 can be displayed, and the output type mark of the input is obtained through the display interface. The user can paint the type identifier it by setting the name of the I layer on the display interface, or you can use the layer 3 to escape the layer _f and then click the button in the preset output type label. Output class corresponding to the escaped layer: type mark «■

Step by step > Get the 3⁄4 house corresponding output type standard 3⁄4 step also includes: Take one or more medicines

25 One or more of the map groups to which the letter house belongs, the output type tag corresponding to one or more function layer groups > one or more of the Dawn Groups is the one or more The layer group contains one or more sequels that correspond to the output type tag.

In this embodiment, the steps of the escape or merge layer are recorded according to the output type label. & Types of Standards One or more of the Garden Group. Get: One or more of the one or more groups of images obtained after recording, and/or the root sawing green mark. One or more layers of 3⁄4 layers contained therein are combined in each bacterial group.

The obtained fiber layer is classified by the output type mark. _f According to the classification sieve layer or the combination of 3⁄4 5 strict, the user can quickly catch the land in the batch, and the user can improve the work. Rate, m also improves the convenience of the work &

That is to say, as shown in FIG. 2, the user can determine the output mode corresponding to the layer a contained in the layer group by adding an output type flag to the !3⁄4 house group. In the embodiment operating in a plug-in mode, as described above, Luke can add an output type flag by setting the name of the fungus layer group, that is, the mode _c shown in FIG.

!0 can also be clicked on the icon shown in Figure 3, which is the icon of the i l type. For the escaped 3⁄4 layer group: Add the output type label. "3⁄4 in the example of running in an independent process mode" As well, the user can add an output type tag to the chaotic layer in the display window σ.

In an implementation example, the step of generating a corresponding one or more pictures may also obtain an input file name for the one or more circle pieces. In this embodiment, the raw or corresponding The steps of one or more pictures are also included: According to the file name prefix ₅ , one or more 3⁄4 pieces of files generated by the new fan are added to the picture of the input image. The name prefix can facilitate the user to generate the piece of the piece. What files have been generated, springs; convenient for households to find, improve the convenience of the surname.

In a virtual scene, as shown in Figure 18, the user's check-in can be obtained through the interface shown in 3⁄4.

20 Users can enter the file name prefix in the text file to select the location of the generated image in the output location bar, and input the selected model parameters such as IOS, Android and WP7 in !4 by radfo uitoH (III 4 The example is not limited to this, and the solution of the present invention can also be applied to other mobile terminal platforms, such as WP8 (Windows Phone 8), Firefi> OS, Ubimto for pboii s, etc., > configuration The file is stored with the model parameters I0S Android; and WF7 equal stripping

25 The distribution rate parameter _{f of the} response can be obtained by reading the configuration file and taking the corresponding distribution rate parameter. You can also add an output class through the hook to mark the C + 4 mark for the text type bacteria. Strictly added the "Ignore" output type tag >, 3⁄4 Over the hook frame to generate an output report. The output report is the 3 files of the S slice generation process, which can be easily used to view the output overload information. After the user finishes typing on the interface, click Confirmation can generate IS slices according to the above household input and layer and store them in the corresponding output location. In one implementation, as shown in FIG. 5, the inoculum generation device _{: ί:} includes at least one processor that cooperates with the memory and a plurality of modules. The processor may include a plurality of cores to process more than 5 threads or process in parallel. The memory may include one or more storage devices, and the memory or storage devices therein may include non-volatile computer-readable recording/storage media. . The plurality of modules include an S layer acquisition module 102, a parameter acquisition module! 04, and a ® slice module 106 _f where:

The layer acquisition module 102 is configured to obtain one or more layers of layers that are said to be the first slice.

® House is an editing sheep in ί3⁄4 like editing software (such as photoshop), composed of many elements, !0 layers can form the entire ® image by stacking.

In one embodiment, the ® layer capture module can eliminate the layer read in the memory area when the image editing device is running. In the application scenario of the embodiment, the method is implemented based on the plug-in editing software plug-in implementation, such as the photosbop plug-in, which can locate the data in the memory of the photosho application runtime by calling the hotsho JS library's 庠 function. The area, and the layer from which the layer corresponds.

In another embodiment f enclosing the module! .02 can be F! Read the archive file in Tongyu. In this selling embodiment should be located Seoul scene present process the solid _«S e.g., user can wing image editing software (eg. Pk> tos) p" Design Yu S house creative computer program based on ¾ Suan stand process ¾ line Then save it as a save file and save it on the hard disk. The winning process can read the deposit file stored in the cigarette, and 20 invites to demap the file to obtain the ® layer.

The parameter acquisition module KM is configured to acquire a model parameter of a mobile terminal to which a wrapper is to be output, and obtain a resolution parameter corresponding to the model.

According to the implementation of the present invention, the mobile terminal includes a smart phone (such as Androk! mobile phone, (0S mobile phone, W3⁄4dows K) «e mobile phone, etc.), tablet power. Brain (such as Andr id tablet, iOS flat 2 The mobile terminal device such as a computer, a Windows Phone, a mobile computer, a mobile computer, a mobile computer, a notebook computer, etc., the principles of the present invention are not limited to any particular mobile terminal.

The model parameters are the model parameters of the mobile terminal, for example; iOS, Android or WP7 (Windows) Phone 7) and other platform parameters, can also be specific equipment parameters such as ΡΙι brain e 4/4S, IF iooe 5, Xiaomi 2 and Gakxy. The parameter corresponding to the model parameter is the parameter of the mobile terminal screen image of the phase seat. For example, the sub-administration parameters corresponding to fOS may include 4S0 X 320 (IOS screen) and %0 X 640 (IOS film condensation), and the partition rate parameter corresponding to Andm may be Mpi (Low easit 5 Per mc) , low-precision resolution 120dpi _? 5 pod-inch screen is usually the resolution, mdpi (MMdle Density Per iftch, medium precision split rate _s 1.60dpi, 3,5-inch screen is usually 480x32 (1) resolution, bdpi ( High Densitv Per inch , high resolution resolution, 240dpi, 40-inch screen

480x800) fractional rate, xhdpi (Extra High Dfinsity Per inch, 320dpi, 4,7-inch screen is usually 1280x768) monthly resolution, xxhdpi (Extra Extra High Density !0 Per inch _f Ultra-high-precision resolution is usually! 920x1080) Separation rate, etc. It is more important to note that the models and distribution rates of the above mobile terminals are only examples, and the scope of the present invention is not limited thereto, but can be applied. For various models and resolutions

In an implementation example, the corresponding parameter of the model parameter ^ can be preset, and correspondingly stored in the configuration file, the parameter acquisition module 104 can be used to read the configuration file by reading the configuration file. And resolution parameters. In other words, the resolution parameters can be preset according to the screen resolution of mobile terminals of various standards on the market.

In one embodiment, the model parameters of the escaped model can be obtained. The scores corresponding to the model parameters stored in the configuration file are obtained. For example, a preset plurality of model parameters may be displayed to the user in the form of an icon or a multi-escape frame, and the user may select the corresponding model input by selecting the corresponding parameter.

In another implementation, _f can also obtain the model parameters and the fractional parameters of the mobile terminal by using the mobile terminal. For example, the pad can be communicated to the mobile terminal by wire (for example, USB cable), or "through few ways (: for example, Bluetooth or the local area 3⁄4> and the mobile terminal _? from> model parameters and condensate κΐ differentiate fist parameters ¾ Yu won the mobile terminal.

In another real steel, the parameters get 镆 block! 04 Yes. Enter the resolution of the input directly. For example, the text box can be used to capture the splitting rate of the input custom fork, and the resolution parameter of the escape can also be obtained through the escape group (radio bimoi drop-down box, multiple frame, etc.).

The S-chip output module 106, jfl adjusts the resolution of one or more maps according to the division rate parameter, and produces one or more corresponding 3⁄4 slices. There may be a plurality of bacterial layers obtained in this embodiment. The image forging module 10 can be used to first adjust the resolution of the acquired image to a job corresponding to the resolution vehicle parameter, and output a plurality of bacteria mornings into a plurality of PowerPoint files by a write operation.

In one implementation, the _s picture output module 106 may also fetch one or more of the original 3⁄4 slices.

5 A trapped group that acquires one or more layers by one or more layers.

As shown in the country 2, the set of _f layer group drawers, the organization unit used in the classification editing software for the classification management layer can use r to set the parameters only for the Guochen group input. All the surrounding green input parameters are included. It should be noted that when the user creates the image software, the generated s layer may not belong to any of the early morning groups. In this embodiment, the picture output module 106 can also be used to first acquire the 3⁄4 layer of the 3⁄4 house group, and then obtain the SJ4 group, and obtain the bacteria layer included in the layer group. In other embodiments, the wide order of the acquired layers can be any order.

In the present embodiment, as shown in FIG. 6, the wrap generation placement further includes a layer classification module 108, after the layer acquisition module 〖02 captures one or more scrambles of the original ffi slice, Extract one or more output type markers corresponding to the simple layer; sift or merge the layers according to the output type.

t out type mark. It is the mark of whether the mark is output or other output mode. In this implementation, after the H-house uses the image-based software to generate the house, the output type tag can be added to the name. For example, in 2, ! f means that the type of stealing type that ignores the input is not painted. The standard used to indicate the merged map is the multiple straightening forces that will have the same combined 3⁄4 strict mark. Into a 3⁄4 M operation, it can be made new by consulting a library function like editing software.

20 grievances

_! In another - embodiment, the presentation acquired by reading ¾ layer after interpolation stored file acquisition Lai Yu layer, and obtain an output class ¾ mark inputted through the display interface. Users can pass the display interface

3⁄4 The name of the country layer to add the output type mark can also be as shown in 3⁄4 3, first select the picture morning and then select the output corresponding to the escaped layer by clicking the button in the output type mark selection box of the design.

25 type tag.

Further, the 3⁄4 house classification module 〖08 also acquires one or more map groups belonging to one or more pictures, and obtains one or more H groups corresponding to the |3⁄4 class 3⁄4 mark, one or more The output type corresponding to the fence group is marked as one or more of the above! One or more of the mornings that are included in the strict group ώ type tag.

In this implementation, the layer classification module 108 further filters one or more layers included in one or more layer groups obtained after the one or more map houses are extracted according to the output type flag. And / or according to the output type mark, merge one or more of the pieces contained in the group of countries.

5 That is to say, as shown in 2, the user can determine the output mode corresponding to the simplicity of the layer group by adding the output type label to the country layer. In an embodiment that operates in a plug-in mode, as previously described, the user can add an output type tag by setting the name of the layer group, ie, the mode shown in FIG. It can also be clicked on the output class shown in the bacterium 3 to mark the logo in the escape box as the escaped layer group. Add the suffix type mark _e 3⁄4 in the independent process mode. In the example, the same # As mentioned earlier, User!0 adds an output type tag to the National Cliff group in the display window.

Sorting the acquired 3⁄4 houses by the type of the mark according to the classification screen or the combination map, can make the HI households quickly select the garden morning when the batch processing is abrupt, and improve the efficiency of the operation from 3⁄4 Improve the convenience of production

In one embodiment, the trap key buffer block 106 may also be used to 'acquire the file name prefix for the one or more pictures before generating a plurality of pieces of the phase. According to the file name prefix, the suffix is added to the file name of one or more of the raw slabs.

Adding a text to the picture of the input. The name prefix can be convenient for the user to generate which files are generated by the production of the piece of film, and it is convenient for the user to find and improve the convenient surname of the T.

20 Users can enter the file name prefix in the text file to select the location of the generated image in the output location bar, and input the selected model parameters such as IOS, Android and WP7 in !4 by radfo uitoH (III 4 The example is not limited to this, and the solution of the present invention can also be applied to other mobile terminal platforms, such as WP8 (Windows Phone 8), Firefi> OS, Ubimto for pboii s, etc., > configuration The file is stored with the model parameters I0S Android; and WF7 respectively

The 25 rate parameter can be obtained by reading the configuration file. The user can also add an output type tag in the tick box to add an "ignoring" output type tag to the 3⁄4 layer of the text type; whether the output report is generated by the hook box. The output report, that is, the sigma file of the s-segment generation process can be easily checked by the households: the process of the discussion # After the user inputs the interface, click on the confirmation Recognize, you can enter the 3⁄4 if! household input 3⁄4 and map. Widely generate the picture and save it to the corresponding output position.

The embodiment of the present invention includes a computer program product including program code. When the funeral program product is run on the funeral equipment, the program code is used to make the computing device line up. All or part of the various methods. For example, the computing device can be executed to perform step S 02

5 to obtain one or more layers of the sample picture; obtain the parameters of the mobile terminal of the mobile terminal to which the S. slice is to be sent and the corresponding resolution parameters; Or the split ratio of multiple layers and generate one or more corresponding images

According to the practice of the present invention, the computer program product or program code therein can be stored on a computer readable record/store medium/|. Month

!0 The above image generation method and image generation: Dunhuang Auto: Get the S. Star in the memory or archive file of the sleepy image editing software, and according to the preset presets, I have various model parameters The corresponding resolution parameter is generated in batches, so that when the user processes multiple layers, there is no need to manually input the resolution parameters of each SI layer, and the user's operation steps are eliminated. , the speed of generating 3⁄4 slices is improved - the general technician can understand all or part of the process of implementing the above embodiments, which can be completed by a computer program to order related hardware, the program can be Stored in a computer readable storage medium, the program can include the following implementations of the steel in the 3⁄4 line. Among them, the storage: the interface can be a disk disc, read memory (Read Oftty Mett! iory, ROM.) or ft machine memory (RaiK ffl Aecess Memor, RAM).

The above described implementations of the present invention have been described in terms of several embodiments of the present invention, and are not to be construed as limiting the scope of the invention. It should be clarified that for the Lutong technologist II in the field, in the absence of Qin: the invention can also do 3⁄4 if the change, shape and improvement are all belong to the invention . Therefore, the scope of protection of the special brake of the present invention is subject to the requirements of the danger.

Claims

Claims: A method of calculating and generating IP, including steps:

Obtain one or more images of the original film;

Obtaining the model and parameters of the mobile terminal to which random images are to be output and the corresponding splitting parameters; and adjusting the one or more S-layer splitting rates according to the resolution parameter, and generating the corresponding one

S or more color patches.

2. The root saw slice generation method according to claim 1, wherein the step of obtaining one or more trapped layers of the original image further includes;

Obtain the output type tag corresponding to the one or more layers; select or merge according to the output type tag.

19 3. The image generation method according to claim 2, wherein the step of obtaining one or more images of the original image includes:

Get one or more layers of the original image. Get one or more layers based on one or more groups.

4. The fiber production method according to claim 3, wherein the step of obtaining the input type tag corresponding to one or more !5 includes:

Obtain. One or more fiber layer groups to which the one or more fiber layer groups belong are obtained. The corresponding output type mark of the one or more fiber layer groups is obtained. The output type mark corresponding to the one or more fiber layer groups is obtained. It is the output type tag corresponding to one or more images contained in one or more image groups.

5. The method according to claim 4, wherein the step of marking or merging layers according to the output type includes:

According to the output type of the filter, filter one or more function layer groups, and obtain one or more functions contained in the filtered one or more layer groups; and/or

Depending on the output type tag, one or more images contained in the image group are merged.

25 6. According to the chip generation method of any one of claims 1 to 5, wherein the step of generating the corresponding one or more chips further includes:

Obtain the input file prefix of one or more pictures; The steps for generating the corresponding one or more pictures as claimed in the claims also include;

According to the file name prefix, add a prefix to the generated file name of one or more 8 pieces.

7. A chip generation device, including at least one processor, which cooperates with a memory and multiple modules. The multiple modules include:

5. The acquisition module is used to acquire one or more S layers of the initial slice;

Parameter acquisition module, used to obtain the model parameters of the mobile terminal to which the fiber optic film is to be input and the corresponding distribution rate parameters; and

The slice output module is used to adjust the resolution of one or more layers according to the resolution parameter, and generate the corresponding one or more slices.

!0 8. The film generation device according to claim 7, wherein the image generation device further includes a picture classification module, to obtain the output type tag corresponding to the one or more layers> And the output type is marked as fuyi or merged according to the output type.

9. The frame generation device according to claim 8, wherein the image acquisition module is also used to obtain one or more frame groups of the original frame, and the image is obtained based on the one or more frames. Layer group gets one or more layers.

10. The image generation device of claim 9, wherein the image classification module further obtains one or more image groups to which the one or more images belong, and obtains the The output type tag corresponding to one or more fiber layers is the output type tag corresponding to one or more fiber layer groups. The output type tag corresponding to one or more fiber layer groups is the corresponding output type tag of one or more fiber layers included in the one or more surrounding layer groups. The type mark is ¾.

20. According to the picture generating device of claim 0, the layer classification module is also used to filter the one or more national layer groups according to the input type mark, and obtain the result after filtering. one or more country layers included in one or more zone layer groups; and/or one or more layers included therein are merged in said countries M according to the output class: ¾ mark,

12. The image generating device according to claim 7 to claim 1, wherein the picture output module is also used to obtain the input file name prefix of one or more pictures. , and according to the file name prefix, add a prefix to the file name of the generated one or more pieces.

13. A computer program product, including program code. When the computer program product is run on a computing device, the program code causes the computing device to perform the following steps: The claim obtains one or more images of the original®·ή;

Obtain the model parameters of the mobile terminal to which the video is to be transmitted and the corresponding resolution parameters; and obtain the resolution parameters of one or more layers based on the resolution parameters and generate The corresponding image or images.

〗4. The computer program product as claimed in claim 1, wherein the program code is stored on a computer-readable recording medium.