CN106920270B - Animation processing method and device - Google Patents
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Abstract
The invention relates to an animation processing method, which comprises the following steps: loading an animation file; analyzing the animation file to obtain animation information and image data for generating an image; when the image data is used for generating a vector diagram, establishing a vector diagram object according to the image data, and establishing a bitmap object corresponding to the vector diagram object; copying pixels in the vector image object into the bitmap object; saving the bitmap object as a bitmap; and displaying the animation in the animation scene according to the animation information and the saved bitmap. The animation effect in the animation file is realized in the animation scene, the speed of converting the vector diagram into the bitmap is improved, the animation effect of the animation file can be realized in the scene according to the bitmap, and therefore the animation production efficiency in the animation scene is improved.
Description
Technical Field
The present invention relates to the field of image processing technologies, and in particular, to an animation processing method and apparatus.
Background
With the development of image processing technology, the animation industry is more and more mature. In the conventional animation industry, after an animation file is created by an art designer, a vector diagram in the animation file needs to be converted into a bitmap, and the bitmap is used for animation creation of a scene. The traditional bitmap conversion needs manual vector image identification, manual vector image conversion is manually stored as a bitmap, and the speed of manual conversion is low, so that animation production in a scene is low in efficiency.
Disclosure of Invention
In view of the above, it is desirable to provide a method and apparatus for processing animation, which addresses the problem of inefficient animation production in a scene.
An animation processing method, comprising:
loading an animation file;
analyzing the animation file to obtain animation information and image data for generating an image;
when the image data is used for generating a vector diagram, establishing a vector diagram object according to the image data, and establishing a bitmap object corresponding to the vector diagram object;
copying pixels in the vector image object into the bitmap object;
saving the bitmap object as a bitmap;
and displaying the animation in the animation scene according to the animation information and the saved bitmap.
In one embodiment, the parsing the animation file, and obtaining animation information and image data for generating an image includes:
traversing and analyzing each frame of the animation file; each frame comprises a graphic label, a display label, a removal label and a single-frame ending label;
when the graphic label is analyzed, extracting image data in the graphic label;
when the display label is analyzed, extracting image display information in the display label and recording the image display information in animation information;
when the removal label is analyzed, extracting image removal information in the removal label and recording the image removal information in animation information;
and when the single-frame end label is analyzed, analyzing the next frame until the animation file is analyzed completely.
In one embodiment, before creating a vector graphics object from the image data and creating a bitmap object corresponding to the vector graphics object when the image data is used to generate a vector graphics, the method further comprises:
and judging whether the bitmap identification exists in the image data, if so, judging that the image data is used for generating a bitmap, and if not, judging that the image data is used for generating a vector diagram.
In one embodiment, said creating a vector graphics object from said image data comprises:
extracting vertex information and filling information of a vector diagram in image data;
drawing a frame of the vector graphics object according to the vertex information;
filling the contents of the vector graphics object in the frame of the vector graphics object according to the filling information to generate the vector graphics object.
In one embodiment, said presenting an animation in an animation scene according to said animation information and a saved bitmap comprises:
generating an animation configuration file according to the animation information;
and extracting the saved bitmap, and displaying the animation in the animation scene according to the animation configuration file.
The animation processing method comprises the steps of analyzing an animation file, obtaining animation information in the animation file and image data used for generating an image, drawing a vector diagram object according to the image data when the image data is used for generating a vector diagram, establishing a bitmap object by copying pixels in the vector diagram object, converting the bitmap object into a bitmap and storing the bitmap, and displaying the animation in an animation scene according to the animation information and the stored bitmap. Therefore, the animation effect in the animation file is realized in the animation scene, the speed of converting the vector diagram into the bitmap is improved, the animation effect of the animation file can be realized in the scene according to the bitmap, and the animation production efficiency in the animation scene is improved.
An animation processing apparatus comprising:
the loading module is used for loading the animation file;
the analysis module is used for analyzing the animation file to obtain animation information and image data used for generating an image;
the identification module is used for establishing a vector diagram object according to the image data and establishing a bitmap object corresponding to the vector diagram object when the image data is used for generating a vector diagram; copying pixels in the vector image object into the bitmap object;
the storage module is used for storing the bitmap object as a bitmap;
and the animation generation and output module is used for displaying the animation in the animation scene according to the animation information and the saved bitmap.
In one embodiment, the parsing module is further configured to parse through each frame of the animation file; each frame comprises a graphic label, a display label, a removal label and a single-frame ending label; when the graphic label is analyzed, extracting image data in the graphic label; when the display label is analyzed, extracting image display information in the display label and recording the image display information in animation information; when the removal label is analyzed, extracting image removal information in the removal label and recording the image removal information in animation information; and when the single-frame end label is analyzed, analyzing the next frame until the animation file is analyzed completely.
In one embodiment, the identification module is further configured to determine whether a bitmap identifier exists in the image data, determine that the image data is used to generate a bitmap if the bitmap identifier exists in the image data, and determine that the image data is used to generate a vector map if the bitmap identifier does not exist in the image data.
In one embodiment, the identification module is further configured to extract vertex information and fill information of a vector image in the image data; drawing a frame of the vector graphics object according to the vertex information; filling the contents of the vector graphics object in the frame of the vector graphics object according to the filling information to generate the vector graphics object.
In one embodiment, the method further comprises the following steps:
the configuration file generating module is used for generating an animation configuration file according to the animation information;
the animation generation and output module is also used for extracting the saved bitmap and displaying the animation in the animation scene according to the animation configuration file.
The animation processing device analyzes the animation file, acquires animation information in the animation file and image data used for generating an image, draws a vector diagram object according to the image data when the image data is used for generating a vector diagram, establishes a bitmap object by copying pixels in the vector diagram object, converts the bitmap object into a bitmap and stores the bitmap, and displays the animation in an animation scene according to the animation information and the stored bitmap. Therefore, the animation effect in the animation file is realized in the animation scene, the speed of converting the vector diagram into the bitmap is improved, the animation effect of the animation file can be realized in the scene according to the bitmap, and the animation production efficiency in the scene is improved.
Drawings
FIG. 1 is a flow diagram illustrating a method for processing animation according to one embodiment;
FIG. 2 is a schematic flow chart diagram illustrating the steps of creating vector graphics objects in one embodiment;
FIG. 3 is a flow diagram that illustrates the animation steps in an animation scene, in one embodiment;
FIG. 4 is a flowchart illustrating a method of processing an animation according to an embodiment;
FIG. 5 is a block diagram showing the construction of an animation processing apparatus according to an embodiment;
FIG. 6 is a block diagram showing the construction of an animation processing apparatus according to another embodiment.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
As shown in fig. 1, in one embodiment, an animation processing method is provided, which may be applied to a desktop computer or a server on which an animation processing program runs, and the animation processing method is implemented by the animation processing program. The method specifically comprises the following steps:
Specifically, an animation file refers to a file that is created using animation software to achieve a certain animation effect. The Format of the animation file may specifically be a swf (Shock Wave Format) file. And when the desktop computer detects an instruction for loading the animation file, loading the selected animation file.
And 104, analyzing the animation file to obtain animation information and image data for generating an image.
Specifically, after the desktop computer loads the animation file, parsing of the animation file is started, and animation information in the animation file and image data for generating an image are extracted by the parsing. The animation file includes a bitmap and a vector map. Bitmaps, also known as dot matrix images or rendered images, are composed of individual dots called pixels (picture elements). Vector graphics, also known as object-oriented images or drawing images, are mathematically defined as a series of points connected by lines. Image data used for generating an image can be specifically classified into two types, that is, image data used for generating a bitmap and image data used for generating a vector diagram, according to the type of the generated image. The animation information is information indicating the position of an image in an animation file.
In one embodiment, step 104 includes: traversing and analyzing each frame of the animation file; each frame comprises a graphic label, a display label, a removal label and a single-frame end label; when the graphic label is analyzed, extracting image data in the graphic label; when the display label is analyzed, extracting image display information in the display label and recording the image display information in the animation information; when the removal label is analyzed, extracting image removal information in the removal label and recording the image removal information in animation information; and when the single-frame end label is analyzed, analyzing the next frame until the animation file is analyzed completely.
Specifically, when parsing the animation file, the desktop computer obtains animation file information, where the animation file information may specifically include frame frequency, total frame number, width, and high level information, and is recorded in the animation information. And the desktop computer analyzes each frame in the animation file according to the total frame number and a certain sequence, wherein each frame comprises a graphic label, a display label, a removal label, a single-frame end label and other labels. Image data for generating an image is included in the graphic label.
The display label includes a display mark and display information of an image generated from image data in the graphic label, and when the display mark is analyzed, the display information is recorded. The display mark may be a number, a character, a keyword, or the like. The display information may specifically include an image identifier, a display level of an image in the animation, an image position parameter, an image rotation parameter, an image tilt parameter, a color parameter, a level affected by the image masking, and the like. Wherein the image position parameters, the image rotation parameters and the image tilt parameters are recorded in a matrix, which may be a 3 × 3 matrix. The removal label comprises a removal mark and information of a removal level required when the image information is displayed, and when the removal mark is resolved, the information of the removal level is recorded. The removal mark may be a number, a character, a keyword, or the like. The single frame end tag comprises a single frame end mark, when the single frame end mark is analyzed, the display information and the removal information recorded in the previous analysis are stored in the array according to the recording analysis sequence, and then the next frame is analyzed. The single frame end tag may be a number, a character, a keyword, or the like.
And 106, when the image data is used for generating the vector graphics, establishing a vector graphics object according to the image data, and establishing a bitmap object corresponding to the vector graphics object.
Specifically, whether the image data is for generating a vector image is determined by determining whether vector image feature information or bitmap feature information exists in the image data. If the vector image characteristic information does not exist in the image data or the bitmap characteristic information exists in the image data, judging that the image data is used for generating a bitmap, and directly storing the bitmap; and if the vector image feature information or the bitmap feature information does not exist in the image data, judging that the image data is used for generating the vector image, establishing a vector image object according to the image data, and establishing a bitmap object corresponding to the vector image object. The vector diagram object and the bitmap object are intermediate variables for converting the vector diagram into the bitmap. The characteristic information may specifically be a number or a character. For example, the vector diagram is represented by 1, and the bitmap is represented by 0.
In one embodiment, after extracting the image data in the image tag, the desktop computer determines whether a bitmap identification exists in the image data, the bitmap identification being a unique identification for distinguishing the bitmap. And the vector diagram is not identified. If the bitmap identification exists in the image data after judgment, judging that the image data is used for generating a bitmap; if no bitmap identification exists in the image data, the image data is judged to be used for generating the vector diagram, and the vector diagram needs to be converted into the bitmap.
At step 108, pixels in the vector image object are copied into the bitmap object.
Specifically, after a vector graphics object is created using image data, a desktop computer copies pixels in the vector graphics object and pastes the copied pixels into a bitmap object corresponding to the vector graphics object to generate a bitmap from the bitmap object.
Specifically, the desktop computer converts the bitmap object copied with the vector image object pixels into a corresponding bitmap, allocates a bitmap identification for the bitmap, and converts the bitmap with the bitmap identification into a file with a corresponding format and stores the file in a specific directory. When converting a bitmap into a file of a corresponding format, the file may be named according to the bitmap identification. The file format can be png, jpeg or bmp format.
And 112, displaying the animation in the animation scene according to the animation information and the saved bitmap.
Specifically, the desktop computer extracts all saved bitmaps or bitmap files, restores the animation files in the animation scene according to the animation information, so as to achieve animation effects in the animation files in the animation scene, and displays the animation in the animation scene. An animated scene is an instance or scenario of animated character activity and performance. The animation scene may specifically be any one of a game animation scene, an animation scene in an animation movie, and an animation scene in an animation series.
In this embodiment, an animation file is parsed, animation information in the animation file and image data used for generating an image are acquired, a vector image object is drawn according to the image data by judging that the image data is used for generating a vector image, a bitmap object is created by copying pixels in the vector image object, the bitmap object is converted into a bitmap and stored, and an animation is displayed in an animation scene according to the animation information and the stored bitmap. Therefore, the animation effect in the animation file is realized in the animation scene, the speed of converting the vector diagram into the bitmap is improved, the animation effect of the animation file can be realized in the scene according to the bitmap, and the animation production efficiency in the scene is improved.
As shown in fig. 2, in an embodiment, the step 104 specifically includes the following steps:
Specifically, when it is determined that the image data is for generating a vector image, the desktop computer extracts vertex information and fill information of the vector image from the image data. The vector diagram is formed by a frame formed by connecting a series of points, which are the vertices of the vector diagram, and the content filled in the frame. The padding information is information of the content padded in the frame.
And step 204, drawing a frame of the vector diagram object according to the vertex information.
Specifically, the vertex information may be position information of vertices, and the desktop computer draws the vertices based on the vertex information, connects the drawn vertices with lines, and forms a frame of the vector diagram object after connecting the vertices with the lines.
And step 206, filling the content of the vector graphics object in the frame of the vector graphics object according to the filling information to generate the vector graphics object.
Specifically, the fill information includes color information of the content in the frame of the vector graphics object. The desktop computer renders the contents of the vector graphics object in the frame of the vector graphics object using the fill information, and after rendering the contents of the vector graphics, the completed vector object is formed.
In the embodiment, the content of the vector diagram is drawn by establishing the vector diagram object, so that the content of the vector diagram is prevented from being changed in the image conversion process, and the accuracy of image conversion is improved by establishing the vector diagram object.
As shown in FIG. 3, in one embodiment, step 112 includes the steps of:
Specifically, the desktop computer extracts animation information recorded when the animation file is parsed, including information of the animation file, display information and removal information of an image corresponding to each frame, and the like, and generates an animation profile based on the recorded animation information. The animation is composed of a plurality of continuous pictures which are formed by splicing corresponding images of each frame. The animation configuration file specifically includes a jigsaw information configuration file and an animation information configuration file. The tile configuration file is information on the position of the recorded image in the picture. The animation information profile is a sequence in which a plurality of consecutive pictures are recorded. Firstly, generating a jigsaw information configuration file according to the cartoon information, and then forming the cartoon information configuration file according to the jigsaw information configuration file.
And step 304, extracting the saved bitmap, and displaying the animation in the animation scene according to the animation configuration file.
Specifically, the desktop computer extracts all saved bitmaps, firstly splices the bitmaps according to the jigsaw information configuration file to generate a plurality of pictures, displays the pictures according to the sequence of the pictures in the animation information configuration file to form an animation, and displays the formed animation in an animation scene.
In this embodiment, the animation configuration file is generated according to the acquired animation information in the animation file, and the animation effect in the animation file can be restored in the animation scene according to the animation configuration file, so that the accuracy rate of restoring the animation effect in the animation file in the animation scene is improved.
As shown in fig. 4, in an embodiment, an animation processing method is provided, which specifically includes the following steps:
and step 402, loading the animation file, acquiring animation file information and recording the animation file information into the animation information.
And analyzing the animation file to obtain animation file information and recording the animation file information into the animation information.
Specifically, when the animation file is parsed, parsing data of the animation file, reading information of a frame frequency, a total number of frames, a width, a height and the like in the animation file, performing frame-by-frame parsing on the animation file to parse a label of each frame of animation, and when a graphic label is parsed in a frame of the animation file, executing step 404; when the display label and the removal label are resolved, executing step 412; when the single frame end tag is resolved, step 414 is performed.
Step 410, save the bitmap.
Specifically, when the image data in the graphic label is judged to be used for generating the bitmap, the bitmap is directly stored without being converted; when the image data in the image label is judged to be used for generating the vector diagram, the vector diagram is converted into the bitmap, the converted bitmap is stored, and after all the vector diagrams in the animation file are converted into the bitmap, the animation is restored according to the stored bitmap.
And step 412, analyzing the display label and the removal label in the animation file frame, extracting the image display information in the display label and the image removal information in the removal label, and recording the information into the animation information.
Specifically, when the display mark is resolved at the time of resolving the tag, the resolved tag is a display tag; when the removal tag is resolved, the tag is removed when the resolved tag. The display label or the removal mark may specifically be at least one of a number, a character, and a keyword.
Specifically, when the tag is parsed, the parsed tag is a single frame end tag when the end tag is parsed. The end mark may specifically be at least one of a number, a character, and a keyword.
When it is determined that the animation file has not been completely parsed, at least one of the steps 404, 412 and 414 is performed.
And step 420, extracting the saved bitmap, and displaying the animation in the animation scene according to the animation configuration file.
In the embodiment, the animation file is loaded, the animation file is stored in animation information, the animation file is analyzed frame by frame, specifically, labels in the frames are analyzed, whether image data in graphic labels are used for generating vector diagrams or not is judged, the vector diagrams are converted into bitmaps, all the vector diagrams in the animation file are converted into the bitmaps, and the conversion accuracy of the vector diagrams is improved; the image display information and the image removal information in the display label and the removal label are obtained through analysis and are recorded in the animation information, and the position of the bitmap in the animation can be determined through the animation information, so that the quality of the restored animation is improved; when the single-frame end label is analyzed, whether the next frame needs to be analyzed is determined by judging whether the animation file is analyzed completely so as to ensure the complete analysis of the animation file; after the animation file is judged and determined to be analyzed, the animation configuration file is generated according to the animation information, all the bitmaps are configured in the animation scene according to the animation configuration file, the accuracy of restoring the animation effect in the animation file in the animation scene is improved, and the animation production efficiency is improved.
As shown in FIG. 5, in one embodiment, an animation processing apparatus 500 is provided, the apparatus comprising: a loading module 502, a parsing module 504, a recognition module 506, a saving module 508, and an animation generation and output module 510.
And a loading module 502 for loading the animation file.
And the parsing module 504 is configured to parse the animation file, to obtain animation information and image data used for generating an image.
A recognition module 506, configured to determine whether the image data is used for generating a vector diagram; if yes, establishing a vector diagram object according to the image data, and establishing a bitmap object corresponding to the vector diagram object; copying pixels in the vector image object into the bitmap object.
A saving module 508, configured to save the bitmap object as a bitmap.
And an animation generation and output module 510 for displaying the animation in the animation scene according to the animation information and the saved bitmap.
In this embodiment, an animation file is parsed, animation information in the animation file and image data used for generating an image are acquired, a vector image object is drawn according to the image data by judging that the image data is used for generating a vector image, a bitmap object is created by copying pixels in the vector image object, the bitmap object is converted into a bitmap and stored, and an animation is displayed in an animation scene according to the animation information and the stored bitmap. Therefore, the animation effect in the animation file is realized in the animation scene, the speed of converting the vector diagram into the bitmap is improved, the animation effect of the animation file can be realized in the scene according to the bitmap, and the animation production efficiency in the scene is improved.
In one embodiment, parsing module 504 is also used to traverse each frame of the parsed animation file; each frame comprises a graphic label, a display label, a removal label and a single-frame end label; when the graphic label is analyzed, extracting image data in the graphic label, and executing the step of judging whether the graphic data is used for generating a vector diagram; when the display label and the removal label are analyzed, extracting image display information and image removal information and recording the image display information and the image removal information in animation information; and when the single-frame end label is analyzed, analyzing the next frame.
In the embodiment, the animation information of the image corresponding to each frame is acquired by analyzing each frame, and when the animation effect of the animation file is restored, the restoration can be performed according to each frame, so that the accuracy rate of restoring the animation effect in the animation file is improved.
In one embodiment, the identification module 506 is further configured to determine whether a bitmap identifier exists in the image data, and if so, determine that the image data is used for generating a bitmap, and if not, determine that the image data is used for generating a vector map.
In the embodiment, whether the image data is generated by the vector diagram is judged by judging whether the bitmap identification exists in the image data or not, and the vector diagram is converted into the bitmap, so that the images generated by all the image data are prevented from being converted, the conversion speed is improved, and the consumed operation resources during conversion are prevented from being wasted.
In one embodiment, the identification module 506 is further configured to extract vertex information and fill information of the vector graphics in the image data; drawing a frame of the vector diagram object according to the vertex information; filling the contents of the vector image object in the frame of the vector image object according to the filling information to generate the vector image object.
In the embodiment, the vector objects corresponding to the vector graphics are accurately drawn through the vertex information and the filling information, and the bitmap is converted according to the vector objects, so that the accuracy of converting the vector graphics into the bitmap is improved, and the situation that the image content is changed due to the conversion with the image is avoided.
As shown in FIG. 6, in one embodiment, the animation processing device 500 further comprises: a configuration file generation module 512.
And a configuration file generating module 512, configured to generate an animation configuration file according to the animation information.
The animation generation and output module 510 is further configured to extract the saved bitmap, and display the animation in the animation scene according to the animation configuration file.
In this embodiment, the animation configuration file is generated according to the acquired animation information in the animation file, and the animation effect in the animation file can be restored in the animation scene according to the animation configuration file, so that the accuracy rate of restoring the animation effect in the animation file in the animation scene is improved.
The technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (11)
1. An animation processing method, comprising:
loading an animation file;
analyzing the animation file to obtain animation information and image data for generating an image; the animation information represents the position information of the image in the animation file in the animation; the animation information records image display information, image removal information and animation file information, wherein the animation file information comprises frame frequency, total frame number, width and height;
when the image data is used for generating a vector diagram, extracting vertex information and filling information of the vector diagram in the image data; drawing a frame of the vector graphics object according to the vertex information; filling the contents of the vector graphics object in the frame of the vector graphics object according to the filling information to generate the vector graphics object, and establishing a bitmap object corresponding to the vector graphics object; the vector image object and the bitmap object are intermediate variables for converting a vector image into a bitmap;
copying pixels in the vector image object into the bitmap object;
saving the bitmap object as a bitmap;
and displaying the animation in the animation scene according to the animation information and the saved bitmap.
2. The animation processing method as claimed in claim 1, wherein the parsing the animation file, and obtaining animation information and image data for generating an image comprises:
traversing and analyzing each frame of the animation file; each frame comprises a graphic label, a display label, a removal label and a single-frame ending label;
when the graphic label is analyzed, extracting image data in the graphic label;
when the display label is analyzed, extracting image display information in the display label and recording the image display information in animation information;
when the removal label is analyzed, extracting image removal information in the removal label and recording the image removal information in animation information;
and when the single-frame end label is analyzed, analyzing the next frame until the animation file is analyzed completely.
3. The animation processing method as claimed in claim 1, wherein before extracting vertex information and fill information of a vector image in the image data when the image data is used to generate the vector image, the method further comprises:
and judging whether the bitmap identification exists in the image data, if so, judging that the image data is used for generating a bitmap, and if not, judging that the image data is used for generating a vector diagram.
4. The animation processing method according to claim 1, wherein the image display information includes: image identification, display level of the image in the animation, image position parameters, image rotation parameters, image inclination parameters, color parameters and affected level when the image is masked.
5. The animation processing method as claimed in claim 1, wherein said presenting an animation in an animation scene according to the animation information and the saved bitmap comprises:
generating an animation configuration file according to the animation information;
and extracting the saved bitmap, and displaying the animation in the animation scene according to the animation configuration file.
6. An animation processing apparatus, comprising:
the loading module is used for loading the animation file;
the analysis module is used for analyzing the animation file to obtain animation information and image data used for generating an image; the animation information represents the position information of the image in the animation file in the animation; the animation information records image display information, image removal information and animation file information, wherein the animation file information comprises frame frequency, total frame number, width and height;
the identification module is used for extracting vertex information and filling information of the vector graphics in the image data when the image data is used for generating the vector graphics; drawing a frame of the vector graphics object according to the vertex information; filling the contents of the vector graphics object in the frame of the vector graphics object according to the filling information to generate the vector graphics object, and establishing a bitmap object corresponding to the vector graphics object; copying pixels in the vector image object into the bitmap object; the vector image object and the bitmap object are intermediate variables for converting a vector image into a bitmap;
the storage module is used for storing the bitmap object as a bitmap;
and the animation generation and output module is used for displaying the animation in the animation scene according to the animation information and the saved bitmap.
7. The animation processing apparatus of claim 6, wherein the parsing module is further configured to parse through each frame of the animation file; each frame comprises a graphic label, a display label, a removal label and a single-frame ending label; when the graphic label is analyzed, extracting image data in the graphic label; when the display label is analyzed, extracting image display information in the display label and recording the image display information in animation information; when the removal label is analyzed, extracting image removal information in the removal label and recording the image removal information in animation information; and when the single-frame end label is analyzed, analyzing the next frame until the animation file is analyzed completely.
8. The apparatus of claim 6, wherein the identification module is further configured to determine whether a bitmap identifier exists in the image data, and if so, determine that the image data is used to generate a bitmap, and if not, determine that the image data is used to generate a vector image.
9. The animation processing apparatus according to claim 6, wherein the image display information includes: image identification, display level of the image in the animation, image position parameters, image rotation parameters, image inclination parameters, color parameters and affected level when the image is masked.
10. The animation processing apparatus according to claim 6, further comprising:
the configuration file generating module is used for generating an animation configuration file according to the animation information;
the animation generation and output module is also used for extracting the saved bitmap and displaying the animation in the animation scene according to the animation configuration file.
11. A computer device comprising a memory and a processor, the memory having stored therein computer-readable instructions that, when executed by the processor, cause the processor to perform the steps of the method of any one of claims 1 to 5.
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| CN109189524A (en) * | 2018-08-09 | 2019-01-11 | 北京金山安全软件有限公司 | Image resource generation method and device |
| CN111324405A (en) * | 2020-01-20 | 2020-06-23 | 北京无限光场科技有限公司 | Character display method and device and electronic equipment |
| CN113920234B (en) * | 2021-12-13 | 2022-03-25 | 杭州安恒信息技术股份有限公司 | Method and related device for converting SVG animation into GIF |
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