Abstract: A web view processor performs processing by utilizing a web browser function, and a native view processor performs processing without utilizing a web browser function. A request for information is sent from the web view processor, via a proxy processor, to a server that is connected to an information communication network. Information is acquired at the proxy processor from the server in response to the request, the information is stored in a memory, the information is converted at the proxy processor into a format that can be processed by the native view processor, and the information whose format was converted is transmitted from the proxy processor to the native view processor.

Abstract: A web view processor performs processing by utilizing a web browser function, and a native view processor performs processing without utilizing a web browser function. A request for information is sent from the web view processor, via a proxy processor, to a server that is connected to an information communication network. Information is acquired at the proxy processor from the server in response to the request, the information is stored in a memory, the information is converted at the proxy processor into a format that can be processed by the native view processor, and the information whose format was converted is transmitted from the proxy processor to the native view processor.

Abstract: A web view processor performs processing by utilizing a web browser function, and a native view processor performs processing without utilizing a web browser function. A request for information is sent from the web view processor, via a proxy processor, to a server that is connected to an information communication network. Information is acquired at the proxy processor from the server in response to the request, the information is stored in a memory, the information is converted at the proxy processor into a format that can be processed by the native view processor, and the information whose format was converted is transmitted from the proxy processor to the native view processor.

Abstract: A server dynamically provides fonts to a user device. The user device is provided with access to a document via a network. An update to a language parameter associated with the document is detected. Fonts associated with the update to the language parameter are determined. It is determined at least one of the fonts is not available on the user device. The at least one of the fonts is provided to the user device.

Abstract: A reference image is generated by converting a vector image into a raster image, a temporarily-compressed image is generated by compressing the raster image according to a compression ratio, a comparison image of the same size as the reference image is generated by subjecting the temporarily-compressed image to interpolation enlargement processing, the above processing is repeated while varying the compression ratio if the error ratio between the reference image and the comparison image is greater than a benchmark error ratio, the above processing is repeated while varying the benchmark error ratio if the image volume of the temporarily-compressed image is greater than a predetermined memory capacity when the error ratio is at or under the benchmark error ratio, and the temporarily-compressed image is stored in memory as a compressed image of a vector image if the image volume of the temporarily-compressed image is at or under the memory capacity.

Abstract: An order of calling sub-functions called from a main function for drawing a vector image is obtained, a group of all of sub-functions having a common combination of call sources and being called in succession, is extracted as a group, and a cache function for caching a vector part image drawn with the sub-functions included in the group, as a raster image, is added to the main function to newly generate an improved main function.

Abstract: Play information storing play information about an electronic game is transmitted to a client. In response to access from the client, the game effectiveness of the electronic game for a user having accessed from the client is determined. When the game effectiveness for the user holds true, an operation of the electronic game by the user is allowed. When the game effectiveness for the user does not hold true, an operation of the electronic game by the user is not allowed.

Abstract: In the event that function names contained when one of the scripts describing objects processed within each predetermined processing unit in the web application is defined as a script of interest and the script of interest is converted to internal code are not common with function names contained when the scripts describing the remaining objects are converted to internal code, the internal code of said script of interest is cached.

Abstract: A reference image is generated by converting a vector image into a raster image, a temporarily-compressed image is generated by compressing the raster image according to a compression ratio, a comparison image of the same size as the reference image is generated by subjecting the temporarily-compressed image to interpolation enlargement processing, the above processing is repeated while varying the compression ratio if the error ratio between the reference image and the comparison image is greater than a benchmark error ratio, the above processing is repeated while varying the benchmark error ratio if the image volume of the temporarily-compressed image is greater than a predetermined memory capacity when the error ratio is at or under the benchmark error ratio, and the temporarily-compressed image is stored in memory as a compressed image of a vector image if the image volume of the temporarily-compressed image is at or under the memory capacity.

Abstract: In the event that function names contained when one of the scripts describing objects processed within each predetermined processing unit in the web application is defined as a script of interest and the script of interest is converted to internal code are not common with function names contained when the scripts describing the remaining objects are converted to internal code, the internal code of said script of interest is cached.

Abstract: An order of calling sub-functions called from a main function for drawing a vector image is obtained, a group of all of sub-functions having a common combination of call sources and being called in succession, is extracted as a group, and a cache function for caching a vector part image drawn with the sub-functions included in the group, as a raster image, is added to the main function to newly generate an improved main function.

Abstract: When a process of rendering an image in a single frame is performed by allocating an object to be displayed as an image to any of a plurality of layers and superimposing the plurality of layers, an image processing device refers to an object database including a list of object rendering commands for each layer and dynamically changes the number of object rendering processes performed in each layer according to the number of rendering commands included in the list, at the time of rendering an image in a single frame.

Abstract: Play information storing play information about an electronic game is transmitted to a client. In response to access from the client, the game effectiveness of the electronic game for a user having accessed from the client is determined. When the game effectiveness for the user holds true, an operation of the electronic game by the user is allowed. When the game effectiveness for the user does not hold true, an operation of the electronic game by the user is not allowed.

Abstract: There are provided a rendering processing unit 20 which generates image data of each frame by performing rendering processing of an image and a display processing unit 22 which actually displays an image of each frame at a predetermined display period on the basis of the image data, where the rendering processing unit 20 starts rendering processing of a next frame after the lapse of time shorter than the display period from a rendering processing start time of a single frame when completing the rendering processing of the single frame of the image data within the time shorter than the display period.

Abstract: An image is generated by: mutually associating an object associated with image data as a tree structure that has the object as a node; allocating an order value to a child node group of each parent node; distributing image data of an object of interest to a layer on the basis of the depth of the tree structure and the order value allocated to each node in a subtree going up from a node corresponding to the object of interest to a root node; and superimposing the layers.

Abstract: When a process of rendering an image in a single frame is performed by allocating an object to be displayed as an image to any of a plurality of layers and superimposing the plurality of layers, an image processing device refers to an object database including a list of object rendering commands for each layer and dynamically changes the number of object rendering processes performed in each layer according to the number of rendering commands included in the list, at the time of rendering an image in a single frame.

Abstract: An image is generated by: mutually associating an object associated with image data as a tree structure that has the object as a node; allocating an order value to a child node group of each parent node; distributing image data of an object of interest to a layer on the basis of the depth of the tree structure and the order value allocated to each node in a subtree going up from a node corresponding to the object of interest to a root node; and superimposing the layers.

Abstract: A server dynamically provides fonts to a user device. The user device is provided with access to a document via a network. An update to a language parameter associated with the document is detected. Fonts associated with the update to the language parameter are determined. It is determined at least one of the fonts is not available on the user device. The at least one of the fonts is provided to the user device.

Abstract: Methods, systems, and apparatus, including computer programs encoded on a computer storage medium, for server-based spell check. One aspect of the subject matter described in this specification can be embodied in methods performed by a user device. The methods include the actions of receiving user input text; identifying a candidate term for spelling correction from the received text, the candidate term including a term designated as a misspelled term by a local spell checker, the local spell checker executing on the user device; sending the candidate term to a remote spell checker, the remote spell checker executing on a server that is connected to the user device through a communications network; receiving, from the remote spell checker, a spelling correction suggestion for the candidate term; and providing the spelling correction suggestion for display on the user device.

Abstract: Methods, systems, and apparatus, including computer programs encoded on a computer storage medium, for server-based spell check. One aspect of the subject matter described in this specification can be embodied in methods performed by a server. The methods include the actions of receiving a request to spell check text; dividing the text into multiple segments, each segment including no more than a predetermined number of terms; providing each segment to a spell checker programmed to spell check an input including no more than the predetermined number of terms; receiving, from the spell checker, one or more spelling correction suggestions, each spelling correction suggestion corresponding to a term in a segment, the term being designated as misspelled by the spell checker; and assembling the received one or more spelling correction suggestions into a response to the request to spell check the text.