TH95111A - How to edit a remote subsection by a computer - Google Patents

Abstract

DC60 How to remoteize text given by sub pixels. The message has been made Remote at sub-pixel precision in a computer environment with a service terminal. And the terminal service receiver At the end of the service, a text definition is created. The message definition contains character definitions that are colored character boundaries so they can be defined as Character boundaries can be obtained using sub-pixel precision by setting a color at the boundary to use. Benefit from the sub-pixel color component of LCD pixels. When characters are displayed on the LCD screen at the terminal service, individual character cliffs (glyphs) are created. Cliff has a character definition with a chapter. Definition of colored character regions At the service terminal Cliff has been Sent to the receiver At the terminal service receiver Cliff has been mixed with Background and color information has been displayed on the LCD. Method of remote rendering of text defined by sub pixels. The message has been made Remote at sub-pixel precision in a computer environment with a service terminal. And the terminal service receiver At the end of the service, a text definition is created. The message definition contains character definitions that are colored character boundaries so they can be defined as Character boundaries can be obtained using sub-pixel precision by setting a color at the boundary to use. Benefit from the sub-pixel color component of LCD pixels. When characters are displayed on the LCD screen at the terminal service, individual character cliffs (glyphs) are created. Cliff has a character definition with a chapter. Definition of colored character regions At the service terminal Cliff has been Sent to the receiver At the service receiver Cliff has been mixed with Background and color information has been displayed on the LCD

Claims (20)

1. The pixel-precision remote messaging method in a computer system environment encompassing computer terminal services and client terminals. This method involves creating a message definition, which encompasses boundary information defined by different colors. This allows for the definition of character boundaries using pixel-precision by defining multiple colors at different boundaries. This enables the use of pixel-color components of LCD pixels when characters are displayed on an LCD screen. The background is blended with the colored areas of the characters. A bitmap is created encompassing the blended characters and background. This bitmap is then sent to the client terminal. 2. The aforementioned methodology of claim 1 is further enhanced by obtaining information regarding the arrangement of the LCD pixel components at the end client, and in terms of definition, the statement takes into account the arrangement of the LCD pixel components at the end client. 3. The method described in Claim 2, in terms of obtaining information about the arrangement of sub-pixel components of an LCD at the end client, involves being indicated on the horizontal arrangement of the red, green, and blue sub-pixel components. 4. The method described in Claim 2, in terms of obtaining information regarding the arrangement of LCD pixel components at the client end, includes being informed of the pixel size and original sharpness of the LCD. 5. The method described in Claim 1, in terms of retrieving a bitmap for the client, involves sending the bitmap to the remote display driver using the `draw bitmap` command and then sending the bitmap from the remote display driver to the client. 6. The method described in Claim 1, which constructs text definitions encompasses character definitions, restricts the scope of characters using multiple colors, includes horizontal character expansion, the application of color to the edges of pixel points, and the reduction of text characters to their original size. 7. The Sub-pixel Fidelity Remote Message Method: In a computer environment encompassing a server and client interface, this method involves the server creating a message definition. This message definition covers character definitions, limiting the character range with multiple colors to enable sub-pixel fidelity character definition. This allows for the use of sub-pixel color components of LCD pixels to utilize characters on the LCD screen. The client then creates glyphs for each character. These glyphs encompass the character definition and its color range definitions. The server then transmits these glyphs to the client. 8. The method described in claim 7 is further enhanced by encoding the glyphs before sending them to the client. 9. The method described in claim 8 regarding glyph compression involves the use of planar compression where each sub-pixel component color is compressed in different planes, each plane corresponding to the sub-pixel component colors. 10. The method described in claim 7 is further enhanced by sending a string of messages to the client. 11. The method described in claim 10 regarding the transmission of glyphs and text strings to the client involves sending glyphs and text strings to the remote display driver using the draw command and then sending the glyphs and text strings from the remote display driver to the client. 12. The aforementioned methodology of Claim 7, in terms of its definition of the alpha value, appropriately indicates the amount of transparency of the given pixel. 13. The methodology of claim 7 in terms of text definition covers character definitions, limiting character boundaries with different colors, expanding text horizontally, applying color to pixel borders, and reducing text characters to their original sizes. 14. The aforementioned methodology of claim 7, in terms of text definition, involves creating text definitions for true-type fonts. 15. The aforementioned methodology of claim 7, in terms of text definition, involves creating text definitions for sets of eastern fonts. 16. The methodology of claim 7 in terms of text definition involves creating text definitions for sets of sub-pixel fonts. 17. The method of remote messaging with pixel-precision in a computer system environment encompassing computer service terminals and client terminals. This method involves the client receiving glyphs of various characters. These glyphs encompass character boundaries defined by different colors, allowing for pixel-precision character boundary definition using multiple colors at different boundaries. This enables the use of pixel-precision color components of LCD pixels when utilizing characters on the LCD screen. The client combines the glyphs with background color information, and the client utilizes the glyphs on the LCD screen. 18. The aforementioned method of claim 17 is further enhanced by hiding glyphs at the client end. 19. The method described in claim 18 regarding client-side glyph hiding involves hiding a single character glyph for a particular font set. 20. The method described in claim 18 regarding the concealment of glyphs at the client end involves concealing glyphs that define strings of various characters.