JPS58108575A - Graphic display processing system - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

Detailed Description of the Invention (2) Technical field of the invention
1. The contents of the figure storage memory in which melting information is stored,
Sakaki Seiji decided to transmit the data randomly, and display the overall image of the shape from a rough state to a tubular shape.

■ Background of the technology and the key point of bad shape W sister In general, there is a large amount of information such as 256 x 256 dots, and it is transmitted in one scan using the sme-scan method that sequentially transmits m-shaped information. If you do this, you will only be able to grasp the geometric gold collection by transmitting the major data, and secondly, it will not be suitable for use in graphic retrieval systems.

For this reason, a method has been adopted that quickly transmits and displays the slender metal body from the beginning, and eliminates clearly unnecessary items at an early stage due to search errors. In other words, the entire figure is divided into 8 x 8 sectors with sectors each having a size of 82 x 82 dots, and one dot is extracted from each sector by raster scanning. A method of transmitting data is used.

However, in the case of # of such a method, since one dot is selected for each sector mentioned above (the Dll kite becomes complicated). Due to the regularity in selection in a!, the axillary fragility in a!, the regularity in the arrangement of letters, etc., and undesirable matutin rt may occur, making it difficult to grasp the entire WSO picture at an early stage.

(Q departure@〇-target and composition book IA Meikan, solve the above demons as t8 point)
It is intended to solve the above problem by adopting a configuration in which the dots of the entire carving machine O are transmitted in random patterns. For this reason, in the -y# display method of the present invention, the graphic information of the figure to be displayed is stored in the graphic storage menu 1-1, and the content of the wrinkled shape storage menu 417 is 1m. In the garden type display method in which the IJ shape information is reproduced and displayed at the transmission destination, the IJ shape information is reproduced and displayed at the transmission destination. An interface unit that transmits the contents read from the memory, an interface unit that transmits the contents to the destination, and an interface unit that transmits the contents to the destination, cough 5! A narrow display memory in which the multiplied content of A is stored, a random ridge generation unit that generates an access address for the image display memory, and a display that shows the contents of the image display memory above are provided, and the transmission is performed. 11 The feature is that the points on the figure are transmitted 2 times randomly and the golden image of the figure is easily displayed. Below -explanation while referring to the face 〇 (C) Execution of the dying of the dying (C) Li explains the concept of superficitation of the display of the present display & 11 display! Bright-1 rattan 2-wire shows one implementation of the present invention.

In order to transmit and display a figure like ゛ shown in $1l-(2), in this IA@, the row address and column address are respectively set for the figure storage memory in which a and m shape l are stored. Give it randomly so that it can be accessed. That is, the dot information read out from the graphic storage memory as described above is transmitted to the destination and displayed. Note that the above-mentioned shape storage memory is read out regularly and randomly stored in another buffer memory, and St.
Even if the data is read out regularly and randomly, the data as a whole does not correspond to the above-mentioned transmission and display according to the present invention.

By randomly transmitting and displaying the dot information as described above, all the dot information on the figure shown in jillN(A) is evenly distributed, and the heavy equipment is not transmitted in good shape, and the displayed information is 0. In this rounding, the area where the black dot on shape 1 is present on the can is overall rough.j)KII
The KM dot will be displayed, and the entire figure 10 will be displayed at an early stage, as shown in 1-(2)-2.

Code 3 out of 0 indicating the composition of Ill Yuseimoto Takaaki
L transmission source, 4 transmission destination, Ba 1m type storage memory, turtle 1 fl (2) t, 6 where the ring shape 1 shown in 1 is stored.
1 is an image display screen 49 in which the 11th O@Kabiji 162 is sequentially displayed; g and y' are address registers and 8-frame interface section, respectively, which are read from the graphic storage memory 5; (9) The contents of which are compressed and transmitted; (9)
4 interface Rin which restores the transmitted message contents, 10 is the display line, 11.12a each is a counter and the internal light is 256 x 256t - each can count 113.14 line each RO1l: there is a request form It is important that the content of the address that is filled in is prepared in advance so that it takes a 16-bit random value (random number).

The transmission source number 3 and the transmission destination number are synchronized with each other, and the counters 11 and 12 start at tM.
From OM13 and OM14, the value of 1L is read out, and the address register 7' is set to 141.Based on the contents of the address register zero, which is continuously set to 0, the figure storage memory is stored. The dot information on the figure l shown in elf, III is read from the black ink, and the dot information on the figure l shown in
At step 8, the desired data compression is performed and sent to the transmission destination number. At the transmission destination number, line and ink 7 information is converted back to dot information at processing section 9 and one image is displayed. It is folded into 6. At this time, the contents of the own address register 7' correspond to the bladder address according to the contents of the address register M (D), and are folded into the address corresponding to the dot t'# information display memory. Of the 6, @ is 11
0. For this reason, as the contents of the image display memory 6 deteriorate, the display contents on the display screen 10 vaguely change from the same light display state to the final state of phantom display. 4M1-(4)-The state of thin shape l is reached. In the case of the inspection fik system, if it is found that the fresh water content on the display is not what is desired, it will immediately prompt the transmission of the next figure. (According to the present invention, ROM13.14
0 which makes it possible to display the desired shape 011m.

[Brief explanation of the drawing]

jll [L Overview of graphic display processing according to the present invention; ttll Explanatory diagram to clarify, Figure 2a shows the configuration of one implementation of the present invention 0 In the figure, 1 is a figure, 2 is an image, 3ilL transmission source, 4#i Transmission destination, 5 is figure storage memo v, e#'ih*ta indication memory,
lO is the display area, 10 which stores 13.14U random numbers.
M% 11112 represents a counter. Patent Applicant: Takashi-A Stock★Shioiri, Patent Attorney: Hiroshi Mori 1) Hiroshi (14 years old)

Claims (1)

[Claims] A picture storage memory is provided in which figure information of the figure to be displayed is stored, and the chain is taken out of the shape storage memory and transmitted to the transmission destination, where the shape information th is stored.
On the second side of the garden-shaped display island, IJ:s from the random ridge that generates the akuryusu address for the above-mentioned - shape storage mode, WIL leaks from the above-mentioned chest-shaped storage mode. An interface unit that transmits the content, an interface unit that transmits the transmitted content to the above-mentioned transmission destination, an image display mechanism where the content is displayed as 111I#13, and an access address for the wrinkled image display memory. It is equipped with a kneeling part that generates an image, and a display device that shows the upper ff1-image display, and a point t on the figure to be transmitted.
A figure display method that allows you to easily display the 2nd and 4th gold body image.