TWI338279B - An image adjusting circuit, and interpolating circuit and a method thereof are provided - Google Patents

Description

9. Description of the Invention: [Technical Field of the Invention] The method and method, particularly an image adjustment, relates to an image-adjusting electric circuit, an interpolating circuit and an interpolating method thereof. [Prior Art] After the European side, one Shuna enhances, and the book is now the touch display 'such as liquid crystal display, electric display, etc., these light (four) minus the picture of 彳.丨, display ^ 疋 shirt The number of pixels of the light spot is several: the resolution of the Jr and the digital display represents that the resolution of the 7F device is 1024X768, which means that the display has 768 vertical lines, each vertical line has Machine level = the total number of pixels of the screen displayed by the display is the vertical line and point water required for the purchase: when the screen is not displayed, the analysis of the input image transmitted to the digital display == display of the display image of the display Degree, read position _ metropolis ==::: degree also = full round · resolution, succession, to enlarge or reduce the round of people. (4) When the image is used, the image must be inserted into the image of the image. When input image A is enlarged and wants to generate inclusion B, when the rich man wants to input the ^ ϊ A, it must be _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The method finds the value of the new pixel point. Ordinary techniques or virtual distance parameters are interpolated to produce the desired interpolation points. m, J: 'The method of generating these defects' actually requires the hard-wired circuit of the Wei n to increase the manufacturing cost of the digital image display and affect the efficiency of adjusting the image. Inch 338279 Therefore, if you can create an interpolation point without additional hardware calculation circuit, you can increase the adjustment number "speed of image" to reduce the production cost of the digital image display, so you can solve the above problem. SUMMARY OF THE INVENTION The object of the present invention is to provide a method for generating a output image by performing an internal (four) calculation on an input image by providing a value of _, a value of sulphur, and a sulphur value according to a comparison value. The hardware calculation circuit without the meal can determine the position of the interpolation point, which not only reduces the manufacturing cost of the digital image display, but also improves the speed of the image adjustment, thereby improving the performance of the digital display. The image adjustment circuit of the present invention comprises a vertical interpolation circuit and a horizontal interpolation circuit, wherein the two interpolation circuits each comprise a plurality of data shift cycle circuits, a controller, a selection unit and an operation circuit, and each data shift cycle The circuit stores a plurality of data flags. When the (four) shift cycle circuits are driven by the controller, the data is sequentially outputted by the controllers; (4) the device is based on the input image-original dependence and the target The age H is saturated with one of the selection signals and a driving signal, the driving signal is used to drive one of the data shifting loop circuits, and the selection signal is sent to the selection unit, and the hybrid unit selection tank corresponds to _ Interpolating the control value, the interpolation control value corresponds to the driven data shifting loop circuit; the arithmetic circuit sequentially interpolates the input image according to the data flag and corresponding to the interpolation control value, and generates a corresponding target display One of the resolutions outputs the image. The method for interpolating the image adjustment circuit of the present invention mainly comprises: selecting one of the corresponding interpolation values and the plurality of data flags according to an original resolution of an input image and a target display resolution; and sequentially according to the The data flag and the interpolation value should be interpolated, and the input image is interpolated to generate an output image corresponding to one of the target display resolutions. [Embodiment] Please refer to the second circle, which is a block diagram of the image adjustment circuit of the present invention. As shown, the image adjustment circuit 10 includes a detection circuit 12 for detecting an input image to know the original resolution of the input 6 1338279 image and transmitting it to the - vertical interpolation circuit 14 and the horizontal Then, by using the image adjustment circuit 1G's #直_circuit 14 and the horizontal 嶋 circuit π, according to the original resolution of the image into the image and the target age resolution, the interpolation operation is performed on the input = To produce a (four) key image that conforms to the resolution of the target display, the display unit 18 displays the image. 4 The vertical interpolation circuit 14 will calculate the vertical resolution of the original resolution of the input image and the vertical resolution of the target resolution (the fourth). Then, the vertical interpolation circuit 14 transmits the new pixel data to the horizontal interpolation circuit 16, and causes the horizontal interpolation circuit 16 to perform _ calculation on the horizontal level of the new data according to the horizontal resolution of the target display resolution. And produce an output image that matches the target display resolution. Since the image resolution generally used today is mostly a certain degree of resolution, for example, the horizontal resolution is 640, 720, 800, 1024, 1152, 1280, and 1440, and the vertical resolution is 350, 400, 480, 600, 768, 864, 900 and 1024, etc., so the present invention pre-establishes complex interpolation control values according to the several resolutions, so that the vertical interpolation circuit 14 and the horizontal interpolation circuit 16 compare the corresponding interpolation values. Interpolation operation, so that the position of the interpolation point can be known by comparing the interpolation control value without further calculation, so that the problems encountered by the conventional technology can be solved. As shown in Table 1 below, it is an interpolated control value of a preferred embodiment of the present invention. 1338279 original resolution 1024- target display resolution 1280

10 Original point information Number of interpolation points Point information Sampling point information Dividend flag standard information Output point tfl Operation point information 10 10

3 4 2

Table 1 10 7 3 5 4, 5 The following is a detailed description of the present invention by adjusting the original horizontal resolution of 1 to 24 as an example. As the table - the *, this Nei Linsi is flat and wants to adjust to it. The _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The interpolation control value of the present invention is established by the first scale factor and the second scale factor. The product of the original resolution and the -th factor is equal to the product of the visualizer resolution and the second proportional factor. The first-scale factor and the second-factor are interpolated in the interpolated control values, and the number of resources and the sampling point interval information (table - not shown). The first-scale factor and the first-scale factor of the interpolation control value of the table __ are 1〇 and 8, respectively, that is, the dish side is equal to χ8. The number of interpolated points, the number of information is the number of data per input. Taking the table-input control value as an example, the mother's original horizontal pixel point must be adjusted to expand to the pixel point. The so-called sampling interval information is the number of intervals for sampling the adjusted pixel points; the interpolation value of the third figure is taken as an example. Since the interpolation point_information is 8, that is, a point is sampled every 8 intervals. As shown in the sampling point information and output point information of the interpolated control value in Table 1, the first output point is also 1338279, which is the first point of the pixel point after the first sampling point of the first sampling point; The second output point is also the second sampling point, which is the 9th point of the pixel after the adjustment of the i-th original image plane, the first sampling point and the second lion __8, that is, the separation information The third output point is also the third sampling point, which is the third point of the pixel after the second original pixel is sampled and adjusted. The 鸠p signal of the present invention is related to the output point information " ^ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ That is, 1(): 8, so every time after 8 interpolated pixels, the 9th pixel is sampled, and the pixel corresponding to the sampled pixel is on the 9th pixel. In this case, when it is inserted into the fairy insertion operation, the system skips 8 __ to detect the data loop, that is, skips the pixel after 8 _, and then obtains the output point according to the table _ operation and then skips. Eight interpolated prediction data, the last last data is the i-th starting data of the subsequent interpolation, that is, the i-th starting data of the subsequent sampling is taken as the feeding material. In addition, the recurring point of the dragon value towel is called _ the pixel remaining after the original pixel point. After the sampling point position is known, the interpolation operation is performed according to the corresponding operation point information, so as to know that the sampling point is ">_, the value of the sample is based on (4) the red operation point resource «Λ (1) The value obtained by the interpolation operation is that the operation point information of the i-th sampling point is 1, that is, the value of the first sample point is the value of the image. The operation point corresponding to the second sampling point is tflg 1,2, which means that the second sampling age between the pixel and the second original pixel is 'the second value of the lion will be woven. It is known that the value of the strong pixel and the second original pixel are interpolated. In addition, when performing the interpolation operation, the weight value corresponding to the sampling point must be known to obtain the value of the sampling point using the interpolation equation. According to the sampler's information-weight comparison chart, Benfa Qing knows (4) the weight value, and calls the person to insert the money to calculate the value of the sampling point. The weighting method corresponding to the interpolation method is not The same, commonly used interpolation method has linear interpolation method (Lineai* interpolation), sine function interpolation method (5) 叱 9 1338279

Interpolation) and a cubic convolution interpolation & c〇nv〇iuti〇n

Interpolation) 0 «Monthly Referring to the Second Diagram' The weight comparison diagram shown in the first embodiment of the weighting map for the interpolation operation of the present invention is a weight comparison diagram corresponding to the linear interpolation method. It is assumed that the operational interpolation of the present invention performs the 秘 operation to know the value of the output point. When _ computing the i-th output point, '镰 the first sampling point of the sampling point information (1) and the weighting comparison chart can be found that the corresponding weight value is 1, · interpolating the second round of the heart, hiding According to the sampling point information corresponding to the second output point (8) and the weight comparison _ can be found that the corresponding weight value is 〇. 11; similarly, when calculating the remaining output points, according to the corresponding sampling point f The corresponding weight value can be known by comparing the weights with the chart. Since the _ control value of the present invention is established by the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The invention of the present invention can be Wei Long. In the example of the third figure, after the _ xiang 5 lion training, the health and reward points are shown in the 7th adjusted pixel, and the 6th sampling point is used as the continuation. Insert the i-th starting pixel point, and the 6th sample of the remaining image will be the 5th original pixel point, so the 5th silk pixel point can be used as the connection. Calculate the first original pixel point, and then perform the interpolation operation according to the interpolation control value. The starting point of the ring of the above-mentioned interpolated control values will vary with the ♦ riding degree, that is, the starting point of the cycle will be different. · In the present invention, since the complex interpolation control value is provided in advance, when the interpolation operation is performed, the corresponding information can be immediately compared with the interpolation control value, so that the input image can be interpolated and the image is output. The adjustment circuit for adjusting the image can be simplified, the cost of calculating the electric circuit can be reduced, and the efficiency of adjusting the image can be improved, and the interpolation operation can be performed by cyclic comparison. In addition, since the information in the interpolation control value of the present invention is an integer, the operation can be simplified when performing the interpolation operation: thus, the interpolation operation can be performed without using a complicated operation circuit, so as to increase the total cost ^ It

Please refer to the fourth picture, which is shown in Figure A. Fourth. As shown in the figure, it is shown in the figure: the vertical_circuit 14 of the second figure and the horizontal interpolation circuit bit cycle, -; ^= road 2G, which is the age unit 3G, the complex data transfer and the image line; 〇, - arithmetic circuit 70, - clock production, interpolated dragon value, respectively, paper material 70 3G 贱 storage complex numeration value, no-group data flag, know that these dragon shift cycle circuit deduction each stored data The flag material contains a plurality of ^^ which is different from the female, and each group of data is shifted to the "WeiTM surface standard." These data flags. When the X controller is driven by 5〇, it will output the same degree in sequence, and the target will display the original resolution of the tender and fine road 12峨 and the corresponding corresponding to the knife--the material shift will follow the 4Q of the county road. Material 60 and the funds 30 of the traits of the sergeant s select the early 60 will be based on the selection signal interesting output storage unit such data shift cycle electric way = 1 °: = ^ = in the selection unit 6. The value of the turn taken. Time == two Steps Wave News Yu Chuan She _ f material chest 4 () and the arithmetic circuit Μ. The root-to-material shift, the loop circuit 40 outputs the data flag 90 in accordance with the synchronous pulse signal in sequence, and the transport circuit 7〇 temporarily stores the m ί image according to the synchronous pulse signal interpolation operation image line. miscellaneous.运«路7Q is the input of the data flag and the selection unit 6〇 r 崎纲__ according to the output of the material shifting circuit 4〇. For example, when the f-flag received by the arithmetic circuit 7G is 丨, the interpolation operation is performed according to the interpolation value corresponding to the data=public; when the data flag received by the operation circuit 7 is: B, the data is The flag is 2 interpolated control values for interpolation. The present invention = arithmetic circuit 7G is based on - linear interpolation method (Linear In_iatiQn), - sine function ^ method (5) This Interpolatuxi) and - cubic convolution interpolation method ((: resistant

Convolution 1338279

One of the Interpolation) performs an interpolation operation. The interpolation circuit 20 of the fourth embodiment is applied to the horizontal interpolation circuit 16 (refer to the second figure). Therefore, the data stored in the image line register 90 is the vertical internal subtraction 14 (refer to the second special delivery). The image data generated by the arithmetic circuit 70 is transmitted to the display unit 18 and displayed. The interpolation circuit 2 used in the vertical interpolation circuit 14 and the image temporarily stored in the image line register 9 (4) The image line temporarily stored in the horizontal interpolation circuit 16 is sent to the horizontal interpolation circuit 16 and transmitted to the horizontal interpolation circuit 16 for transmission to the display object material to be displayed on the display. In addition, the arithmetic circuit 7 of the vertical interpolation circuit 14 is configured to select a corresponding slit according to the vertical resolution of the original resolution of the input image and the vertical resolution of the target display resolution. The value of the value and the data flag, and the level of the original scale of the horizontal interpolating circuit 16 and the level of resolution of the target display are selected to correspond to the interpolated value and资龙标广', ' See Figure 5 is a flow chart I of a preferred embodiment of the present invention, such as a ride-by-image adjustment method. First, as shown in step SQ, a complex interpolation is performed on a complex-valued complex array of dragon flags, each group of flags. All of them include a plurality of data flags, that is, a dragon flag stored in a plurality of Becco shift circuits; after that, the circuit 12 performs the === input image to know the original resolution of the input image and transmits it to the controller. The following step, the tearing step S2 'based on the original riding degree of the input image and the target display ϋ analytical production ' == 目龙的面讯_咖_聪 unit 60 and scale _ position and one of the ring road 40, to Selecting the corresponding interpolated control value and the complex data flag. The scanning circuit 7G performs step S3, sequentially interpolating the wheeled image according to the dragon flag and comparing the interpolated pair value to generate a conforming target display. The resolution circuit avoids the timing of the output of the panning and tilting circuit 40 to output the flag. The circuit 70 has no timing for calculating the input image, so when the circuit is generated, the clock generates II 8G to generate synchronization. Pulse signal two 'output _ road 4G, New Zealand squama signal output in order _ (4) The calculation circuit 7G synchronizes the input image according to the synchronization noise signal according to the flag and the = 12 1338279, and calculates the input image to generate the output image. In summary, the interpolation circuit of the image adjustment circuit of the present invention and The interpolation method is based on the resolution of the target display and the original resolution of the input image, and the driving signal to the selection material and the reset loop circuit, "the illuminating value and the complex number (four) flag, so that the arithmetic circuit is sequentially Selecting the value of the interpolated value, • Interpolating the image =====Interpolating the image, so that the image can be quickly and difficult to be imaged, and the material of the can is improved. The output image of the above is only the present invention. The preferred embodiment and the scope of the invention are all included in the scope of the present invention. The secret picture is a simple illustration of the figure. The first picture is the adjustment diagram of the conventional image magnification. The second figure is a block diagram of the image adjustment circuit of the present invention. The second figure is a weight comparison diagram of a preferred embodiment of the present invention. The fourth figure is a block diagram of a preferred embodiment of the interpolation circuit of the present invention. Figure 5 is a flow chart of a preferred embodiment of the present invention. [Main component symbol description] 10 Image adjustment circuit 12 Detection circuit 14 Vertical interpolation circuit 16 Horizontal interpolation circuit 18 Display unit 20 Interpolation circuit 30 Storage unit 40 Data shift cycle circuit 13 1338279 50 Controller 60 Selection unit 70 Operation Circuit 80 clock generator 90 video line register

Claims (1)

1338279 X. Patent application scope: 1. An interpolation circuit of an image adjustment circuit, comprising: a plurality of data shift cycle circuits, each of the data shift cycle circuits storing a plurality of data flags, and the data shift cycles The circuit is driven to sequentially output the data flags in sequence; - the controller's original resolution of the _ input image and the _ target age resolution are corresponding to one of the selection signals and a driving signal, the driving The signal corresponds to one of the data shifting loop circuits to drive the corresponding data shifting loop circuit; the selecting unit outputs an interpolated control value corresponding to the selected signal, the interpolating control value and receiving the driving signal The data shifting loop circuit corresponds to; and the transport circuit receives the input image, and according to the interpolation control value and the driven data, the data flag is sequentially output by the loop circuit. The input image is interpolated to generate an output image corresponding to one of the resolutions of the target display. 2. The interpolating circuit of the image adjusting circuit of claim 1, wherein the image adjusting circuit further comprises a detecting circuit, the picking circuit is connected to the controller, and the detecting circuit is used for The input image is detected to know the original resolution and transmitted to the controller. The interpolating circuit of the image adjusting circuit according to claim 1, further comprising: an image line register, wherein the image line is temporarily stored, the image line is temporarily received, and the input is temporarily stored. The image is read by the arithmetic circuit. 'After applying the ID of the image adjustment circuit according to the first item of her ID, the other includes: - clock generation (3) 'the generation of - synchronization noise number and the ship to the operation circuit and the data_loop circuit' The data shifting loop circuit is driven to sequentially and cyclically output the data flags and drive the arithmetic circuit to calculate the input image. 5. The interpolation circuit of the image adjustment circuit of claim 1, further comprising: - a storage unit, wherein the selection unit stores the value of the comparison value 0. In particular, she shuts down the circuit of the image adjustment circuit described in item 1, and the interpolated pair ’’’, the value includes the information of the interpolated point, the sampling point, and the operation point information. 15 7' The interpolation circuit of the image adjustment circuit according to claim 6, wherein the interpolation point information 'the sampling point information and the information included in the operation point information are integers. 8' The interpolation circuit of the image adjustment circuit according to claim 6, wherein the sampling point information and the information included in the operation point information are sequentially corresponding to the data flags. [9] The interpolation circuit of the image adjustment circuit of claim 6, wherein the product of the interpolation point number information and the original resolution is equal to a sample point interval information and the target display resolution The interpolation circuit of the image adjustment circuit described in claim 9 wherein the value of the information included in the sampling interval information is an integer β. 11. Image adjustment as described in claim i The interpolating circuit of the circuit, wherein the interpolated control value comprises-output point information, and the information contained in the output point information is sequentially corresponding to the data flag. 12. According to the item i of the scope of claim The interpolation circuit of the image adjustment circuit, wherein the interpolation circuit of the image adjustment circuit is a horizontal interpolation circuit or a vertical interpolation circuit, and the input image includes horizontal pixel data and vertical pixel data. The interpolation circuit of the image adjustment circuit according to Item 1 of the patent scope, wherein the operation circuit is based on - (poly) interpolation (10) gamma addition -), - positive (four) number interpolation two method (3) nc (four) mail as (8) and - Interpolation operation of one of the square rotation interpolation method (Interpolation) 9 14. Interpolation method of image adjustment circuit, which comprises the following steps: (4) According to - input image - original analysis Degree and target display resolution, select corresponding - interpolated control value and complex data flag, the interpolated control value is opposite to the data flag (5) according to the (10) material flag light vehicle __ value, and The input image is interpolated and sent to produce an image corresponding to the resolution of the target display. 15. If the method of image adjustment circuit is as described in the above paragraph, the method further includes: 16 in the step ( The method for interpolating the image adjustment circuit according to claim 14, further comprising: generating a synchronous clock signal according to the synchronization clock The signal outputting the data flag in sequence and calculating the input image. The method for interpolating the image adjustment circuit according to claim 14 further includes: providing a plurality of interpolated control values and corresponding complex array data Flag, Each of the data flags includes the data flag. The method for interpolating the image adjustment circuit of claim 14, wherein the interpolation control value includes an interpolation point information, a sampling Point information and an operation point information. For example, the method of interpolating the image adjustment circuit described in claim 18, wherein the number of interpolation points, the sampling point, and the content of the point The numerical value is an integer. The interpolation method of the image adjustment circuit according to claim 18, wherein the sampling point information and the key point included in the operation point resource sequentially correspond to the data flags. The method for interpolating an image adjustment circuit according to claim 18, wherein a product of the number of interpolation points and the original resolution is equal to a product of the sampling interval information and the resolution of the target display. The method for interpolating an image adjustment circuit according to claim 21, wherein the value of the information included in the sampling interval information is an integer. The method for interpolating an image adjustment circuit according to claim 14, wherein the interpolated value includes - outputting the information, and the information contained in the output information is sequentially followed by a t-flag. The interpolation method of the image adjustment circuit described in Item 14 of the Hr patent is applied to the horizontal interpolation circuit or the vertical interpolation circuit of the entire circuit, and the input image and the vertical pixel data. = Shen, the method of image adjustment circuit according to item 14 of the patent scope, wherein (6) step 'based on linear interpolation method (Linear Inte_ati〇n), one sine function interpolation method 1338279 c Convolution (Sine Inten) 〇lation) and - Gus.n - w T + , . The N-Cubic Interpolation (Cubi Interpolation) makes it an interpolation operation. 26. An image adjustment circuit comprising: - a detection circuit 'detecting - inputting a human image to know the input image - a simple; = circuit plural first interpolating a $ private group 'mother group the first -: miscellaneous flag The standard "includes a complex number - data flag, section = direct interpolation circuit miscellaneous analysis amount - the direct resolution of the camera (4), and selects among the first-interpolated control values and the first data flag levels Pairing the library; _ analyzing the first pair and the - the first data flag group, and sequentially according to the selected first data flag of the first data group and the selected first _ interpolation value The input shirt image is subjected to an interpolation operation to generate a first output image of the vertical resolution of the lying target _ ride degree; and a flat interpolation circuit stores a plurality of second _ control values corresponding to The second data flag group of the complex array, each of the second data flag groups includes a plurality of second data flags, and the horizontal interpolation of the original gambling gambling analysis has no target age bribe. The second interpolated control value and the second one of the second dragon flag groups are selected to correspond to the second interpolating pair and the second data flag group, and According to the selected second flag of the second data flag group I and the second whistle value of the second data flag, the _ operation is performed on the first output image, and the corresponding display is generated. 27. The second output image of the horizontal resolution. 27. The multi-image adjustment circuit of claim 26, wherein the vertical interpolation circuit comprises: a plurality of data shifting loop circuits, respectively storing The first data flag group, each of the data shifting loop circuits sequentially outputs the first data flags; a controller, according to the original resolution of the input image and the target display resolution The vertical resolution sends a corresponding one of the selection signal and a driving signal, and the driving signal corresponds to one of the data shifting loop circuits to drive the corresponding data shifting cycle power 18 1338279; According to the selection signal, the first interpolated control value corresponds to the data shifting loop circuit of the (4) driving shout; and the arithmetic circuit 'receives the human image, and according to system The first data flag is sequentially outputted by the data shifting loop circuit in sequence, and the first output image is generated by interpolating the input image. 28. As described in claim 27 The image adjustment circuit, wherein the vertical interpolation circuit comprises: a clock generator that generates a synchronous clock signal and transmits the signal to the operation circuit and the data shift cycle circuit to drive the data shift cycle circuit sequentially The first data flag is cyclically outputted to drive the operation circuit to calculate the input image. The image adjustment circuit of claim 26, wherein the horizontal interpolation circuit further comprises: a plurality of data tilting rings Wei, the two-year-old secret data flag group, each of the data shifting loop circuits sequentially outputs the second data flag; - the controller, based on the initial resolution of the input image and the target The horizontal resolution of the display resolution sends a corresponding-selection signal and a driving signal, and the driving signal corresponds to one of the poor material shifting loop circuits to drive the corresponding a data shifting loop circuit; a selection unit corresponding to the second interpolation control value corresponding to the selection signal, the second interpolation control value corresponding to the data shifting loop circuit receiving the driving signal; and the operation circuit Receiving the first output image, and interpolating the first output image according to the second interpolation control value and the second data flags sequentially output by the driven data shifting loop circuit And generating the second output image. The image adjustment circuit of claim 29, wherein the horizontal interpolation comprises: - clock generation, which generates a _synchronous clock signal and transmits a line operation circuit with the resources 19 1338279 The bit loop circuit sequentially outputs the second y operations to sequentially output the first output image. 31 If the scope of the patent application is 26, the image contains: The § Zhou complete circuit 'pin' of the vertical interpolation circuit is another temporary suppression, and Wei Wei temporarily stores the intermixed image. The image adjustment circuit described in claim 26, wherein the horizontal interpolation circuit further receives and temporarily stores the first output image. Please select the image adjustment circuit according to the item of item %, wherein the vertical interpolation circuit stores another unit, and stores the first-_ control values. 34. If the patent application scope item 5% includes: $weight~ image adjustment circuit, wherein the horizontal interpolation circuit and the storage unit are stored in the second interpolation pair. 35. The image adjustment circuit of the I::% item, wherein the first interpolated control value interpolated control value includes an interpolated point number information 'a sampling point information and a 36. == circumference The image adjustment circuit of the above-mentioned item 35, wherein the number of interpolation points, 37 ΐΓίΓ, and the Wei ugly contained in the operation point are integers. The image adjustment circuit of item 35, wherein the first-interpolated control value and the first interpolation control value of the sampling point information and the operation sequence sequentially correspond to the first-data flag And an image adjustment circuit according to the second data flag, wherein the first interpolated control value information and the vertical resolution of the original resolution are equal to one sampling. 』Interval_Beiqian The product of the vertical resolution of the target display resolution. 39. The image-complete circuit of claim 35, wherein a product of the number of interpolated points of the second interpolated control value and a horizontal resolution of the original resolution is equal to a sample of 20 1338279 points. The interval information is the product of the target display, such as the patent application range 38 or the wide horizontal resolution. The value of the information contained in the information is an integer. L image adjustment circuit, wherein the sampling point interval 41. As included in the scope of claim 26 - give the 屮 to his skill, like the whole circuit, where the first - interpolated control value ^ ^ point information contained in the information The system sequentially corresponds to the first page of the game. The image adjustment circuit of claim 26, wherein the second interpolation control value includes - output point information, wherein the information included in the output point information sequentially corresponds to the second data flag . 43. The image adjustment circuit of claim 26, wherein the vertical interpolation circuit and the horizontal interpolation circuit are based on a linear interpolation method and a sine interpolation method (Sine Interpolation). And one of the Cubic Convolution Interpolation methods is used for the interpolation operation. twenty one