JP2007088815A - Image processing system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an image processing system capable of reducing the load of a computer and an operator, performing work efficiently, and obtaining high-quality final output, when image processing is performed in formation of images such as photo prints. <P>SOLUTION: The above problem is solved by performing setting of an image processing condition by sharing, by performing setting of its standard processing condition with a first monitor/computer 16, by performing setting of its optional processing condition with a second monitor/computer 18, and moreover by sorting and outputting image data when the image processing finishes. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention mainly relates to an image processing system, and more particularly to an image processing system using a plurality of computers and the like.

An image photographed on a film is photoelectrically read by a CCD sensor or the like, and the read image (image data) is subjected to predetermined image processing to be an output image (data), and laser light modulated in accordance with the output image A so-called digital minilab has been put to practical use in which a photographic paper is scanned and exposed with recording light such as the like, and a predetermined wet process is performed on the exposed photographic paper.
In addition, with the spread of personal computers (PCs), PDAs (Personal Digital Assistance), etc., the penetration rate of digital cameras is increasing. Furthermore, mobile phones having a photographing function are also widespread.
An image (image data) taken with a digital camera, a mobile phone, or the like is usually captured and processed by a PC or the like and used for various purposes such as a homepage or New Year's card. However, there are many requests to leave images taken with these as high-quality (photo) prints. A digital minilab that handles images as image data can easily handle print creation from images taken with a digital camera or the like.
Under these circumstances, in recent years, using such a digital minilab, it has been possible to create prints from images photographed on film or images photographed with digital cameras, mobile phones, etc. by specialists such as lab shops. Has been done.

  Standards such as image enlargement / reduction (electronic scaling), gradation correction, color / density correction, saturation correction, sharpness processing, etc., are required when creating a print of the shot image. It is normal to perform processing automatically. Also, image processing such as scratch removal, red-eye correction, soft focus, and special processing such as cross-filtering is performed in response to requests to obtain prints with image defects corrected and customer-desired processing. There are many things.

For this reason, an image recorded on a film or the like is read by a sensor or the like in an image reading device such as a scanner, and displayed on an image display device such as a computer monitor connected to the image reading device to test or process the image. An image processing system configured to perform the image processing is known.
Furthermore, in recent years, in addition to this, image data shot with a digital camera, a mobile phone, etc. and recorded on a recording medium, or image data acquired via the Internet, etc. are displayed on the image display device and verified. In addition, image processing such as processing is often performed.

  However, with the recent increase in the number of images and the number of photographed pixels due to the spread of digital cameras, the load on the computer when performing image processing has increased greatly. Moreover, it is very inefficient to use a single computer to perform all the detailed work such as normal standard processing verification and retouching on one computer, and there are many types of operators. All the image processing that is required must be performed, so the burden on the operator is great.

  SUMMARY OF THE INVENTION An object of the present invention is to solve the above-mentioned problems of the prior art, an image processing system capable of reducing the load on a computer and an operator, performing work efficiently, and obtaining a high-quality final output. Is to provide.

  In order to achieve the above object, an image processing system according to the present invention is an image processing system that performs image processing on acquired image data and outputs the processed image data as output image data, and is at least image processing conditions for standard processing. A first monitor / computer having a function of setting a standard processing condition and a test function; and a function of setting an optional processing condition which is an image processing condition of at least an optional process, and the first monitor / computer directly or Provided is an image processing system comprising: at least one second monitor / computer that is indirectly connected; and a sorting unit that arranges one image data in an output order and outputs the sorted image data to a predetermined output unit. To do.

  In such an image processing system of the present invention, the second monitor / computer displays an image reflecting standard processing conditions set by the first monitor / computer, or further an image adjustment instruction by the test. In addition, it is preferable that the first monitor / computer has reporting means for reporting to the outside that image data has been supplied. Further, it is preferable that either the first monitor / computer or the second monitor / computer also serves as the sorting means.

  The first monitor / computer provides standard processing or further verification for all image data, and the second monitor / computer provides an image processing system for performing optional processing on image data to be subjected to optional processing.

  The first monitor / computer further performs standard processing or further testing on all image data, and image data not subjected to optional processing is sent to the sorting means, and image data subjected to optional processing is sent to the second monitor / computer. The second monitor / computer preferably performs an optional process on the supplied image data and supplies the processed image data to the sorting means.

  Alternatively, the first monitor / computer supplies the set standard processing conditions or information on the image adjustment instruction based on the test to the second monitor / computer, and the second monitor / computer stores all the image data. It is preferable that the standard processing according to the supplied standard processing condition or the image adjustment according to the image adjustment instruction is performed, and the optional processing is performed on the image data to be subjected to the optional processing.

  Furthermore, the second monitor / computer supplies the set optional processing conditions to the first monitor / computer, and the first monitor / computer performs standard processing or further verification on all image data, In addition, it is preferable to perform optional processing according to the optional processing conditions supplied from the second monitor / computer on the image data to be subjected to optional processing.

According to the present invention, by using a plurality of computers and sharing the processing among the computers, it is possible to reduce the load on the computer and the operator and improve the work efficiency. Thereby, work can be performed efficiently and a high quality output image can be obtained.
In addition, one piece of image data processed by a plurality of computers is finally collected in one place and sorted according to the output order such as frame number and file number, so that images (prints and image data) are organized. Can be output in the same state.

Hereinafter, an image processing system of the present invention will be described in detail based on a preferred embodiment shown in the accompanying drawings.
FIG. 1 is a block diagram conceptually showing an example of the image processing system of the present invention.
The image processing system 10 in the illustrated example performs image processing according to a customer order (order information) or the like from an image (image data) taken with a digital camera or a mobile phone, or an image recorded on a film or the like. In this system, a print order receiving machine 12 (hereinafter referred to as a receiving machine 12) and a film scanner 14 are prepared as an example. A first monitor / computer 16, a second monitor / computer 18, and a printer 20. These are connected by a known network 26, and can browse and transmit / receive information and the like.
Further, a media reader 22 is connected to the first monitor / computer 16.

  In the illustrated example, the image processing system 10 has one accepting machine 12, but in the image processing system of the present invention, the number of accepting machines 12 is not limited to one, but two or more. But you can. The film scanner 14 and the printer 20 may also have a plurality.

The accepting machine 12 is an apparatus that is installed in a lab shop or various commercial facilities, and accepts an order for creating a print from an image (image data) photographed by an imaging device such as a digital camera or a mobile phone having a photographing function. The storage medium (storage medium) has a (media) drive, a display, order information processing means, a CPU, a ROM, a RAM, and the like.
The accepting machine 12 reads an image from a storage medium loaded in the drive, and supplies this to the first monitor / computer 16 as original image data corresponding to print creation by the printer 20.
The storage medium drive corresponding, not particularly limited, SmartMedia ^TM, CompactFlash ^TM, Memory Stick ^TM, SD Memory Card ^TM, PC card, CD-R, known storage medium such as an MD is, all available is there. Of course, the storage medium supported by the accepting machine 12 is not limited to one type, and may correspond to a plurality of types of storage media.
The accepting machine 12 may read an image directly from a digital camera, a mobile phone, or the like by using a predetermined connection unit or the like.

The film scanner 14 photoelectrically reads an image recorded on a film by a CCD sensor or the like, and uses it as original image data corresponding to print creation by the printer 20. The original image data is supplied to the first monitor / computer 16.
In the illustrated example, the original image data is basically supplied to the first monitor / computer 16, but the original image data may be supplied to the second monitor / computer 18 as necessary. In some cases, the original image data may be supplied only to the second monitor / computer 18.

  The media reader 22 is connected to the first monitor / computer 16, reads image data stored in the storage medium, and uses it as original image data corresponding to print creation by the printer 20. The storage medium supported by the media reader 22 is not particularly limited, as with the accepting machine 12, and all known storage media can be used. The read original image data is supplied to the first monitor / computer 16. The media monitor 22 may also be connected to the second monitor / computer 18.

Both the first monitor / computer 16 and the second monitor / computer 18 are a known computer having a monitor (display), operation means such as a mouse and a keyboard, a main body, etc., and software (applications) installed in the computer ) And the like.
In the present invention, both the first monitor / computer 16 and the second monitor / computer 18 may use general-purpose personal computers or workstations, and are characterized by the following image processing system of the present invention. It may be a so-called image processing apparatus (image processor).

  The first monitor / computer 16 has at least a function for setting image processing conditions for standard processing (standard processing conditions) and a function for performing so-called image verification (validation function) which is implemented in a known photographic printer. . The second monitor / computer 18 has at least a function of setting image processing conditions (optional processing conditions) for optional processing.

In the present invention, the first monitor / computer 16 and the second monitor / computer 18 have various functions in addition to the functions described above, depending on the pattern of action to be described later.
Specifically, the first monitor / computer 16 has an image processing function for performing standard processing and optional processing on an image in addition to the standard processing condition setting function and the verification function, A function of sorting and outputting in the order of file numbers (sort function) may be provided. Further, the second monitor / computer 18 may have an image processing function for performing standard processing and optional processing on an image, a verification function, and a sorting function in addition to the function for setting optional processing conditions. These will be described in detail later. Further, the first monitor / computer 16 and the second monitor / computer 18 may have exactly the same functions except for the action.
Further, when the second monitor / computer 18 is supplied with the image data from the first monitor / computer 16 or the like, the image data is supplied by monitor display, generation of warning sound, lighting of warning light, etc. It is preferable to have a function (report means) for reporting the effect to an operator or the like.

  Note that these various functions of both computers may be realized by hardware, software, or a combination of both.

  In the present invention, the standard processing is basic image processing that is performed in order to output an image having an appropriate color / density (tone reproduction, color reproduction), image structure (sharpness, graininess), and the like. is there. By performing this image processing, the image is completed in terms of photographic quality, and becomes a completed image corresponding to image output such as normal print output without performing optional processing. Specifically, image enlargement or reduction (electronic scaling processing), tone correction, color / density correction, saturation correction, sharpness processing, and dodging processing (image density maintaining the intermediate tone of the image) Dynamic range compression or expansion) is exemplified. In many cases, these standard processes are mainly performed automatically. Therefore, it is preferable that the computer that performs these processes in the image processing system 10 has a high processing capability in terms of improving productivity.

  On the other hand, optional processing refers to image processing (defect correction) that corrects only images with defects in order to correct image defects, and requests according to requests from customers (orderers of print and image data). This is image processing performed only on received images. Specifically, defect correction includes red-eye correction (red-eye correction) caused by flash photography, foreign matter adhering to a photographic film or photographing lens, and image (pixel) defect caused by scratches on the photographic film or photographing lens. Corrections (dust removal processing), image distortion corrections due to lens aberrations (lens aberration corrections), and peripheral density reduction corrections (peripheral dimming corrections) due to peripheral dimming of shooting lenses, Examples of the requested image processing include soft focus processing, cross filter processing, image synthesis such as template synthesis, trimming processing, and the like. This optional processing is basically image processing that requires a certain amount of time for work.

Any of these standard processing and optional processing (including setting of image processing conditions) may be performed by a known method. The optional processing may be fully automatic by image analysis or the like, or may be semi-automatic that combines image analysis and instruction input or confirmation by an operator. Complete manual processing using so-called retouching software or the like. It may be.
Further, depending on the configuration of the image processing system 10 and the required capability, one or more of the defect correction processes among the optional processes may be handled as the standard process.

The first monitor / computer 16 and the second monitor / computer 18 perform standard processing and optional processing on the supplied image, and supply it to the printer 20 as output image data (output data).
The presence / absence of the optional processing may be determined based on, for example, order information that the image data has in advance. Further, image analysis may be performed on the first monitor / computer 16 and a determination may be made based on the analysis, or an operator may manually determine based on an image displayed on the first monitor / computer. .

  In the illustrated example, the image processing system 10 includes one second monitor / computer 18, but the present invention is not limited to this, and the first monitor / computer 16 is included in one unit. On the other hand, two or more second monitors / computers 18 may be provided. In that case, it is preferable to improve the work efficiency by dividing the optional processing to be executed into each monitor / computer for each type of optional processing. Further, in the case of having a plurality of second monitors / computers 18, the second monitors / computers 18 may be connected in series or in parallel to the first monitor / computer 16. .

The printer 20 exposes the photosensitive material (photographic paper) imagewise with recording light such as laser light modulated according to the output image data supplied from the first monitor / computer 16 or the second monitor / computer 18. The digital minilab printer forms a latent image, performs a predetermined development process on the exposed photosensitive material, dries it, and outputs it as a (finished) print. In the present invention, the printer 20 may have a sorting function for rearranging images in one case.
The printer 20 corresponding to the present invention is not limited to a digital minilab, and various printers such as an ink jet printer and an electrophotographic printer can be used. The rearrangement of images by the printer 20 is normally performed by output image data, but may be performed by printing in some cases.

In the image processing system of the present invention, the output destination of the output image data is not limited to the printer 20, and the output image data is output to a medium storage means for writing data to a storage medium such as a CD-R, and the output image data is output. A storage medium on which data is recorded may be provided to the customer, or both a print and a storage medium on which output image data is recorded may be provided to the customer. Further, the media reader 22 may be used as a media recording means to have a function of writing output image data to a storage medium.
At this time, the media recording means may have a conversion function or a sort function for converting the image data into a predetermined format.

  Hereinafter, the operation of the image processing system 10 of the present invention will be described in detail with reference to FIG.

In the image processing system 10 of the illustrated example, four types of processing of patterns 1 to 4 can be performed.
First, the pattern 1 will be described.
In the pattern 1, as shown in FIG. 2A, the first monitor / computer 16 and the second monitor / computer 18 act as if they are connected in series. When the first monitor / computer 16 acquires the original image data from the accepting device 12, the film scanner 14, or the media reader 22, the first monitor / computer 16 performs image analysis of the acquired original image data and performs standard processing. Set conditions and perform tests as necessary.
The verification may be performed in the same way as a normal digital minilab, and the first monitor / computer 16 monitors the verification image (output expected image (simulation image)) obtained by processing the original image data according to the set standard processing conditions. When adjustments such as color / density and gradation by the operator are input to each image, adjustment conditions corresponding to the adjustment input are set (or standard processing conditions are corrected). Note that the number of displayed test images is not particularly limited, and may be one frame or a plurality of frames such as six frames.

  When the verification is completed and the output OK is input (when the verification is not performed, the output is OK when the standard processing conditions are set), the first monitor / computer 16 sequentially outputs the original image data, Processing is performed according to standard processing conditions or further adjustment conditions (in the case of no test, only standard processing conditions), and the processed data is sent to the second monitor / computer 18 as standard processed data (standard processed image data).

  The second monitor / computer 18 separates the supplied standard processed data into an image that requires optional processing and an image that does not require optional processing, and for an image that does not require optional processing, the standard processed data is classified as output image data. To do. In the image processing system of the present invention, as described above, the second monitor / computer 18 has reporting means, and when an image is supplied, it is preferable to report that fact.

On the other hand, for an image that requires optional processing, the second monitor / computer 18 performs necessary optional processing and uses the image for which optional processing has been completed as output image data. When displaying an image on a monitor with optional processing, multiple frames may be displayed. However, in many cases, it is preferable to display a large image because the optional processing requires detailed confirmation and input instructions. One frame display is preferable.
Further, if necessary, the second monitor / computer 18 may perform re-verification regardless of the presence / absence of optional processing to adjust the color / density and gradation of the image.

When the second monitor / computer 18 outputs all the images for one case as output image data, the second monitor / computer 18 sorts the output image data in the order of frame numbers and file numbers and sends them to the printer 20.
The printer 20 exposes the photosensitive material (printing paper) with a light beam modulated according to the output image data, records a latent image, performs a predetermined development process, and outputs it as a print. In the present invention, the output image data may be output to a medium storage means for writing data to a storage medium such as a CD-R, and the storage medium on which the output image data is recorded may be provided to the customer. It is as follows.

  In pattern 1, standard processing requiring productivity is performed by the first monitor / computer 16, and time-consuming operations such as option processing are performed collectively by the second monitor / computer 18. For this reason, the load on the first monitor / computer 16 is reduced, and high working efficiency and productivity can be obtained.

Next, the pattern 2 will be described.
In pattern 2, as shown in FIG. 2 (b), sorting means 28 having a sorting function is provided downstream of the first monitor / computer 16 (and the second monitor / computer 18) and upstream of the printer 20. Acts as if connected.
When the first monitor / computer 16 acquires the original image data from the accepting device 12, the film scanner 14, or the media reader 22, the first monitor / computer 16 performs image analysis of the acquired original image data and performs standard processing. Set conditions and perform tests as necessary. The test may be performed in the same manner as in pattern 1.

When the verification is completed and the output OK is input (when the verification is not performed, the output is OK when the standard processing conditions are set), the first monitor / computer 16 sequentially outputs the original image data, Process according to standard processing conditions and adjustment conditions (in the case of no test, only standard processing conditions) to obtain standard processed data.
When the standard processing is completed, the first monitor / computer 16 classifies the standard processed data into an image that requires optional processing and an unnecessary image, and outputs standard processed data for images that do not require optional processing. The image data is supplied to the sorting means 28. On the other hand, images that require optional processing are sent to the second monitor / computer 18. For example, when the option processing is performed on the second frame and the fifth frame among the ten frames, the first, third, fourth, and sixth to tenth frames are input to the sorting unit 28 and the second and fifth frames. The image of the eye is sent to the second monitor / computer 18.

The second monitor / computer 18 displays standard processed data as necessary for the supplied image, performs necessary optional processing, and uses the image for which optional processing has been completed as output image data. .
Note that the second monitor / computer 18 may recalibrate the standard processing conditions and adjustment conditions as necessary, and readjust the color / density and gradation of the image.
The second monitor / computer 18 sends the output image data to the sorting means 28.

When all the output image data for one case is supplied from the first monitor / computer 16 and the second monitor / computer 18, the sorting means 28 sorts the output image data in order of frame number or file number (sorting). To the printer 20. In the previous example, the images of the second frame and the fifth frame sent from the second monitor / computer 18 and the images of the other frames are sorted, and the images are arranged in order from the first to the tenth frame. Line up.
The sorting means 28 may be another computer connected to the image processing system 10, or the output data is collected on the first monitor / computer 16 or the second monitor / computer 18 and sorted. Also good. Further, the printer 20 may be used as sorting means.
The printer 20 exposes the photosensitive material (printing paper) with a light beam modulated according to the output image data, records a latent image, performs a predetermined development process, and outputs it as a print.

  In the pattern 2, since the option process which requires time for work is performed by the second monitor / computer 18, the load on the first monitor / computer 16 is reduced, and high work efficiency and productivity can be obtained.

Next, the pattern 3 will be described.
The pattern 3 operates as if the first monitor / computer 16 and the second monitor / computer 18 are connected in series as shown in FIG. When the first monitor / computer 16 acquires the original image data from the accepting device 12, the film scanner 14, or the media reader 22, the first monitor / computer 16 performs image analysis of the acquired original image data and performs standard processing. Set conditions and perform tests as necessary. The test may be performed in the same manner as in pattern 1.

  When the test is completed and the output OK is input (if the test is not performed, the output is OK when the standard processing conditions are set), the first monitor / computer 16 sets the original image data. Standard processing conditions or further adjustment conditions (only standard processing conditions in the case of no test) are sent to the second monitor / computer 18.

The second monitor / computer 18 sequentially processes the supplied original image data according to the supplied standard processing conditions and adjustment conditions to obtain standard processed data.
Next, the standard processed data is classified into an image that requires optional processing and an image that does not require optional processing, and the standard processed data is used as output image data for an image that does not require optional processing.
On the other hand, for images that require optional processing, standard processed data is displayed on the monitor as necessary, and necessary optional processing is performed, which is used as output image data.
Note that the second monitor / computer 18 may recalibrate the standard processing conditions and adjustment conditions as necessary, and readjust the color / density and gradation of the image.

When the second monitor / computer 18 outputs all the images for one case as output image data, the second monitor / computer 18 sorts the output image data in the order of frame numbers and file numbers and sends them to the printer 20.
The printer 20 exposes the photosensitive material (printing paper) with a light beam modulated according to the output image data, records a latent image, performs a predetermined development process, and outputs it as a print.

  In the pattern 3, the first monitor / computer 16 only sets and tests standard processing conditions, so that the load on the first monitor / computer 16 is reduced and the operator can work quickly. In addition, since the original image is supplied to the second monitor / computer 18, when the standard processing condition and the adjustment condition are re-verified, the re-verification can be performed with high accuracy.

Next, the pattern 4 will be described.
In the pattern 4, as shown in FIG. 2 (c), the first monitor / computer 16 and the second monitor / computer 18 act as if they are connected in parallel. When the first monitor / computer 16 acquires the original image data from the accepting device 12, the film scanner 14, or the media reader 22, the first monitor / computer 16 performs image analysis of the acquired original image data and performs standard processing. Set conditions and perform tests as necessary. The test may be performed in the same manner as in pattern 1.

In addition, the first monitor / computer 16 concurrently separates the original image into an image that requires optional processing and an image that does not require optional processing. ) To the second monitor / computer 18.
The second monitor / computer 18 performs image processing in accordance with standard processing and monitor display of the processed image as necessary for the supplied original image, and performs image analysis and / or an input instruction by the operator. The image processing conditions for the optional processing to be executed are set and sent to the first monitor / computer 16. For example, when red-eye correction is performed as an optional process, the position information of a red-eye area and the color / density correction conditions of this area are sent to the first monitor / computer 16 to perform cross-filter processing. The information on the center position of the cross filter and the length of each light is sent to the first monitor / computer 16.
Therefore, in the case of this pattern 4, it is sufficient if there is image data necessary for setting the conditions for the optional processing, and the second monitor / computer 18 has pre-scan data (when the original image is acquired from the film scanner 14). Alternatively, data obtained by thinning out original image data may be sent.

  On the other hand, in the first monitor / computer 16, when the verification is completed and the output OK is input (if the verification is not performed, the output is OK when the standard processing condition is set), the standard processing condition, Based on the adjustment conditions or the supplied optional processing conditions, standard processing, adjustment, or further optional processing is performed on the original image data, and this is used as one output image data.

When the first monitor / computer 16 outputs all the images for one case as output image data, the first monitor / computer 16 sorts the output image data in the order of frame numbers and file numbers and sends them to the printer 20.
The printer 20 exposes the photosensitive material (printing paper) with a light beam modulated according to the output image data, records a latent image, performs a predetermined development process, and outputs it as a print.

  In the embodiment of the pattern 4, since the image processing that requires time for the work is collectively performed by the first monitor / computer 16, the load on the second monitor / computer 18 is reduced, and the work efficiency is improved. Further, since the amount of data exchanged between the first monitor / computer 16 and the second monitor / computer 18 can be reduced, the processing time in data transfer is reduced and the burden on the memory is reduced. Can do.

  As is apparent from the above description, according to the image processing system of the present invention, the work performed by the first monitor / computer 16 and the second monitor / computer 18 is shared, thereby reducing the load on the computer. In addition, work efficiency can be improved. In addition, by having a plurality of optional processing computers such as the second monitor / computer 18, the burden on the computer and the operator can be reduced and the work efficiency can be further improved. It is.

In the above example, the output image data is output as a printed matter by the printer 20, but the present invention is not limited to this and may be output in a form written in a storage medium.
Further, the sorting of the output image data is not limited to the example described above, and may be performed at any location as long as the output image data is sorted when the output image data is output.

  The image processing system of the present invention has been described in detail above, but the present invention is not limited to the above-described embodiments, and various improvements and modifications may be made without departing from the gist of the present invention. Of course.

1 is a block diagram conceptually showing an embodiment of an image processing system of the present invention. (A)-(c) is a block diagram which shows the Example of the image processing method using the image processing system of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Image processing system 12 Reception machine 14 Film scanner 16 1st monitor / computer 18 2nd monitor / computer 20 Printer 22 Media reader 26 Network 28 Sort means

Claims (8)

An image processing system that performs image processing on acquired image data and outputs it as output image data,
A first monitor / computer having at least a standard processing condition that is an image processing condition for standard processing and a verification function;
At least one second monitor / computer having a function of setting at least an optional processing condition which is an image processing condition of the optional processing and connected directly or indirectly to the first monitor / computer;
An image processing system comprising: sorting means for arranging one piece of image data in an output order and outputting the data to a predetermined output means.   2. The image processing system according to claim 1, wherein the second monitor / computer displays an image reflecting a standard processing condition set by the first monitor / computer, or further an image adjustment instruction by an examination.   The image processing system according to claim 1, wherein the first monitor / computer has a reporting unit that reports to the outside that image data has been supplied.   The image processing system according to any one of claims 1 to 3, wherein any one of the first monitor / computer and the second monitor / computer also serves as the sorting unit. The first monitor / computer performs standard processing or further verification on all image data,
The image processing system according to claim 1, wherein the second monitor / computer performs optional processing on image data to be subjected to optional processing. The first monitor / computer performs standard processing or further verification on all image data, image data not subjected to option processing is input to the sorting means, and image data subjected to option processing is input to the second monitor / computer. Supply each
The image processing system according to claim 1, wherein the second monitor / computer performs optional processing on the supplied image data and supplies the processed image data to the sorting unit. The first monitor / computer supplies the set standard processing condition or further information on the image adjustment instruction by the test to the second monitor / computer,
The second monitor / computer performs standard processing according to standard processing conditions supplied to all image data, or further performs image adjustment according to an image adjustment instruction, and performs optional processing on image data to be subjected to optional processing. The image processing system according to claim 1. The second monitor / computer supplies the set option processing conditions to the first monitor / computer,
The first monitor / computer performs standard processing or further verification on all image data, and performs optional processing corresponding to the optional processing conditions supplied from the second monitor / computer on the image data to be subjected to optional processing. The image processing system according to any one of claims 1 to 4.

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