JPH08110596A - Index print - Google Patents

Abstract

PURPOSE: To obtain an index print capable of surely discriminating the information of an aspect ratio and facilitating a change in the aspect ratio by displaying all photographed frame pictures which are picked up in each frame. CONSTITUTION: The area of a printing size involved in a specified aspect ratio is displayed by ruled lines 88 and 90 constituted by the arrangement of plural colors, for each picture 84 printed on the index print 82 or an area 94 out of the area of the printing size involved in the specified aspect ratio is displayed with a changed contrast or the information symbol of the specified aspect ratio is displayed on a display part 96 provided in the corner part of each picture 84, to visually recognize the information of the specified aspect ratio.

Description

Detailed Description of the Invention

[0001]

FIELD OF THE INVENTION The present invention arranges and prints images of all frames of one developed photographic film in order,
The index print used as a heading for each frame.

[0002]

2. Description of the Related Art In general, a negative film photographed by a camera is brought to a DPE shop to request simultaneous printing. In a photo lab (laboratory), the negative film is developed and the image frames visualized are sequentially positioned at the printing position, and the photographic paper is exposed at a predetermined enlargement ratio. The photographic print and the negative film printed at the same time are returned from the DPE store to the customer.

[0003] When a customer requests a reprint, usually he or she looks at the finished photographic paper, selects it, searches for the corresponding image from the image frames of the negative film, and places the frame number and the like in a predetermined place such as a negative sheet. I have to fill it out.

However, it is troublesome to search for the image frames on the corresponding negative film. Therefore, as shown in FIG. 8, all the frames recorded on the negative film are printed on the photographic paper on one sheet. The search becomes convenient by making an index print 100 in which the image is reduced and printed as a positive image and handed to the customer when the negative film is returned (Japanese Patent Laid-Open No. 5-17406). Since the index print 100 is a positive image, the content of the image of each frame can be easily confirmed, and in the case where a frame number is given, which image of the negative film corresponds to each image. Is easy to check.

On the other hand, in recent years, in addition to ordinary full-size image prints (print size of 127 × 89 mm as an example), panoramic size prints (254 × 89 as an example).
mm print size), powerful vision size (horizontal and vertical aspect ratio 16: 9, 158 x 89 as an example)
The number of customers who enjoy prints of different sizes (e.g. mm print size) is increasing, and along with this, the negative film size for shooting images also has negative frame sizes of these aspect ratios, and full-size images In addition to frames, there are panorama size image frames and powerful vision image frames.
A camera for recording these image frames on a negative film needs to be capable of photographing these various image frames. As such a camera, there has been proposed a camera capable of performing standard shooting with the same negative film and also capable of shooting image frames of high-definition, cine, panorama, etc. having different aspect ratios. Further, as a camera, there has been proposed a camera for inputting an aspect ratio corresponding to a desired shooting size of a negative film or a symbol corresponding thereto when shooting. When printing a negative film image taken with such a camera on photographic paper, scan the desired aspect ratio, mask unnecessary portions of the image, and print it on photographic paper in a size according to the desired aspect ratio. It is like this.

Further, some printer processors are capable of so-called trimming, in which only a part of the image of each frame is printed. In this printer processor, it is preferable that a portion of the negative frame image other than the portion to be printed is masked and printed on a photographic paper with an image size corresponding to the mask. By using such a printer processor, it is possible to meet the customer's request for changing the photographing size.

That is, when a powerful vision image frame having the maximum photographing size is photographed on a negative film and standard, panorama, or trimming is performed, a part of the powerful vision image is taken out and printed on a print.

Further, in this index print 100, images of all frames are printed in a powerful vision size, a predetermined frame number is given to each image in order, and the aspect ratio of each image is specified. It is usual to record information such as what aspect ratio was printed when the image was taken, or when it was printed simultaneously with the development of the negative film. As shown in FIG. 8, the information of the frame number is 01,0 in a white small rectangular frame 102 at each lower left corner in the image of each frame of the index print 100 toward the drawing.
It is shown with a number such as 2.

As shown in FIG. 8, the aspect ratio information includes a powerful vision size (H) like the first frame 104.
When it is, it is not displayed. Further, in the case of the panorama size (P), for example, as in the second frame 106, an instruction line 108 is drawn in the upper and lower portions of the figure in the image of the powerful vision size (H) to clearly indicate the size, and the standard size (L) In the case of, like the third frame 110, the size is clearly indicated by drawing the indicator lines 108 on both lateral portions of the figure in the image of the powerful vision size (H).

The indicator line 108 is a line segment drawn in a single color of black, white or gray. In addition, as another display method of the aspect ratio, as shown in the fourth frame 112, when the panorama size (P) is set, the upper and lower parts 1 of the figure that exceed the panorama size (P) in the powerful vision size are displayed.
14 is filled with a single color such as white, black or the background color of the index print, and its size is clearly indicated. In the case of the standard size (L), as shown in the fifth frame 116, both lateral portions 114 of the figure protruding from the standard size (L) in the powerful vision size are filled with a single color of white, black, or ground color, and the size is changed. Be explicit.

[0011]

When the index print 100 is used to indicate the aspect ratio of each frame in the index print 100 as described above, various color images are printed on each frame. Therefore, it is difficult to determine a black line in a dark portion of the image, a white line in a bright portion, and a gray line in an intermediate lightness portion. Therefore, depending on the content of the image of each frame, there is a problem that the indication line 108 becomes unclear and the information of the aspect ratio cannot be read.

When the index print 100 displays the information of the aspect ratio of each frame by filling the portion 114 protruding from the image size corresponding to the aspect ratio of each frame with a single color, this protrusion is displayed. Since the image of the part 114 that was opened is filled and erased,
When the user wants to change the aspect ratio for printing, there is a problem that the image is inconvenient and inconvenient.

In addition, when the range of the image printed by trimming is displayed on the index print by the indicator line or the filling means, the same problem as described above occurs.

In consideration of the above facts, the present invention can surely discriminate the information of the aspect ratio, and moreover, grasp the whole image photographed in each frame and easily hold the image when the user changes the aspect ratio. The purpose is to obtain an index print that displays the aspect ratio information.

[0015]

In the index print according to claim 1 of the present invention, the image (84) recorded on the photographic film (16) with a constant aspect ratio is designated when the photographic print is produced as a product. An index print (82), which is used as a heading for a plurality of image frames recorded on a photographic film (16) regardless of the specified aspect ratio, and which is used as a heading for a plurality of image frames, each print image (84) The ruled lines (88, 90) indicating the specified aspect ratio given in the area are divided into a plurality of areas (92A, 92B), and adjacent areas are divided (92A, 92B).
92B) are arranged in different colors.

In the index print according to claim 2 of the present invention, the image (84) recorded on the photographic film (16) with a constant aspect ratio is concerned with the specified aspect ratio when the photographic print is produced as a product. An index print (82) used as a heading of a plurality of image frames recorded on a photographic film without being printed with a constant aspect ratio, and a specified aspect ratio given to each print image (84) area. The ruled line indicating (8
8 and 90) are divided into a single region or a plurality of regions corresponding to the brightness of each part of the background image (84) through which they pass, and the division of each region is color-coded so that the contrast of light and dark is high with respect to each part of the background image. It is characterized by that.

In the index print according to claim 3 of the present invention, the image (84) recorded on the photographic film (16) with a constant aspect ratio is concerned with the specified aspect ratio when the photographic print is produced as a product. It is an index print (82) that is used as a heading of a plurality of image frames recorded on a photographic film (16) without being printed with a constant aspect ratio, and corresponds to a specified aspect ratio in each print image (84). The contrast of the image of the area (94) other than the print size is changed and displayed.

In the index print according to claim 4 of the present invention, the image (84) recorded on the photographic film (16) with a constant aspect ratio is concerned with the specified aspect ratio when the photographic print as a product is produced. An index print (82) that is printed with a constant aspect ratio and is used as a heading for a plurality of image frames recorded on a photographic film (16), and is used in a corner portion of each print image (84) area. It is characterized by having a display section (96) provided and an information symbol of a specified aspect ratio displayed on the display section (96).

It should be noted that the numbers given to the above-mentioned constituent members refer to the corresponding relationship between the constituent members and each member of the embodiment for easy understanding, and the meanings and terms of these constituent members. Does not indicate that the range indicated by is limited to the attached numbers.

[0020]

According to the invention described in claim 1, since the ruled lines drawn in the image are colored in a plurality of colors and are drawn without interruption, the entire ruled lines can be grasped separately from the image, and can be surely discriminated. Has the effect of In addition, if the colors of the adjacent sections of the ruled lines are influenced by the two colors and are emphasized to each other, the ruled lines can be conspicuous and can be clearly discriminated. Also, the aspect ratio can be easily changed by making the entire image visible.

According to the second aspect of the present invention, the ruled lines having a high contrast of light and dark are raised and made conspicuous with respect to each part of the background image, and the ruled lines can be surely discriminated. Also, the aspect ratio can be easily changed by making the entire image visible.

According to the third aspect of the present invention, since the image portion in the area of the print size of the designated aspect ratio and the area outside the area are displayed with a lightness difference, the contrast of the lightness difference causes The print size can be reliably determined. Also, the aspect ratio can be easily changed by making the entire image visible.

According to the fourth aspect of the present invention, since the information symbol of the specified aspect ratio displayed on the display portion provided at the corner of the image can be visually recognized as a symbol such as a character, the print size can be surely discriminated. Moreover, since the entire image can be seen, the aspect ratio can be easily changed.

[0024]

【Example】

(First Embodiment) FIG. 7 shows a printer section 12 and an index printer 14 of a printer processor 10 according to a first embodiment of the present invention.

The printer processor 10 includes a printer unit 1.
The photographic paper 18 on which the image of the negative film 16 is printed in 2.
In a processor part (not shown), the product is soaked in a developing solution, a fixing solution, and washing water in that order for development processing, then dried in a drying section, cut into individual image frames, and discharged to obtain a photographic print. There is.

The printer section 12 is provided with a negative carrier 20. The negative carrier 20 includes a transport roller 22 and a transport roller 2 driven by a drive source (not shown).
2 and a press roller 24 facing each other, and a conveying path for the negative film 16 is formed. In this transport path,
A printing opening 26 is formed, and the negative film 16 nipped and transported by the transport roller 22 and the press roller 24 is
The image frame is positioned at the printing opening 26.

The negative carrier 20 is also provided with a reading head 28 for reading the magnetic data recorded on the negative film 16 being conveyed. This read head 2
8 is connected to the controller 32 via the decoder 30. Thereby, the controller 32 can take in the magnetic data recorded on the negative film 16. The magnetic data includes a shooting date, an exposure state, an aspect ratio of each image, and the like.

A light source unit 36 having a light source 34 is installed below the baking opening 26 of the negative carrier 20. The light beam emitted from the light source 34 is filtered by the filter unit 38 and the diffusion tube 4.
0, the negative film 16 set on the negative carrier 20 is reached. The filter unit 38
It is composed of three filters of C, M, and Y, and each filter protrudes and retracts on the optical axis by driving the filter driving unit 42. An optical system 44 is disposed above the negative carrier 20. The optical system 44 includes a lens 46 and a shutter 48 on the optical axis of the light beam. The light beam transmitted through the negative film 16 is
The image of the photographic paper 18 negative film 16 set in the exposure chamber 50 is formed by passing through the shutter 48 and the shutter 48.

The photographic printing paper 18 is wound on the reel 52 in a layered manner and loaded, and is drawn out from the reel 52 and set in the exposure chamber 50. Exposure room 5
At 0, a variable mask 54 is provided. Exposure room 50
The photographic paper 18 set in is exposed by being masked by the variable mask 54 according to the image size.
The image size is determined by designating either the aspect ratio of each image recorded on the negative film 16 or the aspect ratio input to the controller 32 by the key operation of the operator from the keyboard 56.

The printing paper 18 exposed by the printer unit 12
Is conveyed to a processor unit (not shown), developed, and discharged.

Further, the optical system 44 is provided with a half mirror 58 between the lens 46 and the negative carrier 20. A part of the light beam is changed by the half mirror 58 and reaches the CCD 62 which is an image pickup device via the lens 60. An image signal processing section 64 is connected to the CCD 62, and converts the image recorded on the negative film 16 into an electric signal (digital signal) by the light beam.

A half mirror 66 is provided between the lens 60 and the CCD 62 so that a part of the light beam transmitted through the negative film 16 reaches the density measuring device 68. The density measuring unit 68 is connected to a density measuring unit 70 for measuring the density of the image on the negative film 16. The density measuring unit 70 is connected to the controller 32, and the controller 32 sets an exposure correction value at the time of exposure based on the measurement value from the density measuring unit 70 or data input by a key by an operator.

The image signal processing unit 64 is the controller 3
2 is connected. Various image processing is performed according to the signal from the controller 32, and the processed image is displayed on the CRT 72. The image projected on the CRT 72 corresponds to the image actually printed on the photographic paper 18. The operator is CRT7
2, the printing operation can be performed.

An index printer 14 is connected to the printer processor 10. The index printer 14 receives a digital signal for each image frame of the negative film 16 and a designated aspect ratio for each image frame from the image signal processing unit 64 of the printer processor 10, and converts these data into an image. The frame is stored in the frame memory 74 for each frame.

The digital signal output from the printer processor 10 to the index printer 14 is one before the processing according to the aspect ratio or the trimming processing in the printer processor 10, and the content of the image recorded on the negative film 16 is obtained. The image signal is output as it is. Further, the contents of the processing according to the trimming or the specified aspect ratio of each image are separately output as an aspect ratio signal. The frame memory 74 individually stores the image signal and the aspect ratio signal of each image.

An image signal processing unit 76 is connected to the frame memory 74. The image signal processing unit 76 synthesizes each image signal and the aspect ratio signal stored in the frame memory 74, outputs the image signal to the CRT 78, displays it on the screen of the CRT 78, and outputs it to the printer unit 80. It has become. The printer section 80 responds to the signal output from the image signal processing section 76 by a printing method such as a sublimation dye thermal transfer method in which yellow, cyan, and magenta dyes are vaporized by heat and transferred to recording paper. The index print 82 is created.

As shown in FIG. 1, the index print 82 is a horizontally long sheet of photographic printing paper, and an image corresponding to each image frame of the negative film 16 (01 in this example).
40 frames up to 40) are printed at regular intervals. Each image 84 printed on the index print 82 is the image of a powerful vision size image frame of a negative film reduced and printed as a positive image.

On the index print 82, each image 8
No. 4 from the left end in order from FIG.
The numbers are arranged vertically at regular intervals. Next, as shown in the drawing, Nos. 6 to 10 are vertically arranged at regular intervals on the right side. In this way, five columns are arranged vertically and eight columns are arranged horizontally. Further, the arrangement numbers of the index print 82 and the image frames of the negative film 16 are arranged such that the image frames 1 to 5 of the negative film 16 correspond to the above-mentioned image arrangement numbers 1 to 5. Corresponding to match the number set in.

On each image 84, a number corresponding to each arrangement of the index print 82 described above is displayed on the number display portion 86.

As shown in FIG. 1, the number display portion 86 is formed by whitening out the lower left corner toward the drawing of each image 84 in the shape of a small rectangle, and the letters of the number are written therein.

The print size is displayed on each image 84 in accordance with the aspect ratio signal uniquely designated. In this embodiment, two horizontal ruled lines 88 and two vertical ruled lines 90 are used to display this print size. And when displaying the powerful vision size,
Like the image (No. 01) 84A, vertical and horizontal ruled lines 88,
90 is not used. When displaying the panorama size (P), as shown in the image (No. 02) 84B, 2
The horizontal ruled lines 88 of the book are displayed in a vertical position corresponding to the panoramic size (P) of the image. Further, when displaying the standard size (L), the image (No. 03) 84C is displayed.
As shown in FIG. 2, two vertical ruled lines 90 are displayed in both horizontal positions corresponding to the standard size (L) of the image. In the zoomed (trimmed) image, the printed portion (not shown) is displayed so as to be surrounded by two horizontal ruled lines 88 and two vertical ruled lines 90.

The horizontal ruled lines 88 and the vertical ruled lines 90 used in this way are configured as shown in FIGS. 2 to 6 so that they can be clearly discriminated in an image including various shapes and colors.

First, as shown in FIG. 2, ruled lines 88 and 90 are used.
Is displayed in a dotted line. That is, the ruled lines 88 and 90, which are extremely fine strips, are divided at equal intervals in the length direction. Then, the adjacent sections 92A and 92B are colored with different colors. For example, it is configured as a dotted line in which white and black are colored alternately. Further, when the adjacent colors 92A and 92B are colored so that the two colors arranged side by side affect each other and are emphasized to each other, the ruled lines 88 and 90 become clearer. You can make it identifiable.

Next, as shown in FIG. 3, ruled lines 88 and 90 are used.
Is displayed as a one-dot chain line. That is, ruled line 8
8, 90 are separated so as to form a chain line. Then, the adjacent sections 92A and 92B are colored with different colors. For example, a section 92A including a long dashed-dotted line segment is black, and the other section 92B is white, and is configured as a one-dot chain line.

Next, as shown in FIG. 4, ruled lines 88 and 90 are used.
Are separated to form a chain double-dashed line. Then, the adjacent sections 92A and 92B are colored with different colors, and a two-dot chain line is displayed.

Next, FIG. 5 shows ruled lines 88 and 90.
Is divided into two parts in the width direction. That is, the two linear sections 9 each having a width half that of the ruled lines 88, 90.
2A and 92B are arranged to form one ruled line 88 and 90. Then, the sections 92 adjacent to each other in the length direction
A and 92B are colored with different colors.

Next, as shown in FIG. 6, ruled lines 88 and 90 are used.
However, the sections corresponding to the lightness of each part of the image through which the ruled lines 88 and 90 pass are divided, the section having a high background lightness is black (a color having a low lightness may be used), and the section having a low background lightness is a white (high lightness). It may be color). That is, in the mountain image shown in FIG. 6, the section 92B of the horizontal ruled line 88 corresponding to the position of the mountain having low lightness is white with high lightness. At the same time, the section 92A corresponding to the background position of the mountain with high lightness is colored with low lightness and the horizontal ruled line 8
8 are configured.

By constructing the ruled lines 88 and 90 in this manner, the ruled lines 88 and 90 can be made conspicuous in the image by comparing the brightness.

It is needless to say that the ruled lines 88 and 90 may be divided into three-dot chain lines, four-dot chain lines, or other various lines, and may be colored in various colors. .

By displaying the horizontal ruled lines 88 and the vertical ruled lines 90 on the index print 82 as described above,
The image actually printed on the printing paper 18 can be known. The contents similar to the index print 82 are displayed on the screen of the CRT 78.

Next, the operation of the first embodiment will be described. As shown in FIG. 7, in the printer processor 10, the negative film 16 inserted in the negative carrier 20 is conveyed by the conveying roller 2
The image information recorded on the negative film 16 is read by the reading head 28 while being nipped and conveyed by the press roller 24 and the press roller 24, and each image frame is sequentially positioned in the printing opening 26. The image positioned in the printing opening 26 is
It is displayed on the CRT 72. The operator proceeds with printing while watching the image displayed on the CRT 72.

The image frame of the negative film 16 is the printing opening 2
6 is positioned, the controller 32 activates the light source unit 36 and the optical system 44 in accordance with the exposure amount, the aspect ratio, etc. to print an image on the photographic printing paper 18. The photographic paper 18 on which the image has been printed is conveyed to a processor unit (not shown), subjected to development processing, and then cut and discharged for each image frame.

On the other hand, the image signal processing unit 64 of the printer processor 10 sequentially outputs the image signal of each image recorded on the negative film 16 and the aspect ratio signal of each image to the index printer 14. The index printer 14 sequentially stores these in the frame memory 74, processes the image signal and the aspect ratio signal for each image by the image signal processing unit 76,
8 are sequentially displayed at positions corresponding to the frame memory 74 on the screen 8. When the printing process for one negative film 16 is completed by the printer processor 10, the CRT
On the screen 78, an image corresponding to the index print 82 of the negative film 16 is displayed.

In the index printer 14, the printer section 80 is operated to print out the index print 82 of the content displayed on the CRT 78.

As shown in FIG. 1, each image of the negative film 16 is reduced and printed on the index print 82 printed out from the index printer 14. Further, vertical ruled lines 90 and horizontal ruled lines 88 are displayed according to the specified aspect ratio of each image. Thus, it is possible to know which part of each image is actually printed on the photographic paper 18 by the printer processor 10, and also to know the designated aspect ratio of each image.

For example, the image 84A is printed in a standard size because the ruled lines are not displayed, and the image 84B is printed.
And 84C are the ones in which the sections defined by the vertical ruled lines 90 or the horizontal ruled lines 88 are printed on the photographic printing paper 18 according to their respective aspect ratios, 84B is a panoramic size, and 84C is a cine size.

The index print 82 is
Since the images 84 (numbers 01 to 40 of the number display portion 86 in the figure) are arranged in the same size in an orderly manner, the images are easy to see and useless space is eliminated. Further, the portion of the image recorded on the negative film 16 which is not actually printed on the photographic printing paper 18 can be confirmed.

(Second Embodiment) Next, a second embodiment of the present invention will be described with reference to FIG.

Images 84D and 84E in the index print 82 of FIG. 1 show the display means of this example relating to the aspect ratio.

The image 84D is for displaying a panorama size, and the contrast of the area 94 outside the upper and lower parts of the image of the powerful vision size is changed (in this example, the contrast is lowered), and the image of the panorama size is displayed. The print size is shown. Also, image 8
4E displays the standard size (L) in the same manner as described above, and shows the print size by changing the contrast of the area 94 outside the area of the image of both lateral portions thereof. In the case of the powerful vision size, since there is no image area to be excluded, no display is made as shown in FIG. 84A.
Although not shown, the image for zooming (trimming) indicates the image area by changing the contrast of the area other than the area to be printed.

Next, the operation of the above-described second embodiment will be described. When the aspect ratio information is displayed on each image of the index print 82 by the means of the second embodiment,
For example, as shown in images 84D and 84E, with respect to the contrast of the image portion actually printed on the photographic printing paper 18,
Since the contrast of the area 94 other than the print size is different, the image of the image actually printed on the photographic printing paper 18 is easy, and the continuity of the image outside the frame can be visually confirmed.
It is easy to change the aspect ratio.

Since the configuration, operation and effect other than those described in the second embodiment are the same as those in the first embodiment, the description thereof will be omitted.

(Third Embodiment) Next, a third embodiment of the present invention will be described with reference to FIG.

Images 84F and 84G in the index print 82 of FIG. 1 show the display means of this example relating to the aspect ratio.

The image 84F displays a standard size (L), and a small rectangular outline display portion 96 is provided at the lower right corner of FIG.
Then, a standard size symbol L as an aspect ratio information symbol is displayed in the display unit 96. Image 84G
Indicates a panoramic size (P) character P on the display unit 96. Further, in the case of a powerful vision size, the display unit 96 is not provided. In addition, it is needless to say that the display unit 96 may be particularly provided and the display H of the powerful vision size may be entered.

Next, the operation of the above-described third embodiment will be described. When the aspect ratio information is displayed on each image of the index print 82 by the means of the third embodiment,
For example, as shown in images 84F and 84G, the symbols L and P on the display unit 96 are identified, or when the display unit 96 is not present, the print actually printed on the photographic printing paper 18 has a standard size (L). , The panorama size (P) or the powerful vision size (H) can be easily recognized as a symbol such as a character. Further, since each image is a powerful vision size image having the widest image range, the entire image can be visually recognized, which is effective when it is desired to print by changing the aspect ratio.

The third embodiment can be carried out in combination with the means of the first embodiment or the second embodiment described above so that the print size can be recognized by a symbol such as a character.

Further, the configuration, operation, and effect other than those described in the third embodiment described above are the same as those in the first embodiment described above, and therefore the description thereof will be omitted.

[0069]

As described above, the index print according to the present invention can surely show the aspect ratio of each image, and the aspect ratio can be changed by grasping the entire image captured in each frame. Can be done easily.

[Brief description of drawings]

FIG. 1 is an overall plan view showing an index print according to first to third embodiments.

FIG. 2 is an enlarged view of a main part showing a broken line ruled line portion according to the first embodiment.

FIG. 3 is an enlarged view of an essential part showing a one-dot chain line ruled line portion according to a second example.

FIG. 4 is an essential part enlarged view showing a two-dot chain line ruled line portion according to a second example.

FIG. 5 is an enlarged view of an essential part showing adjacent parallel line ruled line portions according to the first example.

FIG. 6 is an enlarged view of an essential part showing a ruled line portion which is provided with a contrast with the background according to the first embodiment.

FIG. 7 is a schematic configuration diagram of a printer unit and an index printer according to the first embodiment.

FIG. 8 is an enlarged plan view of an essential part showing a conventional index print.

[Explanation of symbols]

 82 index print 84 image 86 number display section 88 horizontal ruled line 90 vertical ruled line 92A, 92B section 94 area 96 display section

Claims (4)

[Claims] 1. An image recorded on a photographic film at a constant aspect ratio is printed at the constant aspect ratio regardless of the specified aspect ratio at the time of producing a photographic print as a product and recorded on the photographic film. An index print used as a heading for a plurality of image frames, in which a ruled line indicating a specified aspect ratio given in each print image is divided into a plurality of areas, and the adjacent areas have different colors. Index print that is characterized by being colored. 2. An image recorded on a photographic film at a constant aspect ratio is printed at the constant aspect ratio regardless of a specified aspect ratio at the time of producing a photographic print as a product and recorded on the photographic film. The index print is used as a heading for a plurality of image frames, and the ruled line indicating the specified aspect ratio given in each print image area is singular or plural corresponding to the brightness of each part of the background image through which the ruled line passes. An index print, characterized in that it is divided into areas, and the division of each area is colored with respect to each part of the background image so that contrast of light and dark is high. 3. An image recorded on a photographic film at a constant aspect ratio is printed at the constant aspect ratio regardless of the specified aspect ratio at the time of producing a photographic print as a product and recorded on the photographic film. An index print used as a heading for a plurality of image frames, characterized in that the contrast with respect to the image of the area other than the print size corresponding to the specified aspect ratio in each print image is changed and displayed. Print. 4. An image recorded on a photographic film at a constant aspect ratio is printed at the constant aspect ratio regardless of the specified aspect ratio at the time of producing a photographic print as a product and recorded on the photographic film. An index print used as a heading for a plurality of image frames, and having a display section provided at a corner in each print image area and an information symbol having a specified aspect ratio displayed on the display section. Index print featuring.