JP6846269B2 - Photo report creation program - Google Patents

Description

The present invention relates to a photo report creation program for producing a photo report containing a position specified by a drawing and a photograph of a situation at that position.

Buildings such as buildings and condominiums and structures such as bridges and tunnels deteriorate over time, so maintenance such as daily or regular inspections and deterioration diagnosis is performed.

Patent Document 1 describes that a terminal such as a camera-equipped mobile phone is used to photograph the situation at the time of inspection of a building or the like, and the photographed image data is stored and managed in a database or the like. ing.

If it becomes possible to easily take pictures with a camera-equipped mobile phone in this way, a lot of image information can be obtained, but in order to effectively use the image data stored in the database in the form of reports, etc., it is necessary to organize and process it. It takes time and effort.

Patent Document 1 discloses a technique capable of rationally processing image information into information suitable for various services and incorporating it into a database in a short time. Furthermore, it is stated that reports and the like can be created using image information stored as objective evidence data for inspection, diagnosis, and maintenance.

JP-A-2007-41997

However, although Patent Document 1 describes a document preparation means, there is no disclosure of what kind of report is specifically prepared by what kind of processing. It goes without saying that electronic data can be used to create reports, but how to efficiently create easy-to-understand reports from a large amount of image data is required.

Therefore, an object of the present invention is to provide a program for creating a report with a photograph, which can efficiently create an easy-to-understand report.

In order to achieve the above object, the photographic report preparation program of the present invention has a photographed report containing a position specified by a drawing and a photograph of a situation at that position. A drawing importing means for importing drawing information, a photo importing means for importing photographic data, a screen display means for displaying the drawing information and the photographic data side by side, and the drawing information displayed on the screen display means. A photographic position designating means for designating the position of the photographic data above, a signing means for assigning an identification code to the photographic data whose position is designated by the photographic position designating means, and displaying the identification code on the drawing information. It functions as a drawing output means for producing the output and a photographic output means for outputting the photographic data side by side with the identification code.

Here, a classification assigning means for imparting classification information to the photographic data may be provided, and the photographic output means may be configured to output the identification code, the classification information, and the photographic data side by side.

Further, the grouping means for grouping each of the classification information, the additional input means for inputting the additional information for each classification information, and the additional information and the identification code are output in a list format in association with the classification information. It can be configured to include a list output means.

Further, the photographic data whose position is designated by the photographic position designating means may be displayed with a designated mark attached to the screen display means.

The photographic report creation program of the present invention configured in this way includes a photographic position specifying means for taking in drawing information and photographic data and designating the position of the photographic data on the drawing information displayed on the screen display means. ing.

Further, an identification code is assigned to the photographic data whose position is specified, and an output having the identification code is output on the drawing information. Further, the photo output means outputs the photo data side by side with the identification code.

For this reason, an easy-to-understand report that summarizes drawings such as photo position maps showing the position of photo data on the drawing information and photo ledgers that summarize the photos whose positions are clearly shown on the drawings is efficient. Can be created well.

Further, by providing the classification giving means for giving the classification information to the photographic data, the classification information can be output together with the photographic data, and the report can be made easier to understand.

Furthermore, if a grouping means for grouping by classification information and an additional input means for inputting additional information for each classification information are provided, a plurality of photographic data can be collected and evaluated for related comments and deterioration degree. It can be posted in an easy-to-read manner.

In addition, by displaying the photo data whose position is specified by the photo position designation means with the mark specified by the screen display means, it becomes easier to find unnecessary photos and organize the photo data. You will be able to do it efficiently.

It is a flowchart which showed the process flow of the process of making the report with a photograph of embodiment of this invention. It is a figure which showed an example of the capture display screen which captured the plan view. It is a figure which showed an example of the capture display screen which captured the photograph data. It is a figure which showed an example of the list edit screen which inputs classification information and comment. It is a figure which showed an example of the grouping screen which grouped by the classification information. It is a figure which showed an example of the judgment input screen which inputs the degree of deterioration. It is a figure which showed an example of the photo processing screen which performs the processing of a photograph. It is a figure which showed an example of the editing screen for each group which performs the editing work in the group of a small classification. It is a figure which showed an example of the photograph position map which becomes a report. It is a figure which showed an example of the photograph ledger which becomes a report. It is a figure which showed an example of the deterioration list which becomes a report.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a flowchart showing a processing flow of a program for creating a report with a photograph according to the present embodiment.

Before executing the program for creating a report with photographs of this embodiment on a computer, a survey of the target buildings and structures (hereinafter, referred to as "buildings") is conducted. In order to carry out this survey, drawing information of the building for inspection and deterioration diagnosis is prepared.

The drawing information includes a plan view, a cross-sectional view, an elevation view, a floor plan, and the like of the building. Then, based on the prepared drawing information, the route for taking a picture is examined, and the actual situation of the building is taken with a camera.

The camera used for this shooting may be a digital camera that can obtain digital photographic data (image data). If the camera is waterproof, the survey can be conducted even on rainy days or in places where it gets wet.

Drawing information does not necessarily have to be carried at the time of the survey. If you carry the drawing information with you, you can make a note of the survey route (shooting route) and the points you noticed during the survey. The only essential information that should be obtained in the survey is multiple photographic data showing the condition of the building to be surveyed.

Then, when the drawing information and the photo data are prepared, the program for creating a report with a photo installed on the computer is started. Each means described below is composed of instructions that make the computer work.

First, as shown in FIG. 1, in step S1, drawing information is taken in by the drawing taking means. Here, as illustrated in FIG. 2, the plan view G is taken in as the drawing information. For example, the plan view G printed on paper is read by a scanner, imported into a creation program, and displayed on the capture display screen 1 executed by the screen display means.

Subsequently, as shown in step S2, a plurality of photographic data taken at the survey site are taken in by the photographic capture means. The order of step S1 and step S2 may be reversed. A temporary identification code is automatically assigned to the captured photo data.

As shown in FIG. 3, the captured display screen 1 displays the captured photographic data (for example, P1-P4) along with the plan view G. The photographic data can be sequentially displayed by moving the scroll bar 13.

On the capture display screen 1, the position of the photographic data is specified on the plan view G (step S3). For example, the position can be specified by selecting the photo data P1 on the capture display screen 1, moving the pointer 11 to the position where the photo data P1 was taken, and clicking the mouse.

If the shooting route is examined by looking at the plan view G before the survey, the position of the photographic data P1 can be easily specified on the plan view G even if there is no memo during shooting. Then, in the photo data P1 to which the position information is associated, a triangular designation mark 12 is displayed as a designated mark in, for example, the upper left corner of the photo.

By displaying the designation mark 12, it is possible to determine at a glance whether or not the position is the designated photo data. For example, when the entire building is photographed as in the photo data P2, it may be posted in the report even if the position cannot be specified, so leave it as it is.

In addition, when the same photo is taken at the same place, only the photo data P1, P3, P4 that well represent the situation are designated, and the other photo data without the designation mark 12 is displayed. , Can be deleted efficiently.

By designating the position of the photo data in step S3 and assigning an identification code such as a photo number (photo No.) to the photo data for which the position is specified by automatic generation of a signing means (step S9), FIG. 9 shows. It becomes possible to output the photograph position diagram 7 as shown (step S11).

The photographic position diagram 7 is output by the drawing output means. A plan view 71 is output to the photo position diagram 7, and a position display 72, ... With a photo number is output on the plan view 71. When the position display 72, ... Is output, the designated position of the photographic data and the identification code are automatically connected by a leader line. The output of the photographic position FIG. 7 can be displayed on a computer display, but it is also possible to issue an instruction command to the printer to print it on paper and output it.

Subsequently, in step S4, the classification assigning means is executed to input the classification information and the comment. For example, as shown in FIG. 4, classification information can be added to each of the photo data P1-P4 on the list editing screen 2.

The structure of the classification information can be arbitrarily set, and can be divided into, for example, a major classification 21, a middle classification 22, and a minor classification (23). In addition, a specific "item 23" can be applied to the sub-classification. Further, individual comments 24 can be input as additional information for each of the photo data P1-P4.

Further, when the classification information and the comment are given in step S4, the identification code is given by the automatic generation of the coding means (step S10) so that the photo ledger 8 as shown in FIG. 10 can be output. (Step S13).

The photo ledger 8 is output by the photo output means. Photographs 81, ... Based on the photo data are output to the photo ledger 8 in a row on the left side, for example, and next to each photo 81, a photo number 82, each classification information 83A-83C, Individual comments 84 and the like are output side by side. The output of the photo ledger 8 can be displayed on a computer display, but it is also possible to issue an instruction command to the printer to print it on paper and output it.

Further, in step S5, as shown in FIG. 5, for example, on the grouping screen 3 in which the grouping means is executed, sorting and grouping can be performed based on the classification information. A plurality of photographic data are stored in the groups 31A-31D grouped by the classification information. Specifically, the photo number (photo No.) stored in each group 31A-31D is displayed in the stored photo column 32.

Further, when the grouped group 31D is selected, for example, the additional input means functions so that the group comment 33 as the additional information can be input (step S6). The group comment 33 can be a description common to the photo data (photographs Nos. 9 and 10) stored in the group 31D.

Further, in step S7, for example, as shown in FIG. 6, on the determination input screen 4, the additional input means can be made to function to input the determination result of the degree of deterioration as additional information.

In detail, for the groups 42A-42C, ... Displayed on the determination input screen 4, for example, the determination result of three stages can be input in the deterioration degree input field 41. In short, any of the determinations A, B, and C displayed on the selection unit 411 is selected and given as the determination result of the group 42C.

Further, as shown in FIG. 7, on the photo processing screen 5, the photo data P5 of the selected photo 52 can be processed. A processing tool 51 is displayed at the left end of the photo processing screen 5, and the processing tool 51 can be used to enclose the point of interest 53 or draw an arrow on the photo data P5, or to perform cropping processing or vertical / horizontal rotation of the display. can do.

Further, as shown in FIG. 8, on the group-based editing screen 6, additional information is provided by the additional input means while looking at the photo icons 641, ... Of the stored photos 64 included in each group and the individual comments 63, ... It is possible to input the general comment 62 that becomes.

For example, for photo data (photographs No. 1, 2, 3, 4, 5) belonging to a group to which the item classification 61 of "metal roof" is given, a group in which the general comment 62 representing them is edited and entered. You can perform editing work.

Then, in step S8, the identification code can be automatically assigned to the finally remaining (adopted) photographic data by the coding means. As explained above, it is possible to assign temporary numbers to photo data by the stage of grouping and inputting generalized comments, but photo data and additions that are no longer needed and deleted during those operations. If there is photo data that has been created, a serial number of photo numbers can be automatically assigned again.

The final photo number (identification code) assigned in step S8 is reflected in the photo position diagram 7 and the photo ledger 8 (steps S9 and S10). Further, when the final photo number is assigned in step S8, the deterioration list 9 as shown in FIG. 11 can be output (step S12).

The deterioration list 9 is output by the list output means. In the deterioration list 9, classification information 91A and 91B, group comment 92 as additional information, stored photograph 93 of each group, and deterioration degree determination 94 as additional information are output.

In addition, the first reference information 95 such as a repair plan and the second reference information 96 such as the cost for the repair can also be output. The output of the deterioration list 9 can be displayed on a computer display, but it is also possible to issue an instruction command to the printer to print it on paper and output it.

Next, the operation of the photo report preparation program of the present embodiment will be described.

The photograph report creation program of the present embodiment configured in this way takes in the plan view G and the photo data P1-P4 which are the drawing information, and is displayed on the plan view G displayed on the capture display screen 1. The pointer 11 which is a photo position designating means for designating the position of the photo data P1-P4 is displayed.

Further, a photo number 82 (photograph No.) is assigned to the photo data P1-P4 whose position is specified, and a position display 72 to which the photo number 82 is assigned is output on the plan view G (see FIG. 9). ..

Further, in the photo ledger 8 (see FIG. 10) output by the photo output means, the photo 81 is output side by side with the photo number 82. Further, the classification information 83A-83C and the individual comment 84 are also output together with the photograph 81.

For this reason, an easy-to-understand report including a photo position diagram 7 in which the position of the photo data is displayed on the plan view G and a photo ledger 8 summarizing the photo 81 in which the position is clearly indicated on the drawing is efficiently produced. Can be created well.

For example, even if the photo data once decided to be placed in the photo ledger 8 is deleted later or new photo data is added later, it is immediately reflected in the report such as the photo position diagram 7 or the photo ledger 8. Can be made to.

Further, if the photo data whose position is specified by the photo position designation means is displayed with the designation mark 12 on the capture display screen 1, it becomes easier to find unnecessary photographs whose positions are not specified, and the photographs. You will be able to organize data efficiently.

Further, since it is provided with a classification giving means for giving classification information to the photographic data, it is possible to make a report in which the classification information is posted in a more understandable manner. This classification information is not easy to set from the beginning, and after the outline report is completed, the classification expression is corrected and the classification classification is redone while checking the overall balance. Even in such a case, the classification work can be easily re-classified and reflected in the photo ledger 8 and the deterioration list 9.

Further, if a grouping means for grouping each classification information and an additional input means for inputting additional information for each classification information are provided, a plurality of photo data can be collected and related group comments 92 and deterioration degree determination can be performed. It can be posted as 94 or the like.

For example, even if the number of photos increases, if the ones that can be grouped can be grouped together and the comments can be summarized, the report will be well supported by the photos and will be easy to understand with the easy-to-read deterioration list 9. Can be written.

Although the embodiment of the present invention has been described in detail with reference to the drawings, the specific configuration is not limited to this embodiment, and design changes to the extent that the gist of the present invention is not deviated are described in the present invention. Included in the invention.

For example, in the above-described embodiment, the position designation of the photographic data and the addition of the classification information are performed separately, but the present invention is not limited to this. By assigning classification information such as inside, outside, floor number, room, etc. to the read drawing information in advance, for example, by specifying the area on the capture display screen 1, the position of the photo data can be specified. Classification information can be added at the same time.

Further, in the above-described embodiment, the case where the plan view G is read as drawing information by a scanner has been described, but the present invention is not limited to this. For example, drawing information having two-dimensional or three-dimensional coordinate data can be imported. In this case, classification information such as internal, external, and floor can be determined from the coordinate data and automatically assigned. In addition, it becomes possible to capture information on parts such as columns and beams.

Further, in the above-described embodiment, the classification information is separately input, but the present invention is not limited to this. For example, when the camera that shoots the survey has a GPS function, it is possible to automatically add classification information such as internal and external from the position information attached to the photographic data.

Further, if the classification information is internal, external, etc., it can be given in advance as an estimated classification based on the brightness of the photographic data and whether or not the flash is used. Further, when a camera capable of giving a voice memo together with the photo data is used, the classification information can be given by voice recognition.

G plan view (drawing information)
P1-P4 Photo data 1 Import display screen (screen display means)
11 Pointer (position designation)
12 Designated mark (designated mark)
2 List edit screen (classification assigning means)
21 Major classification (classification information)
22 Middle classification (classification information)
23 items (classification information)
3 Grouping screen (grouping means)
33 Group comments (additional information)
4 Judgment input screen (additional input means)
41 Deterioration degree input field (additional information)
6 Editing screen for each group (additional input means)
62 General comment (additional information)
7 Photo position map (drawing output means)
71 Floor plan (drawing information)
72 (with identification code) Position display 8 Photo ledger (photo output means)
81 Photo 82 Photo number (identification code)
83A-83C Classification information 9 Deterioration list (list output means)
91A, 91B Classification information 92 Group comments (additional information)
93 Stored photo (identification code)
94 Deterioration degree judgment (additional information)

Claims (4)

A computer to produce a photo report with the location specified by the drawing and the photo of the situation at that location.
Drawing importing means for importing drawing information,
Photo capture means for capturing photo data and
A screen display means for displaying the drawing information and the photographic data side by side, and
A photographic position specifying means for designating the position of the photographic data on the drawing information displayed on the screen display means, and
A signing means for assigning an identification code to the photographic data whose position is designated by the photographic position specifying means
A drawing output means for outputting the identification code displayed on the drawing information, and
A photographic output means for outputting the photographic data side by side with the identification code,
A photo report creation program to make it work. The photograph according to claim 1, further comprising a classification and assigning means for imparting classification information to the photographic data, and the photographic output means for outputting the identification code and the classification information and the photographic data side by side. Report creation program. Grouping means for grouping by classification information and
An additional input means for inputting additional information for each classification information,
A list output means for outputting the additional information and the identification code in a list format in association with the classification information.
The program for creating a report with a photograph according to claim 2, wherein the program is provided with. The photo according to any one of claims 1 to 3, wherein the photo data whose position is designated by the photo position designating means is displayed with a designated mark attached to the screen display means. Report creation program.

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