JPH09160946A - Supporting system for determining architectural design principle - Google Patents

Abstract

PROBLEM TO BE SOLVED: To uniformly, visually and concretely impart the process and reference, etc., for determining an architectural design principle and to support the determination of the architectural design principle. SOLUTION: The plural life image classification information imaged from the life style in an architecture are taken out from a fourth storage means 24 by a fourth processing means 34 and the information are displayed on a display device 1 in the form of a life image scale table. By a fifth processing means 35 receiving the input of a selection command, the image information corresponding to a life classification name is taken out from a fifth storage means 25 and the information is displayed. By a first processing means 31 receiving the input of a confirmation command, the architechtural design pattern classification information belonging to a confirmed life classification name is taken out from a first storage means 21 and the information is displayed. By a second processing means 32 receiving the input of the selection command, the detailed information corresponding to the selected architectural design pattern is taken out from a second storage means 22 and the information is displayed. By a third processing means 33 receiving the input of the confirmation command, the idea sketch belonging to the confirmed architectural design pattern is taken out from a third storage means 23 and the sketch is displayed.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention uses a so-called personal computer to allow a building design developer of a company to decide a policy of future building design, or a building which a customer is going to build. The present invention relates to an architectural design policy decision support system used to determine an architectural design policy.

[0002]

2. Description of the Related Art Generally, in deciding the development policy of architectural design, a company first considers the trends and demand trends of society and builds an image that matches those trends. The architectural design policy that reflects the above is decided. Then, reflecting this architectural design policy, concrete development is performed in each department in charge of exterior materials and interior materials. In addition, the customer also collects the desired image of the building to be built, decides a building design policy that can realize his / her lifestyle, etc., and then requests a design etc. based on this building design policy. Is done.

[0003] In determining such an architectural design policy, conventionally, there is no standard or tool for supporting the policy decision, and it is usually carried out based on a personal sense. Slightly, in determining the color policy, a color image scale (for example, Japanese Patent Publication 5
However, the present situation is that although there are cases in which reference is made to JP-A 6-46082).

[0004]

However, in such a situation, in a company, it takes time to decide the architectural design policy, and it becomes vague and unstructured, so that individual parts such as exterior materials and interior materials are separated. There is a risk that each building will be developed under a separate development policy and will not be unified as a building. On the other hand, the customer may be unable to determine his or her own architectural design policy, and the actual architectural design may proceed in an ambiguous manner, resulting in a building different from the one desired by the customer.

The present invention has been made in view of the above circumstances, and an object thereof is to uniformly and visually give a process, a criterion, etc. for determining a building design policy, and The purpose is to provide a decision support system that supports policy decisions.

[0006]

In order to achieve the above object, the invention according to claim 1 is such that, as shown in FIG. 1, a plurality of architectural design patterns are preliminarily written based on an image of each architectural design pattern. First storage means 21 for storing the architectural design pattern classification information formed by arranging and setting the plurality of sentence expressions in a list and each architectural design pattern for each of the plurality of architectural design patterns. 2 or more kinds of detailed information about the above are set in advance, the second storage means 22 for storing the plurality of detailed information, and each of the plurality of architectural design patterns is realized in advance as one for embodying each architectural design pattern. Alternatively, third storage means 23 in which two or more kinds of idea sketches are set and the plurality of idea sketches are stored
And In addition, the first processing means 31 for extracting the architectural design pattern information from the first storage means 21 and displaying it on the display device 1 and the selection command based on the architectural design pattern classification information displayed by the first processing means 31 In response to the input, the detailed information corresponding to the selected one architectural design pattern is retrieved from the second storage means 22 and displayed on the display device 1.
In response to the input of the processing means 32 and the confirmation command based on the detailed information displayed by the second processing means 32, the idea sketch corresponding to the selected architectural design pattern is retrieved from the third storage means 23 and displayed on the display device. The third processing means 33 for displaying 1 is provided.

In the case of the above configuration, the first processing means 31 displays the architectural design pattern information on the display device 1 as shown in FIG. 2 (step S6). Since this architectural design pattern information is classified and set in advance using text expressions based on the image of each architectural design pattern, the developer or customer (hereinafter, simply referred to as a user) of the company may use the above text expressions. It is possible to obtain a rough index about the architectural design policy based on the image associated with. Then, by selecting one architectural design pattern from the architectural design pattern information and inputting a selection command (step S8), detailed information corresponding to the selected architectural design pattern is displayed on the display device 1 by the second processing means 32.
Is displayed (step S9), and based on the detailed information, it is possible to confirm whether or not the image associated with the user and the image classified and set in advance by the text expression match. When a confirmation command is input based on this confirmation (step S11), the third processing means 33
A design sketch that embodies the selected architectural design pattern is displayed on the display device 1 (step S12), whereby a specific architectural design policy can be determined.

According to a second aspect of the present invention, in the first aspect of the present invention, the first storage means 21 is used as architectural design pattern classification information, and the radial direction of the circular region is a conceptual tendency region and a design tendency region. Each circular expression is divided into three categories: beauty based on shape, color and pattern in the circumferential direction, function / use, and material, and each text expression corresponding to a plurality of architectural design patterns is within the circular area. It is assumed that the building pattern classification circle displayed and described at the position corresponding to is stored.

In the case of the above construction, the architectural pattern classification circle is displayed as architectural design pattern classification information on the screen of the display device 1 by the first processing means 31 (step S6), and the architectural pattern classification circle is beautiful in the circumferential direction. It is divided into three categories of functions / uses and materials, and is divided into areas of conceptual tendency or design tendency in the radial direction, and the architectural design pattern by each text expression is described at the corresponding position. , The user can accurately and quickly select one architectural design pattern, which is an index of the architectural design policy, from among the many text expressions classified and set by looking at the architectural pattern classification circle. It will be possible.

According to a third aspect of the present invention, in the first aspect of the invention, the second storage means 22 is used as detailed information for each of a plurality of architectural design patterns represented by texts and an image corresponding to each architectural design pattern. One or more selected from photographs, image sketches, and concept definition sentences should be stored.

In the case of the above configuration, if one architectural design pattern is selected based on the display on the display device 1 by the first processing means 31 (step S8), the screen of the display device 1 is displayed by the second processing means 32. Image photograph corresponding to the selected architectural design pattern,
One or two or more of the image sketch and the concept definition text are displayed as detailed information (step S9).
Therefore, by looking at these image photographs, etc., it is possible to accurately judge whether the image grasped by the user from the text expression classified and set as the architectural design pattern and the image pre-classified by the text expression match or do not match. It becomes possible to do.

According to a fourth aspect of the present invention, in the first aspect of the invention, the third storage means 23 stores the idea sketch for each of a plurality of parts preset as a constituent of the building, and the third processing is performed. The means 33 is configured to receive an input of a site selection command together with or separately from the confirmation command and retrieve the idea sketch of the site corresponding to the site selection command from the third storage means 23 and display it.

In the case of the above construction, if the selected architectural design pattern is confirmed on the basis of the display of the detailed information on the display device 1 by the second processing means 32, or the site is selected together with the confirmation (step S11), the third By the processing means 33, on the screen of the display device 1 for each part corresponding to the selected architectural design pattern, that is,
Different design sketches of the floor, wall, ceiling, outer wall, etc. are displayed on the display device 1 (step S12). This will give you 1 according to the selected architectural design pattern.
The architectural design policy for each part unified in one image is concretely shown.

According to a fifth aspect of the invention, in the first aspect of the invention, the second processing means 32 is configured to receive the input of the return command and return to the display by the first processing means 31.

In the case of the above structure, the detailed information displayed on the display device 1 by the second processing means 32 is viewed, and the image grasped by the user from the architectural design pattern by the text expression and the detailed information are shown. If there is a discrepancy with the image previously classified and set as the architectural design pattern, enter a return command (step S
By 10), the screen of the display device 1 immediately shifts to the architectural design pattern classification information by the first processing means 31 (step S10 → step S6). This allows
It becomes possible to select from the architectural design pattern classification information again, and trial and error can be easily and quickly performed for determining an image as an index.

According to a sixth aspect of the invention, in the first aspect of the invention, a plurality of life image classification names are preliminarily classified and set for the life images imaged from the lifestyle of the building, and the plurality of life image classification names Fourth storage means 24 for storing life image classification information formed by arranging in a list.
Fourth processing means 34 for extracting life image classification information from the fourth storage means 24 and displaying it on the display device 1. Then, in the first storage means 21, the architectural design pattern classification information belonging to each life image classification name is stored for each of the plurality of life image classification names, and the first processing means 31 is displayed by the fourth processing means 34. Upon receiving the input of the selection command based on the living image classification information, the architectural design pattern classification information belonging to the selected one living image classification name is displayed.

In the case of the above configuration, the architectural design pattern classification information is preset for each of a plurality of life image classification names, and the life image classification information is displayed on the display device 1 by the fourth processing means 34 (step S1). ). Then, when the user looks at this life image classification information and selects one life image classification name based on the life style imaged from the life image classification name (step S2), the selected life image classification name is set. The corresponding architectural design pattern classification information is displayed on the display device 1 by the first processing means 31 (step S6). As a result, compared with the case where one architectural design pattern is selected from the architectural design pattern classification information in which all the architectural design patterns are gathered, first, a desired lifestyle image is selected from the lifestyle image classification information, and the selected lifestyle is selected. Since one architectural design pattern is selected from the architectural design pattern classification information belonging to the image, the architectural design pattern is selected from a narrower range, and the selection can be performed more easily and appropriately.

According to a seventh aspect of the present invention, in the sixth aspect of the invention, the first processing means 31 is configured to receive an input of a return command and return to the display by the fourth processing means 34. .

In the case of the above configuration, the first processing means 31 looks at the architectural design pattern classification information displayed on the display device 1, and the image of the lifestyle that the user grasps from the image of the lifestyle and the architectural design pattern. When the image of the life image name grasped from the classification information is inconsistent, the screen of the display device immediately shifts to the life image classification information by the fourth processing means 34 by inputting a return command (step S7) (step S7). → Step S1). As a result, the life image name can be selected again from the life image classification information, and trial and error can be easily and quickly performed for determining the life image image as a starting point.

According to an eighth aspect of the invention, in the sixth aspect of the invention, the fourth processing means 34 is used as the life image classification information, and a warm / cool image is used as one axis for hardware / hard image processing.
An orthogonal coordinate area with the soft image as the other axis is divided into a plurality of life image zones corresponding to the above-mentioned life image classification names, and the plurality of life image classification names that have been classified and set correspond to each life image classification name. It is configured to display a life image scale table described in the life image zone.

In the case of the above configuration, the life image scale table is displayed as life image classification information on the display device 1 by the fourth processing means 34 (step S1). This life image scale table is composed of warm and cool image axes and hard
The orthogonal coordinate area with the soft image axis is divided into multiple life image zones corresponding to each life image classification name, and the life image classification name corresponding to each life image zone is described. It becomes possible to more accurately grasp the image of the lifestyle imaged by the classification name, and it becomes easier and more accurate to select the lifestyle image desired by the user.

According to a ninth aspect of the present invention, in the invention according to the sixth aspect, one or more kinds of image information about images belonging to each life image classification name is preset for each of a plurality of life image classification names. The fifth storage means 25 for storing the plurality of image information and the selection command based on the life image classification information displayed by the fourth processing means are input, and one selected from the fifth storage means is received. Fifth processing means 35 for extracting image information belonging to the life image classification name and displaying it on the display device 1. Then, the first processing means 31 receives the confirmation command based on the image information displayed by the fifth processing means 35, and displays the architectural design pattern classification information belonging to the one selected life image classification name. It is configured to do.

In the case of the above configuration, when one life image classification name is selected based on the life image classification information displayed on the display device 1 by the fourth processing means 34 (step S
2) Image information belonging to this life image classification name, for example, a drawing such as an image perspective is displayed on the display device by the fifth processing means (step S3). With this image information, it is possible to confirm whether or not the image grasped by the user from the life classification name matches the lifestyle image previously expressed by the life image classification name. Then, since the architectural design pattern classification information belonging to the confirmed life image classification name (step S5) is displayed on the display device 1 by the first processing means 31 (step S6), the life image desired by the user can be more clearly understood. It becomes possible to proceed with the process until the decision of the architectural design policy after that while being aware.

Further, in the invention described in claim 10, in the invention described in claim 9, the fifth processing means 35 is configured to receive the input of the return command and return to the display by the fourth processing means 34. Is.

In the case of the above construction, the image information displayed on the display device 1 by the fifth processing means 35, the image grasped by the user from the life image classification name, and the life image indicated by the image information are displayed. If there is a discrepancy with the image, enter a return command (step S4)
As a result, the screen of the display device 1 immediately returns to the living image classification information by the fourth processing means 34 (step S4 → step S1). As a result, selection from the life image classification information becomes possible again, and trial and error for determining the life image image as a starting point can be performed easily and quickly.

[0026]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 3 shows an apparatus (personal computer) for executing the architectural design policy decision support system according to the embodiment of the present invention. This personal computer is a display apparatus 1 such as a CRT and a microprocessor (CPU). ) 3 and an input device 4 such as a keyboard 41 and a mouse 42. Then, the first shown in FIG.
-Fifth storage means 21 to 25 and first to fifth processing means 31
The above-mentioned architectural design policy decision support system including .about.35 is incorporated in the storage medium 5 such as a CD-ROM, and the storage medium 5 is installed in the CPU 3 to start the architectural design policy decision support. To be done.

When this decision support system is operated,
As shown in FIG. 4, the display device 1 displays a first image 61 having three types of search menus. The above-mentioned search menu provides three types of search methods until the determination of the architectural design policy, that is, a search from the lifestyle image, a search from the design pattern list, and a search from the product genre (by product part). When the user sees this menu image and selects one of the search menus, the above support is started.

Specifically, in the first image 61, three menu selection buttons 611, 612, and 613 for "search from life image", "design pattern list", and "product genre" are set as areas. By moving the cursor to a desired position of these three menu selection buttons 611, 612, and 613 and clicking the mouse 42, for example, the search menu of the cursor designated position is started. In FIG. 4, 614 is the first image 6 described above.
The "Auto Play" button is set to the area 1, 615 is also a "Help" button, and 616 is a "Quit" button. When the cursor is moved to the position of the "Auto Play" button 614 and the mouse 42 is clicked, the images described below are sequentially and automatically transferred regardless of the main control, and when the "Help" button 615 is clicked. Move to the image that displays the operating instructions, and click "Quit
By clicking at the position of the "button 616, the decision support system is terminated.

The above three search menus will be described below.

(Search from Life Image) The search from the life image is basically controlled mainly according to the flow chart shown in FIG. 2. First, at step S1, the life image classification information is stored in the fourth memory. The life image classification information extracted from the means 24 is displayed on the display device 1 as the second image 62 (see FIG. 5). The life image classification information is stored in the fourth storage unit 24 as a life image classification scale table (see 621 in FIG. 5) and is displayed on the second image 62 in the form of the life image classification scale table 621. In this life image classification scale table 621, six life image zones corresponding to six life image classification names are set in an orthogonal coordinate region in which the horizontal axis is the warm / cool image axis and the vertical axis is the hard / soft image axis. In each life image zone, "natural", "at home", "resort", "modern",
The names of lifestyle classifications of "rational" and "trad" are described. This "natural" zone 622, "at home" zone 623, "resort" zone 624, "modern" zone 625, "reasonable" zone 626, and
The “trad” zones 627 each function as a life image selection button, and the cursor is moved to one of the zones 622.
The selection command is input by positioning the mouse at ˜627 and clicking the mouse 42.

Each of the above life image classification names is named in advance in a language based on an image from a lifestyle and a life mind. Explaining each image,
"Natural" means a lifestyle that loves nature, is familiar with nature, and continues to live in harmony with the environment. It means an image that emphasizes a natural sense in everything, and "at home" is a group of families and hospitality. It means an image of life that is enjoyable, and an image that emphasizes communication between people. A "resort" is an image of life that requires the whole family to continue to live in good health and peace of mind, and an image that emphasizes brightness and safety. Means "modern" with a sophisticated urban feel,
It is a hobby and playful life mind, meaning an image that emphasizes individuality and privacy, and "rationality" is a rational life mind that is sensitive to information, and arranges it in its own way. "Trad" means an image that emphasizes sex, and "trad" is a lifestyle mindset that continues to stick to the authenticity of traditional elements regardless of whether it is Japanese or Western. It means an image that emphasizes style and relaxation.

In the second image 62, page conversion buttons 628a and 628b, which have been set in respective areas, and "Hom" are displayed.
"e" button 629 and "Help" button 615 are displayed. When the cursor is moved to the position of the page conversion button 628a and the mouse 42 is clicked, the image 63 on the next page is displayed regardless of the main control. Clicking on the position of the page conversion button 628b converts each image into the image 61 of the previous page, and clicking on the position of the "Home" button 629 returns to the first image 61 (other images described below. Same in).

Then, when the user positions the cursor on the life image zone of the life image classification name that the user thinks matches with his / her own image and clicks the mouse 42 to select one life image (step S2), the fifth processing means. By 35,
Image information about the selected life image including the third image 63, the fourth image 64, and the fifth image 65, which will be described below, is retrieved from the fifth storage unit 25 and displayed on the display device 1 (step S3). ).

The third, fourth and fifth images 63 to 65 are
A case where “natural” is selected as the life image in the second image 62 will be described. The third image 63 (see FIG. 6)
Is an image of "natural" life image 6
31 and together with this third image 6
In 3, there is a display field 632 for the life image classification name “natural”,
The image is expressed in a language, "a lifestyle that is oriented toward family return and emphasizes family dwelling and communication.
Focusing on practical values as they are, without any waste. And a text explanation field 633 is displayed. Then, in the third image 63, circulation buttons 634a and 634 for circulating and shifting between the three images 63 to 65 in the lower right corner.
The area b is set, and the third image 63 to the fourth image 64 are displayed by clicking at the position of the circulation button 634a.
When the circulation button 634b is clicked, the third image 63 is switched to the fifth image 65 in the reverse order.

In the left column area of the third image 63,
Page conversion buttons 628a and 628b, a "Home" button 629, a "Help" button 615, an "image map" button 635, and an "explanation" button 636 are provided for each area. The page conversion button 628a in the third image 63 plays a role of inputting a confirmation command, and the confirmation command is issued by clicking the mouse 42 at the position of the page conversion button 628a (step S5 → step S6). The fourth image 64 and the fifth image 65, which are image information, are skipped, and a sixth image 66 displaying the architectural design pattern classification information is displayed. Also, the page conversion button 62 above
8b is adapted to issue a return command by clicking the mouse 42 at this position, and the click on the display device 1 causes the third image 63 to be displayed.
Is returned to the second image 62 displaying the life image information (step S4 → step S1). In addition, the “image map” button 635 directly moves to the fifth image 65 by clicking the mouse 42 at this position, and the “description” button 636 directly moves to the fourth image 64 by clicking the mouse 42 at this position. It is set so as to have a function of causing it.

Further, in the lower position of the left column area of the third image 63, the life image classification scale table 62 of the second image 62 is displayed.
1 is displayed in a reduced form, and when the mouse 42 is clicked at the position of the circular portion set in each reduced zone, the third information on the image information corresponding to the life image at that position is displayed. ~ Three pieces of image information similar to the fifth images 63 to 65 are taken out from the fifth storage means 35 and displayed on the display device 1.
That is, the life image classification name selected this time (“Natural”)
Even if the image is different from the image recognized by the user, the display device 1 can display image information about other life image classification names without calling the second image 62.

On the other hand, the fourth image 64 (see FIG. 7) is
An image of the selected image classification name (“natural”) is displayed on the image scale table 641 and the text description 64.
It is indicated by 2 and displayed. Further, in the fourth image 64, a column 643 for displaying the selected life image classification name “natural” in the upper area, and a return button for returning the display of the display device 1 to the third image 63 in the lower area. Areas 644 and 644 are set and displayed.

The image scale table 641 has twelve images corresponding to image classification names expressed by twelve adjectives in a Cartesian coordinate area having the warm / cool image axis as the horizontal axis and the hard / soft image axis as the vertical axis. Zones are set as areas, and image classification names such as “romantic”, “simple”, “elegant”, “gorgeous”, and “dandy” are described in each image zone. An area 645 to which the above-mentioned life image classification name “natural” belongs is displayed in the image scale table 641. When the user looks at this area 645, the life image classification named as “natural” above. It helps to grasp the image of the name.

Further, the above-mentioned sentence explanation 642 shows four values of "value", "living mind", "living form", "living scene", and "design-oriented" for the image of the living image classification name "natural". It is explained from the viewpoint in the form of a sentence, and the user can conceptually understand the image of "natural" by reading it.

The fifth image 65 (see FIG. 8) is an image photograph group 65 including a plurality of image images of the selected life image classification name (“natural”).
It is represented by 1 and displayed. In the fifth image 65 as well, a column 652 for displaying the selected life image classification name “natural” in the upper area and a fourth area in the lower area are displayed.
A return button 653 for returning the display of the display device 1 to the image 64 is set and displayed in each area.

The image photograph group 651 includes a person image 654 in which the image of the life image classification name "natural" is embodied, an interior 655, an entrance / door 656, and furniture 65.
7. It is composed of image photographs that model the tableware 658, the pattern 659 of the wall material, etc. as a model, and the user can see the images of the above-mentioned life image classification name more realistically. You can do it.

Then, the user uses the above third to fifth images 6
When looking at the image information from 3 to 65 and the image grasped from them and the image recognized by the life image classification information of the second image 62 are different, enter a return command using the page conversion button 628b. To return to the second image 62 (step S4 → step S1), and again
Select a life image classification name. On the other hand, if the above two images are the same or proceed as they are, the page conversion button 6
When the confirmation command is input using 28a, the first processing means 31 classifies the architectural design pattern belonging to the selected living image classification name from the plurality of architectural design pattern classification information preset and stored for each living image classification name. Information is read from the first storage means 21, and the overall image of the architectural design pattern classification information is first displayed in the sixth image 66 (FIG. 9).
Then, the enlarged images 67 to 72 are selectively displayed on the display device 1 as the seventh images 67 to 72 (see FIGS. 10 to 15) (step S5 → step S).
6).

In the sixth image 66, the architectural design pattern classification information is the architectural design pattern classification circle 661.
In addition, a life image classification name (“natural”) 662 to which the architectural design pattern classification circle 661 belongs is displayed in the upper area. In addition, the sixth image 66
In the area on the left side of, the page conversion buttons 628a and 628b similar to those in the third image 63 and the "Home" button 6 are displayed.
29 and a "HELP" button 615 are set in the respective areas, the page conversion button 628a serves to input a confirmation command, and the page conversion button 628b transmits a return command to the second image 62. It is designed to play an input role.

Architectural design pattern classification circle 661 above
Is equal to 6 due to the interior angle where the circular region 663 is equal to the dividing line.
The circular area 663 is defined such that the central side of the circular area 663 is a conceptual tendency and the outer peripheral side thereof is a design tendency, while being divided into two fan-shaped areas 664 to 669. 6 above
Of the two fan-shaped regions 664 to 669, the upper one has a shape,
There are three areas: "Beauty" area 664 based on color and pattern, one skipped material is "Material" area 666 based on details, and one further skipped is "Use" area 668 based on function / use. It is regarded as a pole, and "beauty"
The middle of the area 664 and the “material” area 666 is the “beauty / material” area 665 based on the texture and finish of the intermediate character of both.
The middle of the "material" area 666 and the "use" area 668 is the "material / use" area 66 based on the construction and mechanism of the intermediate character of both.
8. The middle of the "use" area 668 and the "beauty" area 664 is defined as the "use / beauty" area 669 based on the production and scene of the intermediate character of both. Then, these six regions 664 to 669 have respective regions 664 to 66.
Numerous architectural design patterns belonging to the personality defined by No. 9 are described together with their pattern numbers by the following textual expressions, and in addition, each area 664 to 66
Rectangular selection buttons 664a to 669a for inputting a selection command for selecting 9 are set as areas.

When the user sees the sixth image 66 and determines that it is different from his / her own image, he / she returns to the second image 62 by inputting a return command using the page conversion button 628b to display it on the display. Another life image is selected again from the life image classification information displayed on the device 1 (step S7 → step S1). On the other hand, in the case of continuing the system by the life image classification name currently selected by the user, one of the areas 66 from the architectural design pattern classification circle 661 described above is used.
By selecting 4 to 669 by clicking the mouse 42 at the positions of the selection buttons 664a to 669a, enlarged images of the selected regions 664 to 669 are displayed on the display 1. When the “beauty” area 664 is selected, the enlarged image 67 (see FIG. 10) is displayed on the display device 1, and when the “beauty / material” area 665 is selected, the enlarged image 68 (see FIG. 11) is displayed on the display device 1. When the “Material” area 666 is selected, the enlarged image 69 is displayed.
(See FIG. 12) is displayed on the display device 1, and when the “material / use” area 667 is selected, the enlarged image 70 (FIG. 1) is displayed.
3) is displayed on the display device 1, and when the “use” area 668 is selected, the enlarged image 71 (see FIG. 14) is displayed on the display device 1 and the “use / beauty” area 669 is displayed.
When is selected, the enlarged image 72 (see FIG. 15) is displayed on the display device 1.

Since the enlarged images 67 to 72 have the same structure, the enlarged image 67 in the "beauty" area 664 in FIG.
For example, in the enlarged image 67,
An enlarged display of the "beauty" area 664, a display 671 of the area name "beauty", and a display 672 for visually explaining the conceptual tendency on the center side and the design tendency on the outer side.
The “Beauty” area 664 is the architectural design pattern classification circle 6
A reduced classification circle 673 indicating where it is located in 61 and a life image classification name (“natural”) 674 to which the architectural design pattern classification circle belongs are displayed. Then, in the enlarged “beauty” area 664, a plurality of architectural design patterns belonging to this area are expressed in a textual manner as “○ 039 fine unevenness of fine stripes”, “○ 036 checkerboard pattern”, and “○ 070”. "Tsuiyo-riming", "○ 067 Combination of straight line and perfect circle", "○ 094 Surface of soft light", "○ 077 Non-character expression", "○ 0"
88 Assignment with rules ”,“ ○ 051 Ground and map composition ”
Is displayed. The above-mentioned “○” area is used as a selection button for the architectural design pattern, and the above “039” and the like indicate the pattern number of the architectural design pattern and the above “fine stripe unevenness”.
Etc. represent the architectural design patterns, respectively.

Then, the user can see the enlarged images 67-
When one architectural design pattern from 72 is clicked with the mouse 42 at the above-mentioned "○" position and a selection command is input, the second processing means 32 stores detailed information preset for each architectural design pattern. The following detailed information corresponding to the selected architectural design pattern is retrieved from the 2 storage means 22 and displayed as the eighth image on the display device 1 (step S8 → step S9).

For the above detailed information, the "material" area 66
6 when the architectural design pattern “○ 061 Utilize the element” (see FIG. 12) belonging to No. 6 and the architectural design pattern “○ 017 with design on the back” (see FIG. 13) belonging to the “material / use” area 667 are selected. The case of selection will be described as an example.

The above architectural design pattern "○ 061
If "use the element" is selected, the eighth image 73 (see FIG. 16) is displayed on the display device 1 by the second processing means 32. In the eighth image 73, the pattern No.
“731” is displayed, “Architectural design pattern is used” 732 is displayed, a brief description 733 of the image of “Used element” is displayed, and a motif display 734 used for image formation is displayed. Photos 735a and 735b of an example of an article in which the motif is embodied, a sketch 736 of the article, and a detailed explanation 737 of the image of "saving the element" are displayed.

As the above-mentioned brief explanation 733, "the nature of a Japanese person who is familiar with nature and delicate in the sense of time" is displayed as the image of "saving the elements", and the motif display 734 is "bare tree (shiki)". Lucky), sukiyaki,
"Generation (Kinari), split skin (Warihada)" is displayed, and various pictures of the wooden chopsticks and wooden braids are displayed as the pictures 735a and 735b of the above-mentioned article example, and the cut-out chopsticks are shown as a sketch 736. The explanation is displayed.

In addition, the above architectural design pattern "○ 0"
If “17 with design on the back” is selected, the eighth image 74 (see FIG. 17) is displayed on the display device 1 by the second processing means 32. In this eighth image 74, a display 741 of "017" as a pattern number, a display 742 of "design on the back" as an architectural design pattern, and a brief explanation 743 of the image of "there is design on the back" are shown. A display 744 of the motif adopted for the formation, a photograph 745 of an example of an article in which the motif is embodied, a sketch 746 thereof, and a detailed explanation 747 of the image of "there is a design on the back" are displayed. .

In the brief explanation 743, "Reversible device that gives width and depth to life" is displayed as the image of "there is a design on the back", and the motif display 744 is "decorative fusuma". , Folding screen, suzuribako ”is displayed, and a picture of the folding screen is displayed as the photo 745 of the above-mentioned article example, and the sketch 7 is displayed.
As 46, a perspective view of the parlor with explanation and the like are displayed.

Then, the user, for example, the eighth image 7 described above.
If the contents of the architectural design pattern “make use of the element” and the image that the user recalled from the text expression “make use of the element” of the architectural design pattern are dissimilar to each other by looking at the third image 73, When the mouse 42 is clicked at the position of the page conversion button 628b, the return command is input and the sixth image 66 is displayed on the display device 1.
(Refer to FIG. 9) is displayed again, whereby the architectural design pattern is selected again from the architectural design pattern classification circle 661 (step S10 → step S).
6). On the other hand, when the content of the architectural design pattern “use the element” is satisfied, a confirmation command is input by clicking the mouse 42 at the position of the page conversion button 628a of the eighth image 73, and the confirmation command is input. The third processing means 33 receives the input of
The image 75 (see FIG. 18) and the tenth image 76 (see FIG. 19) are displayed on the display device 1 (step S1).
1 → step S12).

In the ninth image 75, before displaying the tenth image 76 for presenting the idea sketch, the tenth image 76 for the idea sketch of any one of a plurality of parts constituting the building is displayed. The user is allowed to select whether to display. Therefore, in the ninth image 75, nine site selection buttons 751a to 751i for inputting a selection command are set as an area, and the eighth image of the above-mentioned selected architectural design pattern "use the element". A part of 73 (see FIG. 16) is also displayed together with a display 752 for reference of site selection.

As the part selection buttons 751a to 751i, the "floor" selection button 751a, the "wall" selection button 751b, the "ceiling" selection button 751c, the "fitting / fabrication" selection button 751d, and the "storage / furniture" selection button are selected. 7
51e, "kitchen" selection button 751f, "wash / bath" selection button 751g, "outer wall" selection button 751
There are nine types of h, "roof / etc" selection buttons 751i. Further, as a display 752 for reference, a display 731 of the pattern No. in the eighth image 73,
Display 732 of the architectural design pattern "Make the most of the element",
The short description display 733 and the "motif" display 73
4, pictures 735a and 735b, and sketch 736 are displayed, respectively.

Then, the user clicks the mouse 42 at the position of one site selection button from the nine site selection buttons 751a to 751i of the ninth image 75 to input the selection command. Then, by the third processing means 33 which has received the selection command, from the third storage means 23 in which idea sketches are preset and stored for each of a large number of architectural design patterns and for a plurality of parts constituting a building. One or two or more idea sketches of the selected portion of the architectural design pattern “make good use of” are displayed on the display device 1 as the tenth image 76. In the tenth image 76, for example, in the ninth image 75, the user selects the “wall” selection button 75.
Taking the case of selecting 1b as an example, an idea sketch 761 based on the image of the above-mentioned architectural design pattern "make good use of" is displayed, and a plurality of other idea sketches different from the idea sketch 761 are displayed in the lower right corner. The circulation buttons 762a and 762b for circulating and shifting between the images are set as areas.
Further, in the left area of the tenth image 76, the pattern No. and its textual expression of the other architectural design pattern to which the idea sketch 761 belongs are displayed as a "use pattern", and the display column inputs a return command. Areas are set as call buttons 763 to 766 for calling.

As the above idea sketch 761,
A sketch of a wall material with a "simple wood-like texture like plywood" divided by "fine bottom joints" is displayed. In addition, the circulation button 762a shifts from the tenth image 76 to another idea sketch in the normal order by clicking at this position.
The tenth image 63 by clicking at the position of b
It is supposed to move from the reverse to the last idea sketch of the plural ones. Further, by clicking on one of the call buttons 763 to 766, detailed information about the architectural design pattern displayed on the call button is read from the second storage means 22 and displayed on the display device 1. It is supposed to be done.

In step S8, the architectural design pattern "there is a design on the back" is selected, and the eighth image 74 is displayed on the display device 1 (step S9), and the user is satisfied with this and step S11. When the confirmation command is input in step 3, the third processing means 33 displays the ninth image 75 'shown in FIG.
When the user clicks the mouse 42 at the position of the “wall” selection button 451b in the ninth image 75 ′ to select the “wall” portion, the tenth image 76 ′ shown in FIG. 21 is displayed on the display device 1. (Step S1
2).

In the above architectural design policy decision support system, the operation flow until the user selects a search from the life image menu and decides the architectural design policy is summarized based on FIG. One life image classification name is selected from the image classification scale table (second image 62) (P11), and image information (third image 63, fourth image 64, fifth image 65) about the selected life image classification name.
Confirm by (P12). Next, the architectural design pattern classification circle belonging to the selected life classification name (6th image 6
The architectural design pattern is selected from the sixth and seventh images 67 to 72) (P13), and the selected architectural design pattern is confirmed based on the detailed information (eighth image 73 or 74) (P14). Then, a site is selected from the site-based list (9th image 75, 75 ') (P15),
Idea sketch of the displayed part (10th image 7
6,76 ') Determine the architectural design policy (P1
6). Finally, after confirming whether to end (P17), the process ends.

(Search from Design Pattern List) To search from the design pattern list, the mouse 4 is pressed at the position of the menu selection button 612 of the first image 61 (see FIG. 4).
Start by clicking 2. This search menu is mainly controlled according to steps S6 and S8 to S12 of the flowchart shown in FIG. 2. First, in step S6, the architectural design pattern classification information is first stored by the first processing means 31. The architectural design pattern classification information extracted from the means 21 is displayed on the display device 1 as the second image 81 (see FIG. 23).

The second image 81 is configured such that each architectural design pattern can be displayed in a total number (for example, 100 sets) with a set of a text expression, a pattern No, and a brief description of an image represented by the text expression. It was done.
In the second image 81, the display unit 8 having a region set in the lower portion is displayed.
11 and a display unit 812 having a region set on the upper right side for displaying a reduced image of the detailed information image (eighth image 73, etc.) of one architectural design pattern are displayed. And, for example, five sets of architectural design pattern displays 813 to 817 out of a large number of architectural design patterns are displayed on the display unit 811, and the architectural design patterns 713 to 817 are regions at the right end position of the display unit 811. Set scroll buttons 818a, 8
When the mouse 42 is clicked at the position 18b, the architectural design pattern displays 813 to 817 are scrolled to display the entire set of architectural design patterns.

Then, the user selects one of the architectural design pattern displays 813 to 817 displayed on the display section 811 by clicking the mouse 42 at one pattern No or the position of the text expression to select the pattern No. The reduced image of the detailed information is displayed on the display unit 812 (step S8 → step S9).
By clicking at the position of the photograph 812a in the display unit 812, the enlarged image of the photograph is displayed on the display device 1, while clicking at the position of the detailed explanation display 812b, the selected architectural design pattern is displayed. Is displayed by the second processing means 32 as the third image. The third image is the same as the eighth image 73 or 74 described above as an example.

Thereafter, as described above, step S
9th image 75 or 75 '
Etc., the tenth image 76 or 76 'is displayed on the display device 1 (step S12). In this case, the second image 81 is displayed on the display device 1 by clicking at the position of the "design pattern list" call button 753 set in the area of the ninth images 75 and 75 'and inputting a return command. Then, the architectural design pattern can be selected again (step S10).

In the case of a search from this design pattern list, the user starts the operation from P13 shown in FIG. 22 and performs the operations in the order of P13 to P17.

(Search from product genre) Search from the product genre is started by clicking the mouse 42 at the position of the menu selection button 613 of the first image 61 (see FIG. 4). This search menu corresponds to step S12 of the flowchart shown in FIG.
First, the site list is displayed on the display device 1 as the second image 91 (see FIG. 24) by the third processing unit 33.

In the second image 91, nine site selection buttons 911a to 911i are set and displayed, and in addition, a diagram 910 of the appearance of the building is displayed to assist the image. As the part selection buttons 911a to 911i, there are a "floor" selection button 911a, a "wall" selection button 911b, a "ceiling" selection button 911c, a "fitting / feature" selection button 911d, and a "storage / furniture" selection button 9.
11e, "kitchen" selection button 911f, "wash / bath" selection button 911g, "outer wall" selection button 911
It has nine types of h and "roof / etc" selection buttons 911i.

Then, the user selects one of the above nine sites and selects the selected site selection button 911a.
By clicking the mouse 42 at the position of ˜911h or 911i, the second image 92 showing a large number of idea sketches of the selected site in one image 92.
(See FIG. 25) is displayed.

In this second image 92, nine site selection buttons 920a to 920i, which are the same as the above-mentioned ones 911a to 911i, are set in order from the top at the left end position, and a predetermined number of idea sketches are collected in the remaining area. It is displayed so that it can be listed. FIG. 25 shows a case where a roof is selected as a part, and in this case, a total of 30 kinds of idea sketches 921, 922, ..., 949, 950 in the second image 92, six in the horizontal direction and five in the vertical direction. Is displayed. The above idea sketches 921 to 950 are stored in the third storage means 2.
The idea sketch of the same part (wall or roof etc.) is taken out and displayed from among a large number of idea sketches stored and set in 3 in accordance with a large number of architectural design patterns, and the area where each idea sketch is displayed is selected. It functions as a button for command input. The number of idea sketches changes depending on the part.

After looking at the second image 92, the user clicks the mouse 42 at the position of the site selection button of the site to be confirmed from the site selection buttons 920a to 920i if he / she wants to confirm other sites. By doing
The idea sketch list similar to the second image 92 for the part is displayed on the display device 1. On the other hand, when it is desired to see one idea sketch in detail from the second image 92, or when one idea sketch is selected, the idea sketches 921 to 9
By clicking the mouse 42 at the position of 49 or 950 to select it, the selected idea sketch 9
An enlarged image of 21 to 949 or 950 is displayed on the display device 1.

<Other Embodiments> The present invention is not limited to the above-described embodiments, and includes various other embodiments. That is, the present decision support system is not limited to a CD-ROM, and may be stored in a floppy disk or the like, or may be built in a personal computer or the like in advance.

An external printer or the like for printing an idea sketch of the finally decided architectural design policy may be connected.

[0073]

As described above, according to the architectural design policy decision support device in the invention of claim 1,
It is possible to give a process, standards, etc. for deciding the architectural design policy to the developers of architectural design and customers who are going to build in a unified, visual and concrete manner. It can support the decision of design policy. At this time, the user can grasp the architectural design pattern by a pre-classified image represented by a text expression, and can select the architectural design pattern more accurately.

According to the invention of claim 2, in addition to the effect of the invention of claim 1, even if there are many text expressions classified and set by looking at the architectural pattern classification circle, the user can It is possible to select one architectural design pattern, which is an index of the architectural design policy, from among the above accurately and promptly.

According to the third aspect of the invention, in addition to the effect of the first aspect of the invention, the user can see the detailed information such as an image photograph and the like to express the text expression classified and set as the architectural design pattern. Therefore, it is possible to accurately determine whether or not the image grasped by the user and the image classified and set by the text expression are accurately determined, and a more accurate architectural design pattern can be selected.

According to the invention described in claim 4, in addition to the effect of the invention described in claim 1, the user can select the individual parts unified into one image based on one selected architectural design pattern. The concrete architectural design policy of can be obtained.

According to the invention of claim 5, in addition to the effect of the invention of claim 1, even if the architectural design pattern is selected once, the user notices the difference in grasping the image based on the detailed information. In this case, by inputting a return command, selection from the architectural design pattern classification information can be performed again, and trial and error can be performed easily and quickly in determining an image.

According to the invention of claim 6, in addition to the effect of the invention of claim 1, the user sees the life image classification information and based on the life style imaged from the life image classification name. You can select one life style classification name.
As a result, compared with the case where one architectural design pattern is selected from the architectural design pattern classification information in which all the architectural design patterns are gathered, first, a desired lifestyle image is selected from the lifestyle image classification information, and the selected lifestyle is selected. Since one architectural design pattern is selected from the architectural design pattern classification information belonging to the image, the architectural design pattern can be selected from a narrower range, and the selection can be performed easily and accurately. be able to.

According to the invention described in claim 7, in addition to the effect of the invention described in claim 6, even if the life image classification name is selected once from the life image classification information, the user has a difference in grasping the image. If you notice it, you can select the life image name again from the life image classification information by entering the return command, and you can easily and quickly perform trial and error in determining the life image image as a starting point. .

According to the invention of claim 8, in addition to the effect of the invention of claim 6, it is possible to more accurately grasp the image of the life image imaged from each life image classification name by the life image scale table. Therefore, the life image desired by the user can be selected more accurately and easily from the life image information.

According to the invention of claim 9, in addition to the effect of the invention of claim 6, by displaying the image information, the image grasped by the user from the life classification name and the life image classification name in advance. It is possible to confirm whether or not it matches the lifestyle image expressed by, and further proceed with the process until the decision of the architectural design policy while recognizing the lifestyle image desired by the user more clearly. be able to.

Further, according to the invention of claim 10,
In addition to the effect of the invention according to claim 9, when the user notices the difference in grasping the image by looking at the image information, even if the user selects the life image classification name from the life image classification information once,
By inputting the return command, the life image name can be selected again from the life image classification information, and trial and error can be easily, quickly and accurately determined for the life image image as a starting point.

[Brief description of the drawings]

FIG. 1 is a block configuration diagram showing a configuration of the present invention and an embodiment.

FIG. 2 is a flowchart showing processing of the present invention and the embodiment.

FIG. 3 is a perspective view of an apparatus to which the embodiment is applied.

FIG. 4 is a front view of a first image displayed on a display device.

FIG. 5 is a front view of a second image displayed on the display device.

FIG. 6 is a front view of a third image displayed on the display device.

FIG. 7 is a front view of a fourth image displayed on the display device.

FIG. 8 is a front view of a fifth image displayed on the display device.

FIG. 9 is a front view of a sixth image displayed on the display device.

FIG. 10 is a front view of a seventh image displayed on the display device.

11 is a front view of a seventh image example different from FIG.

FIG. 12 is a front view of a seventh image example different from FIGS. 10 and 11.

FIG. 13 is a front view of a seventh image example different from FIGS. 10 to 12;

FIG. 14 is a front view of a seventh image example different from FIGS. 10 to 13;

FIG. 15 is a front view of a seventh image example different from FIGS. 10 to 14;

FIG. 16 is a front view of an eighth image displayed on the display device.

FIG. 17 is a front view of an eighth image example different from that in FIG. 16;

18 is a front view of a ninth image displayed on the display device in the case of FIG. 16. FIG.

FIG. 19 is a front view of the tenth image displayed on the display device in the case of FIG. 16;

20 is a front view of a ninth image displayed on the display device in the case of FIG. 17. FIG.

21 is a front view of a tenth image displayed on the display device in the case of FIG. 17. FIG.

FIG. 22 is a flowchart showing a procedure for determining a building design policy of a user in this system.

FIG. 23 is a front view of a second image in the search from the design pattern list.

FIG. 24 is a front view of a second image in a search from a product genre.

25 is a front view of the third image in the case of FIG. 24. FIG.

[Explanation of symbols]

1 Display Device 21 First Storage Means 22 Second Storage Means 23 Third Storage Means 24 Fourth Storage Means 25 Fifth Storage Means 31 First Processing Means 32 Second Processing Means 33 Third Processing Means 34 Fourth Processing Means 35th 5 Processing means 621 Life image scale table 661 Architectural pattern classification circles 735a, 735b Image photograph 745 Image photograph 736,746 Image sketch 733,743 Brief explanation display (concept definition sentence) 737,747 Detailed explanation display (concept definition sentence)

Claims (10)

[Claims] 1. An architectural design pattern classification in which a plurality of architectural design patterns are preliminarily classified and set using text expressions based on the image of each architectural design pattern, and the plural text expressions are arranged in a list. First storage means for storing information, and second storage means for presetting one or more types of detailed information for each architectural design pattern for each of the plurality of architectural design patterns, and storing the plurality of detailed information A third storage unit for presetting one or more kinds of idea sketches for embodying each of the plurality of architectural design patterns and storing the plurality of idea sketches; and the first memory. First processing means for extracting architectural design pattern information from the means and displaying it on a display device; Receiving a selection command based on the architectural design pattern classification information displayed by the first processing means, extracting detailed information corresponding to one selected architectural design pattern from the second storage means and displaying the detailed information on a display device; In response to the input of the second processing means and the confirmation command based on the detailed information displayed by the second processing means, the idea sketch corresponding to the selected architectural design pattern is retrieved from the third storage means and displayed on the display device. A decision support system for architectural design policy, comprising: 2. The first storage means as the architectural design pattern classification information, the radial direction of a circular area is set as a conceptual tendency area and a design tendency area, and the circumferential direction is shape and color. And, it is divided into three categories of beauty based on patterns, functions / uses, and materials, and each text expression corresponding to a plurality of architectural design patterns is described and displayed at corresponding positions in the circular area. A system for deciding architectural design policy, characterized in that it memorizes architectural pattern classification circles. 3. The second storage means according to claim 1, as detailed information, for each of a plurality of architectural design patterns represented by each text expression, an image photograph, an image sketch, and a concept definition sentence corresponding to each architectural design pattern. A decision support system for architectural design policy, characterized in that it stores one or more kinds selected from the above. 4. The third storage means according to claim 1, wherein the idea sketch is stored for each of a plurality of parts preset as constituents of a building, and the third processing means is used together with a confirmation command or An architectural design policy decision support system, characterized in that, in response to an input of a site selection command, an idea sketch of a site corresponding to the site selection command is extracted from the third storage means and displayed. 5. The first processing means according to claim 1, wherein the second processing means receives the return command and receives the input of the return command.
An architectural design policy decision support system characterized by being configured to return to display by a processing means. 6. The life image classification name according to claim 1, wherein a plurality of life image classification names are preliminarily classified and set, and the plurality of life image classification names are arranged and formed in a list. And a fourth processing means for extracting the life image classification information from the fourth storage means and displaying the life image classification information on the display device. Architectural design pattern classification information belonging to each life image classification name is stored for each of a plurality of life image classification names, and the first processing unit displays a selection command based on the life image classification information displayed by the fourth processing unit. Architectural design policy decision support characterized by being configured to receive input and display architectural design pattern classification information belonging to one selected life image classification name Stem. 7. The method according to claim 6, wherein the first processing means receives the return command and receives the return command.
An architectural design policy decision support system characterized by being configured to return to display by a processing means. 8. The life image classification information according to claim 6, wherein the living image classification information is a life image classification information in which an orthogonal coordinate region having a warm / cool image as one axis and a hard / soft image as the other axis is each life image classification information. It is divided into multiple life image zones corresponding to each name, and multiple life image classification names that are classified and set are displayed in the life image scale table described in the life image zone corresponding to each life image classification name. An architectural design policy decision support system characterized by being constructed. 9. The method according to claim 6, wherein one or more types of image information about images belonging to each life image classification name is preset for each of the plurality of life image classification names, and the plurality of image information is stored. In response to the input of the selection command based on the life image classification information displayed by the fifth storage means and the fourth processing means, the image information belonging to one life image classification name selected from the fifth storage means is extracted and displayed. And a fifth processing means for displaying on the device, wherein the first processing means receives the confirmation command based on the image information displayed by the fifth processing means and receives the one selected living image classification. An architectural design policy decision support system characterized by being configured to display architectural design pattern classification information belonging to a name. 10. The fifth processing means according to claim 9, receiving the input of the return command,
An architectural design policy decision support system characterized by being configured to return to display by a processing means.