JP2005275506A - Living space creation support system and support program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To enable a user who tries to build a building to visually confirm a building as a three-dimensional image by a simple operation. <P>SOLUTION: This system 10 is provided with a module DB 16 for storing a basic module having a structure module including the three-dimensional information of structure materials by each of the units of the living space of a building and a design module including the three-dimensional information of finish and fixture arranged in a region surrounded by finish, a module selection part 20 for extracting a basic module stored in the module DB 16 and a module arranging/editing part 22 for three-dimensionally arranging the basic module, and for generating information including the arranged basic module and the arrangement location of the basic module, and for displaying the three-dimensionally visualized image on the picture of a display device, and for referring to the structure module included in adjacent basic modules to adjust interfering constructing materials concerning the junction of the adjacent basic modules, and for storing the generated information in a specification DB 18. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a living space creation support system and program for supporting the design of a house or the like.

For example, in Patent Document 1, a standard building is arranged in a plan view of a unit building including a standard building unit having a rectangular parallelepiped shape and an atypical building unit having a shape different from that of the standard building unit. A system is disclosed in which, after determining the outer shape of a unit type building, the attribute of the standard building unit in the portion where the atypical building unit is to be arranged is changed to the atypical building unit. As described above, a CAD system has been proposed in which data such as building units is prepared and arranged to facilitate design.
JP 2000-76318 A

  However, the conventional CAD system as described above basically creates a plan view, and it is said that various conditions in the height direction (vertical direction) are included in the plan view. And the data is used for integration, and the building cannot be visually confirmed in three dimensions. Further, since the CAD system is assumed to be used by a designer, there is a problem that the operation is not easy.

  On the other hand, the operation of the performance display system is started, and it is desired that the building of performance display can be designed also in the CAD system.

  The present invention enables a user who wants to build a building, particularly a house, to visually confirm a building having a desired configuration in three dimensions with a simple operation, and has been obtained by a user operation. An object of the present invention is to provide a living space creation support system and program capable of obtaining performance indications from the structure of a building.

  The object of the present invention includes, for each unit of living space of a building, a structural module including three-dimensional information of the structural material, and three-dimensional information of a fitting arranged in a region surrounded by finishing and finishing. A module DB storing a basic module including a design module; module selecting means for extracting a basic module stored in the module DB according to a given first instruction; and the extracted basic module in three dimensions Arranging, generating the information including the arranged basic module and the arrangement position of the basic module, and displaying a three-dimensionally visualized image of the arranged basic module on the screen of the display device; At that time, with respect to the joint portion of the adjacent basic modules, refer to the structural modules included in the adjacent basic modules, respectively. Te, adjust the interfering building material, the generated information is accomplished by Habitat creation support system comprising the module placement / editing means for storing in a storage device.

  In a preferred embodiment, according to a second instruction indicating that the module arrangement / editing means changes the arrangement position of the one selected from the basic modules displayed on the screen of the display device, the basic module The arrangement position is changed, and the three-dimensionally visualized image of the changed basic module is displayed on the screen of the display device. At this time, the adjacent adjoining basic module joints are adjacent to each other. With reference to the structural module included in each of the basic modules, the building material that interferes is adjusted, and the generated information is stored in the storage device.

  In another preferred embodiment, the module arrangement / editing means determines an outer wall and an inner wall with respect to a joint portion of the adjacent basic modules with reference to design modules respectively included in the adjacent basic modules, and Adjust the fittings that interfere.

  In a preferred embodiment, the first instruction includes a value related to a house performance display item, and further includes the arranged basic module stored in the storage device and an arrangement position of the basic module. Safety verification means for verifying safety based on the information and determining whether or not safety is ensured according to the value of the item of the house performance display included in the first instruction is provided.

  Further, in another preferred embodiment, the module arrangement / editing means is visualized three-dimensionally based on either the information of the structural module or the information of the design module among the arranged basic modules. Generated images.

  Another object of the present invention is to provide a three-dimensional information of a structural module including three-dimensional information of the structural material for each unit of a living space of the building and a fitting arranged in a region surrounded by finishing and finishing. A program that is readable by a computer connected to a module DB that stores a basic module including a design module including the design module, and that extracts a basic module stored in the module DB in accordance with a given first instruction The selection unit and the extracted basic module are arranged in three dimensions, information including the arranged basic modules and the arrangement position of the basic modules is generated, and the arranged basic modules are three-dimensionally arranged. The visualized image is displayed on the screen of the display device, and at that time, at the joint portion of the adjacent basic module. Then, referring to the structural modules respectively included in the adjacent basic modules, the building material is adjusted, and the computer functions as module arrangement / editing means for storing the generated information in a storage device. Achieved by a living space creation support program characterized by

  In a preferred embodiment, when the computer is caused to function as the module arrangement / editing means, a second instruction indicating that the arrangement position of the one selected from the basic modules displayed on the screen of the display device is changed. In accordance with the above, the arrangement position of the basic module is changed, and a three-dimensionally visualized image of the changed basic module is displayed on the screen of the display device. With respect to the joint, the computer is operated so as to adjust the building material that interferes with reference to the structural modules respectively included in the adjacent basic modules, and to store the generated information in a storage device.

  In another preferred embodiment, when the computer functions as the module arrangement / editing means, the joint between the adjacent basic modules is referred to the design module respectively included in the adjacent basic module, and the outer wall is referred to. And the computer is operated to determine the inner wall and adjust the interfering joinery.

  In a preferred embodiment, the first instruction includes a value related to a house performance display item, and further includes the arranged basic module stored in the storage device and an arrangement position of the basic module. Based on the information, the computer functions as a safety verification means for verifying safety and determining whether or not safety is ensured according to the value of the item of the house performance display included in the first instruction. Let

  Further, in another preferred embodiment, when the computer is caused to function as the module arrangement / editing means, based on either the information of the structural module or the information of the design module among the arranged basic modules, The computer is operated to generate a three-dimensionally visualized image.

  ADVANTAGE OF THE INVENTION According to this invention, the user who is going to construct a building, especially a house can visually confirm the building of a desired structure in three dimensions by simple operation, and is obtained by user operation. It is possible to provide a living space creation support system and program capable of obtaining performance indications from the structure of the building.

  Embodiments of the present invention will be described below with reference to the accompanying drawings. FIG. 1 is a block diagram showing a configuration of a living space creation support system according to an embodiment of the present invention. As shown in FIG. 1, the living space creation support system 10 stores an input device 12 such as a keyboard and a mouse, a display device 14, a basic module DB 16 storing a basic module 100 described later, a completed design document, and the like. The module selection unit 20 that selects a later-described basic module from the module DB 16 according to the user's instruction from the design document DB 18 and the input device 12, and the module arrangement / edit that arranges the basic module according to the user's instruction The performance verification part 24 which verifies the stability of the building based on the combination of the unit 22, the basic module arranged by the user, and the performance requirement document based on the combination of the basic module, and stores it in the design document DB 18 And a business document preparation unit 26.

  The living space creation support system 10 can be realized by installing a predetermined program in a computer. The functions of the module selection unit 20, the module arrangement / editing unit 22, the stability verification unit 24, and the performance requirement creation unit 26 enclosed by the broken line 101 are realized by causing the computer to execute the above-described program.

  In the present embodiment, the input device 12 and the display device 14 are connected to the living space creation support system 10, and the user inputs an instruction by operating the input device 12 while referring to the image of the display device 14. can do. However, the present invention is not limited to this. For example, the living space creation support system 10 and the terminal device are connected via a data communication network such as the Internet, and the user refers to the image of the display device of the terminal device. However, the input device of the terminal device may be operated to input an instruction, and the living space creation support system 10 may execute processing according to the input.

  The basic module according to this embodiment will be described. The basic module includes information that can visually display a unit of a living space such as a room or a group of a plurality of rooms in a three-dimensional manner.

  In the present embodiment, the basic module includes a structural module including three-dimensional information of a structural material in a range surrounded by a wall core to a wall core and a horizontal member top end to a horizontal member top end, and a floor, It is composed of a design module including three-dimensional information such as finishing such as a wall ceiling and joinery arranged in an area surrounded by the finishing.

  FIG. 2 is a diagram schematically showing the basic module. As shown in FIG. 2, the structural module 200 includes information on the structural material included in the space surrounded by the wall cores 201 and 201 and the horizontal members 202 and 202. As shown in FIG. 3, the structural material includes, for example, a horizontal member, a fire beam, a bearing wall, a pipe column, and the like. The structural module includes information such as the material, size, strength, and position of the structural material.

In the present embodiment, the structural module satisfies the following conditions.
(1) A horizontal member having a configuration corresponding to the strength of the horizontal horizontal plane of the stable item specified by the “condition setting” applied to the user is arranged on the upper horizontal ridge line. About the basic module arrange | positioned on the 1st floor, a base is contained in an underline ridgeline part.
(2) A pipe column is arranged on the vertical ridge line portion.
(3) Placing a fire beam at the upper corner. About the basic module arrange | positioned on the 1st floor, a flame foundation is arrange | positioned in a lower corner part.
(4) Based on the information of the design module mentioned later, a pipe pillar is arrange | positioned on both sides of an external joinery and an internal joinery.
(5) A pipe column is arranged within 2 columns.
(6) A bearing wall having a wall magnification of 2 is set between the columns other than the opening.

  The structural module is constituted by the structural material information based on such conditions. In the present embodiment, based on such information, the system can generate a three-dimensional image as shown in FIG.

Next, the design module will be described. The design module includes information such as a ceiling finish 211, a wall finish 212, and a floor finish 213. More specifically, the design module includes the following information.
(1) Room name (2) Room elements (specific bedroom, living room, non-living room)
(3) Size of each element Floor height Ceiling height Wall thickness Waist height (4) Inner dimensions, inner area (5) Finishing of each element, information on groundwork (6) Information on joinery (eg sash) (7) Handrail (8) Presence and absence of fire detection alarm devices

  FIGS. 4A and 4B are diagrams illustrating examples of images visualized in three dimensions of the design module. In the present embodiment, the system can generate an image based on the information constituting the design module described above. FIG. 4A shows an example of a basic module including a design module in which a sash 401 is arranged. FIG. 4B shows an example of a combined design module. The combined design module is a kind of basic module. For example, when a plurality of rooms are basically combined, such as a bath and a washroom, the combined design module is combined in advance to form a single module.

  In the present embodiment, a balcony or the like is represented as a specific module. The specific module is also a kind of basic module. In FIG. 5A, reference numeral 501 corresponds to a specific module representing a balcony. The basic module described above is basically rectangular, but a module that is not rectangular in elevation such as a room in a purlin or a module that is not rectangular in plan can be prepared as a specific module (FIG. 5). (See (b)).

  Next, processing of the living space creation support system 10 according to the present embodiment will be described with reference to FIG. First, the system 10 displays an initial setting / condition setting screen on the display device 14 and prompts the user to input necessary items. FIG. 7A shows an example of the initial setting / condition setting screen. Here, as input items, "desirable grade", "floor stiffness", "roof weight", "building address", "building coverage", "floor ratio", "building method" and "exterior wall" Finish "and so on.

  "Floor hardness" is a setting item for generating a framework for clearing the highest grade of the performance display system "Structural stability / seismic grade". Use joists or "thick plywood" Set whether to use. The “roof weight” is set to tiled tiles or colored asbestos slate. The “desirable grade” is set to specify “performance” of other items of the performance display system. As other items of the performance display system, for example, an item “related to safety in case of fire” and an item “related to reduction of deterioration” are included.

  In addition to “address of building area”, “building coverage ratio”, and “floor area ratio”, items relating to the Building Standards Act and various local regulations such as use area designation may be provided, and input thereof may be requested.

  As the “building method”, a desired one is selected from a wooden frame method, a frame wall method, an apartment house, and the like. For the “finishing of the outer wall”, a desired one is selected from mortar spraying, tiles, siding, and the like. When the value of the initial setting / condition setting input item input by the user is received in this way, the module selection unit 20 stores the value in the design document DB 18 as user initial setting / condition setting information (step 601). ). Further, the system 10 creates a list of each module. FIG. 7B is a diagram showing an example of an input screen for creating a module list. As shown in FIG. 7B, the input items for each module include “floor”, “room name”, “reference size”, “ceiling height”, “window / entrance size”, “floor”. Finishing, wall finishing, ceiling finishing, furniture placement, lighting fixtures, etc.

  The “reference size” corresponds to a room size such as 6 cm or 8 cm. Of course, the size may be input depending on the area. For “ceiling height” and “window / entrance size”, the length and area may be entered. In addition, if it is desired to provide a plurality of windows, this can be entered. For “floor finishing”, tatami flooring, flooring, carpeting, etc. can be selected, and the color and pattern of the floor can be designated. For “Wall Finishing” and “Ceiling Finishing”, you can select paint, cloth, etc., and you can also specify colors and patterns. In addition, for “wall finishing”, the color of the curtain may be designated.

  In “Furniture Arrangement”, a position where “desk”, “chair”, “sofa”, “bed”, “TV”, “air conditioner”, etc. are arranged is input. As for the “lighting fixture”, the installation position of the lighting fixture is input.

  The module selection unit 20 stores information set by the user for each module in the design document DB 18 (step 602).

  When the user sets information for each module, the module selection unit 20 refers to the user's initial setting / condition setting stored in the design document DB 18 and the setting information of the module list, and matches the setting. A basic module stored in the module DB 16 is selected (step 602). The structural module is specified by the initial setting / condition setting, and the design module is specified by the setting information of the module list. Therefore, the module selection unit 20 determines that the basic module constituted by the identified structural module and design module is a design module representing a user's desired room. By repeating this process, basic modules corresponding to all module lists set by the user can be specified.

  If there is no structural module or design module that matches the setting, the module closest to the setting may be selected. Alternatively, a function for generating a structural module and a design module constituting the basic module is added to the module selection unit 20, and information on the structural module and the design module that approximate the setting is corrected, so that the basic module that matches the user setting is obtained. You may comprise so that it may be obtained. In this case, it is desirable to store information on the newly generated basic module in the module DB 15.

  Next, the module arrangement / editing unit 22 reads the information of the basic module selected by the module selecting unit 20 from the module DB 16, and according to the information of the module list related to the basic module (for example, the item “floor”). An image in which the modules are arranged is generated and displayed on the screen of the display device (step 604). As shown in FIG. 8, in the display image, cubic or rectangular parallelepiped basic modules are arranged like a building block and stacked. Information for identifying the used basic module and the arrangement position of the basic module are stored in the design document DB 18.

  When arranging or stacking the basic modules, the module arrangement / editing unit 22 executes a process as shown in FIG. For example, the module placement / editing unit 22 finds a place (joint part) where a plurality of basic modules (walls or ceilings and floors) are joined, and refers to the structural module related to the joined part. Then, the building material that interferes is adjusted (step 901). For example, when the basic modules are adjacent in the horizontal direction, the tube pillar of one basic module is removed at the joint. Similar processing is executed also in the vertical direction.

  Further, the module placement / editing unit 22 determines that the portion where the basic module is exposed to the outside is an outer wall, and determines that the portion joined to another basic module is an inner wall (step 902). If it is an outer wall, the information of “outer wall finishing” set in the initial setting / condition setting is stored in the design document DB 18 as information on the basic module.

  Next, the module arrangement / editing unit 22 refers to the design module with respect to the joint portion of the basic module, determines whether to share the joinery or share the wall (that is, both of them are in contact with each other). One of the joinery and the wall is removed (step 903). Actually, this is realized by deleting predetermined information from the basic module information stored in the design document DB 18. Further, the module arrangement / editing unit 22 executes bearing wall calculation, eccentricity calculation (placement balance calculation), floor magnification calculation, and the like (steps 904 to 906).

  The user can operate the input device 12 to select a desired one of the basic modules displayed on the screen and move the position thereof. For example, it is possible to move to the second floor by placing a basic module that was considered as a bedroom on the first floor on another basic module on the first floor. As described above, when the arrangement of the basic modules is changed according to the user's instruction, the connection between the basic modules is also changed. Therefore, the processing of FIG.

After the arrangement of the basic modules is edited by the user as desired in this way, the module arrangement / editing unit 22 is set in the initial setting / condition setting, and is stored in the design document DB 18. Based on the use area designation, etc., the interference between the building obtained by arranging the basic module and the building space is checked, and the slope, the main building down, the roof shape, and the arrangement position of the building are changed. For example, as shown in FIG. 10A, it is considered that a building whose cross-sectional shape is indicated by reference numeral 1000 is obtained by the arrangement of the user's basic modules. Here, when the buildable space (see chain line 1001) is overlapped, the tip of the roof 1002 protrudes outside the buildable space. When detecting such a state, the module arrangement / editing unit 22 executes, for example, the following processing.
(1) Fix the roof slope and move the building position.
(2) The building position will not be changed, but will be changed to a folded roof.
(3) Change to a different slope roof.
(4) Other

  In the example of FIG. 10A, as other processing, the ridge position and the roof gradient are not changed, the roof position is retracted (see the broken line 1003), and the cross-sectional shape of the basic module itself is changed (FIG. 10). (See (b)). When the shape of the basic module itself is changed, the module placement / editing unit 22 searches the module DB 16 to extract information on the basic module (deformed module) having the changed shape, and changes the information to the change. It replaces as information of such a basic module. When it is necessary to execute the processes (1) to (4), the module arrangement / editing unit 22 displays the options (1) to (4) on the screen of the display device 14. The user may be allowed to make a selection.

  Even when the basic module is changed, the information for specifying the basic module and the arrangement position of the basic module are stored in the design document DB 18.

  As described above, in the present embodiment, the basic module includes a structural module and a design module. Accordingly, it is possible to display an image composed only of the design module (see FIG. 11) or display an image composed only of the structural module on the screen of the display device 14 according to a user instruction. (See FIG. 12).

Next, based on the information for identifying the basic module stored in the design document DB 18, the information on the structural module related to the reference module, and the arrangement position of the module, the stability verification unit 24 identifies the building The safety of the object is verified (step 24). In the present embodiment, the following verification (check) is performed.
(1) Checking the amount of walls based on the Building Standards Act and the performance display system (2) Checking the wall layout (3) Checking the floor magnification (4) Checking the joints (5) Checking the foundation
(6) Check the horizontal member

  After the verification, if the conditions of the performance set by the user (floor hardness, roof weight, desired grade, etc.) are cleared (Yes in step 606), a performance requirement document is created The unit 26 creates a performance requirement document (step 607). The performance requirement document is stored in the design document DB 18. 13 to 16 are diagrams showing examples of performance requirement documents. FIG. 13 is a portion where information input in initial setting / condition setting (see step 601 in FIG. 6) is transcribed. In FIG. 14, “set grade” corresponds to “desired grade” in initial setting / condition setting. . The “requirements” are required according to the “setting class”. FIGS. 15 and 16 are a bearing wall layout diagram and a horizontal plane diagram created based on the structural module of the basic module, respectively.

  If NO is determined in step 606, the process returns to step 604 to change the arrangement of basic modules. Or you may return to step 601 and repeat again from the input of initial setting / condition setting. In addition, when it is determined No (No) in Step 606, it is desirable to notify the user of the content of the error and the avoidance method.

  The performance requirement document obtained in this way, and information on the basic module and its arrangement position can be used for detailed design of the building by the designer.

  According to the present embodiment, the building can be visually presented to the user three-dimensionally by arranging and stacking the basic modules including the structural module and the design module. Further, the user can change the shape of the building as desired by moving the three-dimensionally displayed basic module, and can confirm the appearance of the building after the change.

  Further, according to the present embodiment, by displaying only the structural module in the basic module to the user, only the structural material of the building is presented to the user, or only the design module is displayed. The building that the user can actually see can be presented to the user.

  Further, according to the present embodiment, the interfering building material is adjusted or the outer wall / outside surface is adjusted so that the joint portion of the basic module and the exposed surface with the outside are aligned when actually constructed as a building. Judgment of the inner wall and removal of building materials as necessary. This makes it possible to accurately verify the stability of the structure.

  The present invention is not limited to the above embodiments, and various modifications can be made within the scope of the invention described in the claims, and these are also included in the scope of the present invention. Needless to say.

FIG. 1 is a block diagram showing a configuration of a living space creation support system according to an embodiment of the present invention. FIG. 2 is a diagram schematically showing a basic module according to the present embodiment. FIG. 3 is a diagram illustrating an example of a structural module visualized three-dimensionally in the present embodiment. FIG. 4A is a diagram showing an example of a three-dimensionally visualized design module, and FIG. 4B is a diagram showing an example of a three-dimensionally visualized image of a combined module. FIGS. 5A and 5B are diagrams illustrating examples of images of a specific module visualized three-dimensionally. FIG. 6 is a flowchart showing processing executed in the living space creation support system according to the present embodiment. FIGS. 7A and 7B are examples of images displayed on the screen of the display device. FIG. 8 is a diagram illustrating an example of a three-dimensionally visualized image of a plurality of basic modules according to the present embodiment. FIG. 9 is a diagram showing processing executed by the module arrangement / editing unit according to the present embodiment. FIGS. 10A and 10B are diagrams for explaining the interference with the buildable space and the processing corresponding thereto. FIG. 11 is a diagram showing an image in which only the design module is visualized in the building obtained by the processing in the present embodiment. FIG. 12 is a diagram showing an image obtained by visualizing only the structural module in the building obtained by the processing in the present embodiment. FIG. 13 is a diagram illustrating a portion of the performance requirement document obtained in the present embodiment. FIG. 14 is a diagram illustrating a portion of the performance requirement document obtained in the present embodiment. FIG. 15 is a diagram illustrating a portion of the performance requirement document obtained in the present embodiment. FIG. 16 is a diagram illustrating a part of the performance requirement document obtained in the present embodiment.

Explanation of symbols

10 Living space creation support system 16 Module DB
18 Design document DB
20 Module Selection Unit 22 Module Placement / Editing Unit 24 Stability Verification Unit 26 Performance Requirements Creation Unit

Claims (10)

Basics including a structural module including three-dimensional information of the structural material and a design module including three-dimensional information of the fittings arranged in the area surrounded by the finishing and finishing for each unit of the living space of the building A module DB storing modules;
Module selection means for taking out the basic module stored in the module DB according to the given first instruction;
The extracted basic module is arranged in three dimensions, information including the arranged basic module and the arrangement position of the basic module is generated, and a three-dimensionally visualized image of the arranged basic module On the screen of the display device, with regard to the joint portion of the adjacent basic module, refer to the structural module included in each of the adjacent basic modules, adjust the interference building material, and generate the A living space creation support system comprising a module arrangement / editing means for storing the stored information in a storage device. The module placement / editing means changes the placement position of the basic module according to a second instruction indicating that the placement position of the one selected from the basic modules displayed on the screen of the display device is changed, A three-dimensionally visualized image of the changed basic module is displayed on the screen of the display device, and at that time, the adjacent basic module is included in each of the adjacent basic modules. 2. The living space creation support system according to claim 1, wherein a building material that interferes is adjusted with reference to a structure module, and the generated information is stored in a storage device. The module arrangement / editing means refers to the design modules respectively included in the adjacent basic modules with respect to the joint portions of the adjacent basic modules, judges the outer wall and the inner wall, and adjusts the interference fittings The living space creation support system according to claim 1 or 2. The first instruction includes a value relating to a house performance display item,
Further, based on the information including the arranged basic module and the arrangement position of the basic module stored in the storage device, the safety is verified, and the value of the item of the house performance display included in the first instruction The living space creation support system according to any one of claims 1 to 3, further comprising safety verification means for determining whether or not safety according to the above is ensured. The module arrangement / editing unit generates a three-dimensionally visualized image based on either the information of the structural module or the information of the design module among the arranged basic modules. The living space creation support system according to any one of claims 1 to 4. Basics including a structural module including three-dimensional information of the structural material and a design module including three-dimensional information of the fittings arranged in the area surrounded by the finishing and finishing for each unit of the living space of the building A program readable by a computer connected to a module DB storing modules,
Module selection means for taking out a basic module stored in the module DB according to a given first instruction; and
The extracted basic module is arranged three-dimensionally, information including the arranged basic module and the arrangement position of the basic module is generated, and a three-dimensionally visualized image of the arranged basic module On the screen of the display device, with regard to the joint portion of the adjacent basic module, refer to the structural module included in each of the adjacent basic modules, adjust the interference building material, and generate the A living space creation support program, which causes the computer to function as module arrangement / editing means for storing the obtained information in a storage device. When making the computer function as the module arrangement / editing means,
In accordance with a second instruction indicating changing the arrangement position of the one selected from the basic modules displayed on the screen of the display device, the arrangement position of the basic module is changed, and the basic module after the change is changed. A three-dimensionally visualized image is displayed on the screen of the display device. At that time, with respect to the joint portion of the adjacent basic module, the interference is referred to by referring to the structural module included in the adjacent basic module. The living space creation support program according to claim 6, wherein the computer is operated so as to adjust a building material to be stored and store the generated information in a storage device. When making the computer function as the module arrangement / editing means,
With respect to the joint portion of the adjacent basic module, the design module included in the adjacent basic module is referred to, the outer wall and the inner wall are determined, and the computer is operated so as to adjust the interference fitting. The living space creation support program according to claim 6 or 7. The first instruction includes a value relating to a house performance display item,
Further, based on the information including the arranged basic module and the arrangement position of the basic module stored in the storage device, the safety is verified, and the value of the item of the house performance display included in the first instruction The living space creation support program according to any one of claims 6 to 8, wherein the computer is caused to function as safety verification means for determining whether or not safety is ensured according to the above. When making the computer function as the module arrangement / editing means,
The computer is operated so as to generate a three-dimensionally visualized image based on either the information of the structural module or the information of the design module among the arranged basic modules. The living space creation support program according to any one of claims 6 to 9.

Images