JP2019057119A - Space plan proposal system, space plan proposal method, program for executing space plan proposal system, and display terminal used in space plan proposal system - Google Patents

Abstract

A space plan proposal system, a space plan proposal method, an execution program thereof, and a display terminal are provided that can convert a spatial image into predetermined sensitivity items, eliminate the influence of individual differences in nuances, and propose a space plan appropriately. A space plan proposal system includes an acquisition unit, an output unit, a physical information extraction unit, a target image extraction unit, and a sensitivity item extraction unit. The acquisition unit 21 acquires a spatial image related to the space. The physical information extraction unit 31 extracts physical information from the spatial image acquired by the acquisition unit 21. The target image extraction unit 32 extracts the target image 6 having physical characteristics close to the physical information extracted by the physical information extraction unit 31. The sensitivity item extraction unit 33 extracts sensitivity items corresponding to the target image 6 extracted by the target image extraction unit 32. The output unit 22 outputs the target image 6 extracted by the target image extraction unit 32 and the sensitivity items extracted by the sensitivity item extraction unit 33. [Selection] Figure 1

Description

  The present invention relates to a space plan proposal system, a space plan proposal method, a program for executing a space plan proposal system, and a display terminal used in the space plan proposal system.

  Conventionally, in order to construct interiors that meet the needs of users (customers), specialized advisors have proposed interiors for living spaces. Also, an interior coordination support device described in Patent Document 1 is known in order to support interior proposals.

  In the interior coordination support apparatus described in Patent Document 1, a user's request is extracted by selecting a classification that matches the user's orientation from among the interior orientations classified into about six.

JP 2001-142924 A

  However, even if the interior coordination support device described in Patent Document 1 is used, if the support device is not suitable for classification, an appropriate space plan cannot be proposed. Further, in the support device, images of a plurality of representative spaces according to the classification are displayed. However, when the user's ideal spatial image is ambiguous or the displayed image is not close to the ideal spatial image. In some cases, it is difficult to select one image.

  For this reason, it is often the case that the user's own space can appropriately extract the user's ideal space. However, the nuances of words vary greatly from person to person, and whether or not a user-desired space can be proposed based on the explanation by words greatly depends on the ability of a professional advisor.

  The present invention has been made in view of such problems. The object is to provide a space plan proposal system, a space plan proposal method, and an execution program thereof that can appropriately propose a spatial plan by converting the spatial image into a predetermined sensitivity item to eliminate the influence of individual differences in nuances. That is. Moreover, it is providing the display terminal used for the space plan proposal system.

  In order to solve the above problems, a space plan proposal system according to the present invention includes an acquisition unit that acquires a spatial image related to space, a physical information extraction unit that extracts physical information from the spatial image acquired by the acquisition unit, A target image having physical characteristics close to the physical information extracted by the physical information extraction unit is also output, and a target image extraction unit and an output for outputting a sensitivity item corresponding to the target image extracted by the target image extraction unit A section.

The spatial plan proposing method according to the present invention includes an acquisition step of acquiring a spatial image related to a space, a physical information extraction step of extracting physical information from the spatial image acquired in the acquisition step, and the physical information extraction step. A target image having a physical feature close to the physical information extracted by the target image extraction step, and a sensitivity item extraction step for extracting a sensitivity item corresponding to the target image extracted by the target image extraction step; And an output step of outputting the target image extracted in the target image extraction step and the sensitivity item extracted in the sensitivity item extraction step.

  Further, the program according to the present invention includes an acquisition step of acquiring a spatial image related to a space in a computer, a physical information extraction step of extracting physical information from the spatial image acquired in the acquisition step, and the physical information extraction step. A target image having a physical feature close to the physical information extracted by the target image extraction step, and a sensitivity item extraction step for extracting a sensitivity item corresponding to the target image extracted by the target image extraction step; A spatial plan proposing method including an output step of outputting the target image extracted in the target image extraction step and the sensitivity item extracted in the sensitivity item extraction step is executed.

  Further, the display terminal according to the present invention includes an acquisition unit that acquires a spatial image related to space, a physical information extraction unit that extracts physical information from the spatial image acquired by the acquisition unit, and the physical information extraction unit. A target image extraction unit that extracts a target image having physical characteristics close to the physical information, a sensitivity item extraction unit that extracts a sensitivity item corresponding to the target image extracted by the target image extraction unit, and the target image The sensitivity item and the target image output from the output unit of the space plan proposal system comprising: the output unit that outputs the target image extracted by the extraction unit and the sensitivity item extracted by the sensitivity item extraction unit. indicate.

  According to the space plan proposal system according to the present invention, by converting a spatial image into a predetermined sensitivity item, it is possible to eliminate the influence of individual differences in nuances and propose a space plan appropriately.

  Similarly, using the display terminal used in the space plan proposal method, the execution program thereof, or the space plan proposal system according to the present invention, the influence of individual differences in nuances can be eliminated by converting the spatial image into predetermined sensitivity items. Can propose a space plan appropriately.

Block diagram showing a space plan proposing system according to the first embodiment The figure which shows an example of the output display of an output part Figure showing an example of an image database The figure which shows an example of the sensitivity structure for sensitivity item extraction The flowchart which shows operation | movement of the space plan proposal system which concerns on Embodiment 1. Block diagram showing a space plan proposing system according to the second embodiment The flowchart which shows operation | movement of the space plan proposal system which concerns on Embodiment 2.

  Hereinafter, a space plan proposal system, a space plan proposal method, an execution program thereof, and a display terminal used in the space plan proposal system according to an embodiment of the present invention will be described in detail with reference to the drawings. Note that each of the embodiments described below shows a specific example of the present invention, and numerical values, components, order of steps, etc. are merely examples, and are intended to limit the present invention. is not.

  Each figure is a mimetic diagram and is not necessarily illustrated strictly. Moreover, in each figure, about the substantially same structure, the same code | symbol is attached | subjected and the overlapping description is abbreviate | omitted or simplified.

(Embodiment 1)
Hereinafter, Embodiment 1 of the space plan proposal system according to the present invention will be described with reference to FIGS.

  Here, FIG. 1 is a block diagram showing the space plan proposing system according to the first embodiment. FIG. 2 is a diagram illustrating an example of an output display of the output unit. FIG. 3 is a diagram illustrating an example of an image database. FIG. 4 is a diagram illustrating an example of a sensitivity structure for extracting sensitivity items. FIG. 5 is a flowchart showing the operation of the space plan proposal system according to Embodiment 1.

[Constitution]
The space plan proposal system 1 can output a predetermined sensitivity item that excludes the influence of individual differences in nuances from the acquired spatial image that is close to the ideal of the user (customer) 51, so that the preference of the user (customer) 51 is satisfied. It is a system that can be used to propose a suitable space plan. The space plan proposal system 1 includes a terminal 2 and a server device 3. The terminal 2 is, for example, a mobile terminal such as a smartphone, a mobile phone, or a tablet, or a personal computer (PC). The server device 3 is, for example, a computer device.

  Here, the space that can be proposed by the space plan proposal system 1 includes, for example, any room or building such as a bathroom, living room, kitchen, bedroom, etc., and a space plan that suits the user's preference can be proposed for these spaces. .

  The terminal 2 is operated by a user (customer) 51 or a user (designer) 52. The terminal 2 includes an acquisition unit 21 and an output unit 22. The acquisition unit 21 acquires an image of a space close to the ideal of the user (customer) 51. The output unit 22 outputs the sensitivity items and the target image 6 extracted by the space plan proposal system 1. Note that the output unit 22 may output only the sensitivity items.

  Here, the sensitivity item is a word that is associated with the target image 6 extracted by the target image extraction unit 32 and registered in advance in the sensitivity item database 42. For example, “sensitivity” or “open” It's a word like In addition, about the word used as a sensitivity item, the user etc. of the space plan proposal system 1 can set suitably.

  The server device 3 processes the spatial image acquired by the acquisition unit 21 and extracts a sensitivity item related to the ideal space of the user (customer) 51. The server device 3 includes a physical information extraction unit 31, a target image extraction unit 32, a sensitivity item extraction unit 33, and a storage unit 4.

  The physical information extraction unit 31 extracts physical information such as a floor color and a wall color from the spatial image acquired by the acquisition unit 21. The target image extraction unit 32 extracts the target image 6 having physical information similar to the physical information extracted by the physical information extraction unit 31 with reference to an image database 41 described later. In addition, the sensitivity item extraction unit 33 refers to a sensitivity item database 42 described later, and extracts a sensitivity item corresponding to the target image 6 extracted by the target image extraction unit 32.

  Here, the physical information is information used for space design, for example, floor color, wall color, illumination color, illumination illuminance, floor member, etc. It can be set appropriately according to the above.

  The target image 6 is an image recorded in advance in the image database 41, which is used for the proposal of the space plan, and is output to the output unit 22 like the image 1 or the image 2 shown in FIG. . For example, when the living space plan is proposed, the target image 6 is an image of a living room or a CG image on which a floor, a ceiling, a wall, furniture, lighting, or the like is displayed.

  The storage unit 4 includes an image database 41 and a sensitivity item database 42. In the image database 41, a plurality of target images 6 and physical information corresponding to the target images 6 are recorded. In addition, a plurality of sensitivity items associated with the target image 6 are recorded in the sensitivity item database 42.

  Here, the physical information corresponding to the target image 6 is, for example, the color of the floor or ceiling displayed in the target image 6, the illumination illuminance, or the like. These pieces of information are recorded in the image database 41 in association with each target image 6.

  Although not shown, each of the terminal 2 and the server device 3 includes a communication unit that communicates with each other. In the first embodiment, the communication unit performs wireless communication. The communication method is not limited to wireless, and a wired communication method may be adopted.

  Below, each component with which the space plan proposal system 1 is provided is demonstrated in detail.

[Acquisition part]
The acquisition unit 21 acquires a spatial image close to the ideal of the user (customer) 51. Specifically, a spatial image input via the terminal 2 by the user (customer) 51 or the user (designer) 52 is acquired.

  Here, the space image used in the space plan proposal system 1 is an image for the same space as the space to be proposed, for example, a bathroom image when making a proposal for a bathroom.

  In addition, the spatial image may be an image in a predetermined format or an image different from the predetermined format. Also, the format need not be defined.

  Here, as a predetermined format of the spatial image, a format in which the position of the ceiling, floor, or wall is fixed can be used. The ceiling color, floor color, and wall color can be changed by the user (customer) 51 and the user (designer) 52. The positions of furniture and lighting may be changed by the user (customer) 51 or the user (designer) 52.

  When the format of the spatial image is determined in advance, the spatial image can be obtained by having the user (customer) 51 set the color of the wall, floor, or ceiling of the formatted image to a desired one. In this case, it is preferable that the physical information extraction unit 31 can automatically recognize the floor, wall, ceiling, and the like. With such a configuration, it is not necessary for the user (customer) 51 or the user (designer) 52 to specify a range such as a floor, a wall, or a ceiling in the space image each time, and the sensitivity item and the target can be easily operated. Image 6 can be extracted.

  Even if the format of the spatial image is determined in advance, an image different from the format may be acquired by the acquisition unit 21. If the preferences of the user (customer) 51 do not match the format, or if an image different from the format can represent the ideal of the user (customer) 51, it is possible to appropriately propose a spatial plan. Because it becomes.

  In this case, when the user (customer) 51 or the user (designer) 52 designates a range such as a floor, a wall, or a ceiling in the spatial image, the physical information extraction unit 31 recognizes the range such as the wall, the floor, or the ceiling. Extract physical information. The user (customer) 51 or the user (designer) 52 designates a range such as a floor, a wall, or a ceiling in the spatial image in the acquisition unit 21.

  Also, the format of the spatial image need not be defined. In this case as well, the user (customer) 51 or the user (designer) 52 designates the range of the floor, wall, ceiling, etc. in the space image each time, so that the physical information extraction unit 31 determines the range of the wall, floor, ceiling, etc. Understand and extract physical information. Also in this case, the user (customer) 51 or the user (designer) 52 designates a range such as a floor, a wall, or a ceiling in the spatial image in the acquisition unit 21.

[Output section]
The output unit 22 outputs the sensitivity item extracted by the sensitivity item extraction unit 33. Since the output unit 22 outputs a spatial image as a predetermined sensitivity item, it is possible to eliminate the influence of individual differences in nuances and propose a spatial plan appropriately.

  Further, the target image 6 extracted by the target image extraction unit 32 may be further extracted. Further, physical information corresponding to the target image 6 extracted by the target image extraction unit 32 may be further output.

  In this case, the target image 6 to be output can be proposed as one of the space plans, and if the space plan is adopted, the space design can be performed using the physical information. Further, by looking at the target image 6 output from the output unit 22, it is possible to determine whether or not the output result matches the preference of the user (customer) 51.

  In the first embodiment, the output unit 22 outputs the sensitivity item, the target image 6, and the physical information by output display as shown in FIG. FIG. 2 is an example of an output display when the target image extraction unit 32 extracts two target images 6. Note that the number of target images 6 output to the output unit 22 is not limited to two, and all the target images 6 extracted by the target image extraction unit 32 are output.

  In the first embodiment, the output unit 22 has a function of selecting the output target image 6, and only the sensitivity items and physical information about the image selected by the output unit 22 are displayed. In the example of the output display shown in FIG. 2, the image 1 selected in the output unit 22 is displayed larger than the image 2 not selected. With this configuration, only the sensitivity items and physical information of the target image 6 that match the preference of the user (customer) 51 are output, so that the output display of the output unit 22 is clearly visible.

  In the output display, the display method of the image selected in the output unit 22 is not limited to the display method that is displayed larger than other images. The image selected in the output unit 22 only needs to be emphasized more than other images. For example, only the image selected in the output unit 22 may be surrounded by a red frame, or the color of an image not selected may be displayed lightly.

  The physical information output to the output unit 22 may not be only the sensitivity items and physical information corresponding to the image selected in the output unit 22. For example, all the sensitivity items and physical information of the target image 6 extracted by the target image extraction unit 32 may be displayed simultaneously.

  As an image selection method in the output unit 22, selection can be performed using a keyboard, a mouse, or the like. When the output unit 22 is a touch panel display, the target image 6 on the output display can be tapped to select an image.

Here, the output unit 22 may be configured to simultaneously output product numbers and product information such as floor materials and wall materials used in the target image 6 to be output. With such a configuration, it is possible to propose a product used for the space plan at the same time, so that more efficient proposal can be made.

  Further, the output unit 22 a for the user (customer) 51 and the output unit 22 b for the user (designer) 52 are configured to have two output units 22, and the target image 6 is displayed on the output unit 22 a for the user (customer) 51. Alternatively, physical information may be output to the output unit 22b for the user (designer) 52. In this case, the sensitivity item is output to both of the two output units 22a and 22b.

  Moreover, these two output parts 22 can also be set as the structure installed in a different terminal. If these two output units 22 are installed in different terminals 2, the space plan proposal system 1 can be used even when the user (customer) 51 and the user (designer) 52 are in remote locations. . In this case, it is preferable that each terminal is provided with a communication means such as mail, chat, and telephone that can communicate with each other.

  For example, a display device such as a liquid crystal device or an organic EL (Electro Luminescence) display device can be used as the output unit 22.

[Physical information extraction unit]
The physical information extraction unit 31 extracts physical information from the spatial image acquired by the acquisition unit 21. The physical information extracted by the physical information extraction unit 31 is used for the target image extraction unit 32 to extract the target image 6.

  The physical information extracted by the physical information extraction unit 31 is, for example, wall color, floor color, ceiling color, illumination illuminance, illumination color temperature, etc. Information used as physical information depends on the proposed space. Can be set.

  Even if the acquisition unit 21 acquires a spatial image in a predetermined format or a spatial image that does not have a predetermined format, the physical information extraction unit 31 acquires the acquisition unit 21. Can appropriately extract physical information from the acquired spatial image. Even when the format of the spatial image is not defined, the physical information can be appropriately extracted from the spatial image acquired by the acquisition unit 21.

  The position of the wall, floor, ceiling, lighting, etc. is determined from the space image in a predetermined format, and the wall color, floor color, ceiling color, illumination illuminance, illumination color temperature, etc. are specified by the user (customer) 51. This is an image set to be close to the ideal.

  In this case, since the positions of the wall, floor, ceiling, etc. are determined in advance, the physical information extraction unit 31 can automatically recognize the range of the floor, wall, etc. and extract physical information such as the floor color and wall color. That is, the physical information extraction unit 31 can extract physical information without the need for the user (customer) 51 or the user (designer) 52 to specify a range such as a floor or a wall in the spatial image.

  In the case of a spatial image that is not in a predetermined format, the physical information extraction unit 31 allows the user (customer) 51 or the user (designer) 52 to specify a range such as a floor, wall, or ceiling in the spatial image. Recognize ranges such as walls, floors, and ceilings, and extract physical information.

  Since physical information can be extracted even in a spatial image different from the format, the user (customer) 51's preferences do not match the format, or the image different from the format can express the ideal of the user (customer) 51. But I can make a space plan proposal appropriately.

Even if the format is not determined in advance, the physical information extraction unit 31 is not limited to the acquisition unit 2.
When a user (customer) 51 or a user (designer) 52 designates a range such as a floor, wall, or ceiling in the spatial image acquired by 1, the range such as a wall, floor, or ceiling is recognized, and physical information is extracted.

  In this case, it is possible to appropriately propose a space plan even when the ideal of the user (customer) 51 can be expressed by a person who does not define the format.

  The physical information extraction unit 31 extracts physical information by performing image analysis on the spatial image acquired by the acquisition unit 21. For example, when extracting the physical information of the wall color, the physical information extraction unit 31 extracts the physical information of the wall color using the color of the pixel in the range recognized as the wall in the spatial image.

  At this time, the average value of the colors of all the pixels in the range recognized as the wall may be extracted as physical information of the wall color, or the middle of the colors of all the pixels in the range recognized as the wall The value may be extracted as wall color physical information.

  Similarly, for the floor color and the ceiling color, the physical information extraction unit 31 extracts the physical information of the floor color and the ceiling color using the color of the pixel that is recognized as the floor or the ceiling in the spatial image. As for the color temperature of the illumination, etc., the physical information extraction unit 31 extracts the physical information of the color temperature of the illumination using the color of the surrounding pixels in the range recognized as illumination in the spatial image. .

[Target image extraction unit]
The target image extraction unit 32 refers to the image database 41 and extracts the target image 6 that is close to the spatial image acquired by the acquisition unit 21 using the physical information extracted by the physical information extraction unit 31. More specifically, the target image extraction unit 32 extracts the target image 6 having physical information with a small error from the physical information extracted by the physical information extraction unit 31.

  The target image 6 is an image used for space plan proposal. A plurality of target images 6 are recorded together with physical information corresponding to each target image 6 in an image database 41 described later as an example shown in FIG.

  The wall color, ceiling color, and floor color are represented as C12, C13, etc. in FIG. 3, but are actually recorded as numerical data. For the digitization of colors, for example, RGB notation can be used.

  Hereinafter, a method for calculating an error between the physical information extracted by the physical information extraction unit 31 and the physical information of each target image 6 will be described. The physical information item extracted by the physical information extraction unit 31 matches the physical information item of the target image 6.

  In calculating the error, first, the absolute value of the difference between the physical information of the spatial image and the physical information of the target image 6 is calculated for each item of physical information. Here, the items of physical information are items such as color temperature, wall color, and ceiling color. For example, when the floor surface illuminance in the spatial image is 130, the floor surface illuminance of the image 1 in FIG. 3 is 250, and thus the diagram is the spatial image and target image 6 for the physical information item “floor illuminance”. The absolute value of the difference from image 1 in 3 is 120.

  Subsequently, a value obtained by multiplying the absolute value of the difference calculated in the above-described procedure by the importance is calculated for all items of physical information, and the sum is obtained as a spatial image and its target image 6 (in this case, the image in FIG. 3). It is calculated as an error value from 1).

Here, the importance is the contribution to the error value of the physical information item that should be emphasized from the viewpoint of reducing the difference in contribution to each error value of the physical information item and appropriately proposing a spatial plan. It is a numerical value for increasing the degree. Since the numerical value of physical information varies greatly depending on the item, in order to propose an appropriate spatial plan, the difference in contribution to the error value between each item must be reduced. The importance level is set in advance for each item of physical information.

  In the first embodiment, the target image extraction unit 32 extracts the target image 6 having the smallest error value. Note that the target image 6 extracted by the target image extraction unit 32 may not be one. For example, a predetermined number (for example, three or four) of target images 6 may be extracted in ascending order of error values. Further, a configuration may be adopted in which all the target images 6 having error values equal to or less than a certain value are extracted.

[Sensitive Item Extraction Unit]
The sensitivity item extraction unit 33 refers to the sensitivity item database 42 and extracts sensitivity items corresponding to the target image 6 extracted by the target image extraction unit 32. The sensitivity item is a word representing the associated target image 6, for example, “bright” or “open”. As described above, the words used as the sensitivity items can be appropriately set by the user of the space plan proposal system 1 or the like.

  The target image 6 and the sensitivity item are associated with each other using a sensitivity structure. More specifically, the sensitivity items connected by the sensitivity structure path for the target image 6 are sensitivity items associated with the target image 6.

  Here, the sensitivity structure is a structure created using covariance structure analysis as shown in FIG. Even if the covariance structure analysis is not used, the same analysis can be performed by combining the two analysis methods of the multiple regression analysis and the quantification type 1, but in the first embodiment, the covariance structure is used. Adopt analysis.

  Each sensitivity item in the sensitivity structure shown in FIG. 4 is a word recorded as a sensitivity item in the sensitivity item database 42 except for the sensitivity item A. Sensitivity item A indicates value judgment, for example, “ideal” or “like”.

  In the following, a method for creating a sensory structure will be briefly described. First, a questionnaire is conducted on a plurality of target images 6 for a plurality of questionnaire examinees (for example, 20 people, 50 people, etc.). The plurality of target images 6 presented in this questionnaire are target images 6 registered in the image database 41.

  As for the questionnaire items, each target image 6 is viewed, and the degree of value judgment of a predetermined sensitivity item felt by the questionnaire examinee is asked, for example, in 10 stages. Sensitivity items to be asked in the questionnaire items are sensitivity items registered in the sensitivity item database 42.

  For example, when the sensitivity item of the questionnaire item is “bright”, if the degree of evaluation felt for the sensitivity item “bright” is 6 when the target image 6 is viewed, To answer.

  In addition, the number of questionnaire subjects and the degree of value judgment are not limited to the above. For example, a questionnaire may be taken for 100 people and the value judgment may be evaluated in five stages.

Next, for each sensitivity item, an estimated path is drawn between the sensitivity items that are considered to be affected, and the degree of influence in each path is calculated using the questionnaire result. Then, the adaptability of the path is verified by a predetermined index. Examples of the predetermined index include GFI (Goodness of Fit Index) and AGFI (Adjusted GFI).
, CFI (Comparative Fit Index), RMSEA (Root Mean Square Error Approximation), and the like.

  If these indices satisfy a predetermined reference value, the path has a high degree of fitness, and it can be evaluated that the path is a significant path. As the predetermined reference value, for each of GFI, AGFI, and CFI, if the numerical value is 0.9 or more, it can be evaluated that the fitness is high. As for RMSEA, if the numerical value is less than 0.1, it can be evaluated that the fitness is high.

  As a result of the verification of the fitness, if an insignificant path is included, the estimated path is redrawn, and the calculation of the influence and the verification of the fitness are repeated until only a significant path exists. A structure having only a significant path obtained in this manner is adopted as the sensitivity structure. The sensitivity structure obtained by the above-described procedure differs in the path and the influence of the path depending on the target image 6 used for the analysis.

  Among the sensibility structure paths, a plurality of paths having a particularly high influence were selected, and the whole of the selected paths and a plurality of sensibility words directly connected to the paths was analyzed in order to derive the sensibility structure. This is adopted as the sensitivity structure path of the target image 6. As a method of selecting a path having a particularly large influence degree, for example, a predetermined number of paths (for example, three or five) may be selected in descending order of the influence degree. Alternatively, all the paths whose influence degree is a predetermined value or more may be selected.

  Then, the sensitivity item extraction unit 33 extracts all the sensitivity items connected to the sensitivity structure path corresponding to the target image 6 extracted by the target image extraction unit 32. Here, the emotional structure path is associated with the target image 6 used for analysis in order to create the emotional structure.

  In the first embodiment, the sensitivity image database 42 records the target image 6 and the sensitivity structure corresponding to the target image 6. The sensitivity item extraction unit 33 refers to the sensitivity item database 42 and extracts the sensitivity items connected to the sensitivity structure path in the sensitivity structure corresponding to the target image 6 extracted by the target image extraction unit 32.

  For example, if the emotional structure path corresponding to the target image 6 extracted by the target image extraction unit 32 is the emotional structure path indicated by a bold line in FIG. 4, the sensitivity item extraction unit 33 selects the sensitivity items A, B1, C1, Extract C2 and D1.

  It should be noted that the target image 6 and the sensitivity item may be directly associated with the sensitivity item database 42 without using the sensitivity structure.

[Image database]
As shown in FIG. 3, a plurality of target images 6 and physical information corresponding to the target images 6 are recorded in the image database 41. The physical information recorded in the image database 41 matches the physical information extracted by the physical information extraction unit 31. The physical information is, for example, a wall color, a floor color, a color temperature of illumination, and the like, and can be appropriately set according to the proposed space.

  The target image extraction unit 32 refers to the image database 41 and extracts the target image 6 having physical information with a small error from the physical information extracted by the physical information extraction unit 31. The target image extraction unit 32 may extract only one target image 6 or a plurality of target images 6.

[Sensitivity Item Database]
In the sensitivity item database 42, a sensitivity structure associated with the target image 6 is recorded. The sensitivity item extraction unit 33 refers to the sensitivity item database 42 and extracts all sensitivity items connected to the sensitivity structure path corresponding to the target image 6 extracted by the target image extraction unit 32. Here, the emotional structure path is associated with the target image 6 used for analysis in order to create the emotional structure.

  In the first embodiment, a plurality of sensitivity items may be directly associated with the target image 6 and recorded in the sensitivity item database 42.

[Operation]
Below, operation | movement of the space plan proposal system 1 which concerns on Embodiment 1 is demonstrated using the flowchart of FIG.

  First, the acquisition unit 21 acquires a spatial image close to the ideal space of the user (customer) 51 (step S10). The spatial image acquired by the acquisition unit 21 may be an image in a predetermined format or may be an image different from the predetermined format. Also, the format need not be defined.

  In the case of a spatial image that is not in a format, the physical information extraction unit 31 requires the user (customer) 51 or the user (designer) 52 to specify a range such as a floor, wall, or ceiling in the spatial image. Even when the format is not determined, the user (customer) 51 or the user (designer) 52 must specify a range such as a floor, a wall, or a ceiling in the space image.

  Subsequently, the physical information extraction unit 31 extracts physical information from the spatial image acquired by the acquisition unit 21 (step S20). The physical information extraction unit 31 extracts physical information by performing image analysis on the spatial image acquired by the acquisition unit 21. For example, when extracting the physical information of the wall color, the physical information extraction unit 31 extracts the physical information of the wall color using the color of the pixel in the range recognized as the wall in the spatial image. As for the color temperature of the illumination, etc., the physical information extraction unit 31 extracts the physical information of the color temperature of the illumination using the color of the surrounding pixels in the range recognized as illumination in the spatial image. .

  Next, the target image extraction unit 32 refers to the image database 41 and extracts the target image 6 having physical information with a small error from the physical information extracted by the physical information extraction unit 31 (step S30). In order to verify the error, the target image extraction unit 32 calculates an error value using the physical information extracted by the physical information extraction unit 31 and the physical information of the target image 6 in the image database 41.

  Then, the target image extraction unit 32 extracts the target image 6 having the smallest error value. Note that the target image 6 extracted by the target image extraction unit 32 may not be one. For example, a predetermined number (for example, three or four) of target images 6 may be extracted in ascending order of error values. Further, a configuration may be adopted in which all the target images 6 having error values equal to or less than a certain value are extracted.

  Next, the sensitivity item extraction unit 33 refers to the sensitivity item database 42 and extracts the sensitivity item corresponding to the target image 6 extracted by the target image extraction unit 32 (step S40). The sensitivity item extraction unit 33 extracts all the sensitivity items connected to the sensitivity structure path corresponding to the target image 6 extracted by the target image extraction unit 32.

  Then, the output unit 22 outputs the target image 6 extracted in step S30 and the sensitivity item extracted in step S40 (step S50). In step S50, the output unit 22 may further output physical information corresponding to the target image 6 to be output.

According to the spatial plan proposing system 1 that performs the above-described operation, by converting a spatial image into a predetermined sensitivity item, it is possible to eliminate the influence of individual differences in nuances and appropriately propose a spatial plan.

(Embodiment 2)
Below, Embodiment 2 of this invention is demonstrated using FIG.6 and FIG.7. FIG. 6 is a block diagram showing a space plan proposing system according to the second embodiment. FIG. 7 is a flowchart showing the operation of the space plan proposal system according to Embodiment 2.

  The second embodiment is different from the first embodiment in that an image search unit 34 is provided. In the following description, the description overlapping with the description in Embodiment 1 is omitted or simplified. The same components as those in the first embodiment will be described with the same reference numerals.

[Constitution]
The spatial plan proposing system 1 according to the second embodiment can output a predetermined sensitivity item that excludes the influence of individual differences in nuances from a spatial image close to the ideal of the user (customer) 51, and the user (customer) It can be used to propose a space plan that suits 51 preferences. The space plan proposal system 1 includes a terminal 2 and a server device 3. The terminal 2 is, for example, a mobile terminal such as a smartphone, a mobile phone, or a tablet, or a personal computer (PC). The server device 3 is, for example, a computer device.

  The terminal 2 is operated by a user (customer) 51 or a user (designer) 52. The terminal 2 includes an acquisition unit 21 and an output unit 22. The acquisition unit 21 and the output unit 22 have substantially the same configuration as that of the first embodiment, and the same terminal 2 as that of the first embodiment can be used.

  The server device 3 processes the spatial image acquired by the acquisition unit 21 and extracts a sensitivity item related to the ideal space of the user (customer) 51. The server device 3 includes a physical information extraction unit 31, a target image extraction unit 32, a sensitivity item extraction unit 33, an image search unit 34, and a storage unit 4. The physical information extraction unit 31, the target image extraction unit 32, and the sensitivity item extraction unit 33 have the same configuration as that of the first embodiment.

  The image search unit 34 refers to the sensitivity item database 42, searches for a sensitivity structure path having all of the sensitivity items extracted by the sensitivity item extraction unit 33, and selects the target image 6 corresponding to the sensitivity structure path as the spatial plan image 7. Extract as The output unit 22 outputs the spatial plan image 7 extracted by the image search unit 34 in addition to the sensitivity item extracted by the sensitivity item extraction unit 33 and the target image 6 extracted by the target image extraction unit 32.

  A plurality of spatial plans can be proposed by outputting the spatial plan image 7 in addition to the target image 6, and the user (customer) 51 selects a spatial plan that suits his / her preference from among them. be able to. Note that if the target image 6 already extracted by the target image extraction unit 32 is included in the space plan image 7 extracted by the image search unit 34, the image search unit 34 determines the overlapping space plan image 7. It is preferable not to extract.

  The storage unit 4 includes an image database 41 and a sensitivity item database 42. The image database 41 and the sensitivity item database 42 have the same configuration as that of the first embodiment.

[Image search unit]
The image search unit 34 refers to the sensitivity item database 42, searches for a sensitivity structure path having all of the sensitivity items extracted by the sensitivity item extraction unit 33, and selects the target image 6 corresponding to the sensitivity structure path as the spatial plan image 7. Extract as Then, the output unit 22 outputs the space plan image 7 extracted by the image search unit 34 in addition to the sensitivity item extracted by the sensitivity item extraction unit 33 and the target image 6 extracted by the target image extraction unit 32.

  The target image 6 and the space plan image 7 may be output and displayed as different items in the output unit 22 so that the target image 6 and the space plan image 7 are distinguished from each other, or as the same item. The target image 6 and the space plan image 7 may be output and displayed so as not to be distinguished.

  In addition, the image search part 34 is not restricted to the structure which searches the sensitivity structure which has all the sensitivity items of the sensitivity item which the sensitivity item extraction part 33 extracted. For example, the image search unit 34 searches for the emotional structure path having a predetermined ratio (for example, 70% or 80%) of the sensitivity items extracted by the sensitivity item extraction unit 33, and corresponds to the sensitivity structure path. The target image 6 may be extracted as the space plan image 7.

  In this case, it is preferable that the output unit 22 further outputs a sensitivity item connected to the sensitivity structure path corresponding to the space plan image 7 extracted by the image search unit 34. It is possible to further output sensitivity item choices that exclude the influence of individual differences in nuance on the space plan, and to propose a space plan that more appropriately matches the preference of the user (customer) 51.

[Operation]
Below, operation | movement of the space plan proposal system 1 which concerns on Embodiment 2 is demonstrated using the flowchart of FIG.

  First, the acquisition unit 21 acquires a spatial image close to the ideal space of the user (customer) 51 (step S10). The spatial image acquired by the acquisition unit 21 may be an image in a predetermined format or may be an image different from the predetermined format. Also, the format need not be defined.

  In the case of a spatial image that is not in a format, the physical information extraction unit 31 requires the user (customer) 51 or the user (designer) 52 to specify a range such as a floor, wall, or ceiling in the spatial image. Even when the format is not determined, the user (customer) 51 or the user (designer) 52 must specify a range such as a floor, a wall, or a ceiling in the space image.

  Subsequently, the physical information extraction unit 31 extracts physical information from the spatial image acquired by the acquisition unit 21 (step S20). The physical information extraction unit 31 extracts physical information by performing image analysis on the spatial image acquired by the acquisition unit 21. For example, when extracting the physical information of the wall color, the physical information extraction unit 31 extracts the physical information of the wall color using the color of the pixel in the range recognized as the wall in the spatial image. As for the color temperature of the illumination, etc., the physical information extraction unit 31 extracts the physical information of the color temperature of the illumination using the color of the surrounding pixels in the range recognized as illumination in the spatial image. .

  Next, the target image extraction unit 32 refers to the image database 41 and extracts the target image 6 having physical information with a small error from the physical information extracted by the physical information extraction unit 31 (step S30). In order to verify the error, the target image extraction unit 32 calculates an error value using the physical information extracted by the physical information extraction unit 31 and the physical information of the target image 6 in the image database 41.

  Then, the target image extraction unit 32 extracts the target image 6 having the smallest error value. Note that the target image 6 extracted by the target image extraction unit 32 may not be one. For example, a predetermined number (for example, three or four) of target images 6 may be extracted in ascending order of error values. Further, a configuration may be adopted in which all the target images 6 having error values equal to or less than a certain value are extracted.

  Next, the sensitivity item extraction unit 33 refers to the sensitivity item database 42 and extracts the sensitivity item corresponding to the target image 6 extracted by the target image extraction unit 32 (step S40). The sensitivity item extraction unit 33 extracts all the sensitivity items connected to the sensitivity structure path corresponding to the target image 6 extracted by the target image extraction unit 32.

  Next, the image search unit 34 refers to the sensitivity item database 42 and extracts the space plan image 7 using the sensitivity items extracted by the sensitivity item extraction unit 33 (step S45). The image search unit 34 searches for a Kansei structure path having all of the Kansei items extracted by the Kansei item extracting unit 33 and extracts a target image 6 corresponding to the Kansei structure path as a space plan image 7.

  Then, the output unit 22 outputs the target image 6 extracted in step S30, the sensitivity item extracted in step S40, and the space plan image 7 extracted in step S45 (step S50). In step S50, the output unit 22 may further output physical information corresponding to the target image 6 and the space plan image 7 to be output.

  According to the spatial plan proposing system 1 that performs the above-described operation, by converting a spatial image into a predetermined sensitivity item, it is possible to eliminate the influence of individual differences in nuances and appropriately propose a spatial plan.

(Embodiment 3)
The present invention is also useful as a space plan proposal method. Below, the space plan proposal method according to Embodiment 3 will be described. In the following description, the description overlapping with the description in Embodiments 1 and 2 is omitted or simplified. The same configurations as those in Embodiments 1 and 2 will be described with the same reference numerals.

  The spatial plan proposing method according to the third embodiment can derive a predetermined sensitivity item that excludes the influence of individual differences in nuances from a spatial image that is close to the ideal of the user (customer) 51. This is a method that can be used to propose a suitable space plan. The space plan proposal method includes an acquisition step, a physical information extraction step, a target image extraction step, a sensitivity item extraction step, and an output step.

  In the acquisition step, a spatial image close to the ideal space of the user (customer) 51 is acquired. The acquired spatial image may be an image in a predetermined format or an image different from the predetermined format. Further, the format may not be determined.

  In the case of a spatial image that is not in a format, the physical information extraction unit 31 requires the user (customer) 51 or the user (designer) 52 to specify a range such as a floor, wall, or ceiling in the spatial image. Even when the format is not determined, the user (customer) 51 or the user (designer) 52 must specify a range such as a floor, a wall, or a ceiling in the space image.

  Subsequently, in the physical information extraction step, physical information is extracted from the spatial image acquired in the acquisition step. In the physical information extraction step, physical information is extracted by performing image analysis on the spatial image acquired in the acquisition step. For example, when extracting wall color physical information, the wall color physical information is extracted using the color of pixels in a range recognized as a wall in the spatial image. As for the color temperature of the illumination, physical information on the color temperature of the illumination is extracted using the color of the surrounding pixels in the range in which the illumination is recognized in the spatial image.

Next, in the target image extraction step, the image database 41 is referred to, and the target image 6 having physical information with a small error from the physical information extracted in the physical information extraction step is extracted. In order to verify the error, in the target image extraction step, an error value is calculated using the physical information extracted in the physical information extraction step and the physical information of the target image 6 in the image database 41.

  In the target image extraction step, the target image 6 having the smallest error value is extracted. Note that the number of target images 6 extracted in the target image extraction step may not be one. For example, a predetermined number (for example, three or four) of target images 6 may be extracted in ascending order of error values. Further, a configuration may be adopted in which all the target images 6 having error values equal to or less than a certain value are extracted.

  Next, in the sensitivity item extraction step, the sensitivity item database 42 is referred to, and the sensitivity items corresponding to the target image 6 extracted in the target image extraction step are extracted. The sensitivity item extraction step extracts all sensitivity items connected to the sensitivity structure path corresponding to the target image 6 extracted in the target image extraction step.

  In the output step, the target image 6 extracted in the target image extraction step and the sensitivity items extracted in the sensitivity item extraction step are output. In the output step, physical information corresponding to the target image 6 to be output may be further output.

  By using the spatial plan proposing method that operates as described above, it is possible to derive a predetermined sensitivity item that eliminates the influence of individual differences in nuances from a spatial image that is close to the ideal of the user (customer) 51. It can be used to propose a space plan that suits your needs.

  Moreover, the space plan proposal method may include an image search step. In the image search step, the sensitivity item database 42 is referred to, and the space plan image 7 is extracted using the sensitivity items extracted in the sensitivity item extraction step. In the image search step, a Kansei structure path having all of the Kansei items extracted in the Kansei item extraction step is searched, and a target image 6 corresponding to the Kansei structure path is extracted as a space plan image 7.

  In this case, in the output step, in addition to the target image 6 extracted in the target image extraction step and the sensitivity item extracted in the sensitivity item extraction step, the space plan image 7 extracted in the image search step is output.

(Embodiment 4)
The present invention is also useful as a program for executing a space plan proposing method. Below, the program which performs the space plan proposal method which concerns on Embodiment 4 is demonstrated. In the following description, the description overlapping with the description in the first to third embodiments will be omitted or simplified. Moreover, about the structure similar to Embodiment 1-3, the same code | symbol is attached | subjected and demonstrated.

  The program for executing the spatial plan proposal method can derive a predetermined sensitivity item that excludes the influence of individual differences in nuances from a spatial image close to the ideal of the user (customer) 51, and matches the preference of the user (customer) 51. It is a program that can be used to propose spatial plans. A program for executing a spatial plan proposal method causes a computer to execute a spatial plan proposal system including an acquisition step, a physical information extraction step, a target image extraction step, a sensitivity item extraction step, and an output step.

  The acquisition step, the physical information extraction step, the target image extraction step, the sensitivity item extraction step, and the output step are the same as those described in the third embodiment.

  By using a program for executing the spatial plan proposal method, it is possible to derive a predetermined sensibility item that eliminates the influence of individual differences in nuances from a spatial image close to the ideal of the user (customer) 51. It can be used to propose a suitable space plan.

  The program for executing the space plan proposal method may include an image search step. In the image search step, the sensitivity item database 42 is referred to, and the space plan image 7 is extracted using the sensitivity items extracted in the sensitivity item extraction step. In the image search step, a Kansei structure path having all of the Kansei items extracted in the Kansei item extraction step is searched, and a target image 6 corresponding to the Kansei structure path is extracted as a space plan image 7.

  In this case, in the output step, in addition to the target image 6 extracted in the target image extraction step and the sensitivity item extracted in the sensitivity item extraction step, the space plan image 7 extracted in the image search step is output.

(Embodiment 5)
The present invention is also useful as a display terminal. Below, the display terminal which concerns on Embodiment 5 is demonstrated. In the following description, the description overlapping with the description in Embodiments 1 to 4 is omitted or simplified. Moreover, about the structure similar to Embodiment 1-4, the same code | symbol is attached | subjected and demonstrated.

  The display terminal according to Embodiment 5 can output a predetermined sensitivity item that excludes the influence of individual differences in nuances from a spatial image that is close to the ideal of the user (customer) 51. It can be used to propose a space plan that suits your needs. The display terminal according to the fifth embodiment can be used as the terminal 2 in the space plan proposing system 1 according to the first or second embodiment.

  The display terminal according to Embodiment 5 includes an acquisition unit 21 and an output unit 22 of the space plan proposal system 1. Then, the spatial image acquired by the acquisition unit 21 and the target image 6 and the sensitivity item output from the output unit 22 are displayed.

  By using the display terminal according to the fifth embodiment, by converting the spatial image into a predetermined sensitivity item, it is possible to eliminate the influence of individual differences in nuances and propose a spatial plan appropriately.

(Space plan proposal system, space plan proposal method, program for executing space plan proposal method, effect of display terminal, etc.)
Here, the main points of the space plan proposal system 1, the space plan proposal method, the program for executing the space plan proposal method, and the display terminal will be described again.

  The space plan proposal system 1 includes an acquisition unit 21, an output unit 22, a physical information extraction unit 31, a target image extraction unit 32, and a sensitivity item extraction unit 33. The acquisition unit 21 acquires a spatial image related to the space. The physical information extraction unit 31 extracts physical information from the spatial image acquired by the acquisition unit 21. The target image extraction unit 32 extracts the target image 6 having physical characteristics close to the physical information extracted by the physical information extraction unit 31. The sensitivity item extraction unit 33 extracts sensitivity items corresponding to the target image 6 extracted by the target image extraction unit 32. The output unit 22 outputs the target image 6 extracted by the target image extraction unit 32 and the sensitivity items extracted by the sensitivity item extraction unit 33.

  By using the space plan proposal system 1 having the above configuration, it is possible to appropriately propose a space plan by converting the space image into a predetermined sensitivity item, thereby eliminating the influence of individual differences in nuances.

  Further, the image search unit 34 is preferably further provided, and the image search unit 34 preferably extracts the space plan image 7 similar to the target image 6 extracted by the target image extraction unit 32. The output unit 22 preferably outputs a sensitivity item corresponding to the spatial plan image 7 extracted by the image search unit 34 in addition to the sensitivity item corresponding to the target image 6 extracted by the target image extraction unit 32.

  With the above configuration, a plurality of space plans can be proposed by outputting the space plan image 7 in addition to the target image 6, and the user (customer) 51 can select a space that suits his / her preference from among them. You can select a plan. In addition, it is possible to further output the choices of sensitivity items that exclude the influence of individual differences in nuances with respect to the space plan, and it is possible to more appropriately propose a space plan that matches the preference of the user (customer) 51.

  Moreover, it is preferable that the image search part 34 extracts the space plan image 7 similar to the target image 6 which the target image extraction part 32 extracted based on the sensitivity structure.

  Moreover, it is preferable that the output unit 22 further outputs physical information corresponding to the target image 6 extracted by the target image extraction unit 32.

  With the above configuration, the target image 6 output by the output unit 22 can be proposed as one of the spatial plans, and spatial design can be performed using physical information corresponding to the target image 6.

  The output unit 22 preferably outputs physical information corresponding to the spatial plan image 7 extracted by the image search unit 34 in addition to the physical information corresponding to the target image 6 extracted by the target image extraction unit 32.

  With the above configuration, not only the target image 6 output by the output unit 22 but also the space plan image 7 is proposed as one of the options for the space plan, and physical information corresponding to the target image 6 and the space plan image 7 is used. Space design can be done.

  Moreover, it is preferable that the space plan proposal system 1 according to Embodiment 1 further includes an image database 41 and a sensitivity item database 42. The image database 41 stores a target image 6 associated with physical information. The sensitivity item database 42 stores sensitivity items associated with the target image 6. Then, the target image extraction unit 32 refers to the image database 41 to extract the target image 6 having physical characteristics close to the physical information extracted from the spatial image. The sensitivity item extraction unit 33 refers to the sensitivity item database 42 to extract sensitivity items corresponding to the target image 6.

  In addition, the space plan proposal system 1 according to Embodiment 2 preferably further includes an image database 41 and a sensitivity item database 42. The target image extraction unit 32 refers to the image database 41 to extract the target image 6 having physical characteristics close to the physical information extracted from the spatial image. The sensitivity item extraction unit 33 refers to the sensitivity item database 42 to extract sensitivity items corresponding to the target image 6. The image search unit 34 extracts a sensitivity item corresponding to the space plan image 7 by referring to the sensitivity item database 42.

The space plan proposal method includes an acquisition step, an output step, a target image extraction step, a physical information extraction step, and a sensitivity item extraction step. In the acquisition step, a spatial image regarding the space is acquired. In the physical information extraction step, physical information is extracted from the spatial image acquired in the acquisition step. In the target image extraction step, the target image 6 having physical characteristics close to the physical information extracted by the physical information extraction step is extracted. In the sensitivity item extraction step, a sensitivity item corresponding to the target image 6 extracted in the target image extraction step is extracted.
In the output step, the target image 6 extracted in the target image extraction step and the sensitivity item extracted in the sensitivity item extraction step are output.

  By using the spatial plan proposing method having the above-described configuration, it is possible to derive a predetermined sensitivity item that excludes the influence due to individual differences in nuances from a spatial image close to the ideal of the user (customer) 51, and to satisfy the preference of the user (customer) 51. It can be used to propose a suitable space plan.

  The program for executing the space plan proposing method executes the space plan proposing method including an acquisition step, an output step, a target image extraction step, a physical information extraction step, and a sensitivity item extraction step. In the acquisition step, a spatial image regarding the space is acquired. In the physical information extraction step, physical information is extracted from the spatial image acquired in the acquisition step. In the target image extraction step, the target image 6 having physical characteristics close to the physical information extracted by the physical information extraction step is extracted. In the sensitivity item extraction step, a sensitivity item corresponding to the target image 6 extracted in the target image extraction step is extracted. In the output step, the target image 6 extracted in the target image extraction step and the sensitivity item extracted in the sensitivity item extraction step are output.

  By using the program for executing the spatial plan proposing method having the above-described configuration, it is possible to derive a predetermined sensitivity item that excludes the influence of individual differences in nuances from the spatial image close to the ideal of the user (customer) 51, and the user (customer) A space plan that suits 51 preferences can be proposed.

  The display terminal has a sensitivity output from the output unit 22 of the space plan proposal system 1 including an acquisition unit 21, an output unit 22, a physical information extraction unit 31, a target image extraction unit 32, and a sensitivity item extraction unit 33. The item and the target image 6 are displayed. The acquisition unit 21 acquires a spatial image related to the space. The physical information extraction unit 31 extracts physical information from the spatial image acquired by the acquisition unit 21. The target image extraction unit 32 extracts the target image 6 having physical characteristics close to the physical information extracted by the physical information extraction unit 31. The sensitivity item extraction unit 33 extracts sensitivity items corresponding to the target image 6 extracted by the target image extraction unit 32. The output unit 22 outputs the target image 6 extracted by the target image extraction unit 32 and the sensitivity items extracted by the sensitivity item extraction unit 33.

  According to the display terminal having the above configuration, by converting the spatial image into a predetermined sensitivity item, it is possible to eliminate the influence of individual differences in nuances and appropriately propose a spatial plan.

(Other embodiments)
As described above, the space plan proposal system 1, the space plan proposal method, the program for executing the space plan proposal method, and the display terminal according to the present invention have been described using the first to fifth embodiments. However, embodiments of the space plan proposal system 1, the space plan proposal method, the program for executing the space plan proposal method, and the display terminal are not limited to the first to fifth embodiments.

  For example, the output unit 22 is assumed to be displayed on a screen such as a display, but the output method of the output unit 22 is not limited to screen display. The output unit 22 uses a VR (Virtual Reality) video or the like to output the target image 6 and the spatial plan image 7 in a manner that the user (customer) 51 and the user (designer) 52 can recognize in a three-dimensional manner. May be. When VR video is used, the user (customer) 51 and the user (designer) 52 can understand the space proposed more sensuously, so the space of the user (customer) 51 is more suitable for the taste. Proposals can be made.

In addition, the user (customer) 51 installs software on a personal terminal such as a smartphone or a tablet, and uses the spatial plan proposal system 1 as a service that automatically proposes a spatial plan from language information input to the personal terminal. You can also In this case, there is no need to have a specific user (designer) 52, but the information output by the space plan proposal system 1 may be transmitted to one or a plurality of designers, builders, etc. by means such as e-mail. preferable.

  In addition, about the above-mentioned Embodiments 1-5, it is only an illustration of the embodiment of this invention, is only an illustration of what is preferable also about a numerical value, a shape, etc., and this invention is limited only to these embodiment. It is not a thing. The configuration can be appropriately changed without departing from the scope of the technical idea of the present invention.

DESCRIPTION OF SYMBOLS 1 Spatial plan proposal system 2 Terminal 21 Acquisition part 22 Output part 3 Server apparatus 31 Physical information extraction part 32 Target image extraction part 33 Sensitivity item extraction part 34 Image search part 4 Memory | storage part 41 Image database 42 Sensitivity item database 51 User (customer)
52 users (designers)
6 Target image 7 Spatial plan image

Claims (10)

An acquisition unit for acquiring a spatial image related to the space;
A physical information extraction unit that extracts physical information from the spatial image acquired by the acquisition unit;
A target image extraction unit for extracting a target image having physical characteristics close to the physical information extracted by the physical information extraction unit;
A sensitivity item extraction unit that extracts a sensitivity item corresponding to the target image extracted by the target image extraction unit;
A space plan proposal system comprising: an output unit that outputs the target image extracted by the target image extraction unit and the sensitivity item extracted by the sensitivity item extraction unit. An image search unit;
The image search unit extracts a spatial plan image similar to the target image extracted by the target image extraction unit;
The space plan proposal according to claim 1, wherein the output unit outputs a sensitivity item corresponding to the spatial plan image extracted by the image search unit in addition to the sensitivity item corresponding to the target image extracted by the target image extraction unit. system.   The space plan suggestion system according to claim 2, wherein the image search unit extracts a space plan image similar to the target image extracted by the target image extraction unit based on a sensitivity structure.   The space plan proposal system according to claim 1, wherein the output unit further outputs physical information corresponding to the target image extracted by the target image extraction unit.   The spatial plan according to claim 2 or 3, wherein the output unit outputs physical information corresponding to the spatial plan image extracted by the image search unit in addition to physical information corresponding to the target image extracted by the target image extraction unit. Proposal system. An image database in which target images associated with the physical information are stored;
A sensitivity item database in which sensitivity items associated with the target image are stored,
The target image extraction unit extracts a target image having physical characteristics close to physical information extracted from the spatial image by referring to the image database,
The space plan proposal system according to any one of claims 1 to 5, wherein the sensitivity item extraction unit extracts a sensitivity item corresponding to the target image by referring to the sensitivity item database. An image database in which a target image associated with the physical information and a spatial plan image associated with the physical information are stored;
A sensitivity item database in which sensitivity items associated with the target image and sensitivity items associated with the space plan image are stored;
The target image extraction unit extracts a target image having physical characteristics close to physical information extracted from the spatial image by referring to the image database,
The sensitivity item extraction unit extracts a sensitivity item corresponding to the target image by referring to the sensitivity item database,
The space plan proposal system according to claim 2 or 3, wherein the image search unit extracts a sensitivity item corresponding to the space plan image by referring to the sensitivity item database. An acquisition step of acquiring a spatial image relating to the space;
A physical information extraction step of extracting physical information from the spatial image acquired in the acquisition step;
A target image extraction step for extracting a target image having physical characteristics close to the physical information extracted by the physical information extraction step;
A sensitivity item extraction step of extracting a sensitivity item corresponding to the target image extracted by the target image extraction step;
A spatial plan proposing method including an output step of outputting the target image extracted in the target image extraction step and the sensitivity item extracted in the sensitivity item extraction step. On the computer,
An acquisition step of acquiring a spatial image relating to the space;
A physical information extraction step of extracting physical information from the spatial image acquired in the acquisition step;
A target image extraction step for extracting a target image having physical characteristics close to the physical information extracted by the physical information extraction step;
A sensitivity item extraction step of extracting a sensitivity item corresponding to the target image extracted by the target image extraction step;
A program for executing a space plan proposing method including: an output step for outputting a target image extracted in the target image extraction step and a sensitivity item extracted in the sensitivity item extraction step. An acquisition unit for acquiring a spatial image related to the space;
A physical information extraction unit that extracts physical information from the spatial image acquired by the acquisition unit;
A target image extraction unit that extracts a target image having physical characteristics close to the physical information extracted by the physical information extraction unit;
A sensitivity item extraction unit that extracts a sensitivity item corresponding to the target image extracted by the target image extraction unit;
Sensitivity items and targets output from the output unit of the space plan proposal system comprising: an output unit that outputs the target image extracted by the target image extraction unit and the sensitivity item extracted by the sensitivity item extraction unit. A display terminal that displays images.

Images