JP2009265917A - Accumulating apparatus, accumulating method and accumulating program - Google Patents

Abstract

An accumulation device capable of performing accumulation in response to a design change of a building is provided.
An integrating device includes: a room graphic data storage unit for storing room graphic data relating to a position and shape of a room graphic in a plane coordinate; room ID data for each of a plurality of rooms; specification data for the room; The room specification data storage unit 32b that stores the amount data of the specification in association with each other, the room ID data acquisition unit 31a that acquires the room ID data selected by the user, and the position corresponding to the selected room ID data A position coordinate data acquisition unit 31b for acquiring position coordinate data relating to coordinates, a determination unit 33 for determining whether or not the position coordinates are located in the room graphic, and a case where the position coordinates are determined to be located in the room graphic. , Integrated amount calculation for calculating the integrated amount based on the amount data corresponding to the selected room ID data and the room graphic data It includes a 34.
[Selection] Figure 1

Description

  The present invention relates to an integrating device, an integrating method, and an integrating program for building work integrating work.

As a preparatory stage for construction work, an estimation work is performed to create an estimate from a design book. The conventional integration method picks up parts and finishes from the specifications one by one, picks up the area and length from the floor plan, etc., and the amount, area, length, etc. per unit, finishes, etc. Based on the above, the accumulated amount is calculated (for example, see Non-Patent Document 1).
Architectural Institute of Japan, “Architecture Handbook I Plan”, 2nd edition, Maruzen Co., Ltd., February 25, 1980, p. 1698-1738

  However, in the conventional method, when a building is redesigned, the quantity before the design change cannot be diverted, and there is a problem that the work of picking up the quantity has to be performed again from the beginning.

  The present invention was created to solve the above-described problems, and it is an object of the present invention to provide an integrating device, an integrating method, and an integrating program capable of integrating in response to a design change of a building. To do.

  In order to solve the above-mentioned problem, the integrating device according to claim 1 includes a room graphic data storage unit that stores room graphic data relating to the position and shape of a room graphic representing a room in plane coordinates, and a plurality of rooms. The room specification data storage unit that stores the room ID data unique to the room, the specification data related to the specification of the room, and the amount data related to the amount per unit quantity of the specification, and the input from the user Based on the room ID data acquisition unit that acquires the room ID data selected by the user, and the position coordinates that acquire the position coordinate data related to the position coordinates corresponding to the selected room ID data based on the input from the user Based on the data acquisition unit, the room graphic data, and the acquired position coordinate data, the position coordinates are A determination unit for determining whether or not to be located in the room graphic, and when the position coordinates are determined to be located in the room graphic, the amount data corresponding to the selected room ID data, and And an integrated amount calculation unit that calculates the integrated amount based on the room graphic data.

  In addition, the integrating method according to the invention described in claim 4 is a room graphic data storage unit that stores room graphic data relating to the position and shape of a room graphic representing a room in a plane coordinate, and a room specific data for each of a plurality of rooms. Method of integrating by an integrating device comprising room ID data, room specification data relating to the room specification, and a room specification data storage unit that stores data relating to the amount per unit quantity of the specification in association with each other A data acquisition step of acquiring room ID data selected by the user based on an input from the user, position coordinate data relating to position coordinates corresponding to the selected room ID data, and the room graphic data And whether the position coordinates are located in the room graphic based on the acquired position coordinate data. A determining step to determine, and when it is determined that the position coordinates are located within the room graphic, an integrated amount is calculated based on the price data corresponding to the selected room ID data and the room graphic data And an integrated amount calculation step.

  According to a sixth aspect of the present invention, there is provided an accumulation program that includes a computer, a room ID data acquisition unit that acquires room ID data selected by a user based on an input from the user, and an input from the user. A position coordinate data acquisition unit that acquires position coordinate data related to the position coordinate corresponding to the selected room ID data, and a room graphic data storage unit that stores room graphic data related to the position and shape of the room graphic representing the room in plane coordinates , Based on the room graphic data and the acquired position coordinate data, a determination unit for determining whether or not the position coordinates are located in the room graphic, and the position coordinates are the When it is determined that the position is within the room graphic, the room ID data unique to the room and the specification of the room for each of the plurality of rooms The room specification data storage unit that stores the specification data related to the specification and the amount data related to the amount per unit quantity of the specification in association with each other, the amount data corresponding to the selected room ID data, and the room figure It is characterized by functioning as an integrated amount calculation unit for calculating the integrated amount based on the data.

  In the present invention, “room” is a term representing a unit of specification for integration, and is a concept including not only a normal room (living room, kitchen, etc.) but also a courtyard. In the present invention, the “room ID” is composed of characters, symbols, numerals, etc., and may be a room name or a string of numbers unique to the room.

  The position coordinate data is data representing the position coordinates of the room in which the specifications of the specification data associated with the room ID data corresponding to the position coordinate data are used, and the position coordinates are in the room graphic of the room graphic data described later. In this case, the specification is adopted for the room, and the accumulated amount is calculated. According to such a configuration, since the accumulated amount is calculated by associating one of the specifications related to a plurality of preset rooms with the room figure by the position coordinates input by the user, the room figure change, the room specification change It can respond suitably.

  The invention described in claim 2 is the integrating device according to claim 1, wherein the integrated amount calculation unit calculates the quantity of the room graphic based on the room graphic data, The accumulated amount is calculated using a quantity.

  The invention described in claim 5 is the integrating method according to claim 4, wherein, in the integrated amount calculation step, the quantity of the room graphic is calculated based on the room graphic data, and the calculated amount is calculated. The accumulated amount is calculated using a quantity.

  The invention according to claim 7 is the accumulation program according to claim 6, wherein the accumulated amount calculation unit calculates the quantity of the room graphic based on the room graphic data, and the calculated The accumulated amount is calculated using an area.

  According to such a configuration, the accumulated amount can be calculated without previously storing the number of room figures (for example, floor area, wall area, ceiling area, etc.) by user input.

  The invention according to claim 3 is the integrating device according to claim 1 or claim 2, wherein the room graphic data is constituted by wall line segment data related to a wall line segment representing a wall, Based on an input from a user, at least one of the position and length of the wall line segment is changed in the plane coordinates, and the wall line segment data relating to the changed wall line segment is stored in the room graphic data storage unit It is further characterized by further including a wall line segment data changing section.

  The invention according to claim 8 is the integrating program according to claim 6 or claim 7, wherein the room graphic data is configured by wall line segment data related to a wall line segment representing a wall, Based on an input from a user, the computer changes at least one of the position and length of the wall line segment in the plane coordinates, and stores the wall line segment data relating to the changed wall line segment in the room graphic data storage It further functions as a wall line segment data changing unit to be stored in the unit.

  According to such a configuration, the position and shape of the room graphic can be easily changed.

  According to the present invention, it is possible to integrate in accordance with a design change of a building.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings as appropriate. Similar parts are denoted by the same reference numerals, and redundant description is omitted.

<Integration system>
FIG. 1 is a block diagram schematically showing an integration system including an integration device according to an embodiment of the present invention. As shown in FIG. 1, the integration system 1 according to the embodiment of the present invention includes an input device 10, an output device 20, and an integration device 30.

  The input device 10 is, for example, a keyboard, a mouse, or the like, and causes the integrating device 30 to input various input data based on input from the user. The output device 20 is a display, a printer, or the like, for example, and outputs the amount accumulated by the accumulation device 30 and provides it to the user. In the following description, it is assumed that the input device 10 is a keyboard and a mouse, and the output device 20 is a display. The mouse as the input device 10 can input using the GUI (Graphical User Interface) of the output device 20.

  The integrating device 30 includes, for example, a CPU (Central Processing Unit), a RAM (Random Access Memory), a ROM (Read-Only Memory), an external storage device such as a disk, and an input / output circuit. Control is executed by performing each arithmetic processing based on the input from the device 10 and the program and data stored in the external storage device. As shown in FIG. 1, the integrating device 30 includes an input data acquisition unit 31, a storage unit 32, a determination unit 33, an integrated amount calculation unit 34, and a display data generation unit 35 as functional units.

  The input data acquisition unit 31 acquires various types of input data based on input from a user using the input device 10. The acquired input data is output to any of the storage unit 32, the determination unit 33, and the display data generation unit 35. The input data acquisition unit 31 includes a room ID data acquisition unit 31a and a position coordinate data acquisition unit 31b.

  The room ID data acquisition unit 31a acquires the room ID data selected by the user based on the input from the user using the input device 10 (data acquisition step). Room ID data is data representing an ID unique to a room, for example, data representing a room name. The acquired room ID data is output to the determination unit 33.

  The position coordinate data acquisition unit 31b acquires position coordinate data related to the position coordinates corresponding to the selected room ID data based on the input from the user using the input device 10 (data acquisition step). The position coordinate data is data representing the position coordinates of the room in which the specifications of the specification data associated with the room ID data corresponding to the position coordinate data are used, and the position coordinates are in the room graphic of the room graphic data described later. In this case, the specification is adopted for the room, and the accumulated amount is calculated. The acquired position coordinate data is output to the determination unit 33.

  The storage unit 32 stores data necessary for integration. The data stored in the storage unit 32 is updated with the input data acquired by the input data acquisition unit 31. The storage unit 32 includes a room graphic data storage unit 32a and a room specification data storage unit 32b.

  The room graphic data storage unit 32a stores room graphic data related to the position and shape of a room graphic representing a room in plane coordinates. Here, the shape of the room graphic is a plane graphic (plan view). The room graphic data can also include ceiling height data relating to the ceiling height of the room graphic.

  The room graphic data is composed of wall line segment data representing the walls of the room. The wall line segment data includes the position coordinates of both ends of the wall line segment representing the wall.

The room specification data storage unit 32b includes, for each of a plurality of rooms, room ID data unique to the room, specification data regarding the specification of the room, and an amount per unit quantity of the specification (for example, an amount per unit area, 1 Amount data relating to the amount of money per unit etc.) is stored in association with each other. Room ID data includes living room, cafeteria, kitchen, L / D (living / dining / dining), L / D / K (living / dining / kitchen), D / K (dining / kitchen), master bedroom, western-style room, study, Shoe cloakroom, storage room, closet, hut room, Japanese-style room, wide margin, Buddha, stepping in, floor space, entrance hall, hall, corridor, utility, washroom, toilet, washroom / toilet, UB (unit bath) bathroom, cloakroom, storage, Data indicating indentation, storage, external storage, shed storage, loft, machine room, carport, dead space, courtyard and the like.
The specification data includes data indicating floor finishing, wall finishing, ceiling finishing, and the like. Further, the specification data can include data indicating specifications specific to the room (for example, an underfloor storage in a kitchen, a gas stove, etc.). As the amount data, when the specification data is a specification specific to the room, the amount data can be data indicating the amount per one specification.

  The determination unit 33 determines whether the position coordinates are located in the room graphic based on the room graphic data stored in the room graphic data storage unit 32a and the position coordinate data acquired by the position coordinate data acquisition unit 31b. It is determined whether or not (determination step). The determination result is output to the accumulated amount calculation unit 34.

  In the present embodiment, the determination unit 33 closes the closed line when the graphic formed by the wall line segment data is a closed polygon based on the wall line segment data stored in the room graphic data storage unit 32a. Recognize polygons as room figures. The determination unit 33 polylines the room graphic and determines whether the position coordinates are located in the room graphic using the polylined room graphic.

  When the determination unit 33 determines that the position coordinates are located in the room graphic, the total amount calculation unit 34 refers to the data in the storage unit 32 and the amount data corresponding to the room ID data selected by the user Based on the room graphic data of the room graphic whose position coordinates are located inside, the integrated amount is calculated (integrated amount calculation step). The calculated integrated amount is output to the display data generation unit 35 as integrated amount data.

  In addition, the accumulated amount calculation unit 34 calculates the floor area, the wall area, and the ceiling area of the room graphic based on the wall line data and the ceiling height data that are room graphic data, The accumulated amount is calculated using the quantity other than the area included in the room specification data in advance. In the present embodiment, the accumulated amount calculation unit 34 calculates the floor area, wall area, and ceiling area of the room graphic before acquiring the determination result by the determination unit 33, and is calculated with quantity ID data specific to the quantity. The area data representing any one of the floor area, the wall area, and the ceiling area and the room graphic ID data unique to the room graphic are stored in the room graphic data storage unit 32a in association with each other. The room specification data stored in the room specification data storage unit 32b includes quantity data (for example, the number) other than the area in advance. The room specification data stored in the room specification data storage unit 32b further includes quantity ID data. When it is necessary to calculate the accumulated amount, the accumulated amount calculating unit 34 refers to the quantity ID data corresponding to the room graphic ID data of the room graphic to be accumulated stored in the room specification data storage unit 32b. The accumulated amount is calculated using the amount data and the amount data associated with the same amount ID data.

  Based on the data in the storage unit 32, the display data generation unit 35 generates display data for causing the output device 20 to display a screen that can acquire room ID data and position coordinate data by the user using the GUI. In addition, the display data generation unit 35 generates display data for causing the output device 20 to display the accumulated amount by the accumulated amount calculation unit 34. The generated display data is output to the output device 20 (notification step).

  The input data acquisition unit 31 further includes a wall line segment data change unit 31c. The wall line segment data changing unit 31c changes at least one of the position and length of the wall line segment in the plane coordinates based on the input from the user, and the wall line segment data related to the changed wall line segment is displayed in the room graphic. It memorize | stores in the data storage part 32a (wall line segment data change step).

<First operation example>
Subsequently, a first operation example of the integration system 1 according to the embodiment of the present invention will be described using a display screen transition example of the output device 20. 2 to 4 are display screens of the output device for explaining a first operation example of the integrating system according to the embodiment of the present invention. Each of the following display screens is displayed by display data generated by the display data generation unit 35 of the integrating device 30. The display data generation unit 35 uses the input data output from the input data acquisition device, the data in the storage unit 32, and the integrated amount data generated by the integrated amount calculation unit 34 to generate display data for each display screen. Generate.

As shown in FIGS. 2 to 4, the first display screen includes a room graphic display area 51 for displaying a room graphic and a room ID display for displaying room IDs (room names in the present embodiment) of a plurality of rooms. An area 52 and a specification display area 53 for displaying room specifications, an amount per unit quantity of the specification, and an accumulated amount are provided. The room graphic display area 51, a building figure 51a consisting of room shapes _51a 1 _{~51a 9} is displayed. The room ID display area 52 includes a living room 52a, a dining room 52b, a kitchen 52c, an L / D 52d, an L / D / K 52e, a D / K 52f, a main bedroom 52g, a western room 52h, and the like as room ID icons that can be operated using a GUI. A study 52i is displayed.

  First, in a state where the first display screen shown in FIG. 2 is displayed, the user operates a mouse as the input device 10 to move a pointer (not shown) on the first display screen, and the kitchen 52c. Is dragged, the room ID data acquisition unit 31a of the integrating device 30 acquires room ID data representing the kitchen 52c, and the display data generating unit 35 of the integrating device 30 uses the acquired room ID data to generate room specification data. Display data for displaying the specifications of the kitchen 52c is generated with reference to the storage unit 32b and output to the output device 20. As a result, as in the second display screen shown in FIG. 3, the specification display area 53 displays the specification corresponding to the kitchen 52c and the amount per unit quantity of the specification.

Subsequently, the user causes the movement of the second display on the screen the pointer by operating the mouse is an input device 10 (not shown), the kitchen 52c by dragging and dropping to the room figure 51a _1, the multiplication unit 30 The position coordinate data acquisition unit 31b acquires position coordinate data representing the position coordinates of the kitchen 52c in the room graphic display area 51, and the determination unit 33 of the integrating device 30 stores the acquired position coordinate data and room graphic data storage. and parts 32a of the stored room figure data, based on the position coordinates of the kitchen 52c is determined to be located in a room figure 51a _1, the integrated amount calculation unit 34 of the integrated device 30, on the basis of the room shape data room floor area of figure 51a _1, and calculates the wall area and ceiling areas, and amount data corresponding to the kitchen 52c, and various areas calculated, based on the accumulated gold Calculates, display data generation unit 35 of the integrated device 30 generates display data for displaying the accumulated amount in the case of the room shape 51a ₁ and kitchen, to the output device 20. As a result, as in the third display screen shown in FIG. 4, the specification display area 53 displays the specification quantity, total (area), integrated amount, and the like.

Incidentally, the room shape 51a ₁ other room ID, for example, when you want to associate the L · D52d, the third display pointer on the screen by operating the mouse user is an input device 10 (not shown) moves is, drag and drop the kitchen 52c room figure 51a in ₁ out, subsequently, by moving the third display pointer on the screen by operating the mouse the user is an input device 10 (not shown), L · D52d the can be drag-and-drop to the room figure 51a _1.

<Second operation example>
Subsequently, a second operation example of the integration system 1 according to the embodiment of the present invention will be described using a display screen transition example of the output device 20. FIGS. 5A to 5D are display screens of the output device for explaining a second operation example of the integrating system according to the embodiment of the present invention.

First, in a state where the room graphic display area 51 shown in FIG. 5 (a) is displayed, by operating the mouse is a user input device 10 to move the pointer P, by dragging a wall segment 51b _1, FIG. 5 (b) as shown in, the wall segments 51b ₁ is moved in response to mouse.

Subsequently, the user moves the pointer P by operating the mouse is an input device 10, by double-clicking the wall segments 51b _2, as shown in FIG. 5 (c), both end portions of the wall segment 51b ₂ is Highlighted.

Subsequently, the user moves the pointer P by operating the mouse is an input device 10, by dragging the end of the line segment 51b _2, as shown in FIG. 5 (d), the wall segment 51b ₂ Length Is adjusted. Further, the same operation is performed on the line segment 51b ₃ facing the line segment 51b ₂ to change the shape of the room graphic 51a ₄ . Wall segment data related wall segments _51b 1 _{~51b 3} about room figure 51a ₄ which modified is obtained by the wall segment data changing unit 31c, the wall segment data changing unit 31c is changed wall segment data Is used to update the data in the room graphic data storage unit 32a.

When the operation described with reference to FIGS. 2 to ₄ is performed on the room graphic 51a ₄ in the state where the wall line segment data is updated as described above, the accumulated figure calculating unit 34 of the integrating device 30 becomes narrower. Since the area of 51a ₄ is calculated, the integrating device 30 can calculate the integrated amount for the room graphic 51a ₄ that has been changed and narrowed.

  The accumulating system 1 according to the embodiment of the present invention calculates the accumulated amount by associating one of the specifications related to a plurality of rooms set in advance with the room graphic by the position coordinates input by the user. It is possible to suitably cope with changes in the room and room specifications. Such an integration system 1 can be suitably used for presentations to customers.

  As mentioned above, although embodiment of this invention was described, this invention is not limited to the said embodiment, A design change is possible suitably in the range which does not deviate from the summary of this invention. For example, the area of the room graphic, that is, the floor area, the ceiling area, and the wall area are input data stored in the room graphic data storage unit 32a in advance by the user operating the keyboard that is the input device 10. Also good. In addition, room IDs and specification data having various variations such as Western style and Japanese style can be used for the same type of rooms (for example, kitchen 1, kitchen 2, etc.). Further, the plane coordinates may be XY orthogonal coordinates or polar coordinates. The present invention can also be embodied as a program that causes a computer to function as the integrating device described above, or a recording medium that records the program.

It is a block diagram showing typically an accumulation system provided with an accumulation device concerning an embodiment of the present invention. It is a display screen of the output device for demonstrating the 1st operation example of the integrating | accumulating system which concerns on embodiment of this invention. It is a display screen of the output device for demonstrating the 1st operation example of the integrating | accumulating system which concerns on embodiment of this invention. It is a display screen of the output device for demonstrating the 1st operation example of the integrating | accumulating system which concerns on embodiment of this invention. (A)-(d) is a display screen of the output device for demonstrating the 2nd operation example of the integrating | accumulating system which concerns on embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Accumulation system 10 Input device 20 Output device 30 Accumulation device 31a Room ID data acquisition unit 31b Position coordinate data acquisition unit 31c Wall line segment data change unit 32a Room graphic data storage unit 32b Room specification data storage unit 33 Determination unit 34 Accumulated amount calculation Part

Claims (8)

A room graphic data storage unit for storing room graphic data relating to the position and shape of a room graphic representing a room in plane coordinates;
For each of the plurality of rooms, a room specification data storage unit that stores room ID data unique to the room, specification data about the specification of the room, and amount data about the amount per unit quantity of the specification in association with each other,
A room ID data acquisition unit that acquires room ID data selected by the user based on an input from the user;
A position coordinate data acquisition unit that acquires position coordinate data related to the position coordinates corresponding to the selected room ID data based on an input from the user;
A determination unit that determines whether the position coordinates are located in the room graphic based on the room graphic data and the acquired position coordinate data;
When it is determined that the position coordinates are located in the room graphic, the amount data corresponding to the selected room ID data, and an integrated amount calculation unit for calculating an integrated amount based on the room shape data; ,
An integrating device comprising: The accumulating apparatus according to claim 1, wherein the accumulated amount calculating unit calculates a quantity of the room graphic based on the room graphic data, and calculates the accumulated amount using the calculated amount. . The room graphic data is constituted by wall line segment data related to a wall line segment representing a wall,
Based on an input from a user, at least one of the position and length of the wall line segment is changed in the plane coordinates, and the wall line segment data relating to the changed wall line segment is stored in the room graphic data storage unit The integrating device according to claim 1, further comprising a wall line segment data changing unit. A room graphic data storage unit for storing room graphic data relating to the position and shape of a room graphic representing a room in a plane coordinate; for each of a plurality of rooms, room ID data unique to the room; A summation method in which a summation apparatus comprising a room specification data storage unit that stores and stores money amount data related to the amount per unit quantity of the specification,
A data acquisition step for acquiring room coordinate data selected by the user based on an input from the user, and position coordinate data related to the position coordinate corresponding to the selected room ID data;
A determination step of determining whether the position coordinates are located in the room graphic based on the room graphic data and the acquired position coordinate data;
An integrated amount calculation step of calculating an integrated amount based on the amount data corresponding to the selected room ID data and the room shape data when it is determined that the position coordinates are located in the room shape; ,
The integration method characterized by including. 5. The integration method according to claim 4, wherein, in the integrated price calculation step, a quantity of the room graphic is calculated based on the room graphic data, and the integrated price is calculated using the calculated quantity. . Computer
A room ID data acquisition unit that acquires room ID data selected by the user based on an input from the user;
A position coordinate data acquisition unit that acquires position coordinate data related to the position coordinates corresponding to the selected room ID data based on an input from the user;
Refer to the room graphic data storage unit for storing room graphic data relating to the position and shape of the room graphic representing the room in the plane coordinates, and based on the room graphic data and the acquired position coordinate data, the position coordinates And a determination unit that determines whether or not is located in the room graphic; and
When it is determined that the position coordinates are located in the room graphic, for each of a plurality of rooms, room ID data unique to the room, specification data regarding the specification of the room, and the amount per unit quantity of the specification Referring to the room specification data storage unit that stores the amount data in association with each other, the integrated amount calculation unit that calculates the integrated amount based on the amount data corresponding to the selected room ID data and the room figure data ,
An integration program characterized by functioning as The accumulation program according to claim 6, wherein the accumulated amount calculation unit calculates a quantity of the room graphic based on the room graphic data, and calculates the accumulated amount using the calculated amount. . The room graphic data is constituted by wall line segment data related to a wall line segment representing a wall,
Computer
Based on an input from a user, at least one of the position and length of the wall line segment is changed in the plane coordinates, and the wall line segment data relating to the changed wall line segment is stored in the room graphic data storage unit The integration program according to claim 6 or 7, further functioning as a wall line segment data changing unit.

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