JP3962833B2 - Tile roof accumulation program, computer-readable recording medium recording the program, and tile roof accumulation system - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to tile roof integration for calculating the actual size (actual dimensions) of cut tiles constructed along the corner ridges and the like of the roof by cutting a predetermined range among the tiles constructed on the roof of the building The present invention relates to a program, a computer-readable recording medium storing the program, and a tiled roof integrating system.
[0002]
[Prior art]
As is well known, when tiles are constructed on a roof such as a dormitory roof of a building, the tiles to be constructed on the corner ridges, etc. of the roof are preliminarily cut in a slanting direction etc. to obtain cut tiles. There is a need. The measuring work and the cutting work of the roof tile at the construction site are performed each time at the construction site.
[0003]
[Problems to be solved by the invention]
However, there is a problem that it is difficult to construct the roof tile efficiently because it takes time and labor if the above-described measuring and cutting operations are performed each time.
[0004]
The present invention has been made in view of the above problems, a tiled roof integration program capable of calculating the actual size of the cut tile in advance before constructing the tile, a computer-readable recording medium recording the program, The purpose is to provide a tiled roof integration system.
[0005]
[Means for Solving the Problems]
In order to achieve the above object, the tile roof accumulation program according to claim 1 is configured to calculate the actual size of a cut tile to be constructed by cutting a predetermined range among the tiles to be constructed on the roof of a building. A procedure for reading roof covering CAD data from a predetermined storage means, a procedure for correcting roof covering CAD data to an actual scale based on the scale of the roof covering CAD data input from the input device, and creating roof covering correction CAD data; , A combination of the element lines specified in the roofing correction CAD data by the input device from the procedure for displaying the roofing correction CAD data on the screen of the display device and the tile construction surface correction rule file recorded in advance on the file device And a procedure for reading a tile construction surface correction rule corresponding to the type of tile input from the input device, a tile construction surface correction rule, and an input Based on the roof slope input from the device, the roof cover correction CAD data is corrected and the tile construction surface CAD data is created, and the tile type and input device are input from the allocation rule file recorded in the file device in advance. The procedure for reading the allocation rule according to the assigned allocation type, the procedure for reading the tile CAD data according to the tile type and allocation type from the tile CAD data file recorded in advance in the file device, and the tile CAD data as the allocation rule Based on the tile construction surface CAD data, a procedure for assigning a cutting tile number to the roof tile CAD data as a cutting tile intersecting with the element line of the tile construction surface CAD data based on the allocation rule, and pre-recorded in the file device Actual size calculation rule according to the type of roof tile from the actual size calculation rule file A procedure for reading, a procedure for calculating actual size data for each cut roof based on the actual size calculation rule, a procedure for reading an actual size correction rule corresponding to the type of roof tile from an actual size correction rule file recorded in advance on the file device, and an actual size Correcting each actual size data based on the correction rule, calculating the actual size correction data for each cut tile, creating the tile roof integrated data table by associating the actual size correction data with the cut tile, and tile roof And a procedure for outputting the integrated data table.
[0006]
In the tile roof accumulation program according to claim 2, the computer measures the position of the tile CAD data to which the cut tile number is assigned on the tile construction surface CAD data, and uses the position as the cut tile construction site. It is also possible to execute the procedure of storing in the tiled roof integrated data table in association with.
[0007]
In the tile roof accumulation program according to claim 3, the computer may be caused to execute a procedure of storing the type according to the shape of the tile CAD data to which the cut tile number is assigned in association with the cut tile in the tile roof accumulation data table. .
[0008]
In the tile roof accumulation program according to claim 4, the computer may be caused to execute a procedure of counting the number of tile CAD data to which the cut tile number is assigned and a procedure of outputting the total value as the number of cut tiles. it can.
[0009]
In the tiled roof integration program according to claim 5, a procedure for counting the number of cut tiles for each type according to the shape of the cut tile and a procedure for outputting each total value as a number for each type according to the shape of the cut tile Can also be executed.
[0010]
In the tile roof accumulation program according to claim 6, the computer is caused to execute a procedure for counting the number of tile CAD data to which the cut tile number is not assigned and a procedure for outputting the total value as the number of tiles not requiring cutting. You can also.
[0011]
In the tile roof accumulation program according to claim 7, the computer sums up the number of cutting-unnecessary tiles for each type according to the shape of the cutting-unnecessary tile, and the respective aggregated values as numbers for each type according to the shape of the non-cutting tile. It is also possible to execute an output procedure.
[0012]
According to the tile roof accumulation program of claim 8, the computer may be caused to execute a procedure for adding the number of cut tiles and the number of tiles not requiring cutting and a procedure for outputting the added value as the total amount of tile used. it can.
[0013]
In the tile roof accumulation program according to claim 9, a procedure for totaling the total amount of tiles used for each type according to the shape of the tile and a procedure for outputting each total value as a number for each type according to the shape of the tiles to a computer. It can also be executed.
[0014]
In the tile roof accumulation program according to claim 10, when the actual size data of the cut tile is equal to or less than a preset value, the procedure for deleting the cut tile number of the cut tile and the cut tile of each cut tile are stored in the computer. And a procedure for renumbering the numbers.
[0015]
In the tile roof accumulation program according to the eleventh aspect, it is possible to cause the computer to execute a procedure of transferring the actual size correction data as CAM data to a control device that controls the tile cutting machine for producing the cut tile.
[0016]
In the tiled roof integration program according to claim 12, a procedure for calculating the length of each element line included in the tile construction surface CAD data and a procedure for outputting the length of each element line to the computer, respectively. It can also be executed.
[0017]
The tile roofing accumulation program according to claim 13 is inputted from a plurality of element lines whose lengths are respectively displayed on a screen of a display device from a feature tile calculation rule file recorded in advance on a file device to a computer. Based on the element line selected by the device and the procedure for reading the feature tile calculation rule corresponding to at least the type of the feature tile input from the input device, the feature tile calculation rule, and the length of the selected element line It is also possible to execute a procedure for calculating the number of accessory tiles to be applied to the element lines and a procedure for outputting the number of accessory tiles.
[0018]
In the tile roof integration program according to claim 14, the computer calculates and counts the areas of the plurality of tile construction surfaces included in the tile construction surface CAD data, and the total area value of the tile construction surfaces. It is also possible to execute a procedure for calculating the wage and / or the usage amount of the secondary material and a procedure for outputting the usage cost and / or the usage amount of the secondary material.
[0019]
According to a fifteenth aspect of the present invention, a computer-readable recording medium records the tiled roof integration program according to any one of the first to fourteenth aspects.
[0020]
Further, a tiled roof integrating system according to a sixteenth aspect is the one in which the tiled roof integrating program according to any one of the first to fourteenth aspects is recorded in a file device of a computer.
[0021]
DETAILED DESCRIPTION OF THE INVENTION
Embodiments of the present invention will be described below with reference to the drawings.
As shown in FIG. 1, the tiled roof integration system according to this embodiment records (installs) a tiled roof integration program 1 in a file device 2 of a computer.
[0022]
The computer includes a file device 2 such as a hard disk drive, a CPU (Central Processing Unit) 3, a main memory 4, an input device 5 such as a keyboard and a mouse, and a display device 6 such as a display. The CPU 3 and the like are connected to a system bus 7 of the computer. The system bus 7 is also connected with a printing device 8 such as a laser printer or an ink jet printer, and a control device (not shown) for controlling a roof tile cutter for producing a roof tile as required. . The control device can be connected to the system bus 7 via a communication cable such as an RS-232C cable and an interface.
[0023]
The tile roof integration program (software) 1 includes a control program 9, a tile construction surface correction rule file 10, an allocation rule file 11, a tile CAD data file 12, an actual size calculation rule file 13, an actual size correction rule file 14, and the like. , Recorded in advance in the file device 2. When this tiled roof integration program 1 is started on the computer, the control program 9 is read into the main memory 4 and the CPU 3 applies from each file 10, 11, 12, 13, 14 etc. according to the command of the control program 9. Various processes are executed by retrieving rules and data to be retrieved and reading them onto the main memory 4.
[0024]
Before explaining the processing by the tiled roof integration program 1 in detail, first, an F-shaped tile (tile) 15 as shown in FIGS. An example will be described.
[0025]
The F-shaped roof tile 15 is composed of a main body portion 17 having a square shape in plan view and an underlap portion 18 having a rectangular shape in plan view projecting from the left side end of the main body portion 17. As shown in FIGS. 4 to 6, the F-shaped roof tile 15 is generally constructed in a zigzag shape (single-letter wall) in order from the lower side and the right side of the roof 16. In the lateral direction, the main body portions 17 are arranged adjacent to each other. In the vertical direction, the lower F-shaped roof tile 15 is placed on the upper end of the lower F-shaped roof tile 15 so that the lower end of the upper F-shaped roof tile 15 is overlapped by several tens of millimeters. The lower end of the lowermost F-shaped roof tile 15 is placed on a roof tile (not shown) or the like fixed on the base plate 19 via an asphalt roofing 20 so that the longitudinal direction is horizontal.
[0026]
As shown in FIGS. 3 and 5, for example, two hook portions 21 projecting downward project from the upper end of the F-shaped roof tile 15, and the F-shaped rooftop 15 is asphalt roofing on the field board 19. The hook portion 21 is disposed so as to be hooked on the roof tile 22 fixed so that the longitudinal direction thereof is horizontal via 20, and is fixed to the roof tile 22 by a fastening nail 23 or the like. The winding gradient θ with respect to the surface direction of the base plate 19 of the F-shaped roof tile 15 is generally about 5 °. Moreover, as shown in FIG. 6, in the corner ridge part 16a etc. of the roof 16, the predetermined range of the F-shaped roof tile 15 is constructed as a cut roof tile cut in an oblique direction or the like. Corner building tiles 25 and the like are installed on the corner building portions 16a and the like via the attachment piers 24. In addition, in J-shaped roof tiles, S-shaped roof tiles, and the like, it is common that the layout of the lower and upper roof tiles is a horizontal roof tile or the like that does not shift from side to side. Further, in addition to the above-described general construction method (so-called horizontal rail construction method) in which the longitudinal direction is fixed so that the longitudinal direction is horizontal, the tile rail 22 is fixed so that the longitudinal direction follows the direction of the roof gradient. In some cases, roof tiles are constructed by the so-called vertical beam method.
[0027]
The tiled roof integrating program 1 virtually executes on the computer in advance the allocation in the construction of the tile as described above, and calculates the actual size of the cut tile. In addition, as a kind of tile to allocate, various thick slate, a metal plate roof tile, etc. other than clay roof tiles, such as F-shaped roof tile 15, J-shaped roof tile, and S-shaped roof tile, are mentioned, for example. Moreover, as a kind by the shape of the tile to allocate, eaves tile, a sleeve tile, a square tile, a hanging tile etc. other than a crosspiece tile are mentioned, for example.
[0028]
Next, an example of the procedure of processing by the tiled roof integration program 1 will be described in more detail based on the flowcharts of FIGS.
[0029]
First, the roof-cover CAD data recorded in the storage means in a file format for CAD software such as DXF (Drawing Interchange File) format is read into the main memory 4 from a predetermined storage means (not shown) ( Step S1).
[0030]
Examples of storage means in which the roof CAD data is recorded include FD (Flexible Disk), CD-ROM (Compact Disc Read Only Memory), CD-R (Compact Disc Recordable), CD-RW (Compact Disc Rewritable), In addition to computer-readable recording media such as MO (Magneto Optical Disk), hard disk drives (network drives) of other computers that can be accessed via a network such as a LAN (Local Area Network) or the Internet ) And the like.
[0031]
The roof covering CAD data represents a roof covering diagram corresponding to a plan view of the roof 16 of the building on which the tile is to be constructed, and includes a plurality of element lines (line segment data) drawn at a predetermined scale. Yes.
[0032]
Next, the scale of the roof-cover CAD data is input from the input device 5 such as a keyboard or a mouse (step S2).
[0033]
Input is performed by typing "1: 100" or "1/100", "1:30" or "1/30", "1: 1" or "1/1" etc. from a keyboard or the like. However, the above-described types of scales assigned to pull-down menus such as a menu bar (toolbar) on the screen 6a of the display device 6 in the GUI (Graphical User Interface) environment and the right button (right click) of the mouse. If it can be selected with a mouse or the like, it can be easily executed.
[0034]
Thereafter, the CPU 3 that has received a command from the control program 9 corrects the roofing CAD data to the actual scale (1: 1 actual scale) on the main memory 4 based on the scale of the roofing CAD data, as shown in FIG. Such roof-up correction CAD data 31 is created (step S3) and displayed on the screen 6a of the surface device 6 (step S4).
[0035]
For example, in the case of a dormitory roof as shown in FIG. 9, the roofing correction CAD data 31 includes one land building line 32, four corner building lines 33, and four eaves tile lines 34 as element lines. . As the shape of the roof 16, in addition to the dormitory, for example, a gable, a square, a main building and the like can be cited. The type of element line is not particularly limited, and in addition, valley line, right sleeve tile line, left sleeve tile line, hanging tile line, descending line, horizontal wall border line, flow wall border line, Tonemaru line (Tone Round line), wind-cut round line and the like. Further, the element line may be a curved line in addition to a straight line.
[0036]
Next, the type is designated for each element line from the input device 5 such as a mouse (step S5).
[0037]
In the example of FIG. 9, the land building line (element line) 32 is the land building line, the corner building line (element line) 33 is the corner building line, and the eaves tile line (element line) 34 is the eaves roof line. The element line type is specified. For example, after selecting or selecting an appropriate element line on the screen 6a with a mouse or the like, pull-down such as a menu bar (toolbar) on the screen 6a or a right button (right click) of the mouse in the GUI environment. If the type of element line assigned to a menu or the like can be selected with a mouse or the like, it can be easily executed. In this case, various types of element lines such as “land building line”, “corner building line”, and “eave tile line” can be assigned to the pull-down menu or the like. In addition, in order to cope with the case where the roof surface is a convex shin (tele) or a concave ridge (turn), for example, "Sumi-Kon Line (shine)" or "Sumi-Kon Line (rise) It is desirable to be able to specify a type such as “”. In this case, for example, “corner ridge line (shine: R = XXXX)” or “corner ridge line (raise: R = XXXX)” or the like that takes account of the radius of curvature (R) of shine or rise is used as the radius of curvature It can also be made to be selectable accordingly.
[0038]
Thereafter, the tile type, the roof gradient, and the layout type are input from the input device 5 such as a keyboard or a mouse (steps S6 to S8). It should be noted that the order of inputting the tile type or the like is not particularly limited, and the tile type or the like can be input before specifying the type for each element line (step S5).
[0039]
Also in this case, if the tile type assigned to the pull-down menu or the like in the GUI environment can be selected with a mouse or the like, it can be easily input. Examples of the tile type assigned to the pull-down menu include “F-shaped roof tile”, “J-shaped roof tile”, “S-shaped roof tile”, and the like. Similarly, examples of the roof slope include “4/10”, “3.5 / 10”, “3/10”, “2.5 / 10”, “1/10”, and the like. As the allocation type, for example, a so-called “symmetric type” in which the lowermost tile is arranged from the middle point 34a of the eaves tile line 34 to the left and right, or the center line of the lowermost tile at the middle point 34a of the eaves tile line 34. The so-called “center type” in which the tiles are arranged so as to overlap each other, the so-called “gable type” in which the bottom tile is arranged from the sleeve tile wire (not shown), and the like.
[0040]
Next, the tile construction surface correction rule file 10 is retrieved by the CPU 3 that has received a command from the control program 9, and the tile construction surface correction rule corresponding to the combination of element lines and the type of the tile is obtained from the tile construction surface correction rule file 10. The data is read onto the main memory 4 (step S9).
[0041]
In the tile construction surface correction rule file 10, various tile construction surface correction rules are recorded in association with element line combinations and tile types. For example, in the example of FIG. 9, if “F-shaped roof tile” is input as the type of roof tile, the combination of element lines is “one land building line 32, four corner building lines 33, and four roof tile lines 34”. When there is a tile and the type of the tile is “F-shaped tile”, that is, when the F-shaped tile 15 is constructed on the laid roof, the tile construction surface correction rule associated with the tile is read.
[0042]
Thereafter, the CPU 3 that has received a command from the control program 9 corrects the roof covering correction CAD data 31 based on the tile construction surface correction rule and the roof gradient, and the tile construction surface CAD data 35 as shown in FIG. It is created (step S10).
[0043]
The tile construction surface CAD data 35 is a development plan of the roof 16 including a plurality of field plate surfaces 19a and 19b corrected from the roof-up correction CAD data 31 based on the tile construction surface correction rule, and further to the tile construction surface correction rule. Based on this, the development is corrected to include a plurality of tile construction surfaces 36a and 36b, which are projection surfaces after the tile construction. For example, in the example of FIG. 9, the roof-up correction CAD data 31 first includes two trapezoidal field plate surfaces 19a and two triangular field plate surfaces 19b based on the tile construction surface correction rule. It is corrected as follows. The applied tile construction surface correction rule includes a calculation formula for performing correction so that a development view is created based on the roof slope. Next, based on the tile construction surface correction rules, the height of each base plate surface 19a, 19b is corrected to add the eaves dimension E of the “F-shaped roof tile”, and two trapezoidal tile construction surfaces 36a and a triangle are corrected. The tile construction surface CAD data 35 including the two tile construction surfaces 36b is created. The trapezoidal tile construction surface 36 a includes one land building line 32, two corner building lines 33, and one eaves tile line 34. The triangular tile construction surface 36 b includes two corner building lines 33 and one eaves tile line 34.
[0044]
As described above, the tile construction surface correction rule is applied according to the combination of the element lines and the type of the tile, so that the roof-up correction CAD data 31 includes, for example, the right sleeve tile line and the left sleeve tile line. Is corrected so that the protruding dimension of the tile sleeve (the protruding length from the original position of the right sleeve tile line or the like) is added to the horizontal width. Similarly, in the case of including a valley line, correction is made so as to subtract or the like from the width of the tile valley dimension (the length of the valley line drawn in from the original position in the horizontal direction). In the case where the land building line 32 is included and other tile types are input, the roof building size of the roof tile (the length of the land building line 32 drawn in from the original position in the vertical direction) is increased. Correction is made so as to subtract from it. In the case where the corner building line 33 is included and another tile type is input, the width of the corner building of the tile (the length of the corner building line 33 drawn from the original position in the horizontal direction) is Is corrected to be subtracted from. In the case where a horizontal wall edge is included and other tile types are entered, the horizontal dimension of the tile (the length of the horizontal wall edge drawn in the vertical direction from the original position) is determined from the height. Correction is made to subtract. In the case where a flow wall edge is included and other tile types are entered, the size of the tile at the flow wall edge (the length of the flow wall edge drawn in the horizontal direction from the original position) is subtracted from the width. It is corrected to be equal. In the case of including the Tonemaru line and entering other roof tile types, the size of the roof of the Tonemaru line (the length of pulling in the lateral direction from the original position of the Tonemaru line) Correction is made to subtract from the width.
[0045]
The eaves protruding dimension E and the like vary depending on the type of tile, but since the tile construction surface correction rule corresponding to the type of tile is applied, the tile construction surface CAD data 35 is appropriately corrected. Further, the correction to the tile construction surface CAD data 35 is executed with the actual scale.
[0046]
When the above-mentioned “Sumishin Line (light: R = XXXX)” or “Sumishin Line (rise: R = XXXX)” or the like is specified as the type of element line, that is, the roof surface is lighted or raised. Is also corrected based on the radius of curvature (R) of the shimmer or rise.
[0047]
Further, the created roof construction surface CAD data 35 can be output to the display device 6 and the printing device 8 at this stage by the CPU 3 that has received a command from the control program 9. In this case, in addition to the two-dimensional development surface as shown in FIG. 10, a three-dimensional solid view can be output so that the three-dimensional shape of the roof 16 can be easily grasped.
[0048]
Next, the allocation rule file 11 is retrieved by the CPU 3 that has received a command from the control program 9, and the allocation rule corresponding to the type and allocation type of the roof tile is read from the allocation rule file 11 onto the main memory 4 (step S11). .
[0049]
In the allocation rule file 11, various allocation rules are recorded in association with roof tile types and allocation types. For example, when the type of roof tile is “F-shaped roof tile” and the allocation type is “symmetrical” as described above, that is, the bottom F-shaped roof tile 15 is arranged from the middle point 34 a of the eaves roof wire 34. The allocation rule associated with this is read out. According to the allocation rules, according to the type and allocation type of tiles, tiles with a predetermined shape (bar roof tiles, eaves tiles, sleeve tiles, square roof tiles, hanging tiles, etc.) are placed at predetermined locations with a predetermined overlap allowance. Instructions and calculation formulas that are executed so as to be arranged in the direction are included. For example, the sleeve tiles are arranged along the sleeve tile lines, the eave tiles are arranged along the eave tile lines, and the cross tiles are arranged at other portions.
[0050]
Further, the tile CAD data file 12 is retrieved by the CPU 3 that has received a command from the control program 9, and tile CAD data corresponding to the type and allocation type of the tile is read from the tile CAD data file 12 onto the main memory 4 ( Step S12).
[0051]
In the roof tile CAD data file 12, various roof tile CAD data drawn on an actual scale are recorded in association with roof tile types and layout types. For example, when the type of roof tile is “F roof tile” and the allocation type is “symmetric” roof tile CAD data 37 as shown in FIG. 11 is read. The roof tile CAD data 37 represents a plan view of the F-shaped roof tile 15 including the main body portion 17 and the underlap portion 18 described above, and is created on an actual scale. In the roof tile CAD data 37, a predetermined range of the main body 18 is a working surface 37a exposed on the surface. In addition, when the “F-shaped roof tile” is other allocation type, or when the type of the roof tile is other than “F-shaped roof tile”, in addition to the roof tile CAD data 37, eave roof tiles, sleeve roof tiles, The tile CAD data as square tiles or hanging tiles may be read out.
[0052]
Thereafter, as shown in FIGS. 12 and 13, the tile CAD data 37 (only the working surface 37 a is shown in FIGS. 12 and 13) is assigned to the CPU 3 that has received a command from the control program 9 based on the allocation rules. The tile construction surface CAD data 35 on the main memory 4 is allocated (step S13).
[0053]
For example, in the example of FIGS. 12 and 13, the roof tile CAD data 37 is based on the layout rule read out when the roof tile type is “F-shaped roof tile” and the layout type is “symmetric”. Is assigned. In this example, tile CAD data 37 corresponding to “bar roof tiles” of “F-shaped roof tiles” is allocated as types according to the shape of the roof tiles. The allocation rule includes a command, a calculation formula, or the like that results in an arrangement state similar to the actual construction example described above.
[0054]
Similarly to the above, the CPU 3 that has received a command from the control program 9 can also output the tile construction surface CAD data 35 and the tile CAD data 37 in the allocated state to the display device 6 and the printing device 8 at this stage.
[0055]
Next, as shown in FIGS. 14 to 16, the tile CAD data 37 intersecting with the element lines (only the working surface 37a is shown in FIGS. 14 to 16) by the CPU 3 that has received the command of the control program 9. A cut roof tile number N is given on the main memory 4 (step S14).
[0056]
For example, in the examples of FIGS. 14 to 16, based on the allocation rule read according to the case where the type of roof tile is “F roof tile” and the layout type is “symmetric”, for example, corner building Cut tile numbers N such as “1”, “2”, “3”, etc. are assigned to the tile CAD data 37 intersecting with the line 33 and the ridge line 32. The allocation rule includes a command, a calculation formula, and the like for assigning the cut tile numbers N in a predetermined order.
[0057]
In the same manner as described above, the CPU 3 that has received a command from the control program 9 sends the roof tile construction surface CAD data 35 and the roof tile CAD data 37 with the roof tile number N assigned thereto together with the roof tile number N at this stage. It can also be output to the printing device 8. In this case, each cut roof tile number N may be output as a so-called balloon number surrounded by a circle 38, or the cut roof tile number N or the balloon number is drawn from each roof tile CAD data 37 by a leader line. It may be output.
[0058]
Thereafter, the actual size calculation rule file 13 is retrieved by the CPU 3 that has received an instruction from the control program 9, and the actual size calculation rule corresponding to the type of roof tile is read from the actual size calculation rule file 13 onto the main memory 4 (step S15). .
[0059]
Next, the CPU 3 that has received a command from the control program 9 calculates actual size data for each cut roof tile as shown in FIGS. 17 to 22 (step S16).
[0060]
In the actual size calculation rule file 13, various actual size calculation rules are recorded in association with roof tile types. For example, when the type of roof tile is “F-shaped roof tile”, the actual size calculation rule includes “upper side dimension” A and “lower side dimension” of the lower part of the corner building line 33 and the land building line 32 in the main body 17. B, “Left-side dimension” C, “Right-side dimension” D, Corner building line 33 and Land building line 32 in the underlap portion 18 when the corner building line 33 intersects only the underlap portion 18 in the roof tile CAD data 37. Commands and formulas to be executed to measure the upper side dimension ("U upper side dimension"), lower side dimension ("U lower side dimension") UB, left side dimension ("U left side dimension") UC, etc. It is included.
[0061]
Here, when the CPU 3 receives a command from the control program 9 and the actual size data of the cut tile such as the lower side dimension B is equal to or less than a preset value (set by a relative value or an absolute value), the cut tile If it is configured to execute the procedure of deleting the cut roof tile number N and the procedure of renumbering the cut roof tile number N of each cut roof tile, it is possible to prevent the calculation of actual size data on the cut roof tile not used during actual construction. There are advantages.
[0062]
Thereafter, the CPU 3 that has received a command from the control program 9 searches the actual size correction rule file 14, and the actual size correction rule corresponding to the type of roof tile is read from the actual size correction rule file 14 onto the main memory 4 (step S17). .
[0063]
In the actual size correction rule file 14, various actual size correction rules are recorded in association with roof tile types. For example, when the type of the roof tile is “F-shaped roof tile”, the actual size correction rule includes a calculation formula for correcting the actual size data based on the above-described whirling gradient θ of the F-shaped roof tile 15.
[0064]
Next, the CPU 3 that has received a command from the control program 9 corrects each actual size data based on the actual size correction rule, and calculates actual size correction data for each cut roof tile (step S18).
[0065]
Here, if necessary, the CPU 3 that has received a command from the control program 9 transfers the actual size correction data as CAM (Computer Aided Manufacturing) data to the control device that controls the above-described roof tile cutting machine (step S19). If it is comprised so that it may perform, there exists an advantage that the cutting | disconnection operation | work of a cut roof tile can also be automatically performed using a CAD / CAM system.
[0066]
Thereafter, the CPU 3 that has received a command from the control program 9 creates a tiled roof integrated data table as shown in FIG. 23 by associating the actual size correction data with the cut tile (step S20) and outputs it to the display device 6 and the printing device 8. Then (step S21), the process ends.
[0067]
According to the tile roof accumulation system and tile roof accumulation program 1 configured as described above, since the actual size of the cut tile can be calculated in advance before the tile is constructed, the measuring work and the cutting work are performed each time at the tile construction site. There is no need to do it. For this reason, the actual size of the cut tile can be calculated and the roof tile can be constructed after all the cutting work and the like have been completed at the factory or construction site, and the tile can be constructed more efficiently.
[0068]
Further, if the tile-roof accumulation program 1 is recorded as a computer-readable recording medium, the tile-roof accumulation system can be easily constructed by recording (installing) the tile roof accumulation program 1 in a file device of an appropriate computer. There is. In addition to the tiled roof integrating program 1, an installation program for easily recording (installing) the tiled roof integrating program 1 in a file device of a computer can be recorded on the recording medium. Examples of such a recording medium include various types of media such as FD, CD-ROM, CD-RW, CD-R, and MO as described above.
[0069]
Here, a procedure for measuring the position on the tile construction surface CAD data 35 of the tile CAD data 37 to which the cut tile number N is given in response to an instruction of the control program 9 to the CPU 3 of the computer of the tile roof integration system; If this position is used as the construction site for the cut tile, and the procedure for associating with the cut tile and storing it in the tile roof accumulated data table is executed, the construction site for the cut tile can be easily determined by the output of the tile roof accumulated data table. There is an advantage of being able to grasp.
[0070]
23. As shown in FIG. 23, for example, "trapezoid 1 step left", "trapezoid 2 steps left", "trapezoid 21 steps left", "trapezoid 21 steps", "trapezoid 1 step right" Etc. These correspond to the above-described examples, and correspond to the cut roof tiles with cut roof tile numbers N of “1”, “2”, “4”, “39”, “40”, “86”, respectively. .
[0071]
In this case, the CPU 3 receives a command from the control program 9 and executes a procedure for storing the type according to the shape of the tile CAD data 37 assigned with the cut tile number N in the tile roof integrated data table in association with the cut tile. If comprised in this way, there exists an advantage that the kind by the shape of a cut tile can be grasped | ascertained easily by the output of a tile roof integrated data table.
[0072]
Examples of the type depending on the shape of the cut roof tile include “eave roof tile”, “sleeve roof tile”, “square roof tile”, “hanging roof tile” and the like in addition to the “bar roof tile” shown in FIG.
[0073]
Further, the CPU 3 receives a command from the control program 9 and executes a procedure for counting the number of roof tile CAD data 37 to which the cut roof tile number N is assigned and a procedure for outputting the total value as the number of roof tiles. If comprised in this way, there exists an advantage that the number of cutting tiles can be grasped | ascertained easily and management of a cutting tile, conveyance, cutting work etc. can also be performed separately from the cutting unnecessary tile which does not require cutting. In this case, the number of cut tiles may be stored in the tile roof integrated data table as shown in FIG. In addition, a property name such as “YYYYYYYYYY” is input from the input device 5 such as a keyboard at any stage of the above processing, and the property name is used as a type of roof tile such as “F-shaped roof tile” or “ It may be stored in the tile roof integrated data table together with an allocation type such as “symmetric type”.
[0074]
Further, upon receiving an instruction from the control program 9 to the CPU 3, a procedure for counting the number of cut roof tiles for each type according to the shape of the cut roof tile, and a procedure for outputting each count value as a number for each type according to the shape of the cut roof tile. The number of cut tiles can be easily grasped for each type depending on the shape of, for example, “bare tile”, “eave tile”, “sleeve tile”, “square tile”, “hanging tile”, etc. There is an advantage that you can. Also in this case, the number of “bar roof” or the like may be stored as “XXX sheets” or the like in the tile roof integrated data table as shown in FIG.
[0075]
In addition, the CPU 3 receives a command from the control program 9 and counts the number of roof tile CAD data 37 to which the cut roof tile number N has not been assigned, and a procedure for outputting the total value as the number of roof tiles that do not require cutting. If it is configured to execute, there is an advantage that the number of cutting-unnecessary roof tiles can be easily grasped and the cutting-unnecessary roof tiles can be managed and transported separately from the cutting roof tiles. In this case as well, the number of tiles that do not require cutting may be stored as, for example, “XXX sheets” in the tile roof integrated data table as shown in FIG.
[0076]
Further, upon receiving an instruction from the control program 9 to the CPU 3, a procedure for counting the number of cutting-unnecessary roof tiles for each type according to the shape of the cutting-unnecessary roof tile, and each total value as a number for each type depending on the shape of the cutting-unnecessary roof tile If it comprises so that the procedure to output may be performed, there exists an advantage that the number of cutting-unnecessary roof tiles can be grasped | ascertained easily for every kind by the shape. Also in this case, the number of “bar roof” or the like may be stored as “XXX sheets” or the like in the tile roof integrated data table as shown in FIG.
[0077]
In addition, the CPU 3 receives a command from the control program 9 and executes a procedure of adding the number of cut roof tiles and the number of roof tiles not requiring cutting and a procedure of outputting the added value as the total amount of roof tiles used. If it comprises, there exists an advantage that the total usage amount of the tile as a sum total of the number of cutting tiles and the number of cutting unnecessary roof tiles can be grasped | ascertained easily. Similarly in this case, the total use amount of tiles may be stored as, for example, “total XXX sheets” in the tile roof integrated data table as shown in FIG.
[0078]
Further, upon receiving an instruction from the control program 9 to the CPU 3, a procedure for counting the total amount of tiles used for each type according to the shape of the roof tile, and a procedure for outputting each total value as a number for each type according to the shape of the roof tiles. If configured to execute, there is an advantage that the number of roof tiles to be allocated can be easily grasped for each type depending on the shape. Also in this case, the number of “bar roof” or the like may be stored as “total XXX sheets” or the like in the tile roof integrated data table as shown in FIG.
[0079]
Here, a procedure for calculating the length of each element line included in the tile construction surface CAD data 35 upon receiving a command from the control program 9 and a procedure for outputting the length of each element line to the CPU 3. Is configured so that the length of each element line can be easily grasped. Also in this case, the tile roof accumulated data table as shown in FIG. 24 includes “Land Building Line”, “Sumi Building Line 1”, “Sumi Building Line 2”, “Sumi Building Line 3”, “ For example, the lengths of the corner building line (4), the eaves tile line (1), the eaves line (2), the eaves line (3), and the eaves line (4) It may be stored as “XXm” or the like. When there are a plurality of element lines of the same type as in the example of FIG. 10, for example, numbers such as “(1)”, “(2)”, “(3)”, “(4)”, etc. are assigned. Thus, they may be distinguished from each other (in the example of FIG. 10, one set of two corner building lines 33). Further, the CPU 3 that has received a command from the control program 9 may output the length of each element line together with the dimension line drawn from each element line.
[0080]
Further, the CPU 3 receives a command from the control program 9, and the lengths are displayed on the screen 6a by the above-described processing from the accessory tile calculation rule file (not shown) recorded in the file device 2 in advance. The element tile selected by the input device 5 such as a mouse from among a plurality of element lines, and the feature tile calculation according to the type, type, number of steps, etc. of the tile tile input from the input device 5 such as a mouse or a keyboard. A procedure for reading out the rule, a procedure for calculating the number of feature roof tiles to be constructed on this element line based on the rule for calculating the tile tile and the length of the selected element line, and outputting the number of this tile If the procedure is configured to be executed, there is an advantage that the number of accessory tiles can be easily grasped.
[0081]
For example, the corner tiles such as the corner tile tile 25, the crown tile, the crown tile, the face tile, the land tile tile, the land tile tile, Examples include “Sumikan Oni-gawara”, “Sumi-no-Mori”, “Round-roof”, and “Eaves-roof”. In the case where there are a plurality of types of the type of tiles, an appropriate type is also input by the input device 5. In addition, in the case where “no roof tile” to be constructed on the land building line 32, the corner building line 33, the horizontal wall line, the flow wall line, etc. is input, for example, “1 step”, “2 steps”, “3 steps” ”,“ 4 steps ”, etc. are also entered together.
[0082]
In the bonus tile calculation rule file, various bonus tile calculation rules are recorded in association with at least the types of element lines and bonus tiles. For example, in the case where the tiled roof integrated data table of FIG. 25 is displayed on the screen 6a, select “Sumishin Line (1)” as the element line, and enter “Sumishin tile” as the type of the feature tile. For example, an accessory tile calculation rule associated with the construction of the corner building tile 25 on the corner building line 33 is read out. When the type and the number of steps of the accessory tile are also input, the accessory tile calculation rule associated with them is read out. The applied tile roof calculation rule includes a calculation formula for calculating the number of the tile roof tiles applied to the element line based on the length of the selected element line.
[0083]
In this case as well, the number of accessory tiles such as “corner tile” and “crown tile” may be stored in the tile roof integrated data table as shown in FIG. Further, if the number of the accessory tiles is associated with the element line on which the accessory tile is constructed, it is convenient because the number of the accessory tiles can be grasped for each element line.
[0084]
Further, the CPU 3 receives a command from the control program 9, and calculates and counts the areas of the plurality of tile construction surfaces 36a and 36b included in the tile construction surface CAD data 35, and the tile construction surfaces 36a and 36b. Benefits of easy understanding of wages, etc. if configured to execute the procedure to calculate wages and sub-material usage based on the total area value and the procedure to output wages and sub-material usage There is. Also in this case, in the tiled roof accumulated data table as shown in FIG. 24, the wage is “total XXXXXX yen” or the like, and the usage amount of the auxiliary material is “asphalt roofing (XXXm)”, “tile roof (XXX books)”, for example. Etc. may be stored respectively.
[0085]
The control program 9 stores the wage per unit area of the tile construction surfaces 36a, 36b, the usage amount of secondary materials, and the like, and the wage and secondary materials based on the total area values of the tile construction surfaces 36a, 36b. The calculation formula etc. which calculate the usage-amount of are included.
[0086]
As described above, in this embodiment, the case where the actual size correction data and the like are calculated by the tile roof integration program 1 has been described, but the actual size data and the like extracted from the main memory 4 are converted into the actual size correction data and the like in the same manner as described above. After the spreadsheet form including the calculation formulas for correction, etc. is recorded in the file device 2 for each tile type, layout type, etc., and the actual size data is calculated by the tile roof integration program 1, Actual form correction data or the like may be calculated on spreadsheet software using this form. In addition, the tiled roof accumulated data table as shown in FIGS. 23 to 25 created by the tiled roof integrating program 1 is used in a file format for spreadsheet software or database software such as CSV (Comma Separated Value) format or XML format. It may be stored.
[0087]
【The invention's effect】
As described above, according to the inventions of claims 1 and 16, since the actual size of the cut tile can be calculated in advance before the roof tile is constructed, it is necessary to perform the measuring work and the cutting work each time at the construction site of the roof tile. Absent. For this reason, the actual size of the cut tile can be calculated and the tile can be constructed after all cutting operations and the like have been completed at the factory or construction site, and the tile can be constructed more efficiently.
[0088]
According to invention of Claim 2 and Claim 16, the procedure which measures the position on the tile construction surface CAD data of the tile CAD data to which the cut tile number is given to the computer, and this position as the construction site of the cut tile Since it is possible to execute the procedure of storing in the tiled roof accumulated data table in association with the cut tile, the construction site of the cut tile can be easily grasped by the output of the tiled roof accumulated data table.
[0089]
According to the invention of claim 3 and claim 16, the computer is caused to execute a procedure for storing the type according to the shape of the tile CAD data to which the cut tile number is assigned in association with the cut tile in the tile roof integrated data table. Therefore, the type according to the shape of the cut tile can be easily grasped by outputting the tile roof accumulated data table.
[0090]
According to the invention of claim 4 and claim 16, the computer is caused to execute a procedure for totalizing the number of roof tile CAD data to which the cut roof tile number is assigned and a procedure for outputting the total value as the number of roof tiles. Therefore, the number of cutting tiles can be easily grasped, and therefore, management, transportation, cutting work, etc. of cutting tiles can be performed separately from the cutting unnecessary tiles that do not require cutting.
[0091]
According to invention of Claim 5 and Claim 16, the procedure which totals the number of cut roof tiles for every kind according to the shape of a cut roof tile, and each total value is output as the number for every kind according to the shape of a cut roof tile, respectively. Therefore, the number of cut roof tiles can be easily grasped for each type of shape.
[0092]
According to the invention of claim 6 and claim 16, the computer includes a procedure for counting the number of roof tile CAD data to which the cut roof tile number has not been assigned, and a procedure for outputting the total value as the number of roof tiles that do not require cutting. Since it can also be executed, it is possible to easily grasp the number of roof tiles that do not require cutting, and therefore, management and transportation of the roof tiles that do not require cutting can be performed separately from the roof tiles.
[0093]
According to the inventions of claims 7 and 16, the computer counts the number of cutting-unnecessary roof tiles for each type according to the shape of the cutting-unnecessary roof tile, and the number of each type according to the shape of the cutting-unnecessary roof tile. The number of tiles that do not require cutting can be easily grasped for each type of shape.
[0094]
According to the invention of claim 8 and claim 16, the computer is caused to execute a procedure of adding the number of cut roof tiles and the number of roof tiles not requiring cutting, and a procedure of outputting the added value as the total amount of roof tiles used. Therefore, it is possible to easily grasp the total amount of roof tiles used as the sum of the number of roof tiles and the number of roof tiles that do not require cutting.
[0095]
According to invention of Claim 9 and Claim 16, the procedure which totals the usage-amount of a roof tile for every kind according to the shape of a roof tile, and the procedure which outputs each total value as the number for every kind according to the roof shape to a computer, respectively Since the number of roof tiles to be assigned can be easily grasped for each type of shape.
[0096]
According to the invention of claim 10 and claim 16, when the actual size data of the cut roof tile is not more than a preset value, the procedure for deleting the cut roof tile number of the cut roof tile, Since it is possible to execute the procedure of renumbering the cut roof tile numbers, it is possible to prevent the calculation of the actual size data for the cut roof tiles that are not used during actual construction.
[0097]
According to the invention of claim 11 and claim 16, it is possible to cause the computer to execute a procedure of transferring the actual size correction data as CAM data to the control device for controlling the roof tile cutting machine, so that the CAD / CAM system is used. Thus, the cutting work of the cutting roof can be automatically executed.
[0098]
According to invention of Claim 12 and Claim 16, the procedure which each calculates the length of each element line contained in the tile construction surface CAD data to a computer, and the procedure which outputs the length of each element line, respectively Can be executed, so that the length of each element line can be easily grasped.
[0099]
According to the invention of claim 13 and claim 16, an element line selected by the input device from a plurality of element lines whose lengths are respectively displayed on the screen from the accessory tile calculation rule file on the computer, And a procedure for reading out the play tile calculation rule corresponding to at least the type of the play tile input from the input device, and the construction is performed on the element line based on the play tile calculation rule and the length of the selected element line. Since it is possible to execute the procedure for calculating the number of bonus tiles and the procedure for outputting the number of bonus tiles, the number of bonus tiles can be easily grasped.
[0100]
According to the invention of claim 14 and claim 16, the computer calculates and tabulates the areas of the plurality of tile construction surfaces included in the tile construction surface CAD data, and the total area value of the tile construction surface. Based on this, it is possible to execute a procedure for calculating the wage and the usage amount of the secondary material and a procedure for outputting the usage amount of the labor cost and the secondary material, so that the wage and the like can be easily grasped.
[0101]
According to the fifteenth aspect of the present invention, since the computer-readable recording medium records the tile roof integration program, the tile roof integration program is recorded (installed) in an appropriate computer file device in addition to the above effects. You can easily build a tiled roof integration system.
[Brief description of the drawings]
FIG. 1 is a system configuration diagram of a tiled roof integrating system according to an embodiment.
FIG. 2 is a perspective view showing the front side of an F-shaped roof tile.
FIG. 3 is a perspective view showing the back side of an F-shaped roof tile.
FIG. 4 is a perspective view showing a construction example of F-shaped roof tiles.
FIG. 5 is an enlarged vertical cross-sectional view of a main part showing a state in which an F-shaped roof tile is constructed.
FIG. 6 is a perspective view showing the vicinity of a corner ridge portion of a roof.
FIG. 7 is a flowchart showing a procedure example of processing by a tiled roof integration program.
FIG. 8 is a flowchart showing a procedure example of processing by a tiled roof integration program.
FIG. 9 is an explanatory diagram illustrating a state in which roof-up correction CAD data is displayed on a screen of a display device.
FIG. 10 is an explanatory diagram showing tile construction surface CAD data.
FIG. 11 is an explanatory diagram showing roof tile CAD data.
FIG. 12 is an explanatory diagram showing a state in which tile CAD data is assigned to a trapezoidal tile construction surface.
FIG. 13 is an explanatory diagram showing a state in which tile CAD data is assigned to a triangular roof tile construction surface.
FIG. 14 is an enlarged explanatory view of the main part near the lower left side of the corner building line on the trapezoidal tile construction surface.
FIG. 15 is an enlarged explanatory view of the main part near the upper left side of the corner building line on the trapezoidal tile construction surface.
FIG. 16 is an enlarged explanatory view of the main part near the lower right side of the corner building line on the trapezoidal tile construction surface.
FIG. 17 is an explanatory diagram of roof tile CAD data whose cut roof tile number is “1”.
FIG. 18 is an explanatory diagram of roof tile CAD data whose cut roof tile number is “2”.
FIG. 19 is an explanatory diagram of roof tile CAD data whose cut roof tile number is “4”.
FIG. 20 is an explanatory diagram of roof tile CAD data whose cut roof tile number is “39”.
FIG. 21 is an explanatory diagram of roof tile CAD data whose cut roof tile number is “40”.
FIG. 22 is an explanatory diagram of roof tile CAD data whose cut roof tile number is “86”.
FIG. 23 is an explanatory diagram showing an example of a tiled roof integration data table.
FIG. 24 is an explanatory view showing another example of the tile roof integration data table.
FIG. 25 is an explanatory diagram showing another example of the tile roof integration data table.
[Explanation of symbols]
1 Tile roof accumulation program
2 File device
5 input devices
6 Display device
6a screen
10 Tile construction surface correction rule file
11 Allocation rule file
12 Tile CAD data file
13 Actual size calculation rule file
14 Actual size correction rule file
15 F-shaped roof tile (tile)
16 Roof
16a Corner building
31 Roof-up correction CAD data
32 Land building line (element line)
33 Corner building line (element line)
34 tile lines (element lines)
35 Roof construction surface CAD data
36a, 36b Tile construction surface
37 Tile CAD data
N Cut tile number

Claims (16)

In order to calculate the actual size of the cut tiles constructed by cutting a predetermined range among the tiles constructed on the roof of the building,
A procedure for reading roof covering CAD data from a predetermined storage means;
A procedure for correcting the roofing CAD data to an actual scale based on the scale of the roofing CAD data input from the input device, and creating roofing correction CAD data;
A procedure for displaying the roofing correction CAD data on the screen of the display device;
The tile construction surface correction rule according to the combination of the element lines specified in the roofing correction CAD data by the input device and the type of the tile input from the input device from the tile construction surface correction rule file recorded in advance in the file device The procedure of reading
A procedure for correcting the roofing correction CAD data based on the tile construction surface correction rule and the roof slope input from the input device, and creating the tile construction surface CAD data;
A procedure for reading out an allocation rule corresponding to the type of roof tile and the allocation type input from the input device from the allocation rule file recorded in advance on the file device;
A procedure for reading roof tile CAD data corresponding to the type and layout type of roof tiles from a roof tile CAD data file recorded in advance in the file device;
A procedure for allocating tile CAD data to the tile construction surface CAD data based on the allocation rules;
A procedure for assigning a cut tile number to the tile CAD data as a cut tile intersecting with the element line of the tile construction surface CAD data based on the allocation rule;
A procedure for reading an actual size calculation rule corresponding to the type of roof tile from an actual size calculation rule file recorded in advance on the file device,
A procedure for calculating the actual size data for each cutting tile based on the actual size calculation rule,
The procedure for reading out the actual size correction rule corresponding to the type of roof tile from the actual size correction rule file recorded in advance on the file device,
Correcting each actual size data individually based on the actual size correction rule, calculating the actual size correction data for each cutting roof,
A procedure for creating a tiled roof integration data table by associating actual size correction data with cut tiles,
The procedure for outputting the tile roof integration data table,
Tile roof totalization program for running. The computer measures the position of the tile CAD data to which the cut tile number is assigned on the tile construction surface CAD data, and stores this position in the tile roof accumulated data table in association with the cut tile as the cut tile construction site. The tile roof integration program according to claim 1, wherein the step of performing the step can be executed. The tile roof accumulation program according to claim 1 or 2, wherein the computer can also execute a procedure for storing a type of tile CAD data to which a cut tile number is assigned in association with the cut tile in a tile roof accumulation data table. . The computer according to any one of claims 1 to 3, wherein the computer can execute a procedure of counting the number of roof tile CAD data to which the cut roof tile number is assigned and a procedure of outputting the total value as the number of roof tiles. Tile roof accumulation program. 5. The computer can also execute a procedure for counting the number of cut roof tiles for each type according to the shape of the cut roof tile and a procedure for outputting each count value as a number for each type according to the shape of the cut roof tile. Tile roofing program. The roof tile according to claim 4 or 5, wherein the computer can execute a procedure for counting the number of roof tile CAD data to which no cut roof tile number is assigned and a procedure for outputting the total value as the number of roof tiles not requiring cutting. Roof accumulation program. The computer can also execute a procedure for counting the number of cutting-unnecessary roof tiles for each type according to the shape of the cutting-unnecessary roof tile, and a procedure for outputting each total value as a number for each type according to the shape of the cutting-unnecessary roof tile. Item 6. The tiled roof accumulation program according to item 6. The tile roof accumulation program according to claim 6 or 7, wherein the computer can cause the computer to execute a procedure of adding the number of cut tiles and the number of unneeded tiles and a procedure of outputting the added value as the total amount of tiles used. . The roof tile according to claim 8, wherein the computer can execute a procedure for totalizing the total amount of tiles used for each type according to the shape of the roof tile and a procedure for outputting each total value as a number for each type according to the shape of the roof tiles. Roof accumulation program. If the actual size data of the cut roof tiles is less than the preset value, the computer can execute a procedure for deleting the cut roof tile numbers of the cut roof tiles and a procedure for renumbering the cut roof tile numbers of each cut roof tile. The tile roof accumulation program according to any one of claims 1 to 9. The tile roof accumulation program according to any one of claims 1 to 10, wherein the computer can cause a computer to execute a procedure of transferring actual size correction data as CAM data to a control device that controls a tile cutting machine for producing cutting tiles. The computer according to claim 1, wherein the computer can execute a procedure for calculating the length of each element line included in the tile construction surface CAD data and a procedure for outputting the length of each element line. One of the tiled roof accumulation programs. An element line selected by an input device from a plurality of element lines whose lengths are respectively displayed on a screen of a display device from a feature tile calculation rule file recorded in advance on a file device on the computer, and the input device The procedure for reading out the play tile calculation rule corresponding to at least the type of play tiles input from, and the play tile to be constructed on this element line based on the play tile calculation rule and the length of the selected element line The tile roof accumulation program according to claim 12, wherein a procedure for calculating the number of the tiles and a procedure for outputting the number of the tiles are also executed. Calculate the amount of each tile construction surface included in the tile construction surface CAD data on the computer, and calculate the total amount of the tile construction surface, and calculate the wage and / or the usage amount of secondary materials. The tile roof accumulation program according to any one of claims 8 to 13, wherein a program for executing the program and a procedure for outputting the wage and / or the usage amount of the auxiliary material can be executed. The computer-readable recording medium which recorded the tile roof integration | accumulation program in any one of Claims 1 thru | or 14. A tiled roof integration system in which the tiled roof integration program according to any one of claims 1 to 14 is recorded in a file device of a computer.

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