TW201602744A - Screen generating software - Google Patents

Abstract

A screen generating software of the present invention renders a computer executing functions as follows: a device comment and tag obtaining portion (111), which obtains at least one of a device comment and a tag from a software for generating a controlling program used for programmable logic controller, wherein the device comment is formed by attaching a comment to a device used in the controlling program, and the tag is used in the controlling program for assigning memory addresses correlating to the device; an object assignment portion (113), for collectively assigning object kinds for the device comment and tag; a list screen generating portion (115) for displaying a list of object-assigned device comment and object-assigned tag on a display portion (14); and an editor portion (117), for adding object images of the device comment, which are selected from accomplished object-assigned device comment, and tag, which are selected from accomplished object-assigned tag, into a proceeding project date on an editor screen.

Description

Picture creation software

The present invention relates to a screen for creating software.

Programmable displays are typically connected to a Programmable Logic Controller (PLC) for displaying, operating, and the state of the connected PLC. The project data for displaying and operating the status of the PLC is created by using a computer created by the screen to create a software, and then transferred from the project data creation device to the programmable program. monitor.

Most of the time, after the programming of the PLC is performed, the display screen created by the screen software is created. Therefore, the device (device) used in the PLC and the comment are generally created. And, referring to the list, the device is allocated on the screen creation software. In addition, the device refers to a memory address of a PLC that corresponds to a specific function of the PLC or a device connected to the PLC, and the device is described in a PLC control program and modified. The value of the memory address specified by the device, and the function assigned by the execution device, and the control of the machine to which the execution device is assigned Wait. Hereinafter, the device to which the annotation is attached is referred to as a device comment.

In order to improve the efficiency of the creation of the display screen, the conventional method is to refer to the annotations that have been pre-allocated in the PLC programming software when inputting the device to understand the purpose of the device, thereby making the screen efficient. Upgrade.

Alternatively, when the user is free to set a label for each device and the device is tagged, the conventional method manages the distribution of tags and devices, and the like, so that the user can use the tag to perform setting. There is no need to pay attention to the device, so that the efficiency of the screen creation is improved. The so-called tag refers to a variable that has a correspondence with a memory address. By using such a variable instead of a device to create a control program, by changing the allocation between the variable and the memory address, it is possible to solve the problem by combining other control programs. The mismatch of address allocation for the new control program isochronous.

In the display device disclosed in Patent Document 1 below, the variable allocation information is read from the PLC, and the variable allocation information is read from the variable read from the PLC, and the address of the variable having no correspondence with the memory address in the PLC is used ( Address) Unresolved picture data (data), converted to address to solve picture data.

(previous technical literature) (Patent Literature)

Patent Document 1: Japanese Patent Laid-Open Publication No. 2006-302216

It is necessary to design a display screen for screen creation by referring to a combination list of devices and annotations used by an external device such as a PLC, and to specify the display on the programmable display for device annotation or label. The operation of the method is time-consuming. In addition, the method of designating a device or annotating a display in a programmable display is referred to as an assignment of an object type. The manual assignment of object types may be the main cause of human error such as device misplacement.

In conventional methods, it is possible to refer to device annotations and labels when setting up the device. However, in the creation of the screen, it is necessary to set the object first, and then set the device or label to be used from the device annotation or label list on the setting screen. In addition, the device annotations and labels also include those that do not need to be set on the screen as objects. Therefore, depending on the content of the data, the number of devices and labels may become large, and it is necessary to search to find the desired device or label. It takes a lot of man-hours to create a picture.

The display device disclosed in the above Patent Document 1 can assign a memory address to a variable of an unallocated memory address without communicating with the screen material creating device, but does not disclose any relevant to the completed memory address. The assigned variables collectively assign the type of object.

The present invention has been developed in view of the above circumstances, and aims to obtain a screen creation software which is a control program for a PLC. The device annotations and labels used in the general allocation of the object types, the device annotations of the completed object assignment or the label of the completed object assignment are displayed in a list, and the device annotations selected from the device annotations of the completed object assignments displayed in the list or The object image of the label selected from the label of the completed object distribution is added to the project material created in the editor screen of the production project.

In order to solve the above problems and achieve the object, the screen creation soft system of the present invention enables a computer to function as a project material creation device, wherein the project material creation device has an editor screen for creating project materials, and the project data is used for The programmable display performs the status display and control of the programmable logic controller; and the screen is made into a soft system to enable the computer to function as a means for obtaining a device annotation and label from a program for making a control program for a programmable logic controller. At least one of the means, wherein the device annotation is formed by attaching an annotation to a device for use in a control program for specifying a memory address within the programmable logic controller, the tag being associated with a memory address The variable is a user in the control program for indirectly specifying the memory address; the display method in the programmable display is presented according to the combination of the search string specified by the user and the format of the device, and the user is The specified object type is collectively assigned to the obtained device note And a general distribution means of the label; a list display means for displaying the list of the device assignments of the completed object assignments or the labels of the completed object assignments; and the completed object assignments selected by the device annotations representing the completed object assignments displayed in the list Clothing The object image of the label of the completed object assignment selected from the label of the completed object assignment is added to the object addition means of the project material created in the editor screen.

The screen creation soft system of the present invention does not require manual assignment of objects to device annotations and labels, thereby achieving the effect of preventing human error caused by device misplacement.

10‧‧‧ computer

11‧‧‧CPU

12‧‧‧ memory

13‧‧‧ Input Department

14‧‧‧Display Department

20‧‧‧ Picture creation software

100‧‧‧Project data production device

111‧‧‧Device Annotation and Label Acquisition Department

113‧‧‧Parts Distribution Department

114‧‧‧After the device annotation and label search department for the assignment of objects

115‧‧‧List screen generation department

116‧‧‧Data Conversion Department

117‧‧‧Editor Department

121‧‧‧ Object Image Storage Department

122‧‧‧Device annotation and label storage for completed object assignment

200‧‧‧Device annotation selection screen

201‧‧‧Device Annotation File Selection Bar

202‧‧‧Total distribution item button

300‧‧‧Overall allocation setting screen

301‧‧‧Search string input field

302‧‧‧Device format specification column

303‧‧‧Object type designation column

400‧‧‧Completed device annotation list screen

401, 504‧‧‧ device name display column

402, 506‧‧‧ Annotation display

403, 508‧‧‧ object type display column

404, 509‧‧‧Search condition input field

405, 510‧‧‧ search results display column

406, 511‧‧‧ candidate image display

407, 512‧‧‧ Candidate Category Selection Bar

408, 513‧‧‧ function button

500‧‧‧ Completed label list screen for object assignment

501‧‧‧ label name display

502‧‧‧CPU name display

503‧‧‧Project Name Display Bar

507‧‧‧Remarks

600‧‧‧Editor screen

700‧‧‧Get object selection screen

701‧‧‧General allocation execution selection column

702‧‧‧OK button

S101 to S104‧‧‧ steps

Fig. 1 is a view showing the configuration of an embodiment of a project material producing apparatus of the present invention.

Fig. 2 is a diagram showing the configuration of a computer to which the project material producing device is applied.

Fig. 3 is a view showing the functional configuration of the project material producing apparatus.

Fig. 4 is a flow chart showing the flow of the operation of the project material creation device of the embodiment.

Fig. 5 is a view showing an example of a selection screen of a device annotation as an object of object assignment.

Fig. 6 is a view showing an example of a collective allocation setting screen.

Fig. 7 is a view showing an example of a device comment list screen on which object assignment has been completed.

Fig. 8 is a view showing another example of the device comment list screen of the completed object assignment.

Figure 9 shows the label list display screen of the completed object assignment. A picture of an example.

Fig. 10 is a view showing an example of a process of displaying an image corresponding to a device selected in the device annotation list screen of the completed object assignment on the editor screen.

Fig. 11 is a view showing an example of a process of displaying an object corresponding to a tag selected on the tag list screen of the completed object distribution on the editor screen.

Fig. 12 is a view showing an example of a menu screen displayed when an option button is pressed.

Fig. 13 is a view showing an example of a label list screen for the completed object assignment after the display item is changed.

Fig. 14 is a view showing an example of an acquisition target selection screen for selecting a device annotation to be acquired by the program creation software.

Hereinafter, embodiments of the screen creation software of the present invention will be described in detail based on the drawings. Further, the present invention is not limited to the embodiments described below.

Implementation form.

Fig. 1 is a view showing the configuration of an embodiment of a project material producing apparatus of the present invention. The project material creation device 100 is configured by executing the screen creation software 20 by the computer 10. In other words, the computer 10 in the execution screen creation software 20 is the project material creation device 100.

Figure 2 shows the electricity used in the project data production device. The picture of the brain. The computer 10 includes a CPU (Central Processing Unit) 11, a memory 12, an input unit 13, and a display unit 14. A plurality of functional units are formed on the computer 10 by executing the screen creation software 20 by the CPU 11.

Fig. 3 is a view showing the functional configuration of the project material producing apparatus. The CPU 11 includes a device annotation and tag acquisition unit 111, an object assignment unit 113, a device annotation and tag search unit 114 that has completed object assignment, a list screen generation unit 115, a material conversion unit 116, and an editor unit 117. The memory 12 has an object image storage unit 121 and a device annotation and label storage unit 122 that has completed object assignment.

The device annotation and tag acquisition unit 111 acquires device annotations and tags defined by the user in advance from the program creation software for the programmable logic controller. In addition, the program creation software system for the programmable logic controller can be installed on the computer 10 or on a different computer than the computer 10. When the program software for the programmable logic controller is installed on a different computer than the computer 10, the device can be accessed via the network or a dedicated line to obtain the device annotation and label, or read by the computer 10. Device annotations and tags are obtained on the information recording medium on which the different computers write.

The object distribution unit 113 performs processing for distributing the items to the device annotation and the label, and stores and labels the device-allocated device annotation and label storage unit 122 for the completed object distribution. The device annotation and label retrieval unit 114 that has completed the object assignment extracts the matching from the device annotation stored in the device assignment of the completed object assignment and the device annotation of the completed object assignment of the label storage unit 122 and the label of the completed object assignment. The condition input through the input unit 13 is the condition. The list screen generating unit 115 generates a list screen of the device annotations for which the object assignment has been completed and the label of the completed object assignment, and causes the list screen to be displayed on the display unit 14. The data conversion unit 116 performs a list of screens for the device information to be assigned to the object allocation unit 113 and the device annotation for the completed object distribution generated by the list screen generating unit 115 and the label of the completed object distribution. The processing of exporting to an external device, and processing for converting a file format in order to import from an external device. The editor unit 117 displays an editor screen for creating project data for the programmable display on the display unit 14. On the editor screen, by displaying the image corresponding to the type of object to which the tag is assigned by the device used in the control program of the programmable logic controller, the state of the programmable logic controller can be displayed on the editor screen. Project data on the screen of the programmable display, and control of the programmable logic controller.

The object image storage unit 121 stores an image of a device image displayed on a device annotation list screen of the completed object assignment described later and a candidate image display column and an editor screen of the tag list screen on which the object assignment has been completed. The device annotation and label storage unit 122 that has completed the object distribution stores the device annotations and labels to which the objects are allocated by the object distribution unit 113.

The operation of the project material creation device of the embodiment will be described. Fig. 4 is a flow chart showing the flow of the operation of the project material creation device of the embodiment. First, the device annotation and tag acquisition unit 111 acquires a device annotation and a tag defined by the user using the program creation software for the programmable logic controller (step S101).

The object assignment unit 113 collectively allocates an object to the device annotation and the tag annotation and tag acquired by the tag acquisition unit 111 (step S102). At this time, the object assignment unit 113 displays a list of device annotations or labels on the display unit 14, and annotates the device selected by the input unit 13 and the label distribution object. Fig. 5 is a view showing an example of a selection screen of a device annotation as an object of object assignment. The object assignment target device annotation selection screen 200 includes a device annotation file selection field 201. In the state in which the device annotation file as the object of the object assignment is selected on the device annotation file selection field 201, the operation of pressing the collective distribution object button 202 is performed, whereby the object distribution unit 113 starts the pair. The overall allocation of device annotations. Here, an example of a screen for selecting a device to be an object to be assigned is selected, but the operation of the object assignment target label selection screen when the label is selected is also the same.

Fig. 6 is a view showing an example of a collective allocation setting screen. The object distribution unit 113 causes the collective distribution setting screen 300 to be displayed on the display unit 14 in response to depression of the collective distribution object button 202. The collective allocation setting screen 300 includes a search string input field 301, a device format designation field 302, and an object type designation field 303. The user operates through the input unit 13, inputs an arbitrary character string to the search string input field 301 as a search string, and specifies the device format of the device format designation column 302 and the object type of the object type designation column 303. Thereby, the device containing the search string and conforming to the specified device format is collectively assigned to the object of the specified type. The information in the general allocation setting screen can be edited by adding, cutting, copying, pasting, deleting, and deleting.

In the example shown in Fig. 6, in the column No. 1, the search string "switch" is input, the device format is designated as "bit device", and the object type is designated as "switch". Therefore, the object assignment unit 113 assigns a switch to all the bit devices including the string "switch".

In this way, by creating a list of device annotations and tags in such a manner that the device annotation and the tag contain a string as a specific identifier, the device can be automatically annotated and tagged by specifying an identifier for tagging. The mark of the object.

Further, the information input to the search string input field 301, the device format designation field 302, and the object type designation field 303 can be exported by the data conversion unit 116 in an arbitrary file format. For example, the information input to the search string input field 301, the device format designation field 302, and the object type designation field 303 can be edited in the CSV (comma separated value) format, and can be edited by the spreadsheet software. Further, the data edited by the other software may be used as the input value of the search string input field 301, the device format designation field 302, and the object type designation field 303 by the data conversion unit 116. By enabling the import and export of the search string input field 301, the device format designation field 302, and the object type designation field 303, the editing of such information becomes easy, and the information established in the past can be used.

The list screen generating unit 115 creates a list of device annotations and tag lists for which object assignment has been completed, and displays them on the display unit 14 (step S103). Fig. 7 is a view showing an example of a device comment list screen on which object assignment has been completed. The device annotation list screen 400 of the completed object allocation has a device name display column 401, an annotation display column 402, and an object type. The class display column 403, the search condition input field 404, the search result display field 405, the candidate image display field 406, the candidate type selection field 407, and the function button 408.

The device name display field 401 is a column of the name of the display device. The comment display field 402 is a display field for displaying an annotation set to the device. The object type display field 403 is a column showing the kind of the item assigned to the device. The search condition input field 404 is a field for inputting a condition in which only the device annotations of the completed object assignment are displayed. The search result display field 405 is a column showing the number of pieces of device comments that match the completed object assignment of the conditions input to the search condition input field 404. The candidate image display field 406 is a column for displaying a candidate image of an object image to be arranged to the editor screen. The candidate category selection field 407 is a column for selecting the type of image of the object to be displayed in the candidate image display field 406. The function button 408 is a button for displaying a menu list of function settings. Further, the list screen generating unit 115 reads the object image stored in the object image storage unit 121 and displays it in the candidate image display field 406.

In the example shown in FIG. 7, the operation of selecting the device named M100 is performed as the second operation, and the device name display column 401, the annotation display column 402, and the object type display column 403 of the device M100 are associated with the non-selected device. Different colors are displayed. As shown in the candidate category selection field 407, the candidate category selects "collection", "red", "OFF", and "75%", and the candidate image display field 406 displays the image of the object registered by the user in advance. Among them, the image of the red color and the image of the lamp in the off state is equal to the image of 75% of the reference image. In addition, in the example shown in FIG. 7, the search condition input field 404 If the search string is input in the search condition input field 404, only the completed object assignment device including the search string in the device name, the annotation, or the object type is displayed on the device annotation list screen 400 of the completed object assignment. And the number of hits is displayed in the search result display field 405.

Further, by performing the first operation of selecting the specific device on the device annotation list screen 400 on which the object assignment has been completed, for example, by double clicking on the object type display column 403, the object assignment unit 113 requests the request. A message for inputting or selecting the type of the object is displayed on the display unit 14, and the type of the object of the selected device is changed to the type of the object input or selected by the operation of the input unit 13 as required.

Fig. 8 is a view showing another example of the device comment list screen of the completed object assignment. In the example shown in Fig. 8, as the second operation, the operation of selecting the device named W0 is performed, and the device name display column 401, the annotation display column 402, and the object type display column 403 of the device W0 are selected and non-selected. The device displays in different colors. As shown in the candidate type selection field 407, the candidate type selects "use record", "all", and "75%", and the candidate image display field 406 displays the size of the image of the object registered by the user in advance. An image showing the value of 75% of the reference image.

Fig. 9 is a view showing an example of a label list display screen for the completed object assignment. The tag list screen 500 of the completed object allocation has a tag name display field 501, a CPU name display field 502, a project name display column 503, a device name display column 504, an attribute display column 505, an annotation display column 506, a test preparation column 507, and an object. Type display column 508, search The condition input field 509, the search result display field 510, the candidate image display field 511, the candidate type selection field 512, and the function button 513.

The tag name display field 501 is a column for displaying the name of the tag. The CPU name display field 502 is a column for displaying the model number of the CPU module (CPU module) to which the tag is set. The project name display field 503 is a column showing the name of the project containing the tag. The device name display field 504 is a column of the name of the display device. The comment display field 506 is a column for displaying an annotation set to the device. The remark column 507 is a column for displaying a string that the user arbitrarily sets to the device in addition to the annotation. The item type display field 508 is a column showing the kind of the item assigned to the device. The search condition input field 509 is for inputting a condition in which only the conditions in the label of the completed object assignment are displayed. The search result display field 510 is a column for displaying the number of tags of the completed object assignment that meet the conditions of the input to the search condition input field 509. The candidate image display field 511 is a column for displaying a candidate image of an object image to be arranged to the editor screen. The candidate category selection field 512 is a column for selecting the type of image of the object to be displayed in the candidate image display field 511. The function button 513 is a button for displaying a menu list of function settings.

In the example shown in Fig. 9, the operation of selecting the label named "St6_Output stop indicator" is performed as the second operation, and each display column of the selected label is different in color from the non-selected label. display. As shown in the candidate type selection field 512, the candidate type selects "collection", "red", "OFF", and "75%", and the candidate image display field 511 displays a map of the object registered by the user in advance. The size of the image of the indicator light that belongs to the red color and indicates the off state is equivalent to the base. 75% of the image of the quasi-image. Further, in the example shown in Fig. 9, the search condition input field 509 is a blank field, and when the search condition input field 509 is input with the search string, only the display column contains the label of the completed object assignment of the search string. The label list screen 500 of the completed object assignment is displayed, and the matching number is displayed in the search result display field 510.

Fig. 10 is a view showing an example of a process of adding an image corresponding to a device selected in the device annotation list screen of the completed object assignment to the project data created on the editor screen. Fig. 11 is a view showing an example of a process of adding an object corresponding to a tag selected in the tag list screen of the completed object assignment to the project material created in the editor screen. The editor unit 117 displays the editor screen 14 on the display unit 14 in a different screen from the device annotation list screen 400 different from the completed object assignment and the label list screen 500 of the completed object assignment. In addition, in accordance with the user operation performed by the input unit 13, a device for assigning the device and the tag selected in the device list list screen 400 of the completed object assignment or the tag list screen 500 for the completed object assignment is performed. The processing of adding the project material to the creation on the editor screen 600 (step S104).

For example, in the device annotation list screen 400 on which the object assignment has been completed, in any state in which an arbitrary device is selected, any one of the device name display column 401, the annotation display column 402, or the object type display column 403 is dragged and dropped ( Drag and drop) to the operation of the editor screen 600, the object is added to the created project material on the editor screen 600 with a predetermined image. In addition, by selecting a state with any device, it will be displayed in The image of the candidate image display field 406 is dragged and dropped onto the editor screen 600, and the object is added to the created project material on the editor screen 600 with the dragged and dropped image. In addition, the object name added to the created project material on the editor screen 600 is displayed together with the device name.

Further, on the label list screen 500 on which the object assignment has been completed, when the arbitrary label is selected, the operation of dragging and dropping from any of the name display columns to the editor screen 600 is performed, and the object is in a prescribed image. Added to the project material in production on the editor screen 600. Further, by dragging and dropping the image displayed on the candidate image display field 511 to the editor screen 600 in a state in which an arbitrary label is selected, the object is added to the editor screen 600 with the dragged and dropped image. Project information in the middle. In addition, the object name added to the created project material on the editor screen 600 is displayed with the tag name.

In addition, the device annotation list screen 400 of the completed object assignment and the display item of the label list screen 500 of the completed object assignment can be changed by setting. For example, if it is designed to press the device annotation list screen 400 of the completed object assignment or the function buttons 408 and 513 of the label list screen 500 of the completed object assignment, the menu displayed includes the option of setting the display item, and the display item can be arbitrarily set. can. Fig. 12 is a view showing an example of a menu screen displayed when a function button is pressed.

Fig. 13 is a view showing an example of a label list screen of the completed object assignment after the display item is changed, and is a CPU name display column among the columns of the label list screen 500 for assigning the completed objects shown in Fig. 9 . 502, project name display column 503, attribute display column 505, preparation test The column 507, the candidate image display field 511, and the candidate type selection field 512 are not displayed. By simply displaying the items necessary for the user on the device annotation list screen 400 for the completed object assignment and the label list screen 500 for the completed object assignment, the operation of selecting the device annotation and the label can be easily performed.

In the above description, the operation of selecting the object to be collectively selected from the device annotations and the tags for obtaining the self-programming software will be described. However, the automatic creation of the software acquisition device annotation and the label may be automatically performed. The overall allocation. Fig. 14 is a view showing an example of an acquisition target selection screen for selecting a device annotation to be acquired by the program creation software. On the acquisition target selection screen 700, a check box is provided as the collective allocation execution selection field 701, and when the check box is checked, the OK button 702 is pressed to start the device annotation, and the sixth is obtained. The collective distribution setting screen 300 shown in the figure is convenient for automatic display after the completion of the job, so that the collective distribution of the objects can be performed.

The screen of the embodiment is made into a software, and at least one of the device annotations and labels used in the control program is acquired, and the type of the object is assigned to the device annotation and the label, and the label of the device for the completed object assignment or the label of the completed object assignment is given. In the list display, the device annotation selected from the device annotation of the completed object assignment displayed in the list or the object image of the label selected from the label of the completed object assignment is added to the created project on the editor screen of the production project data. By this means, it is possible to easily design a display screen by using a screen to create a software. In addition, since there is no need to manually assign the objects, no one is the cause of the loss.

(industrial use possibility)

As described above, the screen creation soft system of the present invention is very useful for forming a project material creation device capable of easily designing a display screen.

11‧‧‧CPU

12‧‧‧ memory

13‧‧‧ Input Department

14‧‧‧Display Department

100‧‧‧Project data production device

111‧‧‧Device Annotation and Label Acquisition Department

113‧‧‧Parts Distribution Department

114‧‧‧After the device annotation and label search department for the assignment of objects

115‧‧‧List screen generation department

116‧‧‧Data Conversion Department

117‧‧‧Editor Department

121‧‧‧ Object Image Storage Department

122‧‧‧Device annotation and label storage for completed object assignment

Claims (8)

A screen is made into a software, which is a function of a computer as a project material creation device, wherein the project material creation device has an editor screen for creating project data, and the project data is used to make a programmable logic controller Status display and control; the screen is made into a soft system for the computer to function as: means for making software at least one of the device annotations and tags from a program for making a control program for a programmable logic controller, wherein the device The annotation is formed by attaching an annotation to a device used in the aforementioned control program for specifying a memory address in the programmable logic controller, the tag being a variable corresponding to the memory address and indirectly designated And the user of the control program in the memory address; the display method displayed on the programmable display according to the combination of the search string specified by the user and the format of the device, and the type of the object specified by the user Collectively assigned to the device annotations and labels obtained a means for collectively assigning; a list display means for displaying a list of devices that have completed object assignment or a label for completed object assignment; and a completed object assignment for selecting a device annotation for indicating the assignment of completed objects from the list display The device annotation or the object image of the label of the completed object assignment selected from the label of the completed object assignment is added to the project material in the production on the aforementioned editor screen. Object addition means. The screen of the first aspect of the patent application is made into a software, wherein the computer functions as means for importing and exporting information of the search string, the format of the device, and the type of the object. The screen of the first application of the patent application is made into a software, wherein the computer functions as means for importing and retrieving the device annotation of the completed object assignment and the information of the label list of the completed object assignment. The screen according to the first aspect of the patent application is made into a software, wherein the list display means is only for the device annotation of the completed object assignment and the label of the completed object assignment satisfying the restriction condition specified by the user. A list is displayed. The screen according to the first aspect of the patent application is a software, wherein the computer is designated as the device annotation or the label in the label for performing the device annotation and the completed object assignment of the completed object display from the list. In the first operation, the means for re-setting the object type by the device annotation or label specified by the first operation functions. The screen creation software according to claim 1, wherein the list display means specifies the device annotation or the label in a label for performing device annotation and completed object assignment from the completed object list displayed in the list. In the second operation, a candidate image for indicating an object image of the device annotation or label specified by the second operation is displayed; The object adding means adds the object image selected from the candidate image to the project material in the production on the aforementioned editor screen. The screen creation software according to item 6 of the patent application scope, wherein the list display means displays the candidate image based on a record of an object image displayed on the editor screen. The screen creation software according to the first aspect of the invention is characterized in that the list display means is capable of setting a display item when the user has set the device annotation of the completed object assignment and the list of the labels of the completed object assignment.