Search

JP-7856023-B2 - Display program and display method

JP7856023B2JP 7856023 B2JP7856023 B2JP 7856023B2JP-7856023-B2

Inventors

  • 海川 真佑

Assignees

  • ブラザー工業株式会社

Dates

Publication Date
20260511
Application Date
20230221

Claims (10)

  1. A computer comprising a display unit and a control unit, the control unit of which, A history storage step involves storing history information that associates the object, the content of the edits on the object, and sequence information representing the editing order, in response to receiving an edit instruction to edit an object. A display control step to update the object displayed on the display unit in response to receiving the editing instruction, A notification step of sending a notification to another user via the communication unit provided by the computer, A point storage step in which checkpoints, including the sequence information, are stored in response to the transmission of the notification, which are used to identify a target period within the entire period in which the multiple historical information is stored. A condition acquisition step to acquire a condition that specifies the target period, which includes information specifying the checkpoints, A selection step of identifying, among one or more objects displayed on the display unit, the object corresponding to the history information within the target period separated by the checkpoint specified by the conditions among the plurality of history information, as the target object; A display program characterized by including instructions for performing a highlighting step of highlighting the identified target object.
  2. The condition acquisition step acquires the condition including information specifying the checkpoint, The display program according to claim 1, characterized in that the specified step involves specifying the period between a first checkpoint specified by the conditions and a second checkpoint specified according to the first checkpoint as the target period, and specifying the object corresponding to the history information for the target period among the one or more objects displayed on the display unit as the target object.
  3. The history storage step stores the object, the edited content, the sequence information, and user information that identifies the user, as history information, in association with each other. The point storage step stores the checkpoints, which include the user information in addition to the sequence information. The display program according to claim 1 or 2, characterized in that the identifying step identifies, among the one or more objects displayed on the display unit, the object that falls within the target period delimited by the checkpoints specified by the conditions among the plurality of history information, and that corresponds to the history information containing the user information of the checkpoint, as the target object.
  4. The display program according to claim 3, characterized in that the point storage step stores the checkpoint, including the user information of the other user, in response to receiving a notification from the other user.
  5. The display program according to claim 1 or 2 , characterized in that the notification step transmits the notification and the checkpoint stored in response to the notification to the other user via the communication unit.
  6. The display unit includes a list display step that displays one or more of the checkpoints in a list, The instructions further include an extraction and display step of extracting a checkpoint containing the specified user information from the one or more checkpoints and displaying it on the display unit, The display program according to claim 3, characterized in that the condition acquisition step acquires the condition, which includes the checkpoint specified by the computer's input unit, from among the checkpoints displayed on the display unit.
  7. The display program according to claim 2, characterized in that the aforementioned identification step, in response to the acquisition of the aforementioned condition, extracts the history information within the target period, using the period between the first checkpoint included in the condition and the second checkpoint identified according to the first checkpoint as the target period, and identifies the object corresponding to the extracted history information among the one or more objects displayed on the display unit as the target object.
  8. The condition acquisition step involves selecting the period between the first checkpoint and the second checkpoint identified according to the first checkpoint as the target period, and acquiring the condition including historical data extracted from the historical information within the target period. The display program according to claim 2, characterized in that the specified step identifies the object corresponding to the history data among the one or more objects displayed on the display unit as the target object.
  9. The display program according to claim 1 or 2, characterized in that the highlighting step highlights the target object among the one or more objects displayed on the display unit for a predetermined time.
  10. A display method performed by the control unit of a computer comprising a display unit and a control unit, A history storage step involves storing history information that associates the object, the content of the edits on the object, and sequence information representing the editing order, in response to receiving an edit instruction to edit an object. A display control step to update the object displayed on the display unit in response to receiving the editing instruction, A notification step of sending a notification to another user via the communication unit provided by the computer, A point storage step in which checkpoints, including the sequence information, are stored in response to the transmission of the notification, which are used to identify a target period within the entire period in which the multiple historical information is stored. A condition acquisition step to acquire a condition that specifies the target period, which includes information specifying the checkpoints, A selection step of identifying, among one or more objects displayed on the display unit, the object corresponding to the history information within the target period separated by the checkpoint specified by the conditions among the plurality of history information, as the target object; A display method comprising a highlighting step of highlighting the identified target object.

Description

This invention relates to a display program and a display method. Conventional collaborative work support systems allow contact with users of drawing information within created files or object users within general documents using any means of communication (see, for example, Patent Document 1). Specifically, the system stores user contact information in at least one type of communication medium, corresponding to the user's identification information of the drawing information. The system displays the user's identification information corresponding to the drawing information and receives instructions from the user to contact the user corresponding to the drawing information. It retrieves the user's contact information in the communication medium and connects the user's computer to the user's contact information via the communication medium according to the retrieved contact information. Japanese Patent Application Publication No. 10-134002 This diagram shows the electrical configuration of editing system 1.This is a flowchart of the main process.These are explanatory diagrams for the specific example screens G1 and G2.This is an explanatory diagram of the history information storage area 39.This is a flowchart of the notification display process.This diagram illustrates the screen transitions of the display unit 35 of terminal device 3A for user A, the display unit 35 of terminal device 3B for user B, and the display unit 35 of terminal device 3C for user C in a specific example.This diagram illustrates the screen transitions of the display unit 35 of terminal device 3A for user A, the display unit 35 of terminal device 3B for user B, and the display unit 35 of terminal device 3C for user C in a specific example.This is a flowchart of the notification transmission process for the first modified example.This is a flowchart of the notification display process for the first modified example.This is a flowchart of the notification display process for the second modified example. Embodiments of this disclosure will be described with reference to the drawings. As shown in Figure 1, the editing system 1 comprises a server 2 and three terminal devices 3. The server 2 is connected to an access point 5 via a network line 4 for communication. The three terminal devices 3 are used by three different users, A, B, and C. Each terminal device 3 is a portable terminal device such as a well-known tablet-type terminal device or a multifunction mobile phone (so-called smartphone), and is connected to the access point 5 for wireless communication. Hereinafter, the terminal device 3 used by user A will also be referred to as terminal device 3A, the terminal device 3 used by user B will also be referred to as terminal device 3B, and the terminal device 3 used by user C will also be referred to as terminal device 3C. In the following description, for the sake of simplicity, the case where terminal devices 3A to 3C each have the same configuration will be described, but terminal devices 3A to 3C may each have different configurations. As shown in Figure 1, the server 2 includes a CPU 6, ROM 21, RAM 22, flash memory 23, and a communication unit 24. The CPU 6 controls the server 2. The ROM 21 stores information that the CPU 6 needs when executing various programs. The RAM 22 temporarily stores data during the process of the CPU 6 executing processing. The flash memory 23 is a non-volatile storage device. The flash memory 23 includes a program storage area 25, an account storage area 26, a display information storage area 27, and a history information storage area 28. The program storage area 25 stores various programs executed by the CPU 6. The account storage area 26 stores account information. The account information includes user information to distinguish one user from other users, and a password used when logging into the editing system 1. The display information storage area 27 stores display information indicating the object displayed in the latest editing area 71 (see Figure 3). The history information storage area 28 stores the history information described later. The communication unit 24 is a communication module that enables the server 2 to communicate with each of the terminal devices 3A through 3C via the network line 4 and the access point 5. The terminal device 3 comprises a CPU 7, ROM 32, RAM 33, flash memory 34, display unit 35, input unit 36, and communication unit 37. The CPU 7 controls the terminal device 3. The ROM 32 stores information required by the CPU 7 during the execution of various programs. The RAM 33 temporarily stores data during the CPU 7's processing. The flash memory 34 stores various programs executed by the CPU 7, including the display program described later. The display unit 35 is a liquid crystal display capable of displaying various information. The input unit 36 is provided on the surface of the display unit 35 and detects the contact position of an operating object such as a pen or finger o