JP6953208B2 - Screen editing device, screen editing method, and screen editing program - Google Patents

Description

The present invention relates to a screen editing device for editing a plurality of track circuit parts constituting a screen such as an operation management screen for managing train operation, a screen editing method, and a screen editing program.

The operation management device that manages the operation of the train uses an operation management screen composed of a plurality of parts including track circuit parts, traffic light parts, and turnout parts. Edited by the screen editing device. For example, Patent Document 1 discloses a screen editing device capable of forming two track circuit components having a connection relationship by cutting one track circuit component.

Japanese Unexamined Patent Publication No. 2004-224902

However, in the conventional screen editing device, since a plurality of track circuit components are formed by cutting, for example, when the screen design is changed or the component position is changed so that the cutting position is changed, the track circuit component is re-used. It is necessary to cut the placed and rearranged track circuit components.

The present invention has been made in view of the above, and an object of the present invention is to obtain a screen editing device capable of improving the convenience of editing a screen on which track circuit components are arranged.

In order to solve the above-mentioned problems and achieve the object, the screen editing device of the present invention is composed of a plurality of parts including a plurality of track circuit parts, and is used in an operation management device for managing the operation of a train. It is a screen editing device that edits a screen, and includes a storage unit, an operation determination unit, and an editing processing unit. The storage unit stores information on a track circuit component group including at least two track circuit components having a connection relationship among the plurality of track circuit components. The operation determination unit determines the operation content for the track circuit component based on the information input from the input device. When the operation content determined by the operation determination unit indicates the editing of the graphic of one of the two track circuit components, the editing processing unit edits the graphic of one of the track circuit components and the two track circuits. It is executed in conjunction with the editing of the figure of the other track circuit component of the components. A track circuit component is a component that is associated with a track circuit and changes based on the detection result of the presence of a train by the associated track circuit. Editing processing unit, when the operation content indicates deformation operation to one of the track circuit components to perform in conjunction with the deformation of the deformation and the other track circuit components of one of the track circuit components.

According to the present invention, it is possible to improve the convenience of editing the screen on which the track circuit components are arranged.

The figure which shows the configuration example of the screen editing apparatus which concerns on Embodiment 1. The figure which shows an example of the operation management screen which is edited by the screen editing device which concerns on Embodiment 1 and is displayed on the display device. The figure which shows an example of the arrangement component information table which concerns on Embodiment 1. The figure which shows an example of the track circuit component group table which concerns on Embodiment 1. The figure which shows an example of the display screen displayed on the display device which concerns on Embodiment 1. Explanatory drawing of cutting processing by cutting processing part which concerns on Embodiment 1. Explanatory drawing of the first deformation processing by the deformation processing part which concerns on Embodiment 1. Explanatory drawing of the second deformation processing by the deformation processing part which concerns on Embodiment 1. Explanatory drawing of the third deformation processing by the deformation processing part which concerns on Embodiment 1. Explanatory drawing of the 4th deformation processing by the deformation processing part which concerns on Embodiment 1. Explanatory drawing of the fifth deformation processing by the deformation processing part which concerns on Embodiment 1. Explanatory drawing of the sixth deformation processing by the deformation processing part which concerns on Embodiment 1. A flowchart showing an example of processing of the control unit according to the first embodiment. A flowchart showing an example of the disconnection process of the control unit according to the first embodiment. A flowchart showing an example of the deformation process of the control unit according to the first embodiment. The figure which shows the other figure of the connection part which concerns on Embodiment 1. The figure which shows the hardware configuration example of the screen editing apparatus which concerns on Embodiment 1. The figure which shows the configuration example of the screen editing apparatus which concerns on Embodiment 2. The figure which shows an example of the signal arrangement information table which concerns on Embodiment 2. The figure which shows an example of the display screen displayed on the display device which concerns on Embodiment 2. Explanatory drawing of group setting process by group setting part which concerns on Embodiment 2. Explanatory drawing of group setting process by group setting part which concerns on Embodiment 2. Illustrated diagram of grouping regulation processing by the group setting unit according to the second embodiment Explanatory drawing of group release processing by group release part concerning Embodiment 2 Explanatory drawing of group release processing by group release part concerning Embodiment 2 Explanatory drawing of group release processing by group release part concerning Embodiment 2 A flowchart showing an example of processing of the control unit according to the second embodiment. A flowchart showing an example of the group setting process of the control unit according to the second embodiment. A flowchart showing an example of the ungrouping process of the control unit according to the second embodiment.

Hereinafter, the screen editing apparatus, the screen editing method, and the screen editing program according to the embodiment of the present invention will be described in detail with reference to the drawings. The present invention is not limited to this embodiment.

Embodiment 1.
FIG. 1 is a diagram showing a configuration example of a screen editing device according to the first embodiment of the present invention, and FIG. 2 is an operation management edited by the screen editing device 1 shown in FIG. 1 and displayed on the display device 3. It is a figure which shows an example of a screen.

As shown in FIG. 1, the screen editing device 1 according to the first embodiment executes an editing process for editing the operation management screen 61 based on the information input to the input device 2, and the edited operation management screen. 61 is displayed on the display device 3. The operation management screen 61 shown in FIG. 2, the track circuit components _{4 1,} 4 _2, 4 _3, 4 4, _{4 5,} the traffic part ₅ 1, _{5 2,} and point lock device parts 6, connecting part 7 ₁ , 7 ₂ , 7 ₃ and so on are arranged. The operation management screen 61 is used in an operation management device (not shown) that manages the operation of the train.

In the example shown in FIG. 2, the track circuit components 4 ₁ and the track circuit components 4 ₂ has a connection relation, and is connected via connection 7 _1. The track circuit component 4 ₂ and the track circuit components 4 ₃ has a connection relation, and is connected via connection 7 _2. The track circuit component 4 ₄ and the track circuit component 4 ₅ has a connection relation, and is connected via connection 7 _3. Hereinafter, described as the track circuit components _{4 1,} 4 _2, 4 _3, 4 4, _{4 5} track circuit component 4 without distinction, describes a traffic signal component 5 without distinction traffic part ₅ 1, _{5 2} , Connection part 7 ₁ , 7 ₂ , 7 ₃ may be described as connection part 7 without distinction.

The track circuit component 4 is a component associated with the track circuit of a railway line. For example, the track circuit component 4 is a component set so that the color or the like changes based on the detection result of the train presence on the track by the associated track circuit. The traffic light component 5 is a component associated with a traffic light on a railway line. For example, the traffic light component 5 is a component that is set to change color or shape based on the state of the associated traffic light.

The connecting portion 7 is a component indicating an insulating member arranged between the continuous track circuit components 4, but it is not necessary to use the connecting portion 7 as long as it can be shown that there is a connection between the track circuit components 4. The figure of the connecting portion 7 is not limited to the figure shown in FIG. 2, and may be any shape as long as the connection relationship between the track circuit components 4 can be grasped. Further, the connection relationship can be indicated by the color or shape of a part of the connected track circuit component 4 without using the connection portion 7.

The screen editing device 1 generates and arranges a plurality of parts including the track circuit component 4, the signal component 5, and the turnout component 6 on the operation management screen 61 based on the information input to the input device 2. do. Further, the screen editing device 1 can edit the graphic of the component including the track circuit component 4 based on the information input to the input device 2. Editing the figure of the track circuit component 4 is adding, moving, deforming, cutting, or deleting the track circuit component 4. The deformation of the track circuit component 4 means that the outer shape is changed, and includes a change in the length of the track circuit component 4.

As shown in FIG. 1, the screen editing device 1 stores the information of the operation management screen 61 including the information of each component used for editing in the storage unit 10, and the information input to the input device 2 and the storage unit 10. A control unit 20 that edits the operation management screen 61 based on the stored information and displays the edited operation management screen 61 on the display device 3 is provided.

The storage unit 10 contains an arrangement component information table 11 including information on each component arranged on the operation management screen 61 as information on the operation management screen 61, and a track circuit including at least two track circuit components 4 having a connection relationship. The track circuit component group table 12 including the component group information is stored. Further, the storage unit 10 also stores information on the cursor position, which is the current position of the cursor 62 arranged on the operation management screen 61 shown in FIG.

FIG. 3 is a diagram showing an example of the arrangement component information table 11. As shown in FIG. 3, the arrangement component information table 11 includes "part ID", "type ID", and "coordinate information" associated with each other.

The "part ID" is the identification information of the part. In the example shown in FIG. 3, P101～P105 is identification information of the track circuit components _{4 1, 4 2, 4 3} , 4 4, 4 5, P106, P107 , the identification information of the traffic signal component ₅ 1, _{5 2} Is. P108 is a point lock device identification information of the component 6, P109～P111 is identification information of the connection portions _{7 1,} 7 2, _{7 3.}

The "type ID" is information indicating the type of the part. In the example shown in FIG. 3, k1 indicates a track circuit component 4, k2 indicates a signal component 5, k3 indicates a turnout component 6, and k4 indicates a connection portion 7.

The "coordinate information" is the coordinate information of the part. In the example shown in FIG. 3, _{the coordinate information of the track circuit component 4 1} includes information T1 (x11, y11) indicating the coordinate position of the first end portion T1 and information T2 (x12) indicating the coordinate position of the second end portion T2. , Y12), and the track circuit component 4 ₁ has a linear shape having two ends.

The coordinate information of the track circuit components _{4 2,} and information indicating the coordinate position of the first end T1 T1 (x21, y21), and information indicating the coordinate position of the second end T2 T2 (x22, y22), the Information T3 (x23, y23) indicating the coordinate position of the three-end portion T3 is included. Further, the coordinate information of the track circuit components _{4 2,} and information V123 indicating the coordinate position of the branch portion V123 (x24, Y24), information C2 indicating the coordinate position of the corner portion C2 (x25, Y25) and are included. The branch portion V123 is a portion that branches to the first end portion T1, the second end portion T2, and the third end portion T3, respectively, and the corner portion C2 is the corner between the branch portion V123 and the second end portion T2. It is a department.

The coordinate information of the track circuit components 4 ₃ , 4, ₄ , and ₅ also includes information indicating the coordinate positions of the ends T1 and T2, respectively. Further, the arrangement component information table 11 includes coordinate information of a signal component 5 other than the track circuit component 4, a turnout component 6, and a connection portion 7. The coordinate information of the components other than the track circuit component 4 is, for example, information indicating the coordinates of the center position O of the component.

The coordinate information of the track circuit component 4 shown in the arrangement component information table 11 shown in FIG. 3 is an example, and the coordinate information of the track circuit component 4 is not limited to the example shown in FIG. That is, the information is not limited to the example shown in FIG. 3, as long as the information can specify the figure and the position of the track circuit component 4.

FIG. 4 is a diagram showing an example of the track circuit component group table 12. The track circuit component group table 12 shown in FIG. 4 includes a “group ID”, a “component ID”, a “connection destination component ID”, a “coordinate information”, and a “connection unit ID” associated with each other.

The "group ID" is identification information of the track circuit component group. The "part ID" is the identification information of the part, like the "part ID" shown in FIG. The "connection destination component ID" is identification information of the track circuit component 4 of the other party to which the track circuit component 4 of the "component ID" is connected. The "coordinate information" is information indicating the coordinates of the end of the track circuit component 4 connected to the other end of the track circuit component 4. The "connection unit ID" is identification information of the connection unit 7 that connects the track circuit component 4 of the "component ID" and the track circuit component 4 of the "connection destination component ID".

In the example shown in FIG. 4, the track circuit part group of the group ID "G101", it contains the track circuit components _{4 1,} 4 2, _{4 3.} The second end of the track circuit components _{4 1} T2 is connected by a connecting portion ₇₁ connecting the first end T1 of the track circuit components _{4 2} ID "P109", the second end of the track circuit components _{4 2} T2 It is connected by a connecting portion _{7 second} connection between the first end T1 of the track circuit components _{4 3} ID "P110". In addition, the track circuit part group of the group ID "G102", contains the track circuit components ₄ 4, _{4 5.} The second end of the track circuit components _{4 4} T2 is connected by a connecting portion _{7 3} connected to the first end T1 of the track circuit components _{4 5} ID "P111".

As described above, in the track circuit component group table 12, two or more track circuit components 4 having a connection relationship are grouped and set as a track circuit component group. The track circuit component group table 12 may be stored in the storage unit 10 as a component. In this case, the information shown in the track circuit component group table 12 is included in the arrangement component information table 11.

Returning to FIG. 1, the description of the control unit 20 of the screen editing device 1 will be continued. As shown in FIG. 1, the control unit 20 has an operation determination unit 21 that determines the operation content of the user and an operation determination based on the input information that is the information input from the input device 2 by the user of the screen editing device 1. An editing processing unit 22 that edits the operation management screen 61 based on the operation content determined by the unit 21, and a display processing unit 23 that displays the operation management screen 61 edited by the editing processing unit 22 on the display device 3. Be prepared.

The input information includes cursor information indicating the movement direction and movement amount of the cursor 62, and operation information indicating that the user has operated the selection switch 8 provided in the input device 2. The operation of the selection switch 8 is, for example, pressing the selection switch 8. The operation determination unit 21 is an operation indicating which of the addition, movement, deformation, disconnection, and deletion of parts is performed by the user based on the cursor information, the operation information, and the information stored in the storage unit 10. Is determined.

FIG. 5 is a diagram showing an example of a display screen displayed on the display device 3. The display screen 80 shown in FIG. 5 includes buttons 81 to 88 which are GUIs (Graphical User Interfaces) adjacent to the operation management screen 61. The display screen 80 is displayed by the display processing unit 23.

Buttons 81 to 84 are buttons for adding a designated part. Specifically, the button 81 is a button for adding the track circuit component 4, and the button 82 is a button for adding the signal component 5. The button 83 is a button for adding the turnout component 6, and the button 84 is a button for adding the connection portion 7.

When the selection switch 8 is operated with the cursor 62 moved on the button 81 and then the selection switch 8 is operated with the cursor 62 moved on the operation management screen 61, the operation determination unit 21 operates. It is determined that the operation content of the user indicates an additional operation of the track circuit component 4 to the cursor position. Similarly, the operation determination unit 21 determines additional operations of the traffic light component 5, the turnout component 6, and the connection unit 7 based on the operation of the selection switch 8 on the buttons 82 to 84 and the cursor position.

Further, when the selection switch 8 is operated while the cursor 62 is moved on the button 85, the operation determination unit 21 determines that the operation content of the user is the transition to the deletion operation mode. In the operation determination unit 21, when the cursor 62 is moved onto the component arranged on the operation management screen 61 in the state of shifting to the deletion operation mode and the selection switch 8 is operated, the operation content of the user is changed to the cursor. It is determined that the part at the position indicates the deletion operation of the part specified as the deletion target.

Further, when the selection switch 8 is operated while the cursor 62 is moved on the button 86, the operation determination unit 21 determines that the operation content of the user is the transition to the disconnection operation mode. When the cursor 62 is moved onto the track circuit component 4 and the selection switch 8 is operated while the operation determination unit 21 is in the disconnection operation mode, the user's operation content uses the cursor position as the disconnection position. It is determined that the cut operation of the designated track circuit component 4 is indicated.

Further, when the selection switch 8 is operated while the cursor 62 is moved on the button 87, the operation determination unit 21 determines that the operation content of the user is the transition to the transformation operation mode. In the operation determination unit 21, when the selection switch 8 is operated after the cursor 62 is moved onto the component in the state of shifting to the deformation operation mode, the operation content of the user is the cursor position when the selection switch 8 is operated. Is determined to be the transformation target specified as the operation position. After that, when the cursor position moves while the selection switch 8 is being operated, the operation determination unit 21 determines that the operation content of the user is a transformation operation. Then, when the selection switch 8 is no longer operated, the operation determination unit 21 determines that the operation content of the user is the end of the transformation operation.

When the selection switch 8 is operated while the cursor 62 is moved on the button 88, the operation determination unit 21 determines that the operation content of the user is the transition to the movement operation mode. In the state of shifting to the movement operation mode, the operation determination unit 21 determines the movement operation based on the input information, as in the case of the deformation operation mode.

In the above-mentioned example, the user has described an example in which the user performs an operation using the buttons 81 to 88 arranged on the display screen 80, but the determination of various operations in the operation determination unit 21 is limited to the above-mentioned example. Not done. That is, the operation determination unit 21 may determine the operation content so that the processing described later in the editing processing unit 22 can be executed. Further, the input device 2 is, for example, a mouse, but may be another input device such as a touch pad or a voice recognition device.

The editing processing unit 22 performs editing processing including addition, movement, deformation, cutting, and deletion of parts on the operation management screen 61 based on the operation content determined by the operation determination unit 21, and performs the editing process including the addition, movement, deformation, cutting, and deletion of the parts, and the arrangement part information table 11 or At least one of the track circuit component group tables 12 is updated.

The editing processing unit 22 has an additional processing unit 31 that adds a part specified on the operation management screen 61 when the user's operation content indicates an additional operation, and an operation management screen 61 when the user's operation content indicates a deletion operation. It is provided with a deletion processing unit 32 that deletes the parts designated from. The additional processing unit 31 adds the parts by adding the "part ID", the "type ID", and the "coordinate information" as the information of the parts to be added to the arrangement part information table 11. Further, the deletion processing unit 32 deletes the parts by deleting the "part ID", "type ID", and "coordinate information" of the parts to be deleted from the arrangement part information table 11.

Further, the editing processing unit 22 has a cutting processing unit 33 that cuts a part arranged on the operation management screen 61 when the user's operation content indicates a cutting operation, and an operation management unit 22 when the user's operation content indicates a deformation operation. It includes a deformation processing unit 34 that deforms the parts arranged on the screen 61. Although not shown, the editing processing unit 22 also includes a moving processing unit that performs a process of moving the parts arranged on the operation management screen 61 when the operation content of the user indicates a movement operation.

The cutting processing unit 33 deletes the information of the track circuit component 4 before cutting from the arrangement component information table 11, and adds the information of the plurality of track circuit components 4 after cutting to the arrangement component information table 11 to cut the component. I do. Further, the cutting processing unit 33 sets the plurality of track circuit components 4 after cutting as one track circuit component group in the track circuit component group table 12, and thereby establishes a connection relationship with the plurality of track circuit components 4 after cutting. Add.

Here, an example of the cutting process by the cutting processing unit 33 will be described. FIG. 6 is an explanatory diagram of the cutting process by the cutting process unit 33. Cutting processing unit 33, if the operation contents of the user indicates a disconnection of the track circuit components 4 _6, as shown in FIG. 6, by cutting the operating position to the specified track circuit components 4 _6, the track circuit components 4 ₆ the split into two track circuit components ₄ 4, _{4 5.}

Specifically, the cutting processing unit 33, in the arrangement parts information table 11, and deletes the information of the track circuit components 4 _6, the information of the track circuit components 4 _4, 4 ₅ to face each other with a specified operating position By adding, the arrangement component information table 11 is updated. As a result, the track circuit component 4 ₆ is divided into _{two track circuit components 4 4} and 4 ₅ with the designated operating position as the cutting point.

Furthermore, the cutting processing unit 33 groups together two track circuit components 4 _4, 4 ₅ as one of the track circuit part group. For example, the cutting unit 33, as shown in FIG. 4, to add the group ID "G102" in the track circuit part group table 12, associating the information of the track circuit components ₄ 4, _{4 5} to the group ID "G102" Then, the track circuit component group table 12 is updated. As a result, the two track circuit components 4 ₄ and 4 ₅ are set in the track circuit component group table 12 as one track circuit component group.

In this way, when cutting the track circuit component 4, the cutting processing unit 33 can set a plurality of track circuit components 4 divided by the cutting as one track circuit component group. Therefore, for example, the convenience of the user can be improved as compared with the case where a plurality of track circuit components 4 are arranged and then the arranged plurality of track circuit components 4 are connected by adding the connecting portion 7. The editing processing unit 22 can also be connected by adding the connection unit 7 to a plurality of track circuit components 4 having no connection relationship.

Returning to FIG. 1, the description of the editing processing unit 22 will be continued. The deformation processing unit 34 of the editing processing unit 22 shown in FIG. 1 deforms a component by changing the information of the track circuit component 4 to be deformed in the arrangement component information table 11. When two track circuit components 4 belonging to the same track circuit component group are to be deformed, the deformation processing unit 34 adjusts to the change of the information of one of the track circuit components 4 to be deformed in the arrangement component information table 11. Therefore, the information of the other track circuit component 4 to be deformed is changed. As a result, the deformation processing unit 34 can perform deformation of the plurality of track circuit components 4 having a connection relationship in conjunction with each other.

Here, an example of the deformation processing by the deformation processing unit 34 when the deformation operation to the track circuit parts 4 constituting the track circuit parts group is performed will be described. FIG. 7 is an explanatory diagram of the first deformation processing by the deformation processing unit 34.

Transformation processing unit 34, when showing a modification of the track circuit components 4 ₄ operation contents of the user has specified a second end T2 side of the track circuit components 4 ₄ as operation position, based on the amount of movement of the cursor 62, Fig. As shown in 7, the coordinate position of the second end portion T2 of the _{track circuit component 4 4 is changed.}

Further, the modification processing unit 34, as shown in FIG. 7, facing the second end T2 of the track circuit components 4 ₄ out of track circuit component 4 ₅ belonging to the track circuit component 4 ₄ the same track circuit part group The coordinate position of the first end portion T1 is changed according to the change of the coordinate position of the second end portion T2 of the _{track circuit component 4 4.} For example, transformation processing unit 34, while fixing the distance between the first end T1 of the track circuit components 4 ₄ of the second end T2 and the track circuit component 4 _5, the first end of the track circuit component 4 ₅ Change the coordinates of T1.

Thus, the modification processing unit 34, the deformation of the track circuit component 4 ₅ belonging to the track circuit component 4 ₄ the same track circuit part group which is the subject of modification operation indicated by the operation contents of the user, the track circuit components 4 _This is performed in conjunction with the deformation of 4. Accordingly, since the connecting portion 7 ₃ corresponding to the cut portion of the track circuit components 4 cut is moved together with other track circuit components 4 by the cutting unit 33, it is possible to reduce the man-hours of the user, the user The convenience of operation to the screen editing device 1 can be improved.

In the example shown in FIG. 7, one track circuit component 4 belonging to the track circuit component group is targeted for the deformation operation, but a plurality of track circuits belonging to the track circuit component group are designated by designating the connection portion 7 as the operation position. Parts 4 ₄ and 4 ₅ can be deformed. FIG. 8 is an explanatory diagram of the second deformation processing by the deformation processing unit 34.

Transformation processing unit 34, when showing a modification of the track circuit component 4 operation content of the user has specified a connection portion 7 ₃ as operation position, based on the amount of movement of the cursor 62, as shown in FIG. 8, the track circuit components 4 coordinate position and track circuit of the second end T2 of the ₄ changing the coordinate position of the first end T1 of the component 4 _5. In this case, the modification processing unit 34, before and after deformation of the track circuit components 4 _4, 4 _5, fixing the distance between the first end T1 of the track circuit components 4 ₄ of the second end T2 and the track circuit component 4 ₅ In this state, the track circuit parts 4 ₄ and 4 ₅ are changed.

_{In this way, when the connection unit 7 3} is designated as the operation position in the deformation operation indicated by the user's operation content, the deformation processing unit 34 _{targets a plurality of track circuit components 4 4} and 4 ₅ as deformation targets, and the track circuit. Deformation of parts 4 ₄ and 4 ₅ is performed in conjunction with each other.

Further, when a plurality of track circuit components 4 belonging to the same track circuit component group are arranged on the same straight line, the deformation processing unit 34 is at least within a region including the plurality of track circuit components 4. The two track circuit components 4 can be modified. Figure 9 is an explanatory view of a third modification process by deformation processing unit 34, the deformation of the track circuit components 4 ₄ operation contents of the user has specified a second end T2 side of the track circuit components 4 ₄ as operation position An example of the case shown is shown.

_{When a plurality of track circuit components 4 4} and 4 ₅ belonging to the same track circuit component group are arranged on the same straight line, the deformation processing unit 34 has the track circuit component 4 as shown in FIG. _{4, 4 5} in the area Ar containing transforms the track circuit components ₄ 4, _{4 5.}

Specifically, the modification processing unit 34, in the arrangement parts information table 11, and changes the coordinate position of the second end T2 of the track circuit components 4 _4, the coordinate position of the first end T1 of the track circuit component 4 ₅ Is changed according to the change of the coordinate position of the second end portion T2 of the track circuit component 4 _4. Again, the modification processing unit 34 changes the placement part information table 11 while fixing the distance between the first end T1 of the track circuit components 4 ₄ of the second end T2 and the track circuit component 4 _5.

If the track circuit components 4 _4, 4 ₅ is the state immediately after being disconnected from the track circuit components 4 _6, area Ar is the same as the outer shape of the track circuit components 4 _6. Therefore, after generating a track circuit components 4 _4, 4 ₅ are cut after placing the track circuit components 4 _6, it is possible to adjust the length of the track circuit components 4 _4, 4 ₅ easily, the user The convenience of editing operations can be improved. Note that FIG. 9 also shows that the deformation processing unit 34 shows the deformation of the track circuit component 4 _{4 in which the operation content specifies the connection unit 7 3} as the operation position instead of the second end T2 side of the track circuit component 4 _4. It can be processed in the same manner as the example shown.

Incidentally, the modification processing unit 34, for example, when showing a variation of the track circuit component 4 ₅ operation contents of the user has specified a second end T2 side of the track circuit component 4 ₅ as an operation position, by changing the area Ar You can also. In this case, the modification processing unit 34 can change the length of the track circuit components 4 ₄ length and track circuit component 4 ₅ remains track circuit components to maintain a length ratio of 4 _4, 4 _5.

Further, in the example described above, but a modification of the track circuit components 4 _4, 4 ₅ of the track circuit components 4 ₄ in a state of fixing the mutually coordinate position of not facing the _end, 4 _5, the modification processing unit 34, the track circuit it is also possible to change one of the coordinates position of the component 4 _4, 4 ends not facing each other _5. note that,
The track circuit components 4 _4, 4 ends not facing each other _5, in the example shown in FIG. 7, a second end T2 of the track circuit components 4 ₄ of the first end T1 and the track circuit component 4 _5.

For example, the deformation processing unit 34 connects other track circuit components 4 belonging to the same track circuit component group as the track circuit component 4 to be deformed to a plurality of track circuit components 4 belonging to the same track circuit component group. It can also be moved while being maintained. FIG. 10 is an explanatory diagram of the fourth deformation processing by the deformation processing unit 34.

Transformation processing unit 34, when showing a modification of the track circuit components 4 ₄ operation contents of the user has specified a second end T2 side of the track circuit components 4 ₄ as operation position, based on the amount of movement of the cursor 62, Fig. As shown in 10, the coordinate position of the second end portion T2 of the _{track circuit component 4 4 is changed.}

Further, the modification processing unit 34, as shown in FIG. 10, without deforming the track circuit component 4 ₅ belonging to the track circuit component 4 ₄ the same track circuit part group, based on the direction and amount of movement of the cursor 62 To move. Movement of the track circuit component 4 ₅ is in the arrangement parts information table 11, by the same direction and the same amount on the basis of the coordinate position of the track circuit components 4 each end of the ₅ T1, T2 in the moving direction and amount of movement of the cursor 62 shifts Do it by doing. Again, the distance between the first end T1 of the track circuit components 4 ₄ of the second end T2 and the track circuit component 4 ₅ is kept constant intervals.

Thus, the modification processing unit 34, the movement of the track circuit component 4 ₅ belonging to the track circuit component 4 ₄ the same track circuit part group which is the subject of modification operation indicated by the operation contents of the user, the track circuit components 4 It can be performed in conjunction with the deformation of _{4. As a result, the connection unit 7 3} corresponding to the cut portion of the track circuit component 4 cut by the cutting processing unit 33 is moved together with the other track circuit components 4, so that the user can conveniently operate the screen editing device 1. Can be improved.

In the first to third deformation processes described above, the deformation processing unit 34 targets or connects the track circuit component 4 at the cursor position and the track circuit component 4 connected to the track circuit component 4 at the cursor position. The two track circuit components 4 connected by the unit 7 are targeted for deformation. That is, in the above-described example, the deformation processing unit 34 targets the two track circuit components 4 specified by the cursor positions, but the deformation processing unit 34 may also target the track circuit components 4 other than those located at the cursor positions. .. 11 and 12 are explanatory views of the fifth deformation process and the sixth deformation process by the deformation processing unit 34. Track circuit components ₄ 7 shown in FIGS. 11 and _12, 4 8, _{4 9} belonging to the same track circuit part group. In the following, it may be referred to as track circuit component 4 without distinction track circuit components _{4 7,} 4 8, _{4 9.}

As shown in FIG. 11, the modification processing unit 34 moves on the basis of the track circuit components 4 ₈ the central portion by the cursor 62 is designated as the operating position in the direction and amount of movement of the cursor 62, is designated as the operating position deformed though not track circuit components 4 _7, 4 ₉ as a modification target.

In this case, the modification processing unit 34, in the arrangement parts information table 11 is shifted on the basis of the coordinate position of the track circuit components 4 ₈ in the moving direction and amount of movement of the cursor 62. Transformation processing unit 34, in the arrangement parts information table 11, while fixing the distance between the first end T1 of the second end T2 and the track circuit components 4 ₈ of the track circuit components 4 ₇ track circuit components 4 ₇ The coordinate position of the second end portion T2 is changed. Transformation processing unit 34, in the arrangement parts information table 11, while fixing the distance between the first end T1 of the second end T2 and the track circuit components 4 ₉ of track circuit components 4 ₈ track circuit components 4 ₉ The coordinate position of the first end portion T1 is changed.

Further, as shown in FIG. 12, the modification processing unit 34 includes a track circuit components 4 ₈ parts of the track circuit component 4 ₉ side is designated by the cursor 62, cursor 62 and a track circuit components 4 ₉ closer to the cursor position is moved based on the moving direction and the moving amount of, it is also possible to deform the track circuit components 4 ₇ that are not designated as the operating position as a modification target.

In this case, the modification processing unit 34, in the arrangement parts information table 11 is shifted on the basis of the coordinate position of the track circuit components 4 _8, 4 ₉ the moving direction and amount of movement of the cursor 62. Further, the modification processing unit 34, arranged part in the information table 11, the track circuit components 4 ₇ second end T2 and the track circuit component 4 ₈ first end track circuit components 4 in a state of fixing the distance between T1 of The coordinate position of the second end portion T2 of _{7 is changed.}

In the above-mentioned example, the deformation processing unit 34 deforms the track circuit component 4 by changing the length of the track circuit component 4, but the deformation of the track circuit component 4 changes the length. It is not limited to, and may be a change in thickness or a change in outer shape other than length. That is, the deformation processing unit 34 can perform the deformation processing unit 34 in conjunction with the outer shapes other than the thickness or length of the plurality of track circuit components 4. Thereby, for example, when a deformation operation for increasing the width of the plurality of track circuit components 4 is performed, the plurality of track circuit components 4 can be interlocked and increased in thickness.

Subsequently, the operation of the control unit 20 in the screen editing device 1 will be described with reference to a flowchart. FIG. 13 is a flowchart showing an example of the processing of the control unit 20 according to the first embodiment.

As shown in FIG. 13, the operation determination unit 21 of the control unit 20 determines whether or not there is input information from the input device 2 (step S11). When the operation determination unit 21 determines that there is input information from the input device 2 (step S11; Yes), the operation determination unit 21 determines whether or not the operation content of the user is a component addition operation based on the input information (step S12). ). When the operation determination unit 21 determines that the operation content of the user is an additional operation (step S12; Yes), the editing processing unit 22 of the control unit 20 executes an additional process of adding a component specified by the user. (Step S13).

When the operation content of the user is not an additional operation (step S12; No), the operation determination unit 21 determines whether or not the operation is an operation on the track circuit component 4 arranged on the operation management screen 61 based on the input information. (Step S14). When the operation determination unit 21 determines that the operation is not for the track circuit component 4 (step S14; No), the operation determination unit 21 executes processing for other components other than the track circuit component 4 (step S15).

When the operation determination unit 21 determines that the operation is for the track circuit component 4 (step S14; Yes), the operation determination unit 21 determines whether or not the operation content is a cutting operation (step S16). When it is determined that the operation content is a cutting operation (step S16; Yes), the editing processing unit 22 executes a cutting process for cutting the track circuit component 4 (step S17). Such deformation processing is the processing of steps S31 to S34 shown in FIG. 14, and will be described in detail later.

When the operation determination unit 21 determines that the operation content is not a disconnection operation (step S16; No), the operation determination unit 21 determines whether or not the operation content is a transformation operation (step S18). When it is determined that the operation content is a transformation operation (step S18; Yes), the editing processing unit 22 executes a transformation process for transforming the track circuit component 4 (step S19). Such a cutting process is the process of steps S41 to S43 shown in FIG. 15, which will be described in detail later.

When the operation determination unit 21 determines that the operation content is not a deformation operation (step S18; No), the editing processing unit 22 executes other processing for the track circuit component 4 (step S20). When the processing of steps S13, S15, S17, S19, or S20 is completed, the display processing unit 23 generates the information of the operation management screen 61 based on the updated arrangement component information table 11 and displays the information on the display device 3. A display process for updating the displayed operation management screen 61 is performed (step S21). When the process of step S21 is completed, or when it is determined that there is no input information (step S11; No), the control unit 20 ends the process shown in FIG.

FIG. 14 is a flowchart showing an example of the disconnection process of the control unit 20 according to the first embodiment. As shown in FIG. 14, the cutting processing unit 33 of the editing processing unit 22 divides the track circuit component 4 to be cut into a plurality of track circuit components 4 (step S31). For example, the cutting processing unit 33 cuts the track circuit component 4 to be cut with the cursor position as the cutting position, and divides the track circuit component 4 to be cut into two track circuit components 4.

Next, the cutting processing unit 33 determines in the track circuit component group table 12 whether or not there is a track circuit component group to which the track circuit component 4 to be cut belongs (step S32). When the cutting processing unit 33 determines that there is a track circuit component group to which the track circuit component 4 to be cut belongs (step S32; Yes), the track circuit to which the track circuit component 4 to be cut belongs belongs in the track circuit component group table 12. The information of the component group is updated (step S33).

Further, when the cutting processing unit 33 determines that there is no track circuit component group to which the track circuit component 4 to be cut belongs (step S32; No), a new track circuit component including a plurality of divided track circuit components 4 is included. The group information is added to the track circuit component group table 12 (step S34). When the processing of step S33 or the processing of step S34 is completed, the cutting processing unit 33 ends the processing shown in FIG.

FIG. 15 is a flowchart showing an example of the deformation process of the control unit 20 according to the first embodiment. As shown in FIG. 15, the deformation processing unit 34 of the editing processing unit 22 changes the coordinate information of the track circuit component 4 designated by the deformation operation in the arrangement component information table 11 (step S41).

Next, the deformation processing unit 34 determines whether or not there is a track circuit component 4 having a connection relationship with the track circuit component 4 designated by the deformation operation based on the track circuit component group table 12 (step S42). .. When the transformation processing unit 34 determines that there is a track circuit component 4 having a connection relationship (step S42; Yes), the transformation processing unit 34 changes the coordinate information of the track circuit component 4 having a connection relationship in the arrangement component information table 11 (step S42; Yes). S43). When it is determined that there is no track circuit component 4 having a connection relationship (step S42; No), or when the process of step S43 is completed, the deformation processing unit 34 ends the process shown in FIG.

The figure of the connecting portion 7 is not limited to the above-mentioned example. FIG. 16 is a diagram showing another figure of the connecting portion 7. As shown in FIG. 16, the connecting portion 7 may have a linear shape extending between the two track circuit components 4 in a direction orthogonal to the extending direction of the track circuit components 4.

Further, the cutting processing unit 33 deletes the information of the track circuit component 4 before cutting from the arrangement component information table 11, and adds the information of the plurality of track circuit components 4 after cutting to the arrangement component information table 11. However, parts can also be cut by other processing. For example, the cutting processing unit 33 changes the coordinate information of the track circuit component 4 before cutting in the arrangement component information table 11, and newly increases the information of one or more track circuit components 4 after cutting in the arrangement component information table 11. It is also possible to cut parts by adding to.

Here, the hardware configuration of the screen editing device 1 according to the first embodiment will be described. FIG. 17 is a diagram showing a hardware configuration example of the screen editing device 1 according to the first embodiment. As shown in FIG. 17, the screen editing device 1 includes a processor 101, a memory 102, and an input / output circuit 103. The processor 101, the memory 102, and the input / output circuit 103 can send and receive data to and from each other by the bus 104. The operation determination unit 21 described above is realized by the input / output circuit 103 and the processor 101, and the storage unit 10 described above is realized by the memory 102. The memory 102 includes a recording medium on which a computer-readable program is recorded.

The processor 101 executes the functions of the operation determination unit 21, the editing processing unit 22, and the display processing unit 23 described above by reading and executing the program stored in the memory 102. The processor 101 is an example of a processing circuit, and includes, for example, one or more of a CPU (Central Processing Unit), a DSP (Digital Signal Processer), and a system LSI (Large Scale Integration). The memory 102 is a non-volatile or volatile memory such as a RAM (Random Access Memory), a ROM (Read Only Memory), a flash memory, an EPROM (Erasable Programmable Read Only Memory), or an EEPROM (Electrically Erasable Programmable Read Only Memory). Such as semiconductor memory, magnetic disk, flexible disk, optical disk, compact disk, mini disk or DVD (Digital Versatile Disc).

The operation determination unit 21, the editing processing unit 22, and the display processing unit 23 described above may be realized by dedicated hardware that realizes the same functions as the processor 101 and the memory 102 shown in FIG. Dedicated hardware is, for example, a single circuit, a composite circuit, a programmed processor, a parallel programmed processor, an ASIC (Application Specific Integrated Circuit), an FPGA (Field Programmable Gate Array), or a processing circuit combining these. be. A part of the operation determination unit 21, the editing processing unit 22, and the display processing unit 23 may be realized by dedicated hardware, and the rest may be realized by the processor 101 and the memory 102 shown in FIG.

As described above, the screen editing device 1 according to the first embodiment includes a storage unit 10, an operation determination unit 21, and an editing processing unit 22, and is composed of a plurality of components including a plurality of track circuit components 4. Edit the screen. The storage unit 10 stores a track circuit component group table 12 which is information on a track circuit component group including at least two track circuit components 4 having a connection relationship among the plurality of track circuit components 4. The operation determination unit 21 determines the operation content for the track circuit component 4 based on the information input from the input device 2. When the operation content determined by the operation determination unit 21 indicates graphic editing of at least one track circuit component 4 of the two track circuit components 4 belonging to the track circuit component group, the editing processing unit 22 indicates one track circuit component 4 The editing of the figure of the other track circuit component 4 and the editing of the figure of the other track circuit component 4 are performed in conjunction with each other. As a result, it is possible to edit the figures of the plurality of track circuit components 4 in conjunction with each other while maintaining the connection relationship between the plurality of track circuit components 4. Therefore, for example, the connection position between the track circuit components 4. The position of the connection portion 7 can be easily changed, the work man-hours of the user can be reduced, and the convenience of the user can be improved.

Further, when the operation content indicates a transformation operation to at least one track circuit component 4 of the two track circuit components 4, the editing processing unit 22 deforms one track circuit component 4 and the other track circuit component 4. The deformation processing unit 34 is provided, which executes the deformation or movement of the above in conjunction with each other. As a result, for example, since the deformation of the plurality of track circuit components 4 can be performed in conjunction with each other, the position of the connection portion 7 which is the connection position between the track circuit components 4 can be easily changed, and the user can easily change the position. The work man-hours can be reduced and the convenience of the user can be improved.

Further, when the deformation processing unit 34 changes the coordinate position of the one end portion of one track circuit component 4 facing the other end circuit component 4 based on the deformation operation, the deformation processing unit 34 changes the coordinate position of one end portion of one track circuit component 4. The coordinate position of one end of the other track circuit component 4 is changed in conjunction with the change of the coordinate position of. Thereby, the coordinate position of the end portion of the track circuit component 4 can be changed while maintaining the facing state between the end portions of the two track circuit component 4. Therefore, by changing the coordinate position of the end portion of the track circuit component 4, the position of the connection portion 7, which is the connection position between the track circuit components 4, can be easily changed, and the work man-hours of the user can be reduced. , User convenience can be improved.

Further, when the deformation processing unit 34 changes one track circuit component 4 while maintaining a state in which one track circuit component 4 and the other track circuit component 4 are arranged on the same straight line, operation management is performed. One track circuit component 4 and the other track circuit component 4 are deformed in the region Ar including one track circuit component 4 and the other track circuit component 4 on the screen 61. As a result, the connecting portion 7 can be moved in the extending direction of the track circuit component 4 while maintaining the length of the region Ar of the track circuit component 4, and the connecting portion 7 connecting the two track circuit components 4 can be moved. The coordinate position can be easily changed, the work man-hours of the user can be reduced, and the convenience of the user can be improved.

Further, the editing processing unit 22 includes a cutting processing unit 33 that cuts the track circuit component 4 at a designated position included in the operation content determined by the operation determination unit 21 to make the track circuit component 4 having a connection relationship. As a result, the track circuit component 4 having a connection relationship can be easily arranged on the operation management screen 61.

Embodiment 2.
The screen editing device according to the second embodiment is at least one of a plurality of track circuit components 4 having a group setting process and a connection relationship for setting a plurality of track circuit components 4 having no connection relationship in the same track circuit component group. Is different from the first embodiment in that the group release process for deleting the track circuit component group is performed.

FIG. 18 is a diagram showing a configuration example of the screen editing device according to the second embodiment of the present invention. As shown in FIG. 18, the screen editing device 1A according to the second embodiment includes a storage unit 10A and a control unit 20A. The storage unit 10A stores the signal arrangement information table 13 in addition to the arrangement component information table 11 and the track circuit component group table 12.

FIG. 19 is a diagram showing an example of the signal arrangement information table 13. As shown in FIG. 19, the signal arrangement information table 13 includes "arrangement ID", "part ID", and "signal ID" associated with each other. The "arrangement ID" is information indicating the arrangement position of the track circuit, and it is assumed that the track circuits are arranged in the order of the arrangement ID numbers on the railway line.

The "part ID" is identification information of the track circuit component 4. P117~P120 shown in FIG. 19 is identification information of the track circuit components _{4 7,} 4 _8, 4 _{9, 4 10.} The "signal ID" is identification information of a signal indicating a train presence state detected by a track circuit. For example, when the signal of the signal ID "S101" indicates the presence of a train, the operation management screen 61 is set so that the color of the track circuit component 4 of the component ID "P101" changes on the operation management screen 61.

Returning to FIG. 18, the description of the control unit 20A will be continued. The control unit 20A includes an operation determination unit 21A, an editing processing unit 22A, and a display processing unit 23. Further, the editing processing unit 22A includes a group setting unit 35 and a group release unit 36 in addition to the configuration of the editing processing unit 22.

FIG. 20 is a diagram showing an example of a display screen displayed on the display device 3. In the display screen 80A shown in FIG. 20, in addition to the buttons 81 to 88 of the display screen 80 shown in FIG. 5, buttons 91 and 92, which are GUIs, are further arranged. Then, in addition to the functions of the operation determination unit 21, the operation determination unit 21A determines whether or not the operation content of the user is a group setting operation and whether or not the operation content of the user is a group release operation.

For example, the operation determination unit 21A states that when the selection switch 8 provided in the input device 2 is operated while the cursor 62 is moved on the button 91, the operation content of the user is a shift to the group setting mode. judge. In the operation determination unit 21A, when the selection switch 8 is operated after the cursor 62 is moved onto the component in the state of shifting to the group setting mode, the operation content of the user is the cursor position when the selection switch 8 is operated. Is determined as the determination of the parts to be set in the group specified as the operation position. After that, when the cursor position moves while the selection switch 8 is being operated, the operation determination unit 21A determines that the operation content of the user is a group setting operation.

Further, when the selection switch 8 is operated while the cursor 62 is moved on the button 92, the operation determination unit 21A determines that the operation content of the user is the transition to the group release mode. In the operation determination unit 21A, when the selection switch 8 is operated after the cursor 62 is moved onto the component in the state of shifting to the group release mode, the operation content of the user is the cursor position when the selection switch 8 is operated. Is determined to be a group release operation specified as the operation position.

In the above-described example, the user performs an operation using the buttons 91 and 92 arranged on the display screen 80A, but the determination of the group setting operation and the group release operation in the operation determination unit 21A is described above. It is not limited to the example. That is, the operation determination unit 21A may determine the group setting operation and the group release operation so that the processing described later in the editing processing unit 22A can be executed.

When the operation content indicates a group setting operation, the group setting unit 35 sets the information of the track circuit component group including a plurality of track circuit components 4 having no connection relationship in the track circuit component group table 12 to form a connection relationship. A plurality of track circuit components 4 that do not have the above are grouped as a track circuit component group. 21 and 22 are explanatory views of the group setting process by the group setting unit 35.

Group setting unit 35, as shown in FIGS. 21 and 22, the connection relationship of three track circuit components ₄ 7 _no, 4 8, _{4 9} two track circuit components of the ₄ 7, ₄ remaining between ₉ if one of the track circuit components 4 ₈ has been moved to group three track circuit components 4 _7, 4 _8, 4 ₉ as a track circuit part group. Group setting unit 35 sets the information of the track circuit part group including a plurality of track circuit components 4 _7, 4 _8, 4 ₉ grouped into track circuit part group table 12.

In the example shown in FIG. 21, the group setting unit 35 performs modification to reduce the length of one track circuit components 4 _8, as three track circuit components 4 _7, 4 _8, 4 ₉ track circuit part group Group. Therefore, when you want to keep the length of the two track circuit components 4 _7, 4 ₉ intact, without having to worry about the length of the track circuit components 4 _8, three track circuit components 4 _7, 4 ₈ , it is possible to group the _{4 9.}

In the example shown in FIG. 22, the group setting unit 35, as the distance between the two track circuit components 4 _7, 4 ₉ is the combined length of the length of the track circuit components 4 _8, the track circuit components 4 _7, performed 4 ₉ deformation, grouping three track circuit components _{4 7,} 4 8, _{4 9} as a track circuit part group. Therefore, when you want to keep the length of the track circuit components 4 ₈ to be inserted into it is, without having to worry about the distance between the two track circuit components 4 _7, 4 _9, three track circuit components 4 _7, 4 _{8, 4 9} can be grouped.

Further, the group setting unit 35 can regulate the grouping of the track circuit components 4 based on the signal arrangement information table 13. FIG. 23 is an explanatory diagram of the grouping regulation process by the group setting unit 35. As shown in FIG. 23, and there are four track circuit components _{4 7,} 4 _8, 4 _{9, 4 10.} Further, it is assumed that the signal arrangement information table 13 is in the state shown in FIG.

In this case, the track circuit components 4 _10, since it does not have a connection relationship between the track circuit components 4 _7, the group setting unit 35, the track circuit components 4 ₁₀ is arranged between the two track circuit components 4 _7, 4 ₉ However, the grouping process is not performed. As a result, after the signal arrangement information table 13 is generated, it is possible to prevent the track circuit components 4 from being arranged in an erroneous connection relationship. The group setting unit 35 can also display a warning instead of not performing the grouping process. Further, although the signal arrangement information table 13 is acquired from an external database, for example, it can also be generated by the editing processing unit 22.

Next, the group release unit 36 shown in FIG. 18 will be described. When the operation content indicates a group release operation, the group release unit 36 deletes the information of the track circuit component group from the track circuit component group table 12 and releases the connection relationship of the track circuit component 4 included in the track circuit component group. do. 24 and 25 are explanatory views of the group release process by the group release unit 36.

Ungrouping 36 deleted, as shown in FIGS. 24 and 25, three track circuit components 4 _7, 4 _8, 4 ₉ track circuit components belonging information having the connection relationship from the track circuit part group table 12 , it is possible to release the three track circuit components _{4 7,} 4 8, _{4 9} of connection relations.

In the example shown in FIG. 24, the group release unit 36 is a two track circuit component connected by the connection unit 7 at the cursor position when the group release operation is performed while the cursor position is on the connection unit 7. The connection relationship of 4 is deleted from the track circuit component group table 12.

For example, ungroup portion 36, connecting portion 7 when a group releasing operation is performed while the cursor positioned over _4, two track circuit components 4 _7, 4 ₈ track circuit part group table 12 the connection relationship Remove from. Thus, to release the connection between the track circuit components 4 ₈ and the track circuit components 4 _7.

The group releasing portion 36, the connecting portion 7 when a group releasing operation is performed while the cursor positioned over _5, two track circuit components 4 _8, 4 ₉ track circuit part group table 12 the connection relationship Remove from. Thus, to release the connection between the track circuit components 4 ₈ and the track circuit components 4 _9.

Further, in the example shown in FIG. 25, ungroup unit 36, when the group releasing operation involves the operation of a reciprocating cursor position track circuit components 4 ₈ above, three track circuit components 4 _7, 4 _8, 4 ₉ The connection relationship of is deleted from the track circuit component group table 12. Thus, to release the connection between the track circuit components _{4 8} and the track circuit components ₄ 7, _{4 9.}

Further, the group release unit 36 releases the connection relationship between the two track circuit components 4 when the end portion of one track circuit component 4 is arranged at the connection portion 7 of the two track circuit components 4 having a connection relationship. You can also do it. FIG. 26 is an explanatory diagram of the group release process by the group release unit 36.

In the example shown in FIG. 26, two track circuit components 4 _7, 4 ₈ and one track circuit components 4 ₉ no connection relationship is arranged to have a connection relationship. From the state shown in FIG. 26, two track circuit components 4 _7, 4 ₈ of the connecting portion 7 ₄ Group release operation while positioning the first end T1 of the one track circuit components 4 ₉ rows having the connection relationship If we, ungrouping section 36, the track circuit part group table 12, to release the connection of two track circuit components 4 _7, 4 _8.

Further, the group release unit 36 changes the information _{of the three track circuit components 4 7} , 4 ₈ and _{49 to} the information of one track circuit component 4 _{10 in} the arrangement component information table 11, and the turnout component 6 Add information about. Thereby, the track circuit component 4 ₁₀ to which the turnout component 6 is associated can be easily arranged.

In this way, the group release unit 36 can improve the convenience of the user because the group release unit 36 can change the plurality of track circuit components 4 to one track circuit component 4 in addition to canceling the connection relationship between the track circuit components 4. can.

Subsequently, the operation of the control unit 20A in the screen editing device 1A will be described with reference to a flowchart. FIG. 27 is a flowchart showing an example of the processing of the control unit 20A according to the second embodiment. Note that steps S51 to S59, S64, and S65 shown in FIG. 27 are the same processes as steps S11 to S21 shown in FIG. 13, and description thereof will be omitted.

When the operation determination unit 21 determines that the operation content is not a transformation operation (step S58; No), the editing processing unit 22 determines whether or not the operation content is a group setting operation (step S60). When the operation determination unit 21 determines that the operation content is a group setting operation (step S60; Yes), the editing processing unit 22 executes a group setting process for grouping a plurality of track circuit components 4 (step S61). ). Such group setting processing is the processing of steps S71 and S72 shown in FIG. 28, and will be described in detail later.

When the operation determination unit 21 determines that the operation content is not a group setting operation (step S60; No), the editing processing unit 22 determines whether or not the operation content is a group release operation (step S62). When the operation determination unit 21 determines that the operation content is a group release operation (step S62; Yes), the edit processing unit 22 executes a group release process for canceling the grouping of the plurality of track circuit components 4 (step S62; Yes). Step S63). Such group release processing is the processing of steps S81 to S83 shown in FIG. 29, and will be described in detail later.

FIG. 28 is a flowchart showing an example of the group setting process of the control unit 20A according to the second embodiment. As shown in FIG. 28, the group setting unit 35 of the control unit 20A updates the coordinate information of one or more track circuit components 4 to be group-set (step S71). For example, the group setting unit 35, in the example shown in FIG. 21, in the arrangement parts information table 11, a fixed spacing between the spacing between the track circuit components 4 _7, 4 ₈ and track circuit components 4 _8, 4 ₉ each length so that, to change the three track circuit components _{4 7,} 4 8, _{4 9} coordinate information.

Next, the group setting unit 35 adds a new track circuit component group to the track circuit component group table 12 and ends the group setting process (step S72). For example, the group setting unit 35, in the example shown in FIG. 21, a new group ID and track circuit components 4 _7, 4 _8, 4 track circuit part group table information of the new track circuit part group including a ₉ information Add to 12.

FIG. 29 is a flowchart showing an example of the ungrouping process of the control unit 20A according to the second embodiment. As shown in FIG. 29, the group release unit 36 of the control unit 20A cancels the connection relationship between the two or more track circuit components 4 to be released from the group (step S81). For example, ungroup unit 36, in the example shown in FIG. 24, the track circuit part group table 12 and deletes the information indicating the track circuit components _{4 7,} 4 8, _{4 9} of connection relations.

Next, the group release unit 36 determines in the track circuit component group table 12 whether or not there is a track circuit component group for which there is no information indicating the connection relationship (step S82). When the group release unit 36 determines that there is a track circuit component group having no information indicating the connection relationship (step S82; Yes), the group release unit 36 deletes the track circuit component group having no information indicating the connection relationship from the track circuit component group table 12. (Step S83). The group release unit 36 performs the process shown in FIG. 29 when there is no track circuit component group in the track circuit component group table 12 for which there is no information indicating the connection relationship (step S82; No), or when the process of step S83 is completed. finish.

Here, it is assumed that the track circuit component group table 12 is in the state shown in FIG. The track circuit part group table 12 shown in FIG. 4, and information indicating a track circuit components 4 _1, 4 ₂ connection relation, and information indicating the connection relationship of the track circuit components 4 _2, 4 _3, the track circuit component 4 ₄ , and information indicating the connection relationship of 4 _5.

If ungroup the subject is a track circuit components 4 _2, 4 _3, ungroup unit 36 deletes the information from the track circuit part group table 12 shows the connection relationship between the track circuit components 4 _2, 4 _3. In this case, the track circuit part group table 12, the track circuit part group of the group ID "G101", because it contains information that indicates the track circuit components 4 _1, 4 ₂ connection relation, ungroup 36 , The track circuit component group of the group ID "G101" is not deleted.

The group release target be a track circuit components 4 _4, 4 _5, ungroup unit 36 deletes the information from the track circuit part group table 12 shows the connection relationship between the track circuit components 4 _4, 4 _5. In this case, the trajectory of the track circuit part group table 12, because it deletes the information indicating the connection relationship of the track circuit components 4 _4, 4 ₅ from the track circuit part group of the group ID "G102", the group ID "G102" The circuit component group does not include information indicating the connection relationship. Therefore, the group release unit 36 deletes the information of the track circuit component group of the group ID “G102”.

The hardware configuration example of the control unit 20A according to the second embodiment is the same as the screen editing device 1 shown in FIG. The processor 101 can execute the functions of the group setting unit 35 and the group release unit 36 by reading and executing the program stored in the memory 102, and the storage unit 10A can be realized by the memory 102. ..

As described above, the control unit 20A of the screen editing device 1A according to the second embodiment includes a group setting unit 35 and a group release unit 36. When the operation content determined by the operation determination unit 21 indicates the setting of the track circuit component group, the group setting unit 35 sets the information of the track circuit component group including the plurality of track circuit component 4 in the track circuit component group table 12. do.

Further, the group setting unit 35 inserts the remaining one track circuit component 4 between the two track circuit components 4 out of the three track circuit components 4 whose operation contents determined by the operation determination unit 21 do not have a connection relationship. In the case of a moving operation, the three track circuit components 4 are grouped as a track circuit component group. As a result, the three track circuit components 4 having no connection relationship can be intuitively connected to each other, and the convenience of the user can be improved.

Further, when the operation content determined by the operation determination unit 21 indicates the release of the track circuit component group, the group release unit 36 deletes the information of the track circuit component group from the track circuit component group table 12. As a result, the connection between the track circuit components 4 having a connection relationship can be canceled, and a plurality of track circuit components 4 having no connection relationship can be arranged on the operation management screen 61, which is convenient for the user. Can be improved.

The configuration shown in the above-described embodiment shows an example of the content of the present invention, can be combined with another known technique, and is one of the configurations without departing from the gist of the present invention. It is also possible to omit or change the part.

For example, in the above-mentioned example, an example in which the screen editing devices 1 and 1A edit the operation management screen 61 has been described, but the editing target of the screen editing devices 1 and 1A is not limited to the operation management screen 61 and a plurality of track circuits. Any screen may be used as long as it includes parts.

1,1A Screen editing device, 2 Input device, 3 Display device, 4, 4 ₁ to 4 ₁₀ Track circuit parts, 5, 5 ₁ , 5 ₂ Signal parts, 6 Rolling device parts, 7, 7 _{1 to} 7 ₅ Connection unit, 10, 10A storage unit, 11 layout component information table, 12 track circuit component group table, 13 signal layout information table, 20, 20A control unit, 21,21A operation judgment unit, 22 editing processing unit, 23 display processing unit , 31 Addition processing unit, 32 Deletion processing unit, 33 Cutting processing unit, 34 Deformation processing unit, 35 Group setting unit, 36 Group release unit, 61 Operation management screen, 62 Cursor, 80, 80A display screen, 81-88, 91 , 92 buttons.

Claims (14)

It is a screen editing device that edits the operation management screen used in the operation management device that is composed of a plurality of parts including a plurality of track circuit parts and manages the train operation.
A storage unit that stores information on a track circuit component group including at least two track circuit components having a connection relationship among the plurality of track circuit components, and a storage unit.
An operation determination unit that determines the operation content of the track circuit component based on the information input from the input device, and an operation determination unit.
When the operation content determined by the operation determination unit indicates the editing of the graphic of one of the two track circuit components, the editing of the graphic of the one track circuit component and the two track circuit components. It is equipped with an editing processing unit that executes editing of the other track circuit component in conjunction with it.
The track circuit component is
A component that is associated with a track circuit and changes based on the detection result of the train's presence on the track by the associated track circuit.
The editing processing unit
When the operation content showing a modified operation of the to one track circuit components, and a modification processing unit, which executes deformation and is interlocked with the other track circuit component and deformation of the one track circuit components A screen editing device characterized by this. A screen editing device that edits a screen composed of a plurality of parts including a plurality of track circuit parts.
A storage unit that stores information on a track circuit component group including at least two track circuit components having a connection relationship among the plurality of track circuit components, and a storage unit.
An operation determination unit that determines the operation content of the track circuit component based on the information input from the input device, and an operation determination unit.
When the operation content determined by the operation determination unit indicates the editing of the graphic of at least one of the two track circuit components, the editing of the graphic of the one track circuit component and the editing of the graphic of the two track circuit components It is equipped with an editing processing unit that executes editing of the other track circuit component in conjunction with it.
The editing processing unit
When the operation content determined by the operation determination unit indicates the setting of the track circuit component group, information including a plurality of track circuit components having no connection relationship is stored in the storage unit as information of the track circuit component group. Equipped with a group setting section
The group setting unit
When the operation content determined by the operation determination unit is an operation of moving the remaining one track circuit component between two track circuit components among the three track circuit components having no connection relationship, the above three A screen editing device characterized in that track circuit components are grouped as the track circuit component group. A screen editing device that edits a screen composed of a plurality of parts including a plurality of track circuit parts.
A storage unit that stores information on a track circuit component group including at least two track circuit components having a connection relationship among the plurality of track circuit components, and a storage unit.
An operation determination unit that determines the operation content of the track circuit component based on the information input from the input device, and an operation determination unit.
When the operation content determined by the operation determination unit indicates the editing of the graphic of at least one of the two track circuit components, the editing of the graphic of the one track circuit component and the editing of the graphic of the two track circuit components It is equipped with an editing processing unit that executes editing of the other track circuit component in conjunction with it.
The editing processing unit
When the operation content determined by the operation determination unit indicates the release of the track circuit component group, the screen editing device includes a group release unit that deletes the information of the track circuit component group from the storage unit. The editing processing unit
When the operation content determined by the operation determination unit indicates the setting of the track circuit component group, information including a plurality of track circuit components having no connection relationship is stored in the storage unit as information of the track circuit component group. The screen editing device according to claim 1 or 3, further comprising a group setting unit. The editing processing unit
When the operation content indicates a deformation operation to at least one track circuit component, a deformation processing unit that executes the deformation of the one track circuit component and the deformation or movement of the other track circuit component in conjunction with each other. The screen editing device according to claim 2 or 3, wherein the screen editing device is provided. The deformation processing unit
When the coordinate position of one end of the one track circuit component facing the other end of the other track circuit component is changed based on the deformation operation, the coordinate position of the one end of the one track circuit component is changed. The screen editing device according to claim 1 or 5, wherein the coordinate position of the one end portion of the other track circuit component is changed in conjunction with the above. The deformation processing unit
When the one track circuit component is changed while maintaining the state in which the one track circuit component and the other track circuit component are arranged on the same straight line, the one track circuit component on the screen is used. The screen editing apparatus according to claim 1, 5 or 6, wherein the one track circuit component and the other track circuit component are deformed within a region including the other track circuit component. The editing processing unit
The screen edit according to any one of claims 1 to 7, further comprising a cutting processing unit that cuts a track circuit component at a designated position included in the operation content to make at least two track circuit components. Device. A screen editing method performed by a computer
A second that stores information of a track circuit component group including at least two track circuit components having a connection relationship among a plurality of track circuit components constituting an operation management screen used in an operation management device that manages train operation in a storage unit. Step 1 and
The second step of determining the operation content to the track circuit component based on the information input from the input device, and
When the determined operation content indicates the editing of the graphic of one of the two track circuit components, the editing of the graphic of the one track circuit component and the other of the two track circuit components. Includes a third step, which is performed in conjunction with the editing of the track circuit components of
The track circuit component is
A component that is associated with a track circuit and changes based on the detection result of the train's presence on the track by the associated track circuit.
The third step is
When the operation content showing a modified operation of the to one track circuit components, characterized in that it comprises the step of executing deformation and is interlocked to the deformation and the other track circuit components of the one track circuit components How to edit the screen. A screen editing method performed by a computer
The first step of storing the information of the track circuit component group including at least two track circuit components having a connection relationship among the plurality of track circuit components constituting the screen in the storage unit, and
The second step of determining the operation content to the track circuit component based on the information input from the input device, and
When the determined operation content indicates the editing of the graphic of at least one of the two track circuit components, the editing of the graphic of the one track circuit component and the other of the two track circuit components. Includes a third step, which is performed in conjunction with the editing of the track circuit components.
The third step is
When the operation content determined by the second step indicates the setting of the track circuit component group, information including a plurality of track circuit components having no connection relationship is stored in the storage unit as information of the track circuit component group. Including the fourth step to
The fourth step is
When the operation content determined by the second step is an operation of moving the remaining one track circuit component between two track circuit components among the three track circuit components having no connection relationship, the above 3 A screen editing method comprising a step of grouping one track circuit component into the track circuit component group. A screen editing method performed by a computer
The first step of storing the information of the track circuit component group including at least two track circuit components having a connection relationship among the plurality of track circuit components constituting the screen in the storage unit, and
The second step of determining the operation content to the track circuit component based on the information input from the input device, and
When the determined operation content indicates the editing of the graphic of at least one of the two track circuit components, the editing of the graphic of the one track circuit component and the other of the two track circuit components. Includes a third step, which is performed in conjunction with the editing of the track circuit components.
The third step is
When the operation content determined by the second step indicates the release of the track circuit component group, the screen editing method includes a step of deleting the information of the track circuit component group from the storage unit. A second that stores information of a track circuit component group including at least two track circuit components having a connection relationship among a plurality of track circuit components constituting an operation management screen used in an operation management device that manages train operation in a storage unit. Step 1 and
The second step of determining the operation content to the track circuit component based on the information input from the input device, and
When the determined operation content indicates the editing of the graphic of one of the two track circuit components, the editing of the graphic of the one track circuit component and the other of the two track circuit components. The third step, which is executed in conjunction with the editing of the shape of the track circuit parts of
Let the computer run
The track circuit component is
A component that is associated with a track circuit and changes based on the detection result of the train's presence on the track by the associated track circuit.
The third step is
When the operation content showing a modified operation of the to one track circuit components, characterized in that it comprises the step of executing deformation and is interlocked to the deformation and the other track circuit components of the one track circuit components Screen editing program. The first step of storing the information of the track circuit component group including at least two track circuit components having a connection relationship among the plurality of track circuit components constituting the screen in the storage unit, and
The second step of determining the operation content to the track circuit component based on the information input from the input device, and
When the determined operation content indicates the editing of the graphic of at least one of the two track circuit components, the editing of the graphic of the one track circuit component and the other of the two track circuit components. The third step, which is executed in conjunction with the editing of the shape of the track circuit component,
Let the computer run
The third step is
When the operation content determined by the second step indicates the setting of the track circuit component group, information including a plurality of track circuit components having no connection relationship is stored in the storage unit as information of the track circuit component group. Including the fourth step to
The fourth step is
When the operation content determined by the second step is an operation of moving the remaining one track circuit component between two track circuit components among the three track circuit components having no connection relationship, the above 3 A screen editing program comprising a step of grouping one track circuit component into the track circuit component group. The first step of storing the information of the track circuit component group including at least two track circuit components having a connection relationship among the plurality of track circuit components constituting the screen in the storage unit, and
The second step of determining the operation content to the track circuit component based on the information input from the input device, and
When the determined operation content indicates the editing of the graphic of at least one of the two track circuit components, the editing of the graphic of the one track circuit component and the other of the two track circuit components. The third step, which is executed in conjunction with the editing of the shape of the track circuit component,
Let the computer run
The third step is
When the operation content determined by the second step indicates the release of the track circuit component group, the screen editing program includes a step of deleting the information of the track circuit component group from the storage unit.

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