CN103577056A - Function block implementation method and system - Google Patents

Abstract

Translated fromChinese

一种功能方块实现方法，包括：设置功能方块的形状及功能方块每个表面对应的划分规则，该划分规则用于将功能方块的表面分为多个区块；接收用户对于功能方块的表面区块中工具列按钮的设置；在侦测到功能方块的区块被用户选中时，触发该被用户选中的区块中工具列按钮对应的功能。本发明还提供一种功能方块实现系统。利用本发明可以实现工具列按钮的客制化设置。

A method for realizing a functional block, comprising: setting the shape of the functional block and a division rule corresponding to each surface of the functional block, the division rule is used to divide the surface of the functional block into multiple blocks; The setting of the toolbar button in the block; when it is detected that the block of the function block is selected by the user, trigger the function corresponding to the toolbar button in the block selected by the user. The invention also provides a functional block realization system. The invention can realize the customized setting of the toolbar button.

Description

Function square implementation method and system

Technical field

The present invention relates to a kind of function square implementation method and system.

Background technology

In the existing various application programs that comprise Facility Column, Facility Column is all to embark on journey or arow is shown on the interface of application program.Described application program can be various texts, as Word file, Excel file, Visio file, PDF(Portable Document Format, portable document format) file etc., or the software that comprises Facility Column such as drawing software.The Facility Column button that described Facility Column comprises is a lot, but the Facility Column button that can show on the interface of application program limited simultaneously.When user need use the Facility Column button not showing, must in hiding Facility Column option, search, thereby produce the problems such as search time length, affect user and experience.

Summary of the invention

In view of above content, be necessary to provide a kind of function square implementation method, with the customized setting of implementation tool row button.

In view of above content, be also necessary to provide a kind of function square to realize system, with the customized setting of implementation tool row button.

Described function square implementation method, comprises the following steps: setting steps: the division rule corresponding to shape and each surface of function square of function square is set, and this division rule is for being divided into a plurality of blocks by the surface of function square; Receiving step: receive user for the setting of Facility Column button in the surperficial block of function square; Trigger step: when the block that detects function square is chosen by user, trigger function corresponding to Facility Column button in this block of being chosen by user.

Described function square is realized system, comprising: module is set, and for the division rule corresponding to shape and each surface of function square of function square is set, this division rule is for being divided into a plurality of blocks by the surface of function square; Receiver module, for receiving user for the setting of the surperficial block Facility Column button of function square; Trigger module, for when the block that detects function square is chosen by user, triggers function corresponding to Facility Column button in this block of being chosen by user.

Compared to prior art, described function square implementation method and system, polyhedral each face can be divided into a plurality of fritters, the Facility Column button that user is selected is copied in described fritter, to realize, in little space, show the object of a plurality of Facility Column buttons, and user can select conventional Facility Column button to reduce search time, increased the convenience that Facility Column button uses.

Accompanying drawing explanation

Fig. 1 is the Organization Chart that function square of the present invention is realized system preferred embodiment.

Fig. 2 is the functional block diagram that function square of the present invention is realized system preferred embodiment.

Fig. 3 is the process flow diagram of function square implementation method of the present invention preferred embodiment.

Fig. 4 comprises Fig. 4 A and Fig. 4 B, is two kinds of forms of function square in the present invention.

Fig. 5 is the schematic diagram of the function square receiving tool row button that seals of the present invention.

Fig. 6 is the schematic diagram of the function square receiving tool row button that launches of the present invention.

The function square that Fig. 7 is the present invention after completing the arranging of Facility Column button.

Main element symbol description

Electronic installation	1
		Function square is realizedsystem	10
Processor	11
		Memory device	12
Display device	13
		Input equipment	14
Application program	15
		Facility Column	200
Module is set	100
		Receiver module	101
Detecting module	102
		Trigger module	103

Following embodiment further illustrates the present invention in connection with above-mentioned accompanying drawing.

Embodiment

As shown in Figure 1, be the Organization Chart that function square of the present invention is realized system preferred embodiment.

Function square is realizedsystem 10 and is run in electronic installation 1, and this electronic installation 1 can be the electronic equipments such as mobile phone, computing machine, panel computer.Described electronic installation 1 also comprises processor 11,memory device 12,display device 13,input equipment 14 andapplication program 15.

The function square that describedmemory device 12 arranges for storing user, this function square is a polyhedron, and this polyhedral each surface is all divided into a plurality of blocks, and each block all can receive the Facility Column button that user arranges.Describeddisplay device 13 is for providing one to show and operation interface to user, thisdisplay device 13 both can be the external connection display apparatus of electronic installation 1, also can be the display screen of electronic installation 1, this preferred embodiment be take display screen thatdisplay device 13 is electronic installation 1 and is introduced as example.Describedinput equipment 14, for providing input function to user, can be keyboard, mouse etc.Describedapplication program 15 is the software that comprises Facility Column 200.TheFacility Column 200 of thisapplication program 15 is realized the operand ofsystem 10 for function square, and describedFacility Column 200 comprises a plurality of Facility Column buttons.

In the present embodiment, described function square is realizedsystem 10 can be divided into one or more modules, described one or more module is stored in describedmemory device 12 and is configured to and carried out by one or more processors (the present embodiment is a processor 11), to complete the present invention.For example, consult shown in Fig. 2, described function square is realizedsystem 10 and is divided intomodule 100,receiver module 101, detectingmodule 102 andtrigger module 103 are set.The alleged module of the present invention has been the program segment of a specific function, than program, is more suitable in describing the implementation of software in electronic installation 1.The function of each module describes in detail in connection with the process flow diagram of Fig. 3.

As shown in Figure 3, be the process flow diagram of function square implementation method of the present invention preferred embodiment.

Step S10, the describedmodule 100 that arranges arranges division rule corresponding to the shape of function square and each surface of function square.This division rule is for being divided into a plurality of blocks by the surface of function square.Division rule corresponding to each surface of the shape of described function square and function square can be by systemic presupposition, or is arranged by user.Be the function square of a square as shown in Figure 4 A, the division rule of each surface correspondence of this function square is for to be divided into four blocks by each surface of function square.

Step S12, describedreceiver module 101 receives user for the setting of Facility Column button in the surperficial block of function square.Each block on described function square surface can receive a Facility Column button, and this Facility Column button is that the form with hyperlink is present on function square.

It should be noted that, the mode of user to pull or to copy, moves to Facility Column button on the block on function square surface.Now, the function square of receiving tool row button can be polyhedron or polyhedral stretch-out view of sealing.Fig. 4 A is depicted as the square of sealing, and Fig. 4 B is depicted as the stretch-out view of the square that Fig. 4 A is corresponding.

When the function square of receiving tool row button is the polyhedron of sealing, user directly moves to Facility Column button function square, and as shown in Figure 5, user tows to Facility Column button on the block on square surface in Facility Column 200.In the time Facility Column button will being moved to surperficial that the polyhedron of sealing is blocked,receiver module 101 receives the demand of user's rotating multisurface bodies, and receiving tool row button is carried out in surface to the visible position of user that rotating multisurface body is blocked.The surface that described polyhedron is blocked is as lower surface, left surface and the rear surface of square in Fig. 4 A.

When the function square of receiving tool row button is polyhedral stretch-out view,receiver module 101 receives users and launches polyhedral demand, and launches polyhedron and obtain polyhedral stretch-outview.Receiver module 101 is receiving tool row button in this polyhedral stretch-out view, and after completing the reception of Facility Column button, polyhedral stretch-out view is folded into the polyhedron of sealing.In Fig. 6, user tows to Facility Column button on the block of stretch-out view of square in Facility Column 200.

As from the foregoing, at function square, complete after arranging of Facility Column button, this function square is shown as the polyhedron of a sealing ondisplay device 13, as shown in Figure 7.

Step S14, whether described detectingmodule 102 detecting users have selection demand.When user has selection demand, execution step S16, continues detecting otherwise return.

It should be noted that, whether detectingmodule 102 is chosen to judge by user whether user has selection demand by the block of detecting function square.When the block of described function square is chosen by user, detectingmodule 102 judges that user has selection demand.When the block of described function square is not chosen by user, detectingmodule 102 judges that user does not select demand.

Step S16, the block of the function square that describedtrigger module 103 is selected according to user, triggers function corresponding to Facility Column button in this block.

It should be noted that, user, select after this Facility Column button,trigger module 103 can trigger function corresponding to Facility Column button according to hyperlink corresponding to Facility Column button.For example, user selects after " lines " in Fig. 7, and user can directly draw lines on the interface ofapplication program 15 correspondences.

In the present invention, by Facility Column button is integrated on polyhedral function square, realize in less space the object of show tools row button as much as possible.By the present invention, user can be according to the actual requirements, and conventional, hiding Facility Column button are presented on function square, saves user's search time, convenient for users to use.

Above embodiment is only unrestricted in order to technical scheme of the present invention to be described, although the present invention is had been described in detail with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, can modify or be equal to replacement technical scheme of the present invention, and not depart from the spirit and scope of technical solution of the present invention.

Claims (10)

1. a function square implementation method, is characterized in that, the method comprises the following steps:

Setting steps: the division rule corresponding to shape and each surface of function square of function square is set, and this division rule is for being divided into a plurality of blocks by the surface of function square;

Receiving step: receive user for the setting of Facility Column button in the surperficial block of function square;

Trigger step: when the block that detects function square is chosen by user, trigger function corresponding to Facility Column button in this block of being chosen by user.

2. function square implementation method as claimed in claim 1, is characterized in that, described function square is a polyhedron, and this polyhedral each surface is all divided into a plurality of blocks, the Facility Column button that each block all arranges for receiving user.

3. function square implementation method as claimed in claim 2, is characterized in that, described Facility Column button is that the form with hyperlink is present on function square.

4. function square implementation method as claimed in claim 2, it is characterized in that, when the function square of the described receiving tool row button polyhedron for sealing, and Facility Column button will be moved to surperficial that the polyhedron of this sealing is blocked time, described receiving step also comprises:

Receive the demand of user's rotating multisurface body, and receiving tool row button is carried out in surface to the visible position of user that rotating multisurface body is blocked.

5. function square implementation method as claimed in claim 2, is characterized in that, when the function square of described receiving tool row button is polyhedral stretch-out view, described receiving step also comprises:

Receive user and launch polyhedral demand, and launch polyhedron and obtain polyhedral stretch-out view;

Receiving tool row button in this polyhedral stretch-out view, and after completing the reception of Facility Column button, polyhedral stretch-out view is folded into the polyhedron of sealing.

6. function square is realized a system, it is characterized in that, this system comprises:

Module is set, and for the division rule corresponding to shape and each surface of function square of function square is set, this division rule is for being divided into a plurality of blocks by the surface of function square;

Receiver module, for receiving user for the setting of the surperficial block Facility Column button of function square;

Trigger module, for when the block that detects function square is chosen by user, triggers function corresponding to Facility Column button in this block of being chosen by user.

7. function square as claimed in claim 6 is realized system, it is characterized in that, described function square is a polyhedron, and this polyhedral each surface is all divided into a plurality of blocks, the Facility Column button that each block all arranges for receiving user.

8. function square as claimed in claim 7 is realized system, it is characterized in that, described Facility Column button is that the form with hyperlink is present on function square.

9. function square as claimed in claim 7 is realized system, it is characterized in that, when the function square of the described receiving tool row button polyhedron for sealing, and the polyhedron that Facility Column button will be moved to this sealing is blocked when surperficial, described receiver module is by following steps receiving tool row button:

Receive the demand of user's rotating multisurface body, and receiving tool row button is carried out in surface to the visible position of user that rotating multisurface body is blocked.

10. function square as claimed in claim 7 is realized system, it is characterized in that, when the function square of described receiving tool row button is polyhedral stretch-out view, described receiver module passes through following steps receiving tool row button:

Receive user and launch polyhedral demand, and launch polyhedron and obtain polyhedral stretch-out view;

Receiving tool row button in this polyhedral stretch-out view, and after completing the reception of Facility Column button, polyhedral stretch-out view is folded into the polyhedron of sealing.

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