CN1845051A - Input position processing device - Google Patents

Input position processing device Download PDF

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CN1845051A
CN1845051A CN 200510132954 CN200510132954A CN1845051A CN 1845051 A CN1845051 A CN 1845051A CN 200510132954 CN200510132954 CN 200510132954 CN 200510132954 A CN200510132954 A CN 200510132954A CN 1845051 A CN1845051 A CN 1845051A
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display
step
coordinate
reference
direction
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CN 200510132954
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CN100538613C (en
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桥本英之
北山茂寿
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任天堂株式会社
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Abstract

An input position processing program detects a series of pieces of position data based on input positions outputted from a pointing device, and defines a reference position. When the last piece of position data indicates a point within a defined area other than a reference area, an operation is to be performed determined based on a direction that extends from the reference position to the defined area indicated by the last piece of position data. When an intermediate piece of position data indicates a point within a defined area other than the reference area and the last piece of position data indicates a point within the reference area, the operation to be performed is determined based on the combination of directions representing a reciprocal movement between the reference position and the defined area indicated by the intermediate piece of position data.

Description

输入坐标处理方法 Input position processing method

技术领域 FIELD

本发明涉及输入坐标处理方法、输入坐标处理装置、输入坐标处理程序、记录有输入坐标处理程序的记录媒体,尤其涉及利用输出规定坐标系的坐标信息的触摸面板等定点设备所输出的输入坐标,来决定处理的输入坐标处理方法、输入坐标处理装置、输入坐标处理程序、以及记录有输入坐标处理程序的记录媒体。 The present invention relates to an input position processing program, the input position processing device, an input position processing program, recording the input recording medium position processing program, and particularly to the use of the output predetermined input coordinates information of the coordinate system of a touch panel, a pointing device output, input position to determine the processing method of processing an input position processing device, an input position processing program, and a recording medium recorded with an input position processing program.

背景技术 Background technique

以往,已知有一种基于操作鼠标来输入的坐标,来决定下次进行的预定处理(以下称下一个处理)的技术。 Conventionally, there is known coordinates based on the input operation of the mouse to determine the predetermined process (hereinafter referred to as the next processing) techniques to be performed next. 此外,已知还有一种基于操作触摸面板及鼠标来输入的坐标,来执行显示单元的显示处理的技术。 In addition, there is a known coordinate operation of the touch panel and a mouse-based input, processing technique of performing display of the display unit. 比如,如“Mouse Gestures in Opera”,[online],[平成17年3月15日检索],因特网<URL:http://www.opera.com/features/mouse/>(以下称非专利文献1)中所述,已提出了一种在用于浏览因特网的网页的网络浏览器中,可进行被称为“鼠标手势”的操作的技术。 For example, such as "Mouse Gestures in Opera", [online], [Searched 17 years March 15], Internet & lt; URL: http: //www.opera.com/features/mouse/> (hereinafter referred to as non Patent Document 1) described, a technique has been proposed in the page's web browser for browsing the Internet, may be referred to as "mouse gestures" operation.

在前述非专利文献1中所述的浏览器中,如果在网页的背景区域中,在右击鼠标的状态下使鼠标向左移动后,释放右键,则网页便进入下一个页面。 In the aforementioned Patent Document 1 in the browser, if the background area of ​​the page, right click in the state of moving the mouse to the left after releasing the right button, then the page to the next page. 而在网页的背景区域中,如果在右击鼠标的状态下,使鼠标向右移动后,释放右键,则会返回到前一个页面。 In the background area of ​​the page, right-click if in a state of moving the mouse to the right after releasing the right button will return to the previous page. 此外,在网页的背景区域中,如果在右击鼠标的状态下,使鼠标向下移动后,释放右键,则会打开一个新的窗口。 Further, in the background area of ​​the page, if a right click in the state where, after moving the mouse down, releasing the right button opens a new window. 另外,在网页的背景区域中,如果在右击鼠标的状态下使鼠标向下移动后,上移并释放右键,则可复制一个窗口。 Further, in the background area of ​​the page, so that if the right-click the mouse in a state after the downward movement, move and release the right, you can copy a window.

此外,如果在网页链接状态下,右击鼠标后,在右击的状态下使鼠标向上移动后,释放右键,则会在一个新窗口中打开链接目标。 In addition, if the page link in the state, after the right-click, right-click in the state of the mouse to move upwards after releasing the right button opens the link target in a new window. 此外,如果在网页的链接状态下,右击鼠标后,在右击的状态下使鼠标向下移动后,上移并释放右键,则会在背景中打开链接目标。 In addition, if the state in the link page, right click the mouse, right-click in the state of moving the mouse down, the right move and release, it will open the link target in the background. 它们与下列情况相比成为不同的处理:在网页的链接状态下,左击鼠标的场合下,在原窗口中打开链接目标。 They become different compared with the following process: In the link status page, click the left mouse occasion, open the link target in the original window.

这样,在前述非专利文献1所公开的鼠标手势中,依据将基于鼠标的输入坐标的轨迹累积存储的方向,或者这些方向的组合,来决定下一个处理。 Thus, in the Non-Patent Document 1 disclosed in mouse gestures, mouse movement based on the accumulated input stored coordinate direction, or a combination of these directions, to determine the next process. 由此,可省去在前述鼠标手势中,在显示画面上专门去点击在网页的周围配置的按钮,或者操作工具条的麻烦。 Accordingly, the foregoing may be omitted in the mouse gestures, on the display screen dedicated to click button arranged around the page, toolbar or troublesome operations.

在被称为斯来普尼(Sleipnir)的浏览器等中,在其画面的左侧底部显示被识别的手势。 Si is referred to in Pune (Sleipnir) browser or the like, the gesture is recognized at the bottom left of the display screen thereof. 比如,将输入坐标的轨迹累积存储的方向,依次表示为“↑”、“↓”、“↑”、“→”。 For example, the locus of input coordinates stored in the accumulated direction, are sequentially indicated as "↑", "↓", "↑", "→". 用户可通过观看该显示,来预想下一个处理。 The display can be viewed by a user, a next expected to handle.

此外,在前述非专利文献1所公开的鼠标手势中,依据将基于鼠标的输入坐标的轨迹累积存储的方向,或者这些方向的组合,来执行基于显示单元的显示处理。 Further, in the Non-Patent Document 1 disclosed in mouse gestures, mouse movement based on the accumulated input stored coordinate direction, or a combination of these directions, the processing unit performs a display based on the display.

此外,比如如日本专利第3095145号公报(以下称专利文献1)所示,公开了一种下列技术:将基于触摸面板的输入坐标的轨迹作为笔划轨迹,在该笔划轨迹中没有折回的场合下,使窗口向笔划移动目标移动,在该笔划轨迹中有折回的场合下,将窗口存储到规定部。 Moreover, such as described in Japanese Patent Publication No. 3095145 (hereinafter referred to as Patent Document 1) discloses a following technique: based on the trajectory of the coordinates of the input pen trace as a touch panel, in case the locus of the stroke is not folded the window is moved to the stroke movement of the target, in this occasion folded stroke track, the window to a predetermined storage unit.

然而,在前述非专利文献1中所述的浏览器中,在用户只一次便描绘出适当的轨迹的场合下,不会发生问题,但在描绘出不适当的轨迹的场合下,便会发生问题。 The case, however, the aforementioned Non-Patent Document 1 in the browser, the user only once and then drawing the appropriate locus, no problem occurs, but in the case of improper trajectory drawn condition occurs problem. 即,对基于鼠标的输入坐标的轨迹进行累积的结果是,如果为了修正不适当的轨迹而继续移动,则会越来越累积出预料之外的轨迹,终究不能使用户进行所希望的下一次处理。 That is, the trajectory of the coordinates of the mouse-based input accumulating a result, if the trajectory correction is inappropriate to continue to move, the track will accumulate more unexpected, after all, the user can not make the next desired deal with. 此外,为删除该不适当的轨迹,用户必须进行在解除鼠标的右击后,再次重新右击,并再次描绘所希望的轨迹这一烦杂的操作。 In addition, to remove the inappropriate trajectory, the user must be carried out after releasing the mouse right-click, right-click over again, and depicts the desired trajectory of this complicated operation again.

另一方面,也有人考虑不组合多个方向,对基于鼠标的输入坐标的轨迹进行累积性存储,并只基于由此而得到的一个方向,来决定下一次处理。 On the other hand, it was not considered a combination of a plurality of directions, based on the trajectory of the coordinates of the mouse input will be cumulative memory, and based on only one direction thereby obtained, to determine a next process. 然而,决定下一次处理的变化成为可以由一个方向来区别的数量,指示下一次处理的操作手势便变得缺乏。 However, the change of a decision to become the number one treatment may consist of one to distinguish the direction, under the direction of a processing operation gesture will become scarce. 此外,尽管也有增加由一个方向来区别的数量的方法,但由于用于按各方向来判定的角度将变小,因而很多场合下用户所描绘的方向与由计算机所识别的方向有差异,因而用户难以操作。 In addition, although there are a direction to increase the number of difference method, but at an angle to the parties and determines a becomes small, so a lot of users in a direction where the direction depicted by the computer of the identified differences, and thus difficult for users to operate.

此外,如上所述,也有在显示画面左侧的底部显示被识别的操作手势的浏览器。 As described above, there are also displayed on the display operation gesture being recognized browser bottom left of the screen. 然而,由于在显示画面左侧的底部这一不醒目的位置上显示操作手势,因而用户难以识别。 However, since the display operation gesture at the bottom left of the screen is not highly visible location, so that the user is difficult to recognize. 此外,即使用户能识别,但为了能看清该操作手势显示,必须从网页的阅览位置,逐一将视线切换到画面左侧的底部,因而存在对用户而言很烦杂的问题。 Further, even if the user can recognize, but in order to see the operation gesture is displayed, must be individually switched from the reading position of the line of sight to the bottom of the left page of the screen, so there is a very complicated problem user.

此外,前述非专利文献1所述的浏览器中,在基于鼠标手势的操作中,用户常常没有直观感。 Further, the foregoing Non-Patent Document 1 browser, mouse gesture-based operation, the user is often not intuitive sense. 比如,在前述的“在网页的背景区域中,右击鼠标的状态下,使鼠标向下移动”这一操作、与“打开新窗口”这一显示处理之间,直觉上难以产生关联性。 For example, in the foregoing "state in which the background area of ​​the page, right-click the mouse, moving the mouse down" between this operation and the "opening a new window" of the display process, it is difficult to intuitively associate property. 同样,在前述的“在网页的背景区域中,右击鼠标的状态下,使鼠标向下移动,然后向上移动”这一操作、与“复制窗口”这一显示处理之间,直觉上也难以产生关联性。 Also, in the foregoing "state in which the background area of ​​the page, right-click the mouse, moving the mouse down and move up" between the display process of the operation, and "copy window", it is difficult to intuitively produced relevance. 因此,用户必须将这些操作与显示处理的关系,专门作为一种特别约束项来记忆。 Thus, the user must display the relationship of these processing operations, specifically as a special key to memory constraints. 用户必须记忆这种特别约束项,这会妨碍鼠标手势功能的有效使用。 The user must remember this particular constraint entry, which would prevent the effective use mouse gestures feature.

此外,在前述专利文献1的技术中,根据基于触摸面板的输入坐标的轨迹的笔划轨迹折回的触摸操作、与寄存窗口这一显示处理的关系,也只不过是用户专门作为一种特别约束项来进行对应处理,在该操作与显示处理之间,直觉上难以产生关联性。 Further, in the technology in Patent Document 1, in accordance with stroke-based input trajectory trajectory coordinates of the touch panel folded touch operation, and displaying the relationship window register processing, it is only as a special user specifically bound item a corresponding process is performed between the operation and the display process, it is difficult to intuitively associate property. 但是,即使用户的操作与所对应的显示处理之间的关联性较高,其显示处理本身也是无用的,因而没有意义。 However, even if the association between the user's operation and display process corresponding to the high, showing the process itself is useless, and thus meaningless. 因此,还希望与用户的操作的关联性较高的显示处理本身是有用的。 Thus, the user is also desirable higher correlation operation display process itself is useful.

发明内容 SUMMARY

为此,本发明的第一目的在于,提供一种由坐标输入操作可指定的处理变化数目得到保存,同时简化针对不适当的轨迹的处理,而提高坐标输入的操作性的输入坐标处理方法、输入坐标处理装置、输入坐标处理程序、及记录有输入坐标处理程序的记录媒体。 To this end, a first object of the present invention is to provide a number of process variations by the specified coordinate input operation can be preserved, while simplifying the process for the improper trajectories, the operability of the input position of the coordinate input processing method is increased, an input position processing device, an input position processing program, and a recording medium recorded with an input position processing program. 此外,本发明的第二目的在于,提供一种用户易于识别所识别的操作手势的输入坐标处理方法、输入坐标处理装置、输入坐标处理程序、及记录有输入坐标处理程序的记录媒体。 Further, a second object of the present invention is to provide a method for processing a user to easily identify the input position recognized operation gesture, the input position processing device, an input position processing program, and a recording medium recorded with an input position processing program. 此外,本发明的第三目的在于,提供一种可通过坐标输入操作,来利用直觉性操作执行有用性高的显示处理的输入坐标处理方法、输入坐标处理装置、输入坐标处理程序、及记录有输入坐标处理程序的记录媒体。 Further, a third object of the present invention is to provide a coordinate input operation by, intuitive operation performed by using the input position processing method highly useful display processing, an input position processing device, an input position processing program, and is recorded an input position processing program of the recording medium.

为达到前述目的,本发明采用以下构成。 To achieve the foregoing object, the present invention employs the following configuration. 括号内的参照符号及步骤序号(将步骤简称为S,只记载步骤序号)等用于理解本发明,且表示与后述的实施方式的对应关系,并非限定本发明的范围。 Reference numerals and step numbers in parentheses (step abbreviated as S, disclosed only step numbers), etc. for understanding the present invention, and the correspondence of the embodiment described later, not to limit the scope of the present invention.

第一方面是一种输入坐标处理方法,其由根据用户的操作而从定点设备15输出的输入坐标(与接触位置对应的坐标数据)来操作。 The first aspect is a method for processing a coordinate input, which is operated by (coordinate data corresponding to the contact position) according to a user's operation input from the pointing device 15 outputs coordinate. 输入坐标处理方法包括:输入坐标检测步骤(S43、S63、S68、S73、S84、S87、S92、S104、S107、S114、S120、S134、S139、S144);基准坐标存储步骤S44;多区域设定步骤(图11);处理决定步骤S50~S52。 Input position processing method comprising: an input coordinate detection step (S43, S63, S68, S73, S84, S87, S92, S104, S107, S114, S120, S134, S139, S144); a reference position storage step S44; area defining step (FIG. 11); determining step S50 ~ S52. 输入坐标检测步骤,根据从定点设备输出的输入坐标,来检测基于规定坐标系(画面坐标系)的坐标信息DC1。 Input position detection step, based on the coordinate information DC1 predetermined coordinate system (display screen coordinate system) based on input from the coordinate pointing device output is detected. 基准坐标存储步骤,基于在输入坐标检测步骤中检测出的一系列坐标信息中的最初坐标信息,来设定并存储基准坐标DC2。 The reference position storage step, based on the original series of coordinate information of the coordinate information detected in the input position detection step is to set and store the reference coordinate DC2. 多区域设定步骤,以基准坐标作为基准来形成多个区域AM、AT、AB、AL、AR,并将包含该基准坐标的区域设定为基准区域AM。 Multi-region setting step, the reference coordinates to a plurality of regions AM, AT, AB, AL, AR as a reference, and a region including the reference coordinate set as the reference area AM. 处理决定步骤,基于在输入坐标检测步骤中检测出的一系列坐标信息中的最后坐标信息(触摸断开时的坐标)以及基准坐标,来决定处理。 Determining step, based on the last coordinate information (coordinates of a touch off) a series of position data detected in the input position detection step and the reference coordinates, the processing is determined. 处理决定步骤包括:第一处理决定步骤S115、S135、S140、S145及第二处理决定步骤S121。 The decision step comprises: a first determining step S115, S135, S140, S145 and the second determining step S121. 第一处理决定步骤,在最后的坐标信息表示基准区域之外的区域AT、AB、AL、AR内时,基于从基准坐标向该最后的坐标信息所示的区域的方向来决定处理。 A first determining step, the coordinate information indicating the last area of ​​the reference region other than AT, AB, AL, within the AR, based on the direction from the reference coordinates to the area shown by the last process is determined. 第二处理决定步骤,在输入坐标检测步骤中检测出的一系列坐标信息中的部分坐标信息表示了基准区域之外的区域内之后(DF8接通),最后的坐标信息表示基准区域内时,基于从基准坐标向该部分坐标信息所示的区域的方向、及从该部分坐标信息所示的区域向基准坐标的方向的组合,来决定处理。 After the second operation determining step, the coordinate information part of a series of position data detected in the input position detection step indicates a region other than the reference area (DF8 is turned on), the final coordinate information shows the reference region, FIG area based on the direction from the reference coordinates to the coordinate information of the part, and combinations from the area coordinate information of the portion shown in the direction of the reference coordinate to decision process. 此外,定点设备是指定画面上的输入位置及坐标的输入装置,比如通过触摸面板、鼠标、跟踪板、跟踪球等来实现。 Further, the pointing device is an input position of the input means and the designated coordinates on the screen, such as implemented by a touch panel, a mouse, a track pad, a track ball and the like. 各输入装置所用的坐标系,是触摸面板坐标系及画面坐标系。 Each input device coordinate system used, it is a touch panel coordinate system and the screen coordinate system. 此外,前述输入坐标处理方法,可以作为通过根据用户操作而从定点设备输出的输入坐标来操作的装置的计算机21中所执行的输入坐标处理程序及记录有该输入坐标处理程序的记录媒体的方式来实现。 Further, the input position processing method can be used as a computer device in accordance with a user operation from the input coordinate pointing device output to the operation input position processing program 21 executed and recorded, the input position processing program recording medium in a manner to fulfill.

对第二方面而言,在前述第一方面中,处理决定步骤还包括:标志设定步骤S112、S132、S137、S142;第一标志更新步骤S112、S132、S137、S142;第二标志更新步骤S118。 For the second aspect, in the first aspect, the determining step further comprising: a flag setting step S112, S132, S137, S142; first flag updating step S112, S132, S137, S142; second flag updating step S118. 标志设定步骤,在最后的坐标信息所示的位置从基准区域向其它区域移动时,设定并存储该其它区域所对应的标志DF8、DF10~DF12。 Flag setting step, the reference region is moved to other areas from the flag DF8 is set and stored corresponding to other regions in the position shown by the last, DF10 ~ DF12. 第一标志更新步骤,在标志设定步骤中设定了标志后,在最后的坐标信息所示的位置从设定有该标志的区域向不同于基准区域的其它区域进一步移动时,将当前设定的标志更新为与该最后的坐标信息所示的区域对应的标志DF8、DF10~DF12,并予以存储。 After the first flag updating step, the flag is set in the flag setting step, in the position shown by the last region from the flag is set is moved to another area different from the reference region further, the current provided the update flag is set corresponding to the region shown by the last flag DF8, DF10 ~ DF12, and store it. 第二标志更新步骤,在标志设定步骤或第一标志更新步骤中设定了标志后,在最后的坐标信息所示的位置从设定有该标志的区域向基准区域进一步移动时,将当前设定的标志更新为表示基准区域与设定了该标志的区域的往复的标志DF9,并予以存储。 After the second flag updating step, the flag is set in the flag setting step or the first flag updating step, in the position shown by the last time from the area of ​​the flag is set to the reference area moves further, the current flag is updated to indicate the reference area and set the flag back and forth DF9 area of ​​the flag, and be stored. 第一处理决定步骤,基于由标志设定步骤或第一标志更新步骤设定的标志,来决定处理。 A first determining step, based on the flag from the flag setting step or the first flag updating step is set to determine the processing. 第二处理决定步骤,基于由第二标志更新步骤设定的标志,来决定处理。 A second determining step, based on the flag set by the second flag updating step to decision process.

对第三方面而言,在前述第一方面中,还包括显示控制步骤S113、S119、S133、S138、S143。 For the third aspect, in the first aspect, further comprising a display control step S113, S119, S133, S138, S143. 显示控制步骤,在显示装置12分别显示表示下述方向的指标M8~M12,该方向是从在第一处理决定步骤中决定了处理的基准坐标向最后的坐标信息所示的其它区域的方向(上方向、下方向、左方向、右方向)、以及在第二处理决定步骤中决定了处理的组合方向。 Display control step, the display device 12 displays an index representing the following respectively directions M8 ~ M12, which determines the direction from the reference direction coordinate processing to the last coordinate information shown in the other regions in the first determining step ( direction, lower direction, left direction, right direction), and determines the second combination process in the direction of the process determining step.

对第四方面而言,在前述第一方面中,还包括显示控制步骤。 For the fourth aspect, in the first aspect, further comprising a display control step. 显示控制步骤,在显示装置显示表示在多个区域设定步骤中设定的基准区域的图像M7。 Display control step, the display means displays an image indicating M7 reference region set in the setting step the plurality of regions.

对第五方面而言,在前述第一方面中,还包括显示控制步骤。 For the fifth aspect, in the first aspect, further comprising a display control step. 显示控制步骤,在显示装置显示基于坐标系的图像。 Display control step, the display means displays an image based on the coordinate system. 多个区域设定步骤,将以基准区域为中心的外围的图像区域分割成多个,并形成多个区域。 A plurality of regions setting step, the reference region image will be the center of the peripheral region is divided into a plurality, and the plurality of regions are formed.

第六方面是一种输入坐标处理方法,其由根据用户的操作而从定点设备输出的输入坐标来操作。 The sixth aspect is a method for processing a coordinate input, and which is operated by the pointing device outputs coordinate input according to a user's operation. 输入坐标处理方法包括:输入坐标检测步骤;基准坐标存储步骤;第一处理决定步骤;第二处理决定步骤;显示控制步骤。 Input position processing method comprising: an input coordinate detection step; reference position storage step; a first determining step; second determining step; display control step. 输入坐标检测步骤,根据从定点设备输出的输入坐标,来检测基于规定坐标系的坐标信息。 Input position detection step, the coordinate information based on a predetermined coordinate system based on input from the coordinate pointing device output is detected. 基准坐标存储步骤,基于在输入坐标检测步骤中检测出的一系列坐标信息中的最初坐标信息,来设定并存储基准坐标。 The reference position storage step, based on the original series of coordinate information of the coordinate information detected in the input position detection step is to set and store the reference coordinate. 第一处理决定步骤,基于从基准坐标所示的位置,向在输入坐标检测步骤中检测出的一系列坐标信息中的最后坐标信息所示的位置的方向,来决定处理。 A first determining step, based on the reference coordinates from the position shown to the position shown in the direction of the last series of coordinate information of the coordinate information detected in the input position detection step is to determine the process. 第二处理决定步骤,基于从基准坐标所示的位置,向在输入坐标检测步骤中检测出的一系列坐标信息中的途中坐标信息所示的位置的方向、以及从该途中坐标信息所示的位置,向基准坐标所示的位置的方向的组合,来决定处理。 A second determining step, based on the reference coordinates from the position shown, to the direction shown in the middle range of the coordinate information in the coordinate information detected by the input position detection step in position, and the coordinate information shown in the middle combination direction position, as shown to the reference position coordinates, the processing is determined. 显示控制步骤,在显示装置显示基于坐标系的图像,并在最后的坐标信息所示的位置附近的该图像上,分别显示表示下述方向的指标,该方向是在第一处理决定步骤中决定了处理的方向、以及在第二处理决定步骤中决定了处理的组合方向。 Display control step, the display means displays an image based on the coordinate system, and the image in the vicinity of the final position of the coordinate information as shown in, respectively, the following display an index indicating a direction, which direction is determined in the decision process in a first step the direction of processing, and determining the combination process in a second direction decision processing step. 这里,最后的坐标信息所示的位置“附近”,至少包括最后的坐标信息所示位置其本身、以及与该位置相邻的区域。 Here, the position shown by the last of the "near", comprising at least the final position shown in the coordinate information itself, and a position adjacent to the region. 此外,前述输入坐标处理方法,可以作为通过根据用户操作而从定点设备输出的输入坐标来操作的装置的计算机21中所执行的输入坐标处理程序、及记录有该输入坐标处理程序的记录媒体的方式来实现。 Further, the input position processing method can be used as a computer device in accordance with a user operation from the input coordinate pointing device output to the operation input position processing program 21 executed and recorded, the input position processing program recording medium manner.

第七方面是一种输入坐标处理装置,其由根据用户的操作而从定点设备输出的输入坐标来操作。 The seventh aspect is an input position processing device, which is operated by the operation of the user input from the pointing device coordinate output. 输入坐标处理装置具有:存储单元24;输入坐标检测单元;基准坐标存储处理单元;多区域设定单元;处理决定单元。 An input position processing device includes: a storage unit 24; input position detecting unit; reference position storage means; a plurality of area setting unit; processing determination unit. 输入坐标检测单元,根据从定点设备输出的输入坐标,来检测基于规定坐标系的坐标信息。 Input position detection means, a predetermined coordinate system based on the coordinate information based on the input coordinates from the pointing device output is detected. 基准坐标存储处理单元,基于输入坐标检测单元所检测出的一系列坐标信息中的最初坐标信息,来设定基准坐标,并存储到存储单元。 Reference position storage means, the coordinate information based on the original series of coordinate information input position detecting unit is detected, the reference coordinate set, and the storage unit. 多区域设定单元,以基准坐标为基准,来形成多个区域,并将包含该基准坐标的区域设定为基准区域。 Multi-area setting unit, the reference coordinates as a reference to form a plurality of regions, and a region that contains the reference coordinates is set as the reference area. 处理决定单元,基于输入坐标检测单元所检测出的一系列坐标信息中的最后坐标信息及基准坐标,来决定处理。 Operation determining means, and finally a series of coordinate information and reference coordinates detected by the coordinate information based on the input position detection unit to determination processing. 处理决定单元包括第一处理决定单元及第二处理决定单元。 Processing a first decision unit comprises a decision unit and a second processing unit decision process. 第一处理决定单元,在最后的坐标信息表示基准区域以外的区域内时,基于从基准坐标向该最后的坐标信息所示区域的方向,来决定处理。 The first operation determining means, in the final coordinate information indicates a region other than the reference region, the final region in this direction coordinate information, the coordinate is determined based on the reference process. 第二处理决定单元,在输入坐标检测单元所检测出的一系列坐标信息中的部分坐标信息表示基准区域以外的区域内之后,在最后的坐标信息表示基准区域内时,基于从基准坐标向该部分坐标信息所示区域的方向、及从该部分坐标信息所示的区域向基准坐标的方向的组合,来决定处理。 After the second operation determining means, part of a series of coordinate information of the coordinate information input position detection unit detected represents a region other than the reference region, coordinate information indicating the last time the reference area, the reference coordinate basis to direction of the coordinate information shown in partial regions, and combinations from the area coordinate information of the portion shown in the direction of the reference coordinate to decision process.

第八方面是一种输入坐标处理装置,其由根据用户的操作而从定点设备输出的输入坐标来操作。 An eighth aspect is an input position processing device, which is operated by the operation of the user input from the pointing device coordinate output. 输入坐标处理装置具有:存储单元;输入坐标检测单元;基准坐标存储处理单元;第一处理决定单元;第二处理决定单元;显示控制单元。 An input position processing device includes: a storage unit; input position detecting unit; reference position storage means; a first operation determining means; second operation determining unit; a display control unit. 输入坐标检测单元,根据从定点设备输出的输入坐标,来检测基于规定坐标系的坐标信息。 Input position detection means, a predetermined coordinate system based on the coordinate information based on the input coordinates from the pointing device output is detected. 基准坐标存储处理单元,基于输入坐标检测单元所检测出的一系列坐标信息中的最初坐标信息,来设定基准坐标,并存储到存储单元。 Reference position storage means, the coordinate information based on the original series of coordinate information input position detecting unit is detected, the reference coordinate set, and the storage unit. 第一处理决定单元,基于从基准坐标所示的位置,向输入坐标检测单元所检测出的一系列坐标信息中的最后坐标信息所示的位置的方向,来决定处理。 The first operation determining means, based on the reference coordinates from the position shown, the direction of the position shown in the last series of coordinate information of the coordinate information detected by the input position detecting unit to determination processing. 第二处理决定单元,基于从基准坐标所示的位置向输入坐标检测单元所检测出的一系列坐标信息中的途中坐标信息所示的位置的方向、以及从该途中坐标信息所示的位置向基准坐标所示的位置的方向的组合,来决定处理。 The second operation determining means, direction based on the position coordinate information as shown in the middle of a series of coordinate information detected by the input position detection means from the position shown in the reference coordinates and the position of the coordinate information from the way shown to combination position of the reference coordinate direction shown by decision process. 显示控制单元,在显示装置显示基于坐标系的图像,并在最后的坐标信息所示的位置附近的该图像上,分别显示表示下述方向的指标,该方向是第一处理决定单元所决定处理的方向、以及第二处理决定单元所决定处理的组合方向。 Display control means, the display means displays an image based on the coordinate system, and the image in the vicinity of the position coordinate information as shown in the last, the following indicators are displayed showing the direction, the first direction is determined by the decision processing unit combination treatment direction of a direction, and a second operation determining means is determined.

第九方面是一种输入坐标处理方法,其基于根据用户的操作而从定点设备15输出的输入坐标(与接触位置对应的坐标数据),来在构成显示装置的第一显示部12或11及第二显示部11或12上逐个显示画面。 The ninth aspect is a method for processing a coordinate input, based on (corresponding to the coordinate data of the contact position) according to a user's operation input from the coordinate pointing device 15 outputs to the first display unit constituting the display device 12 or 11 and the second display unit 11 one by one on the display screen or 12. 输入坐标处理方法包括:输入坐标存储步骤S43、S63、S68、S73、S84、S87、S92、S104、S107、S114、S120、S134、S139、S144;基准坐标存储步骤S44;处理步骤S69、S88、S115、S135;显示控制步骤S69、S88、S115、S135。 Input position processing method comprising: an input position storage step S43, S63, S68, S73, S84, S87, S92, S104, S107, S114, S120, S134, S139, S144; reference position storage step S44; the process of step S69, S88, S115, S135; display control step S69, S88, S115, S135. 输入坐标存储步骤,根据从定点设备输出的输入坐标,来检测并存储基于显示装置所显示的图像的显示坐标系(画面坐标系)的坐标信息DC1。 The input position storage step, a coordinate input from the pointing device output, according to the detected and stored in the display coordinate system (display screen coordinate system) based on the image display means displays coordinate information DC1. 基准坐标存储步骤,将在输入坐标存储步骤中存储的一系列坐标信息中的最初坐标信息,设定为基准坐标DC2并予以存储。 The reference position storage step, a series of initial coordinate information coordinate information stored in the input coordinate storing step is set to be the reference coordinate DC2 and storage. 处理步骤,基于一系列坐标信息中的至少一个坐标信息,来取得显示图像(与标记、链接对应的响应图像及第一LCD11或第二LCD12所显示的图像)。 The processing step, the coordinate information based on at least a series of coordinate information to acquire the display image (the marker, and the response image corresponding to the image of the first link or the second LCD12 LCD11 shown). 显示控制步骤,在以基准坐标为基准,显示坐标系中的一系列的坐标信息所示的操作方向,表示从第一显示部的位置向第二显示部的位置的基准方向(上方向或下方向)时(在S65中为是,在S83中为是,在S111中为是,在S131中为是),在该第二显示部显示在处理步骤中取得的显示图像(图5、图7、图10)。 Display control step, the operation in the reference coordinate reference direction, the display range of the coordinate information of the coordinate system shown indicates the direction of the reference position of the second display portion (the display position of the first portion from the upper direction or lower when direction) (in S65, YES, YES in S83, YES in S111, in S131, YES), a display image obtained in the processing step (FIG. 5 in the second display section, FIG. 7 , FIG. 10). 此外,在处理步骤中取得的显示图像,包括与标记及链接对应的响应图像以及第一显示部所显示的至少部分图像等。 The display image obtained in the processing step, and the link marker includes a response image corresponding to at least a portion of an image and the like displayed on the first display unit. 此外,定点设备是指定画面上的输入位置及坐标的输入装置,比如通过触摸面板、鼠标、跟踪板、跟踪球等来实现。 Further, the pointing device is an input position of the input means and the designated coordinates on the screen, such as implemented by a touch panel, a mouse, a track pad, a track ball and the like. 各输入装置所用的坐标系,是触摸面板坐标系及画面坐标系。 Each input device coordinate system used, it is a touch panel coordinate system and the screen coordinate system. 第一显示部及第二显示部,可以是实体上分离的显示部,也可以是将实体上为一个显示画面分割来形成。 A first display unit and the second display section, the display section may be physically separate, or may be a display screen is divided to be formed on the solid. 此外,第一显示部及第二显示部之间的配置关系,可以是上下两个画面,也可以是左右两个画面。 Further, the positional relationship between the first display unit and second display portions may be two upper and lower screens, the screen may be approximately two. 此外,也可以作为计算机21所执行的输入坐标处理程序及记录有该输入坐标处理程序的记录媒体这一方式,来实现前述输入坐标处理方法,其中,该计算机,是基于根据用户操作而从定点设备输出的输入坐标,来执行在构成显示装置的第一显示部及第二显示部上逐一显示画面的显示处理。 Furthermore, can be used as an input position processing program executed by a computer and recording the input recording medium 21 with a processing program coordinates this manner, to realize the input position processing program, wherein the computer is based on the user operation from point input coordinate output device, a display is performed by one of a display screen on the first display section and the second display unit constituting the display device.

对第十方面而言,在前述第九方面中,输入坐标处理方法,基于输入坐标,来进行经由与网络进行通信的通信部33来下载文件并在显示装置上阅览的网络浏览器的显示处理。 For the tenth aspect, in the ninth aspect, the input position processing program, input coordinates based on the display, the device performs viewed via a web browser to download files for the communication unit 33 communicating with a network and display processing . 在处理步骤中,当基准坐标位于网络浏览器的响应区域(标记、链接)内(在S46为是,在S47为是)时,取得该响应区域所对应的响应图像。 In the processing step, when the reference coordinates located on a network response to the browser area (marked, links) (YES in S46, YES in S47), the image acquisition response corresponding to the response region. 在显示控制步骤中,当操作方向表示基准方向时,在第二显示部显示响应图像(图5、图7)。 In the display control step, when the operation direction indicates the reference direction, in response to the image display (FIG. 5, FIG. 7) in the second display portion.

对第十一方面而言,在前述第十方面中,在处理步骤中,当基准坐标位于网络浏览器的背景区域内时(在S48为是),取得第一显示部所显示的至少部分图像(第二LCD12或第一LCD11所显示过的图像)。 For the eleventh aspect, in the tenth aspect, in the processing step, when the reference coordinates at the network browser background area (YES in S48), obtain at least a first portion of the image displayed on the display of (first or second LCD12 LCD11 the displayed image). 在显示控制步骤中,在操作方向表示基准方向时,在第二显示部显示第一显示部所显示的至少部分图像(图10)。 In the display control step, when the operation direction indicates the reference direction, displaying at least a first portion of an image displayed on the display unit (FIG. 10) in the second display portion.

对第十二方面而言,在前述第十方面中,基准方向,是对于显示装置的第一显示部设置第二显示部的上方向或下方向。 For a twelfth aspect, in the tenth aspect, the reference direction, the first display portion is provided for the direction of the display direction of the second or lower portion of the apparatus. 在处理步骤中,在基准坐标位于网络浏览器的背景区域内,且操作方向表示左方向或右方向时,取得在该处理步骤中已在过去取得的图像。 In the processing step, the reference coordinate located within a background area the web browser and the operation direction indicates a leftward direction or a rightward direction, the image acquired in the past has been made in this process step. 在显示控制步骤中,在操作方向表示左方向或右方向时(在S136为是,在S141为是),在第一显示部显示在过去所取得的图像(S140、S145)。 In the display control step, in the operation direction indicates a leftward direction or a rightward direction (YES in S136, YES in S141), an image (S140, S145) acquired in the past is displayed in the first display portion.

对第十三方面而言,在前述第九方面中,在处理步骤中,在一系列坐标信息的轨迹DC3围绕第一显示部所显示的规定区域时(在S103为是),取得将该规定区域内的图像放大了的放大图像(S108)。 For a thirteenth aspect, in the ninth aspect, in the processing step, when the trajectory of a series of coordinate information about a predetermined area of ​​the first DC3 display unit displayed (YES in S103), the predetermined obtain enlarged image in the area of ​​the enlarged image (S108). 在显示控制步骤中,在第二显示部显示放大图像(图9)。 In the display control step, the second display unit displays the enlarged image (FIG. 9).

对第十四方面而言,在前述第九方面中,基准方向,是对于显示装置的第一显示部设置第二显示部的上方向或下方向。 For the fourteenth aspect, in the ninth aspect, the reference direction for the first display portion is provided in the direction of the second direction of the display unit or the lower unit. 在处理步骤中,在操作方向表示左方向或右方向时,取得不同于第一显示部所显示的页面的其它页面图像。 In the processing step, when a left or right direction in the operation direction, to obtain image different page other pages of the first display unit displayed. 在显示控制步骤中,在操作方向表示左方向或右方向时,在第一显示部显示其它的页面图像。 In the display control step, when a left or right direction in the operation direction, the other page image displayed in the first display portion.

对第十五方面而言,在前述第九方面中,基于从定点设备输出的输入坐标所对应的前述显示坐标系的坐标信息,只能设定为第一显示部所显示的图像及第二显示部所显示的图像之一。 For the fifteenth aspect, in the ninth aspect, the coordinate system based on the coordinate information input from the display coordinate pointing device corresponding to the output, can set the image displayed on the first display unit and second one of the image displayed on the display.

第十六方面是一种输入坐标处理方法,其基于根据用户的操作而从定点设备输出的输入坐标,来在构成显示装置的第一显示部及第二显示部逐个显示画面。 A sixteenth aspect is a method for processing a coordinate input and display them one by one based on the first display unit and second display unit according to a user's operation input from the coordinate pointing device output to constituting the display device. 该输入坐标处理方法包括:输入坐标存储步骤;基准坐标存储步骤;处理步骤(S74、S93、S121);显示控制步骤(S74、S93、S121)。 The input position processing method comprising: an input position storage step; a reference position storage step; a processing step (S74, S93, S121); a display control step (S74, S93, S121). 输入坐标存储步骤,根据从定点设备输出的输入坐标,来检测并存储基于显示装置所显示的图像的显示坐标系的坐标信息。 The input position storage step, a coordinate input from the pointing device output, detected and stored in accordance with the coordinate information based on the display coordinate system of the image display apparatus displayed. 基准坐标存储步骤,将在输入坐标存储步骤中存储的一系列坐标信息中的最初坐标信息,设定为基准坐标并予以存储。 The reference position storage step, a series of initial coordinate information coordinate information stored in the input coordinate storing step is set to be the reference coordinate and storage. 处理步骤,基于一系列坐标信息中的至少一个坐标信息,来取得显示图像。 The processing step, the coordinate information based on at least a series of coordinate information, acquires a display image. 显示控制步骤,在以基准坐标为基准,显示坐标系中的一系列的坐标信息所示的操作方向,表示在第一显示部及第二显示部的配置方向往复的往复方向(上下方向)时(在S70中为是,在S89中为是,在S116及S117中为是,),在第一显示部显示该第二显示部所显示的至少部分图像,同时在该第二显示部显示在处理步骤中取得的显示图像(图6、图8、图12)。 Display control step, when a reference to the reference coordinates, the display operation in the direction indicated by the coordinate system of a series of coordinate information indicating the arrangement direction of the first display unit and second display portions of the reciprocating reciprocating direction (vertical direction) (YES in S70, YES in S89, in S116 and S117 is YES,), at least a portion of a display image displayed on the second display portion in the first display portion while the second portion is displayed in the display display image processing step is acquired (FIG. 6, FIG. 8, FIG. 12). 此外,在处理步骤中取得的显示图像,包含响应图像及第一显示部所显示的至少部分图像等。 The display image obtained in the processing step, and comprises at least partially in response to the image display unit of the first image and the like displayed. 此外,也可以作为计算机21所执行的输入坐标处理程序及记录有该输入坐标处理程序的记录媒体这一方式,来实现前述输入坐标处理方法,其中,该计算机是基于根据用户操作而从定点设备输出的输入坐标,来执行在构成显示装置的第一显示部及第二显示部上逐一显示画面的显示处理。 Furthermore, can be used as an input position processing program executed by a computer and recording the input recording medium 21 with a processing program coordinates this manner, to realize the input position processing program, wherein the computer is based on the user operation from the pointing device input coordinates outputted one by one to perform display of a display screen on the first display section and the second display unit constituting the display device.

第十七方面是一种输入坐标处理方法,其基于根据用户的操作而从定点设备输出的输入坐标,来在构成显示装置的第一显示部及第二显示部逐个显示画面。 A seventeenth aspect is a method for processing a coordinate input and display them one by one based on the first display unit and second display unit according to a user's operation input from the coordinate pointing device output to constituting the display device. 输入坐标处理方法包括:输入坐标存储步骤;基准坐标存储步骤;处理步骤;显示控制步骤。 Input position processing method comprising: an input position storage step; a reference position storage step; a processing step; display control step. 其中,输入坐标存储步骤,根据从定点设备输出的输入坐标,来检测并存储基于显示装置所显示的图像的显示坐标系的坐标信息。 Wherein the input position storage step, from the output of input coordinate pointing device, and storing the detected based on the coordinate information of the display coordinate system of the image displayed based on the display apparatus. 基准坐标存储步骤,将在输入坐标存储步骤中存储的一系列坐标信息中的最初坐标信息,设定为基准坐标并予以存储。 The reference position storage step, a series of initial coordinate information coordinate information stored in the input coordinate storing step is set to be the reference coordinate and storage. 处理步骤,基于一系列坐标信息中的至少一个坐标信息,来取得显示图像。 The processing step, the coordinate information based on at least a series of coordinate information, acquires a display image. 显示控制步骤,在以基准坐标为基准,显示坐标系中的一系列的坐标信息所示的操作方向,表示从第一显示部的位置向第二显示部的位置的基准方向时,在该第二显示部显示在处理步骤中取得的显示图像。 Display control step, when a reference to the reference coordinates, the direction of operation of the display range of the coordinate information as shown in the coordinate system, represents the direction from the reference position of the first display section toward a position of the second display portion, the first second display unit displays an image obtained in the processing step. 显示控制步骤,在该操作方向表示在第一显示部及第二显示部的配置方向往复的往复方向时,在第一显示部显示该第二显示部所显示的至少部分图像,同时在第二显示部显示在处理步骤中取得的显示图像。 Display control step, the operation direction indicates a direction when configuring the first display section and the second display unit reciprocating the reciprocating direction of the second display at least a portion of the image displayed on the display in the first display portion while the second a display unit displaying an image obtained in the processing step.

第十八方面是一种输入坐标处理装置,其基于根据用户的操作而从定点设备输出的输入坐标,来执行在构成显示装置的第一显示部及第二显示部逐个显示画面的显示处理。 Eighteenth aspect is an input position processing device, based on user's operation input from the coordinate pointing device output, one by one to perform display processing screen in the first display section and the second display unit constituting the display device based. 该输入坐标处理装置具有:存储单元24;输入坐标存储处理单元;基准坐标存储处理单元;处理单元;显示控制单元。 The input position processing device includes: a storage unit 24; an input position storage means; reference position storage means; and a processing unit; a display control unit. 输入坐标存储处理单元,根据从定点设备输出的输入坐标,来检测基于显示装置所显示的图像的显示坐标系的坐标信息,并存储到存储单元。 An input position storage means, in accordance with the output from the input coordinate pointing device, based on the coordinate information detected the display coordinate system of an image displayed on the display device, and the storage unit. 基准坐标存储处理单元,将输入坐标存储单元所存储的一系列坐标信息中的最初坐标信息,设定为基准坐标并存储到存储单元。 Reference position storage means, the initial input coordinate information series coordinate information stored in the storage unit, the reference coordinate set and the storage unit. 处理单元,基于一系列坐标信息中的至少一个坐标信息,来取得显示图像。 A processing unit, based on at least a series of coordinate information in the coordinate information, acquires a display image. 显示控制单元,在以基准坐标为基准,显示坐标系中的一系列的坐标信息所示的操作方向,表示从第一显示部的位置向第二显示部的位置的基准方向时,在该第二显示部显示处理单元所取得的显示图像。 Display control means, when a reference to the reference coordinates, the display operation shown in the direction of a series of coordinate information of the coordinate system, represents the direction from the reference position of the first display section toward a position of the second display portion, the first second display unit displays the acquired image processing unit.

第十九方面是一种输入坐标处理装置,其基于根据用户的操作而从定点设备输出的输入坐标,来执行在构成显示装置的第一显示部及第二显示部上逐个显示画面的显示处理。 Nineteenth aspect is an input position processing device, a display processing based on the input coordinates from the pointing device output, according to a user's operation performed by one of a display screen on the first display section and the second display unit constituting the display device . 该输入坐标处理装置具有:存储单元;输入坐标存储处理单元;基准坐标存储处理单元;处理单元;显示控制单元。 The input position processing device includes: a memory cell; an input position storage means; reference position storage means; and a processing unit; a display control unit. 输入坐标存储处理单元,根据从定点设备输出的输入坐标,来检测基于显示装置所显示的图像的显示坐标系的坐标信息,并存储到存储单元。 An input position storage means, in accordance with the output from the input coordinate pointing device, based on the coordinate information detected the display coordinate system of an image displayed on the display device, and the storage unit. 基准坐标存储处理单元,将输入坐标存储处理单元所存储的一系列坐标信息中的最初坐标信息,设定为基准坐标并存储到存储单元。 Reference position storage means, the initial input coordinate series information storing coordinate information stored in the processing unit is set as a reference coordinate, and the storage unit. 处理单元,基于一系列坐标信息中的至少一个坐标信息,来取得显示图像。 A processing unit, based on at least a series of coordinate information in the coordinate information, acquires a display image. 显示控制单元,在以基准坐标为基准,显示坐标系中的一系列的坐标信息所示的操作方向,表示在第一显示部及第二显示部的配置方向往复的往复方向时,在该第一显示部显示该第二显示部所显示的至少部分图像,同时在该第二显示部显示处理单元所取得的显示图像。 Display control means, when a reference to the reference coordinates, the display operation in the direction indicated by the coordinate system of a series of coordinate information indicating the direction of reciprocation in reciprocating direction of the first display portion arranged and the second display portion, the first a display unit to display at least a partial image of the second display section while the second display portion displays the acquired image processing unit.

第二十方面是一种输入坐标处理装置,其基于根据用户的操作而从定点设备输出的输入坐标,来执行在构成显示装置的第一显示部及第二显示部逐个显示画面的显示处理。 A twentieth aspect is an input position processing device, based on user's operation input from the coordinate pointing device output, one by one to perform display processing screen in the first display section and the second display unit constituting the display device based. 该输入坐标处理装置具有:存储单元;输入坐标存储处理单元;基准坐标存储处理单元;处理单元;显示控制单元。 The input position processing device includes: a memory cell; an input position storage means; reference position storage means; and a processing unit; a display control unit. 输入坐标存储处理单元,根据从定点设备输出的输入坐标,来检测基于显示装置所显示的图像的显示坐标系的坐标信息,并存储到存储单元。 An input position storage means, in accordance with the output from the input coordinate pointing device, based on the coordinate information detected the display coordinate system of an image displayed on the display device, and the storage unit. 基准坐标存储处理单元,将输入坐标存储处理单元所存储的一系列坐标信息中的最初坐标信息,设定为基准坐标并存储到存储单元。 Reference position storage means, the initial input coordinate series information storing coordinate information stored in the processing unit is set as a reference coordinate, and the storage unit. 处理单元,基于一系列坐标信息中的至少一个坐标信息,来取得显示图像。 A processing unit, based on at least a series of coordinate information in the coordinate information, acquires a display image. 显示控制单元,在以基准坐标为基准,显示坐标系中的一系列的坐标信息所示的操作方向,表示从第一显示部的位置向第二显示部的位置的基准方向时,在该第二显示部显示处理单元所取得的显示图像,在该操作方向表示在第一显示部及第二显示部的配置方向往复的往复方向时,在第一显示部显示该第二显示部所显示的至少部分图像,同时在该第二显示部显示处理单元所取得的显示图像。 Display control means, when a reference to the reference coordinates, the display operation shown in the direction of a series of coordinate information of the coordinate system, represents the direction from the reference position of the first display section toward a position of the second display portion, the first second display unit displays the acquired image processing unit, in the operation direction indicates the direction of reciprocation of the reciprocating arrangement direction of the first display section and the second display portion, the display portion displayed in the first display of the second display unit at least a part of the image, while the display image processing unit acquired in the second display portion.

根据前述第一方面,根据在第二处理决定步骤中,决定下述处理,即通过来自定点设备的输入所对应的多个操作方向的组合来识别用户的手势并执行。 According to the first aspect, according to the decision process in the second step, the following decision process, i.e. to identify the user's gesture through the combination of the input from the pointing device corresponding to a plurality of directions and perform operations. 因此,与由单一的操作方向来区别用户的操作手势相比,可产生多种可决定处理的变化。 Thus, as compared with a single operation by the user to distinguish the direction of the gesture operation, a variety of changes can be generated in the decision process. 另一方面,在第一处理决定步骤中,可以容易地取消基于操作方向的手势,只通过操作到基准区域之外的其它区域为止,便可以只将从基准坐标向该区域的操作方向,识别成有效的操作手势。 On the other hand, in the first operation determining step, the gesture can easily be canceled based on the operation direction, the operation until the other only through the region outside the reference region, can only operate the direction from the reference coordinates to the region of identified as a valid operation gesture. 因此,在用户所进行的操作不适当的场合下,用户便可容易地取消该操作,并可通过与该操作连续的操作,来提供新的操作指示。 Thus, in the case of improper operation performed by the user, the user can easily cancel the operation, and by continuous operation of the operation, to provide new instructions. 即,即使可决定处理的变化因坐标输入操作而增多,且在描绘了不适当的轨迹的场合下所产生的不良现象得到减少,可以提高坐标输入的操作性。 That is, even if the change determination processing by the coordinate input operation is increased, and undesirable phenomenon is depicted in the case of improper trajectory generated is reduced, operability can be improved input coordinates.

根据前述第二方面,由于用标志来管理对多个区域的出入,因而与基于所有的输入坐标的处理相比,可以更简单地区别用户的手势。 According to the second aspect, since the flag to manage access to a plurality of regions, all as compared with the process based on the input coordinates, the user may more easily distinguish a gesture.

根据前述第三方面,由于由用户所输入的坐标输入操作来识别的操作手势作为指标来被显示,因而可以可靠地识别用户所输入的操作手势及所决定的处理。 According to the third aspect, since the coordinate input operation inputted by the user to identify the operation gesture is displayed as an index, it is possible to reliably recognize an operation input by the user process and the determined gesture.

根据前述第四方面,通过显示成为旨在区别操作手势的基准的基准区域,可以形成用于用户利用定点设备来输入有效操作的目标图像。 According to the fourth aspect, by displaying the difference between the reference area intended operation gesture reference, the target image may be formed using a pointing device for user input to operate effectively.

根据前述第五方面,形成用于对以基准区域为中心的周边区域进行分割来区别操作方向的多个区域,由此,可容易地区别以基准区域为中心的操作方向。 According to the fifth aspect, the plurality of regions are formed in a peripheral region of the center of the reference region is divided to distinguish operation direction, whereby the operation direction can be easily distinguished in the center of the reference area.

根据前述第六方面,由用户所输入的坐标输入操作来识别的操作手势,在当前用户对所显示的图像进行输入操作的位置附近,作为指标来显示,因而可以可靠地识别用户所输入的操作手势及所决定的处理。 According to the sixth aspect, input by the user to identify the coordinate input operation of a gesture operation, in the current user of the displayed image near the position input operation is displayed as an index, it is possible to reliably identify the operation input by the user treatment decisions and gestures.

根据前述第九方面,根据用户采用了定点设备的操作,可以通过直观操作,来执行有用性高的显示处理。 According to the ninth aspect, according to a user operation using the pointing device, it can be performed highly useful display operations through intuitive process. 比如,如果用户利用定点设备,在从第一显示部向第二显示部的方向进行操作,则在处理步骤中所取得的图像(标记及链接所对应的响应图像及第一显示部所显示的至少部分图像),便显示在操作方向(从第一显示部朝向第二显示部的方向)上的第二显示部。 For example, if the user uses a pointing device, operating in the direction of the second portion of the display from the first display unit, in response to the image display section and the first image (and the link is marked in the process step corresponding to the acquired displayed at least a portion of an image), is displayed in the operation direction (direction of the second portion of the display from the first display section toward the second display section). 这样,用户向定点设备输入的操作方向及与此对应的显示处理,便具有直观性。 Thus, the user input device to the operation direction and the point corresponding to this display process, there is an intuitive. 而且,在第一显示部中保留原显示信息,且在第二显示部显示与处理对应的信息,这一点在各种场合下均可发挥有用性。 Further, in the first display portion to retain the original information is displayed, and in a second display portion displaying information corresponding to the process, it can play a useful property in various occasions.

根据前述第十方面,在网络浏览器的显示处理中,可以在该操作方向上的第二显示部,显示通过选择标记及链接目标来得到的响应图像。 According to the tenth aspect, in the display process of a web browser, the second display portion may be in the direction of the operation, in response to the image displayed by selecting a tab or a link to a target obtained.

根据前述第十一方面,在网络浏览器的显示处理中,可以在该操作方向上的第二显示部,显示第一显示部所显示的图像。 According to the eleventh aspect, in the display process of a web browser may display the second operation portion in the direction of the display image displayed on the first display unit.

根据前述第十二方面,在网络浏览器的显示处理中,在与基准方向相异的左或右方向操作定点设备,由此可进行相当于用一般的左右方向来表示的所谓“返回”及“前进”的显示处理。 According to the twelfth aspect, in the display process of a web browser, the operation of the pointing device left or right direction different from the reference direction thus may be called the equivalent of "return" by a general left-right direction and expressed "forward" display processing.

根据前述第十三方面,通过用户进行围绕第一显示部所显示的部分图像的操作,可以在第二显示部放大显示所希望的图像。 According to the thirteenth aspect, operating around a first portion of the image displayed on the display unit by a user, the desired image can be enlarged in the second display portion.

根据前述第十四方面,通过在与基准方向相异的左或右方向操作定点设备,可以进行相当于在电子图书等中一般用左右方向来表示的“前页”及“后页”的显示处理。 According to the fourteenth aspect, by operating the pointing device in a left or right direction different from the reference direction can be equivalent to the general "previous page" and "next page" in the lateral direction of the display to indicate an electronic book or the like deal with.

根据前述第十五方面,通过对可操作输入的一个显示部进行操作,可以进行针对不可操作输入的其它显示部的显示处理。 According to the fifteenth aspect, by a display unit operable to perform input operation, the display process may be performed for the other display input unit inoperable.

根据前述第十六方面,根据用户采用了定点设备的操作,可以通过直观操作,来执行有用性高的显示处理。 According to the sixteenth aspect, according to a user operation using the pointing device, it can be performed highly useful display operations through intuitive process. 比如,如果用户利用定点设备,来进行在第一显示部及第二显示部的配置方向往复的操作,则第二显示部所显示的至少部分图像,便显示在一个操作方向(从第二显示部朝向第一显示部的方向)上的第一显示部,而在处理步骤中取得的图像(标记及链接所对应的响应图像及第一显示部所显示的至少部分图像),则显示在操作方向的另一个方向(从第一显示部向第二显示部的方向)上的第二显示部。 At least a part of the image, for example, if the user uses a pointing device to display in the arrangement direction of the first portion and the second portion of the reciprocating operation of the display, the second display section, the operation is displayed in a direction (from the second display the first display section toward the first portion of the display portion) on, at least partially image (acquired mark and the link in the processing step and the response image corresponding to the first display section), the operation shown in another direction of the second display portion (the display portion from the first toward the second display section) on. 因此,用户的往复操作方向(在第一显示部及第二显示部所在的方向往复的方向)上的显示部所显示的信息,便交替显示。 Thus, the information display unit in the direction of reciprocating operation of the user (in the direction of the reciprocating direction of the first display unit and second display unit is located) is displayed, it is displayed alternately. 这样,用户向定点设备输入的操作方向及与此对应的显示处理,便具有直观性。 Thus, the user input device to the operation direction and the point corresponding to this display process, there is an intuitive. 而且,在第一显示部中保留原显示信息,且在第二显示部显示与处理对应的信息,这一点在各种场合下均可发挥有用性。 Further, in the first display portion to retain the original information is displayed, and in a second display portion displaying information corresponding to the process, it can play a useful property in various occasions.

根据前述第十七方面,可取得与前述第九及第十六方面同样的效果。 According to the seventeenth aspect, the same effect can be obtained with the ninth and sixteenth aspects.

根据本发明的输入坐标处理装置,可获得与前述输入坐标处理方法同样的效果。 The same effect according to an input position processing device of the present invention, the input position can be obtained with the processing method. 此外,在以输入坐标处理程序及记录有该输入坐标处理程序的记录媒体的方式,来实现前述的输入坐标处理方法的场合下,也可以取得与前述的输入坐标处理方法同样的效果。 Further, in the case where the coordinate input processing method according to the input position processing program and a recording medium with a recording mode of the input position processing program is to achieve the foregoing, the same can be achieved with the input position processing effect.

参照附图,并结合下列的详细说明,可更明晓本发明的前述内容及其它目的、特征、方面及效果。 Referring to the drawings and the following detailed description, the foregoing may be more Ming Xiao the present invention and other objects, features, aspects and advantages.

附图说明 BRIEF DESCRIPTION

图1是执行本发明的输入坐标处理程序的游戏机装置1的外观图,图2是表示图1的游戏机装置1的内部构成的方框图,图3是表示第一LCD11及第二LCD12所显示的初始阶段的画面显示例的图,图4是对第二LCD12所显示的链接目标上的触摸面板15进行了轻击(tap)操作时,第一LCD11及第二LCD12所显示的画面显示例的图,图5是从第二LCD12所显示的链接目标上向上方对触摸面板15进行了滑动(slide)操作时,第一LCD11及第二LCD12所显示的画面显示例的图,图6是从第二LCD12所显示的链接目标上向上方对触摸面板15进行了滑动操作后向下方往复的滑动操作时,第一LCD11及第二LCD12所显示的画面显示例的图,图7是从第二LCD12所显示的标记(tab)上向下方对触摸面板15进行了滑动操作时,第一LCD11及第二LCD12所显示的画面显示例的图,图8是从第二LCD12所显示的标记上向下方对触摸面板15进行了 FIG 1 is a game machine apparatus performs an input position processing program of the present invention is an external view, FIG. 2 is a block diagram of the interior of the gaming machine apparatus of FIG. 1 configuration of FIG 1, FIG 3 shows the first and second LCD12 LCD11 displayed at an initial stage of a screen display example, FIG. 4 is a touch panel on the second LCD12 link destination displayed on a flick (tap) 15 operation, and a second LCD12 LCD11 first screen displayed on the display cases FIG 5 is a touch panel 15 upward from a link destination displayed on the LCD12 second slides (slide) operation, and the second LCD12 LCD11 first screen displayed by the display example of FIG, 6 is a after the touch panel 15 upward from the sliding operation of the second link destination displayed on the LCD12 beneath a reciprocating sliding operation, first LCD11 FIG embodiment and the second screen displayed by the display LCD12, FIG. 7 is a section from when the tag (tab) displayed two LCD12 downward on the touch panel 15 of the slide operation of the first embodiment of FIG LCD12 LCD11 and the second screen displayed by the display, FIG 8 is the second tag from the displayed LCD12 the touch panel 15 has been downward 动操作后向上方往复的滑动操作时,第一LCD11及第二LCD12所显示的画面显示例的图,图9是在对触摸面板15进行滑动操作,从而围绕第二LCD12所显示的部分信息时,第一LCD11及第二LCD12所显示的画面显示例的图,图10是在从第二LCD12所显示的背景图像上向上方对触摸面板15进行滑动操作时,第一LCD11及第二LCD12所显示的画面显示例的图,图11是用于说明在对第二LCD12所显示的背景图像上的触摸面板15进行滑动操作时,所设定的各区域的图,图12是在从第二LCD12所显示的背景图像上向上方对触摸面板15进行滑动操作后向下方往复的滑动操作时,第一LCD11及第二LCD12所显示的画面显示例的图,图13是表示通过执行游戏机装置1所执行的输入坐标处理程序,来使游戏机装置1进行输入坐标处理的动作的流程图,图14是表示图13中步骤50的链接指定处理的详细动作的子程序, After the operation to reciprocally move upward slide operation, and the second LCD12 LCD11 first screen displayed by the display example of FIG. FIG. 9 is a slide operation on the touch panel 15 so as to surround a second portion of the information displayed on the LCD12 first LCD11 LCD12 and the screen displayed on the second display example, FIG. 10 is a slide operation on the touch panel 15 upward on the background image displayed on the second LCD12, the first and second LCD12 LCD11 as screen display showing the embodiment, FIG. 11 is a view for explaining the touch panel when the background image displayed on the second LCD12 sliding operation 15, FIG set each area, FIG. 12 is in the second after the slide operation on the touch panel on the background image displayed on the LCD12 15 upward when the downward reciprocating sliding operation, first LCD11 FIG embodiment and the second screen displayed by the display LCD12, FIG. 13 shows a video game device by executing an input position processing program is executed, the video game device to cause a flow chart of an operation of the input position processing 1, FIG. 14 is a subroutine showing a detailed operation of the link specified in the processing in step 50 in FIG. 13, 15是表示图13中步骤51的标记指定处理详细动作的子程序,图16是表示图13中步骤52的背景指定处理详细动作的子程序,图17是表示图13中步骤52的背景指定处理详细动作的子程序,图18是表示图13中步骤52的背景指定处理详细动作的子程序,图19是表示以基于图13的处理动作来存储到RAM24的各种数据一例的图。 FIG 15 is a marking 13 designated in step 51 subroutine processing operation in detail, FIG 16 FIG 13 shows a background step 52 subroutine processing specifying detailed operation of FIG 17 FIG 13 shows a background designation processing step 52 subroutine detailed operation, FIG. 18 shows a background step 52 in FIG. 13 specify the detailed operation processing routine, FIG. 19 shows a processing operation of FIG 13 based on the various data stored in the RAM24 to an example of FIG.

具体实施方式 Detailed ways

参照附图,来说明本发明的一种实施方式所涉及的输入坐标处理方法。 Referring to the drawings, the input position processing program will be explained an embodiment of the present invention. 该输入坐标处理方法,可以通过输入坐标处理装置、输入坐标处理程序、及记录有输入坐标处理程序的记录媒体的方式来实现。 The input position processing program, the processing by the coordinate input apparatus, an input position processing program, and a recording medium recording a coordinate input processing routine manner. 以下,作为实现本发明的输入坐标处理方法的一种实施方式,利用执行输入坐标处理程序的输入坐标处理装置来进行说明。 Hereinafter, the embodiment implemented as a coordinate input processing method according to the present invention, will be described using the input position processing device performs an input position processing program. 本发明的输入坐标处理程序,可通过以下方式适用,即利用可在显示装置显示的任意计算机系统来执行,但作为信息处理装置(输入坐标处理装置)一例,利用由游戏机装置1中所执行的输入坐标处理程序来说明。 An input position processing program of the present invention can be applied in the following manner, namely the use may be performed on any computer system display means, but as an information processing device (input position processing device) one case, by using the video game device 1 is executed the input position processing program will be explained. 图1是执行本发明的输入坐标处理程序的游戏机装置1的外观图。 FIG 1 is a game machine apparatus performs an input position processing program of the present invention is an external view. 这里,作为游戏机装置1一例,示出便携游戏机装置。 Here, as an example of a video game device, a portable game machine illustrated apparatus.

图1中,游戏机装置1包括:第一LCD(Liquid Crystal Display:液晶显示装置)11、以及第二LCD12。 , The gaming machine apparatus of Figure 1 includes: a first LCD (Liquid Crystal Display: a liquid crystal display device) 11, and a second LCD12. 壳体13由上侧壳体13a与下侧壳体13b来构成,第一LCD11存放在上侧壳体13a,第二LCD12存放在下侧壳体13b。 Housing 13 is constituted by the upper housing and the lower housing 13a to 13b, a first side LCD11 stored in the housing 13a, a second storage LCD12 lower case 13b. 第一LCD11及第二LCD12的分辨率均为256点×192点。 The first and second LCD12 LCD11 resolution are 256 × 192 points. 另外,在本实施方式中,采用LCD来作为显示装置,但也可利用采用了比如EL(Electro Luminescence:电场发光)的显示装置等,其它任意的显示装置。 Further, in the present embodiment, as the display device using LCD, but may also be employed, such as using EL (Electro Luminescence: electric field light emission) of the display device, any other display device. 此外,第一LCD11及第二LCD12,可采用任意的分辨率。 Further, the first and second LCD11 LCD 12, an arbitrary resolution can be employed.

在上侧壳体13a中,形成有放音孔18a、18b,该孔用于将来自后述的一对扬声器(图2的30a、30b)的声音向外部放出。 In the upper housing 13a, a pair of loudspeakers (30a in FIG. 2, 30b) to the outside with a sound emission sound emitting holes 18a, 18b, the apertures for the later from the rear.

在下侧壳体13b中,作为输入装置,设有:十字开关14a、启动开关14b、选择开关14c、A钮14d、B钮14e、X钮14f、Y钮14g、电源开关14h、L钮14L、R钮14R。 Lower housing 13b, as an input device is provided with: a cross switch 14a, a start switch 14b, the selection switch 14c, A button 14d, B button 14e, X button 14f, Y button 14g, a power switch 14h, L button 14L, R button 14R. 此外,作为进一步的输入装置,在第二LCD12的画面上,还安装有触摸面板15。 Further, as a further input device in the second LCD12 screen, the touch panel 15 is also mounted. 此外,在下侧壳体13b中,还设有用于存置存储卡17及棒杆16的插入口。 Further, the lower case 13b, the opposite is also provided for storing the memory card insertion port 17 and the bar rod 16.

作为触摸面板15,比如可利用电阻膜方式及光学式(红外线方式)及静电电容耦合式等,任意方式的面板。 As the touch panel 15, such as a resistive film can be used and the optical (infrared type), and the capacitive coupling and the like, in any manner the panel. 触摸面板15是具有下述功能的定点设备的一例,即当用棒杆16接触其表面时,便输出与该接触位置对应的坐标数据的功能。 The touch panel 15 is an example of a pointing device having a function, i.e., when in contact with the surface of the lever bar 16, they output corresponding to the coordinate data of the contact position. 另外,在下文中,以使用者用棒杆16来操作触摸面板15为例来进行说明,但当然也可以取代棒杆16,而采用笔(铁笔)及手指来操作触摸面板15。 Further, hereinafter, to the user with a lever bar 16 to operate the touch panel 15 will be described as an example, but may of course be substituted club shaft 16, while the use of a pen (stylus) and fingers to operate the touch panel 15. 在本实施方式中,作为触摸面板15,采用分辨率(检测精度)与第二LCD12的分辨率同为256点×192点的面板。 In the present embodiment, the touch panel 15, with a resolution (detection accuracy) of the second LCD12 same resolution of 256 dots × 192 dots panel. 但是,触摸面板15的分辨率不必一定与第二LCD12的分辨率一致。 However, the resolution of the touch panel 15 need not necessarily coincide with the second LCD12 resolution.

存储卡17是记录有输入坐标处理程序等的记录媒体,在设置于下部壳体13b的插入口内自由装卸地安装。 17 is recorded in the memory card input position processing program recording medium detachably mounted in the insertion opening provided in the lower housing 13b. 该存储卡17是记录有本发明的输入处理程序的记录媒体一例。 The memory card 17 is a recording medium recording the input processing program according to the present invention is an example.

接下来,参照图2,来说明游戏机装置1的内部构成。 Next, referring to FIG. 2, the device 1 will be described an internal configuration of the game machine. 图2是表示游戏机装置1的内部构成的方框图。 FIG 2 is a block diagram of an internal configuration of the video game device.

图2中,在壳体13内所存放的电子电路基板20上,安装有CPU芯21。 In FIG. 2, 20, the CPU core 21 is mounted within an electronic circuit board 13 stored in the housing. 在CPU芯21上,经由总线22连接有连接器23,而且还连接有:输入输出接口电路(附图中标为I/F电路)25;第一GPU(GraphicsProcessing Unit)26;第二GPU27;RAM24;LCD控制器31;无线通信部33。 On the CPU core 21, a bus 22 is connected via a connector 23, and is also connected to: an input output interface circuit (figures labeled I / F circuit) 25; a first GPU (GraphicsProcessing Unit) 26; a second GPU27; RAM24 ; the LCD controller 31; the radio communication unit 33. 在连接器23上,自由装卸地连接有存储卡17。 In the connector 23, there is detachably connected to the memory card 17. 在存储卡17上搭载有:存储输入坐标处理程序的ROM17a;可改写地存储备份数据的RAM17b。 On the memory card 17 mounted: ROM17a storing an input position processing program; storing rewritable backup data RAM17b. 存储卡17的ROM17a中所存储的输入坐标处理程序,被加载到RAM24,加载到RAM24的输入坐标处理程序,由CPU芯21来执行。 ROM17a input position processing program of the memory card 17 is stored is loaded into the RAM 24, the input position processing program loaded to the RAM 24, and executed by the CPU core 21. 在RAM24中,除了输入坐标处理程序之外,还适当地存储有用于生成CPU芯21执行程序而得到的暂时数据的数据等。 In RAM24 in addition to the input position processing program, also suitably temporarily stores program data used to generate the CPU core 21 executes the obtained data. 在I/F电路25上连接有:触摸面板15、右扬声器30a、左扬声器30b、及由图1的十字开关14a和A钮14d等所组成的操作开关部14。 In the I / F circuit 25 is connected to: 15, a right speaker 30a, a left speaker 30b, and the operating switch portion by the cross switch 14a and the A button 14d and the like of FIG. 1 consisting of the touch panel 14. 右扬声器30a及左扬声器30b,分别配置于放音孔18a及18b的内侧。 A right speaker 30a and the left speaker 30b, are arranged inside the sound emission holes 18a and 18b.

第一GPU26与第一VRAM(Video RAM)28相连接,第二GPU27与第二VRAM29相连接。 The first GPU26 first VRAM (Video RAM) 28 is connected to a second GPU27 connected to the second VRAM29. 第一GPU26,根据来自CPU芯21的指示,基于RAM24中存储的用于生成显示图像的数据,来生成第一显示图像,并描绘到第一VRAM28。 First GPU26, according to an instruction from the CPU core 21, based on the data stored in RAM24 for generating a display image to generate a first display image, and depicts the first VRAM28. 第二GPU27,同样根据来自CPU芯21的指示,来生成第二显示图像,并描绘到第二VRAM29。 Second GPU27, also in accordance with an instruction from the CPU core 21 generates a second display image, and depicts the second VRAM29. 第一VRAM28及第二VRAM29,与LCD控制器31连接。 The first and second VRAM28 VRAM29, connected to the LCD controller 31.

LCD控制器31包括寄存器32。 The LCD controller 31 includes a register 32. 寄存器32根据来自CPU芯21的指示,来存储0或1值。 Register 32 according to an instruction from the CPU core 21, to store the value 0 or 1. LCD控制器31,在寄存器32的值为0的场合下,将在第一VRAM28中描绘的第一显示图像,输出给第一LCD11,并将在第二VRAM29中描绘的第二显示图像,输出给第二LCD12。 LCD controller 31, in the case of the register 32 is 0, the first VRAM28 depicted in the first display image is output to a first LCD 11, and is depicted in the second VRAM29 second display image output to the second LCD12. 此外,在寄存器32的值为1的场合下,将在第一VRAM28中描绘的第一显示图像,输出给第二LCD12,并将在第二VRAM29中描绘的第二显示图像,输出给第一LCD11。 Further, in a case where the value of the register 32, the first VRAM28 depicted in the first display image and outputs to the second LCD 12, and a second VRAM29 depicted in the second display image is output to the first LCD11.

无线通信部33,具有在与其它游戏机装置的无线通信部33之间,交换游戏处理中所利用的数据及其它数据的功能,作为一例,提供符合IEEE802.11的无线LAN标准的无线通信功能。 The wireless communication unit 33 has a wireless communication between the game machine 33 and other devices, switching function utilized in the game processing data and other data, as an example, there is provided a wireless LAN conforming to IEEE802.11 standard wireless communication function . 这样,无线通信部33,将接收到的数据输出给CPU芯21。 Thus, the wireless communication unit 33, and outputs the received data to the CPU core 21. 此外,无线通信部33,将CPU芯21所指示的数据发送给其它游戏机装置。 Further, the wireless communication unit 33, the CPU core 21 transmits data to another game machine indicated means. 另外,通过将TCP/IP(Transmission Control Protocol/Internet Protocol)等协议及规定的浏览器安装到无线通信部33及游戏机装置1内的存储部,游戏机装置1便可以经由无线通信部33,来与因特网等网络连接。 In addition, TCP / IP (Transmission Control Protocol / Internet Protocol) protocol and the like specified by the browser to the wireless communication unit 33 is mounted and means for storing the game machine unit, in the gaming machine apparatus 11 can via the wireless communication unit 33, It is connected to a network such as the Internet. 因此,游戏机装置1,可以下载网络上所公开的文档及图像等数据,而可在第一LCD11及第二LCD12上阅览。 Thus, the video game device 1 can download data disclosed on the network as text and graphics, and can be viewed on the first and second LCD11 LCD12.

另外,本发明的输入坐标处理程序,不仅通过存储卡17等外部存储媒体来提供给计算机系统,也可以通过有线或无线通信线路,来提供给计算机系统。 Further, the input position processing program of the present invention, not only to provide a memory card to a computer system via an external storage medium 17 may be a wired or wireless communication line, to provide to the computer system. 此外,输入坐标处理程序,也可以预先记录到计算机系统内部的非易失性存储装置。 Further, the input position processing program may be recorded in advance in the nonvolatile storage device inside the computer system. 此外,作为存储输入坐标处理程序的信息存储媒体,不限于前述非易失性半导体存储器,也可以是CD-ROM、DVD或者与其类似的光盘式存储媒体。 Further, as an information storage medium storing an input position processing program is not limited to the nonvolatile semiconductor memory may be a CD-ROM, DVD or similar thereto disc storage medium.

接下来,参照图3~图12,在说明游戏机装置1所执行的基于输入坐标处理程序的具体处理动作之前,先说明因该处理动作而在第一LCD11及第二LCD12上显示的显示方式的例子。 Next, with reference to FIGS. 3 to 12, in particular before described processing operation based on an input position processing program, first described video game device 1 executed by the display processing operation is displayed on the first and second LCD12 LCD11 example of. 为使说明具体化,利用以下示例来说明,即:经由无线通信部33来与因特网等网络相连接,并通过第一LCD11及第二LCD12来阅览该网络上所公开的文档及图像等数据。 To make the explanation of the concrete, it will be described by the following examples, namely: 33 via the wireless communication unit to connect with a network such as the Internet, and to read the data network disclosed in documents and the like of the first image and the second LCD11 LCD12. 另外,图3是表示第一LCD11及第二LCD12所显示的初始阶段的画面显示例的图。 Further, FIG. 3 is a view showing an initial stage of the first screen and the second LCD12 LCD11 displayed on the display. 图4是对第二LCD12所显示的链接目标上的触摸面板15进行了轻击操作时,第一LCD11及第二LCD12所显示的画面显示例的图。 Figure 4 is a link destination on the touch panel display 15 of the second LCD12 a flick operation, a screen showing an example of the second and first LCD11 LCD12 displayed on the display. 图5是从第二LCD12所显示的链接目标上向上方对触摸面板15进行了滑动操作时,第一LCD11及第二LCD12所显示的画面显示例的图。 FIG 5 is a touch panel 15 upward from a link destination displayed on the LCD12 second slide operation, FIG LCD11 first embodiment and the second screen displayed by the display LCD12. 图6是从第二LCD12所显示的链接目标上向上方对触摸面板15进行了滑动操作后,进行了向下方往复的滑动操作时,第一LCD11及第二LCD12所显示的画面显示例的图。 FIG 6 is a rear touch panel 15 upward slide operation from the link destination displayed on the second LCD12 conducted beneath the reciprocating sliding operation, the first picture and the second LCD12 LCD11 displayed on the display of the embodiment of FIG. . 图7是从第二LCD12所显示的标记上向下方对触摸面板15进行了滑动操作时,第一LCD11及第二LCD12所显示的画面显示例的图。 FIG 7 is a touch panel 15 downward from the second marker displayed on the LCD12 slide operation, the first screen of FIG embodiment and the second LCD12 LCD11 displayed on the display. 图8是从第二LCD12所显示的标记上向下方对触摸面板15进行了滑动操作后,进行了向上方往复的滑动操作时,第一LCD11及第二LCD12所显示的画面显示例的图。 FIG 8 is a rear touch panel 15 downward slide operation from the second LCD12 mark displayed, the slide operation performed reciprocally upward, the embodiment of FIG LCD11 first and the second screen displayed by the display LCD12. 图9是在对触摸面板15进行滑动操作,从而围绕第二LCD12所显示的部分信息时,第一LCD11及第二LCD12所显示的画面显示例的图。 FIG 9 is at the slide operation on the touch panel 15 so as to surround a second portion of the information displayed on the LCD12, LCD11 FIG first embodiment and the second screen displayed by the display LCD12. 图10是在从第二LCD12所显示的背景图像上向上方对触摸面板15进行了滑动操作时,第一LCD11及第二LCD12所显示的画面显示例的图。 FIG 10 is performed when the touch panel 15 upward from the background image displayed on the LCD12 second slide operation, the first screen of FIG embodiment and the second LCD12 LCD11 displayed on the display. 图11是用于说明在对第二LCD12所显示的背景图像上的触摸面板15进行滑动操作时,所设定的各区域的图。 FIG 11 is a diagram of each area when the touch panel on the background image displayed on the second LCD12 sliding operation 15, for explaining the set. 图12是在从第二LCD12所显示的背景图像上向上方对触摸面板15进行滑动操作后,进行向下方往复的滑动操作时,第一LCD11及第二LCD12所显示的画面显示例的图。 FIG 12 is a rear slide operation on the touch panel from the second background image displayed on the LCD12 15 upward, downward slide operation performed when the reciprocating FIG LCD11 first embodiment and the second screen displayed by the display LCD12.

图3中,在经由无线通信部33,用游戏机装置1来阅览在网络上所公开的文档及图像等信息的场合下,作为初始阶段一例,只在第二LCD12上显示当前选择的阅览的信息。 3, in the case of the information via the wireless communication unit 33, to be viewed by the video game device 1 on the network disclosed documents and images, one case, only the currently selected display reading on the second stage as an initial LCD12 information. 比如,在第二LCD12上,显示用户所选择的主页信息。 For example, on the second LCD 12, the home page information selected by the user. 在图3所示的一例中,作为主页信息内的响应区域,显示表示链接目标的文本链接及图像链接、以及向该主页信息内的其它信息变更阅览的标记。 In the one case shown in FIG. 3, the region within the page response information, other information representing the display text links and image links link destination, and to change the home page information reading indicia. 此外,作为游戏机装置1中的网络阅览用而设定的图标,在第二LCD12的显示画面左端并列设置来显示。 Further, the gaming machine 1 as viewed in the device icon and the network is set, the display screen of the left end of the second LCD12 juxtaposed displayed. 作为这些图标之一,设定有围绕模式用图标。 As one of these icons is set around the mode icon.

图4中,当用户利用棒杆16,来对第二LCD12所显示的链接目标上(图4中为图像链接上)的触摸面板15进行了触摸操作时,显示以该触摸操作点为中心的圆M1(图4中左图的状态)。 When in FIG. 4, when a user using a bar rod 16, the touch operation is performed on the link destination displayed on the second LCD12 (in FIG. 4 the image link) the touch panel 15, the touch operation is displayed in the center of the point circle M1 (the left half of FIG. 4). 这样,当用户将棒杆16从触摸面板15离开时,触摸操作的链接目标的主页信息(响应图像)便显示在第二LCD12上(图4中右图的状态)。 Thus, when the user left the club shaft 16 from the touch panel 15, the link destination information page touch operation (response image) is displayed on the second LCD 12 (the right state in FIG. 4). 另外,第二LCD12所显示的主页信息变更为链接目标的主页信息,但第一LCD11的显示状态不变。 In addition, the second LCD12 home page information displayed on the home page to change the information as a link target, but the display state of the first LCD11 unchanged. 以下,将前述对触摸面板15进行瞬间触摸操作后离开的操作,称为轻击操作。 Hereinafter, the operation on the touch panel after leaving instant touch operation 15, referred to as a tap operation.

图5中,当用户对第二LCD12所显示的链接目标上(图5中为文本链接上)的触摸面板15进行触摸操作,并不从触摸面板15上离开来向上方滑动棒杆16时,在当前触摸操作点附近显示向上箭头M2(图5中左图的状态)。 5, when the second user on a link destination displayed LCD12 (FIG. 5 as a text link) the touch panel 15 is touched, 16:00 lever to slide the rod upward is not separated from the touch panel 15, display up arrow M2 (the left state in FIG. 5) near the currently touched point. 以下,将对触摸面板15进行触摸操作,并不从触摸面板15上离开来滑动的操作,称为滑动操作。 Hereinafter, the touch panel 15 is touched, the operation is not to slide away from the touch panel 15, called the sliding operation. 具体而言,将用户最初触摸了触摸面板15的触摸输入坐标所对应的画面坐标,设为始点坐标(x1,y1),并在相同画面坐标系中,设定判定线y=y1+c1。 Specifically, the user initially touches the touch input coordinate of the touch panel 15 corresponding to the screen coordinates, the start point coordinate set (x1, y1), and the same display screen coordinate system, the setting determination line y = y1 + c1. 这里,c1是规定的常数。 Here, c1 is a predetermined constant. 当在触摸面板15上,向上方进行滑动操作,直至达到前述判定线上之上的区域为止时(图5中的触摸输入坐标(xt,yt)),便显示向上箭头M2。 When the touch panel 15, the upward slide operation until the area above the line reaches the determination time (the touch input position (xt, yt) in FIG. 5), the up arrow is displayed M2.

然后,在用户进行了前述滑动操作后,在前述判定线上之上的区域,将棒杆16从触摸面板15离开后,便在第一LCD11上,显示最初进行了触摸操作的链接目标(即,与始点坐标(x1,y1)对应的链接目标)的主页信息。 Then, after the user performs a sliding operation determination region above the line, the rod 16 from the rod away from the touch panel 15, then on the first LCD 11, a display link destination initially touch operation (i.e. , the start point position (x1, y1) corresponding link target) home page information. 这样,第二LCD12不变更显示,继续按原样显示主页信息(图5的右图状态)。 Thus, the second LCD12 not change the display, continue to be displayed as information on the home page (right state of Fig. 5). 即,第二LCD12的显示信息仍然保留,同时,在用户的滑动操作方向(从第二LCD12朝向第一LCD11的上方)上所搭载的显示部(第一LCD11)上,显示在最初的触摸操作中所指定的信息(响应图像)。 That is, the second display information LCD12, while keeping, in the direction of the user's slide operation (second from the top of the first LCD 11 toward the LCD12) mounted on the display unit (the first LCD 11), displayed in the first touch operation specified information (response image).

图6中,当用户对第二LCD12所显示的链接目标上(图6中为文本链接上)进行触摸操作,并不从触摸面板15上离开,在触摸面板15上向上方进行滑动操作,然后进行在向下方往复的滑动操作时,在当前触摸操作点附近显示上下方向箭头M3(图6中左图的状态)。 6, when a second user on a link destination displayed LCD12 (in FIG. 6 is a text link) is touched, is not separated from the touch panel 15, the upward slide operation on the touch panel 15, then when the operation of the reciprocating slide downward, (left in the state of FIG. 6) the vertical direction of an arrow M3 is displayed near the currently touched point. 具体而言,与图5同样,设定始点坐标(x1,y1)及判定线y=y1+c1。 Specifically, similarly to FIG. 5, the start point coordinate set (x1, y1) and determining the line y = y1 + c1. 这样,在触摸面板15上向上方进行滑动操作,直至达到前述判定线上之上的区域为止后,向相反方向进行滑动操作,直至达到该判定线之下的区域为止时(图6中的触摸输入坐标(xt,yt)),显示上下方向箭头M3。 In this way, on the touch panel 15 upward sliding operation, until after the determination until the area above the line slide operation in the opposite direction until the area under the line reaches the determination of the touch (FIG. 6 input position (xt, yt)), the vertical display direction of an arrow M3.

在用户进行了前述上下往复的滑动操作后,在前述判定线之下的区域,将棒杆16从触摸面板15离开后,便在第二LCD12上,显示最初进行了触摸操作的链接目标(即,与始点坐标(x1,y1)对应的链接目标)的主页信息(响应图像)。 After the user performs the slide operation reciprocates up and down in the area below the line is determined, the rod 16 from the rod away from the touch panel 15, then on the second LCD 12, a display link destination initially touch operation (i.e. , the start point position (x1, y1) corresponding to the link destination) home page information of the (response image). 这样,第一LCD11便显示此前在第二LCD12所显示的主页信息(图6的右图状态)。 Thus, the first page is displayed LCD11 information (the right state in FIG. 6) previously shown in the second LCD12. 即,第二LCD12的原显示信息显示于第一LCD11,在最初的触摸操作中所指定的信息显示于第二LCD12,并根据用户的滑动操作方向(在第一LCD11及第二LCD12的配置方向往复的上下方向),来交替显示在上下显示部(第一LCD11及第二LCD12)上所显示的信息。 That is, the second LCD 12 display information on the original first LCD 11, the first touch information specified is displayed on the second LCD 12, and in accordance with the sliding direction of the user's operation of the arrangement direction (the first LCD 11 and second LCD 12 of reciprocation in the vertical direction), alternately displaying the display information in the vertical section (the first LCD 12 and the second LCD11) displayed.

图7中,当用户对第二LCD12所显示的标记上(图7中,为标记“xxx”上)的触摸面板15进行触摸操作后,与标记(即,与始点坐标(x1,y1)对应的标记“xxx”)对应的阅览中的主页信息中的其它信息(响应图像)便立刻显示在第一LCD11上。 7, when a user after (in FIG. 7, marked "xxx" upper) labeled secondary LCD12 displayed on the touch panel 15 is touched, the mark (i.e., corresponding to the start point position (x1, y1) mark "xxx") other information (response image) corresponding to the information page in the browsing will be immediately displayed on the first LCD11. 这样,不从触摸面板15上离开来进行了向下方滑动棒杆16的操作时,在当前触摸操作点附近显示向下箭头M4(图7中左图的状态)。 In this way, an operation is performed to slide downward club shaft 16 is not separated from the touch panel 15, the display (the left state in FIG. 7) downward arrow M4 near the currently touched point. 具体而言,将用户最初触摸了触摸面板15的触摸输入坐标所对应的画面坐标,作为始点坐标(x1,y1),并在该画面坐标系中,设定判定线y=y1-c2。 Specifically, the user initially touches the touch input coordinate of the touch panel 15 corresponding to the screen coordinates as the start point coordinates (x1, y1), and the screen coordinate system, setting the determination line y = y1-c2. 这里,c2是规定的常数。 Here, c2 is a predetermined constant. 当在触摸面板15上,向下方进行滑动操作,直至达到前述判定线之下的区域为止时(图7中的触摸输入坐标(xt,yt)),便显示向下箭头M4。 When the touch panel 15, the downward slide operation until the region below the line reaches the determination time (the touch input position (xt, yt) in FIG. 7), the down arrow is displayed M4.

在用户进行了前述滑动操作后,在前述判定线之下的区域,将棒杆16从触摸面板15离开时,便成为第二LCD12显示与所触摸操作的标记对应的第一LCD11所显示的信息的状态(图7的右图状态)。 After the user performs the slide operation in the area below the line is determined, the bar rod 16 away from the touch panel 15, becomes the first display information of the second LCD12 LCD11 mark corresponding to the touch operation of the display state (state of FIG. 7 right). 此外,第二LCD12所显示的主页信息变更为与标记对应的其它信息,但第一LCD11继续显示与标记对应的其它信息。 Further, information of the second page is changed LCD12 displayed with the other information corresponding to the mark, but continues to display the first LCD11 other information corresponding to the mark. 即,第一LCD11的显示信息仍然保留,同时,在用户的滑动操作方向(从第一LCD11朝向第二LCD12的下向)上所搭载的显示部(第二LCD12)上,显示在最初的触摸操作中所指定的信息(响应图像)。 That is, the first LCD 11 to display information, while keeping, in the direction of the user's slide operation (the lower LCD 12 toward the second LCD 11 to the first) mounted on the display unit (the second LCD 12), the first touch display the specified operation information (response image). 此外,在图7的右图中,第一LCD11及第二LCD12,均显示在最初的触摸操作中所指定的信息(响应图像),但在第一LCD11,也可以再次显示在该触摸操作前所显示的原信息。 Further, in the right of FIG. 7, the first LCD 11 and second LCD 12, showing information (response image) in the first touch operation as specified, but in the first LCD 11, may be displayed before the touch operation again original information displayed.

图8中,当用户对第二LCD12所显示的标记上(图8中为标记“xxx”上)进行触摸操作时,与标记(即,始点坐标(x1,y1)所对应的标记“xxx”)对应的阅览中的主页信息中的其它信息(响应图像)便立刻显示在第一LCD11上。 8, when the user when the mark second LCD12 shown (in FIG. 8 is labeled "xxx" a) is touched, the mark (i.e., the start point position (x1, y1) corresponding mark "xxx" ) other information (response image) corresponding to the information page in the browsing will be immediately displayed on the first LCD11. 这样,不从触摸面板15上离开地向下方对触摸面板15进行了滑动操作后,进行向上方往复的滑动操作时,在当前触摸操作点附近显示上下方向箭头M5(图8中左图的状态)。 After this, without departing from the touch panel 15 on the touch panel 15 has been operated to slide downward, upward slide operation of the shuttle, the display state of the vertical arrow M5 direction (left in FIG. 8 near the currently touched point ). 具体而言,与图7同样,设定始点坐标(x1,y1)及判定线y=y1-c2。 Specifically, FIG. 7 similarly, set the start point position (x1, y1) and determining the line y = y1-c2. 在对触摸面板15上向下方进行了滑动操作,直至达到前述判定线之下的区域为止后,向相反方向进行了滑动操作,直至达到该判定线上之上的区域为止时(图8中的触摸输入坐标(xt,yt)),便显示上下箭头M5。 Performed on the touch panel 15 downward slide operation, until after the determination until the region below the line, a slide operation performed in the opposite direction until the area above the line reaches the determination time (in FIG. 8 touch input position (xt, yt)), will display up and down arrows M5.

在用户进行了前述上下往复的滑动操作后,在前述判定线上之上的区域,将棒杆16从触摸面板15离开时,便在第二LCD12上,显示与进行了触摸操作的标记对应的信息。 After the user performs a vertical reciprocating sliding operation, the determination in the region above the line, the bar rod 16 away from the touch panel 15, then on the second LCD 12, display tagged corresponding to the touch operation information. 这样,第一LCD11便显示此前的第二LCD12所显示的原主页信息(图8的右图状态)。 Thus, the first page of the original information is displayed LCD11 (the right state in FIG. 8) previously displayed second LCD12. 即,第二LCD12中的原显示信息显示于第一LCD11,在最初的触摸操作中所指定的信息显示于第二LCD12,并根据用户的滑动操作方向(在第二LCD12及第一LCD11的配置方向往复的上下方向),来交替显示在上下显示部(第一LCD11及第二LCD12)上所显示的信息。 That is, the second LCD 12 in the original display information displayed on the first LCD 11, the information in the first touch operation is displayed on the second LCD 12 is designated, and the operation according to the sliding direction of the user's configuration (the first LCD 11 and the second LCD 12 the direction of reciprocation in the vertical direction) to display the information alternately in a vertical display section (the first LCD 12 and the second LCD11) displayed.

图9中,当用户对围绕模式用图标1a进行轻击操作时,游戏机装置1便转移为围绕模式来动作。 In FIG 9, when the user about the flick operation mode icons 1a, the video game device 1 is shifted to surround the operation mode. 在围绕模式中,当用户以围绕第二LCD12所显示的部分信息(图9中,为背景图像中所记载的文字信息)的方式,利用棒杆16对触摸面板15上进行了触摸操作时,便根据该触摸操作了的轨迹来显示轨迹M6(图9的左图状态)。 Around mode, when a part of information about the user mode (FIG. 9, the character information as described in the background image) displayed on the second LCD12, the rod 16 with the stick 15 on the touch panel of the touch operation, according to the touch operation will be a display of the trajectory trajectory M6 (the left state in FIG. 9). 具体而言,将用户最初对触摸面板15进行了触摸的触摸输入坐标所对应的画面坐标,作为始点坐标(x1,y1),并在相同画面坐标系中,设定以该始点坐标(x1,y1)为中心的始点附近区域。 Specifically, the user initially on the touch panel 15 is a touch input coordinates of a touch of the screen corresponding to the coordinates as the start point coordinates (x1, Y1), and the same display screen coordinate system, it is set to the start point position (x1, y1) of the center region near the starting point. 当以围绕触摸面板15上的方式,进行滑动操作直至达到前述始点附近区域为止时(图9中,触摸输入坐标(xt,yt)),便显示轨迹M6。 When to surround the touch panel 15, the slide operation until the start until the point when a vicinity of (in FIG. 9, the touch input position (xt, yt)), the trajectory is displayed M6. 在始点附近区域内,用户使棒杆16从触摸面板15离开时,由前述轨迹M6所围绕的信息便放大(放大图像)显示在第一LCD11上。 In the vicinity of the starting point, the user causes the lever rod 16 is separated from the touch panel 15, the information from the track will be surrounded M6 enlarged (enlarged image) displayed on the first LCD11. 第二LCD12不变更显示,按原样来继续显示主页信息(图9的右图状态)。 The second LCD12 not change the display, as is to continue to display (right state of FIG. 9) home page information. 即,第二LCD12中的显示信息仍然保留,同时由触摸操作而围绕的信息(放大图像)显示在其它显示部(第一LCD11)上。 That is, the information displayed in the second LCD12, while keeping the information (magnified image) surrounded by the touch operation is displayed on the other display section (the first LCD 11).

图10中,当用户对第二LCD12所显示的背景图像上的触摸面板15进行触摸操作,并不从触摸面板15上离开,向上方进行滑动操作时,在始点坐标附近显示指南图像M7,且在当前触摸操作点附近,显示向上箭头M8(图10的左图状态)。 10, when the user of the touch panel on a second background image 15 displayed on LCD12 is touched, is not separated from the touch panel 15, when the upward slide operation displays a guide image M7 around the start point position, and near the currently touched point, the up-arrow displayed M8 (the left state in FIG. 10).

具体而言,如图11所示,将用户最初对触摸面板15进行了触摸的触摸输入坐标所对应的画面坐标,作为始点坐标(x1,y1),并以此为基准,在相同画面坐标系中设定多个区域。 Specifically, as shown in FIG. 11, the user initially touches the touch panel 15 corresponding to the input coordinates of the touch screen coordinates as the start point coordinates (x1, y1), and as a reference, the same screen coordinate system set a plurality of regions. 在始点坐标(x1,y1)的周边,设定规定区域AM。 The start point position at the periphery (x1, y1) is set a predetermined region AM. 在画面坐标系(x,y)中,规定区域AM为x1-k1≤x≤x1+k1,且y1-k2<y<y1+k2的区域。 In the display screen coordinate system (x, y) in the reference area AM is x1-k1≤x≤x1 + k1, and y1-k2 <y <y1 + k2 of the region. 这里,k1及k2,分别是规定的常数。 Here, k1 and k2, respectively, is a predetermined constant. 这样,在规定区域AM的边界,显示指南图像M7。 Thus, in the border area AM displays a guide image M7.

在规定区域AM的上方,设定上方区域AT。 Above the area AM, set the upper area AT. 在画面坐标系(x,y)中,上方区域AT,成为x1-k1≤x≤x1+k1,且y≥y1+k2的区域。 In the display screen coordinate system (x, y), the upper region of the AT, becomes + k1, and the region x1-k1≤x≤x1 y≥y1 + k2 of. 在规定区域AM的下方,设定下方区域AB。 In the bottom area AM, set the lower area AB. 在画面坐标系(x,y)中,下方区域AB为x1-k1≤x≤x1+k1,且y≤y1-k2的区域。 In the display screen coordinate system (x, y) in the lower region AB is x1-k1≤x≤x1 + k1, and the region y≤y1-k2. 在规定区域AM的左侧,设定左侧区域AL。 In the left area AM, set the left area AL. 在画面坐标系(x,y)中,左侧区域AL为x<x1-k1的区域。 In the display screen coordinate system (x, Y) in the left area AL is the region x <x1-k1 is. 然后,在规定区域AM的右侧,设定右侧区域AR。 Then, the right side of the reference area AM is set right region AR. 在画面坐标系(x,y)中,右侧区域AR为x>x1+k1的区域。 In the display screen coordinate system (x, y), the right area AR is x> x1 + k1 of the area. 如图10所示,在触摸面板15上,向上进行滑动操作,直至达到规定区域AM(即,指南图像M7所围绕的区域)上之上的上方区域AT为止时(图10中的触摸输入坐标(xt、yt)),便显示向上箭头M8。 As shown, the touch panel 15, the upward slide operation 10, until it reaches a predetermined area AM (i.e., the region surrounded by the guide image M7) At the time of the upper region above the touch input coordinates AT (FIG. 10 (xt, yt)), will show up arrow M8.

在用户进行了前述滑动操作后,在上方区域AT内,将棒杆16从触摸面板15离开时,由第二LCD12阅览当中的主页信息(即,始点坐标(x1,y1)所指定的主页信息)便显示在第一LCD11上。 After the user performs the slide operation is in the upper region of the AT, the club shaft 16 away from the touch panel 15, the page information of the second LCD12 browsing among (i.e., the start point position (x1, y1) of the designated home page information ) will be displayed on the first LCD11. 第二LCD12不变更显示,仍然继续显示主页信息(图10中右图的状态)。 The second LCD12 display does not change, still continue to display the home page information (in the right state of Figure 10). 即,第二LCD12的显示信息仍然保留,同时,用户的滑动操作方向(从第二LCD12向第一LCD11的向上方向)的起点所示的信息(最初的触摸操作中所指定的第二LCD12上所显示的信息),便显示在该滑动操作方向上所搭载的显示部(第一LCD11)上。 That is, the second display information LCD12 retained, while the second sliding operation direction LCD12 user information designated in the start point shown (second LCD12 the upward direction from the first LCD11) (initial touch operation the displayed information), on the display section (the first LCD 11) in the mounted slide operation direction is displayed.

图12中,当用户对第二LCD12所显示的背景图像上的触摸面板15进行触摸操作,并不从触摸面板15上离开地向上方进行滑动操作,直至达到上方区域AT为止,然后向下方进行上下往复的滑动操作,直至达到规定区域AM内为止时(图12中的触摸输入坐标(xt,yt)),便在始点坐标附近显示指南图像M7,并且在当前触摸操作点的附近显示上下箭头M9(图12的左图状态)。 12, when the touch panel on the user background image displayed on the second LCD12 15 is touched, not upward slide operation on the touch panel 15 is separated from the ground until it reaches the area above the AT, then the downward sliding operation reciprocates up and down until they reach (the touch input position (xt, yt) in FIG. 12) within a predetermined area AM until the time, it displays a guide image M7 around the start point position, and displays the down arrow near the currently touched point M9 (the left state in FIG. 12). 此时所设定的各区域,与图11中所说明的区域相同。 At this time, each of the set area, the same region illustrated in FIG. 11.

在用户进行了前述上下往复的滑动操作后,在规定区域AM内,将棒杆16从触摸面板15离开时,由第二LCD12阅览当中的主页信息(即,始点坐标(x1,y1)所指定的主页信息),便显示在第一LCD11上。 After the user performs the vertical reciprocating sliding operation, it is within a predetermined area AM, the club shaft 16 away from the touch panel 15, the page information of the second LCD12 browsing among (i.e., the start point position (x1, y1) designated home page information), it will be displayed on the first LCD11. 由第一LCD11阅览当中的主页信息便显示在第二LCD12上(图12中右图的状态)。 Reading a first page among the LCD11 information is displayed on the second LCD 12 (the right state in FIG. 12). 即,第二LCD12中的显示信息显示于第一LCD11,而第一LCD11的显示信息则显示于第二LCD12,根据用户的滑动操作方向(在第一LCD11及第二LCD12的配置方向往复的上下方向),来交替显示在上下显示部(第一LCD11及第二LCD12)上所显示的信息。 That is, the display information displayed on the second LCD 12 in the first LCD 11, and the first LCD 11 displays the display information on the second LCD 12, the user according to the sliding operation direction (reciprocating vertical direction in the configuration of the first LCD 11 and second LCD 12 direction), alternately displaying the display information in the vertical section (the first LCD 12 and the second LCD11) displayed.

接下来,参照图13~图19,来说明由游戏机装置1来执行的输入坐标处理程序的具体处理动作。 Next, referring to FIG. 13 to FIG. 19, the processing operation will be described specifically by the input position processing program executed by the video game device 1. 另外,图13是表示通过执行该输入坐标处理程序,来使游戏机装置1进行输入坐标处理的动作的流程图。 Further, FIG. 13 shows by executing the input position processing program, the video game device to cause a flow chart of an operation of the input position processing 1. 图14是表示图13中步骤50的链接指定处理的详细动作的子程序。 FIG 14 is a subroutine showing a detailed operation of the link specified in step 50 of process 13 of FIG. 图15是表示图13中步骤51的标记指定处理的详细动作的子程序。 FIG 15 is a subroutine showing a detailed operation of the process specified tag 13 in step 51 in FIG. 图16~图18是表示图13中步骤52的背景指定处理的详细动作的子程序。 16 to FIG. 18 is a background step 52 in FIG. 13 specify the detailed operation of the subroutine processing. 图19是表示以基于图13的处理动作来存储到RAM24的各种数据一例的图。 19 is a process based on the operation of FIG. 13 to store a variety of data RAM24 example of FIG. 此外,用于执行这些处理的程序,包含在ROM17a中所寄存的输入坐标处理程序中,当游戏机装置1的电源接通时,从ROM17a向RAM24读出,并由CPU芯21来执行。 In addition, these programs for executing the processing, as contained in the registered ROM17a input position processing program, the video game device 1 when the power is turned on, to read out from the RAM 24 ROM17a, performed by the CPU core 21. 此外,为使说明具体化,利用经由无线通信部33来与因特网等网络连接,并利用由第一LCD11及第二LCD12来阅览该网络上所公开的文档及图像等数据的例子,来对动作进行说明。 Further, the explanation for the concrete, using the wireless communication unit 33 via the connection to a network such as the Internet, by way of example and the first and second LCD12 LCD11 data to be viewed on the network disclosed in document images and the like to the operation Be explained.

首先,当游戏机装置1的电源(未图示)接通后,由CPU芯21来执行程序(未图示),由此,存储卡17中所寄存的输入坐标处理程序便被上载到RAM24。 First, when the power of the video game device 1 (not shown) is turned on, the CPU core 21 executes a program (not shown), whereby the memory card 17 in the input position processing program storage will be uploaded RAM24 . 所上载的该输入坐标处理程序由CPU芯21来执行,由此来执行图13所示的步骤(图13~图18中简称为“S”)。 Uploaded to the input position processing program executed by the CPU core 21, thereby performing step (FIGS. 13 to 18 referred to simply as "S") 13 shown in FIG.

图13中,CPU芯21根据用户的操作,至少在第二LCD12显示被指定网页中所公开的文档及图像等信息(步骤41;参照图3)。 In FIG. 13, CPU core 21 according to a user's operation, and displaying at least the image information of the document pages and the like are designated as disclosed in the second LCD 12 (step 41; see FIG. 3). 此外,CPU芯21,将RAM24中所存储的触摸输入标志DFt设定为断开(步骤42),并转入下一步骤的处理。 Additionally, CPU core 21, the touch input flag stored in the RAM24 DFt set to OFF (step 42), and the processing proceeds to the next step. 另外,在前述步骤42中,CPU芯21,将RAM24中所存储的第一~第十二模式标志DF1~DF12均设定为断开。 Further, in the aforementioned step 42, CPU core 21, the first to twelfth mode flags stored in the RAM24 DF1 ~ DF12 are set to OFF.

这里,如图19所示,从触摸面板15输入的坐标数据,被适时地转换成触摸了触摸面板15的接触位置所对应的第二LCD12所显示的图像上的坐标,并作为触摸输入坐标DC1来存储到RAM24。 Here, the coordinate data inputted from the touch panel 15, FIG. 19 is timely converted into touch coordinates on the image of the second LCD12 contact position of the touch panel 15 corresponding to the displayed, and the touch input position DC1 to store the RAM24. 此外,在RAM24中,作为用于生成图像的位置数据DC,除此之外适宜地存储有始点坐标DC2及轨迹坐标DC3等。 Further, in the RAM 24, as the position data DC for generating an image, in addition to suitably stored start point position DC2 and trace positions DC3 like. 此外,在RAM24中,除了触摸输入标志DFt之外,作为用于决定下次执行的预定处理(以下称下次处理)的标志数据DF,存储有第一~第十二模式标志DF1~DF12。 Further, in the RAM 24, in addition to the touch input flag DFt, as the predetermined processing for determining the next execution (hereinafter, referred to next process) flag data DF, stores a first to twelfth mode flags DF1 ~ DF12. 此外,作为用于生成表示识别操作手势的图像的图像数据DI,适宜地存储有指标图像DI1、轨迹图像DI2以及指南图像DI3等。 Further, as the DI for generating image data representing an image recognition operation gesture, there are suitably stored index image DI1, DI2 and a guide image trajectory image DI3 like.

返回到图13,CPU芯21,判断是否有来自对应于用户操作的触摸面板15的触摸输入(步骤43)。 Returning to FIG. 13, CPU core 21 determines whether there is a touch input (step 43) corresponding to a user operation from the touch panel 15. 然后,在有触摸输入的场合下,将处理转入下一步骤44。 Then, in the case of a touch input, the process proceeds to the next step 44. 而在没有触摸输入的场合下,便判断是否结束当前显示的信息的阅览(步骤53)。 And in the case of no touch input, it is determined whether the end of the viewing information currently displayed (step 53). 接着,CPU芯21在继续阅览的场合下,返回到前述步骤43,并反复进行处理,在结束阅览的场合下,则结束基于该程序的处理。 Next, the CPU core 21 continues to read in the case, returns to step 43, and repeats the processing in the case where the end of the reading, the processing based on the program is ended.

在步骤44中,CPU芯21,将当前触摸的触摸面板15的接触位置所对应的第二LCD12所显示的图像上的坐标(即,当前触摸输入坐标DC1),作为始点坐标DC2来存储到RAM24。 In step 44, CPU core 21, the coordinates on the image of the current touched contact position of the touch panel 15 corresponding to the second LCD12 displayed (i.e., the current touch input position DCl), as the start point position DC2 to store the RAM24 . 接下来,CPU芯21,将RAM24中存储的触摸输入标志DFt设定为接通(步骤45),并使处理进入下一步骤。 Next, the CPU core 21, the touch input flag stored in RAM24 DFt set to ON (step 45), and the process proceeds to the next step.

接下来,CPU芯21,分别判断与始点坐标DC2所示的位置对应的图像是否是链接(步骤46)、是否是标记(步骤47)、是否是背景图像(步骤48)。 Next, the CPU core 21, respectively, and determines whether or not the position shown corresponding to the start point position DC2 is a link to the image (step 46), whether the flag (step 47), whether it is a background image (step 48). 在与始点坐标DC2所示的位置对应的图像是图像链接、文本链接等链接的场合下(在步骤46中为是),CPU芯21进行链接指定处理(步骤50),并返回到前述步骤42重复处理。 In the position shown in the start point position DC2 is an image links, text links and other links occasions (in step 46 is YES), the CPU core 21 performs the link specifying process (step 50), and returns to step 42 repeat process. 在与始点坐标DC2所示的位置对应的图像是标记的场合下(步骤47中为是),则CPU芯21进行标记指定处理(步骤51),并返回到前述步骤42重复处理。 In the image shown in the position corresponding to the start point position DC2 is a case where the flag (step 47, YES), the CPU core 21 specifies labeling process (step 51), and returns to step 42 to repeat the processing. 此外,在与始点坐标DC2所示的位置对应的图像是背景图像的场合下(步骤48中为是),则CPU芯21进行背景指定处理(步骤52),并返回到前述步骤42重复处理。 Further, at a position shown in the start point position DC2 image is a background image (YES in step 48 is YES), the CPU core 21 performs the background-process (step 52), and returns to step 42 to repeat the processing. 此外,在与始点坐标DC2所示的位置对应的图像不是链接、标记及背景图像的任意一个的场合下(在步骤46~48中均为否),则CPU芯21进行与始点坐标DC2所示的位置对应的处理(步骤49),并返回到前述步骤42重复处理。 Further, in the case where any one of the position shown corresponding to the start point position DC2 is not linked images, marks and the background image (step 46 to 48 are NO), the CPU core 21 performs the start point position DC2 shown in FIG. a position corresponding to the processing (step 49), and returns to step 42 to repeat the processing. 以下,分别说明链接指定处理、标记指定处理、及背景指定处理的详细动作。 Hereinafter, each link specifying process described, tag specifying processing, and background processing operation specified in detail.

图14中,在进行前述步骤50中的链接指定处理时,首先,CPU芯21将RAM24中所存储的第一模式标志DF1设定为接通(步骤61)。 In FIG 14, the link 50 during the specified processing step, first, the CPU core 21 stored in the RAM24 a first mode flag DF1 is set to ON (step 61). 然后,CPU芯21利用指标图像DI1,在第二LCD12所显示的信息上,显示以当前的触摸输入坐标DC1为中心的圆M1(步骤62;参照图4),并判断用户是否中断了触摸(步骤63)。 Then, the CPU core 21 using the index image DI1, the second information on the LCD12 displayed, displays the current touch input position DC1 circle centered M1 (step 62; see FIG. 4), and determines whether or not the user has lifted the stylus ( step 63). CPU芯21,在用户中断了触摸的场合下,使处理进入下一个步骤64,而在继续进行触摸操作的场合下,则使处理进入步骤65。 CPU core 21, the user has lifted the stylus 16, the process proceeds to the next step 64, to continue in the case of the touch operation, the process proceeds to step 65.

在步骤64中,CPU芯21,基于当前被设定为接通的第一模式标志DF1,来执行第一模式,并结束基于该子程序的处理。 In step 64, CPU core 21, based on the current mode flag is set to the first switched DF1, the first mode is performed, and based on the processing of the subroutine ends. 这里,所谓第一模式,系指用图4右图来说明的进行显示的处理,是不改变第一LCD11的显示方式,在第二LCD12显示触摸操作的链接目标的主页信息的处理。 Here, the first mode, means for the right will be described using FIG. 4 shows the process does not change the first LCD11 display mode, the processing of the link destination page information displayed on the second touch operation LCD12.

在步骤65中,CPU芯21,判断当前的触摸输入坐标DC1,是否处于包含判定线上的判定线之上的图像区域(以下称为判定线以上的区域)。 In step 65, CPU core 21 determines whether the current touch input position DCl, is in the image area (hereinafter, referred to above determination line region) above the line determination comprising determining line. 在触摸输入坐标DC1处于判定线之上的区域的场合下,CPU芯21使处理进入下一步骤66,在处于判定线之下的区域的场合下,返回到前述步骤62并重复处理。 In the touch input position DC1 is above the area where determination of the line, the CPU core 21 proceeds to the next step 66, in the case of regions under determining line returns to step 62 and the process repeated. 这里,CPU芯21,以始点坐标DC2(x1,y1)为基准,以y=y1+c1,来设定步骤65中所用的判定线(c1为常数)。 Here, the CPU core 21 to the start point position DC2 (x1, y1) with reference to a y = y1 + c1, is set in step 65 with the judgment line (c1 is a constant). 此外,如果当前的触摸输入坐标DC1(xt,yt)为yt≥y1+c1,则CPU芯21判断为,当前的触摸输入坐标DC1处于前述判定线以上的区域。 Further, if the current touch input position DC1 (xt, yt) is yt≥y1 + c1, the CPU core 21 determines that the current touch input position DC1 is above the line region is determined.

在步骤66中,CPU芯21,将RAM24中所存储的第二模式标志DF2设定为接通,将第一模式标志DF1及第三模式标志DF3设定为断开。 In step 66, the CPU core 21, the second mode is stored in the RAM24 flag DF2 is set to ON, the first mode flag DF1 and the third mode flag DF3 is set to OFF. 然后,CPU芯21,利用指标图像DI1,在第二LCD12所显示的信息上,在当前的触摸输入坐标DC1的附近,显示向上箭头M2(步骤67;参照图5),并判断用户是否中断了触摸(步骤68)。 Then, the CPU core 21, using the indicator image DI1, the second information on the LCD12 displayed near the current touch input position DC1, show up arrow M2 (step 67; see FIG. 5), and determines whether or not the user has lifted touched (step 68). CPU芯21,在用户中断了触摸的场合下,使处理进入下一个步骤69,而在继续进行触摸操作的场合下,则使处理进入步骤70。 CPU core 21, the user has lifted the stylus 16, the process proceeds to the next step 69, to continue in the case of the touch operation, the process proceeds to step 70.

在步骤69中,CPU芯21,基于当前设定为接通的第二模式标志DF2,来执行第二模式,并结束基于该子程序的处理。 In step 69, CPU core 21, the second set based on the current mode flag DF2 is turned on, the second mode is performed, and based on the processing of the subroutine ends. 这里,所谓第二模式,系指用图5右图来说明的进行显示的处理,是不改变第二LCD12的显示方式,在第一LCD11显示链接目标的主页信息的处理。 Here, the second mode, refers to the right to be described with FIG. 5 shows the process does not change the second LCD12 display mode, the information processing home link destination displayed in the first LCD11.

在步骤70中,CPU芯21,判断当前的触摸输入坐标DC1,是否处于前述步骤65所用的判定线之下的区域。 In step 70, CPU core 21 determines whether the current touch input position DCl, it is determined whether or not the area under the line in the step 65 used. 在触摸输入坐标DC1处于判定线之下的区域的场合下,CPU芯21使处理进入下一步骤71。 In the case where the touch input position DC1 is within the area below the line is determined, CPU core 21 proceeds to the next step 71. 另一方面,在处于判定线之上的区域的场合下,如果第二模式标志DF2被设定为接通,则CPU芯21便返回到前述步骤67重复处理,如果第二模式标志DF2被设定为断开,则返回到前述步骤66重复处理(步骤75)。 On the other hand, in the case in the region above the line is determined, if the second mode flag DF2 is set to ON, the CPU core 21 returns to the step 67 the process is repeated, if the second mode flag DF2 is set is set OFF, the process returns to the step 66 repeats the processing (step 75).

在步骤71中,CPU芯21,将RAM24中所存储的第三模式标志DF3设定为接通,将第二模式标志DF2设定为断开。 In step 71, CPU core 21, the RAM24 third mode flag DF3 stored in the set is turned on, the second mode flag DF2 is set to OFF. CPU芯21,利用指标图像DI1,在第二LCD12所显示的信息上,在当前的触摸输入坐标DC1的附近,显示上下箭头M3(步骤72;参照图6),并判断用户是否中断了触摸(步骤73)。 CPU core 21, using the indicator image DI1, the second information on the LCD12 displayed near the current touch input position DC1, the display up and down arrow M3 (step 72; see FIG. 6), and determines whether the user has lifted the stylus ( step 73). CPU芯21,在用户中断了触摸的场合下,使处理进入下一个步骤74,而在继续进行触摸操作的场合下,则返回到前述步骤70重复处理。 CPU core 21, the user has lifted the stylus 16, the process proceeds to the next step 74, to continue in the case of the touch operation, the process returns to the step 70 is repeated.

在步骤74中,CPU芯21,基于当前被设定为接通的第三模式标志DF3,来执行第三模式,并结束基于该子程序的处理。 In step 74, CPU core 21, is set based on the current mode flag DF3 is turned on the third, the third mode is performed, and based on the processing of the subroutine ends. 这里,所谓第三模式,系指用图6右图来说明的进行显示的处理,是在第一LCD11显示第二LCD12中的显示信息,并在第二LCD12显示链接目标的主页信息的处理。 Here, the third mode, the processing means will be described with FIG. 6 on the right of the display, display information is the second LCD 12 in the first LCD 11, and the processing of the home page information of the link destination displayed in the second LCD12.

这里,在前述步骤71中,第三模式标志DF3被设定为接通后,进行滑动操作直至前述判定线以上的区域为止时(即,在前述步骤70为否),执行前述步骤66。 Here, in the step 71, the third mode flag DF3 is turned on after setting, a slide operation until the determination until the area above the line (i.e., at the step 70 is NO), the step 66. 因此,第三模式标志DF3被设定为断开,并再次将第二模式标志DF2设定为接通。 Accordingly, the third mode flag DF3 is set to OFF, and the second mode flag DF2 is again set to ON. 即,从判定线以上的区域至该判定线之下的区域为止的采用了触摸面板15的向下向滑动操作形态被取消,只有从始点坐标DC2至该判定线之上的区域为止的向上方的滑动操作,被认为是有效的操作手势。 That is, it is determined from the area above the line up to the determination of the area under the line using the touch panel 15 downward to form sliding operation is canceled, and only from the start point position DC2 to the region above the line determination upward until the sliding operation is considered to be a valid operation gesture.

图15中,在进行前述步骤51中的标记指定处理时,首先,CPU芯21,将RAM24中所存储的第四模式标志DF4设定为接通(步骤81)。 15, during the marking step 51 specifying process, First, the CPU core 21, the RAM24 fourth mode flag DF4 stored in the set to ON (step 81). 接下来,CPU芯21,基于当前设定为接通的第四模式标志DF4,来执行第四模式(步骤82),并使处理进入下一个步骤。 Next, the CPU core 21, in the fourth mode based on the current flag of DF4 turned on, a fourth mode is performed (step 82), and the process proceeds to the next step. 这里,所谓第四模式,系指下述处理,即:直接在第一LCD11上,显示触摸操作的标记(即,与始点坐标DC2对应的标记)所对应的阅览中主页信息中的其它信息(比如,参照图7左图及图8左图)。 Here, the fourth mode, the following processing means, namely: directly on the first LCD 11, the touch operation of the display mark (i.e., mark the start point position DC2) corresponding to the other information in the viewing information page ( For example, with reference to the left in FIG. 7 and FIG. 8 left panel).

接下来,CPU芯21,判断当前的触摸输入坐标DC1,是否处于包含判定线上的判定线之下的图像区域(以下称为判定线以下的区域)(步骤83)。 Next, the CPU core 21 determines whether the current touch input position DCl, comprising determination whether the image in the region below the line determination line (hereinafter, referred to as a region below the line determination) (step 83). 在触摸输入坐标DC1处于判定线之下的区域的场合下,CPU芯21使处理进入下一步骤85。 In the case where the touch input position DC1 is within the area below the line is determined, CPU core 21 proceeds to the next step 85. 而在触摸输入坐标DC1处于判定线之上的区域的场合下,CPU芯21判断用户是否中断了触摸(步骤84)。 And the touch input position DC1 is above the area where the line is determined, CPU core 21 determines whether the user has lifted the stylus (step 84). CPU芯21在继续触摸操作的场合下,返回到前述步骤83重复处理,在用户中断了触摸的场合下,结束基于该子程序的处理。 The CPU core 21 in the case where the touch operation continues, and returns to step 83 is repeated process, the user has lifted the stylus 16, the subroutine processing ends. 这里,CPU芯21,以始点坐标DC2(x1,y1)为基准,以y=y1-c2,来设定步骤83中所用的判定线(c2为常数)。 Here, the CPU core 21 to the start point position DC2 (x1, y1) with reference to a y = y1-c2, setting the judgment line used in step 83 (c2 is a constant). 如果当前的触摸输入坐标DC1(xt,yt)为yt≤y1-c2,则CPU芯21判断为,当前的触摸输入坐标DC1处于前述判定线以下的区域内。 If the current touch input position DC1 (xt, yt) is yt≤y1-c2, the CPU core 21 determines that the current touch input position DC1 is within the area below the line is determined.

在步骤85中,CPU芯21,将RAM24中所存储的第五模式标志DF5设定为接通,将第四模式标志DF4及第六模式标志DF6设定为断开。 In step 85, the CPU core 21, stored in the RAM24 as the fifth mode flag DF5 is set to ON, the fourth mode flag DF4 and the sixth mode flag is set to OFF DF6. CPU芯21利用指标图像DI1,在第二LCD12所显示的信息上,在当前的触摸输入坐标DC1的附近,显示向下箭头M4(步骤86;参照图7),并判断用户是否中断了触摸(步骤87)。 CPU core 21 using the index image DI1, the second information on the LCD12 displayed near the current touch input position DC1, the down arrow displays M4 (step 86; see FIG. 7), and determines whether or not the user has lifted the stylus ( step 87). CPU芯21在用户中断了触摸的场合下,使处理进入下一个步骤88,而在继续进行触摸操作的场合下,则使处理进入步骤89。 The CPU core 21 the user has lifted the stylus 16, the process proceeds to the next step 88, to continue in the case of the touch operation, the process proceeds to step 89.

在步骤88中,CPU芯21,基于当前设定为接通的第五模式标志DF5,来执行第五模式,并结束基于该子程序的处理。 In step 88, the CPU core 21, based on the fifth mode flag DF5 currently set to ON, the fifth mode is performed, and based on the processing of the subroutine ends. 这里,所谓第五模式,系指用图7右图来说明的进行显示的处理,是与触摸操作的标记对应,并在第二LCD12显示第一LCD11所显示的其它信息的处理。 Here, the fifth mode, the processing means will be described with FIG. 7 right of the display, with a touch operation corresponding to the mark, and a first other information processing LCD11 displayed on the display in the second LCD12. 另外,在第五模式中,第一LCD11及第二LCD12,均显示与标记对应的信息,但在第一LCD11,也可以再次显示在该触摸操作前显示的原信息。 Further, in the fifth mode, the first LCD 11 and second LCD 12, showed the mark information corresponding to the first LCD 11 but, the original information is displayed may be displayed before the touch operation again.

在步骤89中,CPU芯21,判断当前的触摸输入坐标DC1,是否处于前述步骤83中所用的判定线之上的区域。 In step 89, CPU core 21 determines whether the current touch input position DCl, is in the region above the line is determined in step 83 are used. 在触摸输入坐标DC1处于判定线之上的区域的场合下,CPU芯21使处理进入下一步骤90。 In the case where the touch input position DC1 is within the region above the line is determined, CPU core 21 proceeds to the next step 90. 而在处于判定线之下的区域的场合下,如果第五模式标志DF5被设定为接通,则CPU芯21返回到前述步骤86重复处理,如果第五模式标志DF5被设定为断开,则返回到前述步骤85重复处理(步骤94)。 In the case of regions under the determination line, if the fifth mode flag DF5 is set ON, the CPU core 21 returns to step 86 repeats the process, if the fifth mode flag DF5 is set to OFF then returns to step 85 repeats the processing (step 94).

在步骤90中,CPU芯21,将RAM24中所存储的第六模式标志DF6设定为接通,将第五模式标志DF5设定为断开。 In step 90, CPU core 21, the sixth mode flag stored in the RAM24 DF6 set to ON, the fifth mode flag DF5 is set to OFF. CPU芯21利用指标图像DI1,在第二LCD12所显示的信息上,在当前的触摸输入坐标DC1的附近,显示上下箭头M5(步骤91;参照图8),并判断用户是否中断了触摸(步骤92)。 CPU core 21 using the index image DI1, the second information on the LCD12 displayed near the current touch input position DC1, down arrow M5 displayed (step 91; see FIG. 8), and determines (step of determining whether the user has lifted the stylus 92). CPU芯21在用户中断了触摸的场合下,使处理进入下一个步骤93,而在继续进行触摸操作的场合下,则返回到前述步骤89重复处理。 The CPU core 21 the user has lifted the stylus 16, the process proceeds to the next step 93, to continue in the case of the touch operation, the process returns to the step 89 is repeated.

在步骤93中,CPU芯21,基于当前设定为接通的第六模式标志DF6,来执行第六模式,并结束基于该子程序的处理。 In step 93, CPU core 21, based on the current mode is set to ON flag the DF6 sixth, sixth mode is performed, and based on the processing of the subroutine ends. 这里,所谓第六模式,系指用图8右图来说明的进行显示的处理,是在第一LCD11显示第二LCD12中的原显示信息,并与触摸操作的标记对应,在第二LCD12显示第一LCD11所显示的其它信息的处理。 Here, the sixth mode, the processing means will be described with reference to FIG 8 show the right, is displayed in the first second LCD12 LCD11 display the original information and the mark corresponding to the touch operation, the second display LCD12 a first other information processing LCD11 displayed.

这里,在前述步骤90中,第六模式标志DF6被设定为接通后,进行滑动操作,直至前述判定线以下的区域为止时(即,在前述步骤89为否),执行前述步骤85。 Here, in the step 90, the sixth mode flag is set to the ON DF6, sliding operation until the determination until the region below the line (i.e., at the step 89 is NO), the step 85. 因此,第六模式标志DF6被设定为断开,并再次将第五模式标志DF5设定为接通。 Thus, DF6 sixth mode flag is set to OFF and the fifth mode flag DF5 is again set to ON. 即,从判定线以下的区域至该判定线之上的区域为止的采用了触摸面板15的向上方的滑动操作手势被取消,只有从始点坐标DC2至该判定线之下的区域为止的向下方的滑动操作,被认为是有效的操作手势。 That is, the line determined from the area of ​​the determination region to line up on a touch panel using a sliding operation is canceled to the gesture 15 above, only from the start point position DC2 to the determination of the area below the line downward until the sliding operation is considered to be a valid operation gesture.

图16中,在进行前述步骤52中的背景指定处理时,首先,CPU芯21判断当前是否被设定为围绕模式(步骤101)。 16, the step 52 during the specified background processing, first, the CPU core 21 determines whether or not the current mode is set to around (step 101). 接下来,在不是围绕模式的场合下,CPU芯21将处理转入下一步骤111(图17)。 Next, in the case than around mode, the CPU core 21 proceeds to the next processing step 111 (FIG. 17). 而在是围绕模式的场合下,CPU芯21将处理转入下一步骤102。 And in a case about the mode, CPU core 21 proceeds to the next processing step 102. 这里,所谓围绕模式,如利用图9所说明的那样,系指用户对围绕模式用图标Ia进行了滑动操作时转移的动作模式。 Here, around the pattern, as illustrated in FIG. 9, refer to the user about the operation mode of the mode transition time of a sliding operation using the icon Ia.

在步骤102中,CPU芯21,判断当前的触摸输入坐标DC1是否处于始点附近区域。 In step 102, CPU core 21 determines whether the current touch input position DC1 is in the vicinity of the starting point. 接下来,CPU芯21,判断在分别按时间序列来连接轨迹坐标DC3时是否形成围绕曲线(步骤103)。 Next, the CPU core 21 determines whether or formed around the curve (step 103) each time when the series is connected to track coordinates DC3. 在触摸输入坐标DC1处于始点附近区域,且轨迹坐标DC3群形成围绕曲线的场合下(前述步骤102及步骤103均为是;参照图9左图),CPU芯21便使处理转入下一步骤105。 In the touch input position DC1 is within the vicinity of the start point and the trace positions DC3 group is formed around the case of the curve (the aforementioned step 102 and step 103 are both; 9 left), the CPU core 21 then moves the processing to the next step 105. 而在触摸输入坐标DC1未处于始点附近区域,或者轨迹坐标DC3群未形成围绕曲线的场合下(前述步骤102及步骤103均为否),则CPU芯21便判断用户是否中断了触摸(步骤104)。 In the touch input position DC1 is not within the vicinity of the starting point, or trace positions DC3 group is not formed at the case around the curve (the aforementioned step 102 and step 103 are NO), the CPU core 21 determines whether or not the user has lifted the stylus (step 104 ). 在用户中断了触摸的场合下,CPU芯21便结束基于该子程序的处理。 The user has lifted the touch of occasions, CPU core 21 will deal with the subroutine end. 而在继续进行触摸操作的场合下,CPU芯21将当前的触摸输入坐标DC1作为轨迹坐标DC3,追加存储到RAM24(步骤109),并返回到前述步骤101继续处理。 In the case where the touch operation is continued, the CPU core 21 of the current touch input position DC1 as a path coordinates DC3, additionally stored in the RAM 24 (step 109), and returns to step 101 to continue processing.

在步骤105中,CPU芯21,将RAM24中所存储的第七模式标志DF7设定为接通。 In step 105, CPU core 21, the seventh mode flag stored in the RAM24 DF7 set to ON. CPU芯21利用轨迹图像DI2,在第二LCD12所显示的信息上,沿着当前的轨迹坐标DC3上,显示轨迹M6(步骤106;参照图9),并判断用户是否中断了触摸(步骤107)。 CPU core 21 using the trajectory image DI2, on the information displayed on the second LCD12, the current coordinates DC3 along a trajectory, the trajectory display M6 (step 106; see FIG. 9), and determines whether the user has lifted the stylus 16 (step 107) . CPU芯21在用户中断了触摸的场合下,使处理进入下一个步骤108,而在继续进行触摸操作的场合下,则返回到前述步骤102继续处理。 The CPU core 21 the user has lifted the stylus 16, the process proceeds to the next step 108, and continues in the case of the touch operation, the process returns to step 102 to continue the process.

在步骤108中,CPU芯21,基于当前被设定为接通的第七模式标志DF7来执行第七模式,并结束基于该子程序的处理。 In step 108, CPU core 21, based on the current mode is set to the ON flag seventh DF7 seventh mode is performed, and based on the processing of the subroutine ends. 另外,CPU芯21在执行第七模式之后,全部删除RAM24中所存储的轨迹坐标DC3。 Further, the CPU core 21 after performing the seventh mode, delete all tracks stored in the RAM24 the coordinates DC3. 这里,所谓第七模式,系指用图9右图来说明的进行显示的处理,是不改变第二LCD12的显示方式,来放大轨迹M6所围绕的信息,并在第一LCD11上显示的处理。 Here, the seventh mode, means for using the right in FIG. 9 will be described display process, does not change the second display mode LCD12, to enlarge the information track surrounded M6, processed and displayed on the first LCD11 .

图17中,在前述步骤52中的背景指定处理中,且在不是前述围绕模式的场合下(在前述步骤101中为否),CPU芯21执行步骤111。 In FIG. 17, step 52 in the foregoing background in the specified process, and, in the case where not the surround mode (NO in the step 101), CPU core 21 executes step 111. 在步骤111中,CPU芯21判断当前的触摸输入坐标DC1是否处于上方区域AT(参照图11)。 In step 111, CPU core 21 determines whether the current touch input position DC1 is in the upper area of ​​the AT (see FIG. 11). 在触摸输入坐标DC1处于上方区域AT的场合下,CPU芯21使处理进入下一步骤112。 The touch input position DC1 is above the region AT case, CPU core 21 proceeds to the next step 112. 而在触摸输入坐标DC1未处于上方区域AT的场合下,CPU芯21使处理进入下一步骤116。 In the touch input position DC1 is not within the upper area AT of the case, CPU core 21 proceeds to the next step 116. 这里,CPU芯21以始点坐标DC2(x1,y1)为基准,将步骤111中所用的上方区域AT设定为x1-k1≤x≤x1+k1,且y≥y1+k2(k1、k2为常数)。 Here, the CPU core 21 to the start point position DC2 (x1, y1) as a reference, the upper area AT used in step 111 is set to x1-k1≤x≤x1 + k1, and y≥y1 + k2 (k1, k2 of constant). 如果当前的触摸输入坐标DC1(xt,yt)为x1-k1≤xt≤x1+k1,且yt≥y1+k2,则CPU芯21判断为,当前的触摸输入坐标DC1处于上方区域AT内。 If the current touch input position DC1 (xt, yt) is the x1-k1≤xt≤x1 + k1, and yt≥y1 + k2, the CPU core 21 determines that the current touch input position DC1 is within the upper area AT.

在步骤112中,CPU芯21,将RAM24中所存储的第八模式标志DF8设定为接通,将第九~第十二模式标志DF9~DF12设定为断开。 In step 112, CPU core 21, stored in the RAM24 as the eighth mode flag DF8 is set to ON, the ninth to twelfth mode flags DF9 ~ DF12 set to OFF. CPU芯21利用指标图像DI1,在第二LCD12所显示的信息上,在当前的触摸输入坐标DC1的附近,显示向上箭头M8,以及在始点坐标DC2的周边,显示指南图像M7(步骤113;参照图10),并判断用户是否中断了触摸(步骤114)。 CPU core 21 using the indicator image DI1, on the information of the second LCD12 displayed near the current touch input position DC1 display upward arrow M8, and the periphery start point position DC2 displays a guide image M7 (step 113; reference FIG. 10), and determines whether the user has lifted the stylus 16 (step 114). CPU芯21在用户中断了触摸的场合下,使处理进入下一个步骤115,而在继续进行触摸操作的场合下,则使处理进入步骤116。 CPU core 21 in the case where the user touches the interrupted, the process proceeds to the next step 115, and continues in the case of the touch operation, the process proceeds to step 116.

在步骤115中,CPU芯21,基于当前被设定为接通的第八模式标志DF8,来执行第八模式,并结束基于该子程序的处理。 In step 115, the CPU core 21, is currently based on the eighth mode flag DF8 set to ON, the eighth mode is performed, and based on the processing of the subroutine ends. 这里,所谓第八模式,系指用图10右图来说明的进行显示的处理,是保留第二LCD12的显示信息,并在第一LCD11也显示第二LCD1所显示的信息的处理。 Here, the eighth mode, the processing means 10 will be described in FIG right display, the second display information is retained LCD12 and also display information displayed in the first second LCD1 LCD11.

在步骤116中,CPU芯21,判断当前的触摸输入坐标DC1是否处于规定区域AM(参照图11)。 In step 116, CPU core 21 determines whether the current touch input position DC1 is within a predetermined area AM (see FIG. 11). 在触摸输入坐标DC1未处于规定区域AM的场合下,CPU芯21使处理进入下一步骤131(图18)。 In the touch input position DC1 is not within the reference area AM occasions, CPU core 21 proceeds to the next step 131 (FIG. 18). 而在触摸输入坐标DC1处于规定区域AM的场合下,如果第八模式标志DF8被设定为接通,CPU芯21使处理进入下一步骤118,如果第八模式标志DF8被设定为断开,则使处理进入下一步骤131(步骤117)。 In the touch input position DC1 is within the reference area AM case, if the eighth mode flag DF8 is ON, the CPU core 21 proceeds to the next step 118, if the eighth mode flag DF8 is OFF , the process proceeds to the next step 131 (step 117). 这里,CPU芯21,以始点坐标DC2(x1,y1)为基准,将步骤116中所用的规定区域AM设定为x1-k1≤x≤x1+k1,且y1-k2<y<y1+k2(k1、k2为常数)。 Here, the CPU core 21 to the start point position DC2 (x1, y1) as a reference, step 116 will be used to set the reference area AM x1-k1≤x≤x1 + k1, and y1-k2 <y <y1 + k2 (k1, k2 is a constant). 如果当前的触摸输入坐标DC1(xt,yt)为x1-k1≤xt≤x1+k1,且y1-k2<yt<y1+k2,则CPU芯21判断为,当前的触摸输入坐标DC1处于规定区域AM。 If the current touch input position DC1 (xt, yt) is the x1-k1≤xt≤x1 + k1, and y1-k2 <yt <y1 + k2, the CPU core 21 determines that the current touch input position DC1 is within a predetermined region AM.

在步骤118中,CPU芯21将RAM24中所存储的第九模式标志DF9设定为接通,将第八模式标志DF8设定为断开。 In step 118, CPU core 21 to the ninth mode flag DF9 stored in the RAM24 is set to ON, the eighth mode flag DF8 is set to OFF. CPU芯21利用指标图像DI1,在第二LCD12所显示的信息上,在当前的触摸输入坐标DC1的附近,显示上下箭头M9,以及在始点坐标DC2的周边,显示指南图像M7(步骤119;参照图12),并判断用户是否中断了触摸(步骤120)。 CPU core 21 using the indicator image DI1, on the information of the second LCD12 displayed near the current touch input position DC1, the display up and down arrow M9, and the periphery of the start point position DC2 displays a guide image M7 (step 119; reference FIG. 12), and determines whether the user has lifted the stylus 16 (step 120). CPU芯21在用户中断了触摸的场合下,使处理进入下一个步骤121,而在继续进行触摸操作的场合下,则使处理进入步骤131(图18)。 The CPU core 21 the user has lifted the stylus 16, the process proceeds to the next step 121, in the case where the touch operation continues, the process proceeds to step 131 (FIG. 18).

在步骤121中,CPU芯21,基于当前被设定为接通的第九模式标志DF9来执行第九模式,并结束基于该子程序的处理。 In step 121, the CPU core 21, is set to be turned on based on a current ninth mode flag DF9 ninth mode is performed, and exits the subroutine. 这里,所谓第九模式,系指用图12右图来说明的进行显示的处理,是将第一LCD11所显示的信息与第二LCD12所显示的信息交替显示在第一LCD11及第二LCD12的处理。 Here, the ninth mode, the processing means will be described with FIG. 12 right panel display, the first information is information displayed second LCD12 LCD11 displayed alternately displayed in the first and second LCD12 LCD11 of deal with.

在图18的步骤131中,CPU芯21,判断当前的触摸输入坐标DC1是否处于下方区域AB(参照图11)。 In step 131 of FIG. 18, the CPU core 21 determines whether the current touch input position DC1 is below the area AB (see FIG. 11). 在触摸输入坐标DC1未处于下方区域AB的场合下,CPU芯21使处理进入下一步骤136。 In the touch input position DC1 is not within the lower area AB of the case, CPU core 21 proceeds to the next step 136. 而在触摸输入坐标DC1处于下方区域AB的场合下,CPU芯21使处理进入下一步骤132。 In the touch input position DC1 is within the lower area AB of the lower case, CPU core 21 proceeds to the next step 132. 这里,CPU芯21以始点坐标DC2(x1,y1)为基准,将步骤131中所用的下方区域AB设定为x1-k1≤x≤x1+k1,且y≤y1-k2(k1、k2为常数)。 Here, the CPU core 21 to the start point position DC2 (x1, y1) as a reference, the region below the AB setting step 131 is used in the x1-k1≤x≤x1 + k1, and y≤y1-k2 (k1, k2 of constant). 这样,如果当前的触摸输入坐标DC1(xt,yt)为x1-k1≤xt≤x1+k1,且yt≤y1-k2,则CPU芯21判断为,当前的触摸输入坐标DC1处于下方区域AB。 Thus, if the current touch input position DC1 (xt, yt) is the x1-k1≤xt≤x1 + k1, and yt≤y1-k2, the CPU core 21 determines that the current touch input position DC1 is within the lower area AB.

在步骤132中,CPU芯21将RAM24中所存储的第十模式标志DF10设定为接通,将第八、第九、第十一、第十二模式标志DF8、DF9、DF11、DF12设定为断开。 In step 132, CPU core 21 to the tenth mode flag DF10 stored in the RAM24 is set to ON, eighth, ninth, eleventh and twelfth mode flags DF8, DF9, DF11, DF12 set is disconnected. CPU芯21利用指标图像DI1,在第二LCD12所显示的信息上,在当前的触摸输入坐标DC1的附近,显示向下箭头M10(未图示),以及在始点坐标DC2的周边,显示指南图像M7(参照图10)(步骤133),并判断用户是否中断了触摸(步骤134)。 CPU core 21 using the index image DI1, the second information on the LCD12 displayed near the current touch input position DC1, the down arrow MlO display (not shown), and the start point position DC2 periphery displays a guide image M7 (see FIG. 10) (step 133), and determines whether the user has lifted the stylus 16 (step 134). CPU芯21在用户中断了触摸的场合下,使处理进入下一个步骤135,而在继续进行触摸操作的场合下,则使处理进入步骤136。 The CPU core 21 the user has lifted the stylus 16, the process proceeds to the next step 135, and continues in the case of the touch operation, the process proceeds to step 136.

在步骤135中,CPU芯21,基于当前被设定为接通的第十模式标志DF10,来执行第十模式,并结束基于该子程序的处理。 In step 135, 21, the current is set to a tenth mode flag DF10 is turned on, it performs the tenth mode, and terminates the process based on the core CPU subroutine. 这里,所谓第十模式,系指第一LCD11中的显示信息仍然保留,同时在第二LCD12也显示第一LCD11所显示的信息的处理。 Here, the tenth mode, the display information refers to the first LCD11 is retained, but also display information displayed in the first second LCD11 LCD12. 即,在第十模式中,第一LCD11中的显示信息仍然保留,同时在用户的滑动操作方向(从第一LCD11朝向第二LCD12的下方)的起点侧所显示的信息(第一LCD11所显示的信息),显示在该滑动操作方向上所搭载的显示部(第二LCD12)上。 Information, that is, in the tenth mode, the LCD 11 displays the first information, while keeping the direction of the user's slide operation (downward direction from a first to a second LCD12 LCD 11) is displayed starting side (the first LCD 11 display information), on the display section (the second LCD 12) in the direction of sliding operation mounted.

在步骤136中,CPU芯21,判断当前的触摸输入坐标DC1是否处于左侧区域AL(参照图11)。 In step 136, CPU core 21 determines whether the current touch input position DC1 is on the left area AL (see FIG. 11). 在触摸输入坐标DC1未处于左侧区域AL的场合下,CPU芯21使处理进入下一步骤141。 The touch input position DC1 is not within the left area AL is the case, CPU core 21 proceeds to the next step 141. 而在触摸输入坐标DC1处于左侧区域AL的场合下,CPU芯21使处理进入下一步骤137。 In the touch input position DC1 is within the left area AL is the case, CPU core 21 proceeds to the next step 137. 这里,CPU芯21,以始点坐标DC2(x1,y1)为基准,将步骤136中所用的左侧区域AL设定为x<x1-k1(k1为常数)。 Here, the CPU core 21 to the start point position DC2 (x1, y1) as a reference, the left area AL used in step 136 is set to x <x1-k1 (k1 is a constant). 这样,如果当前的触摸输入坐标DC1(xt,yt)为xt<x1-k1,则CPU芯21判断为,当前的触摸输入坐标DC1处于左侧区域AL内。 Thus, if the current touch input position DC1 (xt, yt) to xt <x1-k1, the CPU core 21 determines that the current touch input position DC1 is within the left area AL.

在步骤137中,CPU芯21将RAM24中所存储的第十一模式标志DF11设定为接通,将第八~第十模式标志DF8~DF10及第十二模式标志DF12设定为断开。 In step 137, CPU core 21 stored in the RAM24 as the eleventh mode flag DF11 is set to ON, the eighth to tenth mode flags DF8 ~ DF10 and the twelfth mode flag DF12 is set to OFF. CPU芯21利用指标图像DI1,在第二LCD12所显示的信息上,在当前的触摸输入坐标DC1的附近,显示左向箭头M11(未图示),以及在始点坐标DC2的周边,显示指南图像M7(参照图10)(步骤138),并判断用户是否中断了触摸(步骤139)。 CPU core 21 using the index image DI1, the second information on the LCD12 displayed near the current touch input position DC1 is displayed left arrow M11 (not shown), and the start point position DC2 periphery displays a guide image M7 (see FIG. 10) (step 138), and determines whether the user has lifted the stylus 16 (step 139). CPU芯21在用户中断了触摸的场合下,使处理进入下一个步骤140,而在继续进行触摸操作的场合下,则使处理进入步骤141。 The CPU core 21 the user has lifted the stylus 16, the process proceeds to the next step 140, and continues in the case of the touch operation, the process proceeds to step 141.

在步骤140中,CPU芯21,基于当前被设定为接通的第十一模式标志DF11,来执行第十一模式,并结束基于该子程序的处理。 In step 140, CPU core 21, is set based on the current eleventh mode flag DF11 is turned on, it performs the eleventh mode, and terminates the subroutine based. 这里,所谓第十一模式,系指根据用户的向左方的滑动操作,第一LCD11中的显示信息仍然保留,同时在第二LCD12显示在前一次的处理中第二LCD12所显示的信息、以及与当前第二LCD12所显示的信息前页相当的信息的处理。 Here, the eleventh mode, shall mean the leftward slide operation of the user, the information displayed in the first LCD11, while keeping the previous display information processed in the second LCD 12 are displayed in the second LCD 12, and processing information and current information displayed on the LCD12 Previous second equivalent. 比如,在第十一模式中,第二LCD12所显示的信息中,可进行浏览器的所谓“返回”操作及电子图书等中的显示前页的操作。 For example, in the eleventh mode, the information displayed in the second LCD12, the browser may be a so-called operation of "RETURN" and the operation of the electronic books and the like to display the previous page. 此外,在第二LCD12显示电子图书的场合下,在横版电子图书中,指示左方一般显示前一页,但也可以根据所显示的电子图书的文档构成(比如竖版、漫画、外文文档),将显示前一页的指令设定为向左方的滑动操作。 In the second electronic book display LCD12 case, the horizontal version of the electronic books, indicated generally left before a display, it may be configured (such as vertical version, cartoons, foreign language document according to the displayed electronic book document ), displays the first instruction set as a leftward slide operation.

在步骤141中,CPU芯21,判断当前的触摸输入坐标DC1是否处于右侧区域AR(参照图11)。 In step 141, the CPU core 21 determines whether the current touch input position DC1 is in the right area AR (see FIG. 11). 在触摸输入坐标DC1未处于右侧区域AR的场合下,CPU芯21返回到前述步骤111(图17),继续进行处理。 The touch input position DC1 is not within the right area AR case, the CPU core 21 returns to step 111 (FIG. 17), continues the process. 而在触摸输入坐标DC1处于右侧区域AR的场合下,CPU芯21使处理进入下一步骤142。 In the touch input position DC1 is within the right area AR case, CPU core 21 proceeds to the next step 142. 这里,CPU芯21以始点坐标DC2(x1,y1)为基准,将步骤141中所用的右侧区域AR设定为x>x1+k1(k1为常数)。 Here, the CPU core 21 to the start point position DC2 (x1, y1) as a reference, the right area AR used in step 141 is set to x> x1 + k1 (k1 is a constant). 如果当前的触摸输入坐标DC1(xt,yt)为xt>x1+k1,则CPU芯21判断为,当前的触摸输入坐标DC1处于右侧区域AR内。 If the current touch input position DC1 (xt, yt) to xt> x1 + k1, the CPU core 21 determines that the current touch input position DC1 is within the right area AR.

在步骤142中,CPU芯21,将RAM24中所存储的第十二模式标志DF12设定为接通,将第八~第十一模式标志DF8~DF11设定为断开。 In step 142, CPU core 21, stored in the RAM24 as the twelfth mode flag DF12 is set to ON, the eighth to eleventh mode flags DF8 ~ DF11 set to OFF. CPU芯21利用指标图像DI1,在第二LCD12所显示的信息上,在当前的触摸输入坐标DC1的附近,显示右箭头M12(未图示),并在始点坐标DC2的周边,显示指南图像M7(参照图10)(步骤143),并判断用户是否中断了触摸(步骤144)。 CPU core 21 using the index image DI1, the second information on the LCD12 displayed near the current touch input position DC1, a right-arrow M12 (not shown), and the periphery of the start point position DC2 displays a guide image M7 (see FIG. 10) (step 143), and determines whether the user has lifted the stylus 16 (step 144). CPU芯21在用户中断了触摸的场合下,使处理进入下一个步骤145,而在继续进行触摸操作的场合下,则使处理进入步骤111。 The CPU core 21 the user has lifted the stylus 16, the process proceeds to the next step 145, and continues in the case of the touch operation, the process proceeds to step 111.

在步骤145中,CPU芯21,基于当前被设定为接通的第十二模式标志DF12,来执行第十二模式,并结束基于该子程序的处理。 In step 145, CPU core 21, based on the current mode is set to the twelfth flag DF12 is turned on, it performs the twelfth mode, and terminates the subroutine based. 这里,所谓第十二模式,系指根据用户的向右方的滑动操作,第一LCD11中的显示信息仍然保留,同时作为下次处理,在第二LCD12显示第二LCD12所显示的过去信息、以及与当前第二LCD12所显示的信息的下一页相当的信息的处理。 Here, the twelfth mode, shall mean the rightward sliding operation of the user, the information displayed in the first LCD11, while keeping the processing as the next, the second LCD 12 displays the last information displayed in the second LCD 12, and the next processing information corresponding to the information currently displayed second LCD12. 比如,在第十二模式中,第二LCD12所显示的信息中,可进行浏览器的所谓“前进”操作及电子图书等中的下页显示操作。 For example, in the twelfth mode, the information displayed in the second LCD12 can be performed on the next page called "Forward" operation and a browser such as e-book display operation. 此外,在第二LCD12显示电子图书的场合下,在横版电子图书中,指示右方一般显示下一页,但也可以根据所显示的电子图书的文档构成,将显示前一页的指令设定为向右方的滑动操作。 In the second electronic book display LCD12 case, the horizontal version of the electronic book, the general display indicates rightward Next, it may be configured in accordance with the displayed electronic book document, an instruction to display the previous set as rightward slide operation.

这里,在进行围绕模式以外的背景指定处理时,第八~第十二模式标志DF8~DF12的任意一个被设定为接通后,从当前触摸的区域向其它区域进行滑动操作时,被设定为接通的模式标志便被设定为断开,其它模式标志被设定为接通。 Here, other than the specified background processing mode is performed around any of the eighth to twelfth mode flags DF8 ~ DF12 is turned on after a set, a slide operation region of the current from the other areas of the touch, is provided as it turned mode flag is set to OFF, the other mode flag is set to ON. 比如,在前述步骤112中,第八模式标志DF8被设定为接通后,进行滑动操作,直至达到左侧区域AL为止时(即,在前述步骤136为是),第八模式标志DF8被设定为断开,第十一模式标志DF11被设定为接通。 For example, in the aforementioned step 112, the eighth mode flag DF8 is ON, the operation to slide until it reaches the far left area AL (i.e., at the step 136 is YES), the eighth mode flag DF8 is is set to OFF, the eleventh mode flag DF11 is set to ON. 在该场合下,从始点坐标DC2至上方区域AT为止的采用了触摸面板15的向上方的滑动操作的手势被取消,只有从始点坐标DC2至左侧区域AL为止的向左方的滑动操作被看作是有效的操作手势。 In this case, from the start point position DC2 until the upper region AT using a touch panel are canceled sliding operation gesture above 15, and only from the start point position DC2 to the sliding operation to the left side until the left area AL is It is seen as a valid operation gesture. 即,可容易地取消用于进行规定的操作的滑动操作手势,且可只通过至其它区域为止的滑动操作,只将从始点坐标DC2至该区域为止的滑动操作,看作是有效的操作手势。 That is, the sliding operation can be easily canceled for performing a predetermined gesture operation, and may be operated only by sliding up to the other regions, only from the start point position DC2 to the slide takes place in the region, seen as a valid operation gesture .

另外,尽管在上述构成中,可识别采用了触摸面板15的四个方向的手势,但也可以构成为可识别五个方向以上的多方向操作手势。 Further, although in the above configuration, the gesture may be identified using the four directions of the touch panel 15, it may be configured as a multi-directional gestures recognizable five or more directions. 通过对以规定区域AM为中心的其它各区域进一步细分,可识别采用了触摸面板15的五个方向以上的手势。 By further subdivision of each of the other regions in the center of the reference area AM, the above can be identified using the touch panel 15 in the direction of five gesture. 在该场合下,指南图像M7,作为规定区域AM的边界,以矩形图案来显示(参照图10),尽管它作为用于用户利用触摸面板15来识别有效的操作手势的目标图像,但也可以以其它形状的图案来显示。 In this case, the guide image M7, a boundary area AM, a rectangular display pattern (refer to FIG. 10), although it is effective to identify the object image operation gesture using the touch panel 15 as a user, but may be It is displayed in another shape pattern. 比如,在如上所述不仅可识别采用了触摸面板15的四个方向手势而且也可识别多方向操作手势的场合下,也可以用与该方向区分数量对应的多角形图案来显示。 For example, as described above may be identified using only the touch panel 15 and the four direction of the gesture may also identify where the multi-directional operation gesture, but also a polygonal shape corresponding to the pattern number can be used to distinguish the direction display.

这样,在游戏机装置1中,在步骤74的第三模式、步骤93的第六模式、步骤108的第七模式、步骤121的第九模式等中,根据与来自触摸面板15的输入对应的多个滑动操作方向的组合(比如上下方向),来识别用户的手势,并决定执行的处理。 Thus, in the video game device 1, in the third mode of step 74, step 93 of the sixth mode, a seventh mode of step 108, step 121 in the ninth mode, in accordance with an input from the touch panel 15 corresponding to a plurality of combinations of a sliding operation direction (such as vertical direction), to identify the user's gesture and determining process performed. 因此,通过由单一的滑动操作方向来区别用户的操作手势,可以增加下次处理的变化。 Thus, by a single operation direction sliding operation of the user to distinguish between gestures can increase the change in the next process. 另一方面,可以容易地取消滑动操作的手势,且可只通过至其它区域为止的滑动操作,只将从始点坐标至该区域为止的滑动操作,看作是有效的操作手势。 On the other hand, the sliding operation can be easily cancel the gesture, and may be operated only by sliding up to the other regions, only the starting point from the coordinate to the slide takes place in the region, seen as a valid operation gesture. 因此,在用户所进行的滑动操作不适当的场合下,用户可容易地取消该操作,且可通过与该操作连续的操作,来提供新的操作指示。 Thus, at an inappropriate slide operation performed by the user applications, the user can easily cancel the operation, and may, to provide new instructions to the operation by a continuous operation. 即,根据本发明,通过坐标输入操作,来增加可指定的下次处理的变化,可减少在描绘了不适当轨迹的场合下所产生的不适宜,且可提高坐标输入的操作性。 That is, according to the present invention, by the coordinate input operation to process the next incremental changes can be specified, can be reduced in inappropriate situations depicted improper trajectory generated, and operability can be improved input coordinates. 此外,由于由用户所输入的坐标输入操作而识别的操作手势,在触摸位置附近作为指标来显示,因而可以可靠地识别用户所输入的操作手势及下次处理。 Further, since the input operation by a coordinate input by the user and recognized operation gesture, as an index displayed near the touch position, and therefore can be reliably identified, and the next operation gesture inputted by the user process.

此外,在游戏机装置1中,根据用户采用了触摸面板15的滑动操作,可以通过直观操作,来执行有用性高的显示处理。 Further, in the video game device 1, the user uses the touch panel 15 of the sliding operation, can be performed highly useful display operations through intuitive process. 比如,当用户利用触摸面板15来进行了向上方的滑动操作时,在保留第二LCD12中的显示信息的同时,在与始点坐标DC2对应的处理中所得到的图像(响应图像、放大图像、第二LCD12所显示的图像),可显示在滑动操作方向(从第二LCD12朝向第一LCD11的上方)上的第一LCD11。 For example, when the user uses the touch panel 15 is performed when the slide operation upward, while retaining displayed information of the second LCD12 is in process and the start point position DC2 obtained in the image (a response image, an enlarged image, LCD12 displayed image of the second), it may be displayed in a sliding operation direction (the first from the second LCD12 LCD11 upward on the first LCD11). 此外,当用户利用触摸面板15来进行了向下方的滑动操作时,在与始点坐标DC2对应的处理中所得到的图像,可显示在滑动操作方向(从第一LCD11朝向第二LCD12的下方)上的第二LCD12。 Further, when the user performs the touch panel 15 when the downward-direction sliding operation, in the image processing corresponding to the start point position DC2 as obtained, can be displayed on a sliding operation direction (downward direction from a first to a second LCD 11 LCD12) on the second LCD12. 另外,当用户利用触摸面板15来进行了上下方向往复滑动操作时,第二LCD12中所显示的图像便可显示在第一LCD11,在与始点坐标DC2对应的处理中所得到的图像(响应图像、第一LCD11所显示的图像),可显示在第一LCD11,因而滑动操作方向(在第一LCD11及第二LCD12所在的方向往复的上下方向)上的上下显示部(第一LCD11及第二LCD12)中所显示的信息,便可交替显示。 Further, when the user uses the touch panel 15 to slide reciprocally in the vertical direction operation, the second image can be displayed on the LCD12 shown in the first LCD 11, the processing corresponding to the start point position DC2 obtained in the image (response image the first LCD 11 displays the image) may be displayed on the first LCD 11, and thus the sliding operation direction (vertical display portion on a first LCD 11 and the second direction where the LCD12 reciprocating vertical direction) (the first LCD 11 and the second information LCD 12) as shown, can be alternately displayed. 用户向触摸面板15输入的滑动操作方向及与此对应的显示处理,便具有直观性。 Sliding operation direction input by the user and the touch panel 15 corresponding to this display process, there is an intuitive. 而且,保留原显示信息,同时在其它显示部显示与处理对应的信息,这一点在各种场合下均可发挥有用性。 Further, keeping the original displayed information while displaying information corresponding to the process, it can be played in various situations the usefulness of the other display unit.

另外,在前述中,为具体说明,利用具体的操作顺序来说明了各输入坐标处理,但它们只是一种实施例,毋庸赘言,本发明不限于这些操作顺序。 Further, in the foregoing, is specifically described, using specific operation sequence for each input position processing clear, but they are only one embodiment, needless to say, the present invention is not limited to these operating sequence. 比如,也可以进一步增加可作为触摸面板15上的操作手势来识别的滑动操作。 For example, it may be further increased may be identified as the gesture operation on the touch panel 15 sliding operation.

此外,在前述中为具体说明,利用在第一LCD11及第二LCD12上阅览网络上所公开的文档及图像等数据这一例来进行了说明,但也可以使其它信息及图像在第一LCD11及第二LCD12上显示。 Further, as specifically described in the foregoing, the use of documents and images viewed on the network disclosed in the first and second LCD12 LCD11 data to this embodiment has been described, it is also possible that the additional information and the image in the first and LCD11 a second display on LCD12. 比如,也可以在第一LCD11及第二LCD12上,显示用游戏机装置1来阅览记录到电子媒体中的数字数据化辞典等书籍这种电子图书。 For example, it may be on the first LCD 12 and the second LCD11, the video game device 1 to display the browsing record of the digital data dictionaries and other electronic media such electronic books in a book.

此外,在前述的实施方式中,作为将画面分为两部分的液晶显示部一例,所说明的是将实体上分离的第一LCD11及第二LCD12互相上下配置的场合(上下两个画面的场合)。 Further, in the foregoing embodiment, the display screen is divided into two parts as the liquid crystal unit one case, the case is explained arranged physically separate first and second LCD12 LCD11 each vertical (upper and lower screens where ). 然而,将画面分为两部分的显示画面的构成,也可以采用其它构成。 However, the picture is divided into two parts constituting the display screen, and other configurations may be employed. 比如,也可以在下侧壳体13b的一个主面上,左右配置第一LCD11及第二LCD12。 For example, the following may be one main surface side of the housing 13b, disposed around first and second LCD11 LCD12. 此外,也可以构成为:将与第二LCD12横宽相同而纵长为两倍的纵长形LCD(即,实体上为一个,但显示长度在纵向分为两个画面的LCD),配置到下侧壳体13b的一个主面上,并在上下显示第一及第二显示图像(即,无上下边界部分来相邻显示)。 Further, it may be configured as follows: the second LCD12 identical width and twice the elongated vertically long LCD (i.e., a physically, but shows the length in the longitudinal direction of the LCD screen is divided into two), arranged to one main surface 13b of the lower case, and displaying the first and second upper and lower display image (i.e., without the upper and lower boundary portions adjacent to the display). 此外,还可以构成为:将与第二LCD12纵宽相同而横长为两倍的横长形LCD,配置到下侧壳体13b的一个主面上,并在横向左右显示第一及第二显示图像(即,无左右边界部分来相邻显示)。 In addition, a configuration may be: the same width vertically and horizontally long second LCD12 twice as long as a cross-shaped LCD, disposed to one main surface of the lower housing 13b, and left and right lateral display in the first and second a display image (i.e., without a boundary portion to the left and right neighboring display). 即,可以将实体上为一个的画面分为两部分来使用,由此来显示第一及第二显示图像。 That is, the entity is a screen divided into two parts can be used, whereby the first and second display to display the image. 对于任意一种游戏图像方式,如果在第二显示图像的显示画面上配置触摸面板15,则同样可实现本发明。 A game image for any manner, if the configuration of the touch panel 15 displayed on the display screen of the second image, the present invention can be achieved likewise. 此外,在将实体上为一个的画面分为两部分来使用,由此来显示第一及第二显示图像的场合下,也可以在该画面整体上配置触摸面板15。 Further, when the entity on a screen divided into two parts is used, thereby displaying the display image of the first and second case, the touch panel 15 may be disposed on the entire screen.

此外,在前述的实施例中,在游戏机装置1上一体地设置有触摸面板15,但毋庸赘言,即使分开构成游戏机装置与触摸面板,也可实现本发明。 Further, in the foregoing embodiment, in the video game device 1 is integrally provided with a touch panel 15, but needless to say, even if separated from the gaming machine configuration device with the touch panel, the present invention may be implemented. 此外,也可以在第一LCD11的上面设置触摸面板15。 Further, the touch panel 15 may be provided on top of the first LCD11. 另外,在前述实施例中,将显示画面设为两个(第一LCD11、第二LCD12),但根据本发明的方式,也可将显示画面设为一个。 Further, in the foregoing embodiment, the display screen is set to two (the first LCD 11, a second LCD 12), but according to the embodiment of the present invention, may also be set to a display screen. 即,在前述实施例中,也可以不设置第一LCD11,而只将第二LCD12作为显示画面,来设置触摸面板15。 That is, in the foregoing embodiment, the first LCD 11 may not be provided, and only the second display screen LCD12 as to the touch panel 15 is provided. 此外,在前述实施例中,也可以不设置第二LCD12,而只在第一LCD11的上面设置触摸面板15。 Further, in the foregoing embodiment, the second LCD 12 may not be provided, but only the touch panel 15 provided on top of the first LCD11.

此外,在前述实施例中,作为游戏机装置1的输入手段,使用了触摸面板,但也可以采用其它定点设备。 Further, in the foregoing embodiments, the video game device 1 as an input means using a touch panel, may also be employed other pointing device. 这里,所谓定点设备,系指对画面上的输入位置及坐标进行指定的输入装置,比如,如果将鼠标、跟踪板、跟踪球等用作输入手段,并采用根据从输入手段输出的输出值来计算出的画面坐标系的信息,则同样可以实现本发明。 Here, the pointing device, the input means and the coordinate position specified on the screen of the input device, for example, if a mouse, a track pad, a track ball and the like as input means, and to use the output value output from the input means the calculated information screen coordinate system is likewise present invention may be implemented.

此外,在前述实施例中,在游戏机装置1上一体地设置有触摸面板15,但也可以采用使触摸面板成为输入手段之一的普通个人计算机等信息处理装置(输入坐标处理装置)。 Further, in the foregoing embodiment, in the video game device 1 is integrally provided with a touch panel 15, but an ordinary personal computer, an information processing device (input position processing device) become the touch panel input means may also be employed.

本发明的输入坐标处理程序及输入坐标处理装置,可增加利用定点设备来可识别的用户操作手势,同时可易于取消所输入的操作手势,且可用作阅览网络上所公开的文档及图像等信息或者在显示装置上显示电子文档等显示信息的游戏机装置等信息处理装置、以及该信息处理装置中所执行的程序等。 Coordinate input processing program of the present invention and an input position processing device, can be increased by using a pointing device to a user operation recognized gesture, while easily cancel gesture input, and can be used to view the image on a document and the like disclosed network display the electronic document information or the like information processing apparatus gaming machine display device information, and the like, and programs in the information processing apparatus is performed on the display device. 此外,本发明的输入坐标处理程序及输入坐标处理装置,可根据用户采用了定点设备的操作,通过直观性操作来执行有用性高的显示处理,且可用作阅览网络上所公开的文档及图像等信息或者在显示装置上显示电子图书等显示信息的游戏机装置等信息处理装置、以及该信息处理装置中执行的程序等。 Further, the input position processing program and an input position processing device of the present invention, according to a user operation using a pointing device to perform useful display process by the highly intuitive operation, and can be used to view the document on the network and disclosed displaying the image information or the like other electronic book display apparatus of the gaming machine information processing apparatus or the like information, and the information processing apparatus programs executed on the display device.

以上,详细说明了本发明,但前述说明只不过是在各方面例示了本发明,并不限定其范围。 Above, the present invention is described in detail, the foregoing description is merely illustrative in all aspects of the present invention, not to limit its scope. 毋庸赘言,在不脱离本发明的范围内可进行各种改良及变形。 Needless to say, in the present invention without departing from the scope of the various improvements and modifications may be made.

在本说明书中,引用了日本专利申请号特愿2005-109986号及特愿2005-109987号的内容。 In the present specification, the entire disclosure of Japanese Patent Application No. 2005-109986 and contents of Tokugan Patent Application No. 2005-109987.

Claims (14)

1.一种输入坐标处理方法,其由根据用户的操作而从定点设备输出的输入坐标来操作,该输入坐标处理方法的特征在于,包括:输入坐标检测步骤,其根据从前述定点设备输出的输入坐标,来检测基于规定坐标系的坐标信息;基准坐标存储步骤,其基于在前述输入坐标检测步骤中检测出的一系列坐标信息中的最初坐标信息,来设定并存储基准坐标;多区域设定步骤,其以前述基准坐标作为基准来形成多个区域,并将包含该基准坐标的区域设定为基准区域;处理决定步骤,其基于在前述输入坐标检测步骤中检测出的一系列坐标信息中的最后坐标信息、以及前述基准坐标,来决定处理,前述处理决定步骤包括:第一处理决定步骤,其在前述最后的坐标信息表示前述基准区域之外的区域内时,基于从前述基准坐标向该最后的坐标信息所示的区域的方向来 1. An input position processing program, which operates the input coordinate from a pointing device output by the user's operation, the input position processing method characterized by comprising: an input position detection step, based on the output from the pointing device input coordinates detected based on the coordinate information of a predetermined coordinate system; reference position storage step, based on the first series of the coordinate information in the coordinate information detected by the input position detection step is to set and store the reference coordinate; multizone setting step, the reference coordinates which is formed as a plurality of reference regions, and the region that contains the reference coordinates is set as the reference area; determining step, based on which a series of coordinates detected in the input position detection step Finally, the coordinate information, and the reference coordinates, the processing for determining, the determining step comprises: a first determining step, which represents the final coordinate information of the reference area other than the area, based on the foregoing reference to coordinate direction of the area shown by the last to 定处理;第二处理决定步骤,其在前述输入坐标检测步骤中检测出的一系列坐标信息中的部分坐标信息表示了前述基准区域之外的区域内之后,在前述最后的坐标信息表示前述基准区域内时,基于从前述基准坐标向该部分坐标信息所示的区域的方向、及从该部分坐标信息所示的区域向前述基准坐标的方向的组合,来决定处理。 Given process; after the second determining step, the coordinate information part of a series of coordinate information which is detected in the input position detection step indicates an area other than the reference area, the information indicating the final coordinate of the reference within the area, based on the direction from the area indicated in the preceding section to the reference coordinate of the coordinate information and the region from the combination of the portion shown in the direction of the coordinate information of the coordinate reference to decision process.
2.根据权利要求1所述的输入坐标处理方法,其特征在于:前述处理决定步骤,还包括:标志设定步骤,其在前述最后的坐标信息所示的位置从前述基准区域向其它区域移动时,设定并存储该其它区域所对应的标志;第一标志更新步骤,其在前述标志设定步骤中设定了标志后,在前述最后的坐标信息所示的位置从设定有该标志的区域向不同于前述基准区域的其它区域进一步移动时,将当前设定的标志更新为与该最后的坐标信息所示的区域对应的标志,并予以存储;第二标志更新步骤,其在前述标志设定步骤或前述第一标志更新步骤中设定了标志后,在前述最后的坐标信息所示的位置从设定有该标志的区域向前述基准区域进一步移动时,将当前设定的标志更新为表示前述基准区域与设定了该标志的区域的往复的标志,并予以存储,另外,前述第一处理 The input position processing method according to claim 1, wherein: the determining step, further comprising: a flag setting step, the movement from the reference area to other areas in the last position of the coordinate information shown in time, and stores the other region is set corresponding to the flag; after a first flag updating step, that sets a flag in the flag setting step, the position shown in the last coordinate information from the flag is set when the region is moved to another area different from the reference region further, the flag currently set update flag region and the coordinate information shown in the last corresponding to and to store it; and a second flag updating step, in which the after the flag setting step or the first flag updating step flag is set at the position shown in the last coordinate information from the flag area is set to the reference area is further moved, the currently set flag represents the reference area is updated with a flag set reciprocating region the flag, to be stored and, further, the first treatment 定步骤,基于由前述标志设定步骤或前述第一标志更新步骤所设定的标志,来决定处理,前述第二处理决定步骤,基于由前述第二标志更新步骤设定的标志,来决定处理。 Decision step, based on the flag of the flag setting step or the first flag updating step is set to determine the processing, the second operation determining step, based on the flag set by the second flag updating step, the processing for determining .
3.根据权利要求1所述的输入坐标处理方法,其特征在于,还包括显示控制步骤,该步骤在显示装置分别显示表示下述方向的指标,该方向是从在前述第一处理决定步骤中决定了处理的前述基准坐标向前述最后的坐标信息所示的其它区域的方向、以及在前述第二处理决定步骤中决定了处理的组合方向。 The input position processing method according to claim 1, characterized in that, further comprising a display control step of displaying on a display device respectively following the direction index indicating the direction from a first process in the determining step determines the direction of the reference coordinate processing to other regions shown in the final coordinate information, and determines the direction of the process in a combination of the second operation determining step.
4.根据权利要求1所述的输入坐标处理方法,其特征在于,还包括显示控制步骤,该步骤在显示装置显示表示在前述多个区域设定步骤中设定的基准区域的图像。 The input position processing method according to claim 1, characterized in that, further comprising a display control step of displaying an image representing the reference region setting step in the plurality of areas set in the display device.
5.根据权利要求1所述的输入坐标处理方法,其特征在于:还包括显示控制步骤,该步骤在显示装置显示基于前述坐标系的图像,前述多个区域设定步骤,将以前述基准区域为中心的外围的前述图像区域分割成多个,并形成前述多个区域。 The input position processing method according to claim 1, characterized in that: further comprising a display control step of displaying an image based on the display device in the coordinate system, the step of setting a plurality of regions, will be the reference region the peripheral region of the center of the image into a plurality, and the plurality of regions are formed.
6.一种输入坐标处理方法,其由根据用户的操作而从定点设备输出的输入坐标来操作,该输入坐标处理方法的特征在于,包括:输入坐标检测步骤,其根据从前述定点设备输出的输入坐标,来检测基于规定坐标系的坐标信息;基准坐标存储步骤,其基于在前述输入坐标检测步骤中检测出的一系列坐标信息中的最初坐标信息,来设定并存储基准坐标;第一处理决定步骤,其基于从前述基准坐标所示的位置,向在前述输入坐标检测步骤中检测出的一系列坐标信息中的最后坐标信息所示的位置的方向,来决定处理;第二处理决定步骤,其基于从前述基准坐标所示的位置,向在前述输入坐标检测步骤中检测出的一系列坐标信息中的途中坐标信息所示的位置的方向、以及从该途中坐标信息所示的位置,向前述基准坐标所示的位置的方向的组合,来决定处理; An input position processing method, and operates the input from the pointing device coordinate outputted by the user's operation, the input position processing method characterized by comprising: an input position detection step, based on the output from the pointing device input coordinates detected based on the coordinate information of a predetermined coordinate system; reference position storage step, based on the first series of the coordinate information in the coordinate information detected by the input position detection step is to set and store the reference coordinate; first determining step, based on the position shown in the reference coordinate, the coordinate information shown in the last direction of a series of position data detected in the input position detection step in a position to determine treatment; second operation determining step position based on the position from the position shown in the reference coordinate, the coordinate information on the way to a series of position data detected in the input position detection step in the direction shown, and the coordinate information from the way shown in FIG. , the combination of the position shown in the direction of the reference coordinate, processing for determining; 示控制步骤,其在显示装置显示基于前述坐标系的图像,并在前述最后的坐标信息所示的位置附近的该图像上,分别显示表示下述方向的指标,该方向是在前述第一处理决定步骤中决定了处理的方向、以及在前述第二处理决定步骤中决定了处理的组合方向。 Display control step of displaying an image on a display device based on the coordinate system, and the coordinate information shown in the last image of the vicinity of the position, show the following index indicating a direction, which first direction is in the process determining step determines the direction of processing, and determining the direction of the process in the combination processing of the second determining step.
7.一种输入坐标处理方法,其由根据用户的操作而从定点设备输出的输入坐标,来在构成显示装置的第一显示部及第二显示部上逐个显示画面,该输入坐标处理方法的特征在于,包括:输入坐标存储步骤,其根据从前述定点设备输出的输入坐标,来检测并存储基于前述显示装置所显示的图像的显示坐标系的坐标信息;基准坐标存储步骤,其将在前述输入坐标存储步骤中存储的一系列坐标信息中的最初坐标信息,设定为基准坐标,并予以存储;处理步骤,其基于前述一系列坐标信息中的至少一个坐标信息,来取得显示图像;显示控制步骤,其在以前述基准坐标为基准,前述显示坐标系中的前述一系列坐标信息所示的操作方向,表示从前述第一显示部的位置朝向前述第二显示部的位置的基准方向时,在该第二显示部上显示在前述处理步骤中取得的显示 A coordinate input processing method, which is a display screen on the first display unit and second display portions according to a user's operation input from the coordinate pointing device output to the display device constituting one by one, the input position processing characterized by comprising: an input position storage step, it and stores based on the input coordinates of the pointing device output, is detected based on the display coordinate information of the display coordinate system of an image by the display device; a reference position storage step, which will be the initially a series of coordinate information input position coordinate information stored in the storing step, the reference coordinate set, and to store it; processing step, based on at least a series of coordinate information of the coordinate information to acquire an image display; a display a control step in which the operation direction to the reference coordinates as a reference, the coordinates of the display range of the coordinate information as shown, from the position represented by the first display unit toward the direction of the reference position of the second display unit displayed, it is displayed on the second display unit acquired in the previous processing step 像。 Like.
8.根据权利要求7所述的输入坐标处理方法,其特征在于:前述输入坐标处理方法,是基于前述输入坐标,来进行经由与网络进行通信的通信部来下载文件并在前述显示装置上阅览的网络浏览器的显示处理,前述处理步骤中,在前述基准坐标位于网络浏览器的响应区域时,取得与该响应区域对应的响应图像,前述显示控制步骤中,在前述操作方向表示前述基准方向时,在前述第二显示部上显示前述响应图像。 8. The input position processing method according to claim 7, wherein: the input position processing method is based on the input position, via the communication unit to perform communication with the network to download the file and viewed on the display device display processing of the web browser, the processing step, when the reference coordinate response region of the web browser acquires response image corresponding to the response region, the display control step, represents the reference direction of the operation direction when, in response to the second image is displayed on the display unit.
9.根据权利要求8所述的输入坐标处理方法,其特征在于:前述处理步骤中,在前述基准坐标位于网络浏览器的背景区域时,取得在前述第一显示部所显示的至少部分图像,前述显示控制步骤中,在前述操作方向表示前述基准方向时,在前述第二显示部上显示前述第一显示部所显示的至少部分图像。 9. The input position processing method according to claim 8, wherein: the processing step, when the background region located on the reference coordinate web browser acquires at least a first portion of the image displayed on the display unit, the display control step, when the reference direction indicates the operation direction, the first display at least a portion of an image displayed on the display on the second display portion.
10.根据权利要求8所述的输入坐标处理方法,其特征在于:前述基准方向,是对于前述显示装置的前述第一显示部设置有前述第二显示部的上方向或下方向,前述处理步骤中,在前述基准坐标位于网络浏览器的背景区域,而且前述操作方向表示左方向或右方向时,在该处理步骤中取得已在过去取得的图像,前述显示控制步骤中,在前述操作方向表示左方向或右方向时,在前述第一显示部上显示前述在过去所取得的图像。 10. The input position processing method according to claim 8, wherein: the reference direction is the display device for the display portion is provided with a first direction of the second display section or the lower direction, the processing step when, in a located web browser background area of ​​the reference coordinates, and the operation direction indicates a leftward direction or a rightward direction, obtaining the image has been made in the past in this process step, the display control step, represents the operation direction when the left or right direction, the display image obtained in the past on the first display portion.
11.根据权利要求7所述的输入坐标处理方法,其特征在于:前述处理步骤中,在前述一系列坐标信息的轨迹围绕前述第一显示部所显示的规定区域时,取得将该规定区域内的图像放大了的放大图像,前述显示控制步骤中,在前述第二显示部上显示前述放大图像。 11. The input position processing method according to claim 7, wherein: when the processing step, the coordinate information of the track number of the predetermined area around the first display section acquires the predetermined region within enlarged image enlarged image, the display control step, display the enlarged image on the second display portion.
12.根据权利要求7所述的输入坐标处理方法,其特征在于:前述基准方向,是对于前述显示装置的前述第一显示部设置有前述第二显示部的上方向或下方向,前述处理步骤中,在前述操作方向表示左方向或右方向时,取得不同于前述第一显示部所显示的页面的其它页面图像,前述显示控制步骤中,在前述操作方向表示左方向或右方向时,在前述第一显示部上显示前述其它的页面图像。 12. The input position processing method according to claim 7, wherein: the reference direction is the display device for the display portion is provided with a first direction of the second display section or the lower direction, the processing step in time, when the operation direction indicates a left or right direction, the image is different from other pages to obtain the first page displayed on the display unit, the display control step, a left or right direction in the operation direction, the other displays the page image on the first display portion.
13.根据权利要求7所述的输入坐标处理方法,其特征在于:基于从前述定点设备输出的输入坐标所对应的基于前述显示坐标系的坐标信息,只能设定在前述第一显示部所显示的图像及前述第二显示部所显示的图像之一。 13. The input position processing method according to claim 7, wherein: the input coordinates based on the coordinate information from the pointing device based on an output corresponding to the coordinate system of the display, the display can only be set in the first section one of the image display and the image displayed on the second display unit.
14.一种输入坐标处理方法,其基于根据用户的操作而从定点设备输出的输入坐标,来在构成显示装置的第一显示部及第二显示部上逐个显示画面,该输入坐标处理方法的特征在于,执行:输入坐标存储步骤,其根据从前述定点设备输出的输入坐标,来检测并存储基于前述显示装置所显示的图像的显示坐标系的坐标信息;基准坐标存储步骤,其将在前述输入坐标存储步骤中存储的一系列坐标信息中的最初坐标信息,设定为基准坐标,并予以存储;处理步骤,其基于前述一系列坐标信息中的至少一个坐标信息,来取得显示图像;显示控制步骤,其在以前述基准坐标为基准,前述显示坐标系中的前述一系列坐标信息所示的操作方向,表示在前述第一显示部及前述第二显示部的配置方向往复的往复方向时,在前述第一显示部上显示该第二显示部所显示过的 14. A method for processing a coordinate input and display them one by one based on the first display unit and second display portions according to a user's operation input from the coordinate pointing device output to the display device in the configuration of the coordinate input processing method characterized in that, to execute: an input position storage step, it and the storage is based on the display coordinate information of the display coordinate system of an image by the display device from the input coordinates of the pointing device output, detected based; reference position storage step, which will be the initially a series of coordinate information input position coordinate information stored in the storing step, the reference coordinate set, and to store it; processing step, based on at least a series of coordinate information of the coordinate information to acquire an image display; a display control step when a reference to the reference coordinates, the direction indicated by the display operation coordinate system the coordinate series information indicating the direction of reciprocation of the reciprocating arrangement direction of the first section and the second display section the display is displayed on the first display part displayed on the second display unit through the 少部分图像,同时在前述第二显示部上显示在前述处理步骤中所取得的显示图像。 A small part of the image, while in the previous display image obtained in the processing step on the second display portion.
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