JP6015298B2 - Information processing apparatus, information processing system, and information processing method - Google Patents

Description

  The present invention relates to an information processing apparatus, an information processing system, and an information processing method.

  Conventionally, in a multi-function peripheral (hereinafter referred to as MFP) or personal computer (hereinafter referred to as PC), a list display image for displaying a list of selection items and display items can be scrolled by clicking a designated position on the image with a mouse. In a numerical value input image for inputting a numerical value, it is known to count up the numerical value.

  About the booster function to increase the scroll width of the list display and increase the count-up and count-down amounts when the mouse wheel that can be rotated at the center and the tip side of the mouse is rotated at high speed. Is also known. According to this booster function, when the list display is to be scrolled greatly or the numerical value is to be greatly changed, the mouse wheel only needs to be rotated at high speed, and the convenience can be improved. Note that the booster function is used for a wide variety of applications, such as those that increase the amount of enlargement or reduction of an image (see Patent Document 1).

JP 2006-4260 A

  Here, whether or not the mouse wheel is rotated at a high speed is determined as follows. First, when the amount of rotation of the mouse wheel reaches a predetermined amount, that is, when a one-notch operation is performed, time measurement is started, and it is determined whether or not a one-notch operation has been performed again within a predetermined time. When the notch operation within a predetermined time continues for a predetermined number of times or more, it is determined that the mouse wheel is rotated at a high speed, and the booster function is enabled.

  However, if the parameters for determining whether or not the mouse wheel has been rotated at a high speed (the predetermined time and the predetermined number of times) are always set to the same value, it is not possible to deal with various scenes and the convenience is reduced. For example, due to the structure of a human hand, it is easy to perform an operation of rotating the mouse wheel downward, but it is difficult to perform an operation of rotating the mouse wheel upward. Therefore, if the mouse wheel is rotated downward, it can be easily scrolled using the booster function, but if it is rotated upward, it is easily scrolled using the booster function. It is impossible to do so, resulting in a decrease in convenience.

  The present invention has been made to solve such a conventional problem, and an object of the present invention is to provide an information processing apparatus, an information processing system, and an information processing method capable of improving convenience. Is to provide.

In order to achieve the above object, an information processing apparatus according to the present invention changes a display image in response to a mouse operation, and includes a determination unit that determines whether or not a mouse wheel is rotated at a predetermined speed or more. When the determination means determines that the mouse wheel is rotated at a predetermined speed or higher, the booster setting means sets an operation amount larger than the operation amount of the rotation operation , and is set by the booster setting means according to the mouse operation. And an image control means for performing image control based on the manipulated variable. The determination means displays an edited image for editing image data, and displays an edited image when a specific area in the image data is not selected. If not, and, although the editing image is displayed than when a specific area in the image data is selected and operated to rotate at a predetermined speed or more The parameters for determining whether, and changes to are hardly direction determined to be rotating operation at a predetermined speed or more. According to this information processing apparatus, when an edited image for editing image data is displayed and a specific area in the image data is not selected, the parameter is changed in a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or higher. Here, for example, a case where a delicate operation such as editing in units of one dot is assumed, and there is little need to activate the booster function. For this reason, by changing the parameter in a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or more, even if the user accidentally touches the mouse wheel, it becomes difficult to activate the booster function, which can improve convenience. it can.

In order to achieve the above object, an information processing apparatus according to the present invention is an information processing apparatus that changes a display image in response to a mouse operation, and determines whether or not a mouse wheel has been rotated at a predetermined speed or more. Determining means, a booster setting means for setting an operation amount larger than the operation amount of the rotation operation when the determination means determines that the mouse wheel is rotated at a predetermined speed or more, and a booster setting according to the mouse operation An image control unit that performs image control based on an operation amount set by the unit, and the determination unit displays an edited image for editing the image data, and a specific area in the image data is selected. When the edited image is not displayed, or when the edited image is displayed but the specific area in the image data is not selected, at a predetermined speed or higher. A parameter that determines whether the rolling operation, and changes in the direction of easy is determined that the rotation operation at a predetermined speed or more. According to this information processing apparatus, when an edited image for editing image data is displayed and a specific area in the image data is selected, the parameter is changed in a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or higher. Here, since the specific area is selected, it is assumed that the above operation is an enlargement operation for enlarging the specific area, and it is assumed that there is a high need to activate the booster function. For this reason, the convenience can be improved by changing the parameter in a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or higher.

  Further, in this information processing apparatus, when the operation of rotating the mouse wheel in the upward direction is performed, the determination unit can easily determine that the rotation operation has been performed at a predetermined speed or more than the operation of rotating the mouse wheel downward. It is preferable to change the parameters in the direction.

  According to this information processing apparatus, when an operation for rotating the mouse wheel upward is performed, the parameter is changed in a direction in which it is easily determined that the mouse wheel is rotated at a predetermined speed or more. In the upward direction, it is easy to determine that the rotation operation has been performed at a predetermined speed or more, and convenience can be improved.

  Further, in this information processing apparatus, the determining means sets the parameter in a direction in which it is easier to determine that the rotation operation is performed at a predetermined speed or higher when the CPU usage rate is higher than the predetermined rate than when the CPU usage rate is lower than the predetermined rate. Is preferably changed.

  According to this information processing apparatus, when the CPU usage rate is higher than the predetermined rate, the parameter is changed in a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or higher. Here, for example, when the load is high, such as when the job is executed, the CPU preferentially executes the process of executing the job, so that it is difficult to allocate the CPU to the process of determining that the rotation operation is performed at a predetermined speed or more. For this reason, it is easy to determine that the rotation operation has been performed at a predetermined speed or more, and the time required for this processing can be shortened to prevent the processing program from operating normally.

  Further, in this information processing apparatus, the determination means is more easily determined to have been operated to rotate at a predetermined speed or more when the mouse is moved in the same direction as the rotation direction of the mouse wheel. It is preferable to change the parameters.

  According to this information processing apparatus, when there is an operation for moving the mouse in the same direction as the rotation direction of the mouse wheel, the parameter is changed to a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or higher. Here, when the user wants to perform the rotation operation at a predetermined speed or more, the user may move the mouse in accordance with the rotation operation of the mouse wheel. For this reason, convenience can be improved by changing a parameter in the direction where it is easy to judge that it was operated by rotation more than predetermined speed in such a case.

  Further, in this information processing apparatus, the determination means has a scrollable width that is scrollable from the current display position of the list display image that displays the list is smaller than a predetermined width, than a case where the scrollable width is a predetermined width or more. However, it is preferable to change the parameter in a direction in which it is difficult to determine that the rotation operation is performed at a predetermined speed or higher.

  According to this information processing apparatus, when the scrollable width that can be scrolled from the current display position of the list display image is smaller than the predetermined width, the parameter is changed in a direction in which it is difficult to determine that the rotation operation is performed at a predetermined speed or higher. For this reason, when there is not much width to scroll from the current display position, it is difficult to determine that the rotation operation has been performed at a predetermined speed or more, and convenience can be improved.

  In the information processing apparatus, it is preferable that the determination unit changes a parameter for determining whether or not the rotation operation is performed at a predetermined speed or more according to the type of the mouse.

  According to this information processing apparatus, the parameter for determining whether or not the rotation operation has been performed at a predetermined speed or more is changed according to the type of the mouse, so that the parameter is changed to an appropriate parameter for each type of mouse having a different mouse event resolution. It is possible to improve convenience.

  In the information processing apparatus, it is preferable that the determination unit changes a parameter for determining whether or not the rotation operation is performed at a predetermined speed or more for each user.

  According to this information processing apparatus, since the parameter for determining whether or not the rotation operation is performed at a predetermined speed or more is changed for each user, it is appropriate for, for example, a user whose finger is long and easy to rotate the mouse wheel and a user who is not so. It is possible to change to a simple parameter, and the convenience can be further improved.

The information processing system according to the present invention includes an operation device that receives a mouse operation, and a processing device that is connected to the operation device in communication and changes a display image according to the operation content received by the operation device. The operation device includes a determination unit that determines whether or not the mouse wheel has been rotated at a predetermined speed or higher, and the processing device has determined that the mouse wheel has been rotated at a predetermined speed or higher by the determination unit. A booster setting unit that sets an operation amount larger than the operation amount of the rotation operation , and an image control unit that performs image control based on the operation amount set by the booster setting unit according to the mouse operation, determination means displays the edited image to edit the image data, if the specific area in the image data is not selected, it is not displayed edited image If, and, compared with the case where a specific area of it edited image is displayed in the image data is also selected, the parameter that determines whether the rotating operation at a predetermined speed or more, the rotation operation at a predetermined speed or more It is characterized by changing in a direction that is difficult to be judged . According to this information processing system, when an edited image for editing image data is displayed and a specific area in the image data is not selected, the parameter is changed in a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or higher. Here, for example, a case where a delicate operation such as editing in units of one dot is assumed, and there is little need to activate the booster function. For this reason, by changing the parameter in a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or more, even if the user accidentally touches the mouse wheel, it becomes difficult to activate the booster function, which can improve convenience. it can.

The information processing system according to the present invention includes an operation device that receives a mouse operation, and a processing device that is connected to the operation device in communication and changes a display image according to the operation content received by the operation device. The operation device includes a determination unit that determines whether or not the mouse wheel has been rotated at a predetermined speed or higher, and the processing device has determined that the mouse wheel has been rotated at a predetermined speed or higher by the determination unit. A booster setting unit that sets an operation amount larger than the operation amount of the rotation operation, and an image control unit that performs image control based on the operation amount set by the booster setting unit according to the mouse operation, The determination means displays the edited image when the edited image is displayed when an edited image for editing the image data is displayed and a specific area in the image data is selected. And a parameter for determining whether or not the rotation operation has been performed at a predetermined speed or higher than that in a case where the edited image is displayed but the specific area in the image data is not selected. It is characterized by changing to a direction in which it is easy to judge. According to this information processing system, when an edited image for editing image data is displayed and a specific area in the image data is selected, the parameter is changed in a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or higher. Here, since the specific area is selected, it is assumed that the above operation is an enlargement operation for enlarging the specific area, and it is assumed that there is a high need to activate the booster function. For this reason, the convenience can be improved by changing the parameter in a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or higher.

  Further, in this information processing system, the processing device includes a determination unit, and the determination unit of the operating device sets the parameter in a direction in which it is difficult to determine that the rotation operation is performed at a predetermined speed or higher than the determination unit of the processing device. Is preferred.

  According to this information processing system, the determination unit of the controller device sets the parameter in a direction in which it is difficult to determine that the rotation operation is performed at a predetermined speed or higher than the determination unit of the processing device. Here, when a remote panel operation is performed from the operating device, image transfer is performed in which the content controlled by the processing device is transmitted to the operating device and displayed on the operating device. Therefore, when scrolling, etc., image transfer may not be in time, and by setting parameters in a direction that is difficult to determine that the rotation operation has been performed at a predetermined speed or higher, it is possible to prevent a situation in which image transfer is not in time. Can do.

The information processing method according to the present invention is a method of changing a display image in response to a mouse operation, wherein a determination step for determining whether or not a mouse wheel has been rotated at a predetermined speed or more and a mouse in the determination step Based on the booster setting process that sets an operation amount larger than the operation amount of the rotation operation and the operation amount set in the booster setting process according to the mouse operation when it is determined that the wheel is rotated at a predetermined speed or more. An image control step for performing image control, and in the determination step, an edited image for editing the image data is displayed, if a specific region in the image data is not selected, or if an edited image is not displayed, and, compared to the case where although the edited image is displayed is selected a specific area in the image data is also determined whether or not a rotation operation at a predetermined speed or more That parameter, characterized in that any change to the hard direction determined to be rotating operation at a predetermined speed or more. According to this information processing method, when an edited image for editing image data is displayed and a specific area in the image data is not selected, the parameter is changed in a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or higher. Here, for example, a case where a delicate operation such as editing in units of one dot is assumed, and there is little need to activate the booster function. For this reason, by changing the parameter in a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or more, even if the user accidentally touches the mouse wheel, it becomes difficult to activate the booster function, which can improve convenience. it can.

The information processing method according to the present invention is a method of changing a display image in response to a mouse operation, and includes a determination step for determining whether or not the mouse wheel is rotated at a predetermined speed or higher, and a mouse in the determination step. Based on the booster setting process that sets an operation amount larger than the operation amount of the rotation operation and the operation amount set in the booster setting process according to the mouse operation when it is determined that the wheel is rotated at a predetermined speed or more. An image control step for performing image control, and in the determination step, an edited image for editing the image data is displayed, if a specific area in the image data is selected, or if an edited image is not displayed, Also, it is determined whether the rotation operation has been performed at a predetermined speed or higher than when the edited image is displayed but the specific area in the image data is not selected. The that parameter, and changes in the direction of easy is determined that the rotation operation at a predetermined speed or more. According to this information processing method, when an edited image for editing image data is displayed and a specific area in the image data is selected, the parameter is changed in a direction in which it is easily determined that the rotation operation has been performed at a predetermined speed or higher. Here, since the specific area is selected, it is assumed that the above operation is an enlargement operation for enlarging the specific area, and it is assumed that there is a high need to activate the booster function. For this reason, the convenience can be improved by changing the parameter in a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or higher.

  According to the present invention, it is possible to provide an information processing apparatus, an information processing system, and an information processing method capable of improving the convenience of the booster function.

It is a lineblock diagram showing the information processor concerning a 1st embodiment. It is a block diagram which shows the internal main structure of the information processing apparatus shown in FIG. FIG. 3 is a functional block diagram illustrating a main configuration of a CPU illustrated in FIG. 2. It is a figure which shows an example of a numerical input image. It is a figure which shows an example of a list display image. It is a figure which shows an example of an edit image, Comprising: The specific area | region is not selected, and the state is shown. It is a figure which shows an example of an edit image, Comprising: The specific area | region is shown in the state selected. It is a figure which shows the mode after expansion of a specific area | region. It is a 1st flowchart which shows the information processing method which concerns on this embodiment. It is a 2nd flowchart which shows the information processing method which concerns on this embodiment. It is a 3rd flowchart which shows the information processing method which concerns on this embodiment. It is a 4th flowchart which shows the information processing method which concerns on this embodiment. It is a 5th flowchart which shows the information processing method which concerns on this embodiment. It is a 6th flowchart which shows the information processing method which concerns on this embodiment. It is a block diagram which shows the information processing system which concerns on 2nd Embodiment.

  Hereinafter, although this invention is demonstrated based on embodiment of this invention, this invention is not limited to this embodiment.

  FIG. 1 is a configuration diagram illustrating an information processing apparatus according to the first embodiment. As shown in FIG. 1, the information processing apparatus 1 is a digital multifunction machine in which functions of office equipment such as a copying machine, a printer, an image scanner, and a facsimile are housed in one housing. Such an information processing apparatus 1 supplies, for example, a sheet fed from the sheet feeding apparatus 2 to the post-processing apparatus 3 through the information processing apparatus 1 to form a predetermined printed matter. Note that the information processing apparatus 1 is not limited to the one provided with the preceding sheet feeding device 2 and the subsequent post-processing device 3 as described above, but includes the sheet feeding device 2 inside and performs image formation or the like by one unit. There may be.

  FIG. 2 is a block diagram showing an internal main configuration of the information processing apparatus 1 shown in FIG. As shown in FIG. 2, the information processing apparatus 1 includes a CPU 10 that controls the entire apparatus, an image reader unit 20 that reads image data from a document, a printer controller 30 that controls a printer that prints an image on paper, A communication unit 40 for connecting to a line by short-range wireless communication, a storage unit 50 for storing job data, authentication data, and the like, a touch panel 60 that is an interface with a user and receives an operation input, Similarly, it is configured to include a mouse 70 that is an interface with the user and that accepts a click operation and the like, and a sensor unit 80 that detects the remaining amount of consumables.

  Here, the touch panel 60 is also used as a display unit that displays an image, for example. The mouse 70 is a device capable of a right click operation, a left click operation, a mouse wheel rotation operation, and a movement operation. The mouse hole 71 (see FIG. 1) is a rotation operation unit provided at the center of the mouse 70 and slightly on the tip side.

  FIG. 3 is a functional block diagram showing the main configuration of the CPU 10 shown in FIG. As shown in FIG. 3, the CPU 10 includes a mouse control unit 11 and an operation control unit 12. The mouse control unit 11 inputs various events transmitted from the mouse 70 and transmits them to the operation control unit 12.

  The mouse control unit 11 includes a movement determination unit 11a that inputs information about a mouse movement event based on a movement operation of the mouse 70, a rotation determination unit 11b that inputs information about a mouse wheel event based on a mouse wheel operation, and a click operation. And a click determination unit 11c for inputting information on a mouse click event based on the click event. In addition, event information input by each of the determination units 11 a to 11 c is transmitted to the operation control unit 12.

  Further, the rotation determination unit 11b inputs information on a mouse wheel event transmitted from the mouse 70, and determines whether or not the mouse wheel 71 has been rotated at a predetermined speed or more (whether there has been an operation for enabling the booster function). Functions as a determination means. Here, the booster function is a function for increasing the scroll width of the list display or increasing the count-up amount or count-down amount when the mouse wheel 71 is rotated at high speed.

  More specifically, the rotation determination unit 11b determines whether or not the mouse wheel 71 has been rotated at a predetermined speed or more based on the rotation speed and the rotation amount of the mouse wheel 71. For example, the rotation determination unit 11b starts timing when the amount of rotation of the mouse wheel reaches a predetermined amount, that is, when there is a one-notch operation, and determines whether a one-notch operation has been performed again within a predetermined time. . When the notch operation within a predetermined time continues for a predetermined number of times, it is determined that the mouse wheel 71 has been rotated at a predetermined speed or higher. When it is determined that the mouse wheel 71 is rotated at a predetermined speed or higher, the rotation determination unit 11b also transmits information to that effect to the operation control unit 12.

  The operation control unit 12 determines event information transmitted from the mouse control unit 11 and executes control according to the event information, and includes a booster setting unit 12a and an image control unit 12b. .

  The booster setting unit 12a functions as a booster setting unit that sets an operation amount larger than the rotation operation amount of the mouse wheel 71 when the mouse wheel 71 is rotated at a predetermined speed or higher by the rotation determination unit 11b. .

  In more detail, for example, when the rotation amount of the mouse wheel 71 is 5 notch operation, the booster setting unit 12a adds 10 notch operation or multiplies a predetermined coefficient exceeding 1 to this, Set an operation amount larger than the operation amount for 5 notches. In the following embodiment, the booster setting unit 12a performs an addition process when setting an operation amount larger than the rotation operation amount of the mouse wheel 71.

  The image control unit 12b controls an image displayed on the touch panel 60 according to a mouse operation or the like. FIG. 4 is a diagram illustrating an example of a numerical input image. As shown in FIG. 4, a numerical input image is displayed on the touch panel 60 when, for example, the number of copies is set. Such numerical input images include, for example, the number-of-prints display section Ia1, the numeric keypad display section Ia2, the addition button display section Ia3, the subtraction button display section Ia4, the clear button display section Ia5, the cancel button display section Ia6, and the OK button display section. Ia7 is displayed.

  The print copy number display part Ia1 is a display area for displaying the print copy number. The numeric keypad display portion Ia2 is a display area for inputting the number of copies to be printed. The user touches the numeric value on the numeric keypad display portion Ia2 or operates the mouse 70 to move the mouse pointer 72 over the numeric value, and clicks. It is possible to input the number of copies by operating.

  The addition button display section Ia3 is a display area for performing an operation of adding one copy, and the user can add one copy by performing a touch operation or a click operation. The subtraction button display section Ia4 is a display area for performing an operation of subtracting one copy from the number of prints, and the user can subtract one copy from the number of prints by performing a touch operation or a click operation.

  The clear button display section Ia5 is a display area for performing an operation for clearing the number of print copies, and the user can clear the number of print copies by performing a touch operation or a click operation. The cancel button display section Ia6 is a display area for performing an operation for canceling the numerical input image itself when setting the number of copies to be printed. The user can perform a touch operation or a click operation to display the numerical input image. It is possible to return to the state in which the previous image is displayed from the state, or to return to the state in which the initial image is displayed.

  The OK button display unit Ia7 is a display area for performing an operation for determining the number of prints displayed on the print number display unit Ia1, and the user can determine the number of prints by performing a touch operation or a click operation. it can.

  Here, for example, if the user moves the mouse pointer 72, positions the mouse pointer 72 on the addition button display unit Ia3, and then performs a click operation, the movement determination unit 11a and the click determination unit 11c perform event information. Is input and transmitted to the image controller 12b. The image control unit 12b executes image control for moving the mouse pointer 72 on the addition button display unit Ia3 based on the event information from the movement determination unit 11a and the click determination unit 11c, and receives the click operation to print the number of copies. An image obtained by adding one copy of is displayed.

  Further, the image control unit 12b performs image control based on the operation amount set by the booster setting unit 12a. For example, when the user rotates the mouse wheel 71 upward by one notch, the image control unit 12b adds and displays the number of copies to be printed in the same manner as when the addition button display unit Ia3 is clicked. In addition, when the booster function is enabled and an operation amount larger than the rotation amount of the mouse wheel 71 is set by the booster setting unit 12a, the image control unit 12b performs image control according to the operation amount.

  For example, when the mouse wheel 71 is rotated upward by 5 notches, the booster setting unit 12a sets the operation amount to 15 notches, for example, and the image control unit 12b adds 15 copies. Will be displayed.

  FIG. 3 will be referred to again. The image control unit 12b as described above includes a list control unit (list control unit) 12b1 and a numerical value input control unit (numerical value input control unit) 12b2. The numerical value input control unit 12b2 controls the image at the time of numerical value input as shown in FIG. The numerical value input control unit 12b2 controls not only the numerical value input image for setting the number of print copies but also any numerical value input image such as a binding margin width, an image shift amount, and various adjustment values.

  The list control unit 12b1 controls a list display image that displays a list of selection items and display items. FIG. 5 is a diagram illustrating an example of a list display image. As shown in FIG. 5, for example, a list display image for displaying a job list is displayed on the touch panel 60. Such list display images include, for example, a print image display unit Ib1, a job list display unit Ib2, a detailed button display unit Ib3, an order change button display unit Ib4, an edit button display unit Ib5, an HDD save button display unit Ib6, and an output button. Display unit Ib7 and scroll bar Ib8 are displayed.

  The print image display unit Ib1 is a display area that displays the first image of a designated job, for example. The job list display section Ib2 is a display area that displays a list of jobs to be printed, and is a display area that displays a job ID, a job name, a user name, and the number of copies. The user can designate a job by touching or clicking on the job in the job list display section Ib2.

  The detail button display section Ib3 is a display area for performing an operation for displaying details of a specified job, and the user performs details of the job by touching or clicking on the detail button display section Ib3. You can browse. The order change button display section Ib4 is a display area for performing an operation for printing a designated job ahead of other jobs, for example, and the user performs a touch operation or a click operation on the order change button display section Ib4. The specified job can be printed with priority. Note that the order change button display section Ib4 can perform operations such as specifying two or more jobs and changing the order of the designated jobs.

  The edit button display section Ib5 is a display area for performing an operation for shifting to an edit screen for editing a specified job image. The user performs a touch operation or a click operation on the edit button display section Ib5, thereby editing the edit screen. Can be migrated to. The HDD save button display unit Ib6 is a display area for performing an operation for saving a job in the current job list in the HDD (for example, the storage unit 50 shown in FIG. 2), and the user performs a touch operation on the HDD save button display unit Ib6. By clicking or clicking, jobs in the job list can be saved.

  The output button display section Ib7 is a display area for performing an operation for printing a job in the current job list, and the user prints a job in the job list by performing a touch operation or a click operation on the output button display section Ib7. can do. The scroll bar Ib8 is a display area for performing an operation of scrolling the job list, and the user can scroll the job list up and down by touching or clicking the scroll bar Ib8 and performing a drag operation.

  Here, for example, if the user moves the mouse pointer 72, positions the mouse pointer 72 on the scroll bar Ib8, and then drags it downward, the movement determination unit 11a and the click determination unit 11c perform event information. Is input and transmitted to the list controller 12b1. The list control unit 12b1 executes image control for moving the scroll bar Ib8 downward based on the event information from the movement determination unit 11a and the click determination unit 11c, and displays an image obtained by scrolling the job list downward. Will be displayed.

  Furthermore, the list control unit 12b1 performs image control based on the operation amount set by the booster setting unit 12a. For example, when the user rotates the mouse wheel 71 downward by one notch, the list control unit 12b1 scrolls and displays the job list by one notch (for example, one job). In addition, when the booster function is enabled and an operation amount larger than the rotation amount of the mouse wheel 71 is set by the booster setting unit 12a, the list control unit 12b1 performs image control according to the operation amount.

  For example, when the mouse wheel 71 is rotated at a high speed by 5 notches in the downward direction, the booster setting unit 12a sets the operation amount to 15 notches, for example, and the list control unit 12b1 sets the job list for 15 jobs. It will be scrolled and displayed.

  Further, in the present embodiment, the rotation determination unit 11b changes a parameter for determining whether or not the mouse wheel 71 is rotated at a predetermined speed or more in accordance with a predetermined condition in order to improve user convenience. Here, the rotation determination unit 11b determines that the mouse wheel 71 has been rotated at a predetermined speed or more when the notch operation within a predetermined time continues for a predetermined number of times or more. For this reason, the rotation determination unit 11b changes the predetermined time and the predetermined number of times according to a predetermined condition in order to improve user convenience. In the following description, a predetermined time and a predetermined number of times are given as parameters, and an example in which the rotation determination unit 11b changes both the predetermined time and the predetermined number of times according to a predetermined condition will be described. Only one of them may be changed.

  More specifically, the rotation determination unit 11b 1) When an operation of rotating the mouse wheel 71 upward is performed. 2) An edited image for editing image data is displayed, and a specific area in the image data is selected. 3) When an edited image for editing the image data is displayed and a specific area in the image data is selected, 4) When the usage rate of the CPU 10 is higher than a predetermined rate, 5) Rotation of the mouse wheel 71 When the mouse 70 is moved in the same direction as the direction, and 6) when the scrollable width that can be scrolled from the current position of the list display image is smaller than the predetermined width, the parameter is changed. Each will be described below.

  First, 1) When there is an operation for rotating the mouse wheel 71 upward, the rotation determination unit 11b is more easily determined to be operated at a predetermined speed or more than when there is a rotation operation downward. Change the parameter. That is, when there is an upward rotation operation, the predetermined time is shortened or the predetermined number of times is decreased. As a result, it is easy to determine that the upper direction, which is difficult to operate due to the human structure, has been rotated at a predetermined speed or more, thereby improving convenience.

  2) When an edited image for editing the image data is displayed and a specific area in the image data is not selected, the rotation determination unit 11b displays the edited image when the edited image is not displayed. However, the parameter is changed in a direction in which it is difficult to determine that the rotation operation is performed at a predetermined speed or higher than when a specific area in the image data is selected. 3) When an edited image for editing the image data is displayed and a specific area in the image data is selected, the rotation determination unit 11b displays the edited image when the edited image is not displayed. However, the parameter is changed in a direction that makes it easier to determine that the rotation operation has been performed at a predetermined speed or higher than when the specific area in the image data is not selected.

  6 and 7 are diagrams illustrating an example of the edited image. As shown in FIG. 6, the edited image includes an unadjusted image display unit Ic1, an unadjusted dye value display unit Ic2, an adjusted image display unit Ic3, an adjusted dye value display unit Ic4, a cancel button display unit Ic5, and an OK button. A display part Ic6 and an enlarged / reduced display part Ic7 are displayed.

  The pre-adjustment image display unit Ic1 is a display area in which image data before editing is displayed. The pre-adjustment dye value display portion Ic2 is a display area that displays the dye values of image data before editing, that is, the dye values of yellow, magenta, cyan, and black.

  The post-adjustment image display unit Ic3 is a display area in which image data after editing is displayed. The post-adjustment dye value display section Ic4 is a display area that displays the dye values of the edited image data, that is, the yellow, magenta, cyan, and black dye values.

  The cancel button display part Ic5 and the OK button display part Ic6 are the same as those shown in FIG. The enlargement / reduction display unit Ic7 is a display area that indicates that the image can be enlarged and displayed by rotating the mouse wheel 71 upward, and that the image can be reduced and displayed by rotating the mouse wheel 71 downward. is there.

  Here, in this embodiment, the user can select the specific area Ic8 of the image data as shown in FIG. 7 by touching or clicking the adjusted image display unit Ic3 and performing a drag operation.

  As shown in FIG. 6, the rotation determination unit 11b changes the parameter in a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or more when the specific area in the adjusted image display unit Ic3 is not selected. Here, for example, a case where a delicate operation such as editing in units of one dot is assumed, and there is little need to activate the booster function. For this reason, the rotation determination unit 11b changes the parameter in a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or more, so that the booster function is hardly activated even if the user accidentally touches the mouse wheel. .

  On the other hand, when the specific area in the adjusted image display unit Ic3 is selected as shown in FIG. 7, the rotation determination unit 11b changes the parameter in a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or more. Here, since the specific area is selected, the above case is assumed to be an enlargement operation for enlarging the specific area, and it is necessary to activate the booster function. For this reason, the rotation determination unit 11b improves the convenience by changing the parameter in a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or higher. FIG. 8 is a diagram illustrating a state after the specific region Ic8 is enlarged. As shown in FIG. 8, the specific area Ic8 is enlarged to the full after-adjustment image display part Ic3 by the booster function. In the state shown in FIG. 7, the rotation determination unit 11 b changes the parameters to facilitate the enlargement operation as shown in FIG. 8.

  Next, 4) When the usage rate of the CPU 10 is higher than the predetermined rate, the rotation determination unit 11b sets the parameter in a direction that makes it easier to determine that the rotation operation is performed at a predetermined speed or higher than when the CPU usage rate is equal to or lower than the predetermined rate. To change. Here, for example, when the load is high, such as when the job is executed, the CPU 10 preferentially executes the process of executing the job, so that it is difficult to allocate the CPU 10 to the process of determining that the rotation operation is performed at a predetermined speed or higher. For this reason, the rotation determination unit 11b easily determines that the rotation operation has been performed at a predetermined speed or higher, shortens the time required for determining the rotation operation at a predetermined speed or higher, and the processing program cannot operate normally. Is going to prevent.

  5) When the mouse 70 is moved in the same direction as the rotation direction of the mouse wheel 71, the rotation determination unit 11b changes the parameter so that it is easier to determine that the rotation operation is performed at a predetermined speed or more than in the case where the mouse 70 is not moved. To do. Here, when the user wants to perform a rotation operation at a predetermined speed or higher, the user may move the mouse 70 in accordance with the rotation operation of the mouse wheel 71. For this reason, in such a case, convenience is improved by changing the parameter in a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or higher.

  Further, 6) When the scrollable width that can be scrolled from the current position of the list display image is smaller than the predetermined width, the rotation determination unit 11b rotates at a predetermined speed or higher than when the scrollable width is equal to or larger than the predetermined width. Change the parameter in a direction that is unlikely to be operated. For example, in the list display image shown in FIG. 5, the scroll bar Ib8 can be moved greatly in the downward direction, but not so much in the upward direction. Therefore, when the mouse wheel 71 is rotated upward, it is difficult to determine that the mouse wheel 71 has been rotated at a predetermined speed or higher. Thereby, when there is not much scrollable width, it is difficult to determine that the rotation operation is performed at a predetermined speed or more, and convenience can be improved.

  Refer to FIG. 3 again. Further, in the present embodiment, the rotation determination unit 11 b has a function of changing parameters according to the type of the mouse 70. For example, the resolution of mouse events varies depending on the type of mouse 70. Therefore, there may be a situation in which the operation recognized by the rotation determination unit 11b is 4 notches despite the operation of 5 notches. Therefore, the convenience is further improved by changing the parameters according to the type of the mouse 70. Note that the type of the mouse 70 is determined based on, for example, mouse driver information.

  Moreover, in this embodiment, the rotation determination part 11b is provided with the function to change a parameter for every user. For example, there are users who have long fingers and are easy to perform rotation operations, and people who have short fingers and are difficult to perform rotation operations. Therefore, the parameter is changed between a user who has a long finger and easily rotates the mouse wheel, and a user who does not, so as to improve convenience. For example, the parameter is changed in a direction in which it is difficult to determine that a user with a long finger is rotated at a predetermined speed or more, or the parameter is changed in a direction in which it is easily determined that a user with a short finger is rotated at a predetermined speed or more. It will be. Note that the user is determined by, for example, password input or various authentication means.

  Next, an information processing method according to this embodiment will be described. FIG. 9 is a first flowchart showing the information processing method according to the present embodiment. First, as shown in FIG. 9, it is assumed that an interrupt mouse wheel event has occurred (S1). That is, assume that the mouse wheel 71 is rotated by one notch. Thereby, the rotation determination part 11b transmits the event information to that effect to the operation control part 12 (S2).

  Next, the rotation determination unit 11b detects the rotation direction of the mouse wheel 71 (S3). Then, the rotation determination unit 11b sets a parameter for determining whether or not a rotation operation has been performed at a predetermined speed or higher (S4). In this process, when the rotation direction detected in step S3 is the upward direction, the rotation determination unit 11b changes the parameter so that it is easy to determine that the rotation operation has been performed at a predetermined speed or higher. In addition, when the rotation direction is the downward direction, the rotation determination unit 11b may change the parameter in a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or higher, or keep the predetermined reference parameter. May be.

  Next, the rotation determination unit 11b determines whether or not it is within a predetermined time from the previous interrupt mouse wheel event occurrence (S5). The value set in step S4 is adopted for the predetermined time. When it is determined that it is within the predetermined time since the previous interrupt mouse wheel event occurred (S5: YES), the rotation determination unit 11b increments the counter (S6) and determines whether or not it is equal to or higher than the predetermined rotation number (S6). S7). That is, the rotation determination unit 11b determines whether or not the numerical value of the counter is greater than or equal to a predetermined number. The value set in step S4 is adopted as the predetermined rotational speed (predetermined number).

  When it is determined that the rotation speed is not equal to or higher than the predetermined rotation speed (S7: NO), the process shown in FIG. When it is determined that the rotation speed is equal to or higher than the predetermined rotation speed (S7: YES), the rotation determination unit 11b determines that the mouse wheel 71 is rotated at a high speed (S8), that is, determines that the rotation operation is performed at a predetermined speed or higher. A signal to that effect is transmitted to the operation control unit 12 (S9). Then, the process shown in FIG. 9 ends.

  On the other hand, when it is determined that it is not within the predetermined time since the occurrence of the previous interrupt mouse wheel event (S5: NO), the rotation determination unit 11b resets the counter (S10), and the process shown in FIG. 9 ends. Note that the processing illustrated in FIG. 9 is repeatedly performed until the information processing apparatus 1 is powered off.

  FIG. 10 is a second flowchart showing the information processing method according to the present embodiment. Note that the processes shown in steps S11, S12, and S16 to S21 in FIG. 10 are the same as the processes shown in steps S1, S2, and S5 to S10 shown in FIG.

  As shown in FIG. 10, after event information is transmitted to the operation control unit 12 (after S12), the rotation determination unit 11b determines whether an edited image is displayed (S13), and then a specific region is selected. It is determined whether it has been performed (S14). Then, the rotation determination unit 11b sets parameters based on the results of steps S13 and S14 (S15). Here, when the edited image is displayed and the specific area is not selected, the rotation determination unit 11b changes the parameter in a direction in which it is difficult to determine that the rotation operation is performed at a predetermined speed or higher. In addition, when the edited image is displayed and the specific area is selected, the rotation determination unit 11b changes the parameter in a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or higher. In addition, when neither corresponds, rotation determination part 11b will maintain the reference parameter defined beforehand, for example.

  Then, the process of step S16-S21 is performed and the process shown in FIG. Note that the processing illustrated in FIG. 10 is also repeatedly performed until the information processing apparatus 1 is powered off.

  FIG. 11 is a third flowchart showing the information processing method according to the present embodiment. Note that the processing shown in steps S31, S32, and S35 to S40 in FIG. 11 is the same as the processing shown in steps S1, S2, and S5 to S10 shown in FIG.

  As shown in FIG. 11, after the event information is transmitted to the operation control unit 12 (after S32), the rotation determination unit 11b determines whether the CPU usage rate is higher than a predetermined rate (S33). Then, the rotation determination unit 11b sets parameters based on the result of step S33 (S34). Here, when the CPU usage rate is higher than the predetermined rate, the rotation determination unit 11b changes the parameter in a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or higher. When the CPU usage rate is not higher than the predetermined rate, the rotation determination unit 11b may change the parameter in a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or higher, for example, a predetermined reference parameter May be maintained.

  Then, the process of step S35-S40 is performed and the process shown in FIG. 11 is complete | finished. The processing shown in FIG. 11 is also repeatedly executed until the information processing apparatus 1 is turned off.

  FIG. 12 is a fourth flowchart showing the information processing method according to this embodiment. In FIG. 12, the processes shown in steps S41, S42, and S45 to S50 are the same as the processes shown in steps S1, S2, and S5 to S10 shown in FIG.

  As shown in FIG. 12, after the event information is transmitted to the operation control unit 12 (after S42), the rotation determination unit 11b determines whether the rotation direction of the mouse wheel 71 and the movement direction of the mouse 70 are the same. Judgment is made (S43). Then, the rotation determination unit 11b sets parameters based on the result of step S43 (S44). Here, when the rotation direction of the mouse wheel 71 and the movement direction of the mouse 70 are the same, the rotation determination unit 11b changes the parameter to a direction in which it is easily determined that the rotation operation has been performed at a predetermined speed or more. If the rotation direction of the mouse wheel 71 and the movement direction of the mouse 70 are not the same, the rotation determination unit 11b may change the parameter in a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or more. You may make it maintain the defined reference | standard parameter.

  Thereafter, the processes of steps S45 to S50 are executed, and the process shown in FIG. The processing shown in FIG. 12 is also repeatedly executed until the information processing apparatus 1 is turned off.

  FIG. 13 is a fifth flowchart illustrating the information processing method according to the present embodiment. Note that the processes shown in steps S51, S52, and S55 to S60 in FIG. 13 are the same as the processes shown in steps S1, S2, and S5 to S10 shown in FIG.

  As shown in FIG. 13, after the event information is transmitted to the operation control unit 12 (after S52), the rotation determination unit 11b detects the scrollable width in the rotation direction of the mouse wheel 71 and exceeds the predetermined width. It is determined whether it is small (S53). Then, the rotation determination unit 11b sets parameters based on the result of step S53 (S54). Here, when the scrollable width is smaller than the predetermined width, the rotation determination unit 11b changes the parameter in a direction in which it is difficult to determine that the rotation operation is performed at a predetermined speed or more. When the scrollable width is equal to or larger than the predetermined width, the rotation determination unit 11b may change the parameter in a direction in which it is easily determined that the rotation operation has been performed at a predetermined speed or more. For example, a predetermined reference parameter may be set. You may make it maintain.

  Then, the process of step S55-S60 is performed and the process shown in FIG. 13 is complete | finished. Note that the processing illustrated in FIG. 13 is also repeatedly performed until the information processing apparatus 1 is powered off.

  FIG. 14 is a sixth flowchart illustrating the information processing method according to the present embodiment. In FIG. 13, the processes shown in steps S61, S62, and S65 to S70 are the same as the processes shown in steps S1, S2, and S5 to S10 shown in FIG.

  As shown in FIG. 14, after the event information is transmitted to the operation control unit 12 (after S62), the rotation determination unit 11b determines the type of the mouse and the user (S63). Then, the rotation determination unit 11b sets a parameter based on the result of step S63 (S64).

  Thereafter, the processes in steps S65 to S70 are executed, and the process shown in FIG. 14 ends. Note that the processing illustrated in FIG. 14 is also repeatedly performed until the information processing apparatus 1 is powered off.

  As described above, according to the information processing apparatus 1 and the information processing method according to the present embodiment, the parameter for determining whether or not the rotation operation is performed at a predetermined speed or more is changed according to the predetermined condition. Correspondingly, parameters can be changed, and convenience can be improved.

  In addition, when an operation for rotating the mouse wheel 71 upward is performed, the parameter is changed to a direction in which it is easily determined that the mouse wheel 71 is rotated at a predetermined speed or higher. It is easy to determine that the rotation operation has been performed at a predetermined speed or more, and convenience can be improved.

  When an edited image for editing the image data is displayed and the specific area Ic8 in the image data is not selected, the parameter is changed in a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or higher. Here, for example, a case where a delicate operation such as editing in units of one dot is assumed, and there is little need to activate the booster function. For this reason, by changing the parameter in a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or more, even if the user accidentally touches the mouse wheel, it becomes difficult to activate the booster function, which can improve convenience. it can.

  When an edited image for editing the image data is displayed and the specific area Ic8 in the image data is selected, the parameter is changed in a direction in which it is easily determined that the rotation operation has been performed at a predetermined speed or higher. Here, since the specific area Ic8 is selected, the above case is assumed to be an enlargement operation for enlarging the specific area Ic8, and it is assumed that there is a high need to activate the booster function. For this reason, convenience can be improved by changing the parameter in a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or more.

  Further, when the CPU usage rate is higher than the predetermined rate, the parameter is changed in a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or higher. Here, for example, when the load is high, such as when the job is executed, the CPU 10 preferentially executes the process of executing the job, so that it is difficult to allocate the CPU 10 to the process of determining that the rotation operation is performed at a predetermined speed or higher. For this reason, it is easy to determine that the rotation operation has been performed at a predetermined speed or more, and the time required for this processing can be shortened to prevent the processing program from operating normally.

  Further, when there is an operation for moving the mouse 70 in the same direction as the rotation direction of the mouse wheel 71, the parameter is changed to a direction in which it is easily determined that the mouse 70 is rotated at a predetermined speed or more. Here, when the user wants to perform a rotation operation at a predetermined speed or higher, the user may move the mouse 70 in accordance with the rotation operation of the mouse wheel 71. For this reason, convenience can be improved by changing a parameter in the direction where it is easy to judge that it was operated by rotation more than predetermined speed in such a case.

  If the scrollable width that can be scrolled from the current display position of the list display image is smaller than the predetermined width, the parameter is changed in a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or higher. For this reason, when there is not much width to scroll from the current display position, it is difficult to determine that the rotation operation has been performed at a predetermined speed or more, and convenience can be improved.

  In addition, since the parameter for determining whether or not the rotation operation is performed at a predetermined speed or more is changed according to the type of the mouse 70, it is possible to change the parameter to an appropriate parameter for each type of mouse having different mouse event resolutions. Convenience can be improved.

  In addition, in order to change the parameter for determining whether or not the rotation operation is performed at a predetermined speed or more for each user, the parameter is changed to an appropriate parameter depending on, for example, a user whose finger is long and easy to rotate the mouse wheel and a user who is not so. It is possible to improve convenience.

  Next, a second embodiment of the present invention will be described. The second embodiment is similar to the information processing apparatus 1 and the information processing method according to the first embodiment, but the configuration and the processing method are partially different. Only differences from the first embodiment will be described below.

  First, the information processing apparatus 1 is shown in the first embodiment. However, the functions of the information processing apparatus 1 according to the first embodiment are not limited to the information processing apparatus 1, depending on the operation device that receives a mouse operation and the operation content that is connected to the operation device and is received by the operation device. It may be configured separately from the processing device that changes the display image.

  FIG. 15 is a configuration diagram illustrating an information processing system 100 according to the second embodiment. As shown in FIG. 15, the information processing system 100 includes a PC 4 as an example of an operation device, an MFP 5 as a processing device, and a LAN 6 for connecting and communicating them.

  In the second embodiment, the PC 4 includes a mouse control unit 11, and the MFP 5 includes a mouse control unit 11 and an operation control unit 12. Event information from the mouse control unit 11 of the PC 4 is transmitted to the MFP 5 through the LAN 6 and displayed on the touch panel 60 of the MFP 5 according to the event. Further, the operation control unit 12 of the MFP 5 transmits display contents corresponding to the event to the PC 4, and the PC 4 displays the received contents on the screen. In addition, the MFP 5 displays the same content as the content transmitted to the PC 4 on its own touch panel 60.

  Furthermore, in the second embodiment, the rotation determination unit 11b of the PC 4 sets parameters in a direction in which it is difficult to determine that the rotation operation is performed at a predetermined speed or higher than the rotation determination unit 11b of the MFP 5. Here, when a remote panel operation is performed from the PC 4, image transfer is performed in which the image-controlled content by the MFP 5 is transmitted to the PC 4 and displayed on the PC 4. Therefore, when scrolling, etc., image transfer may not be in time, and by setting parameters in a direction that is difficult to determine that the rotation operation has been performed at a predetermined speed or higher, it is possible to prevent situations where image transfer is not in time. Like to do.

  Note that the above parameter setting may be performed only when the list image is displayed. This is because when the list image is displayed, the job list or the like is scrolled, and the amount of data transferred is larger than that of the numerical input image, so that the image transfer is not in time.

  Thus, according to the information processing system 100 and the information processing method according to the second embodiment, the same effects as those of the first embodiment can be obtained.

  Further, according to the second embodiment, the rotation determination unit 11b of the PC 4 sets parameters in a direction in which it is difficult to determine that the rotation operation is performed at a predetermined speed or higher than the rotation determination unit 11b of the MFP 5. Here, when a remote panel operation is performed from the PC 4, image transfer is performed in which the image-controlled content by the MFP 5 is transmitted to the PC 4 and displayed on the PC 4. Therefore, when scrolling, etc., image transfer may not be in time, and by setting parameters in a direction that is difficult to determine that the rotation operation has been performed at a predetermined speed or higher, it is possible to prevent a situation in which image transfer is not in time. Can do.

  As described above, the image forming apparatus, the image forming apparatus, and the image forming system according to the present invention have been described based on the embodiments. However, the present invention is not limited thereto, and changes are made without departing from the spirit of the present invention. May be added.

  For example, in the above embodiment, the list display image is not limited to the job list, but also includes a paper type list in a paper type setting image and a selection item list in a pull-down menu.

DESCRIPTION OF SYMBOLS 1 Information processing apparatus 2 Paper feeding apparatus 3 Post-processing apparatus 4 PC
5 MFP
6 LAN
10 CPU
11 mouse control unit 11a movement determination unit 11b rotation determination unit 11c click determination unit 12 operation control unit 12a booster setting unit 12b image control unit 12b1 list image control unit 12b2 numerical input control unit 20 image reader unit 30 printer controller 40 communication unit 50 storage Unit 60 Touch panel 70 Mouse 71 Mouse wheel 72 Mouse pointer

Claims (13)

An information processing apparatus that changes a display image according to a mouse operation,
Determination means for determining whether or not the mouse wheel is rotated at a predetermined speed or higher;
A booster setting means for setting an operation amount larger than an operation amount of the rotation operation when the determination means determines that the mouse wheel is rotated at a predetermined speed or more;
Image control means for performing image control based on an operation amount set by the booster setting means in response to a mouse operation,
The determination means displays an edited image for editing the image data, when a specific area in the image data is not selected, when the edited image is not displayed, and when the edited image is displayed. The parameter for determining whether or not the rotation operation has been performed at a predetermined speed or more is changed to a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or more than when a specific area in the image data is selected. Information processing apparatus. An information processing apparatus that changes a display image according to a mouse operation,
Determination means for determining whether or not the mouse wheel is rotated at a predetermined speed or higher;
A booster setting means for setting an operation amount larger than an operation amount of the rotation operation when the determination means determines that the mouse wheel is rotated at a predetermined speed or more;
Image control means for performing image control based on an operation amount set by the booster setting means in response to a mouse operation,
The determination means displays an edited image for editing the image data, when a specific region in the image data is selected, when the edited image is not displayed, and when the edited image is displayed. The parameter for determining whether or not the rotation operation is performed at a predetermined speed or more is changed to a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or more, compared to a case where a specific area in the image data is not selected. Information processing apparatus. When the operation for rotating the mouse wheel in the upward direction is performed, the determination means changes the parameter in a direction in which it is easily determined that the mouse wheel is rotated at a predetermined speed or more than the operation for rotating the mouse wheel in the downward direction. The information processing apparatus according to claim 1, wherein: When the CPU usage rate is higher than the predetermined rate, the determination unit changes the parameter in a direction in which it is easier to determine that the rotation operation is performed at a predetermined speed or higher than when the CPU usage rate is equal to or lower than the predetermined rate. The information processing apparatus according to any one of claims 1 to 3 . The determination means, when there is an operation for moving the mouse in the same direction as the rotation direction of the mouse wheel, the parameter is changed to a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or more than when the operation is not performed. The information processing apparatus according to any one of claims 1 to 4 . When the scrollable width that can be scrolled from the current display position of the list display image that displays the list is smaller than the predetermined width, the determination means is at a predetermined speed or higher than when the scrollable width is equal to or larger than the predetermined width. The information processing apparatus according to any one of claims 1 to 5 , wherein the parameter is changed in a direction in which it is difficult to determine that the rotation operation has been performed. The information processing apparatus according to any one of claims 1 to 6 , wherein the determination unit changes a parameter for determining whether or not the rotation operation is performed at a predetermined speed or more according to a type of the mouse. apparatus. The information processing apparatus according to claim 1 , wherein the determination unit changes a parameter for determining whether or not the rotation operation is performed at a predetermined speed or more for each user. An information processing system comprising: an operating device that accepts a mouse operation; and a processing device that is connected to the operating device in communication and changes a display image in accordance with an operation content received by the operating device.
The operating device has a determination means for determining whether or not the mouse wheel has been rotated at a predetermined speed or higher,
The processing apparatus includes: a booster setting unit that sets an operation amount larger than the operation amount of the rotation operation when the determination unit determines that the mouse wheel is rotated at a predetermined speed or more; Image control means for performing image control based on the operation amount set by the booster setting means,
The determination means displays an edited image for editing the image data, when a specific area in the image data is not selected, when the edited image is not displayed, and when the edited image is displayed. The parameter for determining whether or not the rotation operation has been performed at a predetermined speed or more is changed to a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or more than when a specific area in the image data is selected. Information processing system. An information processing system comprising: an operating device that accepts a mouse operation; and a processing device that is connected to the operating device in communication and changes a display image in accordance with an operation content received by the operating device.
The operating device has a determination means for determining whether or not the mouse wheel has been rotated at a predetermined speed or higher,
The processing apparatus includes: a booster setting unit that sets an operation amount larger than the operation amount of the rotation operation when the determination unit determines that the mouse wheel is rotated at a predetermined speed or more; Image control means for performing image control based on the operation amount set by the booster setting means,
The determination means displays an edited image for editing the image data, when a specific region in the image data is selected, when the edited image is not displayed, and when the edited image is displayed. The parameter for determining whether or not the rotation operation is performed at a predetermined speed or more is changed to a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or more, compared to a case where a specific area in the image data is not selected. Information processing system. The processing apparatus includes the determination unit,
11. The parameter according to claim 9 , wherein the determination unit of the operation device sets a parameter in a direction in which it is difficult to determine that the rotation operation is performed at a predetermined speed or higher than the determination unit of the processing device. the information processing system according to any. An information processing method for changing a display image according to a mouse operation,
A determination step of determining whether or not the mouse wheel has been rotated at a predetermined speed or higher;
A booster setting step for setting an operation amount larger than an operation amount of the rotation operation when it is determined that the mouse wheel is rotated at a predetermined speed or more in the determination step;
An image control step for performing image control based on the operation amount set in the booster setting step in response to a mouse operation,
In the determination step, an edited image for editing the image data is displayed, a specific area in the image data is not selected, the edited image is not displayed, and the edited image is displayed. The parameter for determining whether or not the rotation operation has been performed at a predetermined speed or more is changed to a direction in which it is difficult to determine that the rotation operation has been performed at a predetermined speed or more than when a specific area in the image data is selected. Information processing method. An information processing method for changing a display image according to a mouse operation,
A determination step of determining whether or not the mouse wheel has been rotated at a predetermined speed or higher;
A booster setting step for setting an operation amount larger than an operation amount of the rotation operation when it is determined that the mouse wheel is rotated at a predetermined speed or more in the determination step;
An image control step for performing image control based on the operation amount set in the booster setting step in response to a mouse operation,
In the determination step, an edited image for editing image data is displayed, a specific area in the image data is selected, the edited image is not displayed, and the edited image is displayed. The parameter for determining whether or not the rotation operation is performed at a predetermined speed or more is changed to a direction in which it is easily determined that the rotation operation is performed at a predetermined speed or more, compared to a case where a specific area in the image data is not selected. Information processing method.

Images