WO2010084400A1 - Display screen design assistance device and program - Google Patents

Abstract

A display screen designer can easily set attractive colors, and working efficiency when designing is improved, while discrimination of displayed content is also improved to provide an easy-to-see screen to users. Information such as object arrangement, background and color settings is input to a setting information processing unit (51) based on prescribed operating input signals, and the unit performs various types of processing related to display screen setting. The setting information processing unit outputs display information for the designed screen and the designed screen is displayed on a monitor. A contrast calculating unit (53) calculates the color contrast between multiple objects, such as between the objects arranged on the designed screen and the background and between the multiple objects, using a prescribed calculation formula. The setting information processing unit (51) then outputs the contrast calculation results, and the contrast calculation results are displayed on the monitor and are clearly shown to the designer. After completion of display screen setting, the setting information processing unit (51) outputs the setting information and transmits the same to the target programmable operation display.

Description

 Program field

 The present invention relates to a display program that supports the measurement of the display surface in the position of a florafull display.

Programmable displays that are installed by intermediate users and used as panels by end users are widely used in machinery and equipment installed in stores, offices, and other types of facilities. The grammar full display has a display device such as a touch panel on a display device such as a CD, and is connected to an external device such as a program logic controller (PC) to display the operation and operating status of the external device. And so on.

 In addition to the display unit that has a vice-cut device as this type of programmable indicator, it is connected to the system unit that stores the operation system program, the control city that controls the system body based on the operation system program, and external equipment. There are those equipped with a setting memory memo that stores information on the display side of the communication unit that transmits and receives data to and from other devices (for example, patents). Based on the setting information, an operation section such as a button switch for external device operation, and various display symbols are displayed on the side. By leaving the area such as the drawing part of the surface, a signal corresponding to the drawing part is generated by the operation control on the display surface, output from the communication part and sent to the external device.

 A display made by a design tool that runs on and runs on a computer such as a personal computer.

 It is often done using a table. For example, when a programmer-full display is used, the installed intermediate user measures the display surface at the display position as a design, and includes the setting contents and setting items related to the operation unit and display symbols as the display surface eyes. Determine the information. After completion, transfer the information on the display screen to the programmable display and store it in the constant memory of the programmable display. When the user uses it as a user, the programmable display device operates based on the setting information, and it is possible to check the contents of the display screen and to perform the specified operation.

The design tools that make up the device include line drawings and color settings. In addition, it has a project library for manipulating crops and display symbols on the display screen. In the object library, switch objects, lamp project keyboard objects, and objects are prepared. These objects are selected and arranged as needed based on the design indication when the display surface is timed, and information including the parameters is created. And when using a programmable display device with a measured display surface, the object on the display surface realizes a predetermined function based on the information parameters.

 For example, when creating multiple screens by placing multiple objects on the screen, an object surface common to multiple surfaces is registered as a background screen, and this screen is displayed in the screen area with low contrast. A screen method and layout that can simplify the drawing work by compositing object surfaces individually corresponding to the screens are disclosed.

 In addition, as an example of a device, for example, 3 discloses a control device that can be changed over the setting surface and design in the offline mode. This arrangement allows you to customize the surface and objects with different tones and themes.

 Five

 3 1 2

 3 9 5

 If the color of the display device as described above is not set appropriately, the user may not be able to see the control panel or display symbol when using it. However, the quality of the display surface created using the above-mentioned tool depends on the quality of the screen and design knowledge. For this reason, there is a problem that it may be difficult for each person to make a difference in the way the display surface is displayed on the display device, depending on the design, user's sexuality, and color vision. In addition, it sometimes takes time to select and set the color that looks good at the time of display.

 In addition, if the display device can be created freely by a designer or other user, the design may not be as intended due to the difference in color of multiple colors on the screen. Exists. For example, if objects of different colors are mixed and the color tone is not integrated, the display surface will not look good and will be difficult for the user to see. In addition, when the balance of the tone of the display surface is lost, there is a risk of inviting work.

In this way, if the tonal aspect of the display device is not set appropriately, the workability may be degraded, but in the past, it was largely left to the design. For this reason, the color tone intended by the design could not be set easily, and it took time and effort to set and reset the color. It was made in light of the above circumstances. ・ Colors that look good on the surface can be set to an appropriate color tone, improving the design rate and improving the display capacity for the user. The purpose is to provide a display probe that can provide a display surface that can be improved and is easy to see.

 A display screen used for measuring a display surface in the display device, a design screen for outputting a design screen corresponding to the surface, a color information human power for manipulating color information relating to an object or background placed on the surface, and the off-jet background Or, a contrast calculation unit for calculating the contrast of the color of the object person, a contrast for outputting the calculation result of the contrast, and a surface information including information on the set object arranged and set on the planning surface is output. Provides a display with settings,.

 This makes it possible to clearly show the contrast of the color of the background or object placed on the display surface with respect to the display surface, making it easy to set the color that looks good, and reducing the design ratio. Can be improved. In addition, the user can improve the size of the display surface and provide an easy-to-read display surface.

 In addition, the above-described device includes the tractor that calculates the contrast of the lacquer as the object, the range of the lacquer, or another object.

 As a result of this, the character symbol, the surrounding background or other

 It is possible to specify the contrast of for the display surface.

 Further, in the above-described device, the contrast calculation unit includes a unit that calculates a contrast with an off-joke operation when the off-ject displays an operation when a predetermined event occurs.

 As a result of this, if the JEK placed on the display surface shows the operation ・ When the object is highlighted in response to the off-operation, etc., the contrast with the normal operation should be clearly indicated on the display surface. Is possible. Further, the above-mentioned device, the contrast section includes a target information that indicates whether a predetermined contrast level is satisfied as a result of the contrast calculation.

 As a result of this, it is possible to clearly indicate whether the calculation result such as the contrast of the object background satisfies a predetermined contrast level that is an appropriate contrast, for example, by using an index such as Ox. It becomes possible.

Also, the above arrangement, wherein the contrast portion is Contrast calculation results include information about contrast calculation results or output of matching information.

 As a result, for example, the calculation result such as the contrast ratio, or information on the contrast such as large, medium, small, etc. can be clearly indicated on the display screen.

 In addition, the above-described device includes an object having an enhancement level for setting an enhancement level parameter that defines a predetermined contrast condition with respect to the object background or the color of the off-shooter.

 This allows you to set the level of buttons, etc. on the display surface. Depending on the emphasis level, you can set the priority level of the display content to which you want to communicate by adding the priority level of the contrast of the object, or set the emphasis level It is possible to achieve physical control of the display surface by setting the level such as matching.

 Further, the above-mentioned device, wherein the level

 Including those that output a surface showing the contrast according to the emphasis level specified using the level parameter.

 This makes it possible to clearly indicate the complementary color of the background or the background with a contrast according to the emphasis level on the display surface, such as by displaying a recommended palette on the display surface, and to support setting by design become. This makes it easy for the design to set the right color of trust depending on the emphasis level.

 In addition, the contrast calculation unit is the above-described apparatus, and the contrast calculation unit uses the parameter indicating the characteristic of the display device for displaying the target display surface, and the color of the off-background background or the object person in the actual state. Including the one that calculates the trust.

 As a result, it is possible to calculate the contrast of the actual state of the device of the programmable display device that is the target of displaying the display surface, and to show the display state corresponding to the contrast that the user actually sees against the design. Become.

 In addition, the above-described device includes a simulation unit that outputs a sylation surface indicating the actual state of the device using the parameter.

 As a result of this, the actual glory can be confirmed by the display surface, and the user can be suggested in advance according to the gender of the device to be used.

A display device used for measuring the display surface of the display device, a design screen for displaying a design screen corresponding to the surface, and a color tone data holding unit for maintaining a color tone in which colors used for the surface are classified by color tone And a color tone for extracting a color tone based on a predetermined reference with reference to the data, a criterion for determining the color to be output, an option based on the color having the color tone output A display provided with an option to output, a display plane on the plan plane determined based on a predetermined constant human power corresponding to the option, and a display processing unit

 Provide a position.

 As a result, the appropriate color tone is output according to the standard and output as an option, which can be presented to the design. In, by selecting a color from the choices and setting the display surface, it is possible to easily set an appropriate color tone, and to create a sign surface with a unified color tone.

 Further, in the above-mentioned device, display data relating to the determination of the surface being created or created is input, and a reference is determined based on the information of this data. This includes the extraction of appropriate colors according to the criteria determined from the colors.

 As a result of this creation, colors of appropriate tones are output according to the criteria determined according to the color of the background of the data being created or created. In this case, select the color from the options and set the display surface.

 While creating data, it is possible to set a color with a tonal color that matches the current surface setting, and it is possible to create a surface with a unified color tone.

 Further, in the above-mentioned device, the reference is determined based on the predetermined force.

Including those that extract an appropriate color tone according to the criteria specified by.

 As a result of this, a color with a tonal color is produced and output as an option according to a standard determined based on a predetermined constant human power. In, you can set the desired tone, select the color from the choices, and set the display surface, so you can easily set the appropriate color tone and create a design surface that integrates the color tone It becomes possible.

 Further, in the above-described device, the data holding unit holds a color tone loop based on a color tone group grouped for each color tone, and has a color tone appropriate to the tone. The output / selection section includes an output of an option group corresponding to the output color tone.

 As a result, a color tone group grouped for each color tone is output and output as an option group. In this case, by selecting a desired tone from an option group, selecting a color from that option, and setting the display surface, it is possible to easily set an appropriate color tone, and to control the color tone. It is possible to create a new design surface.

A display screen used for measuring a display surface of the display device, the design screen outputting a design screen corresponding to the surface; Based on the color tone holding part that holds the color tone data that classifies the colors to be used according to the color tone and the display face information relating to the setting of the surface being created or created

 Refer to the color tone to extract an appropriate color tone by referring to the information on the face and the color tone by the above.Display based on the result of the color tone cut by the color tone to judge the surface tone. A color correction processing unit that changes the color of the surface elephant, and a display comprising

 Provide a position.

 This makes it possible to determine the tone of the object being created or created. If the color tone is not suitable, change the target color to an appropriate color tone, and the color will automatically be adjusted to the correct color tone. It is possible to create a new design aspect that is integrated.

 In addition, the display device is used for measuring the display surface of the display device, and includes a design screen that outputs a design screen corresponding to the surface, and color data that holds the color tone classified by color tone for the color used for the surface. Based on display information regarding the setting of the part being created or created, refer to the above-mentioned tone, refer to the tone to extract an appropriate tone, refer to the information on the above-mentioned one and the color tone according to the above, and display A color tone for determining the tone of the surface, and a target management unit for displaying the target portion on the plan surface when the color tone is incompatible based on the color tone cutting result according to the above.

Provide a position.

 This makes it possible to determine where the color tone is being compensated by judging the tone of the face that is being created or being created, and displaying the target portion if the color tone is not suitable. Can easily recognize color adjustments where color adjustment is desirable, and by correcting the corresponding color adjustments, it is possible to create a design aspect that integrates the colors.

 In addition, the probe provides a probe for realizing the function of the device described in any of the above.

 According to Akira, the color on the display surface is easy to see, and it is possible to set an appropriate color tone, improve the design rate, and improve the display for the user. It becomes possible to provide a surface.

Shows the configuration of the display device and program display device according to the embodiment.

 A display showing the functional configuration of each part that implements the display and the bull indicator according to the embodiment.

Of the display tool mounted in the implementation Show the screen

 Flock showing the ideal tool of the implementation

 5 Flowchart showing the order of contrast calculation in the embodiment 6 Example of contrast calculation results

 An example of Ntrust calculation result display

 8 Contrast calculation result display example

 3 examples of contrast calculation results

 Show examples of faces

 Level of emphasis on implementation state Flow chart showing order of lame data

 2 A flow chart showing the order of the process using the emphasis level in the implementation

 An example of level indication

 An example of 1 level indication

 5 Example of syllable indication

 6 Block showing the concept of the implementation tool 1 7 Example of data

 8 to explain the conformity

 An example of two floats showing the order of color tone processing in this state

 2 Show examples of options

 Flow chart showing the order of color tone processing in state 22 23 Flow chart showing the order of color tone processing in state 6

 Flowchart showing the order of color tone in the state 58 Flowchart showing the order of color tone in the state of 8

 in order to

 In the embodiment, as an example of the display probe, the configuration, function, and operation of the device that supports the measurement of this screen will be explained. Implementation

 The device and probe are connected to the probe indicator and have a display tool that operates in the compilation.

FIG. 2 shows a configuration of a display device and a programmable display device according to the present embodiment, and FIG. 2 is a block diagram showing a functional structure of each unit realizing the display device and the programmable display device according to the present embodiment. The display tool mounted on the device is configured by a program that operates in the personal computer (C) as a computer and realizes a specific function. As shown in Fig. 1, the personal computer has a computer motor, and the display screen of the display tool is displayed on the motor. This personal computer is connected to a programmable display via a cable, and the information on the display screen measured by the display tool is transmitted to the programmable display for storage. In addition, it is also possible to transfer the information on the designed display screen to the programmable display using a typographical memory card or the like instead of the communication cuff.

 As shown in Fig. 2, the computer stores various data such as CP data as a processor, stores various programs including the display tool 5, stores information such as silicon memory, and outputs to the motor. A display interface 17 for relaying, a communication interface for transmitting and receiving data to and from a programmable display, and an interface 1 for relaying a signal connected by a control unit such as a keyboard mouse are provided. On the other hand, the Programmable Indicator has a display 3 with a display vice, a system 3 with an operation system program 3, a control 33 that controls the system body based on the operation system probe 33, communication Communication unit 3 for displaying and transmitting data to and from the personal cable

 Setting memory memo 35 that stores information on the screen is turned off. 3 has a touch panel 37 as a CD device as a display device.

 FIG. 3 is a diagram showing a screen for creating a display tool installed in the present embodiment. When the display tool 5 is operated on the personal computer, the design screen etc. is displayed on the motor as the operation screen. The total screen 4 is an object placement or color line on the display surface, and the design places a placement object to measure the display surface. On the plan side, a jet library with the seeds 4 of the cropping section used on the display side is displayed. Select object 4 in object trifling 4 and place it on the design screen to determine the size and size of the object.

 Fig. 4 is a flock diagram showing the conceptual construction of the tool of the present embodiment.

The tool has a setting information processing unit 5, an object tribra J52, a contrast calculation unit 53, an emphasis level parameter 5, and a display parameter 5 as a concept for realizing the function. Based on the work of the information processing unit 5 and the operation unit 2, the object position and the background color are informed, and various processes related to the setting of the display surface are performed.

 After completion of the screen, the setting information is output and transferred to the programmable display 3 via the communication interface 8 or a compliant memory card. In addition, the setting information processing unit performs the power of the above-mentioned plan surface report and the contrast calculation result by the contrast calculation unit 53 described later, and displays the design screen and the contrast calculation result on the motor 2.

 Here, the setting information processing unit 5, the design screen that outputs the design screen corresponding to the display surface, the color information manpower that manually arranges color information on the display or the background, the contrast design that outputs the calculation result of the trust Placement information on the screen, setting to output information on the surface including information on the set object, enhancement level to set the emphasis level parameter that specifies the degree of contrast of the specified contrast

 Each function of the simulation unit that outputs the sillation plane shown in Fig. 2 shows the actual state of the device. Each function will be described later.

 The object triflater 5 has information on various objects used on the surface of the probe indicator 3, outputs the information on the object library 3 and displays the jet trifoliation surface on the motor. Further, the off-jet tri-flare outputs information on the object designated to the setting information processing unit 5. Objects include switch objects, ramp objects, keyboard objects, graph objects, etc., as well as character tractor objects, and object tribra 52 contains the object information for these objects. . The tractor jet may be kept separate from the object trifla. Then, the setting information processing unit sets the size and parameters of the selected object.

 The contrast calculation unit 5 calculates the color contrast between the objects such as the object background and number of objects placed on the plan plane by the setting information processing unit 5 using a predetermined formula, and the setting information processing unit 5 Output.

Level parameter 5 contains information on the parameters related to the emphasis level setting described later. The information processing unit 5 uses the emphasis level parameter 5 to display a complementary color of the object background according to the emphasis level, and supports a display meter that matches the emphasis level. Parameter 5 has information about the parameters of the display device used in Programmable Indicator 3 3. The information processing unit 5 acquires the display device parameter 55 used in the programmable display of the design object, and the contrast calculation unit 3 calculates the contrast in the actual device and outputs the calculation result. Use parameter 5 5 The indicator screen showing the situation is displayed on the simulated motor 2.

 In the embodiment, we focus on the contrast ratio of the display surface, and provide a display tool that can improve the appearance of the display surface, especially objects that contain characters, by quantitatively obtaining the contrast. We will also provide display tools that can improve the rate when dealing with multiple types of programmable indicators such as color and monochrome types. In other words, it provides a new design level for the screen, improves the screen timing rate, and makes it possible for the user to provide a display surface that is easy to see, with different display contents.

 ( of )

 As a state of the display device according to the embodiment, the contrast calculation processing in the display screen will be described. The tool has a function to calculate the contrast of the elephant plane scene and the object and the placement object by the setting information processing unit 5 and the contrast calculation unit 53 and to clearly indicate the calculation result in the design. When selecting from the object library 3 or dragging the selected object to a predetermined position on the design screen, the contrast between the background and the selected object is calculated and the result is displayed on the design screen. indicate.

 5 is a flow chart showing the order of the contrast calculation processing in this embodiment. Information processing unit 5 First, a standard for contrast is set. Determines whether to use the second quasi (step). If the previous quasi is not used, starts to set a new quasi (step 2). Select the background or other object color to determine the reference (Step S 3), determine the end of the reference setting (Step S), and if set, proceed to the next process. move on.

 The information processing unit 5 sets the target of contrast. It is determined whether or not to use the elephant at step S5. If the previous elephant is not used, the setting of a new elephant is started (step S). Here, the target color is selected by selecting the color of the target object (step S 7), the end of the target determination is determined (step S 8), and if the setting is completed, the process proceeds to the next process.

 Then, the setting information processing unit 5 determines whether there is any other comparison (step S, if there is another comparison, repeats the above steps S to S8 to determine the target. In step S, If there is no other comparison, whether there is a change in the standard (Step S2) or whether there is a change in the target (Step S is performed. Here, if there is a change in the standard, Steps S to S described above. Perform the process of step 4 to set the standard, and if the target is changed, execute the process of steps S to S8 described above to set the target.

After completion of the quasi and the object, the contrast calculation unit 53 calculates the contrast between the reference and the object. Is calculated (step S2). Then, the setting information processing unit outputs the contrast calculation result to the motor and displays it on the design screen (step S). The contrast calculation result may indicate the level of the calculation result (contrast ratio, etc.), or a small level, etc., and whether the contrast value satisfies a predetermined criterion (whether it is positive or not) It may be indicated by.

 As the level of contrast, for example, the following formula established by W (b on en cc ss byu de nes) of W3C or e eb onsor, which is an organization that promotes the standardization of techniques used in W de or d de eb) It should be noted that the contrast is not limited to this, and can be realized by other similar arithmetic processes as long as a value indicating a difference between the two is obtained.

 () Degree difference

 The example of the contrast stage is obtained by calculating the difference in degrees. In this case, the degree of RG is calculated by the following equation (1) with the RG value as. The degree of contrast between the color of the elephant and the standard is calculated, and if the result is above, the contrast standard is satisfied.

 (RX 2) GX 87)) () Color difference

 An example of the contrast step is to find the value of 2. In this case, the difference between two colors is calculated using the following formula () as RG to 5. The difference between the two colors of the elephant is obtained, and if the calculation result is above, the contrast criterion is satisfied.

 a x (R) R R2

 x G G2) M G G)

 x 2)) 2)

 here

 1 R G

 2 G 2

 M Select value

 Select the value of M / data

And

 Fig. 6 is a diagram showing an example of the contrast calculation result, and shows the calculation result using the equation when the background color is changed. In the figure the color floor

This is actually a color image corresponding to the RG value. In addition to the color image, a gray scale image having, or a single color may be used. In this 6, the value marked with is the contrast that satisfies the above criteria, and the contrast is higher than this. By setting the color, it is easy for the user to distinguish. A gorgeous display surface can be provided.

 When the contrast is calculated, if the background color is not a single color, the above calculation is performed by taking the value of any area. For example, in the case of the background, the area surrounding the placement object is used as the background, and the operation within that area is used as the background. In addition, even if it is a placement off-the-fly, each operation in the object is performed as the object of the object. Using these average colors, the contrast is calculated and cut.

 Next, an example of the contrast calculation result is shown. FIG. 7 is a diagram showing an example of contrast calculation results. An example is a simple display, and the setting information processing unit 51 is selected when the object is selected from the object triflies or when the mouse cursor is selected when the object is selected in the area of the object of the object 3 of the object. The contrast calculation result of 6 objects such as a dialog is displayed. In this display, a mark indicating whether the contrast satisfies the above criteria is displayed in 6 simple areas, and a button for shifting to the detailed display is displayed in that area. The display will be described later in other tables, but if you want to know the details of the design, if you select the details button, the setting information processing section 5 will display a screen that shows details of the calculation results such as brightness and color difference. It is a figure which shows the example of a contrast calculation result display. The example is another example of simple display, which shows the result of contrast calculation for a design screen that has already been seen. In this case, the setting information processing unit 5, when the selected placement object is dragged to the fixed position on the design screen, or when the mouse cursor is selected in the area of the placement-only object 4, the same as above The contrast calculation result between the design screen and the selected object is

 6 is displayed.

 9 is a diagram showing three examples of contrast calculation results. Three examples are detailed examples, and the setting information processing unit displays details 62 when the details button is selected at 6, for example. 6 shows off-sample color and landscape samples, contrast calculation results such as brightness and color difference (contrast in), and contrast results. Contrast

 In addition to general results, the results when there is a color blindness may also be displayed. In this case, the judgment is made according to each standard. In addition, the details 62 can be displayed by an operation such as selecting from a member of the display tool 5 in addition to the above operation. this

By 2, the design background and the desired object, or the contrast calculation result of the desired object person can be confirmed.

Is a diagram showing an example of a surface. Select the contrast check button at 6 when setting the placement off-background or background color The setting information processing unit 5 displays 6. In, only colors that have an appropriate contrast with the standard background color are displayed. This makes it easy to select only the appropriate color according to the scene when setting or changing the color of the placement object.

 Below is the second state. In the example described above, the calculation related to the contrast with the placement object background on the display surface has been explained.

 Contrast calculation When multiple targets can be selected, for example, a comparison criterion such as placement off-off offset is set, the object contrast of the target object selected at that level is calculated, and the calculation result is displayed. In addition, the placement object is not limited to objects such as switches.

 A thing indicating a tractor can also be handled as an object. In this case, the character image to be placed and the tractor contrast of the surrounding or object are calculated and the calculation result is displayed. In addition, when an event such as a user's power or display image is generated, an operation with an off-background is displayed.For example, when a switch object is touched, the difference from the normal operation is displayed. Operation Calculates the contrast and displays the calculation result.

 Here, as the level of the comparison standard, it is conceivable that the contrast standard is set by performing a predetermined work on the object background that the design wants to be the standard for comparison. For example, when the mouse is clicked on a placement object that is used as a comparison criterion, the setting information processing unit 5 property screen is displayed correspondingly, and the design selects the comparison criterion, so that the object is displayed in the contrast. Set as standard. In addition, various settings can be set.

 As a result of contrast calculation, the simple 6 shown in 7 ~

 In addition, it is also possible to display a number of calculation results such as the result of the comparison reference and the result in parallel with the background and the result of off-the-job.

 ( of )

 As the state of the display according to the embodiment, the reason for the emphasis level in the display screen will be explained. Tool 15 has the function of setting the level of the display object by setting parameter processing unit level parameter 5 and allowing the design to be set according to the emphasis level. For example, in the design screen object library 3, when displaying the background and the property surface of the object (including the character), an eye is provided regarding the emphasis level, and the emphasis level is set and selected. In the background of the object, etc., the color corresponding to the set level of the emphasis level is displayed.

Is a flowchart showing the order of emphasis level parameters in this embodiment. It is. When there is a predetermined force, the information processing unit 5 reads out the content of the emphasis level parameter currently existing as the emphasis level parameter 5 (Step S3, outputs this content to the motor, A display including an image display regarding the set emphasis level parameter is performed (step S32). If the number of level parameters is fixed, display the image of the specified content for each level parameter.

 Next, the setting information processing unit determines whether or not the emphasis level is changed (step S33). If there is a change, the process proceeds to the next process, and if there is no change, the process ends. When changing the level, first the number of levels is managed (step S), then the contrast width at the level is set (step S35). Display the image that includes the image of the emphasis level parameter that has been output and changed (step S3. Determine whether the emphasis level has been changed (step S37). If there is a change, steps S4 to S Perform step 3 to change the emphasis level If the emphasis level is not changed in step S, save the contents of the level parameter in the emphasis level parameter 54 (step S3)

 2 is a flow chart showing the order of the process using the emphasis level setting in this embodiment. The information processing unit 5 performs human power on selection of an emphasis level image with a constant force (Step S. For example, there is a work with a fixed emphasis level by design on the property surface corresponding to the target background. When the selected level is selected, the emphasis level setting for the selected setting object is started, and the setting information processing section reads out the contents of the emphasis level parameter 5 existing by the above level parameter management (step S), output the specified content to the motor, and display the image including the set emphasis level parameter (Step S 3)

Next, the setting information processing section performs input processing related to the selection of the emphasis level by a predetermined force (step). For example, the power to indicate the selected emphasis level for the above-mentioned emphasis level in the property aspect. Then, a palette indicating the contrast corresponding to the selected emphasis level is displayed on the object 6 such as an off-background (step S5). As a result, it is recommended to display the world with contrast according to the emphasis level, and by selecting and using from the recommended colors of the design, it is easy to create a sharp color that matches the emphasis level. You can choose. Determine if there is a change in the emphasis level (Step S, if there is a change, perform steps S to S to change the emphasis bell. If there is no change in the emphasis level in Step S, Determine whether it is OK or not (Step S 7 If OK, return to the palette display in Step S 5 and repeat the same process. In Step S 7 4 If it is OK, display a display including an image regarding the setting set in the object background (Step 48), wait for a fixed human power, determine whether the setting has been determined (Step 9), If the setting is determined, the process ends and the setting information is output If the setting is canceled in step S9 • Return to the palette display in step S5 and repeat the same process. Therefore, it is possible to easily design and realize a surface with a contrast that matches the floor of any design level.

 3 is a diagram showing the emphasis level. When the object level for the background is set to the 8th floor. Here, symbol and character lacquers are used as objects. Level 8 (large, emphasis level 6, and emphasis level 3rd floor is shown schematically. In the figure, the color floor is shown as a monochrome dot pattern. There is a color with a color or a grayscale image with a single color In this way, by setting the emphasis level, it is possible to easily achieve contrast matching according to the emphasis level.

 Fig. 2 is a diagram showing two examples of emphasis levels. The example shows the case where the level of the object against the background is set to the 8th floor, as in the case of using the emphasis level 8 emphasis level. In this example, the emphasis is on the tone of the title, and the emphasis level is changed with a symbolic and character title, and a letter indicating its contents. The column shows the title and letter of title 7a with emphasis level 8 and emphasis, and 7 2 is displayed in emphasis level. In column 2 • Title 7 is given an emphasis level 8, and 2 is also displayed at the emphasis level. By changing the emphasis level in the display plane, the title is improved. In this case, the background, the title scene, the content, and the title content each have a high contrast difference, and an easily distinguishable display surface can be realized.

 With the highlight level setting function described above, it is possible to change the appearance of the displayed information that is easily communicated with the design. Can be realized. For example, when changing the device of the programmable indicator 3 from the color type to the type of 8 types, the level of the emphasis level is monotonized by setting the level of the 8th floor in the color image total and designing. By changing to 8, the face can be changed. In this case, the display surface can be easily converted to an appropriate state according to the display device, and an attractive display surface can be provided.

 (Of 3)

As the state of the display device according to the embodiment, the explanation will be given for the ration surface in the total display surface. Tool 5 is based on the setting information processing unit 5, contrast calculation unit 5 3 parameter 5 5 It has a function that suggests the design by displaying the state of the surface of the programmable indicator 3 used at the time. For example, the contrast corresponding to the actual state in 3 of the programmer full indicator 3 is calculated, and the calculation result is displayed in the design screen object library. In addition, the design screen displays a sylation surface that mimics the three surfaces of the programmable display on a new screen.

 In the tool, for example, a color off-the-go monochrome object is prepared in the object library, and it is possible to measure the screen according to the type of programmable indicator used. For this reason, when the display surface designed for the color type is converted to the monochrome type of color, the background color becomes the same color, which causes conversion to a screen that is difficult to separate. In addition, when the display screen designed for the color type is changed to a grayscale monochrome type with a single color, the contrast may be reduced for a single color and converted to a difficult screen. In addition, when using a CD as a display device, there are differences such as STN type, and even in the same type, multiple parameters such as display, contrast of the body, surface (anti-rare, clear) viewing angle, etc. Because of this, there is a difference in the appearance of these parameters.

 Programmable device 3's device reproduces the color from the data on the display surface, so there is no significant difference from the calculation result of only the data in the C motor that operates the display tool. However, in actual usage conditions, it may be different from the prominence of C at the time of design due to low display vise or low contrast ratio. is there. Also, if the display device is of a different type, such as when using the same probe, it may cause a difference in appearance even with the same object.

 Therefore, in order to solve the above problem, the display parameter 5 5 is used to calculate the actual surface state as. For example, it is simply realized by a method of calculating the contrast by performing recalculation in addition to the calculation result of data using the contrast and brightness of the display device as variables.

 15 is a diagram showing an example of syllable display. This shows the syl- lation 75 when using a monochromatic vise of color.

In parameter 55, a parameter indicating the nature of the display device used is stored. Then, using the selected display device parameter, the information processing unit 5 calculates the contrast of the display state actually viewed by the user in the contrast calculation unit 5 and calculates the contrast calculation result as described above. Display in the same way. Also, use the parameters of the selected display pipe to show the screen of the programmer full display 3 in the use state. Display the simulation 7 5 in the design motor simulation. As a result, it is possible to confirm the appearance of the contrast in terms of design and use in the case of the programmer full display 3, and it is possible to easily design and realize a display surface that achieves a desired state.

 Programmable indicators are classified into categories such as color types (displaying color images with a number of numbers) and monochrome types (displaying grayscale monochrome images with two or one color). These are used mainly in terms of equipment costs. For example, the color type is used for visual appearance, and the monochrome type is used for cost-sensitive machines.There are cases where the display function is the same, but the display type is used separately. . In this case, the contrast can be clearly indicated by clearly showing the contrast with the tool of the programmable display as in this embodiment. This means that the surface conversion contrast of the color type and monochrome type can be easily identified, leading to an increase in conversion work, and the aspect is high for all users, leading to a versatile sign.

 In addition, according to the present embodiment, it is possible to easily design a surface having an appropriate contrast between objects, background objects, and the like on the display surface, and a display surface that can be easily viewed from a remote location can be provided. In addition, it is possible to provide a versatile design aspect for various users with different display contents. In addition, recognition of operations and displays can be reduced, leading to the production of programmable displays and components. In addition, it is possible to design an easy-to-see display screen in terms of contrast even when designing with sensitivity and child signature recognition.

 In addition, for objects that have an operation capability, such as indicating that the switch object is turned off, it is possible to perform the calculation of the contrast of the contrast with the normal (state object operation (color, etc.)). As a result, it is possible to easily design and provide a surface with an object that can easily identify the activation.

 In addition, by setting and selecting elementary levels on the display surface, it is possible to emphasize a specific element such as a title, or to control the contrast of the body. Can be provided.

 In addition, using the display device parameters used in the programmable display, it is possible to calculate the contrast that represents the actual state, display the calculation results, and perform contrast sway. This makes it easy to design while checking the contents close to the actual state. You can also check the display status, such as the degree difference between various programmable indicators.

Fig. 6 is a flock diagram that shows the idea of the other tools in practice. . Tool 15 has the following functions to realize its functions: display information processing unit, off-jet tribra J2, color tone data holding unit 153

 1, has color tone 1.

 Based on the operations of the information processing unit 15 and the operation unit 2, the background and color information of the object are displayed. After completion of the screen, the display screen is output as setting information and transferred to the Program Display 3 via the communication interface or a shining memory card. In addition, the display information processing unit 15 displays the design screen and color options on the motor 2 by executing the power of the plan surface report and the power of an option having an appropriate color tone as a color result based on the color tone described later.

 The off-object triflater 5 has information on various objects used on the surface of the programmer-full display, outputs the information on the object library 3, and displays the object triface on the motor. The object rifle outputs the information about the specified object to the display information processing unit. The objects include switch lamp products, keyboard products, graph products, etc., as well as character tractor products, and object library 52 stores the object information of these objects. It may be held separately from the tractor object trifla. And

 The information processing unit sets the position, size, and parameters of the selected object.

 The data holding unit holds the color tone data classified according to the color tone so that it can extract a color of an appropriate color tone, and is composed of a database, a liferaft, and the like.

 Data having color information classified by tone category, or data having color information corresponding to a plurality of tones for each of red, blue, and green are used.

 1 is a diagram showing an example of tone. The example of 7 shows the color tones with color information classified by color category, and information indicating red, blue, green, etc. for each color category of color tone A, color tone, and color tone C Is delivered. In the color tone A light l gh), colors such as light red, light flue, and light green are classified, and the color tone: pa e) includes pastel colors such as pastel red, pastel blue, and pastel green. The color tone C (Vivid vvd) is classified into colors such as pure green. It is not limited to those classified in the color tone categories as described above, but may be those defined by classifying and defining color colors such as red, blue, green, dark colors, colors, etc. .

5 has a function to extract a color tone based on a predetermined color with reference to the tone of color tone holding unit 5 and displays the color tone Information processing unit Output. In accordance with the predetermined value determined by the standard 55, a clear color tone is extracted from one color tone, an option based on the color having the color tone is determined, and information on the option is output as a result.

 1 has the function of determining the color tone for performing color tone according to 5 above. 155 ・ Determines the standard for color tone based on the setting human power by the work of cropping section 5 and information on the data being created or created, and outputs it to the display information processing section. This sets the color tone that appears in color tone 1.

 5 has a function that inputs the face of the creation or creation, and judges the tone of the display screen based on the information of each object or background in the display screen and the color tone of color tone 1. 15 outputs to the display information processing section 5 the color tone conformity as the color tone result.

 Is a diagram for explaining the adaptation of the key. 1 A) shows an example of a zain with key tones, and 8 (shows an example of a child zain with no key tones. Objects on the surface The background color is displayed on the display device. It is expressed by the values of hue (H e), (S aa) (hes) expressed by the value of RG, and the tone is the color tone that combines the lightness and the degree. Colors can be expressed by combining hue and hue, where lightness indicates the length from to, pure color to (,,) color vividness. From the order, it is called pure color,,,, and color, which indicates the direction value on a surface with a fixed brightness, and ・ indicates the color () of a color such as green.

 1 A) is an example of using a near-tone color as a whole as a combination of multiple colors such as blue, pure, and so on. By controlling the color in this way, it is possible to realize the sign that the user intends, that is, the sign that looks good. 1 (is an example of using different colors, such as a mixture of light and light colors. If the color tone is not integrated and the balance is lost, the appearance will be poor. This is because the tone of the child sign is difficult to see for the user because the color tone is different when placing a new and setting the color when changing the screen color or changing the off color. It is possible that the balance of the color will be lost as a whole, etc. In the embodiment, a method for supplementing the choice by design is created by extracting and presenting the color of the appropriate color tone without causing such a color tone lance shift. To do.

The tool 1 according to the embodiment extracts a color tone suitable for a predetermined color by color tone 1 using the color tone data classified and defined by the tone in the color tone data holding unit. And based on this result An option that matches the tone is output via the information processing unit and displayed for display on the motor. With this option, it is possible to easily set a sharp color that matches the color tone, and to create an attractive display surface. Also, color tone 16 determines the tone of the surface being created or created. This display information processing unit 5 displays the color adjustment result on the motor to notify the design, or changes the object background in the display surface according to the color adjustment result to adapt the adjustment, etc. Do the reason.

 Here, the display information processing unit outputs a design screen corresponding to the display surface, outputs an option based on the color having a color tone output by the design surface 5, and designs based on a predetermined force corresponding to the color option The display surface is set on the screen.Display unit Color adjustment processing unit that changes the tone of the image on the display surface based on the color adjustment result by the color tone, and the target part is displayed based on the color adjustment result by the color tone. Has the function of the target department.

 ( of )

 An example of the color function will be described as the state of the display device according to the embodiment. Tool 5 is a display information processor 5

 From step 4, the color of the color tone based on a predetermined color is extracted using the titer of the color tone data holding unit and output as an option. When creating a surface, when selecting the color of the object background as the sexual information of the design display data, select and set the color from the choices presented. The color of the option varies depending on the color tone that is derived from the color tone. In addition, the display information processing unit 5 determines a fixed value for matching the hue, and extracts a color having an appropriate color tone with respect to the reference in the color tone 5.

 Is a flow chart showing the order of color tone extraction processing in the state.

 5 determines the standard that is the standard of color tone based on the indication from the display information processing unit 15 (Step S. Here, the standard 5 is based on the human power set by the work of the cropping unit. As a reference, specify the color to be used mainly on the display surface to be created, or specify a color tone (such as, pure pastel color) according to the design of the display surface. You can use this to determine the standard.

 Next, for the color tone 54, an appropriate color tone is extracted from the tone by referring to the data of the tone holding unit 5 according to the indication from the display information processing unit 1 (step S. Here, the color tone 1 is the above-mentioned value. In accordance with the specified predetermined value, information having a clear color tone is extracted from the color tone, and the color tone 154 outputs an option including the color of the extracted color tone as the color tone (step S).

The information processing unit outputs optional information to the motor and displays it on the design screen. To do.

 The information processing unit performs face processing based on the setting human power by the operation of the operation unit 5 performed corresponding to the option (step S). Here, by selecting any color from the options and giving instructions, the subject scene on the display surface is determined and display data is created.

 2 shows an example of a surface. Fig. 2 is a diagram showing an example of alternative surfaces. When setting the background color on the design screen such as 3, for example, display 2 and specify the part and background color from the design color list. In the embodiment, when the option button 3 is operated, for example, when the option button 3 is operated, the option 6 indicating the option of the color tone produced by the color tone 5 is displayed as shown. In this option 6, a supplemental palette showing the colors of the appropriate color tones is displayed, and by selecting a color from these options, a color that matches the standard tone can be set.

 In this way, according to the situation, an appropriate color tone is output according to and is output as an option, and by selecting a color from the design option, an appropriate color tone can be easily set. Create a unified design surface. Also, by setting the color of the color created by as a reference, it is possible to create a display screen for the balance within the range of that color.

 (Of 5)

 Two examples of the color function will be described as the five states of the display device according to the embodiment. Tool 5 is the display information processor 5

 Based on the fixed city 55, the standard is determined from the information of the data being created or created as a predetermined. As a result, depending on the display face color

The color tone that appears in 1 is set.

 Reference numeral 2 is a flowchart showing the order of the color tone extraction process in the state.

 155 inputs display data information according to the display from the display information processing unit 51, and determines a standard to be output according to the color of the face (step S. Here, the standard 55 is the one in the display. Or, the reference color is determined from all the colors including the background or off-the-background of multiple objects Note that the design specifies the object background to be the elephant on the display surface. The reference may be determined from the color of the background of the object, and the reference may be determined in consideration of the area occupied by the placed object in the body. It is possible to set the right standard according to the position.

Then, according to the indication from the display information processing unit 5, the color tone is extracted from the tone by referring to the data of the color tone holding unit 53 (step). S 2. Here, for color tone 5, information with a clear color tone is extracted from the color tone data according to the specified value determined based on the face. Then, for color tone 1, an option including the color of the extracted color tone is output as the color tone (step S3). Information processing section 5 Optional information is input to the monitor and displayed on the design screen. The display information processing unit 5 is displayed based on the setting human power by the operation of the operation unit 25 performed corresponding to the option.

 (Step S)

 In this way, according to the state, a color having an appropriate color tone is output according to the standard determined according to the color of the display screen, and is output as an option. By selecting a color from the choices, you can set the color of the color that matches the current plane while creating the display plane, and create a plane with a unified design. In addition, by determining the color tone from the face being created, it is possible to create display data that is well-balanced and within the range of that tone.

 (Of 6

 Three examples of color functions will be described as the state of the display according to the embodiment. Tool 5 is a display information processor 5

 From 1, the roof of the color tone based on the predetermined color is extracted from the data of the color tone holding unit 53, and the corresponding option group is output. In this case, the color tone holding unit 13 has a color roof according to a group of color tone grouped for each color tone as a color tone rifle. 154 outputs a color tone group for each classification, and outputs an optional group corresponding to these groups via the display information processing unit 1 to display the color tone library. By selecting a desired tone from the presented option group and selecting a color from the corresponding option, it is possible to set an appropriate color tone.

 Is a flow chart showing the order of color tone extraction in state 6.

 In response to an indication from the information processing unit, an appropriate color tone group group is extracted with reference to the data of the color tone holding unit 5 (step S 31). Here, the number of color groups to be produced by color tone 5, the main color tone direction, etc., may be set according to the setting manpower by operation of the operation unit. And color tone

 Step 5 outputs a group of choices as the color tone for each extracted proof of the classification (step S32). The information processor 5 outputs the information of the optional group to the motor and displays it on the design screen as a color tone rifle. The display information processing unit 15 performs the display screen processing based on the setting human power by the operation of the operation unit 2 performed corresponding to the option (step S 3).

In this way, according to the state of 6, the color group grouped for each color tone is It is output as an option group, and it is possible to easily set an appropriate color tone by selecting a desired tone from an option group conscious of design tone and selecting a color from the option of that tone. In this case, it becomes easier to select a color that matches the design, and the work is improved. It is also possible to present a group of this state and select a desired tone type when setting the standard in the above state.

 ( of )

 An example of the color cutting function will be described as the seven states of the display device according to the embodiment. Tool 5 is the display information processor 1

 According to 54, the color of the appropriate color tone is extracted by using the data of the color tone holding unit 15 in accordance with the currently generated or created titer. The color tone 156 refers to the information of the object background in the display data and the color tone obtained by the color tone 5, and determines the tone of the display surface. Based on the result of color tone cut by the information processing unit 5 color tone 15, if the color tone is incompatible, the background color of the target object is changed and corrected to an appropriate color tone.

 Is a flow chart showing the order of color control in state 7. Based on the human power set by the information processing unit 5 and the operation unit 2, the display screen is managed (step S. Here, the design object instructs the display screen to determine the object scene, and the display screen Created.

 1 is based on the display from the display information processing unit 5 and extracts the appropriate color tone corresponding to the display screen by referring to the tone of the color tone holding unit 53 (step S).

 2). Here, for the color tone, information having a sharp color tone is extracted from the color tone according to the color of the display surface.

 Color tone 5 determines the tone of the display surface based on the color set for the object background in the display surface and the color effect of color tone 15 (step S).

 3). Here, if the color of the display data matches the color tone that was output, the color tone is OK, and the process ends without performing any particular processing. Also, the color of the display screen is not matched with the color tone that was displayed, and the color cut is NG.The information processing unit 15, Extraction of a mismatched joke background on the display screen, and color correction processing to change the color of that elephant Line (step S). The display information processing unit 1 changes the target background color to a color that matches the extracted color tone.

 In this way, according to the state of 7, the display tone is judged, and when the color tone is incompatible, the target color is changed to an appropriate color tone, so that the color tone is automatically corrected and the color tone is unified. Create a well-designed surface.

 8)

As the 8 states of the display device related to the implementation mode, the color cutting function 2 This will be explained. Tool 15 is information processing section 1.

 According to 5, the color of the appropriate color tone is extracted by the color tone data holding unit 53 according to the data being created or created. For the color tone 5, the tone of the surface is determined based on the color tone of the display surface one object background. Based on the result of color tone cut by information processing unit 5 and color tone 5, if the color tone does not match, the target portion is displayed.

 Is a flow chart showing the order of color control in 8 states. The information processing unit 5 performs display screen management based on the human power set by the operation unit. (Step S55 is displayed by referring to the tone of the color tone data holding unit 5 according to the display from the display information processing unit 15. A suitable color tone corresponding to the face is extracted in step S. Then, in color tone 56, the color of the display surface is determined based on the color set for the object background in the display surface and the color tone of color tone 5 (step S). Here, the color of the display screen matches with the color that has been produced. If the color tone is OK, the process ends without performing any particular processing.

 Also, if the color tone of the display data does not match the color tone that was displayed in step S5 and the color tone is NG, the display information processing unit 5 and the display screen extract the background image that does not match, and display that amount. The color tone is adjusted (step S 5). Here, the display information processing unit 5 displays a non-conformance to indicate the object background out of focus on the design screen.

 2 is a diagram showing an example of non-conformance. If the object such as a lamp or button that has no face is not in alignment, the design screen will display “Conformity failure II 72” for the target object. In addition, it is also possible to display key information in detail when the button of key mismatch 72 is selected. In addition, the check button can be used on the screen shown in the above, and the color check for the color created by the user can be executed using the check button, and the color check result can be displayed on the screen.

 As described above, according to the state 8, it is possible to determine the color to be compensated by judging the display screen and displaying the target portion when the color tone is not suitable.

 Therefore, it is possible to easily recognize the color tones and correct the corresponding colors to create an appropriate design surface.

 It should be noted that it is clear that those skilled in the art will change and apply the technology based on the description and the well-known technique without departing from the scope of the specification and the scope of protection. It is.

It should be noted that the present invention is not limited to those described above. It is also clear that those skilled in the art will make changes and applications based on well-known techniques and are included in the scope of seeking protection.

Claims

Request 1

 It is a display device used for measuring the display surface

 A design screen that outputs a design screen corresponding to the surface

 Color information input to input color information about the object or background to be placed on the surface,

 A contrast calculation unit for calculating a contrast of the color of the object background or the object person;

 Contrast to output the calculation result of the contrast,

 Setting to output the surface information including the information of the set JEC arranged and set in the planning surface,

 Display with. The device described in

 The contrast calculation unit is a display that calculates the contrast of the lacquer as the object, the range of the tractor, or another object.

 Three

 The device described in

 The contrast calculation unit is a display for calculating a contrast with the operation of the object when the object displays an operation when a predetermined event occurs.

 Four

 Where

 The contrast unit is a display that outputs information of a mark indicating whether or not a predetermined contrast level is satisfied as a calculation result of the contrast.

 Five

 The device described in

 The contrast unit is a display for outputting information about or a result of the contrast as a result of the contrast.

 6

 It is a place described in

A display with an emphasis level that sets an emphasis level parameter that defines a certain contrast for the off-background or the color of the object person. 7

 The device described in

 The level The display that outputs the surface of the trust according to the set emphasis level using the level parameter. The device described in

 The contrast calculation unit is a display that calculates the contrast of the off-background background or the color of the object person in the current state using a parameter indicating the characteristics of a display device that displays a target display surface. 8.

 A display comprising a simulation unit that outputs a simulation surface showing the actual state of the device using the parameters. A program for realizing the function of the device described in any one of claims to in the compilation. A display device used for measuring the display surface of the device,

 A design screen that outputs a design screen corresponding to the surface;

 A color tone holding unit for holding color tones classified by colors according to the colors used for the surface;

 A color tone for extracting a color tone based on a predetermined reference with reference to the tone, and a criterion for determining the color to be used

 An option that outputs an option with a color having the output color tone, a display surface on the plan plane is determined based on a predetermined constant human power corresponding to the option, and a display processing unit

 Display provided.

 2

 1

 Chengdu enters display data related to the setting of the surface being created or created, and determines the standard based on the information in this data.

 The display which extracts a suitable color tone according to the standard determined from the display face color in the above.

 13

It is the place of description, A display that determines a standard based on a predetermined force and extracts an appropriate color tone according to the standard determined by the above.

 Four

 1.

 The data holding unit holds a color tone loop based on a color tone data group collected for each color tone.

 The display having the appropriate color tone from the tone is output, and the option portion outputs an option group corresponding to the output color group.

 Five

 A display screen used for measuring the display surface of the device, and a design screen for displaying a design screen corresponding to the surface;

 A color tone holding unit for holding color tones classified by color according to colors used for the surface;

 Based on the information of the display data regarding the setting of the surface being created or created, refer to the above to extract the appropriate color tone,

 Refer to each information in the data and the color tone according to the above, to determine the tone of the display surface,

 A color tone correction processing unit for changing the color tone of the display surface on the plan surface when the color tone is not compatible based on the result of the color tone cut by the above;

 Display provided.

 1 6

 It is a display device used for measuring the display surface.

 Design screen that outputs the design screen corresponding to the surface

 A color tone holding unit for holding color tone data obtained by classifying the colors on the surface according to the color tone;

 Display regarding the setting of the surface that is being created or created.

 Refer to each information on the face and the color tone according to the above, the color tone for judging the tone of the display surface,

 Based on the result of color tone cut by the above, the target management unit that displays the target portion on the plan surface when the color tone is not suitable

 Display with.

 1 7

On the computer, place any of the parts described in claims 1 to A program for realizing Noh.