DE112018006887T5 - INFORMATION PROCESSING DEVICE, INFORMATION PROCESSING METHODS AND PROGRAM - Google Patents

Abstract

An information processing device includes: a color range calculation unit (143) configured to calculate the size of an area of target image data generated from image data used for the content for each color of the target image data; a content color scheme specifying unit (144) configured to specify the color scheme pattern for the content based on the color having the largest area among the colors of the target image data; a suggested content generating unit (147) configured to display the suggested content by arranging the image data and text input in accordance with the purpose according to a predetermined layout pattern and coloring the background and the Generate text of the content according to the specified color scheme pattern; and a content suggestion unit (149) configured to cause the display unit (120) to display the suggested content based on the suggested content data.

Description

TECHNICAL AREA

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

STATE OF THE ART

In the conventional content creation, a template is automatically selected and coloring is carried out in accordance with the purpose and impressions for creating content.

For example, the design generation assisting device disclosed in PATENT REFERENCE 1 is provided with a photograph arranging means for using a data group classified by categories to arrange one or more specified photographs in respective picture frames of a template to produce a balanced graphic design for the template data selected from the data group and a coloring means for coloring respective areas of the stencil to correspond to an impression specified by a keyword relating to an input graphic design based on a table showing a correlation between colors represented by the basic color principle are defined, and indicating impressions, equipped.

REFERENCE TO THE STATE OF THE ART

PATENT REFERENCE

PATENT REFERENCE 1: Japanese Patent Application Publication No. 2006-221601

SUMMARY OF THE INVENTION

TASK THAT IS TO BE SOLVED BY THE INVENTION

However, the conventional technique has a problem that the color balance of the entire content is lost when images are arranged.

It is therefore an object of one or more aspects of the present invention to support the creation of content with an appropriate color scheme when arranging images.

MEANS TO SOLVE THE TASK

An information processing device according to an aspect of the present invention includes: a display unit configured to display various screen images; an input unit configured to receive various inputs; an image converting unit configured to generate converted image data by converting an image format of image data to be used for content into an image format to which color reduction is applicable by using a hue; an image color reduction unit configured to generate target image data by reducing the color of the converted image data so that the number of color tones of the converted image data becomes a predetermined number; a color area calculation unit configured to calculate the size of an area in the target image data for each color of the target image data; a content color scheme specifying unit configured to specify a color scheme pattern for the content based on the color having the largest area among the colors of the target image data; a purpose selection unit configured to receive, via the input unit, a selection of a purpose for generating the content from a plurality of predetermined purposes; a text acquisition unit configured to acquire, via the input unit, a text corresponding to an object that is predetermined in accordance with the selected purpose; a suggested content generation unit configured to generate suggested content data for displaying the suggested content by arranging an image of the image data and the captured text according to a predetermined layout pattern and coloring a background of the content and the captured text according to the specified color scheme pattern ; and a content suggestion unit configured to cause the display unit to display the suggested content based on the suggested content data.

An information processing method according to one aspect of the present invention includes: generating converted image data by converting an image format of image data to be used for content into an image format to which color reduction by using a hue is applicable; Generating target image data by reducing the color of the converted image data so that the number of hues of the converted image data becomes a predetermined number; Calculating the size of an area in the target image data for each color of the target image data; Specifying the color scheme pattern for the content based on the color having the largest area among the colors of the target image data; Receiving a selection of a purpose for generating the content from a plurality of predetermined purposes; Detecting a text corresponding to a predetermined object in accordance with the selected purpose; Generating suggested content data for displaying the suggested content by arranging an image of the image data and the captured text according to a predetermined layout pattern and coloring a background of the content and the captured text according to the specified color scheme pattern; and displaying the suggested content based on the suggested content data.

A program according to an aspect of the present invention makes a computer function as: a display unit configured to display various screen images; an input unit configured to receive various inputs; an image converting unit configured to generate converted image data by converting an image format of image data to be used for content into an image format to which color reduction is applicable by using a hue; an image color reduction unit configured to generate target image data by reducing the color of the converted image data so that the number of color tones of the converted image data becomes a predetermined number; a color area calculation unit configured to calculate the size of an area in the target image data for each color of the target image data; a content color scheme specifying unit configured to specify a color scheme pattern for the content based on the color having the largest area among the colors of the target image data; a purpose selection unit configured to receive, via the input unit, a selection of a purpose for generating the content from a plurality of predetermined purposes; a text acquisition unit configured to acquire, via the input unit, a text corresponding to an object that is predetermined in accordance with the selected purpose; a suggested content generation unit configured to generate suggested content data for displaying the suggested content by arranging an image of the image data and the captured text according to a predetermined layout pattern and coloring a background of the content and the captured text according to the specified color scheme pattern ; and a content suggestion unit configured to cause the display unit to display the suggested content based on the suggested content data.

EFFECTS OF THE INVENTION

In accordance with one or more aspects of the present invention, it is possible to easily generate content that has an appropriate color balance when arranging images.

Figure list

• 1 Fig. 13 is a block diagram schematically showing a configuration of a content creation device according to an embodiment.
• 2 Fig. 13 is a schematic diagram showing an example of color scheme pattern data.
• 3 Fig. 13 is a block diagram showing an example of a hardware configuration of a content creation device.
• 4th Fig. 16 is a flowchart showing processing in a content generator.
• 5 Fig. 13 is a schematic diagram showing an example of color space data.

MODE FOR CARRYING OUT THE INVENTION

1 Fig. 13 is a block diagram showing a configuration of a content creation device 100 as an information processing device according to an embodiment.

The content generator 100 contains a storage unit 110 , a display unit 120 , an input unit 130 and a control unit 140 .

The storage unit 110 stores data necessary for processing by the content creation facility 100 are necessary.

The storage unit 110 contains an image storage unit 111 , a color scheme pattern storage unit 112 , a purpose storage unit 113 , a layout pattern storage unit 114 and a storage unit 115 for suggested content.

The image storage unit 111 stores image data used for content. Here, the image data is data in an image format such as B. JPEG ("Joint Photography Experts Group"), PNG ("Portable Network Graphics") or BMP.

A color scheme pattern storage unit 112 stores color scheme pattern data showing a color scheme pattern used when a color scheme is determined.

The color scheme pattern data indicates a plurality of color scheme patterns for each main color, a condition for specifying one or a plurality of color scheme patterns from the plurality of color scheme patterns, and an unsuitable purpose. It should be noted that each color scheme pattern is a combination of a main color, an accent color, and a base color.

2 Fig. 13 is a schematic diagram showing an example of color scheme pattern data.

The color scheme pattern data 112a , in the 2 is data in a case where bluish purple is the main color, and is data in a table format showing a main color column 112b , a condition column 112c , an accent color column 112d , a basic color column 112e and a column 112f for the unsuitable purpose.

The main color column 112b stores information indicating a hue as a main color.

The condition column 112c stores a condition for specifying a color scheme pattern. Here, for example, the color scheme pattern is specified by the range of the mean saturation (S) and the mean lightness (V) of the main color.

The accent color column 112d stores information indicating a hue as an accent color in a color scheme swatch. For example, the accent color is the opposite of the main color.

The basic color column 112e stores information indicating a hue as a base color in a color scheme swatch. The basic color is, for example, a predetermined color. Here the basic color is predetermined, and a brightness contrast with the main color is established so that it harmonizes with the main color.

That is, the main color, the accent color, and the base color are predetermined to achieve a theoretically excellent color scheme.

The gap 112f for unsuitable purpose stores information indicating a purpose for which a color scheme sample cannot be used. If there is no such purpose, the corresponding line is left blank.

In 2 “BaseS” represents the saturation of the main color, “BaseV” represents the lightness of the main color, and “BaseH” represents the hue of the main color.

Back to 1 stores the purpose storage unit 113 Purpose data indicating the purpose of creating the content.

For example, the purpose data indicates information indicating the purpose of creating the content, an object to be input for the purpose of creating the content, and the importance of the object. Here it is assumed that the importance is ranked as two levels, high and low.

The layout pattern storage unit 114 stores layout template data indicating a layout template for content.

The layout pattern is data indicating the arrangement of text and an image. For example, the layout pattern indicates the display position and size of an object of input text and the display position and size of an image.

The storage unit 115 for suggested content stores the suggested content data in association with an evaluation value determined by a content layout evaluation unit 148 is calculated.

The display unit 120 displays various screen images.

The input unit 130 receives various inputs.

The control unit 140 controls the processing in the content generator 100 .

The control unit 140 contains an image conversion unit 141 , an image color reduction unit 142 , a color range calculation unit 143 , a content color scheme specifying unit 144 , a purpose selection unit 145 , a text entry unit 146 , a generating unit 147 for proposed content, a content layout evaluation unit 148 and a content suggestion unit 149 .

The image conversion unit 141 receives the selection of image data to be used for the content from image data stored in the image storage unit 111 are stored via the display unit 120 and the input unit 130 .

Then the image conversion unit resets 141 the image format of the selected image data into an image format of a color space, such as. An HSV color space or an HSL color space to which the color reduction using a hue is applicable, and thereby generates converted image data.

It should be noted that if there is only one group of image data in the image storage unit 111 is stored, the selection of the image data can be omitted.

The image color reduction unit 142 generates target image data by reducing the color of the converted image data so that the number of color tones of the converted image data becomes a predetermined number.

For example, the hue of the converted image data is classified into a predetermined number of sections, and the pixel values thereof are converted. In particular, when the hue of the converted image data is expressed by 0 ° to 360 ° in HSV space, the hue is divided into every 15 °, and the hue is classified into 24 categories. Then the image color reduction unit calculates 142 the mean hue, mean lightness and mean saturation of the pixel values of the pixels classified into 24 sections. The pixel values (hue, lightness, saturation) of the pixels classified into 24 sections are expressed by the calculated mean hue (s), mean lightness and mean saturation, and thereby the converted image data is further converted into target image data of 24 colors . It should be noted that in this example the hue is evenly divided into 15 degrees, but the even division is not essential and the degree of division may vary depending on the color system used.

The color range calculation unit 143 calculates the size of an area for each color based on the target image data.

For example, the color range calculation unit calculates 143 an area ratio for each color. In particular, the color range calculation unit 143 calculate the area ratio of each color based on the number of pixels of each color in the total number of pixels included in the target image data.

It should be noted that the color range calculation unit 143 calculate the size of the area based on the number of pixels for each color.

The content color scheme specifier 144 specifies a color scheme pattern based on the color that is largest by the color range calculating unit 143 has calculated area.

For example, the content color scheme specifying unit specifies 144 the color scheme pattern from the color scheme pattern data using: that by the color range calculation unit 143 calculated area ratio; the average hue (H), the average saturation (S) and the average lightness (V) of the main color obtained by the image color reduction unit 142 be calculated; and the purpose specified by the purpose selection unit 145 is selected as described later.

The purpose selection unit 145 receives a selection of a purpose for generating the content from a plurality of purposes identified by in the purpose storage unit 113 stored purpose data are specified via the display unit 120 and the input unit 130 .

The text entry unit 146 detects a text corresponding to a predetermined object according to the via the display unit 120 and the input unit 130 selected purpose.

The generating unit 147 For proposed content, an image maps the image data that is generated by the image conversion unit 141 is selected, and a text that is captured by the text capture unit 146 is detected in a layout pattern that is stored in the layout pattern storage unit 114 stored layout pattern data is indicated, and performs coloring in accordance with a color scheme pattern specified by the content color scheme specifying unit 114 is specified to generate suggested content data for displaying the suggested content.

For example, the generating unit colors 147 for suggested content, the background of the suggested content with the main color of the color scheme pattern, colors the text of the object of high importance with the accent color, and colors the text of the object of low importance with the main color.

The content layout evaluation unit 148 is an evaluation unit that evaluates the proposed content data so that the color ratio of the proposed content data can be given a higher evaluation when the color ratio is closer to a predetermined color ratio.

The content layout evaluation unit 148 evaluates the proposed content data so that the area ratio of the primary color, main color, and accent color in the proposed content data can be given a higher score when the area ratio is closer to a reference area ratio that is a predetermined area ratio. It should be noted that, in this example, the reference area ratio is predetermined in order to achieve an appropriate color scheme based on the color scheme theory.

In particular, it is assumed that the reference area ratio is represented by primary color: main color: accent color = SB: SM: SA, and that SB + SM + SA = 100.

Then the content layout evaluation unit extracts 148 Pixel values of the base color, the main color and the accent color from the proposed content data and corrects the areas of the base color, the main color and the accent color, so that the total value of the area ratio base color: main color: accent color can be equal to 100. The content layout evaluation unit then calculates 148 an evaluation value E by the following equation (1), where B is the corrected area of the basic color, M is the corrected area of the main color, and A is the corrected area of the accent color. $$\begin{array}{l}\text{E.}=\left\{\left(\text{B.}-\text{SB}\right)/\text{SB}\right\}\hfill \\ +\left\{\left(\text{M.}-\text{SM}\right)/\text{SM}\right\}\hfill \\ +\left\{\left(\text{A.}-\text{SA}\right)/\text{SA}\right\}\hfill \end{array}$$

A smaller evaluation value E indicates a higher evaluation.

It should be noted that (B - SB), (M - SM) and (A - SA) in the formula (1) can be absolute values.

Alternatively, the content layout evaluation unit 148 calculate the evaluation value E by the following equation (2). $$\text{E.}={\left(\text{B.}-\text{SB}\right)}^2+{\left(\text{M.}-\text{SM}\right)}^2+{\left(\text{A.}-\text{SA}\right)}^2$$

Similarly, in the equation (2), the smaller evaluation value E indicates a higher evaluation.

The content suggestion unit 149 suggests to a user the suggested content data stored in the storage unit 115 are saved for suggested content.

For example, the content suggestion unit presents 149 the user the proposed content by displaying the proposed content on the display unit 120 based on the proposed content data. The content suggestion unit 149 displays the proposed content in such a way that that determined by the content layout evaluation unit 148 certain evaluation is recognizable.

3 Fig. 13 is a block diagram showing an example of a hardware configuration of a content creation device 100 represents.

The content generator 100 includes a storage device 160 , a communication interface (communication I / F) 161 , a memory 162 , a CPU (central processing unit) 163 , a GPU (graphics processing unit) 164 , a display interface (display I / F) 165 , a display device 166 , an input interface (input I / F) 167 and an input device 168 .

The storage unit described above 110 can through the storage device 160 or the memory 162 be implemented.

The display unit 120 can through the display I / F 165 and the display device 166 be implemented.

The input device 130 can through the input I / F 167 and the input device 168 be implemented.

The control unit 140 can through the CPU 163 that have one in the storage device 160 stored program in memory 162 reads and executes the program read. In addition, part or all of the control unit 140 through the GPU 164 be implemented.

Such a program may be provided over a network or recorded on a recording medium. That is, such a program can be provided as a program product, for example.

It should be noted that the content suggestion unit 149 the proposed content data selected by a user from the proposed content data to one or a plurality of display devices 170 via the communication I / F 161 distributed.

All content creator operations 100 are on the display device 166 via the display I / F 165 displayed.

4th Fig. 13 is a flow chart showing the processing in the content generator 100 shows.

First, the image conversion unit causes it 141 the display unit 120 , an image selection screen for selecting those in the image storage unit 111 stored image data, and receives a selection of the image data to be used for the content from a user via the input unit 140 .

Then the image conversion unit imports 141 the selected image data ( S10 ).

The purpose selection unit 145 causes the display unit 120 , a purpose selection screen for selecting a purpose for content creation based on those in the purpose storage unit 113 stored purpose data, and receives a selection of the purpose for content creation from the user via the input unit 130 ( S11 ).

The text entry unit 126 causes the display unit 120 , a text input screen for inputting text on an object according to that in step S11 selected purpose is intended to display ( S12 ). For example, it is assumed that the text entry screen includes a field for entering text for each object. It is also assumed that the text input screen displays an object that can be added by the user's selection.

The text entry unit 126 determines whether or not an object has been added by checking whether or not an object that can be added is selected in the text input screen ( S13 ). If an object has been added (Yes in S13 ), the process proceeds to step S14 and if no object has been added (no in S13 ), the process moves to step S15 away.

In step S14 adds the text entry unit 126 a field for entering a text of the added object on the text input screen. The process then moves to step S15 away.

In step S15 receives the text capture unit 126 a text input from the input unit 130 using the text entry screen.

Then the text entry unit determines 126 whether the input of the text has been completed which is not ( S16 ). For example, the text entry screen is provided with an area such as B. a button for instructing the completion of the input, and when an execution instruction specifying the area in the input unit 130 is entered, determines the text capture unit 126 that the entry of the text has been completed. When the input of the text has been completed (Yes in S16 ) the process closes S17 and if the entry of the text has not been completed (no in S16 ), the process returns to step S13 back.

In step S17 sets the image conversion unit 141 the in step S10 converts imported image data into image data of a color space in which color reduction can be performed using a hue, and thereby generates converted image data. The image color reduction unit 142 performs color reduction processing on the converted image data. Here it is assumed that the image conversion unit 141 converts the image format of the image data into the image format of the HSV room and the image color reduction unit 142 reduces the color of the converted image data to produce target image data with 24 colors.

Next, the color range calculating unit analyzes 143 the target image data to generate gamut data indicating the area ratio, mean hue, mean saturation, and mean lightness of each of the 24 colors ( S18 ). The middle hue, middle saturation and middle lightness are determined by the image color reduction unit 142 calculated.

5 Fig. 13 is a schematic diagram showing an example of color space data.

Back to 4th specifies the content color scheme specifying unit 144 the color scheme pattern for the content ( S19 ).

For example, the content color scheme specifying unit references 144 the color area data and specifies the color having the highest area ratio, that is, the largest area, as the main color. The content color scheme specifier 144 then specifies a color scheme pattern by referencing color scheme pattern data stored in the color scheme pattern storage unit 112 are stored. In particular, the content color scheme specifying unit determines 114 when the main color is bluish purple with HSV = (232, 47, 96) and the color scheme pattern storage unit 112 the color scheme pattern data 112a for bluish purple as in 2 shown that stores the condition of the fourth row of the condition column 112c of the color scheme pattern data 112a is satisfied, and specifies the color scheme pattern by the main color, the accent color and the base color of the line. Here, the accent color has a hue obtained by subtracting “180” from the hue (middle hue) of the main color, a saturation value obtained by adding “40” to the saturation of the main color, and a lightness value obtained by Subtracting "30" from the lightness (mean lightness) of the main color is obtained. In addition, the basic color is HSV = (0, 0, 20).

Because the unsuitable purpose is not in the fourth line of the color scheme pattern data 112a is saved, the comparison is made with that in step S11 selected purpose not carried out. On the other hand, for example, if the unsuitable purpose is as in the first line of the color scheme pattern data 112a is saved and if the in step S11 The selected purpose matches the unsuitable purpose, the color scheme pattern of this line cannot be used.

Next, the generating unit arranges 147 for suggested content the in step S10 imported image data and the in step S15 detected text in the layout pattern that is saved by the layout pattern storage unit 114 saved Layout pattern data is shown and performs colorization in the step S19 specified color scheme pattern to generate suggested content data for displaying the content ( S20 ). Here, a plurality of layout patterns are shown by the layout pattern data, and a plurality of suggested content data (units) are generated according to each of the plurality of layout patterns. For example, the color scheme of the proposed content is changed by changing the size of the image and the size of the text as a variety of layout patterns.

Next, the content layout evaluating unit evaluates 148 each of the proposed content data items, so that an area ratio of the basic color, main color and accent color in each of the proposed content data items can be given a higher rating when the area ratio is closer to a reference area ratio that is a predetermined area ratio ( S21 ). It should be noted that the content layout evaluation unit 148 each of the plurality of proposed content data units and their evaluation value in association with one another in the storage unit 115 saves for suggested content.

Next shows the content suggestion unit 149 each of the plurality of suggested contents based on the plurality of suggested content data (units) stored in the storage unit 115 for suggested content are stored by displaying a suggested content selection screen showing the plurality of suggested content data (units) in descending order of rating on the display unit 120 indicates to suggest the content for the user ( S22 ).

It should be noted that the content suggestion unit 149 the proposed content based on the proposed content data on the display unit 120 can display one after the other in descending order of rating or include a plurality of suggested content units in a suggested content selection screen and display them on the display unit 120 can display.

As described above, according to the present embodiment, even a user who does not know the color scheme can create contents of a balanced color scheme just by inputting image data and a text. In particular, in the present embodiment, since the user can select the content so that the color scheme can theoretically be the best of the area ratio of each color, the arrangement of the image and the text by the user is unnecessary. Further, in the present embodiment, since the color scheme pattern takes into account the colors of the image used for the content, the balance of the color scheme of the entire screen can be maintained even when the image is placed.

Further, in the present embodiment, since the accent color capable of highlighting the information in the proposed content can be assigned to the text of the important object, the creator of the content can consciously select the information to be given preferentially to the viewer of the content .

In the in 4th As shown in the flow chart, a plurality of suggested content data (units) are generated according to a plurality of layout patterns, but the embodiment is not limited to such an example. For example, a layout pattern can be stored in the layout pattern storage unit 114 stored layout pattern data must be specified. In such a case, the generating unit 147 generate a suggested content data unit for suggested content, and the content suggestion unit 149 can suggest content based on the generated content data item. In such a case, the processing of the content layout evaluation unit 148 be omitted. Alternatively, if the processing of the content layout evaluation unit 148 not omitted is the content suggestion unit 149 Evaluation values determined by the content layout evaluation unit 148 are intended on the display unit 120 Show.

In addition, the content color scheme specifying unit 144 specify a variety of color scheme patterns. In such a case, one or a plurality of layout patterns are applied to each of the plurality of color scheme patterns to produce a plurality of suggested items of content data.

100

Inhaltserzeugungseinrichtung

110

Speichereinheit

111

Bildspeichereinheit

112

Farbschemamusterspeichereinheit

113

Zweckspeichereinheit

114

Layout-Musterspeichereinheit

115

Speichereinheit für vorgeschlagenen Inhalt

120

Anzeigeeinheit

130

Eingabeeinheit

140

Steuereinheit

141

Bildumwandlungseinheit

142

Bildfarbenreduktionseinheit

143

Farbbereichsberechnungseinheit

144

Inhaltsfarbschemaspezifizierungseinheit

145

Zweckauswahleinheit

146

Texterfassungseinheit

147

Erzeugungseinheit für vorgeschlagenen Inhalt

148

Inhalts-Layout-Bewertungseinheit

149

Inhaltsvorschlagseinheit

In the embodiment described above, as shown in 2 As shown in FIG. 1, an accent color and a base color for lightness and saturation are specified which meet a specific condition, but the embodiment is not limited to such an example. For example, an accent color can be specified as a base color for brightness and saturation that meet a special condition. In such a case, since a plurality of color scheme patterns are specified, one or a plurality of layout patterns are applied to each of the plurality of color scheme patterns to generate a plurality of suggested content data (units).

100

Content creation facility

110

Storage unit

111

Image storage unit

112

Color scheme pattern storage unit

113

Purpose storage unit

114

Layout pattern storage unit

115

Suggested content storage unit

120

Display unit

130

Input unit

140

Control unit

141

Image conversion unit

142

Image color reduction unit

143

Color range calculation unit

144

Content color scheme specifier

145

Purpose selection unit

146

Text capture unit

147

Unit of generation for proposed content

148

Content layout evaluation unit

149

Content suggestion unit

QUOTES INCLUDED IN THE DESCRIPTION

This list of the documents listed by the applicant was generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Patent literature cited

• JP 2006221601 [0004]

Claims (8)

Information processing facility, comprising: a display unit configured to display various screen images; an input unit configured to receive various inputs; an image converting unit configured to generate converted image data by converting an image format of image data to be used for content into an image format to which color reduction is applicable by using a hue; an image color reduction unit configured to generate target image data by reducing the color of the converted image data so that the number of color tones of the converted image data becomes a predetermined number; a color area calculation unit configured to calculate the size of an area in the target image data for each color of the target image data; a content color scheme specifying unit configured to specify a color scheme pattern for the content based on the color having the largest area among the colors of the target image data; a purpose selection unit configured to receive, via the input unit, a selection of a purpose for generating the content from a plurality of predetermined purposes; a text acquisition unit configured to acquire, via the input unit, a text corresponding to an object that is predetermined in accordance with the selected purpose; a suggested content generation unit configured to generate suggested content data for displaying the suggested content by arranging an image of the image data and the captured text according to a predetermined layout pattern and coloring a background of the content and the captured text according to the specified color scheme pattern ; and a content suggestion unit configured to cause the display unit to display the suggested content based on the suggested content data. Information processing device according to Claim 1 wherein the suggested content generating unit generates a plurality of the suggested content data for displaying a plurality of the suggested contents according to a plurality of layout templates; the information processing device further comprises an evaluation unit configured to evaluate each of the plurality of the suggested content data so that the color ratio of the suggested content is given a higher evaluation when the color ratio is closer to a predetermined color ratio; and the content suggestion unit causes the display unit to display the suggested content in such a way that the rating can be recognized. Information processing device according to Claim 1 wherein the suggested content generation unit generates a plurality of the suggested content data for displaying a plurality of the suggested contents according to a plurality of color scheme patterns; the information processing device further comprises an evaluation unit configured to evaluate each of the plurality of the suggested content data so that the color ratio of the suggested content is given a higher evaluation when the color ratio is closer to a predetermined color ratio; the content suggestion unit causes the display unit to display the suggested content in such a way that the rating is recognizable. Information processing device according to Claim 2 or 3 wherein the content suggesting unit causes the display unit to display the plurality of the proposed contents in descending order of rating. Information processing device according to Claim 1 further comprising a storage unit configured to store color scheme pattern data indicating a plurality of color scheme patterns each of which specifies a main color, an accent color corresponding to the main color, and a base color corresponding to the main color; wherein the content color scheme specifying unit specifies a color scheme pattern from the plurality of color scheme patterns in which the main color is the color having the largest area, and the content suggesting unit colors the background of the proposed content with the primary color and the detected text with the accent color and the main color according to the specified color scheme pattern. Information processing device according to Claim 5 wherein a plurality of the objects are predetermined for each of the plurality of objects; a high or low importance is predetermined for each of the plurality of objects; and the content suggesting unit, the detected text by coloring a text inputted as the object of high importance with the accent color and by coloring text that is input as the object of low importance is entered, colored with the main color. Information processing method, comprising: Generating converted image data by converting an image format of image data to be used for content into an image format to which color reduction by using a hue is applicable; Generating target image data by reducing the color of the converted image data so that the number of hues of the converted image data becomes a predetermined number; Calculating the size of an area in the target image data for each color of the target image data; Specifying the color scheme pattern for the content based on the color having the largest area among the colors of the target image data; Receiving a selection of a purpose for generating the content from a plurality of predetermined purposes; Acquiring text corresponding to a predetermined object in accordance with the selected purpose; Generating suggested content data for displaying the suggested content by arranging an image of the image data and the captured text according to a predetermined layout pattern and coloring a background of the content and the captured text according to the specified color scheme pattern; and View the suggested content based on the suggested content data. A program to make a computer function as one of the following: a display unit configured to display various screen images; an input unit configured to receive various inputs; an image converting unit configured to generate converted image data by converting an image format of image data to be used for content into an image format to which color reduction is applicable by using a hue; an image color reduction unit configured to generate target image data by reducing the color of the converted image data so that the number of color tones of the converted image data becomes a predetermined number; a color area calculation unit configured to calculate the size of an area in the target image data for each color of the target image data; a content color scheme specifying unit configured to specify a color scheme pattern for the content based on the color having the largest area among the colors of the target image data; a purpose selection unit configured to receive, via the input unit, a selection of a purpose for generating the content from a plurality of predetermined purposes; a text acquisition unit configured to acquire, via the input unit, a text corresponding to an object that is predetermined in accordance with the selected purpose; a suggested content generation unit configured to generate suggested content data for displaying the suggested content by arranging an image of the image data and the captured text according to a predetermined layout pattern and coloring a background of the content and the captured text according to the specified color scheme pattern ; and a content suggestion unit configured to cause the display unit to display the suggested content based on the suggested content data.

Images