JP2015182482A - Display controller, display control system, in-cabin display control method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a display controller, a display control system, and an in-cabin display control method that can change a screen display of a display unit mounted in a vehicle according to impressions on a content.SOLUTION: Color information corresponding to an impression word of a content is selected based upon color selection data in which impression words and color information corresponding thereto are registered, a screen design corresponding to the impression word of the content is selected based upon skin selection data in which impression words and screen designs corresponding thereto are registered, and screen displays of an IC 9, a center display unit 10, etc., are changed based upon the selected color information and screen design.

Description

  The present invention provides, for example, a display control device and a display control system for controlling display of a display device mounted on a vehicle such as an instrument cluster (hereinafter abbreviated as IC), an in-vehicle display (center display or rear seat display), and the like. And an in-vehicle display control method.

For example, Patent Literature 1 and Patent Literature 2 disclose a technique for changing in-vehicle illumination in accordance with the tone of music reproduced in a vehicle.
Further, in Patent Document 3, although not limited to the inside of a vehicle, the contents of image information or sound information created based on at least one of image information related to an image to be viewed and sound information related to sound data are included. Techniques for controlling lighting based on relevant content data are described.

JP 2011-105163 A JP 2013-169960 A Japanese Patent Laid-Open No. 2001-118689

  In the invention described in Patent Document 1 and Patent Document 2, the lighting pattern of the interior lighting is changed in accordance with the tone of the music reproduced in the vehicle. Note that the tune is generally defined by the speed of the tune, the strength of the rhythm or beat. However, it is difficult to reflect the image of the music correctly only with the music tone. For example, there are songs that are intensely tuned but a sad image from the lyrics, and there are songs that resemble spring and images that resemble winter, even if they have similar tunes.

  In Patent Document 3, image data or sound data itself to be viewed is analyzed, and content data indicating the contents of color information, sound data, image data, or sound data is extracted and held. For this reason, it is necessary to prepare a storage medium or storage device for holding the extracted data. In addition, the content does not necessarily have content data indicating what kind of content the image or sound data is, and the invention described in Patent Document 3 may not be applicable. Further, the process of analyzing and extracting the contents from the image information is a complicated operation, and thus a high-performance arithmetic device is required.

  The present invention has been made to solve the above-described problems, and a display control device, a display control system, and a display control device capable of changing the screen display of a display device mounted in a vehicle according to the impression of content. An object is to obtain an in-vehicle display control method.

  A display control device according to the present invention is a display control device that controls display of a display device mounted in a vehicle, and includes an attribute information extraction unit that extracts attribute information of content being reproduced in the vehicle, and attribute information Color for selecting color information corresponding to impression words of content based on color selection data in which impression words and color information corresponding to the impression words are registered The information selection unit, the skin selection unit that selects the screen design corresponding to the impression word of the content based on the skin selection data in which the impression word and the screen design corresponding thereto are registered, and the color information selection unit. A display processing unit for changing the screen display of the display device with the color information and the screen design selected by the skin selection unit.

  According to the present invention, there is an effect that the screen display of the display device mounted in the vehicle can be changed according to the impression of the content.

It is a block diagram which shows the structure of the display control system which concerns on Embodiment 1 of this invention. 3 is a flowchart showing an operation of the display control apparatus according to the first embodiment. It is a figure which shows the example of a change of the color tone and skin using the image information of the content in reproduction | regeneration. It is a figure which shows the example of a change of the color tone and skin using the impression word regarding the content in reproduction | regeneration. It is a block diagram which shows the structure of the display control system which concerns on Embodiment 2 of this invention. 10 is a flowchart illustrating an operation of the display control apparatus according to the second embodiment.

Embodiment 1 FIG.
1 is a block diagram showing a configuration of a display control system according to Embodiment 1 of the present invention. A display control system 1 shown in FIG. 1 is a system that is mounted on a vehicle and controls the display operation of an in-vehicle display device such as an IC 9 or a center display 10, and includes an attribute information extraction unit 2, a color information analysis unit 3, and an information search. The display control device includes a unit 4, an impression word extraction unit 5, a color information selection unit 6, a skin selection unit 7, and a display image combination unit 8, and an IC 9 and a center display 10. When a rear seat display is mounted on the vehicle, the display control system 1 may control the display of the rear seat display.

  The attribute information extraction unit 2 extracts attribute information of content being reproduced in the vehicle. Examples of the content include music, video, and images that are played by audio devices and media playback devices in the vehicle. The attribute information is information indicating the attribute of the content being reproduced, and is added to the content data. For example, when the content is music, the attribute information includes an album jacket image, lyrics, liner notes, a review, and the like of an album including the music. The attribute information extraction unit 2 outputs the image information to the color information analysis unit 3 when the attribute information is image information such as an album jacket image.

  The color information analysis unit 3 analyzes color information from image information related to the content. For example, the main component of the color in the image information is analyzed to obtain the color information (color combination) used therein. The image information includes an image itself (for example, a menu screen) when the album jacket image or content is a video. The color information analysis unit 3 analyzes the color information used for the image information. As a color analysis method, principal component analysis (PCA) applied in various fields as a statistical analysis method may be used.

  The information search unit 4 searches for content attribute information when no attribute information is added to the content data. For example, a website is searched using a content title (song title, movie title, etc.) as a search key, and attribute information including the content title (for example, lyrics, liner notes, reviews, etc.) is acquired.

  The impression word extraction unit 5 extracts an impression word representing the impression of the content from the attribute information. Impression words are words that recall the impression of content such as adjectives, adjective verbs, and adverbs. For example, text search is performed for attribute information, and words or phrases that appear at a frequency exceeding a predetermined threshold are extracted as impression words.

The color information selection unit 6 is a color information selection unit that selects color information corresponding to an impression word of content based on color selection data in which impression words and color information corresponding to the impression words are registered.
For the color selection data, a color image scale widely known in the design field is used. That is, the color information selection unit 6 searches the color image scale using the extracted impression word as a search key, and selects a color corresponding to the impression word. For example, if the impression word of the content is “adorable” and this impression word corresponds to a warm tone color such as red or orange and a light tone color, a combination of these colors is selected.

On the other hand, when the color information (color combination) analyzed from the image information by the color information analysis unit 3 is input, the color information selection unit 6 selects the color information as color information that matches the impression of the content. Further, the color information selection unit 6 specifies an impression word corresponding to the color information analyzed from the image information using the color selection data, and notifies the skin selection unit 7 of the impression word.
In this way, when there is image attribute information, color information obtained from the image is selected for screen display. As image information (jacket image, menu screen, etc.) added to content, an image that matches the impression of the content is generally adopted by the producer. For this reason, when there is image attribute information, color information that matches the impression of the content can be easily obtained by obtaining color information from the image itself.

In addition, it is known that the combination of colors is related to an impression word. For example, as shown in Reference Document 1, an attempt has been made to search for a painting for an impression word.
(Reference 1) Kosaburo Yamura, Shigeru Eibo; “Searching for Painting Data Based on Color Distribution and Impression Words”, Information Processing Society of Japan Research Report, Humanities and Computer Society Report 95 (91), 37-44, 1995- 09-15.

The skin selection unit 7 selects a screen design corresponding to the impression word of the content based on the skin selection data in which the impression word and the screen design (skin) corresponding to the impression word are registered.
The skin selection data is data in which a plurality of screen designs created in advance are classified according to impression words. For example, an impression word “pretty” is associated with a design composed of display parts having a rounded screen shape.
In addition to the case where the screen design is automatically selected from the impression word as described above, the skin selection unit 7 selects the screen design designated in advance by the user when the manual mode is set.

  The display image combining unit 8 is a display processing unit that changes the screen display of the IC 9 and the center display 10 with the color information (color combination) selected by the color information selecting unit 6 and the screen design selected by the skin selecting unit 7. It is. That is, the display image combination unit 8 colors the screen design selected by the skin selection unit 7 with the combination of colors selected by the color information selection unit 6 and displays the screen design on the IC 9 and the center display 10.

The IC (instrument cluster) 9 is a display that is arranged on the dashboard of the vehicle and displays an image of instruments that display various vehicle operating states.
The center display 10 is a display disposed under the windshield in front of the driver seat and the passenger seat. For example, a display device of a navigation device can be used.

  The attribute information extraction unit 2, the color information analysis unit 3, the information search unit 4, the impression word extraction unit 5, the color information selection unit 6, the skin selection unit 7, and the display image combination unit 8 are described in, for example, the first embodiment. When the microcomputer executes a program in which unique processing is described, it can be realized as a specific means in which hardware and software cooperate.

Next, the operation will be described.
FIG. 2 is a flowchart showing the operation of the display control apparatus according to the first embodiment, and shows processing for changing the screen display of the in-vehicle display apparatus to color information and screen layout that match the impression of the content being played back. Yes.
First, the attribute information extraction unit 2 checks whether image information is added to the content being played back (step ST1). For example, if the content is music, the presence or absence of a jacket image is confirmed. When the content is a video (moving image and still image), a part of the predetermined video is used as image information for color information analysis.

When there is image information (step ST1; YES), the attribute information extraction unit 2 outputs the image information to the color information analysis unit 3. The color information analysis unit 3 analyzes the main component of the color in the image information input from the attribute information extraction unit 2 (step ST2), and obtains color information (color combination) used in the image information.
For example, when the content being reproduced is music and the jacket image 11 shown in FIG. 3A is obtained as image information, the color information analysis unit 3 analyzes the main components of the colors of the jacket image 11. FIG. 3A shows a case where the gold color in the partial area 11a, the vermilion color in the partial area 11b, and the blue color in the partial area 11c of the jacket image 11 are specified as main components of the color by this analysis. The color information (gold, vermilion, blue) obtained as a result of the analysis is output from the color information analysis unit 3 to the color information selection unit 6.
The color information may be analyzed in real time by extracting the image information every time the content is reproduced as described above, but the color information obtained by analyzing the image information in advance before reproducing the content. May be stored and this color information may be used when reproducing the content.

  The color information selection unit 6 selects the color information input from the color information analysis unit 3 as color information that matches the impression of the content currently being reproduced. Further, the color information selection unit 6 refers to the color image scale (color selection data), specifies an impression word corresponding to the color information, and notifies the skin selection unit 7 of the impression word. The color of the jacket image 11 shown in FIG. 3A is a combination of gold and vermilion based on blue, and has a cold color and a deep tone. In this case, referring to the color image scale, for example, “urban” is specified as an impression word corresponding to the color information.

The skin selection unit 7 checks whether the currently set operation mode is the automatic mode or the manual mode (step ST3). If the automatic mode is set, the skin selection unit 7 selects a screen design corresponding to the impression word “urban” from the skin selection data.
The color information selected by the color information selection unit 6 and the screen design (skin) selected by the skin selection unit 7 are set in the display image combination unit 8 via the skin selection unit 7 (step ST4). If the manual mode has been set, the skin selection unit 7 selects a screen design (skin) designated in advance by the user and sets it in the display image combining unit 8 (step ST5).

The display image combining unit 8 changes the screen display of the IC 9 and the center display 10 based on the color information (color combination) selected by the color information selecting unit 6 and the screen design selected by the skin selecting unit 7 (step ST6).
For example, as shown in FIG. 3B, the IC 9 displays a speedometer 12, a tachometer 13, and a multimedia menu 14 on the screen 9A. Here, the color of the screen 9A is composed of gold and vermilion based on blue, and the design of the screen 9A is a display component with a sharp shape reminiscent of high-rise buildings and roads corresponding to the impression word “urban” It is composed of

As shown in FIG. 3C, the center display 10 displays a jacket image 11 and simple information 15 including a song title, an artist, and a release year on a screen 10A. Similar to the IC 9, the color of the screen 10A is composed of gold and vermilion based on blue, and the design is also composed of display parts having a sharp shape.
Thus, by changing all the displays controlled by the display control system 1 to the screen display that matches the impression of the content being reproduced, a sense of unity with the content (music, video, etc.) is enhanced.

  On the other hand, when the image information is not added to the content being played back (step ST1; NO), the attribute information extraction unit 2 checks whether or not attribute information other than the image is added to the content (step ST1). ST7). For example, when the content is music, lyrics, liner notes, reviews, and the like are extracted.

  When attribute information other than images is not added (step ST7; NO), the attribute information extraction unit 2 notifies the information search unit 4 of the fact and the content title (song title, movie title, etc.). The information search unit 4 searches for attribute information using the content title as a search key (step ST8). For example, as shown in FIG. 4A, a database on the Web is searched using a song name as a key. Thereby, attribute information (lyrics, liner notes, reviews, etc.) including the content title is acquired. The information search unit 4 outputs the attribute information acquired by the search to the impression word extraction unit 5.

When attribute information other than an image is added to the content (step ST7; YES), the attribute information extraction unit 2 extracts the attribute information from the content and outputs it to the impression word extraction unit 5.
The impression word extraction unit 5 extracts impression words from the attribute information (step ST9). For example, a text search is performed on the attribute information, and words and phrases that appear at a frequency exceeding a predetermined threshold are extracted as impression words. Here, it is assumed that words such as “cute”, “spring”, and “pop” are extracted as impression words.

Next, the color information selection unit 6 selects the color information corresponding to the impression word extracted by the impression word extraction unit 5 from the color selection data (color image scale) in which the impression word and the corresponding color information are registered. Is selected (step ST10). For example, a combination of pink, orange, and rosy is selected as color information corresponding to “cute”, “spring”, and “pop”.
If the automatic mode is set, the skin selection unit 7 selects a screen design corresponding to the impression words “cute”, “spring”, and “pop” from the skin selection data.
In step ST 4, the color information selected by the color information selection unit 6 and the screen design (skin) selected by the skin selection unit 7 are set in the display image combination unit 8 via the skin selection unit 7.

In step ST6, the display image combining unit 8 displays the screen display of the IC 9 and the center display 10 based on the color information (color combination) selected by the color information selecting unit 6 and the screen design selected by the skin selecting unit 7. change.
For example, the color of the screen 9B of the IC 9 shown in FIG. 4B is composed of pink, orange, and rosy, and the design of the screen 9B is the impression words “cute”, “spring”, and “pop”. Correspondingly, it is composed of rounded display parts.
Further, as shown in FIG. 4C, on the screen 10B of the center display 10, simple information 15 including the title, artist, and release year of the music is displayed. The color of the screen 10B is composed of pink, orange, and rosy as in the case of the IC 9, and the design is composed of rounded display components.

  As described above, according to the first embodiment, the attribute information extraction unit 2 that extracts the attribute information of the content being reproduced in the vehicle, and the impression word extraction that extracts the impression word representing the impression of the content from the attribute information. Section 5, color information selection section 6 for selecting color information corresponding to an impression word of content based on color selection data in which impression words and color information corresponding to the impression words are registered, and impression words and the corresponding information The screen design is selected by the skin selection unit 7 that selects the screen design corresponding to the impression word of the content based on the registered skin selection data, and the color information selected by the color information selection unit 6 and the skin selection unit 7. And a display image combining unit 8 for changing the screen display of the IC 9 and the center display 10 with the screen design. Thus, by changing the screen display based on the color information corresponding to the impression word extracted from the attribute information of the content and the screen design, the screen display of the in-vehicle display device can be changed according to the impression of the content.

  Further, according to the first embodiment, the information search unit 4 that searches for attribute information is provided, and the impression word extraction unit 5 extracts impression words from the attribute information searched by the information search unit 4. Even if the content does not have attribute information, attribute information related to the content can be obtained.

  Furthermore, according to this Embodiment 1, the color information analysis part 3 which analyzes color information from the image information relevant to a content is provided. The color information selection unit 6 selects the color information analyzed from the image information by the color information analysis unit 3 and specifies an impression word corresponding to the color information analyzed from the image information using the color selection data. The skin selection unit 7 selects a screen design corresponding to the impression word specified by the color information selection unit 6 from the data for skin selection. In this way, color information that matches the impression of the content can be easily obtained.

  In the first embodiment, the case where the color information and the screen design of the screen display are changed is shown, but in addition to these, the screen brightness (brightness) and contrast (in accordance with the impression of the content being reproduced) are displayed. Saturation) and color temperature may be changed.

Embodiment 2. FIG.
FIG. 5 is a block diagram showing a configuration of a display control system according to Embodiment 2 of the present invention. A display control system 1A shown in FIG. 5 includes an operation state determination unit 16 and a change method determination unit 17 in addition to the configuration of FIG. 1, and replaces the display image combining unit 8 of FIG. 1 with a display image combining unit 8a. ing. Note that the attribute information extraction unit 2, the color information analysis unit 3, the information search unit 4, the impression word extraction unit 5, and the color information selection unit 6 function in the same manner as in FIG. 1, and thus are not shown in FIG.

  When the change method determining unit 17 determines that the change cannot be made, the display image combining unit 8a does not change the screen display of the display device. In the change method, the screen display of the display device is changed based on the color information selected by the color information selection unit 6 and the screen design selected by the skin selection unit 7.

The driving situation determination unit 16 determines the driving situation of the vehicle based on the vehicle information. For example, vehicle information is acquired by connecting to a vehicle speed sensor, a car navigation system, and a driving support device.
The vehicle information includes the travel speed of the vehicle, the current position of the vehicle, the type of road on which the vehicle travels (highway, general road), the weather at the travel location of the vehicle, the time, and the presence or absence of obstacles outside the vehicle. For example, the driving situation is classified into any one of stopping, normal running, and caution running, and the situation is further determined according to the running speed of the vehicle. Note that the caution driving is a driving state in which the driver should drive with caution. For example, when there are other vehicles or pedestrians that may collide around the vehicle, when driving in intersections or places where attention should be paid to driving, such as places where width is reduced, driving in bad weather For example, the visibility of the place is bad.

The change method determination unit 17 determines whether or not to change the screen display in the display device such as the IC 9 or the center display 10 according to the driving situation determined by the driving situation determination unit 16. As a change method, changing the speed and change timing which change a screen display according to the driving situation of vehicles is mentioned. For example, when the vehicle speed exceeds the threshold and the driving situation is to be driven with caution, the change timing for changing from the current screen display to the color information matching the impression of the content and the screen display of the screen design is determined in advance. Just delay. As a result, it can be changed at the timing when the caution driving is completed. Alternatively, the change speed is decreased so that the screen display is gradually changed. By doing in this way, it can prevent that a driver | operator's attention is distracted by the sudden change of a screen display.
In addition, when the vehicle is stopped, it is not necessary to focus on driving, so the screen display changing speed may be increased.

  The attribute information extraction unit 2, the color information analysis unit 3, the information search unit 4, the impression word extraction unit 5, the color information selection unit 6, the skin selection unit 7, the display image combination unit 8a, the driving situation determination unit 16, and the change method For example, the determination unit 17 can be realized as a specific unit in which hardware and software cooperate by causing a microcomputer to execute a program in which processing unique to the second embodiment is described.

Next, the operation will be described.
FIG. 6 is a flowchart showing the operation of the display control apparatus according to the second embodiment. A series of processes in FIG. 6 are connected to the node A in FIG. 2 and executed instead of step ST6.
When the process of step ST4 or step ST5 is completed, the process proceeds to step ST11. In step ST11, the driving status determination unit 16 determines whether the driving status of the vehicle is “stopping”, “normal driving”, or “attention driving” based on the current vehicle information of the vehicle. . For example, it is determined whether the vehicle is stopped from the traveling speed of the vehicle.
Further, it is determined whether the vehicle is “attention running” based on the situation inside and outside the vehicle and whether the vehicle is traveling in a place where attention should be paid to a predetermined driving. Further, a traveling state other than the caution traveling is determined as normal traveling.

When it is determined that the current driving status is “stopped”, the driving status determination unit 16 notifies the change method determination unit 17 to that effect. Upon receiving this notification, the change method determination unit 17 determines that the screen display of the IC 9 and the center display 10 can be changed, and determines immediate change.
When the change method determining unit 17 determines that the display image combining unit 8a can be changed and is immediately changed, the display image combining unit 8a determines the IC 9 based on the color information selected by the color information selecting unit 6 and the screen design selected by the skin selecting unit 7. And the screen display of the center display 10 is changed immediately (step ST12).

When it is determined that the driving situation is “during normal driving”, the driving situation determination unit 16 notifies the change method determination unit 17 to that effect. Upon receiving this notification, the change method determination unit 17 determines that the screen display of the IC 9 and the center display 10 can be changed, and determines to change the screen display at a speed according to the current vehicle speed.
The display image combining unit 8a can be changed by the change method determining unit 17, and when it is determined to change at a speed according to the vehicle speed, the color information selected by the color information selecting unit 6 and the skin selecting unit 7 are selected. Based on the screen design, the screen display of the IC 9 and the center display 10 is changed at a speed corresponding to the vehicle speed (step ST13).
For example, when the vehicle continues to travel in a predetermined high speed range, such as when the vehicle is traveling on a highway, the medium speed range or the low speed range is changed so that the screen display is gradually changed. The change speed is slower than in the case of

When it is determined that the driving state of the vehicle is “attention running”, the driving state determination unit 16 notifies the change method determination unit 17 to that effect. Upon receiving this notification, the change method determining unit 17 determines that the screen display of the IC 9 and the center display 10 cannot be changed.
When the change method determining unit 17 determines that the change cannot be made, the display image combining unit 8a stops changing the screen display (step ST14).
When any of the processing from step ST12 to step ST14 is completed, the driving state determination unit 16 determines whether the driving is finished from the current traveling speed of the vehicle, the use / non-use of the parking brake, and the ignition switch on / off. (Step ST15).

When it determines with driving | running not having been complete | finished (step ST15; NO), it returns to the process of step ST11 and repeats a series of processes mentioned above, while the vehicle is drive | operating.
When it determines with driving | running | working having been complete | finished (step ST15; YES), a process is complete | finished.

As described above, according to the second embodiment, the driving status determination unit 16 that determines the driving status of the vehicle based on the vehicle information, and the IC 9 and the center according to the driving status determined by the driving status determination unit 16. A change method determining unit 17 that determines whether or not the screen display can be changed and a change method in a display device such as the display 10 is provided. When the change method determining unit 17 determines that the change is not allowed, the display image combining unit 8a does not change the screen display of the display device. In the change method, the screen display of the display device is changed based on the color information selected by the color information selection unit 6 and the screen design selected by the skin selection unit 7.
As described above, whether or not to change the screen display is determined according to the driving situation of the vehicle, and the screen display can be safely changed according to the actual driving situation.

  In the present invention, within the scope of the invention, any combination of each embodiment, any component of each embodiment can be modified, or any component can be omitted in each embodiment. .

  1, 1A display control system, 2 attribute information extraction unit, 3 color information analysis unit, 4 information search unit, 5 impression word extraction unit, 6 color information selection unit, 7 skin selection unit, 8, 8a display image combining unit, 9 IC, 9A, 9B, 10A, 10B screen, 10 center display, 11 jacket image, 11a to 11c partial area, 12 speedometer, 13 tachometer, 14 multimedia menu, 15 simple information, 16 driving status determination section, 17 Change method determination unit.

Claims (6)

A display control device for controlling display of a display device mounted in a vehicle,
An attribute information extraction unit for extracting attribute information of content being played in the vehicle;
An impression word extraction unit that extracts an impression word representing an impression of the content from the attribute information;
A color information selection unit that selects color information corresponding to an impression word of the content based on color selection data in which an impression word and color information corresponding to the impression word are registered;
A skin selection unit that selects a screen design corresponding to an impression word of the content based on data for selecting a skin in which an impression word and a screen design corresponding to the impression word are registered;
A display control device comprising: a color information selected by the color information selection unit; and a display processing unit that changes the screen display of the display device with the screen design selected by the skin selection unit. An information search unit for searching the attribute information;
The display control apparatus according to claim 1, wherein the impression word extraction unit extracts an impression word from the attribute information searched by the information search unit. A color information analysis unit that analyzes color information from image information related to the content;
The color information selection unit selects the color information analyzed from the image information, specifies an impression word corresponding to the color information analyzed from the image information using the color selection data,
The display control apparatus according to claim 1, wherein the skin selection unit selects a screen design corresponding to the impression word specified by the color information selection unit from the skin selection data. A driving status determination unit that determines the driving status of the vehicle based on vehicle information;
A change method determination unit that determines whether or not to change the screen display of the display device and a change method according to the driving situation determined by the driving state determination unit;
The display processing unit does not change the screen display of the display device when the change method determining unit determines that the change is not allowed, and when the change is determined to be changeable, the change method determining unit determines the change method determining unit. The display control apparatus according to claim 1, wherein the screen display of the display apparatus is changed by the change method using the color information selected by the color information selection unit and the screen design selected by the skin selection unit. A display device mounted in the vehicle;
An attribute information extraction unit for extracting attribute information of content being played in the vehicle;
An impression word extraction unit that extracts an impression word representing an impression of the content from the attribute information;
A color information selection unit that selects color information corresponding to an impression word of the content based on color selection data in which an impression word and color information corresponding to the impression word are registered;
A skin selection unit that selects a screen design corresponding to an impression word of the content based on data for selecting a skin in which an impression word and a screen design corresponding to the impression word are registered;
A display control system comprising: a color information selected by the color information selection unit; and a display processing unit that changes the screen display of the display device with the screen design selected by the skin selection unit. A display control method for controlling display of a display device mounted in a vehicle,
An attribute information extraction unit extracting attribute information of content being played in the vehicle;
An impression word extraction unit extracting an impression word representing an impression of the content from the attribute information;
A step in which a color information selection unit selects color information corresponding to an impression word of the content based on color selection data in which an impression word and color information corresponding to the impression word are registered;
A step of selecting a screen design corresponding to the impression word of the content based on data for skin selection in which the skin selection unit registers an impression word and a screen design corresponding to the impression word;
A display control method comprising: a display processing unit changing the screen display of the display device with the color information selected by the color information selection unit and the screen design selected by the skin selection unit.

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