JP2023125037A - video creation program - Google Patents

Abstract

To properly select content suitable for a video to be created, from among multiple pieces of content.SOLUTION: A video creation program causes a computer to execute: a process (S52) for analyzing video cuts to be used for a video project; a process (S54) for estimating an attribute of a video on the basis of analysis results; a process (S56) for selecting, based on the attribute of the video, multiple content candidates from among pieces of content applicable to creation of a video in the video project; a process (FIG. 5B) for displaying the content candidates on a display unit; a process (FIG. 5B) for selecting, on the basis of an operation signal, content to be applied in creating a video from among the content candidates; and a process (FIG. 5B) for applying the selected content to creation of a video in the video project.SELECTED DRAWING: Figure 5A

Description

The present invention relates to a video creation program for creating a video.

2. Description of the Related Art There is a known technique for creating a video project as a travel diary using videos taken at a travel destination (see Patent Document 1). Images taken at travel destinations are stored in the data center, and historical data as a travelogue is stored in the data center.

Japanese Patent Application Publication No. 2003-44552

However, since the conventional technology uses images and videos taken by the user himself, it is not possible to add content effects such as music and filters. On the other hand, even if it were possible to freely add effects to the content, since there are countless types of music and filters, it would be difficult for the user to choose what kind of content to apply.

A program according to one aspect of the present invention includes a positioning unit that acquires position information, a photographing unit that photographs a subject image and generates image information including time information and position information, a storage unit that stores information, and a positioning unit that acquires position information. An electronic device including a display section for displaying a display and an operation section for outputting an operation signal in response to an operation is provided with a predetermined video cut whose shooting time is a predetermined second from among the image information stored in the storage section. This is a video creation program that executes a video project that creates a video by connecting multiple video cuts, and includes a first process that analyzes each video cut used in the video project, and a second process that estimates video attributes based on the analysis results. , a third process of selecting a plurality of content candidates from content applicable to the creation of a video in a video project based on attributes of the video; a fourth process of displaying a plurality of content candidates on a display unit; and an operation signal. Based on this, the computer is caused to execute a fifth process of selecting content to be applied when creating a moving image from a plurality of content candidates, and a sixth process of applying the selected content to creating a moving image in a video project.

According to the present invention, it becomes possible to appropriately select content suitable for a moving image created by a video creation program from among a plurality of contents.

FIG. 3 is a schematic diagram illustrating a video created by an electronic device that executes a video creation application according to an embodiment. A schematic diagram explaining a video file. FIG. 1 is a schematic diagram showing an example of a service providing system. FIG. 2 is a block diagram illustrating a main configuration of an electronic device that executes a video creation application. FIG. 3 is a block diagram illustrating a main configuration of the in-vehicle terminal shown in FIG. 2. FIG. 4 is a flowchart illustrating the flow of processing by the video creation application executed by the processing unit in FIG. 3. FIG. 4 is a flowchart illustrating the flow of processing by the video creation application executed by the processing unit in FIG. 3. FIG. FIG. 3 is a diagram showing an example of a shooting list screen. The figure which shows an example of an editing screen. The figure which shows an example of a photography screen. The figure which shows an example of a filter determination screen. The figure which shows an example of a music decision screen. The figure which shows an example of a confirmation screen. The figure which shows an example of a map confirmation screen.

Hereinafter, embodiments for carrying out the invention will be described with reference to the drawings.
<Overview of the video creation program>
First, a video creation program according to an embodiment will be outlined.
The video creation program is an application program executed on an electronic device such as a smartphone. From now on, it will simply be referred to as a video creation application. The electronic device is not limited to a portable wireless terminal such as a smartphone, but may also be a tablet computer with a built-in or connectable camera and positioning unit.

By executing a video creation application, an electronic device can create a video based on multiple video cuts taken with a camera.

FIG. 1A is a schematic diagram illustrating a moving image 10 created with an electronic device. The video 10 illustrated in FIG. 1A has a configuration in which six video cuts (video cut C1, video cut C2, video cut C3, ..., video cut C6) each having a recording time of 4 seconds are connected. (4 seconds x 6 cuts). The playback time of the created video 10 is 24 seconds, excluding the display time of the end title, etc., and is equal to the total recording time of the video cuts C1 to C6.
Note that the recording time of 4 seconds per cut, the number of cuts of 6, the total recording time, and the playback time of the video 10 of 24 seconds are examples, and may be changed as appropriate. A video cut may also be called a video clip.

Each of the video cuts C1 to C6 is a video recorded as a continuous video from the start to the end of the video cut (also referred to as recording). For example, when the number of frames per second is 30 frames (30 fps), a video cut C1 with a recording time of 4 seconds per cut is composed of 4 seconds x 30 fps = 120 frames. The same applies to video cuts C2 to C6. The video 10, which is a combination of video cuts C1 to C6, is composed of 120 frames x 6 cuts = 720 frames.
Note that in the embodiment, it is assumed that the shooting positions for shooting the video cuts C1 to C6 are different. In other words, it is assumed that the user of the electronic device moves to a different shooting location and shoots video cuts C1 to C6.

(filter processing)
In the video creation application of the embodiment, one video 10 is created by connecting video cuts C1 to C6, but it is also possible to create a video 10 that has been processed. The processing performed by the video creation application will be referred to as filter processing.

Filter processing can, for example, process the colors of video cuts C1 to C6 to monochrome, process the hues of video cuts C1 to C6 to sepia tone, emphasize specific colors of video cuts C1 to C6, This process adds image processing effects, such as blurring a specific part of the screen of cuts C1 to C6 or blurring the entire screen of video cuts C1 to C6.

In the video creation application of the embodiment, it is possible to create a video 10 subjected to filter processing arbitrarily selected by the user from among a plurality of filter processing candidates prepared in advance. The user can select the same filter processing for all video cuts C1 to C6. It is also possible to select different filter processing for each video cut that makes up the video 10.
When creating the video 10 with a video creation application, filter processing may be performed on each of the video cuts C1 to C6 that have been shot, and one video 10 may be created by connecting the video cuts C1 to C6 after the filter processing. However, the video 10 may be created by connecting the captured video cuts C1 to C6 and then performing filter processing.
Note that the filtering process may be omitted in order to create the video 10 that takes advantage of the color tones and the like of the video cuts C1 to C6 as they are.

The video creation application includes a plurality of filter processing programs each having a different image processing effect as modules. Further, in the video creation application, filter processing recommended to the user is predetermined in correspondence with the attributes of the video cuts C1 to C6 used to create the video 10. In the embodiment, the attributes of the video cuts C1 to C6 refer to the three attributes (hue, saturation, and brightness) of the colors included in the video cuts C1 to C6.

The following is an example of the correspondence between the attributes of video cuts C1 to C6 and the filter processing recommended by the video creation application.
For example, if the hue of the main subject in video cuts C1 to C6 becomes closer to red the later the video is shot, the video creation app may apply filter processing to express red clearly, filter processing to express red clearly, or We recommend filter processing to create a soft and calm color tone. These filter processes will be referred to as first category filter processes.
In addition, if the hue of the main subject approaches blue in a later video cut, for example, the video creation application may apply filter processing to express blue clearly, filter processing to express blue clearly, or make blue a soft and calm color. We recommend filter processing that expresses taste. These filter processes will be referred to as second category filter processes.
Furthermore, if the hue of the main subject becomes greener in a later video cut, for example, the video creation app may apply filter processing to express the green more clearly, filter processing to express the green more clearly, or to make the green a softer, calmer color. We recommend filter processing that expresses taste. These filter processes will be referred to as third category filter processes.

For example, if the saturation of the main subject in video cuts C1 to C6 decreases as the video cuts are shot later, the video creation app may apply filter processing to make the image darker, filter processing to make the image more subtle, or filter processing to make the image more subtle. We recommend filtering to create a calm atmosphere. These filter processes will be referred to as fourth category filter processes.
On the other hand, if the saturation of the main subject increases, for example, in a later video cut, the video creation app may apply filter processing to make the image brighter, filter processing to make the image clearer, or filter processing to make the image more active. Recommended filter processing etc. for expression. These filter processes will be referred to as filter processes of the fifth category.

For example, if the brightness of the main subject in video cuts C1 to C6 decreases in later video cuts, the video creation app may apply filter processing to dull the image, filter processing to understate the image, or filter processing to make the image more subdued. We recommend filter processing, etc. that expresses the These filter processes will be referred to as filter processes of the sixth category.
On the other hand, if the brightness of the main subject increases, for example, in a later video cut, we recommend filtering to make the image more vivid, to make the image clearer, or to make the image more flashy. do. These filter processes will be referred to as filter processes of the seventh category.

In the embodiment, each filter processing program is attached with a tag indicating to which of the first to seventh genres the image processing effect resulting from the filter processing falls. The processing unit 250 selects filter processing that is tagged with a genre that corresponds to the attributes of the video cuts C1 to C6.
The above-described association between the attributes of the video cuts C1 to C6 and the recommended filter processing is merely an example, and may be changed as appropriate. Further, the first to seventh genres may include the same filter processing in common.

FIG. 1B is a schematic diagram illustrating the video file 100. Generally, data of the moving image 10 (information 101 of the moving image 10) is recorded together with audio data (sound information 102) in a file format such as MP4. Hereinafter, the file that stores the information 101 and the sound information 102 of the moving image 10 will be referred to as a moving image file 100. The information 101 of the video 10 can include information on the shooting position and shooting time.

(music added)
In the video creation application of the embodiment, it is possible to record music information arbitrarily selected by the user from among a plurality of music candidates prepared in advance in the video file 100 together with the information 101 of the created video 10. It is. The plural pieces of music information prepared by the video creation application are, for example, BGM (background music) information. As for the music, the same song may be attached to all the video cuts C1 to C6, or a different song may be attached to each video cut.

The video creation application includes information on multiple songs. Even if the song name is the same, if the tempo of the performance is different, the key of the overall pitch is different, the song is arranged in a major or minor key, etc., and the tone is different, each song is considered to be a different song. It can be included in a video creation application as a.
Further, in the video creation application, information on songs recommended to the user is predefined in correspondence with the attributes of the video cuts C1 to C6 used to create the video 10.

The following is an example of the correspondence between the attributes of video cuts C1 to C6 and information on songs recommended by the video creation application.
For example, if the hue of the main subject in video cuts C1 to C6 is closer to a warm color such as red the later the video cut is shot, the video creation app may indicate that the song is a high-tempo song, bright, easy-going, and active. We recommend songs that give a positive impression or songs with energetic melodies. These songs will be referred to as songs of the 10th genre.
In addition, if the hue of the main subject approaches a cooler color such as blue the later the video is shot, the video creation app may recommend songs that are played at a slow tempo or songs that give a slow, calm and calm impression. , or quiet melodic songs. These songs will be referred to as songs of the 11th genre.

The video creation application recommends songs of the eleventh genre if, for example, the saturation of the main subjects in the video cuts C1 to C6 decreases as the video cuts are shot later.
On the other hand, if the saturation of the main subject increases, for example, in video cuts shot later, the video creation application recommends songs of the tenth genre.

The video creation application recommends songs of the eleventh genre when the brightness of the main subjects in the video cuts C1 to C6 decreases as the video cuts are shot later, for example.
On the other hand, if the brightness of the main subject increases, for example, in video cuts shot later, the video creation application recommends songs of the tenth genre.

In the embodiment, a tag indicating which of the tenth and eleventh genres the melody of the song corresponds to is attached to information about each song. The processing unit 250 selects songs that are tagged with genres that correspond to the attributes of the video cuts C1 to C6.
The above-described correspondence between the attributes of the video cuts C1 to C6 and the recommended song information is merely an example, and may be changed as appropriate. Furthermore, genres other than the tenth and eleventh genres may be added.

When playing a video based on a video file 100 created with a video creation application on a general playback device, the user plays the video 10 based on the information 101 while listening to the BGM played based on the sound information 102. It is possible to watch the video. Note that the electronic device that has executed the video creation application can also act as a playback device to play back a video based on the information 101 of the video 10 (including BGM playback).

According to the video creation app outlined above, multiple video cuts C1 to C6 are shot with an electronic device, filter processing is applied to the multiple video cuts C1 to C6, and the multiple video cuts C1 to C6 after filter processing are connected. One video 10 can be created by Information 101 of the created video 10 can be stored in the video file 100 together with BGM information (sound information 102).
Such a video creation application will be described in detail below.

<System overview>
FIG. 2 is a schematic diagram showing an example of a service providing system 400 including the server device 4 that supplies the video creation application. In the embodiment, the service providing system 400 includes an electronic device 3A used by a user A who uses a video creation application, an electronic device 3B used by a user B who uses a video creation application, and a business that provides services. A server device 4 managed by a user's body or the like, and an in-vehicle terminal 2 mounted on a vehicle 1 used as a means of transportation by user A or user B are illustrated.

The electronic device 3A, the electronic device 3B, the server device 4, and the in-vehicle terminal 2 are configured to be able to communicate with each other via the communication network 5. The communication network 5 includes not only public wireless communication networks such as the Internet and mobile phone networks, but also closed communication networks established for each predetermined management area, such as wireless LAN (Local Area Network), Wi-Fi network, etc. -Fi (registered trademark) etc. are also included.

The server device 4 that supplies the video creation application supplies the video creation application to the electronic device 3A and the electronic device 3B via the communication network 5 in response to a request from the electronic device 3A and the electronic device 3B. The electronic devices 3A and 3B that have received the video creation application from the server device 4, in other words, have downloaded the video creation application, can execute the video creation application.

Note that the vehicle 1 is an example of a means of transportation for the user A and the user B to travel to different shooting locations. User A and user B may each use a separate vehicle 1 to move, or may use other means of transportation such as a train, bus, ship, or aircraft instead of the vehicle 1. .

<Electronic equipment>
FIG. 3 is a block diagram illustrating a main configuration of the electronic device 3A of FIG. 2. As shown in FIG. The main part configuration of the electronic device 3B is also similar. As described above, the electronic device 3A is composed of a smartphone or the like, and includes a camera 210, a communication section 220, an input section 230, an output section 240, a processing section 250, a storage section 260, and a positioning section 270. including.

The camera 210 photographs a subject and outputs image data to the processing unit 250 as image information. The camera 210 can take still images and videos. In the embodiment, a 4-second video (corresponding to the video cuts C1 to C6 described above) is shot multiple times (corresponding to the six times described above).

The communication unit 220 performs wireless communication with external devices such as the server device 4 via the communication network 5.
Note that the electronic device 3A running the video creation application can perform all processes related to the video creation application. Therefore, user A can cause the electronic device 3A to execute the video creation application even in an environment where communication with external devices is not possible.
Note that, unless otherwise specified, it is assumed that the electronic device 3A does not communicate with external devices such as the server device 4 regarding the video creation application.

The input unit 230 includes various operation units operated by the user, such as a touch operation member and a switch, and a microphone unit for inputting voice emitted by the user. The output unit 240 includes, for example, a display unit that displays text information, images, etc., and a speaker unit that reproduces audio and the like. The user uses the input unit 230 to perform input operations such as starting the video creation application and setting operations and selection operations during the execution of the video creation application by tapping or voice input.

The processing section 250 is composed of a microcomputer, its peripheral circuits, and the like. The processing unit 250 executes predetermined processing based on the signal input via the input unit 230, the signal received from the outside via the communication unit 220, the data recorded in the storage unit 260, etc., and processes the camera 210. , the communication section 220, the output section 240, the storage section 260, the positioning section 270, and other sections of the electronic device 3A.
Through the processing performed by the processing unit 250, the user can shoot the video cuts C1 to C6 with the camera 210, perform the above-mentioned filter processing, and perform the music processing according to the processing flow of the video creation application, which will be described later with reference to FIGS. 5A and 5B. The selection, video creation process, etc. can be performed while checking the information displayed on the output unit 240.

The storage unit 260 includes a volatile or nonvolatile memory (not shown). The storage unit 260 stores various programs including a video creation application executed by the processing unit 250, and various data including information on the video cuts C1 to C6 to be shot and the video file 100 to be created.
The storage unit 260 also stores image information including videos and still images taken with the camera 210 without running the video creation application, and information obtained by searching on the Internet via the communication network 5 (also referred to as web information). It is possible to store information such as a map image or other information obtained from an external device, and message information such as an email sent from an external device.
Web information, map information, and message information can be stored as image information on the display screen of the output unit 240 by an operation called a screenshot.
Furthermore, while the video creation application is being executed, the storage unit 260 stores information defined by the video creation application (information indicating the association between the attributes of video cuts C1 to C6 and recommended filter processing, video cut C1 ~ Information indicating the correspondence between attributes of C6 and recommended songs) can be stored as recommended content information.

The positioning unit 270 detects the current position of the electronic device 3A based on positioning signals from GPS (Global Positioning System) satellites, quasi-zenith satellites, and the like. A signal indicating the current position of the electronic device 3A is output to the processing section 250.

Although illustration of the configuration of the server device 4 that supplies the video creation application to the electronic device 3A is omitted, the server device 4 includes a user database that stores user information and an application storage section that stores the video creation application. include.
A user who wishes to use a video creation application shall register user information with an entity providing the service, and then receive the video creation application stored in the application storage unit. Registration of user information is performed using, for example, an electronic device 3A that can communicate with the server device 4. The user information can include, for example, user ID (identification), address, name, contact information, and the like. Registered user information is recorded in a user database. The user can input user information via the input section 230.

<In-vehicle device>
FIG. 4 is a block diagram illustrating a main configuration of the in-vehicle terminal 2 of FIG. 2. As shown in FIG. As shown in FIG. 4, the in-vehicle terminal 2 includes a control section 20, an input/output device 21 electrically connected to the control section 20, a positioning sensor 22, a navigation device 23, a communication unit 24, and a sensor group. 25 and a drive recorder 26.

The input/output device 21 is a general term for devices through which commands from a user riding in the vehicle 1 are input and information for the user is output. For example, the input/output device 21 includes various switches through which the user inputs various commands by manipulating operating members, a microphone through which the user inputs commands by voice, a monitor that provides information to the user via a display image, and a This includes speakers, etc. that provide audio information to users.

The positioning sensor 22 receives positioning signals transmitted from positioning satellites. The positioning sensor 22 positions the current position of the vehicle 1 based on the received positioning signal. The navigation device 23 is a device that searches for a target route on a road to a destination input by a user and provides guidance along the target route. Input of the destination and guidance along the target route are performed via the input/output device 21.

The communication unit 24 is configured to be able to communicate wirelessly with external devices such as the server device 4 via the communication network 5 . Note that, for example, when a user carrying the electronic device 3A is riding in the vehicle 1, the communication unit 24 communicates with the electronic device 3A by short-range wireless communication such as Bluetooth (registered trademark) without going through the communication network 5. It is configured so that information can be sent and received between the two.

The sensor group 25 is a general term for a plurality of sensors that detect the state of the vehicle 1 and the like. The sensor group 25 includes, for example, a vehicle speed sensor that detects the vehicle speed of the vehicle 1, an acceleration sensor that detects the longitudinal acceleration and the lateral acceleration (lateral acceleration) of the vehicle 1, and the rotation speed of the drive source. It includes a rotation speed sensor, a sensor that detects the operation of the accelerator pedal, steering wheel, etc.

The drive recorder 26 photographs the exterior (for example, the front and rear) of the vehicle 1 and the interior of the vehicle (for example, the faces of passengers, etc.), and records image information such as a moving image in the storage unit 261. The image information recorded in the storage unit 261 can include position information acquired by the positioning sensor 22 and information on the photographing time.

The control unit 20 includes a computer having a processing unit 201 such as a CPU (microprocessor), a storage unit 202 such as a ROM, RAM, or hard disk, and other peripheral circuits (not shown). The processing unit 201 functions as an information receiving unit 201a and an information transmitting unit 201b by executing a program stored in advance in the storage unit 202.

The information receiving section 201a receives various information and various signals detected by each section of the in-vehicle terminal 2. For example, the information receiving unit 201a receives position information of the vehicle 1 determined by the positioning sensor 22, detection signals from the sensor group 25, and the like.

The information transmitting unit 201b transmits various information and various signals received by the information receiving unit 201a to external devices such as the electronic devices 3A and 3B or the server device 4 via the communication unit 24, as necessary. can be configured. For example, the information transmitting unit 201b transmits image information stored in the storage unit 261 of the drive recorder 26 to the electronic device 3A.

<Explanation of flowchart>
5A and 5B are flowcharts illustrating the flow of processing by the video creation application executed by the processing unit 250 of FIG. 3. When the user taps an icon associated with a video creation app among the icons (not shown) displayed on the output unit 240, the processing unit 250 starts the video creation app that performs the processing shown in FIGS. 5A and 5B. to start.

In step S1 of FIG. 5A, the processing unit 250 determines whether the project is a new project. In the embodiment, a series of processing for shooting a plurality of video cuts (for example, N = 6 video cuts C1 to C6) and creating a video 10 by connecting the shot video cuts C1 to C6 is called a video project. I'll decide. In the embodiment, it is possible to proceed with multiple video projects in parallel. When shooting new video cuts C1 to C6 as a new video project, the processing unit 250 makes an affirmative determination in step S1 and proceeds to step S10. The processing unit 250 shoots a new video cut to be added to an existing video cut stored in the storage unit 260 as a video project being executed, or shoots a new video cut to replace an existing video cut. If so, a negative determination is made in step S1 and the process proceeds to step S140.

In step S10, the processing unit 250 inputs the number N of video cuts and proceeds to step S20. The number N of video cuts is the number of video cuts that make up one video 10. In the embodiment, it is assumed that N=6 is input by the user. When N=6 is input, the processing unit 250 determines the shooting time per cut to be 4 seconds so that the total recording time is 24 seconds. If N=12 is input, the processing unit 250 determines the shooting time per cut to be 2 seconds so that the total recording time is 24 seconds. The process performed in step S10 may be referred to as the first process.

In step S20, the processing unit 250 causes the camera 210 to take a video cut, and proceeds to step S30. For example, when a shooting button 56 (FIG. 7C), which will be described later and is displayed on the output unit 240, is tapped, the processing unit 250 causes a 4-second video cut to be shot. The process performed in step S20 may be referred to as second process.

In step S30, the processing unit 250 causes the positioning unit 270 to measure the current position of the electronic device 3A, and proceeds to step S40. The process performed in step S30 may be referred to as third process.
The positioning unit 270, for example, acquires information indicating the current position at the time when shooting of the video cut was started, and outputs it to the processing unit 250 as information on the shooting position of the video cut.
Since the positioning unit 270 performs positioning only at the start of shooting a video cut, power consumption in the electronic device 3A can be reduced compared to a case where positioning continues even during video cut shooting (for 4 seconds in the embodiment). becomes possible.

In step S40, the processing unit 250 determines whether the number of video cuts≧N. If the number of video cuts is N or more, the processing unit 250 makes an affirmative determination in step S40 and proceeds to step S50. If the number of video cuts is less than N, the processing unit 250 makes a negative determination in step S40 and proceeds to step S120 in FIG. 5B.

In the processes of steps S10 to S40 described above, in order to create the moving image 10, six moving image cuts each having a shooting time of 4 seconds are shot, resulting in a total recording time of 24 seconds. When the total recording time reaches 24 seconds (in other words, the number of video cuts is N or more), the video creation application can proceed to the processing from step S50 onwards.

In step S50, the processing unit 250 edits the video cut and proceeds to step S52. Editing includes checking video cuts taken in a video project, deleting unnecessary video cuts, etc.

In step S52, the processing unit 250 performs analysis processing to analyze the video cuts C1 to C6 used to create the video 10, and proceeds to step S54. In the analysis process, for example, by performing subject recognition processing, the main subject appearing in the frame images forming each video cut is recognized. Such analysis processing may be referred to as first processing.

In step S54, the processing unit 250 estimates the attributes of the video cuts C1 to C6 based on the analysis results. The processing unit 250 estimates, for example, at least one of the hue, saturation, and brightness of the main subject of the frame images constituting each video cut as an attribute of the video 10, and proceeds to step S56. Such estimation processing may be referred to as second processing.

In step S56, the processing unit 250 selects a plurality of content candidates corresponding to the estimated attributes. In the embodiment, filter processing applicable to creating the video 10 and BGM information are referred to as content. The processing unit 250 associates the attributes of the video cuts C1 to C6 exemplified above with the recommended song information, and the correspondence between the attributes of the video cuts C1 to C6 exemplified previously and the recommended filter processing. Based on the information, a plurality of BGM information corresponding to the estimated attribute and a plurality of filter processing information corresponding to the estimated attribute are selected, and the process proceeds to step S60 of FIG. 5B. The processing unit 250 records the information on the plurality of BGMs and the information on the plurality of filter processes selected in step S56 in the content information storage unit 267 of the storage unit 260 as recommended ranking information for music and filter processing, respectively. The process in step S56 may also be referred to as third process.

In step S60 of FIG. 5B, the processing unit 250 selects and determines filter processing. As illustrated in FIG. 6D, the processing unit 250 causes the output unit 240 to display the filter process selected in step S56 from among the plurality of filter processes prepared in advance in the video creation application as a filter process candidate. The order of the filter processing candidates to be displayed is based, for example, on the order recommended by the video creation application (for example, in order of highest frequency of use or lowest frequency of use). The process of displaying a plurality of filter processing candidates may be referred to as a fourth process.
The processing unit 250 further selects a filter process to be adopted from among the plurality of filter process candidates based on the user's selection operation, and determines it as the filter process to be used for the video 10. The process of selecting a filter process to be adopted from among a plurality of filter process candidates may be referred to as a fifth process.
When the processing unit 250 selects and determines filter processing, the process proceeds to step S70.

In step S70, the processing unit 250 selects and determines music to be added to the information 101 of the video 10. As illustrated in FIG. 7A, the processing unit 250 causes the output unit 240 to display the BGM song selected in step S56 from among the plurality of BGM songs prepared in advance by the video creation application as a candidate song. The order of the candidate songs to be displayed is based on, for example, the order recommended by the video creation application (for example, the order of the most frequently used or the least frequently used). The process of displaying a plurality of candidate songs may also be called the fourth process.
The processing unit 250 further selects BGM information from among the plurality of candidate songs based on the user's selection operation, and determines it as the sound information 102 to be recorded in the video file 100 together with the information 101 of the video 10. The process of selecting BGM information from a plurality of candidate songs may also be referred to as the fifth process.
When the processing unit 250 selects and determines the music, the process proceeds to step S80.

In step S80, the processing unit 250 causes the output unit 240 to play and display the N video cuts for confirmation by the user. The processing unit 250 also performs the filtering process determined in step S60 on the video cut to be played back and displayed. The processing unit 250 further causes music to be played based on the sound information 102 determined in step S70.

In step S90, the processing unit 250 determines whether or not the moving image 10 is to be recorded. When the user performs an operation instructing recording, the processing unit 250 makes an affirmative determination in step S90 and proceeds to step S100. If the user does not perform an operation to instruct recording, the processing unit 250 makes a negative determination in step S90 and proceeds to step S120.

In step S100, the processing unit 250 connects N video cuts to create one video 10, and proceeds to step S110. The processing unit 250 also performs the filtering process determined in step S60 during the process in step S100. That is, filter processing is applied as content applicable to the creation of the video 10. The filtering process performed in step S100 may be referred to as the sixth process.

In step S110, the processing unit 250 adds the sound information 102 determined in step S70 to the information 101 of the created video 10 and records it in the video file 100, and also stores the video file 100 in a predetermined area of the storage unit 260. (For example, the image information storage section 262 for image information) is recorded, and the processing shown in FIG. 5B is ended. In the process of step S110, the music information determined in step S70 is added to the information 101 of the moving image 10. That is, music is applied as content applicable to the creation of the video 10. The process of adding music information performed in step S110 may also be referred to as the sixth process.

In the embodiment, it is also possible to interrupt the video creation application without proceeding to the process of creating the video 10 (S100). In step S120, the processing unit 250 determines whether to temporarily terminate the video creation application. When temporarily terminating the video creation application, the processing unit 250 makes an affirmative determination in step S120 and proceeds to step S130. When continuing the video creation application, the processing unit 250 makes a negative determination in step S120 and returns to step S20.

In step S130, the processing unit 250 temporarily stores the video project data and the like in a predetermined area of the storage unit 260 (for example, the project storage unit 265 for video projects), and ends the process shown in FIG. 5B. In step S<b>130 , information on the acquired video cut (including information on the shooting position, information on the music that has been determined, and information on the filter that has been determined) is recorded in the storage unit 260 .
Therefore, even if, for example, you run another video project or another application is started on the electronic device 3A and the processing of the video creation application is interrupted, it is possible to properly save the captured video cuts. It becomes possible.

In step S140, which proceeds after making a negative determination in step S1 of FIG. 5A described above, the processing unit 250 determines whether to shoot a video cut with the camera 210 or to perform editing without shooting. For example, when shooting a video cut in a video project that has been interrupted due to temporary termination, the processing unit 250 proceeds from step S140 to step S20. For example, when editing a video cut that has already been shot in a video project that has been interrupted due to temporary termination, the processing unit 250 proceeds from step S140 to step S50.

<Example of display screen>
6A to 6D and FIGS. 7A to 7C are display screens displayed on the output unit 240 based on a control signal sent from the processing unit 250 of the electronic device 3A that has started the video creation application, and are displayed on the input unit. 23 is a diagram showing an example of an operation screen as 230. FIG.
<Shooting list screen>
FIG. 6A is a shooting list screen that displays a list of video cuts shot in a video project, and corresponds to the home screen of the video creation application. The imaging list screen shown in FIG. 6A is displayed on the output unit 240 by the processing unit 250 at the start of the process according to the flowchart (FIG. 5A), for example.

Reference numerals 61 to 66 indicate thumbnail displays of one frame (which may also be called one frame) each representing a video project. Thumbnail display refers to the display of reduced images (thumbnail images) whose data size is reduced in order to prevent video cuts from being too large and difficult to view when displayed as-is.
Thumbnail displays 61, 63, 64, and 66 are thumbnail displays when the electronic device 3A is held horizontally when shooting, and thumbnail displays 62 and 65 are thumbnail displays when the electronic device 3A is held vertically when shooting. be. If there are a large number of video projects that have been shot and the thumbnails cannot be displayed at once, the user can view the thumbnails that are not displayed by scrolling.

The new button 51 is an operation button that the user taps to start shooting as a new video project. When the new button 51 is tapped, the processing unit 250 proceeds to step S10 (FIG. 5A). The shooting list button 52 is an operation button for returning to the initial display of this screen (FIG. 6A) (in other words, switching the display). The map confirmation button 53 is an operation button for switching the display on the map screen to a screen (FIG. 7C, which will be described later) that displays the shooting positions of video cuts C1 to C6 shot in the video project. The other work button 54 is an operation button for displaying other work items (not shown) other than those described here.

<Edit screen>
FIG. 6B is a diagram illustrating an editing screen for video cuts C1 to C6 shot in a video project. The editing screen shown in FIG. 6B is displayed, for example, when the user taps the thumbnail display 61 on the shooting list screen (FIG. 6A). The display area C61 indicates an area where video cuts C1 to C6 shot in the video project corresponding to the thumbnail display 61 are played back and displayed. The processing unit 250 causes the display area C61 to reproduce and display the video cut corresponding to the thumbnail display selected by the cursor C61S among the six thumbnail displays representing the video cuts C1 to C6, respectively.
The user can check the video cut corresponding to the thumbnail display selected with the cursor C61S by moving the cursor C61S to any one of the six thumbnail displays and tapping the playback button 602. A bar display 601 indicates how much of the 4 seconds of recording time of the video cut being played back has been played. The user can move the playback position forward or backward by moving the knob on the bar display 601 to the left or right.
Furthermore, by tapping the delete button 75, the user can delete the video cut corresponding to the cursor C61S.

The photographing screen button 76 is an operation button used when switching the display to the photographing screen (FIG. 6C) and starting photographing (for example, when proceeding from step S140 to step S20). The return button 55 is an operation button for returning to the display of the shooting list screen (FIG. 6A) (in other words, switching the display).

The edit button 71 is an operation button for returning to the initial display of this screen (FIG. 6B) (in other words, switching the display). The filter button 72 is an operation button for switching the display to a filter determination screen (FIG. 6D), which will be described later. The music button 73 is an operation button for switching the display to a music selection screen (FIG. 7A), which will be described later. The confirmation button 74 is an operation button for switching the display to a confirmation screen (FIG. 7B), which will be described later.

In the embodiment, mutual screen switching is possible between the editing screen (FIG. 6B), the filter determination screen (FIG. 6D) described later, the music determination screen (FIG. 7A) described later, and the confirmation screen (FIG. 7B) described later. In order to do this, an edit button 71, a filter button 72, a music button 73, and a confirmation button 74 are displayed in common. Further, a return button 55 for returning to the display of the shooting list screen (FIG. 6A) (in other words, switching the display) is also displayed in common on each screen (FIGS. 6B, 6D, 7A, and 7B). ing.

<Shooting screen>
FIG. 6C is a diagram illustrating a photographing screen. The photographing screen shown in FIG. 6C is displayed when the processing unit 250 performs the process in step S20 of the flowchart (FIG. 5A). Although FIG. 6C shows an example of a photographing screen when photographing with the electronic device 3A held vertically, it is also possible to photograph the electronic device 3A with the electronic device 3A held horizontally.

In the embodiment, each time the shooting button 56 is tapped, the camera 210 shoots a video cut for 4 seconds. Indicator 57 and display 58 indicate the recorded time out of the total recording time. FIG. 6C shows a state in which 4 seconds of video cuts C1 to C3 have been recorded, in other words, 12 seconds out of a total recording time of 24 seconds have been recorded. The edit button 77 is an operation button for switching the display to the edit screen (FIG. 6B) and performing editing.

<Filter selection screen>
FIG. 6D is a diagram illustrating a filter determination screen. The filter determination screen shown in FIG. 6D is displayed when the processing unit 250 performs the process of step S60 of the flowchart (FIG. 5B). In the display area 600, thumbnail images with reduced data sizes of video cuts that have been shot are displayed. Filter candidate buttons 81, 82, 83, . . . indicate a plurality of filter processing candidates. As described above, the display order of filter processing candidates is based on the order recommended by the video creation application. However, based on the idea that various filter processes should be used, filter processes that have been selected in video projects executed in the past may be excluded from the display targets.
The filter candidate buttons 81, 82, 83, . . . are associated with filter processing such as the above-mentioned sepia tone, monochrome, etc., respectively. When the user taps any filter candidate button 82, the filter processing corresponding to the operated filter candidate button 82 is determined as the filter processing to be applied to the video cuts C1 to C6 used to create the video 10. . Further, filter processing corresponding to the operated filter candidate button 82 is performed on the thumbnail image displayed in the display area 600. The user can check the image processing effect of the filter processing in real time on the thumbnail images displayed in the display area 600. The user can also perform different filter processing on the thumbnail images displayed in the display area 600 by operating other filter candidate buttons and compare the differences in image processing effects.

Note that a keyword button (not shown) indicating a plurality of keyword candidates prepared in advance in the video creation application is displayed on the filter selection screen (FIG. 6D), and the user can tap any keyword button. Accordingly, a filter candidate button indicating a plurality of filter processing candidates corresponding to the operated keyword button may be displayed on the filter determination screen again. When the user taps any filter candidate button, a thumbnail image that has undergone filter processing corresponding to the operated filter candidate button is displayed in the display area 600.

As described above, explanations of the buttons commonly displayed on each screen (FIGS. 6B, 6D, 7A, and 7B) will be omitted. Note that in the filter determination screen (FIG. 6D), the filter button 72 is an operation button for returning to the initial display (in other words, switching the display) of this screen (FIG. 6D).

<Music selection screen>
FIG. 7A is a diagram illustrating a music selection screen. The music determination screen shown in FIG. 7A is displayed when the processing unit 250 performs the process of step S70 of the flowchart (FIG. 5B). Music candidate buttons 91, 92, 93, . . . indicate a plurality of music candidates. As described above, the display order of music candidates is based on the order recommended by the video creation application. However, based on the idea that information on various music can be used, music candidates that have been selected in a video project executed in the past may be excluded from the display target.
Music candidate buttons 91, 92, 93, . . . are associated with sound information for reproducing music, respectively. When the user taps an arbitrary music candidate button, the sound information corresponding to the operated music candidate button is determined as the sound information 102 to be recorded in the video file 100 together with the information 101 of the video 10. .
By tapping the playback buttons displayed on the right side of the music candidate buttons 91, 92, 93, . . . , the user can also play and listen to the corresponding music.

Note that for users who wish to select information about their favorite music regardless of the ranking recommended by the video creation application, candidates for favorite music may be displayed on the music selection screen.

In addition, as in the case of the filter selection screen (FIG. 6D), a keyword button indicating multiple keyword candidates prepared in advance in the video creation application is displayed on the music selection screen, and the user can select any keyword button. By tapping , a music candidate button indicating a plurality of music candidates corresponding to the operated keyword button may be displayed on the music selection screen again.

As described above, explanations of the buttons commonly displayed on each screen (FIGS. 6B, 6D, 7A, and 7B) will be omitted. Note that on the music selection screen (FIG. 7), the music button 73 is an operation button for returning to the initial display (in other words, switching the display) of this screen (FIG. 7A).

<Confirmation screen>
FIG. 7B is a diagram illustrating a confirmation screen. The confirmation screen shown in FIG. 7B is displayed when the processing unit 250 performs the process in step S80 of the flowchart (FIG. 5B). The user confirms the six video cuts C1 to C6 before proceeding to the process from step S90 onward to record the video 10 that is a concatenation of video cuts C1 to C6 shot N=6 times. In the display area 600, the BGM is played back based on the sound information 102 determined in step S70, and thumbnails of the video cuts C1 to C6 that have been subjected to the filter processing determined in step S60 are successively displayed.

A bar display 601 indicates how much of the total recording time of 24 seconds of video cuts C1 to C6 has been played. The user can move the playback position forward or backward by moving the knob on the bar display 601 to the left or right.

As described above, explanations of the buttons commonly displayed on each screen (FIGS. 6B, 6D, 7A, and 7B) will be omitted. Note that in the confirmation screen (FIG. 7B), the confirmation button 74 is an operation button for returning to the initial display (in other words, switching the display) of this screen (FIG. 7B).

<Map confirmation screen>
FIG. 7C is a diagram illustrating a map confirmation screen. The map confirmation screen shown in FIG. 7C is displayed in place of the shooting list screen when the map confirmation button 53 is tapped on the shooting list screen (FIG. 6A).

On the map confirmation screen, a mark 31 indicating the current position of the electronic device 3A is displayed at the shooting position of a video cut representing a plurality of video projects, and a thumbnail display 32 representing each video project is displayed on the map. .

The video cut representing the video project is, for example, the last video cut shot in each video project, and the thumbnail display 32 representing the video project is generated based on the image of the first frame of this video cut.
The numerical value "6" or "12" displayed together with the thumbnail display 32 indicates that the number of video cuts shot in the video project has reached the number N input in step S10. If the number of video cuts shot in the video project has not reached the number N input in step S10, the numerical value is not displayed. The user can easily identify video projects in which the number of video cuts shot has reached a predetermined number and video projects in which the number of video cuts has not reached the predetermined number.

In addition, the display 33 shows the total travel distance (198 km in the embodiment) calculated based on the shooting positions of the video cuts shot in all the video projects, and the sum of the number of video cuts shot (in the embodiment). In the format, it is displayed with 48 cuts).

The shooting list button 52, map confirmation button 53, and other work buttons 54 are the same as the buttons explained on the shooting list screen (FIG. 6A), so their explanation will be omitted. This is an operation button for returning to the initial display (in other words, switching the display) of (FIG. 7C).

According to the embodiment described above, the following effects can be achieved.
(1) The video creation application includes a positioning unit 270 that acquires position information, a camera 210 as a shooting unit that shoots a subject image and generates image information including a time code as time information and position information, and information The processing unit 250 of the electronic device 3A includes a storage unit 260 for storing information, an output unit 240 as a display unit for displaying information, and an input unit 230 as an operation unit for outputting an operation signal in response to an operation. This is a video creation program.
The video creation application creates a video 10 by connecting six video cuts with a shooting time of 4 seconds from the image information stored in the storage unit 260 (project storage unit 265) in the electronic device 3A. This is a video creation program that executes a video project, and includes a first process (step S52) that analyzes each video cut used in the video project, and a second process (step S54) that estimates the attributes of the video 10 based on the analysis results. ), a third process (step S56) of selecting a plurality of content candidates from among the contents applicable to the creation of the video 10 in the video project based on the attributes of the video 10; A fourth process (step S60, step S70) for displaying on the output unit 240, and a fifth process (step S60, step S70) for selecting content to be applied when creating the video 10 from a plurality of content candidates based on the operation signal. ) and a sixth process (step S100 and step S110) of applying the selected content to the creation of the moving image 10 as a video project, which are executed by the computer as a video project.

With this configuration, a plurality of content candidates are automatically displayed on the output section 240 as a display section from among a plurality of contents prepared in advance by the video creation application. Therefore, it becomes easier for the user to select the content even when there are many candidates.
Since the multiple content candidates presented to the user are selected based on the attributes of video cuts C1 to C6 used to create video 10, it is possible to select appropriate content candidates that match the atmosphere of video 10. Become. This gives the user a sense of security compared to the case where content candidates are selected without considering the attributes of the video cuts C1 to C6 used to create the video 10.
As explained above, the user can appropriately select content suitable for the video 10 created by the video creation application from among a plurality of candidates.

(2) The second process (step S54) of the video creation application in (1) above estimates at least one of the hue, saturation, and brightness of the main subject in each video cut as an attribute.
With this configuration, it is possible to determine whether the colors of the subjects in video cuts C1 to C6 are based on warm colors, cool colors, bright colors, or dull colors. It becomes possible to classify whether the color is the base tone, the base tone is a bright color, or the base tone is a dark color.

(3) The third process (step S56) of the video creation application selects a plurality of content candidates based on changes in attributes (three color attributes) between video cuts C1 to C6.
With this configuration, based on changes in the hue of the main subjects in video cuts C1 to C6, for example, content candidates included in genres (for example, genres 1 to 3) that are suitable for the atmosphere created by the hue are selected. It becomes possible to select filter processing.
Furthermore, based on the change in saturation, for example, of video cuts C1 to C6, it is possible to select a song as a content candidate that is included in a genre (for example, the 10th or 11th genre) that is suitable for the atmosphere created by the saturation. become.
In this way, content candidates that match the atmosphere of the video 10 to be created can be presented to the user.

(4) In the above (3), the third process (step S56) is performed in the shooting order of video cuts C1 to C6 used in the video project, in cases where the hue of the main subject in each video cut approaches a warm color, and in cases where the hue approaches a cool color. Select different content candidates depending on whether the content is close to .
With this configuration, for example, if the later a video cut is taken, the closer the colors will be to warm colors, a song with a high tempo performance will be selected, and for example, if the later the video cut is taken, the closer the colors will be to cold colors It becomes possible to present to the user songs as content candidates that match the atmosphere of the video 10 to be created, such as selecting a song with a slow tempo performance.

(5) In (3) or (4) above, the third process (step S56) is performed when the saturation of the main subject in each video cut increases in the shooting order of video cuts C1 to C6 used in the video project. , select different content candidates depending on whether the saturation is low or not.
With this configuration, for example, if the saturation increases as the video cut is taken later, a cheerful musical song (genre 10) is selected, and for example, the saturation decreases as the video cut is taken later. In this case, it is possible to present to the user songs as content candidates that match the atmosphere of the video 10 to be created, such as selecting quiet melodic songs (eleventh genre).

(6) In (3) to (5) above, the third process (step S56) is performed when the brightness of the main subject in each video cut becomes higher in the shooting order of video cuts C1 to C6 used in the video project. Select different content candidates depending on when the brightness is low.
With this configuration, for example, if the brightness increases as the video cut is taken later, filter processing etc. (genre 7) that expresses the image clearly is selected, and for example, the brightness decreases as the video cut is taken later. In this case, it is possible to present to the user filter processing as content candidates that match the atmosphere of the video 10 to be created, such as selecting filter processing that understates the image (sixth genre).

(7) In (1) to (6) above, the content is music or filter processing information, and the sixth process (steps S100 and S110) adds music information to the information of the video 10 created in the video project. Filter processing is performed on the video 10 that is attached and/or created in a video project.
With this configuration, the user can create the video 10 with enhanced appeal through BGM music suitable for the atmosphere of the video 10 and filter processing.

The embodiments described above can be modified into various forms. Modifications will be described below.
(Modification 1)
As described above, the recording time of 4 seconds per video cut, the number of cuts of 6, the total recording time, and the playback time of video 10 of 24 seconds in the embodiment are examples. The total recording time and the playback time of the moving image 10 may be shortened to 12 seconds or extended to 48 seconds.

(Modification 2)
In the embodiment described above, the processing unit 250 of the electronic device 3A that executes the video creation application sets the recording time per cut so that the total recording time is 24 seconds according to the number of shooting times N input in step S10. 4 seconds was decided. Alternatively, the recording time per cut may be determined based on the duration of the user's shooting operation.

In modification 2, the processing unit 250 performs the following alternative step S10A in place of steps S10 to S20 in FIG. 5A, and performs the following alternative step S20A in place of step S40 in FIG. 5A.
In alternative step S10A, the processing unit 250 causes the camera 210 to shoot a video cut according to the tap time on the shooting button 56 displayed on the output unit 240, and proceeds to step S30. For example, when the tap time is 0.1 seconds to 0.5 seconds, the shooting time per cut is set to 0.5 seconds. When the tap time is from 0.5 seconds to 1.0 seconds, the shooting time per cut is set to 1.0 seconds. When the tap time is 1.0 seconds to 1.5 seconds, the shooting time per cut is set to 1.5 seconds. Thereafter, similarly, the shooting time of the video cut is determined in 0.5 second increments. However, the maximum shooting time per cut shall be 4 seconds.

In alternative step S20A following step S30, the processing unit 250 determines whether the total recording time of the video cut exceeds 24 seconds. If the total recording time exceeds 24 seconds, the processing unit 250 makes an affirmative determination in alternative step S20A, and proceeds to step S50. The processing after step S50 is the same as that described in the embodiment described above.

If the total recording time is less than 24 seconds, the processing unit 250 makes a negative determination in alternative step S20A and proceeds to step S120 in FIG. 5B. If the temporary termination is not performed in step S120 (negative determination), the process returns to alternative step S10A in FIG. 5A and the above process is repeated. That is, the processing unit 250 causes video cuts to be shot at a shooting time corresponding to the tap time until the total recording time exceeds 24 seconds. If photographing is determined in step S140, the process also proceeds to alternative step S10A.

Note that when the total recording time exceeds 24 seconds, the processing unit 250 sends a message to the output unit 240 for the video cut last shot by the camera 210 that exceeds the total recording time of 24 seconds. The user may be prompted to perform an editing operation to delete the excess content by displaying the information. Alternatively, the total recording time exceeding 24 seconds may be automatically deleted.

In the processing of alternative steps S10A and S20A according to the second modification described above, it becomes possible to determine the recording time of the video cuts that constitute the video 10 based on the duration of the shooting operation by the user.

The above description is merely an example, and the present invention is not limited to the embodiments and modifications described above unless the characteristics of the present invention are impaired. It is also possible to arbitrarily combine the above embodiment and one or more of the modifications, and it is also possible to combine the modifications.

1 Vehicle, 2 In-vehicle terminal, 3A, 3B Electronic equipment, 4 Server device, 5 Communication network, 10 Video, 31 Mark, 32,61-66 Thumbnail display, 33 Display, 51 New button, 52 Shooting list button, 53 Map confirmation Button, 54 Other work button, 55 Back button, 56 Shooting button, 71,77 Edit button, 72 Filter button, 73 Music button, 74 Confirm button, 81-83 Filter candidate button, 91-96 Music candidate button, 100 Video file, 101 video information, 102 sound information, 210 camera, 220 communication section, 230 input section, 240 output section, 250 processing section, 260 storage section, 262 image information storage section, 265 project storage section, 267 content information storage section, 270 positioning section, 400 service provision system, 600, C61 display area, 601 bar display, 602 play button, C1 to C6 video cut, C61S cursor

Claims (7)

A positioning unit that acquires position information, a photographing unit that photographs a subject image and generates image information including time information and position information, a storage unit that stores information, a display unit that displays information, and a and an operation section that outputs an operation signal by connecting an electronic device with a predetermined number of video cuts having a predetermined shooting time of a predetermined second from among the image information as the information stored in the storage section to create a video. A video creation program that executes a video project,
a first process of analyzing each video cut used in the video project;
a second process of estimating an attribute of the video based on the analysis result;
a third process of selecting a plurality of content candidates from content applicable to creating the video in the video project, based on attributes of the video;
a fourth process of displaying the plurality of content candidates on the display unit;
a fifth process of selecting content to be applied when creating the video from the plurality of content candidates based on the operation signal;
a sixth process of applying the selected content to the creation of the video in the video project;
A video creation program that causes a computer to execute. The video creation program according to claim 1,
The video creation program is characterized in that the second process estimates at least one of hue, saturation, and brightness of the main subject in each video cut as the attribute. The video creation program according to claim 1 or 2,
The video creation program is characterized in that the third process selects the plurality of content candidates based on changes in the attributes between the video cuts. The video creation program according to claim 3,
The third process is to select different content candidates depending on whether the hue of the main subject in each video cut approaches a warm color and the case where the hue approaches a cool color in the shooting order of the video cuts used in the video project. A video creation program featuring: The video creation program according to claim 3 or 4,
The third process is to select different content candidates depending on whether the saturation of the main subject in each video cut is high and the saturation is low in the shooting order of the video cuts used in the video project. A video creation program featuring: The video creation program according to any one of claims 3 to 5,
The third process is characterized in that, in the shooting order of the video cuts used in the video project, different content candidates are selected depending on whether the brightness of the main subject in each video cut is high and when the brightness is low. A video creation program. The video creation program according to any one of claims 1 to 6,
The content is music or filter processing information,
The sixth process is a video creation program characterized in that the music information is added to the video information created in the video project, and/or the filter process is applied to the video created in the video project.

Images