JP2004362610A - Apparatus and method for analyzing scenario information - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an apparatus and a method for analyzing scenario information which can automatically compute and output output information such as an appropriate photographing schedule. <P>SOLUTION: The apparatus is provided with: a scenario information storage part to store the scenario information divided by every scene; a reference information storage part to store reference information regarding data included in the scenario information; a computing part to extract the data from the scenario information and to ompute the output information based on the extracted data and the reference information; and an output part to output the output information. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a scenario information analysis device and a scenario information analysis method.

  In producing a movie for a theater, a drama for a television broadcast, and the like, a scenario (referred to as “scenario information”) is written. The actors perform according to the scenario, and the director performs according to the scenario. The scenario is divided for each scene. In a stage or the like that is performed live, it is performed in the order of the scene of the scenario, but in a movie or a TV drama that is finally completed as video information, it is rare to shoot in the order of the scene of the scenario. is there. Each scene is shot in the optimal date and time and order. The video information and audio information (material) of each captured scene are processed by film editing or electronic editing, and are reconnected to complete a completed movie or drama (packet).

Conventionally, veterans rely on intuition to determine on what day and in what order shooting of each scene of a scenario is performed. However, since there are so many factors that affect the shooting of each scene in the scenario, it has been difficult to plan an optimal schedule based on intuition.
Each performer (cast) and each staff (director, photographer, etc.) of the drama have jobs other than this drama. In deciding the shooting schedule for each scene of the drama, the cast and staff must take into account the non-drama schedule.

In photographing each scene of the drama, it is necessary to arrange and prepare photographing equipment such as a camera and a VTR, tools of large and small sizes, and the like. Don't forget to book a location (location or studio).
If the photographing schedule is optimal, the photographing is completed early and the cost required for photographing can be reduced. If the shooting schedule is bad, shooting will be delayed and the cost of shooting will be high.
The director or the like edits the photographed film or videotape while watching the scenario, but the director manually determines the connection order of the scenes.

JP 10-124483 A JP 7-262265 A JP-A-11-134407 JP-A-9-190474 JP 10-111872 A "I will be a SF movie director on the weekend", CG WORLD, Works Corporation, December 29, 1998, Volume 6, pages 36-65 "Movie Production / Distribution / Entertainment Flow", Illustrated Content Services, Japan Management Association Management Center, January 1, 2001, 1st edition, pp. 134-135 "Drama Scene Retrieval System Using Scenario", Transactions of Information Processing Society of Japan, Information Processing Society of Japan, February 15, 1999, Volume 40, SIG3 (T0D1), 144-151

Conventionally, in the production of movies, dramas, and the like, the rationalization of work using a computer has been limited to only steps after the editing step. In a photographing process of photographing based on a scenario, work has been advanced based on intuition and experience.
The present invention provides a scenario information analysis apparatus and a scenario information analysis method for automatically calculating and outputting output information such as an appropriate shooting schedule based on data included in a scenario and reference information associated with the data. The purpose is to provide.

In order to solve the above problems, the present invention has the following configurations.
The present invention is a scenario information storage unit that stores scenario information divided for each scene, a reference information storage unit that stores reference information about data included in the scenario information, and extracts the data from the scenario information, A scenario information analysis device, comprising: a calculation unit that calculates output information based on the extracted data and the reference information; and an output unit that outputs the output information.

The present invention provides a scenario information analysis apparatus and a scenario information analysis method for automatically calculating and outputting output information such as an appropriate shooting schedule based on data included in a scenario and reference information associated with the data. It has the effect that it can be realized.
For example, data such as shooting time data, shooting location data, cast / staff data, equipment / tool data, extra data, trader data, etc. generated for each scene, and the cast / staff associated with these data. Schedule, unit cost for each cast / staff, usage schedule for each shooting location, usage unit price for each location, access information to each location, usage schedule for each device / tool, unit usage price for each device / tool, each device / tool or Generates output information such as shooting schedule, shooting cost, equipment / tool list, supplier list, etc. based on reference information such as extra provider information, extra mobilization capacity, extra unit price, budget information, and deadline information I do.

  Thus, for example, the planning time of the shooting schedule can be reduced, and shooting can be completed quickly by performing shooting in accordance with the output shooting schedule. The shooting cost is low.

According to the present invention, based on data included in a scenario and reference information associated with the data, a scenario information analysis apparatus and a scenario information analysis device that automatically calculate and output appropriate information such as an appropriate shooting schedule. The effect that the method can be realized is obtained.
Thus, for example, the planning time of the shooting schedule can be reduced, and shooting can be completed quickly by performing shooting in accordance with the output shooting schedule. The shooting cost is low.

  By adding priority information to the reference information, for example, a slight blank period (a blank period is included in the reference information) of a popular actor (high priority) with a difficult schedule change and a small blank period on the personal schedule. , A shooting schedule for performing shooting can be generated. In this case, for example, a schedule (included in the reference information) of a general staff (low priority) can be partially ignored. If you ignore a part of the general staff schedule, please note that it is necessary to output a list of ignored parts (the part where the personal schedule of the staff and the shooting schedule conflict) and adjust the conflict part It is preferable to evoke

For example, when an automaker becomes a sponsor of a drama, it is preferable that all cars appearing in the drama are products of the automaker. In this case, even if vehicles of a plurality of vehicle manufacturers are registered in the reference information (preferably registered in the form of a database) (an arbitrary vehicle can be used for photographing). Pin the data to the products of the sponsoring car manufacturer.
When the photographing is started after the schedule is determined first, the results such as the photographing schedule and the photographing cost are recorded. By setting the product of the sponsor's automobile manufacturer or the performance information as a fixed value, it is possible to automatically generate a shooting schedule and the like revised based on the performance and the like.

  By inputting a plurality of scenarios to which priority information has been added, for example, in the event of a conflict between studio use dates, a scenario with a higher priority (for example, a scenario in which the delivery deadline of a package is earlier than other scenarios) is that day. Grant studio rights. This makes it possible to optimally determine the shooting schedule and the like of the entire studio in which shooting is performed in parallel for a plurality of scenarios.

  The scenario information analysis apparatus and the scenario information analysis method of the present invention can store the scenario information in the electronic warehouse and search for the same information included in the scenario information based on the search information. For example, when one scene of a drama is aired on a television five years after shooting, the identification number of the scene (when the air is aired five years later, the identification number is added to the video signal of the scene). By searching the scenario information in the electronic warehouse using the search information as the search information, it is possible to search which scene in which scenario the scene is. Thereby, it is possible to easily know who owns the copyright of the scene. You can easily know who the actors are. By searching scenario information in the electronic warehouse using the name of the actor as search information, a scene in which the actor appears can be extracted. This makes it easy to produce, for example, a commemorative program for the actor's 10th debut.

  2. Description of the Related Art Conventionally, directors and the like manually determine the order of edited materials such as film and video tape, and edit them. A scenario information analysis device and a scenario information analysis method according to the present invention include inputting time code information and the like of a material and an identifier (unique information defined for each scene of scenario information), and determining the order of each scene on the scenario information. Generates and outputs an edit list in which the material is automatically edited according to. This allows the editor (eg, director) to start editing work using the editing list connected in the order of the scenario as a starting point. In the normal editing work, editing is performed based on a scenario or while considering where to change from a scenario. Since many materials are provided in the order of scenario for the time being, it is easy to search for a scene to view. According to the scenario information analysis apparatus and the scenario information analysis method of the present invention, not only photographing but also rationalization of a post-process can be realized.

Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings.
A scenario information analysis device and a scenario information analysis method according to the present invention will be described with reference to FIGS.
FIG. 1 is a block diagram showing the configuration of the scenario information analysis device of the present invention. 1 is an input unit, 2 is a scenario information storage unit, 3 is a reference information storage unit, 4 is a search unit, 5 is a calculation unit, 6 is a setting unit, and 7 is an output unit. The scenario information analysis device of the present invention is typically a personal computer loaded with the program of the scenario information analysis method of the present invention.

The input unit 1 includes scenario information 11 classified for each scene, reference information 12 on data included in the scenario information (in the embodiment, a database in which information can be arbitrarily used by a computer), and a captured video signal. , Etc. and an identifier 13 are input. The scenario information storage unit 2 inputs and stores the scenario information 11 transmitted from the input unit 1, time code information such as a video signal, and an identifier 13. The reference information storage unit 3 inputs and stores the reference information 12 transmitted from the input unit 1. “Storing” includes storing.
The calculation unit 5 inputs data or the like 15 extracted from the scenario information 11 stored in the scenario information storage unit 2, and reads out reference information 16 associated with the extracted data from the reference information storage unit 3. The calculation unit 5 calculates output information based on the data and the reference information associated with the data. The output unit 7 outputs output information 17.
The search unit 4 and the setting unit 6 will be described later.

FIG. 3 shows an example of scenario information input to the scenario information analysis device of the embodiment. In FIG. 3, scenario information is generated for each scene.
The scenario information of the embodiment includes identification information. The identification information of the embodiment is a descriptor such as <STAFF> or </ STAFF>. In the embodiment, the descriptor is indicated by a set of <> and </>, or is indicated only by <>. The descriptor indicated by the set of <> and </> specifies the word interposed therebetween as one or a plurality of data. When a plurality of data are sandwiched between them, the data is separated by ",". The display in <> indicates the type of data specified by the descriptor.

<SCENE> and </ SCENE> indicate the shooting location data of each scene and specify the head position of each scene. Therefore, the beginning of each scene is a line with <SCENE> and </ SCENE>, and the end of each scene is just before the line with <SCENE> and </ SCENE> at the beginning of the next scene. .
For example, data sandwiched between <CAST> and </ CAST> is cast data, and each data is displayed with a role name of a character such as “elderly person”. Data sandwiched between <STAFF> and </ STAFF> is staff data, and each data is indicated by a role name such as “director”. Data sandwiched between <EQUIP> and </ EQUIP> is used equipment / tool data, and each data is represented by an equipment / tool name such as “camera” and “vase”.

Data sandwiched between <TIME> and </ TIME> is shooting time data, and each data is displayed as a time length such as “two minutes”, and “5: 30-6: 30”. , "May be displayed at intervals between the start and end times.
The data includes photographing time data, photographing place data, cast / staff data, equipment / tool data, extra data, and trader data.
The extra data is, for example, data such as the number of persons appearing in the extra and characteristic data of the appearing extra (for example, data specifying an extra such as a child or an adult, a man or a woman).
The trader data is data of a trader other than the staff who joins the shooting site, and is, for example, data of a provider of costumes and accessories, a provider of a car used in a drama, and the like.

  <CUT> is a descriptor indicating the beginning of the cut. <PNAME> is a descriptor indicating that the name of the person who speaks (cast) follows, and <WORDS> is a descriptor indicating that the line follows. <DIRECT> is a descriptor indicating that writing follows.

  <DEFINITION> and </ DEFINITION> are descriptors indicating a definition, and indicate that one or a plurality of descriptions sandwiched therebetween are definitions. When a plurality of descriptions (definitions) are sandwiched between them, the delimiters between the definitions are displayed as “,”. For example, "Yamada = Takahashi" defines that the actor Takahashi plays the role name of the scenario "Yamada", "Director = Mishima" defines that the director is Mishima, and "Ashima = Izu P Misaki" is the drama It defines that Izu P cape is used for location as A island. The descriptors <DEFINITION> and </ DEFINITION> are described in the database by scenario information (data is described by the role name "Yamada" and the role "Director") by determining who takes the role name and role on the scenario. .) And reference information of each data (reference information is information about actors Takahashi, Director Mishima, etc.).

FIG. 4 illustrates a part of a reference information database stored in the reference information storage unit 3. In FIG. 4, a column of “classification” indicates a classification of information (cast, staff, equipment / tool, etc.) included in the reference information.
Although the column of “role name etc.” is not actually included in the reference information, the data extracted from the scenario information (the column of “role name etc.”) and the information of the reference information (the column of “actor etc.”) It is described for easy understanding. The column of "role name, etc." and the column of "actor, etc." are associated with each other in the relationship shown in FIG. 4 by the definition of the descriptors <DEFINITION> and </ DEFINITION>.
The column of "actors, etc." specifically shows the persons who participate in the shooting of each scene of the scenario and the equipment and tools used for shooting each scene.

  "Affiliation", "May 18", "May 19", ... Each column of "unit price", "condition", and "priority information" is described in each row of the column of "actor etc." Reference information about the element. The “affiliation” column is the organization to which each cast and staff belong, and is the owner of each equipment and tool (supply source such as rental company). The columns “May 18” and “May 19” indicate whether each cast, staff, equipment and tools can participate in shooting on that day (whether they can be used for shooting). The mark "O" indicates that each cast can participate in shooting all day (can be used for shooting all day), and the mark "x" indicates that each cast cannot participate in shooting (can be used for shooting). No). "PM4-" indicates that it is possible to participate in shooting from 4:00 pm.

The columns of “unit price” and “condition” indicate how much the unit price (personnel cost, rental fee, etc.) is under each condition. For example, actor Takahashi pays 5 million yen for the appearance from the start to the end of the shooting (displayed as "all") regardless of the number of days of participating in the shooting. For example, an actor Tadokoro who plays the role of "old man" pays 20,000 yen every time he participates in shooting (displayed as "day").
The priority information column will be described later.

  FIG. 5 exemplifies another part (shooting place data) of the reference information database stored in the reference information storage unit 3. In FIG. 5, the “scenario” column is not actually included in the reference information, but the shooting location data of each scene extracted from the scenario information (the “scenario” column) and the shooting location included in the reference information. It is described in order to make it easy to understand the correspondence with the data (the column of “shooting place”). The place described in the scenario information is a fictitious place in many cases, and even if the place described in the scenario information is a real place, the place used for shooting is not necessarily the place. Therefore, it is necessary to associate the shooting location data (the “scenario” column) of each scene extracted from the scenario information with the shooting location data (the “shooting location” column) included in the reference information. In the embodiment, the column of “scenario” and the column of “shooting place” are defined by the descriptors <DEFINITION> and </ DEFINITION> (for example, “A island = Izu P cape”), as shown in FIG. Are associated with each other.

Each column of “May 18”, “May 19”,..., “Unit price”, and “Condition” is reference information on elements described in each row of the column of “Shooting place”. The columns “May 18” and “May 19” indicate whether the shooting location can participate in shooting on that day (whether it can be used for shooting). The display of “○” indicates that the shooting location can be used for shooting all day, and the display of “x” indicates that the shooting location cannot be used for shooting.
The columns of “unit price” and “condition” indicate how much the unit price for using the shooting location under each condition is. For example, if Y studio is used, 50,000 yen is paid per day (displayed as “day”).

The reference information of the shooting location may include access information to the location. “Access information” is information relating to going to the place, for example, the travel time from the location of the production using the scenario information analysis device to the shooting place, transportation expenses to go to the shooting place, and accommodation at the shooting place. If necessary, include accommodation expenses. For example, you can go to a studio in Tokyo in one hour, but it takes 5 hours by car to go to Cape Izu. In generating an imaging schedule, it is important to consider information about the travel time of a place. The production cost can be reduced by taking as many pictures as possible at the distant Cape Izu at Cape P.
The reference information can include shooting term information (for example, May 31, 2001) and shooting budget (14 million yen in the embodiment).
The reference information is the schedule of each cast and staff, the unit price of each cast and staff, the use schedule of each shooting place, the use unit price of each place, the access information to each place, the use schedule of each equipment and tools, each equipment and tools Unit information, information on suppliers of equipment / tools or extras, the number of people who can mobilize extras, unit price of extras, budget information, and deadline information.

The “extra provider information” is information about a provider that provides extras. For example, the company M (a provider that provides extras) can mobilize extras when shooting in Kanto, but in other areas, The information that the extras cannot be mobilized by the photographing, the information that the company N (a company that provides the extras) cannot provide the extras unless requested at least three days before the date of mobilizing the extras, etc.
"The number of extras that can be mobilized" means that the maximum number of extra children that M can provide is 120, or that the maximum number of extras that N can provide on a horse is 20 Information.
The “unit price of the extra” is a unit price per day or a unit price per hour paid to the extra or the provider of the extra when the extra is mobilized. For example, such information is that when a child extra is mobilized, the unit price is 5,000 yen per day.

The calculation unit 5 generates output information 17 that satisfies the condition of the reference information 16 for the data extracted from the scenario information. 6 to 10 illustrate output information generated by the calculation unit 5.
FIG. 6 illustrates a shooting schedule which is one of the output information 17. FIG. 6A shows the entire schedule. For each shooting date, the scene number to be shot ("Scene" column), participating cast ("Cast" column), participating staff ("Staff" column), and shooting location ("Location / Studio") Column).
(B) shows a detailed photographing schedule (recording table) of the photographing date. Although the staff is not described in the table of (b), the staff who participates in the shooting on that day participates in the shooting for the entire period from the gathering to the withdrawal.

The calculation unit 5 generates a shooting schedule in consideration of the individual schedule of each cast, each staff, each device / tool, and each shooting location (consistent with each schedule). The calculation unit 5 generates, for example, a schedule in which shooting of scenes at the same place is collectively performed so that shooting is efficiently performed and shooting is completed before the shooting deadline. This also has the effect of reducing transportation costs and accommodation costs in locations at remote locations such as Cape Izu-P.
For example, the time of each scene is as long as 20 seconds, 2 minutes, etc. However, in actuality, it takes time to prepare for shooting. Therefore, when moving to a shooting location, the moving time (access information to each location) ) And a shooting preparation time (for example, 3 hours).

The calculation unit 5 can generate a shooting schedule or the like based on arbitrary reference information. For example, a reference associated with shooting time data, shooting location data, cast / staff data, and used equipment data for each scene. A shooting schedule is generated based on information (for example, an individual schedule of cast staff, a use schedule of used equipment, and access information to a shooting location (for example, time required for moving)).
For example, the calculation unit 5 includes, for each scene, shooting time data, shooting location data, cast staff data, and reference information (for example, individual cost information of cast staff, usage cost information of used equipment, Photographing cost information is generated based on access information to the photographing place (for example, transportation cost, accommodation fee, etc.).

FIG. 7 is an example of a list of equipment and tools prepared for each shooting date, which is one of the output information 17. By arranging equipment and tools according to this table, the staff can prevent omission of equipment and the like. Changing the shooting schedule changes the equipment and tools to be arranged, and it is easy to make arrangement mistakes. Since the calculation unit 5 automatically generates the table shown in FIG. 7, it is easy to change the schedule depending on the situation during shooting.
The operator can re-establish an optimal shooting schedule for an unphotographed scene by inputting a shooting result (actual shooting schedule) through the setting unit 6 (FIG. 1) during the shooting period. The photographing result is input by setting a part of the photographing schedule, which is the output information of the calculating unit 5, to a constant value (result schedule). An unphotographed scene means a portion of the shooting schedule where no shooting result has been input.

The column of priority information in FIG. 4 defines the priority order of data in determining a shooting schedule and the like. If the scenario information analyzer cannot generate a shooting schedule that satisfies all the conditions, the scenario information analyzer will refer to a line to which no priority information is added (in FIG. 4, other than actors Takahashi and Director Mishima). Generate a shooting schedule by ignoring a part of. If it is still not possible to generate a shooting schedule that satisfies the reference information of the row to which the priority information has been added, the scenario information analysis device determines that the row to which the priority information having a large value is added ("2" is described in FIG. 4). Actor Takahashi) ignores some of the reference conditions to generate a shooting schedule. As a result, when it is not possible to generate an imaging schedule or the like that satisfies all the reference conditions, it is possible to generate the next best imaging schedule by distinguishing the information that is regarded as important from the information that is not important by the priority information.
Preferably, the calculation unit 5 outputs a list of ignored conditions (conflicting parts between the generated shooting schedule and individual schedules such as casts). Thus, it is possible to know who needs to adjust which schedule.
The operator can input priority information through the setting unit 6.

FIGS. 8 and 9 are examples of a table of a project cost and a shooting cost (the shooting cost is a part of the project cost), which are output information generated by the calculation unit 5. The calculating unit 5 calculates a project cost, which is the sum of the photographing cost and the cost of each unit, based on the scenario. The calculation unit 5 makes a cost plan so that the photographing cost and the like fall within the budget (included in the reference information).
The operator can input the actual budget in the middle of the imaging period (or after the completion of the imaging) to the calculation unit 5 through the setting unit 6 (shown in FIG. 1). The calculation unit displays the current expenditure result and the difference between the budget and the result together with the budget as shown in FIGS.
The output information includes a shooting schedule, a shooting cost, a list of equipment and tools, and a list of vendors.

For example, when a car maker becomes a sponsor of a drama, it is required to use a car sold by the car maker in the drama. The operator can incorporate the request of the sponsor into the photographing by setting the automobile, which is a part of the tool to be used, as a product of the automobile manufacturer through the setting unit 6.
The calculation unit 5 may generate a shooting schedule for a plurality of scenarios. When the operator inputs priority information indicating which scenario information is to be prioritized in the shooting schedule through the setting unit 6, the calculation unit 5 calculates the output information in order from the scenario having the highest priority based on the priority information. .

  The operator can input search information into the search unit 4. The search unit 4 searches a scenario or a scene of a scenario including the same information as the input search information from among many pieces of scenario information stored in the scenario information storage unit 2, and searches the searched scenario or the scene of the scenario. Output information. The scenario information analysis device outputs information on the scenario or the scene of the scenario.

For example, when one scene of a drama is aired on a television five years after shooting, the identification number of the scene (when the air is aired five years later, the identification number is added to the video signal of the scene). By searching the scenario information in the electronic warehouse using the search information as the search information, it is possible to search which scene in which scenario the scene is. Thereby, it is possible to easily know who owns the copyright of the scene. You can easily know who the actors are. By searching scenario information in the electronic warehouse using the name of the actor as search information, a scene in which the actor appears can be extracted. This makes it easy to produce, for example, a commemorative program for the actor's 10th debut.
When the scenario information storage unit 2 is a large-scale archive such as an electronic warehouse, manual search is extremely difficult, so the scenario information analysis apparatus and scenario information analysis method of the present invention are particularly effective.

FIG. 10 illustrates an example of an edit list which is one of the output information output by the calculation unit 5. Each scene (scenes 1 to 25 in the embodiment) of the scenario information is provided with a scene identification number. The scene identification number is a unique identifier for each scene, and is represented by a five-digit number in the embodiment.
At the time of shooting, a cassette number (cassette number is an arbitrary value) and a material identification number that is the same value as the scene identification number are assigned to each of the captured video tapes (materials). When a plurality of videos are shot for one scene, each video is provided with a material identification number obtained by adding a slash and a different number to the same value as the scene identification number.

  The calculation unit 5 arranges material identification numbers in order from scene 1 and generates an edit list. The edit list includes a time code, a time length, and a lap time in addition to the material identification numbers and the cassette numbers arranged in the order of the scenes. For example, 13: 57: 16: 18 (13: 57: 16: 18 frame) with a time code of 13: 57: 16: 18-13: 59: 32: 27 is a video at the top of the video of the scene that was shot. 13: 59: 32: 27 indicates a time code associated with the last video signal.

“Time length” indicates the time length of the video for each scene. The time length is derived by subtracting the leading time code from the trailing time code. “Lap time” indicates a time length obtained by accumulating the time length of each scene. For example, in FIG. 10, when a video signal is generated according to the edit list output by the calculation unit 5, it can be understood that the length of the drama is 35:16:23. From this, the editor (for example, a director) can know how much the length can be cut off from the material to make a suitable length of the package.
The editor can proceed with editing using the edit list as a starting point.
If there are a plurality of materials for the same scene, the editor can arbitrarily select one video from a video with the material identification number 25869-1 and another video with the material identification number 25869-2. And inputs the selection command to the setting unit 6. The calculation unit 5 generates an edit list including the selected video.

  FIG. 2 shows a flowchart of the scenario information analysis method of the present invention. First, data is extracted from scenario information (step 21). Next, reference information on each extracted data is read (step 22). Next, output information such as a photographing schedule and a photographing cost is calculated based on each data and reference information (step 23). Next, output information is output (step 24). As an output method, there are a method of printing on paper, a method of displaying a screen on a display, and the like.

  By loading a program that executes the flowchart of the scenario information analysis method of the present invention into a computer that stores scenario information and reference information divided for each scene in a storage unit (for example, a hard disk device), Can function as a scenario information analyzer.

  The present invention uses a computer to associate reference information with data included in scenario information. Further, based on scenario information associated with various reference information, output information such as an appropriate shooting schedule is automatically calculated and output. Thus, the present invention is obviously industrially applicable.

FIG. 1 is a block diagram showing a configuration of a scenario information analysis device according to the present invention. Flowchart of the scenario information analysis method of the present invention An example of scenario information input to the scenario information analysis device according to the embodiment of the present invention An example of reference information according to the embodiment of the present invention Another example of reference information of the embodiment of the present invention An example of a shooting schedule that is output information according to the embodiment of the present invention An example of a list of equipment / tools which is output information of the embodiment of the present invention An example of a project cost that is output information according to the embodiment of the present invention An example of a shooting cost that is output information according to the embodiment of the present invention An example of an edit list which is output information according to the embodiment of the present invention

Explanation of reference numerals

1 input section 2 scenario information storage section 3 reference information storage section 4 search section 5 calculation section 6 setting section 7 output section

Claims (13)

A scenario information storage unit that stores scenario information divided for each scene,
A reference information storage unit that stores reference information regarding data included in the scenario information,
A calculation unit that extracts the data from the scenario information, and calculates output information based on the extracted data and the reference information;
An output unit that outputs the output information;
A scenario information analysis device comprising:   The data includes at least one of shooting time data, shooting location data, cast / staff data, equipment / tool data, extra data, and trader data generated for each scene. 2. The scenario information analysis device according to 1.   The reference information includes the schedule of each cast / staff, the unit price of each cast / staff, the use schedule of each shooting location, the unit price of each location, access information to each location, the use schedule of each device / tool, each device / tool 2. The method according to claim 1, wherein the information includes at least one of unit price of the tool, information on a provider of each device / tool or an extra, the number of mobilizable extras, unit price of the extra, budget information, and term information. Item 3. The scenario information analysis device according to Item 2.   4. The scenario information analysis according to claim 1, wherein the output information includes at least one of a photographing schedule, a photographing cost, a device / tool list, and a supplier list. 5. apparatus. The reference information storage unit stores the reference information by adding priority information,
If the calculation information cannot generate output information that satisfies the requirements of all the reference information, the extracted data and the reference information excluding the reference information having a low priority based on the priority information are included in the calculation information. Calculating the output information based on the
The scenario information analysis device according to any one of claims 1 to 4, wherein: Further comprising a setting unit for setting a part of the output information to a constant value,
The calculation unit extracts the data from the scenario information, based on the extracted data and the reference information, calculates output information other than the output information set to a certain value,
The scenario information analysis device according to any one of claims 1 to 5, characterized in that: The scenario information storage unit stores scenario information of a plurality of scenarios to which priority information has been added, and the calculation unit calculates the output information in order from a scenario having a higher priority based on the priority information.
The scenario information analysis device according to claim 1, wherein the scenario information analysis device includes: It further has a search unit,
The search unit searches the scenario information storage unit for a scenario or a scene of a scenario including the same information as the input search information, and outputs information of the searched scenario or the scene of the scenario.
The scenario information analysis device according to any one of claims 1 to 7, wherein   9. The search information according to claim 8, wherein the search information is one or a combination of photographing time data, photographing place data, cast / staff data, equipment / tool data, extra data, and trader data. Scenario information analysis device described in 1. An input unit for inputting time code information of a video signal or an audio signal of each captured scene and an identifier of the scene,
The scenario information storage unit stores the identifier in association with the scene of each scenario information,
The calculation unit, based on the input time code information and the identifier, generates an edit list generated according to the order of the scene of the scenario,
The output unit outputs the edit list,
The scenario information analysis device according to claim 1, wherein the scenario information analysis device includes:   The method according to claim 1, wherein the calculating unit detects identification information for each data included in the scenario information, and extracts information specified based on the identification information as data related to the identification information. The scenario information analysis device according to claim 10. An extraction step of extracting data from scenario information classified for each scene;
A reading step of reading reference information on the data from a reference information storage unit;
A calculating step of calculating output information based on the data and the reference information;
An output step of outputting the output information;
A scenario information analysis method comprising: A program for causing a computer that stores scenario information and reference information classified for each scene to a storage unit to function as a scenario information analysis device,
An extracting step of extracting data from the scenario information,
A reading step of reading the reference information on the data from a storage unit;
A calculating step of calculating output information based on the data and the reference information;
An output step of outputting the output information;
A program for a scenario information analysis method, comprising:

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