JP5345467B2 - Recorded image instruction apparatus and recorded image instruction method - Google Patents

Description

  The present invention relates to a recorded video instruction apparatus and a recorded video instruction method capable of instructing a cameraman who operates a television camera with a video signal when recording a video with a TV camera.

  Conventionally, news and other news gatherings and drama locations are shot and recorded with a TV camera integrated with a VTR. When recording video with a TV camera, the cameraman records based on a script, or receives a voice instruction from the director through a camera intercom or the like and pans and tilts the TV camera to record.

  In addition, what kind of recorded video was shot is confirmed by taking out the recording medium attached to the TV camera after recording and checking the recorded video, and what kind of video is recorded at the time of shooting other than the cameraman In some cases, there was a problem that when the recorded video was played, there was a problem that it was out of focus. Further, when a title is given to a recorded video, a title image is created and a title is given to the recorded video by capturing the title image. The title picture had to be created every time it was recorded with a board for that purpose, and was troublesome.

  The voice instruction by the camera intercom has the above-mentioned problems, and there is an application relating to the imaging apparatus by the present applicant as a conventional television camera that has improved this problem. A conventional imaging apparatus will be described with reference to FIG. In FIG. 9, a photographic lens 3 is attached to a television camera (imaging device) 1, a microphone 4 and a viewfinder 5 are provided in a camera case 2 provided with various operation switches, and a rear portion of the camera case 2. A wireless receiver (wireless communication device) 7 is mounted in a slot 6 provided in the hand, and a hand grip 8, a shoulder pad 9, a speaker 10 and the like are provided. In this television camera 1, a wireless microphone tuner 7 is used for transmission and reception with a wireless communication device on the director side, and a cameraman receives a voice instruction from the director and performs shooting while performing wireless communication using a so-called camera income. . In addition, the video signal obtained by the television camera 1 is recorded in the recording device and simultaneously transmitted by the wireless microphone tuner 7.

Japanese Patent Laid-Open No. 11-17994 (FIGS. 1 and 2)

  In a conventional television camera, as described above, an instruction from a director is received through a camera intercom to capture and record a coverage target. However, it is difficult to hear the instructions through the camera intercom when interviewing in a noisy crowd, construction site, disaster site, etc. Also, the camera intercom conversation during the interview is not possible when making a sound recording such as music recording. In some cases, it was not possible. In addition, even when a title is added to a recorded video signal, it is necessary to hand-draw on the board that is the basis of the title image as described above, which may not be possible in an emergency.

  The present invention has been made in view of the above problems, and enables a cameraman who records an imaging signal to be instructed by a video signal without depending on the camera income, and can be recorded without creating a title image. It is an object of the present invention to provide a recorded video instruction apparatus and a recorded video instruction method capable of giving a title to a video.

The present invention achieves the above-mentioned problems, and the invention of claim 1 is a recorded video instruction apparatus that instructs a television camera having a viewfinder, a recording unit, and a wireless interface wirelessly,
Instruction mode selection means for selecting an instruction mode for supporting shooting;
A wireless transmission / reception means for receiving a video signal from the television camera and a display image signal of the viewfinder, and transmitting a control signal and instruction data by an image to the television camera;
Marker creation means for creating a focus adjustment marker;
A text creation means for creating a title of an imaging signal to be recorded and recorded to a photographer;
Storyboard creation means for creating storyboards in bitmap format ,
A video signal based on an imaging signal from the television camera and a display image signal of the viewfinder, a marker created by the marker creating means, a dialog box for creating instruction data by the text creating means and the storyboard creating means is displayed. Display means;
The marker creating unit according to the instruction mode selection means, the text creating means, and selects one of the instruction data of the storyboard creation unit, transmitting and the instruction data from the wireless transmission and reception unit to the television camera and an operation control means for,
The text creating means has a text processing step for setting text instruction data. The text processing step includes a first step for displaying a text dialog box on the display means, and a text dialog box for inputting character data. A second step of displaying within, a third step of detecting whether a character clear item in the text dialog box has been selected and erasing the displayed character when the character clear item is selected; A fourth step of detecting whether or not to record on the main line, setting the character data as recording and display data when recording, and displaying only when not recording, and the text dialog box for the character data It is detected whether or not the transmission item in is selected, and when it is selected, the input is made A recording image indicating device, characterized in that it comprises a fifth step of graphic convert character data.

According to a second aspect of the present invention, there is provided an instruction mode selection means, a marker creation means, a text creation means, a storyboard creation means, a display means, and an operation control means for a television camera having a viewfinder, a recording unit and a wireless interface. A recorded video instruction method of a recorded video instruction device for instructing the television camera wirelessly,
The operation control means detects whether or not the selection by the instruction mode selection means using the button of the display means is a focus adjustment marker, and when the result is the focus adjustment marker, marker instruction data Marker processing step to set,
A text processing step of detecting whether or not the selection by the instruction mode selection means is text creation, and setting the text instruction data when the result is the text creation;
A storyboard processing step of detecting whether the selection by the instruction mode selection means is storyboard creation, and setting the storyboard instruction data when the result is the storyboard creation;
And, said instruction data the instruction mode selection means is set to select have a transmission step of transmitting to the television camera,
The text processing step includes a first step of displaying a text dialog box on the display means, a second step of inputting character data and displaying it in the text dialog box, and a character clear item in the text dialog box. And a third step of erasing display characters when the character clear item is selected, and detecting whether or not to record on the main line. When recording, display and display data And a fourth step of setting the character data as display-only data when not recording, and detecting whether or not a transmission item in the text dialog box of the character data is selected. From the image, characterized in that it comprises a fifth step of graphic converting character data the input It is a recording video instruction method of shows apparatus.

The invention of claim 3 is the instruction method of the recorded image instruction device according to claim 2,
The marker processing step includes
A first step of displaying a box cursor that is displayed on the viewfinder for a predetermined time with respect to the video signal displayed on the viewfinder of the television camera displayed on the display means;
A second step of correcting the display position of the box cursor;
A third step for detecting whether or not the second step is completed;
And a fourth step of detecting the end of the third step and generating transmission data of the marker instruction data including the display position data .

The invention of claim 4 is an instruction method of the recorded image instruction device according to claim 2,
The storyboard processing step includes:
A first step of displaying a storyboard dialog box on the display means;
A second step of selecting one bitmap from a plurality of storyboard bitmaps in the storyboard dialog box;
A third step of displaying the selected bitmap in the center of the dialog box;
A fourth step of setting the video level to be a density of the lines of storyboards upon mixing the storyboards bitmap the display in the captured image in the dialog box,
A fifth step of detecting whether or not a storyboard clear item in the storyboard dialog box is selected, and erasing the bitmap storyboard display when the storyboard clear item is selected;
And a sixth step of detecting whether or not the transmission item in the storyboard dialog box is selected.

  According to the first aspect of the present invention, it is possible for the director to give instructions to the photographer for news gathering, etc., using a marker, a text sentence, a storyboard, etc., and give instructions without depending on the camera income. Therefore, there is an advantage that it is possible to perform photographing as instructed even in a news gathering site where noise is intense or a news gathering site where sound cannot be generated. In addition, by transmitting the image signal from the TV camera wirelessly and displaying it on the display means, it is possible for the director to monitor the image taken by the cameraman, enabling recording without re-shooting, and recording the video work. The quality is improved, and it has the effect of being able to reliably record the coverage.

Furthermore, since the shooting instruction data is a process for each mode such as a text sentence, a marker, and a storyboard, even when adding an instruction item, a system can be easily constructed by adding only the additional instruction data. There are advantages that can be made. In addition, it is possible to instruct the photographer from the outside by text, and by setting the main line display, it can be used as the title of the recorded video, so you can check the title just by looking at the contents, tag the title part and record If it does, it has the effect which can be used also for search. In addition, since the input character is subjected to graphic conversion and transmitted, a font for the character becomes unnecessary on the camera side, so that the entire system can be configured compactly.

According to the second aspect of the present invention, it is possible to execute the processing individually by selecting the mode, so that each processing can be finished in a short time and the next processing can be performed. In addition, it is possible to instruct the photographer from the outside by text, and by setting the main line display, it can be used as the title of the recorded video, so you can check the title just by looking at the contents, tag the title part and record If it does, it has the effect which can be used also for search. In addition, since the input character is subjected to graphic conversion and transmitted, a font for the character becomes unnecessary on the camera side, so that the entire system can be configured compactly.

  According to the third aspect of the present invention, it is possible to create a focus marker from the outside for the cameraman and display it on the display unit of the TV camera, and the cameraman can focus with reference to the focus marker. It is possible to obtain a good recorded video.

According to the invention of claim 4 , by transmitting a bitmap of a storyboard for allocating the screen, the cameraman only needs to take an image in accordance with the storyboard, so that the camera operation is simplified.

It is a block diagram of a television camera and a recorded video instruction device of the present invention. It is a comprehensive flowchart of the operation control part of a present Example. It is a flowchart of the marker process in a present Example. It is a flowchart of the text processing in a present Example. It is a flowchart of the storyboard process in a present Example. It is explanatory drawing of the marker process in a present Example. It is explanatory drawing of the text process in a present Example. It is explanatory drawing of the storyboard process in a present Example. It is an external view which shows the conventional imaging device.

  An embodiment of a recorded video instruction apparatus and an instruction method therefor according to the present invention will be described below with reference to FIG. First, referring to FIG. 1, an embodiment of a TV camera 1 and a recorded video instruction apparatus 2 according to the present invention that performs transmission / reception with the TV camera 1 will be described. The television camera 1 includes an imaging unit 100, a recording unit (including a recording medium) 101, a camera display unit (VF: viewfinder) 102, a camera control unit 103, an operation panel 104, a wireless I / F unit 105, and an input / output terminal. 106. Subsequently, each part of the television camera 1 will be described in detail. The imaging unit 100 photoelectrically converts an imaging signal obtained through incidence through a lens (not shown), and outputs it as a video signal to the recording unit 101. The recording unit 101 records the video output from the imaging unit 100 on a recording medium. A flash memory is used as the recording medium. The camera display unit 102 displays the video signal being recorded by the recording unit 101, the input level of the microphone when there is a microphone, and the like. Alternatively, the status at the time of operating the TV camera 1, for example, the remaining battery level is displayed. These displays may be displayed on an optical VF (VF: viewfinder) 102. The camera control unit 103 controls all these components inside the television camera. On the operation panel 104, switches relating to imaging and recording are arranged as images, and these switches are operated by a cameraman. The wireless I / F unit 105 is a wireless interface circuit that performs transmission and reception with the recorded video instruction device 2. The wireless I / F unit 105 is a wireless transceiver, and for example, Bluetooth (registered trademark) may be used. The input / output terminal 106 is an input / output terminal for radio signals.

  The recorded video instruction apparatus 2 of this embodiment includes a display unit (display unit) 200, a mode selection unit (mode selection unit) 201, an operation control unit (operation control unit) 202 including a CPU (central processing unit), and a marker creation unit. (Marker creation means) 203, text creation section (text creation means) 204, storyboard creation section (picture story creation means) 205, wireless I / F section (wireless transmission / reception means) 206, which is a wireless interface circuit, input / output terminal 207 Consists of. The display unit 200 displays a video signal transmitted from the television camera 1 and displays a marker or a dialog box created by the operation control unit 202. The mode selection unit 201 selects an instruction mode. The operation control unit 202 performs control related to display on the display unit 200, selection control related to the mode selection unit 201, and operation for creating instruction data from the marker creation unit 203, the text creation unit 204, and the storyboard creation unit 205. And communication control of the wireless I / F unit 206 is performed. The marker creation unit 203 creates a focus adjustment marker. A text creation unit 204 creates instruction data for a cameraman, a title of a recorded video, and the like. The storyboard creation unit 205 creates storyboard data based on a storyboard, which is instruction data to the cameraman, in a bitmap format. The wireless I / F unit 206 is a wireless transmitter / receiver. As an example, a Bluetooth (registered trademark) wireless interface circuit similar to the television camera 1 is used, and the instruction data created by the recorded video instruction device 2 is input / output terminal 207. And transmitted to the TV camera 1.

  Next, an embodiment of the present invention will be described with reference to FIGS. A processing flow in the operation control unit 202 will be described with reference to the flowchart of FIG. First, the operation control unit 202 has a programmed control function. The control functions include an instruction mode selection unit, a marker processing unit that detects and sets a marker, and a text process that detects and sets a text sentence. Means and storyboard processing means for detecting and setting the storyboard are provided. The recorded video instruction apparatus 2 transmits, as transmission data, instruction items (instruction data) by markers, text sentences, and storyboards from the director to the television camera 1 operated by the cameraman. The photographer receives these instruction data at the wireless I / F unit 105 via the input / output terminal 106 of the television camera 1 shown in FIG. 1, and based on the instruction data displayed on the camera display unit (viewfinder) 102. Record the interview site. The video taken by the cameraman is transmitted from the wireless I / F unit 105 through the input / output terminal 106, received by the wireless I / F unit 206 via the input terminal 207 of the recorded video instruction device 2, and displayed on the display unit 200. The The director can grasp the recording status from the image on the display unit 200.

  Next, a control procedure for transmitting instruction data (indicator items by marker, text sentence, storyboard) in the operation control unit 202 will be described. First, the instruction mode selection means detects whether or not the selection of the mode selection unit 201 is marker processing in step S21. If marker processing is detected, the process proceeds to step S22. If not, the process proceeds to step S23. . In step S22, marker processing is performed by the marker processing means. Details of the marker processing means will be described later with reference to FIGS.

  In step S23, the instruction mode selection means detects whether or not the mode selection unit 201 selects text processing. If it is text processing, the process proceeds to step S24, and if it is determined that it is not text processing, the process proceeds to step S25. In step S24, text processing is performed by the text processing means. Details of the text processing means will be described later with reference to FIGS.

  In step S25, the instruction mode selection unit detects whether the selection of the mode selection unit 201 is a storyboard process. When it is detected that the storyboard process is being performed, the process proceeds to step S26, and after the storyboard process is performed, the process proceeds to step S27. If it is determined in step S25 that it is not a storyboard process, this process flow ends. In step S26, the storyboard processing means performs the storyboard processing. Details of the storyboard processing means will be described later with reference to FIGS.

  Step S27 is a step of transmitting the set instruction data by the wireless transmission / reception means 206. The instruction data by the marker processing means, the text processing means, and the storyboard processing means is selectively set in the storage unit. The designated data by the marker, the text sentence, or the storyboard is transmitted from the wireless I / F unit 206 to the television camera 1 as transmission data in step S27.

  Next, the marker processing step by the marker processing means in step S22 will be described with reference to FIGS. 3 and 6A to 6E. FIG. 3 shows the marker processing means in steps S31 to S34. By operating the “MARKER” button B1 on the display screen A of the display section 200 shown in FIG. 6A, the instruction mode selection means of the processing flow of FIG. 2 performs marker processing and detection, and step S31 of FIG. Proceed to In step S31, the box cursor B is displayed on the display screen A of the display unit 200, and the process proceeds to step S32. On the other hand, the video displayed on the camera display unit or viewfinder 102 of the television camera 1 is transmitted from the television camera 1 and displayed on the display screen A of the display unit 200 on the display unit 200.

  In step S32, the display position of the box cursor B is corrected to indicate the position of the image to be focused, and the process proceeds to step S32. For correction of the display position of the box cursor B, for example, a mouse used in a personal computer may be used, or the box cursor B may be moved by an arrow. After correcting the display position of the cursor in step S32, the process proceeds to step S33. In step S33, it is detected whether or not the correction of the display position of the box cursor B has been completed. If the mouse is completed, click is used for the mouse, and if it is an arrow, the end is detected by a specific key. If step S33 is completed, the process proceeds to step S34. If not completed, the process returns to step S32, and the display position of the box cursor B is corrected again. In step S34, transmission data of instruction data by the box cursor B is created, this transmission data is set, and the processing flow of FIG.

The transmission data of the marker processing step includes the display position data of the box cursor B. If the transmission processing is performed in step S27 of FIG. 2, the display position data is received by the wireless I / F unit 105 of the TV camera 1. And displayed on the viewfinder (VF) 102 for a certain period of time. At the same time that the display position data is displayed on the television camera 1 for a certain period of time, this display position data is transmitted from the television camera 1 and received by the wireless I / F unit 206 of the recorded video instruction device 2 and displayed on the display unit 200. Then, the contents of the instruction data on the TV camera 1 side can be confirmed by the recorded video instruction device 2.

  As shown in FIGS. 6A to 6E, the recorded video instruction device 2 displays a box cursor B as a marker at an arbitrary display position on the display screen A of the display unit 200, and the television camera 1 wirelessly. Can be displayed on the viewfinder 102, the box cursor B can be deleted after a predetermined time, or the box cursor B can be displayed again at a different position.

  The display of the box cursor B will be described in detail with reference to FIGS. 6A to 6E. The display unit 200 displays the box cursor B shown in FIG. . This box cursor B is mainly a focus adjustment marker, and this focus adjustment marker (box cursor B) can be displayed to instruct the photographer to focus. On the camera display unit or viewfinder 102 of the television camera 1, the box cursor B is displayed as shown in FIG. When the TV camera 1 is not in focus, the box cursor B is displayed on the display unit 200 as shown in FIG. When a certain time has elapsed, the box cursor B is deleted as shown in FIG. 6D in the camera display unit or viewfinder 102 on the TV camera 1 side. When the TV camera 1 is in focus, the box cursor B is single. Again, the display position of the box cursor B can be changed on the display unit 200 as shown in FIG. In this way, the recorded video instruction device 2 can remotely assist the shooting by the television camera 1 from a remote position.

  Next, the text processing step of step S24 by the text processing means will be described with reference to FIGS. 4 and 7A to 7E. The text processing means comprises steps S41 to S48 in FIG. When the operation of the “text” button B2 on the display screen A as shown in FIG. 7A is detected in step S23 of the general flowchart of FIG. 2, in step S41, in FIGS. 7B and 7D, A text dialog box T in which no text is displayed is displayed. In step S42, when the text characters “start recording after 2 seconds in color” or “at the accident site on May 20” are entered, these text characters are entered in the text dialog box T. These characters are entered using the keyboard.

  A step S43 detects whether or not the “CLEAR” button B5 of the text dialog box T is turned on. If the “CLEAR” button B5 is turned on in step S43, the process proceeds to step S44 to delete the input characters by the text sentence. If the “CLEAR” button B5 is OFF in step S43, the process proceeds to step S45, and it is detected whether or not LINE is turned ON. LINE means a main line signal and is a line for recording instruction data on a recording medium. If LINE is ON in step S45, the process proceeds to step S46, and data for recording on the main line is set in a storage unit (not shown). That is, in step S46, for example, the characters “May 20 at the accident site” shown in FIG. 7D are set on the main line. If the LINE is OFF in step S45, for example, the process proceeds to step S47 without setting “May 20 at the accident site”. Note that “start recording after 2 seconds of color bar” in FIG. 7B is an instruction to the cameraman, and it is only necessary to display as shown in FIG. 7C, and there is no need to record on the recording medium of the TV camera 1. In step S45, LINE is turned off and the process proceeds to step S47. In addition, “At the accident site on May 20” in FIG. 7D can be used as the title of the interview site, so “At the accident site on May 20” is shown in FIG. As shown in the display example, the image is displayed on the viewfinder 102, and in step S45, the LINE is turned on and set in the recording unit so as to be transmitted to the main line.

  In step S47, it is detected whether the instruction data of the text sentence set in step S47 is transmitted to the television camera 1. That is, it is detected whether or not the character input ends. When the “SEND” button B4 is on, the process proceeds to step S48, and when the “SEND” button B4 is off, the process proceeds to step S42 and character input is performed again. In step S48, the set input character is converted into a graphic. Since the television camera 1 does not have a character font, it cannot be displayed even if character data is sent. Therefore, processing on the television camera side is reduced by performing graphic conversion and transmitting.

  When the text processing step is completed and the process returns to the general flowchart, the set transmission data is transmitted in step S27 of FIG. 2, and the camera display unit or viewfinder 102 on the TV camera 1 side receives the data shown in FIG. ) And (e) are displayed. The input characters of the title in FIG. 7E are recorded on the recording medium of the television camera 1. The recording time is switched to the original captured image in a few seconds. Further, the instruction data for photographing for the cameraman in FIG. 7B is not recorded on the recording medium of the television camera 1.

  Finally, the storyboard processing step of step S26 in FIG. 2 will be described with reference to FIGS. FIG. 5 shows a storyboard processing means comprising steps S51 to S57. 5, when the “comment story” button B3 on the display screen A in FIG. 6A is operated, the process proceeds to step S51 in FIG. 5, and the story story dialog box P in FIG. 8 (the picture story p1 is not displayed). Is displayed. In step S52, a bitmap format memory in the storyboard dialog box P is selected. In the memory, the extension on the left side of FIG. 8 is displayed as bmp. This memory stores a bitmapped storyboard. The storyboard based on this bitmap is created in advance based on the script. In FIG. 8, “1000001.bmp” is selected.

  In step S53, the storyboard P1 of the selected bitmap is displayed in the middle of the dialog box P, and the process proceeds to step S54. In step S54, a blend level L is set, and the process proceeds to step S55. The blend level L indicates the darkness of the line when mixed. The blend level L is transmitted to the television camera 1 side, and the television camera 1 side adjusts the RGB level to obtain an appropriate level. Display. In step S55, it is detected whether or not the “CLEAR” button B6 of the dialog box P is turned on. The “CLEAR” button B6 is to delete the storyboard. If the “CLEAR” button B6 is on, the process proceeds to step S56, and if it is off, the process proceeds to step S57.

In step S56, the displayed storyboard is cleared. Whether or not the “SEND” button B7 of the dialog box P is operated is detected in step S57 as to whether or not the storyboard P1 is transmitted. That is, it is detected whether or not the storyboard input ends. If the “SEND” button B7 is on, the process is terminated. If the “SEND” button B7 is off, the process proceeds to step S52 and the storyboard is input again. Thereafter, returning to the general flowchart of FIG. 2 , storyboard data as instruction data is transmitted to the television camera 1 in step S < b > 27 of FIG. 2 . The transmitted storyboard P1 is mixed with the captured image and displayed on the viewfinder 102. When displayed on the viewfinder 102, the display image is transmitted to the recorded video instruction device 2, so that it can be confirmed whether the blend level is an appropriate level. If not, select the instruction mode and try again.

  In the embodiment of the present invention, the recorded video instruction apparatus is configured as shown in FIG. 1, but various modifications are possible, and the present invention is not limited to the above-described embodiment. Is possible.

  In FIG. 1, the instruction mode selection unit is also configured separately. However, as shown in FIG. 6, a mode can be displayed and selected at the bottom of the screen, and various modifications can be implemented. is there. Also, since the wireless I / F unit can be configured at low cost by Bluetooth (registered trademark), the recorded video instruction device can be made inexpensive.

  INDUSTRIAL APPLICABILITY The present invention can be used as a recorded video instruction device that can cope with various shooting environments by being used together with a recording television camera used for news gathering and the like.

1 TV camera (imaging device)
2 Recorded image instruction device 100 Imaging unit 101 Recording unit 102 Camera display unit (viewfinder)
103 camera control unit 104 operation panel 105 wireless I / F unit (wireless transmission / reception unit)
DESCRIPTION OF SYMBOLS 106 Input / output terminal 200 Display unit 201 Mode selection unit 202 Operation control unit 203 Marker creation unit 204 Text creation unit 205 Picture story processing unit 206 Wireless I / F unit (wireless transmission / reception unit)
207 I / O terminal

Claims (4)

A recorded video instruction device for instructing wirelessly to a TV camera having a viewfinder, a recording unit, and a wireless interface,
Instruction mode selection means for selecting an instruction mode for supporting shooting;
A wireless transmission / reception means for receiving a video signal from the television camera and a display image signal of the viewfinder, and transmitting a control signal and instruction data by an image to the television camera;
Marker creation means for creating a focus adjustment marker;
A text creation means for creating a title of an imaging signal to be recorded and recorded to a photographer;
Storyboard creation means for creating storyboards in bitmap format ,
A video signal based on an imaging signal from the television camera and a display image signal of the viewfinder, a marker created by the marker creating means, a dialog box for creating instruction data by the text creating means and the storyboard creating means is displayed. Display means;
The marker creating unit according to the instruction mode selection means, the text creating means, and selects one of the instruction data of the storyboard creation unit, transmitting and the instruction data from the wireless transmission and reception unit to the television camera and an operation control means for,
The text creating means has a text processing step for setting text instruction data. The text processing step includes a first step for displaying a text dialog box on the display means, and a text dialog box for inputting character data. A second step of displaying within, a third step of detecting whether a character clear item in the text dialog box has been selected and erasing the displayed character when the character clear item is selected; A fourth step of detecting whether or not to record on the main line, setting the character data as recording and display data when recording, and displaying only when not recording, and the text dialog box for the character data It is detected whether or not the transmission item in is selected, and when it is selected, the input is made From the image indicating device, characterized in that it comprises a fifth step of graphic convert character data. For a television camera having a viewfinder, a recording unit, and a wireless interface, an instruction mode selection unit, a marker creation unit, a text creation unit, a storyboard creation unit, a display unit, and an operation control unit are provided. A recorded video instruction method of a recorded video instruction device for instructing wirelessly,
The operation control means detects whether or not the selection by the instruction mode selection means using the button of the display means is a focus adjustment marker, and when the result is the focus adjustment marker, marker instruction data Marker processing step to set,
A text processing step of detecting whether or not the selection by the instruction mode selection means is text creation, and setting the text instruction data when the result is the text creation;
A storyboard processing step of detecting whether the selection by the instruction mode selection means is storyboard creation, and setting the storyboard instruction data when the result is the storyboard creation;
And, said instruction data the instruction mode selection means is set to select have a transmission step of transmitting to the television camera,
The text processing step includes a first step of displaying a text dialog box on the display means, a second step of inputting character data and displaying it in the text dialog box, and a character clear item in the text dialog box. And a third step of erasing display characters when the character clear item is selected, and detecting whether or not to record on the main line. When recording, display and display data And a fourth step of setting the character data as display-only data when not recording, and detecting whether or not a transmission item in the text dialog box of the character data is selected. From the image, characterized in that it comprises a fifth step of graphic converting character data the input From the video instruction method of shows apparatus. An instruction method for a recorded image instruction device according to claim 2,
The marker processing step includes
A first step of displaying a box cursor that is displayed on the viewfinder for a predetermined time with respect to the video signal displayed on the viewfinder of the television camera displayed on the display means;
A second step of correcting the display position of the box cursor;
A third step for detecting whether or not the second step is completed;
An instruction method for a recorded video instruction apparatus, comprising: a fourth step in which the third step detects the end and creates transmission data of the marker instruction data including the display position data . An instruction method for the recorded image instruction device according to claim 2,
The storyboard processing step includes:
A first step of displaying a storyboard dialog box on the display means;
A second step of selecting one bitmap from a plurality of storyboard bitmaps in the storyboard dialog box;
A third step of displaying the selected bitmap in the center of the dialog box;
A fourth step of setting the video level to be a density of the lines of storyboards upon mixing the storyboards bitmap the display in the captured image in the dialog box,
A fifth step of detecting whether or not a storyboard clear item in the storyboard dialog box is selected, and erasing the bitmap storyboard display when the storyboard clear item is selected;
And a sixth step of detecting whether or not a transmission item in the storyboard dialog box has been selected.