JP4952515B2 - Camera device, photographing method and program - Google Patents

Description

The present invention relates to a camera device, a photographing method, and a program .

Conventionally, a camera device such as a digital camera has an auto bracket function that takes a plurality of images at different exposures in stages to prevent exposure failure. In recent years, for example, white balance is not limited to exposure. Some of the other photographing conditions can be changed step by step. In this regard, for example, Patent Document 1 described below describes a technique that enables selection of a shooting condition to be changed in bracketing shooting using the above function.
JP-A-8-29828

  However, in the configuration in which a plurality of shooting conditions to be changed at the time of shooting are provided as described above, that is, a configuration in which a plurality of types of bracketing shooting with different shooting conditions to be changed at the time of shooting can be performed, the shooting target and the angle of view are changed. When different types of bracketing shots are taken multiple times in succession, for example, when bracketing shots that change the exposure and bracketing shots that change the white balance are taken continuously, there are the following problems: .

  That is, between the first bracketing shooting and the transition to the next bracketing shooting, it is necessary to switch the type of bracketing shooting. Therefore, during the switching operation, the shooting conditions other than the specific shooting condition to be changed among the shooting conditions at the start of the first bracketing shooting change, and the first bracketing shooting start time It is difficult to match the reference shooting conditions with the start time of the next bracketing shooting.

  Therefore, after continuously performing different types of bracketing shooting, when comparing a series of images (a plurality of groups of images) obtained by each bracketing shooting, the reference image serving as a comparison reference is In many cases, it does not exist, and there is a problem that the usability is still not sufficient when continuously performing different types of bracketing photography.

The present invention has been made in view of such conventional problems, and provides a camera device, a photographing method, and a program capable of improving usability when continuously performing different types of bracketing photographing. With the goal.

In the camera apparatus according to the invention of claim 1, wherein in order to solve the above problems, an imaging unit, and shadow instruction means Taking that instructs photographing by said photographing means by the user, an instruction of photographing by the photographing instruction means While shooting continues, shooting control means for repeatedly shooting with the shooting means while changing shooting parameters for a predetermined shooting condition, and while shooting with the shooting means is repeatedly continued by the shooting control means Specifying a shooting condition for changing the shooting parameter, and the shooting control means, when a new shooting condition is specified by the specifying means, the start point of the continuous shooting instruction based on the camera parameters of the camera conditions in, changing the imaging parameters for the given imaging conditions by the designation unit And controlling the imaging means to want repeatedly photographed.

In the camera device according to the second aspect of the present invention, the photographing means, the photographing instruction means for instructing photographing by the photographing means by the user, and the photographing instruction by the photographing instruction means are continued. A shooting control unit that repeats shooting by the shooting unit while changing shooting parameters for a predetermined shooting condition, and a shooting parameter is set while shooting by the shooting unit is repeatedly continued by the shooting control unit. and specifying means for specifying the change is to the shooting conditions, eh Bei and shooting preparation instruction means for instructing the shooting preparation by the previous Symbol photographing means Ri by the user, wherein the imaging control means, new shooting conditions by the designation means If but is specified, based on the camera parameters of the camera condition at the start of the shooting preparation instruction by said shooting preparation instruction means, wherein And controlling the imaging means to repeatedly photographed while changing the imaging parameters for imaging conditions specified by a constant means.

In the camera device according to the third aspect of the present invention, the photographing control unit may be configured to specify a new photographing condition by the designation unit while the photographing unit continuously repeats photographing. In addition, the photographing unit is executed so as to repeatedly photograph while changing the photographing parameter for the photographing condition designated by the designation unit.

In the camera device according to a fourth aspect of the present invention, the photographing condition designated by the designation unit includes at least one of a focus position and an exposure value.
The camera device according to claim 5 further includes storage means for storing the shooting condition specified by the specifying means, and the shooting control means is stored in the storage means by the specifying means. When the already designated photographing condition is designated again, the photographing means is controlled so as not to perform repeated photographing under the designated photographing condition.
In the camera device according to the sixth aspect of the present invention, a plurality of images photographed by controlling the photographing means so as to repeatedly photograph while changing photographing parameters for a predetermined photographing condition by the photographing control means. It is further characterized by further comprising display control means for displaying the information on the display unit in a comparable manner.

In addition, in the photographing method according to the seventh aspect of the present invention, there is provided a photographing method in a camera device having photographing means, an imaging instruction step for instructing photographing by the photographing means by a user, and the photographing instruction step. The shooting control step of repeatedly shooting with the shooting means while changing the shooting parameters for a predetermined shooting condition, and the shooting control means continuously shooting with the shooting means while the shooting instruction by is continued. Specifying a shooting condition for changing a shooting parameter while the shooting control step is configured to perform the continuous shooting when a new shooting condition is specified by the specifying step. based on the camera parameters of the camera condition at the start of the instruction, by the specified step And controlling the imaging means to repeatedly photographed while changing the imaging parameters for the constant and photographing condition.

Further, in the program according to the invention of claim 8, a computer having a camera device having an imaging unit, an instruction for shooting instructing means photographing by said photographing means by the user, the imaging by the imaging instruction means While the instruction is continued, a shooting control unit that repeatedly continues shooting by the shooting unit while changing a shooting parameter for a predetermined shooting condition, and while shooting by the shooting unit is repeatedly continued by the shooting control unit When the new shooting condition is specified by the specifying unit, the shooting control unit is configured to specify the shooting condition for changing the shooting parameter . based on the camera parameters of the camera conditions, shooting for shooting conditions specified by the specifying means Characterized in that to execute to control the imaging unit to repeatedly photographed while changing the parameters.
In the photographing method according to the ninth aspect of the present invention, there is provided a photographing method in a camera device having photographing means, an imaging instruction step for instructing photographing by the photographing means by a user, and the photographing instruction step. The shooting control step of repeatedly shooting with the shooting means while changing the shooting parameters for a predetermined shooting condition, and the shooting control means continuously shooting with the shooting means while the shooting instruction by is continued. A shooting step for specifying shooting conditions for changing shooting parameters and a shooting preparation instruction step for instructing a user to prepare for shooting by the shooting means. The shooting control step includes the step of specifying If new shooting conditions are specified by the Based on the camera parameters of the camera condition at the start of the preparation instruction, and controls the imaging unit to repeatedly photographed while changing the camera parameters for the specified photographing condition by said designation step.
According to a tenth aspect of the present invention, in the program according to the tenth aspect of the present invention, there is provided a photographing instruction means for instructing photographing by the photographing means by a user, and a photographing instruction by the photographing instruction means. Is continuously taken while the photographing parameter is changed with respect to a predetermined photographing condition, while the photographing control means continuously repeats photographing by the photographing means. , A specification unit for specifying a shooting condition for changing a shooting parameter, a shooting preparation instruction unit for instructing a user to prepare for shooting by the shooting unit, and the shooting control unit is configured to set a new shooting condition by the specifying unit. If specified, the shooting at the start of the shooting preparation instruction by the shooting preparation instruction means is performed. Based on the camera parameters of the conditions, characterized in that to execute to control the imaging unit to repeatedly photographed while changing the camera parameters for the given imaging conditions by the designation unit.

  According to the present invention, it is possible to improve the usability when continuously performing different types of bracketing photography.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings. FIG. 1A is a rear view showing a digital camera 1 according to the present invention. As shown in the figure, a liquid crystal monitor 3, a zoom key 4, a menu key 5, a control key 6, and a BS key 7 are arranged on the main body 2 of the digital camera 1. Further, on the upper surface of the main body 2, a shutter key 8, a photographing key 9, a reproduction key 10, and a power key (not shown in the figure) are arranged.

  The shooting key 9 and the playback key 10 are used for switching between a shooting mode and a playback mode, which are basic modes of the digital camera 1. The liquid crystal monitor 3 is composed of a color liquid crystal display panel with a backlight, for example, and displays a subject image (through image) and various types of shooting information in a shooting standby state in the shooting mode. When the menu key 5 is pressed, a menu screen for performing various settings of the digital camera 1 is displayed.

  The shutter key 8 has a so-called half shutter function having a two-stage operation position of a half-pressed position and a fully-pressed position. The half-pressed operation is used for AF lock and AE lock, and the full-press operation is actually performed. Used for shooting instructions. Further, in the photographing mode when the multi-bracket function to be described later is set to ON, it functions as an operation means capable of multi-stage operation in the present invention.

  Although not shown, the bottom surface of the main body 2 is provided with a memory card slot or the like in which a memory card 35 that is a recording medium for recording a photographed image and conforms to a predetermined standard is detachably mounted.

  FIG. 1B is an enlarged view of the control key 6. The control key 6 includes an upper key 6a, a lower key 6b, a left key 6c, a right key 6d, and an OK key 6e provided at the center thereof, which are arranged in a ring shape in the vertical and horizontal directions. The control key 6 has a general function as this type of key, and the up, down, left, and right keys 6a to 6d are used to select an item to be set on the menu screen or to select a setting value of the selected item. The OK key 6e is used to determine setting contents and the like.

  Further, in the shooting mode when the multi bracket function is set to ON as described later, each of the upper, lower, left and right keys 6a to 6d differs from the above general function in the type of bracket mode (bracket Function), that is, a function for setting specific shooting conditions to be changed a plurality of times during bracketing shooting.

  On the other hand, FIG. 2 is a block diagram showing an outline of an electrical configuration mainly of the digital camera 1. The digital camera 1 has an autofocus (AF) function, an automatic exposure (AE) function, an automatic white adjustment (AWB) function, and an auto bracket function using a contrast detection method, and includes the following parts.

  That is, the digital camera 1 includes a focus lens 21, a CCD 22, a CDS / AD block 23, a TG (Timing Generator) 24, a CCD data preprocessing block 25, a color processing (CP) block 26, a JPEG encoder 27, and a DRAM 28. The flash memory 29, RAM 30, CPU 31, image display unit 32, key block 33, card interface 34, and the like are connected to the card interface 34.

  The focus lens 21 can be driven in the optical axis direction by the operation of the focus motor 36, and the position of the focus lens 21 is controlled by driving the focus motor 36 by a motor driver 37 in accordance with a control signal sent from the CPU 31.

  The CCD 22 is an imaging unit that acquires a subject image by photoelectrically converting a subject image formed through a focus lens 21 (an imaging lens (not shown) actually exists) and outputting it as an imaging signal. The TG 24 generates a timing signal having a predetermined frequency and drives the CCD 22. The CDS / AD block 23 samples the output signal from the CCD 22 to remove noise and convert it into a digital signal. The CCD data preprocessing block 25 performs data processing such as luminance signal processing on the imaging signal converted into a digital signal.

  The color processing (CP) block 26 performs color processing such as color separation on the image signal that has been subjected to luminance signal processing or the like, and generates image data for each of Y, Cb, and Cr components. At that time, the white balance in the image data is adjusted in accordance with a command from the CPU 31. Further, the image data generated in the color processing (CP) block 26 is sequentially stored in the DRAM 28.

  The image display unit 32 includes the liquid crystal monitor 3 described above and a drive circuit that drives the liquid crystal monitor 3. In the shooting standby state in the shooting mode, the image display unit 32 is a through image based on one frame of image data that is captured from the CCD 22 and accumulated in the DRAM 28. An image is displayed. In the reproduction mode, a recorded image based on the image data read from the memory card 35 and expanded is displayed.

  The JPEG encoder 27 compresses the image data input from the color processing (CP) block 26 at the time of image recording by the JPEG method. The compressed image data is recorded on the memory card 35 via the card interface 34. The recorded image data is appropriately read out in the reproduction mode, decompressed by the JPEG encoder 27, and then displayed on the liquid crystal monitor 3 as described above.

  The key block 33 is composed of a plurality of operation keys shown in FIG. 1A, and each operation state is sequentially detected by the CPU 31.

  In the flash memory 29, the CPU 31 performs shooting according to the present invention in a shooting mode when the CPU 31 controls the digital camera 1, that is, a program necessary for AF control, AE control, AWB control, etc., or when the multi-bracket function is set to ON. An imaging control program for functioning as a control unit and an allocation unit, and various data associated therewith are stored. The RAM 30 is used as a working memory for the CPU 31.

  The digital camera 1 can perform a plurality of types of bracketing shooting with different shooting conditions to be changed at the time of shooting. As shown in FIG. 3, a focus bracket is used as an auto bracket mode for bracketing shooting. The white balance bracket, ISO sensitivity bracket, and exposure bracket modes are prepared in advance.

  Next, an operation in the shooting mode when the multi bracket function is set to ON in the digital camera 1 having the above configuration will be described. Here, it is assumed that the on / off setting of the multi-bracket function can be appropriately performed by the user on a predetermined setting screen.

  Here, the multi-bracket function is a function provided to easily and quickly perform the above-described auto bracket mode setting and bracketing shooting after the setting. When the multi bracket function is set to ON, as described above, a function for setting the type of the auto bracket mode is assigned to the upper, lower, left, and right keys 6a to 6d of the control key 6. The correspondence relationship between each key 6a to 6d and the type of auto bracket mode is as shown in FIG. 3, with focus bracket mode on the upper key 6a, white balance bracket mode on the lower key 6b, and ISO sensitivity on the left key 6c. The bracket mode is assigned, and the exposure bracket mode is assigned to the right key 6d.

  Hereinafter, the specific operation of the digital camera 1 will be described with reference to the flowchart of FIG.

  As soon as the shooting mode is set, the CPU 31 starts imaging operation at a predetermined frame rate on the CCD 22 and through image display on the image display unit 32 (step S1), and then determines whether or not the shutter key 8 has been half-pressed. Confirm sequentially (step S2).

  Thereafter, when the shutter key is half-pressed (YES in step S2), AF and AE processes for shooting are executed at that time (step S3), and the control contents of AF and AE are locked (step S4). That is, the in-focus position at the time when the shutter is half-pressed and the exposure value (EV value) at the time of shooting determined according to the brightness of the subject are fixed.

  After AF or AE lock, repeatedly check whether any of the up / down / left / right keys 6a to 6d is pressed or whether the half-pressed state of the shutter key 8 is released. While this is not possible (NO in both steps S5 and S6), the display of the through image started in step S1 is simply repeated to update only the through image, and during that time the half-pressed state of the shutter key 8 is released (step S1). (YES in S6), the process returns to step S2 at that time, and waits for half pressing of the shutter key 8 again.

  On the other hand, after performing AF and AE lock in step S4, as shown in FIG. 5A, any one of the up / down / left / right keys 6a to 6d is pressed with the shutter key 8 being half-pressed. If pressed (YES in step S5), the bracket mode of the type corresponding to the pressed key is set as the bracket mode (step S7). For example, the exposure bracket mode is set when the right key 6d is pressed as shown in FIG. 5B, and the white balance bracket mode is set when the lower key 6b is pressed as shown in FIG. 5C. To do.

  Subsequently, the CPU 31 confirms whether or not the shutter key is fully pressed. If the shutter key is not fully pressed (NO in step S8), the CPU 31 further confirms whether or not the shutter key 8 has been half-pressed and releases the half-pressed state. If not (NO in step S6), the process returns to step S5. That is, each time one of the up / down / left / right keys 6a to 6d is pressed, a bracket mode corresponding to the key is newly set.

  Thereafter, when the shutter key 8 is fully pressed at an arbitrary time (YES in step S8), bracketing shooting in the bracket mode set in step S7 is performed (step S9). That is, if the set bracketing mode is the focus bracketing mode with the focus position and the exposure value (EV value) as the reference when the shutter is half-pressed, if the set bracketing mode is the focus bracketing mode, the focus distance is determined in advance under the above shooting conditions. While changing the predetermined value step by step within the range of values, continuous shooting is performed in which shooting and recording of the shot image are repeated each time the focus distance is changed. Similarly, the white balance is changed stepwise in the white balance bracket mode, the ISO sensitivity is changed stepwise in the ISO sensitivity bracket mode, and the exposure value (EV value) is changed stepwise in the exposure bracket mode. Each continuous shooting is performed. Then, a series of taken images is recorded on the memory card 35.

  Further, when the bracketing shooting process is completed, the bracket mode type at that time is temporarily stored in the RAM 30 as a usage history (step S10), and then it is confirmed whether or not the fully depressed state of the shutter key 8 is released (step S10). Step S11). If the fully depressed state of the shutter key 8 has not been released (NO in step S11), it is further confirmed whether any of the up / down / left / right keys 6a to 6d has been pressed, and the up / down / left / right keys 6a to 6d. Is not pressed (NO in step S12), it is repeatedly checked whether the shutter key 8 is fully released.

  If any of the up / down / left / right keys 6a to 6d is pressed while the shutter key 8 is fully pressed (YES in step S12), the bracket mode of the type corresponding to the pressed key is already used. If the bracket mode is already used (YES in step S13), the process returns to step S11 without doing anything and the release of the shutter key 8 fully pressed state is confirmed. Check for presence / absence repeatedly.

  On the other hand, if the type of bracket mode corresponding to the pressed key has not been used (NO in step S13), the bracket mode already set is changed to the type of bracket mode corresponding to the currently pressed key. After the change (step S14), the process returns to step S9 to perform bracketing shooting in the changed bracket mode. Thereafter, the processing after step S10 described above is repeated again.

  That is, after performing the first bracketing shooting in response to the full pressing operation of the shutter key 8, any one of the up / down / left / right keys 6a to 6d is pressed while the shutter key 8 is fully pressed. With this as a trigger, only a new type of bracketing shooting corresponding to the pressed key is repeated.

  When the shutter key 8 is fully depressed (YES in step S11) after the end of one or more bracketing shootings, the above-described use history of the bracket mode is deleted (step S15). ), The process returns to step S2 and waits for the shutter key 8 to be half-pressed again. Thereafter, the CPU 31 changes the shooting mode to the playback mode or until the multi-bracket function is turned off by a predetermined key operation in a state where the shutter key 8 is not half-pressed or fully pressed. Repeat all processing.

  As described above, in the digital camera 1 according to the present embodiment, when the user wants to continuously perform different types of bracketing shooting, if the multi-bracket function is turned on in advance, as described above. After the first bracketing shooting, in the second and subsequent bracketing shootings, the auto bracket mode can be changed and changed by simply pressing any of the up / down / left / right keys 6a to 6d while pressing the shutter key 8 fully. Subsequent bracketing photography can be performed easily and quickly.

  In a plurality of times of bracketing shooting including the first bracketing shooting, the focus distance is based on the same shooting conditions including the focus position and the exposure value (EV value) when the shutter key 8 is half-pressed. In addition, by performing continuous shooting a predetermined number of times by gradually changing any of white balance, ISO sensitivity, and exposure value (EV value), the shooting conditions at the start time of each bracketing shooting are surely matched. be able to.

  As a result, when comparing a series of images obtained by each bracketing shooting, that is, a plurality of images grouped according to the type of bracket mode, the images of each group are compared with the same standard. It is possible to greatly improve the usability when continuously performing a plurality of bracketing shootings.

  Here, in the present embodiment, the configuration in which the shutter key 8 has a so-called half shutter function has been described, but the present invention is applicable even in a configuration in which the shutter key 8 does not have a half shutter function. Can do. In that case, for example, after the first shooting operation is performed in response to the pressing of the shutter key 8, the CPU 31 automatically sets the multi bracket function on, and the shutter key 8 is kept pressed. When any of the up / down / left / right keys 6a to 6d is pressed, bracketing shooting is performed in a mode corresponding to the pressed key, and the multi-key is automatically set when the pressed state of the shutter key 8 is released. Processing to set the bracket function off may be performed.

  Unlike the present embodiment, when any of the up / down / left / right keys 6a to 6d is pressed while the shutter key 8 is half-pressed, bracketing shooting is performed in a mode corresponding to the pressed key. You may do it.

  Further, in the present embodiment, by simultaneously operating the shutter key 8 and any one of the up / down / left / right keys 6a to 6d, setting of a desired type of bracket mode and bracketing shooting in the set mode can be performed. However, the present invention is not limited to this, and the simultaneous operation of the shutter key 8 and other keys other than the up / down / left / right keys 6a to 6d, the other keys other than the shutter key 8, and the up / down / left / right keys 6a to 6d. By simultaneously operating with any of the keys, and simultaneously operating a plurality of keys other than the shutter key 8 and the up / down / left / right keys 6a to 6d, a desired type of bracket mode is set and the set mode is set. It is good also as a structure which enables bracketing imaging | photography.

  In addition, although the case where there are four types of bracket modes respectively assigned to the up / down / left / right keys 6a to 6d, focus bracket, white balance bracket, ISO sensitivity bracket, and exposure bracket, has been described. The number and type of keys may be changed according to the number of keys to function as the operating means. Furthermore, specific shooting conditions that are changed multiple times in bracketing shooting are, for example, contrast, saturation, sharpness, softness, etc., as long as they change the quality of an image to be shot and recorded. It doesn't matter.

  In addition, the description has been given of the case where the user performs the on / off setting of the multi-bracket function in advance on the predetermined setting screen. However, the present invention is not limited to this. The multi bracket function is turned on in response to a predetermined key being pressed, and then the multi bracket function is turned off in response to the predetermined key being pressed at an arbitrary time. Also good. Furthermore, the multi-bracket function is automatically turned on when any one of the up / down / left / right keys 6a to 6d is first pressed after the shutter key 8 is pressed halfway during the operation in the shooting mode. In addition, the multi-bracket function may be automatically turned off when the half-press (or full-press) operation of the shutter key 8 is released.

  In the present embodiment, when the predetermined shooting conditions such as the focus distance, the exposure value, the ISO sensitivity, and the white balance are changed in the bracketing shooting in step S9 described above, the amount of change (value width) of these parameters and the number of steps (The number of times of photographing) and the order of change are fixed, but it may be configured such that the user can set (or select) them as necessary. Furthermore, for example, the CPU 31 may automatically set the parameters according to the contents of the shooting conditions when the shutter key 8 is half-pressed.

  In the present embodiment, a series of images (including images acquired by bracketing shooting in response to the full press of the shutter key 8) acquired by a plurality of times of bracketing shooting based on the same shooting conditions is normally used. As described above, the image recorded in the memory card 35 as it is as described above is described. For example, when recording the series of images on the memory card 35, each image is associated with a predetermined method (image file name). It is also possible to record them in association with each other by attaching a reference code.

  Further, in this case, as a lower mode of the reproduction mode, for example, as shown in FIG. 6, a reference image as a comparison reference obtained by photographing the series of images on the screen 100 of the liquid crystal monitor 3 under basic photographing conditions. A mode may be provided in which other images 111 to 116 are arranged in a matrix and displayed as a list centering on 110. In this case, when the display size of each image is large and not all images can be displayed at once as shown in the figure, the image may be scrolled while maintaining the arrangement order of a series of images by a predetermined key operation.

  The present invention can be applied not only to a digital camera but also to other camera devices including a digital video camera having a still image shooting function, a digital camera built in a mobile phone terminal, and a silver salt camera.

(A) is a rear view of the digital camera according to the present invention, and (b) is an enlarged view of a control key. It is a block diagram of the digital camera. It is a figure which shows the correspondence of the kind of auto bracket mode, and an up / down / left / right key. It is a flowchart which shows the processing content of CPU in imaging | photography mode using a multi bracket function. It is explanatory drawing which shows the user's key operation method at the time of bracketing imaging | photography using a multi bracket function. It is a figure which shows the example of a display in the case of displaying a series of images acquired by multiple times of bracketing shooting.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Digital camera 2 Main body 3 LCD monitor 4 Zoom key 5 Menu key 6 Control key 6a Up key 6b Down key 6c Left key 6d Right key 6e OK key 8 Shutter key 21 Focus lens 22 CCD
29 Flash memory 31 CPU
33 Key block

Claims (10)

Photographing means;
A shooting instruction means for instructing the imaging by the imaging means by the user,
A shooting control unit that continuously repeats shooting by the shooting unit while changing shooting parameters for a predetermined shooting condition while the shooting instruction by the shooting instruction unit is continued;
A designation unit for designating a shooting condition for changing a shooting parameter while shooting by the shooting unit is repeatedly continued by the shooting control unit;
With
When a new shooting condition is specified by the specifying unit, the shooting control unit sets the shooting condition specified by the specifying unit with reference to the shooting parameter of the shooting condition at the start time of the continuous shooting instruction. A camera apparatus for controlling the photographing means so as to repeatedly photograph while changing the photographing parameter for . Photographing means;
Photographing instruction means for instructing photographing by the photographing means by a user;
A shooting control unit that continuously repeats shooting by the shooting unit while changing shooting parameters for a predetermined shooting condition while the shooting instruction by the shooting instruction unit is continued;
A designation unit for designating a shooting condition for changing a shooting parameter while shooting by the shooting unit is repeatedly continued by the shooting control unit;
And the shooting preparation instruction means for instructing the shooting preparation by the previous Symbol photographing means Ri by the user,
Bei to give a,
When a new shooting condition is specified by the specifying unit, the shooting control unit is specified by the specifying unit with reference to a shooting parameter of the shooting condition at the start time of the shooting preparation instruction by the shooting preparation instruction unit. features and to Luke camera device to control the imaging means so as to repeatedly photographed while changing the imaging parameters for imaging conditions. The photographing control means changes the photographing parameter for the photographing condition designated by the designation means every time a new photographing condition is designated by the designation means while photographing by the photographing means is continuously repeated. the camera apparatus according to claim 1 or 2, characterized in performing said imaging means so as to repeatedly while shooting. The photographing conditions designated by the designation means, the focus position, or the camera device according to any one of claims 1 to 3, characterized in that it comprises at least one of the exposure value. A storage means for storing the photographing condition designated by the designation means;
The photographing control means controls the photographing means so that repeated photographing according to the designated photographing condition is not performed when the designated photographing condition stored in the storage means by the designation means is designated again. The camera device according to claim 1, wherein It further comprises display control means for controlling the photographing means so as to repeatedly shoot while changing the photographing parameters for a predetermined photographing condition by the photographing control means and displaying a plurality of photographed images in a display section for comparison. The camera device according to claim 1, wherein the camera device is characterized in that: An imaging method in a camera device having an imaging means,
An imaging instruction step for instructing photographing by the photographing means by a user;
A shooting control step for repeatedly continuing shooting by the shooting means while changing shooting parameters for predetermined shooting conditions while the shooting instruction by the shooting instruction step is continued;
A designation step for designating a photographing condition for changing a photographing parameter while photographing by the photographing unit is repeatedly continued by the photographing control unit;
Including
In the shooting control step, when a new shooting condition is specified in the specifying step, the shooting condition specified in the specifying step is based on the shooting parameter of the shooting condition at the start time of the continuous shooting instruction. An imaging method characterized by controlling the imaging means so as to repeatedly shoot while changing the imaging parameters for . A computer included in a camera device having a photographing unit;
Instructs shooting instructing means photographing by said photographing means by the user,
Shooting control means for repeatedly continuing the shooting by the shooting means while changing the shooting parameters for a predetermined shooting condition while the shooting instruction by the shooting instruction means continues.
While shooting by the shooting means is continuously repeated by the shooting control means, the shooting control means is executed as a specifying means for specifying shooting conditions for changing shooting parameters ,
When a new shooting condition is specified by the specifying unit, the shooting control unit sets the shooting condition specified by the specifying unit with reference to the shooting parameter of the shooting condition at the start time of the continuous shooting instruction. The program is executed to control the photographing unit so that photographing is repeatedly performed while changing photographing parameters with respect to. An imaging method in a camera device having an imaging means,
An imaging instruction step for instructing photographing by the photographing means by a user;
A shooting control step for repeatedly continuing shooting by the shooting means while changing shooting parameters for predetermined shooting conditions while the shooting instruction by the shooting instruction step is continued;
A designation step for designating a photographing condition for changing a photographing parameter while photographing by the photographing unit is repeatedly continued by the photographing control unit;
A shooting preparation instruction step for instructing a user to prepare for shooting by the shooting means;
Including
When a new shooting condition is specified in the specifying step, the shooting control step is specified by the specifying step with reference to a shooting parameter of the shooting condition at the start of the shooting preparation instruction in the shooting preparation instruction step. An imaging method characterized by controlling the imaging means so as to repeatedly perform imaging while changing imaging parameters with respect to imaging conditions. A computer included in a camera device having a photographing unit;
Photographing instruction means for instructing photographing by the photographing means by a user;
Shooting control means for repeatedly continuing the shooting by the shooting means while changing the shooting parameters for a predetermined shooting condition while the shooting instruction by the shooting instruction means continues.
Designating means for designating imaging conditions for changing imaging parameters while imaging by the imaging unit is repeatedly continued by the imaging control unit;
Shooting preparation instruction means for instructing the user to prepare for shooting by the shooting means;
Run as
When a new shooting condition is specified by the specifying unit, the shooting control unit is specified by the specifying unit with reference to a shooting parameter of the shooting condition at the start time of the shooting preparation instruction by the shooting preparation instruction unit. A program which is executed to control the photographing unit so that photographing is repeatedly performed while changing photographing parameters with respect to photographing conditions.

Images