CN101478639B - Scene mode automatic selection method - Google Patents

Scene mode automatic selection method Download PDF

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CN101478639B
CN101478639B CN 200810000314 CN200810000314A CN101478639B CN 101478639 B CN101478639 B CN 101478639B CN 200810000314 CN200810000314 CN 200810000314 CN 200810000314 A CN200810000314 A CN 200810000314A CN 101478639 B CN101478639 B CN 101478639B
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mode
scene
scene mode
standard
image
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CN 200810000314
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CN101478639A (en
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林哲弘
钱中方
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华晶科技股份有限公司
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Abstract

The present invention discloses a scene mode automatic selection method which is applied for a camera device, wherein the scene mode automatic selection method comprises the following steps: detecting the image to be picked; analyzing the main characteristic of image; comparing the main characteristic with the characteristic standard of each scene mode with a sequence from high use ratio to low use ratio for obtaining a scene mode corresponding with the characteristic standard which corresponds with the main characteristic; and adjusting the present camera shooting parameter of camera device to the camera shooting parameter corresponding with the obtained scene mode. The comparing sequence is determined through the use ratio of various scenes, and the time for searching comparing can be reduced. Furthermore, the use ratio can be recalculated according to the used scene mode after each camera shooting for quickly providing the scene mode which corresponds with the user requirement.

Description

场景模式自动选择方法 Scene mode automatic selection method

技术领域 FIELD

[0001] 本发明公开了一种摄像技术,尤其涉及一种场景模式自动选择方法,以依据各种场景的使用率决定对比顺序进而达到自动选择场景模式。 [0001] The present invention discloses an imaging technique, particularly to a method of automatically selecting a scene mode, according to various usage scenarios and then to determine the sequence comparison scene mode is automatically selected.

背景技术 Background technique

[0002] 近年来数字相机已经取代了以往的傻瓜相机,借助镜头摄像后,再经由电荷耦合组件(Charge Coupled Device, CCD)或互补式金属氧化半导体(Complementary Metal Oxide Semiconductor,CMOS)将图像数据由光学转换成电子数据储存以取代传统利用化学感光的方式在底片上成像。 [0002] In recent years, digital cameras have replaced conventional shoot cameras, by means of the imaging lens, and then through the charge coupled device (Charge Coupled Device, CCD) or a complementary metal oxide semiconductor (Complementary Metal Oxide Semiconductor, CMOS) image data by a optical converted into electronic data stored in a conventional manner using a chemical substituent imaged on the photosensitive film.

[0003] 以往传统相机需要针对不同拍摄场景而由使用者自行调整相机快门、光圈与白平衡等参数的动作。 [0003] The conventional camera needs adjustment of a conventional camera shutter, aperture and white balance parameters for itself by the user on the shooting operation. 对于不懂相机参数设定的使用者而言,使用需要自行调整参数的相机,可能无法拍出成功的相片,甚至不会使用。 For users do not understand the parameters set by the camera, the use of their own need to adjust the camera parameters may not be successful photo shoot, will not even use. 目前许多相机出厂时,已设定并储存有多个场景模式及其搭配的摄影参数,但使用时仍然需要使用者自行判断以选择适合的场景模式,较为麻烦。 Many cameras at the factory settings and save multiple scene modes and parameters with photography, but still requires the user to use their own judgment to select the appropriate scene mode, more trouble.

[0004] 为了方便使用者的使用,消费型数字相机还提供有自动模式(Auto Mode)。 [0004] For ease of use the user's consumer digital camera also offers an automatic mode (Auto Mode). 在自动模式下,使用者不需要调整各项参数,也不需选择所要拍摄的场景模式,相机就会自动做符合要拍摄图像的参数调整。 In automatic mode, the user does not need to adjust the parameters, nor do they need to select the scene mode you want to shoot, the camera will automatically adjust shooting parameters do conform to the image. 部份相机的自动模式,还可通过自行识别拍摄场景来进行摄影参数的调整。 Automatic mode portion of the camera, but also by self-identifying photography shooting scene parameters to adjust. 在现行摄像装置的场景自动选择模式设计上并不人性化,其在取得要拍摄图像的主题特征后,往往是依内装的设定从头逐一对比各种场景模式的特征标准。 The mode is automatically selected design is not humane, which after obtaining the image to be captured subject feature, often set by built from scratch by-side comparison of various features of the standard scene in the current scene mode of the image pickup apparatus. 因此常使搜寻对比的时间拉长,可能让使用者错失了一闪即逝的画面。 So often the search for longer hours in contrast, may allow users to miss a fleeting picture.

发明内容 SUMMARY

[0005] 本发明的目的在于提供一种场景模式自动选择方法,应用于一摄像装置,能使摄像装置优先对比使用者常用的场景模式或是摄像装置本身常被使用的场景模式,进而减少搜寻对比的时间,借以解决公知技术所存在的问题。 [0005] The object of the present invention is to provide a method of automatically selecting a scene mode, is applied to an imaging apparatus, an imaging apparatus can preferentially contrast scene scene mode common user mode or the imaging apparatus itself is often used, thereby reducing the search comparison time, known techniques so as to solve the problems.

[0006] 为了实现上述目的,本发明提供了一种场景模式自动选择方法,应用于摄像装置, 包含有:提供数种场景模式,每一场景模式对应有使用率、至少一特征标准及一组摄影参数;检测要撷取的图像;分析检测得的图像以取得图像的至少一主体特征;以一对比顺序将主体特征与每一场景模式的特征标准相对比以取得与主体特征相符的特征标准所对应的场景模式,对比顺序为使用率由高到低;以及将摄像装置的当前摄影参数调整为取得的场景模式所对应的摄影参数。 [0006] To achieve the above object, the present invention provides a method of automatically selecting a scene mode, is applied to the imaging apparatus, comprising: providing a number of scene modes corresponding to each scene has a usage pattern, wherein at least one of a set of criteria and photographic parameter; detecting an image to be captured; at least one body feature of the detected image analysis to obtain an image; comparison sequentially at a standard feature of each scene and wherein the body is relatively consistent pattern ratio characteristic features of the body to obtain a standard corresponding to the scene mode, contrast descending order of usage; the current imaging parameters and the imaging device is adjusted to achieve a photographic scene mode parameter corresponds.

[0007] 本发明所揭露的一种场景模式自动选择方法还包含有:在摄像装置以调整后的摄影参数撷取图像后,重新计算使用率以更新每一场景模式的使用率。 Disclosed [0007] The present invention provides a method of automatically selecting a scene mode further comprising: after the imaging device imaging parameter adjusted captured image, to update the usage is recalculated for each scene mode usage.

[0008] 本发明的另一种场景模式自动选择方法,是以每一场景模式的使用次数来取代使用率,省略掉统计计算每一场景模式使用率的步骤。 [0008] Another scene mode automatic selection method of the present invention, the frequency of use of each scene is to replace the usage patterns, the step of calculating the statistical usage pattern of each scene omitted. 依照使用次数多少依序将主体特征与每一场景模式的特征标准相对比的步骤,包括有:依照使用次数多少读取场景模式中的一个的特征标准;将主体特征与读取出的特征标准比较;当主体特征与读取出的特征标准相符时,取得对应的场景模式的摄影参数;以及当主体特征与读取出的特征标准不相符时,依照使用次数多少读取场景模式中的下一场景模式的特征标准,并返回执行将主体特征与读取出的特征标准比较的步骤。 In accordance with how many times the steps are sequentially using the standard body with the features of each scene mode of the relative ratio, comprising: reading how a scene mode feature in accordance with standard usage count; wherein the body wherein the read-out standard comparison; wherein when the main features consistent with the standard read acquires shooting parameters corresponding to the scene mode; wherein the body and when the reading of the feature do not match the standard, in accordance with how many times to read the scene mode standard features of a scene mode, and wherein the body returns to step read is compared with the standard features.

[0009] 本发明的一种场景模式自动选择方法,事先针对一般人使用各种场景模式的习惯,将各种场景模式的使用率、特征标准与摄影参数记录储存。 [0009] A scene mode automatic selection method of the present invention, various scene mode in advance for general people used, the usage patterns of various scenarios, the standard features of the photographic parameter record storage. 当要拍摄图像时,由摄像装置撷取并分析图像的主体特征。 When the image is to be captured, capturing by the imaging means and analyzes the characteristics of the image body. 再将图像的主体特征依照使用率高低依序与储存的各种场景的特征标准做对比,以得到与主体特征相符的场景模式。 Characterized in body image and then sequentially done in accordance with usage level compared with the standard features of the various scenes stored, to obtain scene mode consistent with body characteristics. 以场景模式的摄影参数置换当前的摄影参数。 Photography scene mode parameters of the replacement of the current photographic parameters. 利用一般人使用各种场景的使用率来进行对比,可以减少搜寻对比的时间, 让使用者可以立即以最符合场景的参数拍摄出较好的图像。 Most people use various usage scenarios to compare, contrast can reduce the search time, allowing users to best meet the parameters of the scene capture good images immediately. 更进一步,可以将每次使用的场景模式并入先前的使用率,以重新计算各种场景的使用率,以达到更贴切的符合使用者的各种场景使用率。 Still further, each scene mode used may be incorporated prior usage, to recalculate the various usage scenarios, in order to achieve a more appropriate in line with various user usage scenarios.

[0010] 以下结合附图和具体实施例对本发明进行详细描述,但不作为对本发明的限定。 [0010] The following embodiments in conjunction with accompanying drawings and specific embodiments of the present invention will be described in detail, but do not limit the present invention. 附图说明 BRIEF DESCRIPTION

[0011] 图1为本发明的第一实施例流程图; Flowchart [0011] FIG. 1 a first embodiment of the present invention;

[0012] 图2为本发明的第二实施例流程图; Second Embodiment [0012] FIG 2 is a flowchart of the present invention;

[0013] 图3为本发明的第三实施例流程图; Third Example [0013] FIG. 3 is a flowchart of the present invention;

[0014] 图4为本发明的第四实施例流程图; Fourth Example [0014] FIG. 4 is a flow chart of the invention;

[0015] 图5为本发明的第五实施例流程图;以及 [0015] FIG. 5 a flow chart of a fifth embodiment of the invention; and

[0016] 图6为本发明的第六实施例流程图。 Sixth Example [0016] FIG 6 is a flowchart of the present invention.

具体实施方式 Detailed ways

[0017] 请参考图1,为本发明的第一实施例流程图。 [0017] Referring to FIG. 1, a flowchart of a first embodiment of the present invention embodiment. 本实施例所揭露的场景模式自动选择方法,应用于摄像装置,包含有:提供数种场景模式,每一场景模式对应有使用率、至少一特征标准及一组摄影参数(步骤21)。 Scene mode embodiment of the present disclosed embodiment of the automatic selection method, applied to an imaging device, comprising: providing a number of scene modes corresponding to each scene has a usage pattern, wherein at least one of a set of photographic standards and parameters (step 21). 检测要撷取的图像(步骤22)。 Detecting an image to be captured (step 22). 分析检测得的图像以取得图像的至少一主体特征(步骤23)。 Analysis of the detected image to obtain an image of the at least one body feature (step 23). 以一对比顺序将主体特征与每一场景模式的特征标准相对比以取得与主体特征相符的特征标准所对应的场景模式,对比顺序为使用率由高到低(步骤M)。 In order to compare a standard feature of each scene mode and characterized in the main body relative ratio of the standard features of the body to obtain consistent feature modes corresponding to the scene, from high to low contrast usage order (Step M). 将摄像装置的当前摄影参数调整为取得的场景模式所对应的摄影参数(步骤25)。 The image pickup apparatus of the current imaging parameters adjusted to obtain the corresponding scene mode imaging parameters (step 25).

[0018] 在本实施例中,场景模式可包括有风景模式、人像模式、夜景模式、近拍模式、运动模式及其它等模式其中的至少二个以上。 [0018] In the present embodiment, the scene modes may include a landscape mode, portrait mode, night mode, macro mode, sports mode, and other modes and the like wherein at least two or more. 以人像模式而言,其特征标准可设定为人像占有图像中三分之一以上的比例,当然也可以是少于三分之一的其它比例,例如四分之一或五分之一等,依各厂设计而定。 In terms of the portrait mode, wherein the standard image may be set to occupy more than a third portrait proportion, of course, other ratios may be less than one third, one quarter or one fifth the like e.g. , depending on the design of the plant. 摄影参数可设定为人脸优先对焦、人脸优先测光和强化肤色调等其中的至少一个。 Photography parameter can be set as the human face-priority AF, face priority metering and strengthen skin tones and so on at least one of them.

[0019] 举例来说,使用者常使用的场景模式大都以人像和风景为主时。 [0019] For example, users often use scene mode to portrait and landscape based mostly upon. 在所有的场景模式使用率中,人像模式的使用率可为45%、风景模式的使用率可为35%,而其它模式的使用率则可为20%。 In all of the usage scene mode, portrait mode usage may be 45%, utilization of the landscape mode may be 35%, while the utilization of other modes can be 20%. 此外,对于应用根据本发明一实施例的场景模式自动选择方法的摄像装置,出厂时,即可针对一般人(或此摄像装置的主要消费族群)使用各种场景模式的习惯,事先将各种场景模式的使用率、特征标准与摄影参数设定并记录储存于其中。 In addition, applications for the imaging device according to the method of automatically selecting a scene mode embodiment of the present invention, at the factory, to the various usage modes for general scenarios (or major consumer groups of this imaging apparatus), various scenes in advance utilization mode, wherein the standard photographing and recording parameter setting stored therein. 当要拍摄图像时,由摄像装置撷取并分析图像的主体特征,并将图像的主体特征依照使用率高低依序与储存的各种场景的特征标准做对比,以得到与主体特征相符的场景模式。 When the image is to be captured, capturing by the imaging means and image analysis features of the body, the body feature and the image feature in accordance with standard usage in descending order of the various scenes stored in the comparison made, to obtain the main feature scenes match mode. 换句话说,由于摄像装置的使用者具有常拍摄特定图像的习惯,因此通过场景模式的使用率来决定对比顺序,即可减少对比次数,进而加快自动选择场景模式的速度。 In other words, since the user of the imaging apparatus having a specific image captured normally customary, therefore compare order determined by the usage scene mode can reduce the number of comparison, and further accelerate the scene mode is automatically selected speed. 例如:一般人的常用的场景模式以人像模式为主、风景模式次之,再来就是夜景模式与其它模式等。 For example: the average person scene mode used mainly portrait mode, landscape mode second, then the other mode is a night mode. 因此当取得图像的主体特征时,先行对比人像模式的特征标准。 Therefore, when the main features of an image acquired, characterized in portrait mode standard first comparison. 若是图像的主体特征与人像模式的特征标准不相同时,再行对比风景模式的特征标准。 If the subject image and the characteristic features of the standard is not the same portrait mode, landscape mode again compare standard features. 若是图像的主体特征仍与风景模式的特征标准不相同时,接着依序对比夜景模式与其它模式。 If the main features of an image and wherein the standard is still not the same as the landscape mode, night mode and then sequentially comparison with other modes. 当得到与图像的主体特征相同的场景模式,再以场景模式的摄影参数置换当前的摄影参数。 When the main body to obtain the same features of the image scene mode, then the parameter photographic scene mode of the current imaging parameters substituted. 因此,利用一般人使用各种场景的使用率来进行对比,可以减少搜寻对比的时间,让使用者可以立即以最符合场景的摄影参数拍摄出较好的图像。 Therefore, with the average person using a variety of usage scenarios to compare, contrast can reduce the search time, allowing users to best meet the photography scene parameter capture good images immediately.

[0020] 请参考图2,为本发明的第二实施例流程图。 A flowchart of the second embodiment [0020] Please refer to FIG 2, of the present invention. 在此,还可于摄像装置以调整后的摄影参数撷取图像后,重新计算使用率以更新每一场景模式的使用率(步骤26)。 Here, after the imaging device may be an imaging parameter adjusted captured image, to update the usage usage is recalculated for each scene mode (step 26).

[0021] 也就是说,可将每次使用的场景模式并入先前的使用率,即重新计算各种场景的使用率,以更新每一种场景模式的使用率。 [0021] That is, the scene mode can be used each time the previously incorporated usage, usage recalculating various scenarios, to update the usage of each scene mode. 这样一来,即可更贴切地符合使用者的拍摄习惯,以致能更快速得提供适当的场景模式,以达到人性化设定。 As a result, it can more closely conform to the user's shooting habits that can more quickly get to provide appropriate scene mode to achieve a humane setting.

[0022] 请参考图3,为本发明的第三实施例流程图。 [0022] Please refer to FIG. 3, a third embodiment of the present invention. FIG. 本实施例所揭露的场景模式自动选择方法,应用于摄像装置,包含有:提供数种场景模式,每一场景模式对应有使用次数、至少一特征标准及一组摄影参数(步骤31)。 Scene mode embodiment of the present disclosed embodiment of the automatic selection method, applied to an imaging device, comprising: providing a number of scene modes, each mode corresponding to a scene with a frequency of use, wherein at least one of a set of photographic standards and parameters (step 31). 检测要撷取的图像(步骤32)。 Detecting an image to be captured (step 32). 分析检测得的图像以取得图像的至少一主体特征(步骤33)。 Analysis of the detected image to obtain an image of the at least one body feature (step 33). 依照使用次数多寡依序将主体特征与每一场景模式的特征标准相对比以取得与主体特征相符的特征标准所对应的场景模式(步骤34)。 Sequential use in accordance with the amount of the number of times feature characteristic of the standard body relative ratio of each scene mode in order to obtain the standard characteristic features of the main body corresponding to the scene matching mode (step 34). 将摄像装置的当前摄影参数调整为取得的场景模式所对应的摄影参数(步骤35)。 The current parameter photographic imaging apparatus imaging parameter is adjusted (step 35) scene mode corresponding to the acquired.

[0023] 在本实施例中,以每一场景模式的使用次数来取代使用率。 [0023] In the present embodiment, the frequency of use of each scene to be substituted usage patterns. 在此,直接依照一般人常用的每一种场景模式的使用次数的多少来与图像的主体特征进行对比。 Here, the body directly compared with the image feature in accordance with commonly used number of each scene mode number average person. 在每一次拍摄后只需累计被使用的场景模式或近期一段时间内的使用次数,以避免每一次拍摄后都需要将各种模式做统计计算来更新每一种场景模式的使用率。 In each scene mode after shooting just being used or the cumulative number of uses in the recent period of time to avoid after each shot requires various modes do statistical calculations to update the usage of each scene mode. 以减少摄像装置的运算时间。 To reduce the calculation time of the image pickup apparatus.

[0024] 请参考图4,为本发明的第四实施例流程图。 [0024] Please refer to FIG 4, a flowchart of a fourth embodiment of the present invention embodiment. 其中,可于摄像装置以调整后的摄影参数撷取图像后,更新取得的场景模式的使用次数(步骤36)。 Wherein, after the imaging apparatus can capture an image photography adjusted parameters, updates the frequency of use acquired scene mode (step 36).

[0025] 本实施例所揭露的场景模式自动选择方法,是将每次使用的场景模式并入先前的使用次数。 [0025] The present disclosed embodiments scene mode automatic selection method, the scene mode is used each time the previously incorporated number of uses. 以重新计算各种场景的使用次数以更新每一种场景模式的使用次数,以更贴切的符合使用者常使用的场景模式顺序,达到针对个人化设定。 To recalculate the number of various scenarios in order to update the number of uses of each scene mode in order to more closely conform to the user frequently used scene modes order to achieve the set of personal.

[0026] 请参考图5,为本发明之第五实施例流程图。 [0026] Referring to FIG 5, a fifth embodiment of the present flowchart embodiment of the invention. 本实施例所揭露的场景模式自动选择方法大致上与前述的实施例相同,故不再赘述。 Same scene mode according to the present embodiment of the disclosed method of substantially automatically selecting the above-described embodiment, it is omitted. 在本实施例中,还包括:依照使用次数多少或使用率高低储存场景模式及其相关信息(步骤37)。 In the present embodiment, further comprising: a use in accordance with how many times the level of usage or storage mode and scene-related information (step 37). 所谓的相关信息包括场景模式所对应的特征标准及摄影参数。 Related information includes a so-called standard feature pattern and the imaging parameters corresponding to the scene.

[0027] 在此,先依照每一种场景模式的使用次数多少或使用率高低,排列出一对比顺序表。 [0027] Here, each of the first scene in accordance with the frequency of use or usage level model number, arranged in a sequence table comparison. 依照此对比顺序表储存场景模式及其相关信息。 Comparative sequence table according to this mode and the stored scene-related information. 这样摄像装置在取得图像的主体特征后,可以直接由这对比顺序表依序与每一种场景模式进行对比。 Such an imaging device body after obtaining the feature of the image, may be sequentially compared with each scene mode sequence table directly from this comparison. 如此即可避免掉摄像装置在对比完一种场景模式后,要再次进行搜寻使用次数次之的下一种场景模式。 Thus it can be avoided After imaging device off Comparative scene modes, to search again using the second highest number of scene modes. 以减少摄像装置搜寻的时间,进而加快自动选择场景的速度。 Imaging means to reduce the search time, and further accelerate the speed of the scene is automatically selected.

[0028] 请参考图6,为本发明的第六实施例流程图。 Flowchart sixth embodiment [0028] Please refer to FIG. 6, the present invention. 当依照使用次数多少或使用率高低储存场景模式及其相关信息时,依照使用次数多少或使用率高低依序将主体特征与每一场景模式的特征标准相对比的步骤可借助下列步骤来实现。 When the usage level of the stored scene number or pattern number in accordance with information related to its use, or how many times in accordance with the usage level of the step of sequentially standard body with the features of each scene mode relative ratio may be achieved by means of the following steps. 依照使用次数多少或使用率高低读取场景模式中的一个的特征标准(步骤38)。 In accordance with how many times the level of the read usage scene mode or in a standard feature (Step 38). 将主体特征与读取出的特征标准比较(步骤39)。 The main characteristic features of the standard read (step 39). 当主体特征与读取出的特征标准相符时,取得对应的场景模式的摄影参数(步骤40)。 When the body feature consistent with the standard characteristic read acquires shooting parameters corresponding to the scene mode (step 40). 当主体特征与读取出的特征标准不相符时,依照使用次数多少或使用率高低读取场景模式中的下一场景模式的特征标准,并返回执行将主体特征与读取出的特征标准比较的步骤(步骤41)。 When the read-out main features characteristic does not match the standard, in accordance with how much the frequency of use or usage level characteristic standard read mode, the next scene in the scene mode, wherein the body and return to execution of the feature is compared with the read standard step (step 41).

[0029] 当然,本发明还可有其它多种实施例,在不背离本发明精神及其实质的情况下,熟悉本领域的技术人员当可根据本发明作出各种相应的改变和变形,但这些相应的改变和变形都应属于本发明所附的权利要求的保护范围。 [0029] Of course, the present invention may have a variety of other embodiments, without departing from the spirit and essence of the present invention, those skilled in the art can make various corresponding modifications and variations according to the present invention, but these corresponding changes and variations should fall within the scope of the appended claims.

Claims (9)

1. 一种场景模式自动选择方法,应用于一摄像装置,其特征在于,包含有:提供数种场景模式,每一该场景模式对应有一使用率、至少一特征标准及一组摄影参数;检测要撷取的一图像;分析检测得到的该图像以取得该图像的至少一主体特征;以一对比顺序将该主体特征与每一该场景模式的该特征标准相对比以取得与该主体特征相符的该特征标准所对应的该场景模式,该对比顺序为该使用率由高到低;将该摄像装置的当前摄影参数调整为取得的该场景模式所对应的该组摄影参数;以及在该摄像装置以调整后的该组摄影参数撷取该图像后,重新计算该使用率以更新每一该场景模式的该使用率。 An automatic scene mode selection method applied to an image pickup apparatus, wherein, comprising: providing a number of scene modes, each of which corresponds to a usage scene mode, wherein the at least one set of criteria and a photographic parameter; detecting to capture an image; a detection of the image analysis of the image obtained to obtain at least one body characteristic; a comparative order in the body of the features and the features of each scene mode criteria to obtain the relative ratio of the main body match feature the feature of the standard corresponding to the scene mode, the contrast for the usage descending order; adjusting the current imaging parameters for imaging means the set of parameters of the photographic scene mode corresponding to the acquired; and the imaging after the set of means for adjusting imaging parameters after capturing the image, the usage rate is recalculated to update the usage rate of each of the scene mode.
2.根据权利要求1所述的场景模式自动选择方法,其特征在于,该场景模式包括一风景模式、一人像模式、一夜景模式、一近拍模式和一运动模式其中的二个以上。 2. The scene mode according to an automatic selection method according to claim, characterized in that the scene pattern comprises a landscape mode, a portrait mode, a night scene mode, a macro mode and a sport mode in which two or more.
3.根据权利要求2所述的场景模式自动选择方法,其特征在于,该人像模式的特征标准为人像占有该图像中三分之一以上的比例。 3. The scene mode according to claim 2, said automatic selection method, wherein the standard feature is a portrait mode portrait image occupies more than one third of the proportion.
4. 一种场景模式自动选择方法,应用于一摄像装置,其特征在于,包含有:提供数种场景模式,每一该场景模式对应有一使用次数、至少一特征标准及一组摄影参数;检测要撷取的一图像;分析检测得到的该图像以取得该图像的至少一主体特征;依照该使用次数多少由高到低依序将该主体特征与每一该场景模式的该特征标准相对比以取得与该主体特征相符的该特征标准所对应的该场景模式;将该摄像装置的当前摄影参数调整为取得的该场景模式所对应的该组摄影参数;以及在该摄像装置以调整后的该组摄影参数撷取该图像后,更新取得的该场景模式的该使用次数。 An automatic scene mode selection method applied to an image pickup apparatus, wherein, comprising: providing a number of scene modes, each mode corresponding to this scenario there is used a number of times, wherein at least one set of criteria and a photographic parameter; detecting to capture an image; a detection of the image analysis of the image obtained to obtain at least one body feature; in accordance with how many times the main characteristics of the descending sequential characterized in that each of the standard scene mode relative ratio to obtain the standard characteristic feature matching with the body model corresponding to the scene; the current imaging parameters of the imaging means to adjust the set of parameters of the photographic scene mode corresponding to the acquired; and after the adjustment of the imaging device after retrieving the set of parameters of the photographic image, the scene mode is made to update the use count.
5.根据权利要求4所述的场景模式自动选择方法,其特征在于,还包括: 依照该使用次数多少储存该场景模式。 The scene mode according to claim 4, wherein automatic selection method, characterized by, further comprising: storing the number of the scene mode in accordance with the number of uses.
6.根据权利要求4所述的场景模式自动选择方法,其特征在于,该依照该使用次数多少依序将该主体特征与每一该场景模式的该特征标准相对比的步骤,包括:依照该使用次数多少读取该场景模式中之一的该特征标准; 将该主体特征与读取出的该特征标准比较;当该主体特征与读取出的该特征标准相符时,取得对应的该场景模式的该组摄影参数;以及当该主体特征与读取出的该特征标准不相符时,依照该使用次数多少读取该场景模式中的下一该场景模式的该特征标准,并返回执行该将该主体特征与读取出的该特征标准比较的步骤。 6. The scene mode according to claim 4, wherein automatic selection method, wherein the step of in accordance with how many times the main characteristics sequentially with the feature of each of the standard patterns as opposed to the scene, comprising: in accordance with the how many times to read the feature using the standard one scene mode; wherein the body compared with the read standard feature; wherein when the read-out of the features of the body matches the criteria, corresponding to the scene to obtain the photographic parameter set mode; and when the body does not match the characteristic feature of the read standard, wherein the standard number read mode the next scene of the scene mode in accordance with the frequency of use, and returns the performed wherein the step of comparing the standard features of the read-out body.
7.根据权利要求4所述的场景模式自动选择方法,其特征在于,还包括: 依照更新后的该使用次数多少重新排列并储存该场景模式。 7. scene mode according to claim 4, wherein automatic selection method, characterized by, further comprising: rearranging the number and storing the scene mode in accordance with the use of the updated number of times.
8.根据权利要求4所述的场景模式自动选择方法,其特征在于,该场景模式包括一风景模式、一人像模式、一夜景模式、一近拍模式和一运动模式其中的二个以上。 Scene mode according to claim 4, wherein automatic selection method, wherein the scene model comprises a landscape mode, a portrait mode, a night scene mode, a macro mode and a sport mode in which two or more.
9.根据权利要求4所述的场景模式自动选择方法,其特征在于,该人像模式的特征标准为人像占有该图像中三分之一以上的比例。 9. The scene mode automatic selection in claim 4, characterized in that, characterized in that the portrait mode is a standard portrait image occupies more than one third of the proportion.
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