CN112639892A - 增强现实拟人化系统 - Google Patents
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Abstract
本公开的实施例一般涉及用于通过添加补充的第二媒体项来增强第一媒体项的系统。用户可以提出对所选择的媒体项进行增强的请求,并且作为响应,增强系统取得并向用户呈现要添加到该媒体的补充内容的策展集合。用户可以查看补充内容的策展集合,例如通过提供触觉输入来滚动浏览内容的策展集合。
Description
优先权要求
本申请要求于2018年8月31日提交的序列号为16/119,397的美国专利申请的优先权的权益,在此要求其优先权的权益,其内容通过整体引用并入本文。
技术领域
本公开的实施例一般涉及消息传递服务,并且更具体地,涉及用于增强要在消息中分发的媒体内容的系统。
背景技术
增强现实(AR)是现实世界环境中的互动体验,其中位于现实世界中的对象被计算机生成的感知信息“增强”,有时会跨越多种感官形式,包括视觉,听觉,触觉,体感和嗅觉。叠加的感官信息可以是建设性的(即,自然经验的补充)或破坏性的(即,掩盖自然环境),并且与物理世界无缝地交织在一起,从而被视为真实环境的沉浸式方面。
AR渲染中使用了各种技术,包括光学投影系统,监视器,手持式设备以及佩戴在人体上的显示系统,例如眼镜,隐形眼镜或平视显示器(HUD)。
附图说明
为了容易地识别对任何特定元素或动作的讨论,参考数字中的一个或多个最高有效数字是指其中首次引入该元素的图的编号。
图1是示出了根据一些实施例的用于通过网络交换数据(例如,消息和相关联的内容)的示例消息传递系统的框图,其中消息传递系统包括增强现实(AR)系统。
图2是示出根据示例实施例的关于消息传递系统的进一步细节的框图。
图3是示出根据某些示例实施例的AR系统的各种模块的框图。
图4是示出根据某些示例实施例的用于呈现AR内容的方法的流程图。
图5是示出根据某些示例实施例的用于呈现AR内容的方法的流程图。
图6是示出根据某些示例实施例的用于呈现AR内容的方法的流程图。
图7是示出根据某些示例实施例的用于呈现AR内容的方法的流程图。
图8是示出根据某些示例实施例的用于呈现AR内容的方法的流程图。
图9是描绘根据某些示例实施例的在图形用户界面内呈现的AR内容的界面图。
图10是描绘根据某些示例实施例的在图形用户界面内呈现的AR内容的界面图。
图11是描绘根据某些示例实施例的在图形用户界面内呈现的AR内容的界面图。
图12是示出可与本文中所描述的各种硬件架构结合使用并用于实现各种实施例的代表性软件架构的框图。
图13是示出根据一些示例实施例的机器的组件的框图,该机器能够从机器可读介质(例如,机器可读存储介质)读取指令并执行本文讨论的方法中的任何一个或多个。
具体实施方式
AR系统用于增强自然环境或情境,并提供感知上丰富的体验。本公开的实施例通常涉及用于在图形用户界面(GUI)内生成和呈现AR内容的系统。AR系统使得在GUI内显示图像数据的呈现,并识别在图像数据的呈现内显示的一个或多个对象。例如,图像数据可以经由与客户端设备相关联的相机在GUI内被收集并显示。图像数据可以被预先记录并在以后的时间访问,或者在一些实施例中可以被实时地记录并显示。
响应于在图像数据的呈现内检测到一个或多个对象,AR系统基于一个或多个已识别对象的位置来检测该一个或多个对象的属性并取得将在图像数据的呈现内渲染的AR媒体对象。
在一些实施例中,AR系统应用一种或多种计算机视觉方法来借助图像数据的呈现识别对象的显示。例如,可以采用对象识别技术来发现并识别图像或视频序列中的对象,对象识别技术包括但不限于基于特征的方法以及边缘检测。AR系统可以例如维护对象特征的数据库,AR系统可以将对象特征与图像数据的图像特征进行比较以便识别对象。
在一些实施例中,AR系统将媒体对象的集合与对象属性相关联,使得所识别的对象的一个或多个属性(例如,形状,尺寸,颜色,文本,位置,定位)可被用于参照并取得媒体对象(例如,第一媒体对象)。
在取得与图像数据的呈现内的所识别的对象相对应的媒体对象时,AR系统在图像数据的呈现内的位置处呈现与所识别的对象的属性相对应的媒体对象的显示,其中该位置是基于所识别的对象本身的位置的。例如,球形对象可以与第一媒体对象(例如,笑脸)相关联,而圆锥形对象可以与第二媒体对象(例如,皱眉脸)相关联。当在空间的呈现内识别出篮球(即,圆形对象)时,AR系统取得第一媒体对象,并且在图像数据的呈现内在基于篮球的位置的定位处呈现第一媒体对象,使篮球看起来像表情丰富的面孔。类似地,在识别出交通锥标时,AR系统取得第二媒体对象,并且在图像数据的呈现内基于交通锥标的位置的定位处呈现第二媒体对象。
在一些实施例中,媒体对象的各方面可以基于对象的一个或多个属性来改变或调整。方面可以例如包括媒体对象的长宽比,媒体对象的比例,媒体对象的组件之间的间隔,以及媒体对象的尺寸。在媒体对象的音频特征的情况下,也可以基于对象的一个或多个属性来改变或调整音频特征的各方面。例如,基于对象的尺寸和形状,诸如音高,持续时间,音色,声音纹理和响度的音频特征可以基于对象的一个或多个属性来调整。
在一些实施例中,第一媒体对象可以是动态地响应虚拟以及现实刺激的反应性或交互式媒体对象。刺激可包括发生在空间的呈现中的视觉,听觉,热学,触觉以及嗅觉事件。虚拟刺激因此可以包括通过在空间的呈现内的第一增强现实媒体对象执行并指向空间的呈现内的第二增强现实媒体对象的类似的事件。作为说明性示例,空间的呈现可以包括两个单独的增强现实媒体对象的显示。媒体对象可以通过基于刺激的属性来执行一个或多个动画来对现实世界的刺激(例如空间的呈现内的人或对象(例如,人捡起或轻弹多个增强现实媒体对象中的一个)或者基于其它现实世界的刺激(例如很大的噪音))做出响应。例如,噪音的大小或人或对象的运动速度可能会导致产生不同的动画。媒体对象还可以响应彼此之间的刺激。例如,第二媒体对象的存在可以使第一媒体对象基于第二媒体对象的属性来执行动画。
在一些实施例中,媒体对象可以由客户端设备的用户配置。例如,响应于检测到空间的呈现内的对象,AR系统可以向用户呈现一组配置选项,其使用户能够根据对象设计和配置要在空间的呈现内显示的媒体对象。在进一步的实施例中,AR系统可以接收输入,该输入将一组媒体对象特征分配给在空间的呈现内呈现的对象的一个或多个属性。例如,用户可以定义应在所有球形对象或所有橙色球形对象上显示一组特定的媒体对象特征。
图1是示出了用于通过网络交换数据(例如,消息以及相关联的内容)的示例性消息传递系统100的框图。消息传递系统100包括多个客户端设备102,每个客户端设备托管包括消息传递客户端应用104的多个应用。每个消息传递客户端应用104经由网络106(例如,因特网)通信地耦接到消息传递客户端应用104的其它实例和消息传递服务器系统108。
因此,每个消息传递客户端应用104能够经由网络106与另一消息传递客户端应用104以及与消息传递服务器系统108通信和交换数据。在消息传递客户端应用104之间交换的数据以及在消息传递客户端应用104和消息传递服务器系统108之间交换的数据包括函数(例如,调用函数的命令)以及有效载荷数据(例如,文本、音频、视频或其它多媒体数据)。
消息传递服务器系统108经由网络106向特定的消息传递客户端应用104提供服务器侧功能。尽管消息传递系统100的某些功能在本文中被描述为由消息传递客户端应用104或者由消息传递服务器系统108内执行,但是可以理解的是,在消息传递客户端应用104内或者消息传递服务器系统108内的某些功能的位置是设计选择的。例如,在技术上优选首先在消息传递服务器系统108内部署某些技术和功能,但是随后将该技术和功能迁移到其中客户端设备102具有足够处理能力的消息传递客户端应用104。
消息传递服务器系统108支持提供给消息传递客户端应用104的各种服务和操作。该操作包括向消息传递客户端应用104发送数据,从消息传递客户端应用104接收数据以及处理由消息传递客户端应用104生成的数据。在一些实施例中,该数据例如包括消息内容、客户端设备信息、地理位置信息、媒体注释和叠加、消息内容持久性条件、社交网络信息和实况事件信息。在其它实施例中,使用其它数据。在消息传递系统100内的数据交换经由消息传递客户端应用104的GUI可用的功能来调用和控制。
现在具体转向消息传递应用服务器系统108,应用程序接口(API)服务器110被耦接到应用服务器112,并向应用服务器112提供编程接口。应用服务器112通信地耦接到数据库服务器118,数据库服务器118有助于访问数据库120,在数据库120中存储了与由应用服务器112处理的消息相关联的数据。
具体地处理应用程序接口(API)服务器110,该服务器在客户端设备102和应用服务器112之间接收和发送消息数据(例如,命令和消息有效载荷)。具体地,应用程序接口(API)服务器110提供可以由消息传递客户端应用104调用或查询的一组接口(例如,例程和协议),以调用应用服务器112的功能。应用程序接口(API)服务器110公开了由应用服务器112支持的各种功能,包括帐户注册,登录功能,经由应用服务器112从特定消息传递客户端应用104向另一消息传递客户端应用104发送消息,从消息传递客户端应用104向消息传递服务器应用114发送媒体文件(例如,图像或视频),以及用于另一消息传递客户端应用104的可能访问,媒体数据集合(例如,故事)的设置,对客户端设备102的用户的朋友列表的取得,对此类集合的取得,对消息和内容的取得,在社交图中添加和删除朋友,对社交图中朋友的定位,打开以及应用事件(例如,与消息传递客户端应用104有关的事件)。
应用服务器112托管许多应用和子系统,包括消息传递服务器应用114、图像处理系统116、社交网络系统122和AR系统124。消息传递服务器应用114实现多种消息处理技术和功能,特别是与从消息传递客户端应用104的多个实例接收的消息中包含的内容(例如,文本和多媒体内容)的聚合和其它处理有关的技术和功能。如将进一步详细描述的,来自多个源的文本和媒体内容可以聚合到内容集合(例如,称为故事,图库,或集合)中。然后,消息传递服务器应用114可将这些集合提供给消息传递客户端应用104。鉴于用于此处理的硬件要求,消息传递服务器应用114还可在服务器侧执行其它处理器和存储器密集型数据处理。
应用服务器112还包括图像处理系统116,该图像处理系统116专用于执行各种图像处理操作,通常与消息传递服务器应用114的消息的有效载荷内接收的图像或视频相关。
社交网络系统122支持各种社交网络功能服务,并使这些功能和服务可用于消息传递服务器应用114。为此,社交网络系统122维护并访问数据库120内的实体图304。由社交网络系统122支持的功能和服务的示例包括消息传递系统100中与特定用户有关系或特定用户所“关注”的其他用户的标识,以及特定用户的兴趣和其它实体的标识。
应用服务器112通信地耦合到数据库服务器118,数据库服务器118促进对数据库120的访问,数据库120中存储有与由消息传递服务器应用114处理的消息相关联的数据。
图2是示出根据示例实施例的关于消息传递系统100的进一步细节的框图。具体地,消息传递系统100被示为包括消息传递客户端应用104和应用服务器112,其依次体现一些子系统,即短时计时器系统202、集合管理系统204和注释系统206。
短时计时器系统202负责对消息传递客户端应用104和消息传递服务器应用114所允许的内容执行临时访问。为此,短时计时器系统202并入了许多计时器,其基于与消息、消息的集合、或图形元素相关联的持续时间和显示参数而经由消息传递客户端应用104选择性地显示消息和相关内容以及启用对消息和相关内容的访问。下面提供关于短时计时器系统202的操作的进一步详细信息。
集合管理系统204负责管理媒体的集合(例如,文本、图像、视频和音频数据的集合)。在一些示例中,内容的集合(例如,包括图像、视频、文本和音频的消息)可以被组织成“事件图库”或“事件故事”。这种集合可以在指定的时间期间内可用,诸如,与内容相关的事件的持续时间。例如,与音乐会有关的内容可以在该音乐会的持续时间内作为“故事”提供。集合管理系统204还可以负责向消息传递客户端应用104的用户界面发布图标,该图标提供对特定集合的存在的通知。
集合管理系统204此外包括策展界面208,策展界面208允许集合管理者管理和策展特定的内容集合。例如,策展界面208使事件组织者能够策展与特定事件有关的内容的集合(例如,删除不适当的内容或冗余消息)。附加地,集合管理系统204采用机器视觉(或图像识别技术)和内容规则来自动地策展内容集合。在某些实施例中,可以向用户支付报酬,以将用户生成的内容包含在集合中。在这种情况下,策展界面208操作以便为了使用用户的内容而自动向该用户支付费用。
注释系统206提供使用户能够注释或以其它方式修改或编辑与消息相关联的媒体内容的各种功能。例如,注释系统206提供与由消息传递系统100处理的消息的媒体叠加的生成和发布有关的功能。注释系统206可操作地基于客户端设备102的地理位置来向消息传递客户端应用104提供媒体叠加。在另一示例中,注释系统206可操作地基于其它信息(例如,客户端设备102的用户的社交网络信息)将媒体叠加提供给消息传递客户端应用104。媒体叠加可以包括音频和视觉内容和视觉效果,以及增强现实叠加。音频和视觉内容的示例包括图片、文本、徽标、动画和音效、以及动画面部模型、图形滤镜、以及增强现实媒体内容。视觉效果的示例包括颜色叠加。音频和视觉内容或视觉效果可以在客户端设备102处被应用到媒体内容项(例如,照片或视频或视频流)。例如,媒体叠加包括可以叠加在客户端设备102拍摄生成的照片上的文本。在另一示例中,媒体叠加包括位置叠加标识(例如,威尼斯海滩)、现场事件名称、或商家叠加名称(例如,海滩咖啡馆)。在另一个示例中,注释系统206使用客户端设备102的地理位置来识别媒体叠加,该媒体叠加包括在客户端设备102的地理位置处的商家的名称。媒体叠加可以包括与商家相关联的其它标记。媒体叠加可以被存储在数据库120中并且可以通过数据库服务器118来访问。
在一个示例实施例中,注释系统206提供基于用户的发布平台,该平台使用户能够选择地图上的地理位置,并上传与所选地理位置相关联的内容。用户还可以指定环境,在该指定环境下应向其他用户提供特定媒体叠加。注释系统206生成包括上传内容的媒体叠加,并将上传内容与所选地理位置相关联。
在另一示例实施例中,注释系统206提供基于商家的发布平台,该平台使商人能够通过投标过程选择与地理位置相关联的特定媒体叠加。例如,注释系统206在预定的时间量内将出价最高的商家的媒体叠加与对应的地理位置相关联。
图3是示出AR系统124的组件的框图,根据一些示例实施例,该组件将AR系统124配置为:在客户端设备上显示图像数据的呈现;基于对象的显示的一个或多个属性,在图像数据的呈现内识别对象的显示;检测对象的一个或多个属性;基于对象的一个或多个属性来取得媒体对象;在图像数据的呈现内的位置处呈现媒体对象,其中该位置至少基于对象的一个或多个属性。AR系统124被示为包括呈现模块302,标识模块304,媒体模块306和通信模块308,它们均被配置为彼此通信(例如,经由总线,共享存储器或交换机)。这些模块中的任何一个或多个可以使用一个或多个处理器310来实现(例如,通过配置该一个或多个处理器以执行针对该模块描述的功能)并因此可以包括一个或多个处理器310。
所描述的模块中的任何一个或多个可以单独使用硬件(例如,机器的一个或多个处理器310)来实现或使用硬件和软件的组合来实现。例如,所描述的AR系统124的任何模块可以物理上包括被配置为执行本文针对该模块描述的操作的一个或多个处理器310(例如,机器的一个或多个处理器的子集或机器的一个或多个处理器之中的一个子集)的布置。作为另一示例,AR系统124的任何模块可以包括软件,硬件,或两者,其配置一个或多个处理器310(例如,在机器的一个或多个处理器之中)的布置以执行本文针对该模块描述的操作。因此,AR系统124的不同模块可以包括并配置该处理器310的不同布置或该处理器310在不同的时间点的单个布置。此外,AR系统124的任何两个或更多个模块可以被组合成单个模块,并且本文针对单个模块描述的功能可以被细分为多个模块。此外,根据各种示例实施例,本文描述为在单个机器、数据库或设备内实现的模块可以分布在多个机器、数据库或设备上。
图4是示出根据某些示例实施例的用于在客户端设备(例如,客户端设备102)处的图像数据的呈现内呈现AR内容的方法400的流程图。方法400的操作可以由以上关于图3描述的模块来执行。如图4所示,方法400包括一个或多个操作402、404、406、408和410。
在操作402,呈现模块302使得在客户端设备102处显示图像数据的呈现。图像数据可以被预先记录,或者在一些实施例中可以在客户端设备102上被实时记录并呈现。例如,客户端设备102可以具有内置相机,或者可以与相机连接(例如,经由蓝牙)。
在操作404,识别模块304在图像数据的呈现内识别对象的显示,其中,对象包括一个或多个对象属性,并且包括定义对象的尺寸和形状的对象边界。
在一些实施例中,识别模块304可以应用对象识别技术来识别图像或视频序列中的对象,对象识别技术包括但不限于基于特征的方法以及边缘检测。例如,特征检测包括用于计算图像信息的抽象并在每个图像点做出在该点处是否存在给定类型的图像特征的本地决策的方法。生成的特征将是图像域的子集,通常采用孤立点,连续曲线或连接区域的形式。图像特征可能包括边缘,角,斑点,脊,形状。AR系统可以维护对象特征的数据库(例如,数据库120),并且对图像数据应用模板匹配,以便基于存储在数据库中的对象特征来识别在图像数据的呈现内显示的一个或多个对象。
在一些实施例中,识别模块304可以接收选择或以其它方式识别在图像数据的呈现内的对象的用户输入。例如,用户可以提供触觉输入,该触觉输入包括图像数据的呈现内的点的标识。响应于接收到包括该点的标识的输入。识别模块304基于由输入识别的点来识别物体。
在另外的实施例中,识别模块304可以在视觉上将用户引导到空间的呈现内的一个或多个对象。例如,识别模块304可以在空间的呈现内识别外围位置处的一个或多个对象,并且作为响应,呈现方向标记以引导用户将该一个或多个对象定位在图像数据的呈现内的中心位置。
在操作406,响应于识别出在图像数据的呈现内的对象的显示,识别模块304基于图像数据来检测对象的一个或多个属性。属性可以包括对象的尺寸,对象的形状,对象的颜色,对象在空间呈现中的位置,以及上下文考虑因素,诸如时间属性(例如,一天中的时间,星期几,季节,假日等)和地理位置属性。
在操作408,响应于识别模块304检测到对象的一个或多个属性,媒体模块306基于对象的一个或多个属性来取得或生成媒体对象。在一些实施例中,AR系统124可以维护媒体对象的数据库,其中每个媒体对象与一个或多个对象属性相关联。
在操作410,呈现模块302在客户端设备102上的图像数据的呈现内的位置处呈现由媒体模块306取得的媒体对象,其中,媒体对象在图像数据的呈现内的位置是基于至少包括对象的显示的对象边界的对象属性的。
图5是示出根据某些示例实施例的用于在客户端设备102上的图像数据的呈现内呈现AR内容的方法500的流程图。方法500的操作可以由以上关于图3描述的模块来执行。如图5所示,方法500包括一个或多个操作502和504。在一些实施例中,方法500可以在方法400的操作410以之后执行,其中在客户端设备102上的图像数据的呈现内的位置处呈现由媒体模块306取得的媒体对象。
在操作502,识别模块304检测图像数据的呈现内的刺激。刺激可包括在由图像数据的呈现所描绘的环境中检测到的移动。
例如,识别模块304可以从图像数据中识别并跟踪一个或多个特征。如上所述,图像数据的特征包括可被观察到的各个可测量的特性或特征。识别模块304在图像数据的呈现内跟踪一个或多个特征,并基于一个或多个特征的移动来检测刺激。刺激包括诸如方向、大小和类型的属性。
在一些实施例中,刺激还可以包括听觉刺激,其中,听觉刺激包括声音属性,诸如频率,幅度,方向或位置,以及类型。
在操作504,响应于识别模块304检测到刺激,媒体模块306使在图像数据的呈现内显示的媒体对象(例如,如方法400的操作410中的)对刺激作出反应。在一些实施例中,媒体模块306可以基于刺激的一个或多个属性来取得与媒体对象相关联的动画指令。
在一些实施例中,动画指令可以被托管在数据库120内,使得识别模块304可以响应于检测到刺激来取得动画指令。
在一些实施例中,响应于在空间的呈现内呈现媒体对象,可以将与在空间的呈现内呈现的媒体对象相关联的动画指令加载到客户端设备102的存储器中。
图6是示出根据某些示例实施例的用于在图像数据的呈现内呈现AR内容的方法600的流程图。方法600的操作可以由以上关于图3描述的模块执行。如图6所示,方法600包括一个或多个操作602、604和606。
在操作602,识别模块304在图像数据的呈现内识别第二对象的显示,其中第二对象包括定义第二对象的尺寸和形状的第二对象边界。
例如,如在方法400的操作404中,其中识别模块304识别图像数据的呈现内的对象的显示,识别模块304可以应用对象识别技术来识别图像或视频序列中的对象,对象识别技术包括但不限于基于特征的方法以及边缘检测。例如,特征检测包括用于计算图像信息的抽象并在每个图像点处做出在该点处是否存在给定类型的图像特征的本地决策的方法。生成的特征将是图像域的子集,通常采用孤立点,连续曲线或连接区域的形式。图像特征可能包括边缘,角,斑点,脊,形状。AR系统可以维护对象特征的数据库(例如,数据库120),并且对图像数据应用模板匹配,以便基于存储在数据库中的对象特征来识别在图像数据的呈现内显示的一个或多个对象。
在操作604,识别模块304检测第二对象和第一对象之间的交互。例如,识别模块304可以应用各种特征跟踪技术来跟踪图像数据的呈现内的第一对象和第二对象的位置。因此,第二对象与第一对象之间的交互可以包括一个或两个对象朝向另一个对象或远离另一个对象的移动,或者可以包括检测第一对象的边界与第二对象的边界的重叠。
在操作606,响应于检测到第一对象和第二对象之间的交互,媒体模块306将媒体对象的显示从基于第一对象的第一边界的第一位置转移到第二对象位置,其中第二位置是基于第二对象的第二边界的。
作为说明性示例,媒体对象可以最初显示在图像数据的呈现内的第一对象上,诸如苹果。用户可以使苹果与图像数据的呈现中的第二对象接触,诸如汽水罐,并且作为响应,媒体模块306在图像数据的呈现内将媒体对象的显示从苹果转移到汽水罐。
图7是示出根据某些示例实施例的用于在图像数据的呈现内呈现AR内容的方法700的流程图。方法700的操作可以由以上关于图3描述的模块来执行。如图7所示,方法700包括一个或多个操作702、704和706。
在操作702,识别模块304识别图像数据的呈现内的第二对象的第二显示,其中第二对象包括第二对象边界,该第二对象边界定义了对象在空间的呈现内的位置,以及对象的尺寸和形状。
在操作704,识别模块304检测在图像数据的呈现内显示的第二对象的一个或多个属性,其中一个或多个属性包括空间的呈现内的尺寸、形状、位置,第二对象的移动,颜色,以及对象类型或类别。
在操作706,媒体模块306使由呈现模块302呈现的媒体对象在图像数据的呈现内对第二对象的存在做出反应。例如,媒体模块306可以取得动画指令,并基于动画指令使媒体对象执行动画。
图8是示出根据某些示例实施例的用于在图像数据的呈现内呈现AR内容的方法800的流程图。方法800的操作可以由以上关于图3描述的模块来执行。如图8所示,方法800包括一个或多个操作802、804、806、808、810和812。
在操作802,识别模块304识别图像数据的呈现内的第二对象的第二显示,其中第二对象包括第二对象边界,该第二对象边界限定对象在空间的呈现内的位置,以及对象的尺寸和形状。
在操作804,识别模块304检测在图像数据的呈现内显示的第二对象的一个或多个属性,其中一个或多个属性包括空间的呈现内的尺寸、形状、位置,第二个对象的移动,颜色,以及对象类型或类别。
在操作806,响应于识别模块304检测到对象的一个或多个属性,媒体模块306基于对象的一个或多个属性来取得或生成媒体对象。在一些实施例中,AR系统124可以维护媒体对象的数据库,其中每个媒体对象与一个或多个对象属性相关联。
在操作808,呈现模块302在客户端设备102上的图像数据的呈现内的位置处呈现由媒体模块306取得的媒体对象,其中,媒体对象在图像数据的呈现内的位置是基于第二对象的第二对象边界的。
在操作810,识别模块304检测在图像数据的呈现中呈现的第一对象和第二对象之间的交互。例如,交互可以包括基于由识别模块304跟踪的一个或多个特征来检测第一对象或第二对象的移动。
在操作812,媒体模块306使在基于第一对象的第一边界的位置处呈现的第一媒体对象和在基于第二对象的第二边界的位置处呈现的第二媒体对象执行基于交互的动画。
图9是根据某些示例实施例并且如在图4的方法400中所讨论的描绘了在GUI(例如,GUI 905和GUI 910)内呈现的AR内容(例如,媒体对象915和925)的界面图900。
如GUI 905所示,识别模块304可以在GUI 905内显示的图像数据的呈现内识别对象920,并且基于对象920的一个或多个属性,可以使媒体模块306取得媒体对象915。如图9所示,媒体对象915可以包括AR滤镜,以在由识别模块304识别的对象上显示交互式拟人特性和特征。类似地,GUI 910提供了对象930的图示,以及基于对象930的一个或多个属性取得的媒体对象925。
图10是根据某些示例实施例(诸如在图8的方法800中描述的实施例)的描绘了在GUI 1005内呈现的AR内容(例如,媒体项目1015和1010)的界面图1000。
如界面图1000所示,识别模块304在GUI 1005内显示的图像数据的呈现内识别对象1030和1035。基于对象1030和1035的属性,媒体模块306取得媒体对象1015和1010。如界面图1000所示,媒体对象1015和1010包括以在对象1030和1035上显示拟人化的特性和特征的AR滤镜。
如在图8的方法800中所讨论的,识别模块304可以检测对象1030和1035之间的交互,例如移动1025。响应于检测到交互,媒体模块306取得动画指令,其使媒体对象1010和1015基于动画指令来执行动画1020。
媒体模块306取得的动画指令可以是基于交互的一个或多个属性的。
图11是根据某些示例实施例(诸如在图7的方法700中讨论的实施例)的描绘在GUI1105内呈现的AR内容1110的界面图1100。
如界面图1100所示,识别模块304识别对象1120,并使媒体模块306取得媒体内容1110,其中,媒体内容包括以在对象1120上显示拟人特征的AR滤镜。
响应于检测到第二对象1115,识别模块304检测第二对象的一个或多个属性,并且基于一个或多个属性使媒体模块306取得针对媒体对象1110的动画指令,该动画指令使媒体对象1110响应于第二对象1115而执行动画。
软件架构
图12是示出示例软件架构1206的框图,其可以与在此描述的各种硬件架构结合使用。图12是软件架构的非限制性示例,并且可以理解,许多其它架构可被实现以促进在此描述的功能。软件架构1206可以在诸如图13的机器1300的硬件上执行,机器1300包括处理器1304、存储器1314和I/O组件1318等。代表性硬件层1252被示出并且可以表示例如图12的机器1200。代表性硬件层1252包括具有相关联可执行指令1204的处理单元1254。可执行指令1204表示软件架构1206的可执行指令,包括在此描述的方法、组件等的实施方式。硬件层1252还包括存储器和/或存储模块存储器/存储设备1256,其也具有可执行指令1204。硬件层1252还可以包括其它硬件1258。
在图12的示例性架构中,软件架构1206可以概念化为层的堆栈,其中每个层提供特定的功能。例如,软件架构1206可以包括诸如操作系统1202、库1220、应用1216和呈现层1214的层。在操作上,层内的应用1216和/或其它组件可以通过软件堆栈调用应用程序接口(API)API调用1208,并且响应于API调用1208接收响应。所示的层本质上是代表性的,并且并不是所有软件架构都具有所有层。例如,一些移动或专用操作系统可能不提供框架/中间件1218,而其它操作系统可提供此类层。其它软件架构可以包括附加的层或不同的层。
操作系统1202可以管理硬件资源并提供公共服务。操作系统1202可以包括例如内核1222、服务1224和驱动器1226。内核1222可以用作硬件和其它软件层之间的抽象层。例如,内核1222可以负责存储器管理、处理器管理(例如,调度)、组件管理、网络、安全设置等。服务1224可以为其它软件层提供其它公共服务。驱动器1226负责控制底层硬件或与底层硬件接口连接。例如,驱动器1226包括显示驱动器、相机驱动器、蓝牙驱动器、闪存驱动器、串行通信驱动器(例如,通用串行总线(USB)驱动器)、Wi-Fi驱动器、音频驱动器、电源管理驱动器等等,取决于硬件配置。
库1220提供由应用1216和/或其它组件和/或层使用的公共基础结构。库1220提供允许其它软件组件以比与底层操作系统1202功能(例如,内核1222、服务1224和/或驱动器1226)直接接口连接更容易的方式执行任务的功能。库1220可以包括系统库1244(例如,C标准库),其可以提供诸如存储器分配功能、字符串操作功能、数学功能等的功能。另外,库1220可以包括API库1246,诸如媒体库(例如,用于支持各种媒体格式(诸如MPREG4、H.264、MP3、AAC、AMR、JPG或PNG)的呈现和操作的库)、图形库(例如,可用于在显示器上的图形内容中渲染2D和3D的OpenGL框架)、数据库库(例如,可提供各种关系数据库功能的SQLite)、web库(例如,可提供web浏览功能的WebKit)等。库1220还可以包括各种其它库1248,以向应用1216和其它软件组件/模块提供许多其它API。
框架/中间件1218(有时也被称为中间件)提供可由应用1216和/或其它软件组件/模块使用的更高级别的公共基础结构。例如,框架/中间件1218可以提供各种图形用户界面(GUI)功能、高级资源管理、高级位置服务等。框架/中间件1218可以提供可以由应用1216和/或其它软件组件/模块使用的宽范围的其它API,其中的一些可以针对特定操作系统1202或平台。
应用1216包括内置应用1238和/或第三方应用1240。代表性内置应用1238的示例可包括但不限于联系人应用、浏览器应用、书籍阅读器应用、位置应用、媒体应用、消息传递应用和/或游戏应用。第三方应用1240可以包括由特定平台的供应商以外的实体使用ANDROIDTM或IOSTM软件开发工具包(SDK)开发的应用,并且可以是在诸如IOSTM、ANDROIDTM、WINDOWSPhone的移动操作系统或其它移动操作系统上运行的移动软件。第三方应用1240可以调用由移动操作系统(诸如操作系统1202)提供的API调用1208以便于实现在此描述的功能。
应用1216可以使用内置操作系统功能(例如,内核1222、服务1224和/或驱动器1226)、库1220和框架/中间件1218来创建用户界面以与系统的用户交互。可替代地或另外地,在一些系统中,与用户的交互可以通过呈现层(诸如,呈现层1214)发生。在这些系统中,应用/组件“逻辑”可以与和用户交互的应用/组件的方面分开。
图13是示出根据一些示例实施例的能够从机器可读介质(例如,机器可读存储介质)读取指令并执行在此所讨论的任何一种或多种方法的机器1300的组件的框图。具体地,图13示出了以计算机系统的示例形式的机器1300的图形表示,在该计算机系统内可以执行用于使机器1300执行在此所讨论的任何一种或多种方法的指令1310(例如,软件、程序、应用、小应用、应用软件或其它可执行代码)。这样,指令1310可用于实现在此描述的模块或组件。指令1310将通用的非程序化的机器1300变换成被编程为以所描述的方式执行所描述和示出的功能的特定的机器1300。在替代实施例中,机器1300作为独立设备操作或者可以耦接(例如,联网)到其它机器。在联网部署中,机器1300可以在服务器-客户端网络环境中以服务器机器或客户端机器的能力操作,或者作为对等(或分布式)网络环境中的对等机器操作。机器1300可以包括但不限于服务器计算机、客户端计算机、个人计算机(PC)、平板计算机、膝上型计算机、上网本、机顶盒(STB)、个人数字助理(PDA)、娱乐媒体系统、蜂窝电话、智能电话、移动设备、可穿戴设备(例如,智能手表)、智能家居设备(例如,智能家电)、其它智能设备、网络设备、网络路由器、网络交换机、网络桥接器、或者能够顺序地或以其它方式执行指令1310的任何机器,该指令1310指定机器1300要采取的动作。此外,尽管仅示出了单个机器1300,但是术语“机器”还可被视为包括单独或联合地执行指令1310以执行在此所讨论的任何一种或多种方法的机器的集合。
机器1300可以包括处理器1304、存储器/存储设备1306和I/O组件1318,其可以被配置为例如经由总线1302彼此通信。存储器/存储设备1306可以包括存储器1314,诸如,主存储器或其它存储设备,以及存储单元1316,两者都可由处理器1304诸如经由总线1302访问。存储单元1316和存储器1314存储体现在此描述的任何一种或多种方法或功能的指令1310。在机器1300的执行期间,指令1310还可以完全或部分地驻留在存储器1314内、存储单元1316内、处理器1304中的至少一个处理器内(例如,处理器的高速缓存器内)、或其任何合适的组合。因此,存储器1314、存储单元1316、和处理器1304的存储器是机器可读介质的示例。
I/O组件1318可以包括各种组件,以接收输入、提供输出、产生输出、发送信息、交换信息、采集测量等。在特定机器1300中包括的特定I/O组件1318将取决于机器的类型。例如,诸如移动电话的便携式机器可能包括触摸输入设备或其它此类输入机构,而无头服务器机器可能不包括此类触摸输入设备。可以理解,I/O组件1318可以包括图13中未示出的许多其它组件。I/O组件1318根据功能分组仅仅是为了简化以下讨论,并且分组决不是限制性的。在各种示例实施例中,I/O组件1318可以包括输出组件1326和输入组件1328。输出组件1326可以包括可视组件(例如,显示器,诸如等离子显示面板(PDP)、发光二极管(LED)显示器、液晶显示器(LCD)、投影仪或阴极射线管(CRT))、声学组件(例如扬声器)、触觉组件(例如,振动电机、电阻机构)、其它信号发生器等等。输入组件1328可以包括字母数字输入组件(例如,键盘、配置为接收字母数字输入的触摸屏、光电键盘或其它字母数字输入组件)、基于点的输入组件(例如,鼠标、触摸板、轨迹球、操纵杆、运动传感器或其它指向仪器)、触知输入组件(例如,物理按钮、提供触摸或触摸手势的位置和/或力的触摸屏,或其它触知输入组件)、音频输入组件(例如,麦克风)等。
在进一步的示例实施例中,I/O组件1318可以包括生物度量组件1330、运动组件1334、环境的环境组件1336或定位组件1338,以及多种其它组件。例如,生物度量组件1330可包括检测表达(例如手部表达、面部表情、声音表达、身体姿势或眼睛跟踪)、测量生物信号(例如,血压、心率、体温、汗水或脑波)、识别人(例如,语音识别、视网膜识别、面部识别、指纹识别或基于脑电图的识别)等的组件。运动组件1334可包括加速度传感器组件(例如,加速度计)、重力传感器组件、旋转传感器组件(例如陀螺仪)等。环境组件1336可包括例如照明传感器组件(例如,光度计)、温度传感器组件(例如,检测环境温度的一个或多个温度计)、湿度传感器组件、压力传感器组件(例如气压计)、声学传感器组件(例如,检测背景噪声的一个或多个麦克风)、接近度传感器组件(例如,检测附近物体的红外传感器)、气体传感器(例如,用于为了安全而检测危险气体浓度或测量大气中的污染物的气体检测传感器)或可能提供与周围物理环境相对应的指示、测量或信号的其它组件。定位组件1338可包括定位传感器组件(例如,全球定位系统(GPS)接收器组件)、高度传感器组件(例如,高度计或检测气压的气压计,从该气压可以导出高度)、取向传感器组件(例如,磁力计)等。
通信可以使用各种技术来实现。I/O组件1318可以包括通信组件1340,其可操作以分别经由耦接器1322和耦接器1324将机器1300耦接到网络1332或设备1320。例如,通信组件1340可包括网络接口组件或与网络1332接口连接的另一合适设备。在另外的示例中,通信组件1340包括有线通信组件、无线通信组件、蜂窝通信组件、近场通信(NFC)组件、蓝牙组件(例如,低功耗蓝牙)、WI-FI组件和经由其它模式提供通信的其它通信组件。设备1320可以是另一机器或各种外围设备(例如,经由通用串行总线(USB)耦接的外围设备)中的任何一个。
此外,通信组件1340可检测标识符或包括可操作以检测标识符的组件。例如,通信组件1340可包括射频识别(RFID)标签读取器组件、NFC智能标签检测组件、光学读取器组件(例如,光学传感器,其用于检测诸如通用产品代码(UPC)条形码的一维条形码、诸如快速响应(QR)代码、Aztec代码、数据矩阵、数字图形、最大码、PDF417、超码、UCC RSS-2D条形码和其它光学代码的多维条形码)或声学检测组件(例如,用于识别标记的音频信号的麦克风)。此外,可以经由通信组件1340来导出可以指示特定位置等的各种信息,诸如经由因特网协议(IP)地理位置的位置、经由Wi-Fi信号三角测量的位置、经由检测NFC信标信号的位置。
词汇表
在该上下文中的“载波信号”是指能够存储、编码或承载用于由机器执行的指令的任何无形介质,并且包括数字或模拟通信信号或其它无形介质以便于此类指令的通信。可以使用传输介质经由网络接口设备并使用许多公知的传输协议中的任何一个传输协议来通过网络发送或接收指令。
在该上下文中的“客户端设备”是指与通信网络接口连接以从一个或多个服务器系统或其它客户端设备获得资源的任何机器。客户端设备可以是但不限于移动电话、台式计算机、膝上型计算机、便携式数字助理(PDA)、智能电话、平板计算机、超级本、上网本、多处理器系统、基于微处理器或可编程的消费电子产品、游戏控制台、机顶盒或用户可用其访问网络的任何其它通信设备。
在该上下文中的“通信网络”是指网络的一个或多个部分,该网络可以是自组织网络、内联网、外联网、虚拟专用网络(VPN)、局域网(LAN)、无线LAN(WLAN)、广域网(WAN)、无线WAN(WWAN)、城域网(MAN)、因特网、因特网的一部分、公共交换电话网(PSTN)的一部分、普通老式电话服务(POTS)网络、蜂窝电话网络、无线网络、Wi-Fi网络、另一种类型的网络,或两个以上此类网络的组合。例如,网络或网络的一部分可以包括无线或蜂窝网络,并且耦接可以是码分多址(CDMA)连接、全球移动通信系统(GSM)连接或其它类型的蜂窝或无线耦接。在该示例中,耦接可以实现各种类型的数据传输技术中的任何一种,诸如单载波无线电传输技术(1xRTT)、演进数据优化(EVDO)技术、通用分组无线服务(GPRS)技术、GSM演进增强型数据速率(EDGE)技术、包括3G的第三代合作伙伴计划(3GPP)、第四代无线(4G)网络、通用移动电信系统(UMTS)、高速分组接入(HSPA)、全球微波接入互操作性(WiMAX)、长期演进(LTE)标准、由各种标准制定组织定义的其它标准、其它远程协议或其它数据传输技术。
在该上下文中的“短时消息”是指可在受时间限制的持续时间期间访问的消息。短时消息可以是文本、图像、视频等。短时消息的访问时间可以由消息发送者设置。可替代地,访问时间可以是默认设置或由接收者指定的设置。无论设置技术如何,消息是暂态的。
在该上下文中的“机器可读介质”是指能够临时或永久地存储指令和数据的组件、设备或其它有形介质,并且可以包括但不限于随机存取存储器(RAM)、只读存储器(ROM)、缓冲存储器、闪存、光学介质、磁介质、高速缓冲存储器、其它类型的存储器(例如,可擦除可编程只读存储器(EEPROM))和/或其任何合适的组合。术语“机器可读介质”应被视为包括能够存储指令的单个介质或多个介质(例如,集中式或分布式数据库,或相关联的高速缓存和服务器)。术语“机器可读介质”还可被视为包括能够存储由机器执行的指令(例如,代码)的任何介质或多个介质的组合,使得指令在由机器的一个或多个处理器执行时使机器执行在此描述的任何一种或多种方法。因此,“机器可读介质”是指单个存储设备或设备,以及包括多个存储设备或设备的“基于云的”存储系统或存储网络。术语“机器可读介质”排除信号本身。
在该上下文中的“组件”是指具有由功能或子例程调用、分支点、应用程序接口(API)或提供特定处理或控制功能的分区或模块化的其它技术定义的边界的设备、物理实体或逻辑。组件可以经由它们的接口与其它组件组合以执行机器过程。组件可以是被设计用于与其它组件一起使用的封装功能硬件单元,以及通常执行相关功能的特定功能的程序的一部分。组件可以构成软件组件(例如,在机器可读介质上体现的代码)或硬件组件。“硬件组件”是能够执行某些操作的有形单元,并且可以以某种物理方式配置或布置。在各种示例实施例中,一个或多个计算机系统(例如,独立计算机系统、客户端计算机系统或服务器计算机系统)或计算机系统的一个或多个硬件组件(例如,处理器或一组处理器)可以通过软件(例如,应用或应用部分)将其配置为操作以执行如在此所述的某些操作的硬件组件。硬件组件还可以机械地、电子地或其任何合适的组合来实现。例如,硬件组件可以包括永久配置为执行某些操作的专用电路或逻辑。硬件组件可以是专用处理器,诸如现场可编程门阵列(FPGA)或专用集成电路(ASIC)。硬件组件还可以包括由软件临时配置以执行某些操作的可编程逻辑或电路。例如,硬件组件可以包括由通用处理器或其它可编程处理器执行的软件。在由该软件配置后,硬件组件就成为特定的机器(或机器的特定组件),其被独特地定制以执行配置的功能并且不再是通用处理器。应当理解,可以由成本和时间考虑来驱动在专用和永久配置的电路中或在临时配置的电路(例如,由软件配置)中机械地实现硬件组件的决定。因此,短语“硬件组件”(或“硬件实现的组件”)应该被理解为包含有形实体,即物理构造、永久配置(例如,硬连线)或临时配置(例如,编程)的实体,以某种方式操作或执行在此所述的某些操作。考虑其中硬件组件被临时配置(例如,编程)的实施例,不需要在任何一个时刻配置或实例化硬件组件中的每个硬件组件。例如,在硬件组件包括由软件配置成为专用处理器的通用处理器的情况下,通用处理器可以在不同时间被配置为相应的不同的专用处理器(例如,包括不同的硬件组件)。软件相应地配置特定的处理器或多个处理器,例如,在一个时刻构成特定的硬件组件,并在不同的时刻构成不同的硬件组件。硬件组件可以向其它硬件组件提供信息并从其接收信息。因此,所描述的硬件组件可以被视为通信地耦接。在同时存在多个硬件组件的情况下,可以通过在两个硬件组件之间或更多个硬件组件之中的信号传输(例如,通过适当的电路和总线)来实现通信。在其中在不同时间配置或实例化多个硬件组件的实施例中,例如通过对多个硬件组件可访问的存储器结构中的信息的存储和取得,可以实现该硬件组件之间的通信。例如,一个硬件组件可以执行操作并将该操作的输出存储在与其通信耦接的存储器设备中。然后,另一硬件组件可以稍后访问存储器设备以取得和处理所存储的输出。硬件组件还可以启动与输入或输出设备的通信,并且可以在资源(例如,信息集合)上操作。在此描述的示例方法的各种操作可以至少部分地由临时配置(例如,通过软件)或永久配置为执行相关操作的一个或多个处理器来执行。无论是临时配置还是永久配置,该处理器可以构成处理器实现的组件,其用于执行在此描述的一个或多个操作或功能。如在此所使用的,“处理器实现的组件”是指使用一个或多个处理器实现的硬件组件。类似地,在此描述的方法可以至少部分地由处理器实现,其中特定的处理器或多个处理器是硬件的示例。例如,方法的操作中的至少一些操作可以由一个或多个处理器或处理器实现的组件来执行。此外,一个或多个处理器还可以操作以支持“云计算”环境中的相关操作的性能或作为“软件即服务”(SaaS)。例如,操作中的至少一些操作可以由一组计算机(例如,包括处理器的机器)执行,这些操作可以经由网络(例如,因特网)并且经由一个或多个适当的接口(例如,应用程序接口(API))访问。操作中的某些操作的性能可以在处理器之间分配,不仅驻留在单个机器内,而且部署在多个机器上。在一些示例实施例中,处理器或处理器实现的组件可以位于单个地理位置(例如,在家庭环境、办公室环境或服务器群内)。在其它示例实施例中,处理器或处理器实现的组件可以分布在多个地理位置上。
在该上下文中的“处理器”是指根据控制信号(例如,“命令”、“操作码”、“机器代码”等)操纵数据值以及产生应用于操作机器的对应输出信号的任何电路或虚拟电路(由在实际处理器上执行的逻辑模拟的物理电路)。例如,处理器可以是中央处理单元(CPU)、精简指令集计算(RISC)处理器、复杂指令集计算(CISC)处理器、图形处理单元(GPU)、数字信号处理器(DSP)、专用集成电路(ASIC)、射频集成电路(RFIC)或其任何组合。处理器可以进一步是具有可以同时执行指令的两个或更多个独立处理器(有时称为“核”)的多核处理器。
在该上下文中,“时间戳”是指识别特定事件何时发生的字符序列或编码信息,例如给出日期和一天中的时间,有时精确到秒的分数。
Claims (20)
1.一种系统,包括:
存储器;以及
至少一个硬件处理器,其被耦接到所述存储器并且包括指令,所述指令使所述系统执行操作,所述操作包括:
导致在客户端设备上显示图像数据的呈现;
在所述图像数据的所述呈现内识别对象的显示,所述对象的所述显示包括对象边界;
基于所述图像数据来检测所述对象的属性;
基于所述对象的所述属性来取得媒体对象;以及
在所述图像数据的所述呈现内的位置处呈现所述媒体对象,所述位置是基于所述对象的所述显示的所述对象边界的。
2.根据权利要求1所述的系统,其中,所述对象的所述属性包括所述对象的形状,并且其中,基于所述图像数据来检测所述对象的属性包括:
基于所述对象的所述显示的所述对象边界来检测所述对象的所述形状。
3.根据权利要求1所述的系统,其中,所述指令使所述系统执行进一步包括以下操作的操作:
在所述图像数据的所述呈现内检测刺激;以及
基于所述刺激使所述媒体内容动画化。
4.根据权利要求1所述的系统,其中,所述对象是第一对象,所述对象的所述显示是包括第一对象边界的第一显示,所述位置是第一位置,并且其中,所述指令使所述系统执行进一步包括以下操作的操作:
在所述图像数据的所述呈现内识别第二对象的第二显示,所述第二显示包括第二对象边界;
检测所述第一对象边界与所述第二对象边界之间的接触;以及
将所述媒体对象从所述第一位置转移到第二位置,所述第二位置是基于所述第二对象的所述第二对象边界的。
5.根据权利要求1所述的系统,其中,所述对象是第一对象,所述对象的所述显示是包括第一对象边界的第一显示,所述第一对象的所述属性是第一属性,并且其中,所述指令使所述系统执行进一步包括以下操作的操作:
在所述图像数据的所述呈现内识别第二对象的第二显示;
响应于识别所述第二对象的所述第二显示,检测所述第二对象的第二属性;以及
至少基于所述第二对象的所述第二属性来使所述媒体对象动画化。
6.根据权利要求1所述的系统,其中,所述对象是第一对象,所述对象的所述显示是包括第一对象边界的第一显示,所述媒体对象是第一媒体对象,所述第一媒体对象的位置是第一位置,并且其中,所述指令使系统执行进一步包括以下操作的操作:
在所述图像数据的所述呈现内识别第二对象的第二显示,所述第二显示包括第二对象边界;
检测所述第二对象的所述属性;
基于所述第二对象的所述属性来取得第二媒体对象;
在所述图像数据的所述呈现内的第二位置处呈现所述第二媒体对象,所述第二位置是基于所述第二对象边界的;
检测所述第一对象在朝向所述第二对象的方向上的移动;
响应于所述移动,基于所述第一对象的所述属性和所述第二对象的所述属性来取得动画指令;以及
基于所述动画指令使所述第一媒体对象和所述第二媒体对象动画化。
7.根据权利要求1所述的系统,其中,所述指令使所述系统执行进一步包括以下操作的操作:
检测环境噪声,所述环境噪声包括特性;以及
响应于检测到所述环境噪声,基于所述环境噪声的所述特性使所述媒体对象动画化。
8.一种方法,包括:
导致在客户端设备上显示图像数据的呈现;
在所述图像数据的所述呈现内识别对象的显示,所述对象的所述显示包括对象边界;
基于所述图像数据来检测所述对象的属性;
基于所述对象的所述属性来取得媒体对象;以及
在所述图像数据的所述呈现内的位置处呈现所述媒体对象,所述位置是基于所述对象的所述显示的所述对象边界的。
9.根据权利要求8所述的方法,其中,所述对象的所述属性包括所述对象的形状,并且其中,基于所述图像数据来检测所述对象的属性包括:
基于所述对象的所述显示的所述对象边界来检测所述对象的所述形状。
10.根据权利要求8所述的方法,其中,所述方法还包括:
在所述图像数据的所述呈现内检测刺激;以及
基于所述刺激使所述媒体内容动画化。
11.根据权利要求8所述的方法,其中,所述对象是第一对象,所述对象的所述显示是包括第一对象边界的第一显示,所述位置是第一位置,并且其中,所述方法还包括:
在所述图像数据的所述呈现内识别第二对象的第二显示,所述第二显示包括第二对象边界;
检测所述第一对象边界与所述第二对象边界之间的接触;以及
将所述媒体对象从所述第一位置转移到第二位置,所述第二位置是基于所述第二对象的所述第二对象边界的。
12.根据权利要求8所述的方法,其中,所述对象是第一对象,所述对象的所述显示是包括第一对象边界的第一显示,所述第一对象的所述属性是第一属性,并且其中,所述方法还包括:
在所述图像数据的所述呈现内识别第二对象的第二显示;
响应于识别所述第二对象的所述第二显示,检测所述第二对象的第二属性;以及
至少基于所述第二对象的所述第二属性来使所述媒体对象动画化。
13.根据权利要求8所述的方法,其中,所述对象是第一对象,所述对象的所述显示是包括第一对象边界的第一显示,所述媒体对象是第一媒体对象,所述第一媒体对象的位置是第一位置,并且其中,所述指令使所述系统执行进一步包括以下操作的操作:
在所述图像数据的所述呈现内识别第二对象的第二显示,所述第二显示包括第二对象边界;
检测所述第二对象的所述属性;
基于所述第二对象的所述属性来取得第二媒体对象;
在所述图像数据的所述呈现内的第二位置处呈现所述第二媒体对象,所述第二位置是基于所述第二对象边界的;
检测所述第一对象在朝向所述第二对象的方向上的移动;
响应于所述移动,基于所述第一对象的所述属性和所述第二对象的所述属性来取得动画指令;以及
基于所述动画指令使所述第一媒体对象和所述第二媒体对象动画化。
14.根据权利要求8所述的方法,其中,所述方法还包括:
检测环境噪声,所述环境噪声包括特性;以及
响应于检测到所述环境噪声,基于所述环境噪声的所述特性使所述媒体对象动画化。
15.一种机器可读存储介质,其包括指令,所述指令在由机器的一个或多个处理器执行时使所述机器执行包括以下操作的操作:
导致在客户端设备上显示图像数据的呈现;
在所述图像数据的所述呈现内识别对象的显示,所述对象的所述显示包括对象边界;
基于所述图像数据来检测所述对象的属性;
基于所述对象的所述属性来取得媒体对象;以及
在所述图像数据的所述呈现内的位置处呈现所述媒体对象,所述位置是基于所述对象的所述显示的所述对象边界的。
16.根据权利要求15所述的机器可读存储介质,其中,所述对象的所述属性包括所述对象的形状,并且其中,基于所述图像数据来检测所述对象的属性包括:
基于所述对象的所述显示的所述对象边界来检测所述对象的所述形状。
17.根据权利要求15所述的机器可读存储介质,其中,所述指令使所述机器执行进一步包括以下操作的操作:
在所述图像数据的所述呈现内检测刺激;以及
基于所述刺激使所述媒体内容动画化。
18.根据权利要求15所述的机器可读存储介质,其中,所述对象是第一对象,所述对象的所述显示是包括第一对象边界的第一显示,所述位置是第一位置,并且其中,所述指令使所述机器执行进一步包括以下操作的操作:
在所述图像数据的所述呈现内识别第二对象的第二显示,所述第二显示包括第二对象边界;
检测所述第一对象边界与所述第二对象边界之间的接触;以及
将所述媒体对象从所述第一位置转移到第二位置,所述第二位置是基于所述第二对象的所述第二对象边界的。
19.根据权利要求15所述的机器可读存储介质,其中,所述对象是第一对象,所述对象的所述显示是包括第一对象边界的第一显示,所述第一对象的所述属性是第一属性,并且其中,所述指令使所述机器执行进一步包括以下操作的操作:
在所述图像数据的所述呈现内识别第二对象的第二显示;
响应于识别所述第二对象的所述第二显示,检测所述第二对象的第二属性;以及
至少基于所述第二对象的所述第二属性来使所述媒体对象动画化。
20.根据权利要求15所述的机器可读存储介质,其中,所述对象是第一对象,所述对象的所述显示是包括第一对象边界的第一显示,所述媒体对象是第一媒体对象,所述第一媒体对象的位置是第一位置,并且其中,所述指令使所述机器执行进一步包括以下操作的操作:
在所述图像数据的所述呈现内识别第二对象的第二显示,所述第二显示包括第二对象边界;
检测所述第二对象的所述属性;
基于所述第二对象的所述属性来取得第二媒体对象;
在所述图像数据的所述呈现内的第二位置处呈现所述第二媒体对象,所述第二位置是基于所述第二对象边界的;
检测所述第一对象在朝向所述第二对象的方向上的移动;
响应于所述移动,基于所述第一对象的所述属性和所述第二对象的所述属性来取得动画指令;以及
基于所述动画指令使所述第一媒体对象和所述第二媒体对象动画化。
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- 2019-08-29 CN CN201980056291.7A patent/CN112639892A/zh active Pending
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US11676319B2 (en) | 2023-06-13 |
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US10997760B2 (en) | 2021-05-04 |
US20200074705A1 (en) | 2020-03-05 |
US20210166455A1 (en) | 2021-06-03 |
EP3844725A1 (en) | 2021-07-07 |
US20220343574A1 (en) | 2022-10-27 |
KR102482303B1 (ko) | 2022-12-29 |
WO2020047259A1 (en) | 2020-03-05 |
EP3844725A4 (en) | 2021-10-27 |
US11450050B2 (en) | 2022-09-20 |
KR20210039496A (ko) | 2021-04-09 |
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