Télécharger GetMyPov f sur PC

                 


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GetMyPov f Sur iTunes

Recording of the incoming streaming can be tuned by picking up only a percentage of the received frames so that to slow down the rate of grow of the storage space occupation and can be set to segment files basing on a maximum size specified by the user.  By using automatic discovering of the partner and inside the local network, also the quality of frames, the rate of use of frames to process and the activation/deactivation of the motion detection are controllable features.  The receiver can "control" the remote side about which camera (front/back) to use, whether to use the flash light, which capture-format among those provided by the cameras hardware, the fine tuning of the portion of the video capturing surface used for processing and forwarding (Zoom control), the suspension of the whole camera activity.  The main panel of the app is transparent (it lets the user see the scene) and designed with a very essential graphic user interface: it is divided in context sections that allow agile viewing of the got video streaming (the superimposed commands panel can be removed, leaving the scene to be fully watched).  The app can browse the local network to compose a list of the video streaming providers and can use this list to switch to each of the items, performing on it all the mentioned interactions.  The app stores all the video files resulted from recording in the form of frames collections, where each frame is identified by a native progressive number, and keeps them in its private area.  Both remote side of the app and the local one work together to keep (by default) the observed scene always oriented as the human horizon, in order to make the understanding of "what happens" an easy matter, in every situation.  The receiving device in addition to following the scene can save specific frames or record the entire video streaming.  Recording occurs indeed locally on the transmitter and moreover the access to the transmitter file system (remote desktop) is possible allowing to directly view the recordings or to download the files, or even to delete them.  The app can either run relying on automatic discovering of partners within the local network or addressing them by well known network address and port.  Energy saving can be obtained by reduce the rate of frames coming from the camera that are processed for forwarding.  Every frames collection can be viewed at a later time, by means of an internal viewer that is very reach in terms of navigation options and capabilities for inspecting details.  The receiving side is informed with a complete status description of the remote side including the battery charge status and the storage space availability.  The app can operate either inside the local Wi-Fi network or through the Internet (in this case a public-IP router is needed).  Every frames collection can be used to build a final mp4 file, becoming this way sharable with the external world.  Local recording depends on this rate setting.  The app allows a smartphone to transmit the output of its cameras to another smartphone, letting it to control the way the transmission takes place.  When the network availability occurred, that app would start behaving as expected in the network scenario.  The video streaming can occur in both the directions, at the same time.  In the above circumstances also the 'new' activation of the "recording on place" is another controllable feature.  It can also be used as a stand-alone app, performing a lot of local activities.  Every file is named with the respective date-time of start of writing.  The app has a set of modes that helps adapting the app to each case of use and is multilingual.  Info about input and output are then always available.