meitu camera

The Android framework supports a variety of Camera and the available Camera functions on it. It allows you to capture photos and videos in applications. This article describes how to quickly and easily take photos and videos, and describes an advanced method for users to create custom Camera experience. Notes Before enabling applications to use the

Author: Liu Hongtao,Hua Qing vision embedded college lecturer. Note:Understanding the camera driver requires four prerequisites:1) The basic working principle of the camera and the working principle of the camera controller integrated with s5pc1002) working principles of platform_device and platform_driver3) Linux kernel v4l2 driver architecture4) Linux kernel I2

Build a Camera Application Some developers may want to customize the Camera user interface in their applications, or provide some special functions. Creating a custom Activity requires more code than using Intent, but it can provide a better user experience. Follow these steps to create a customized Camera interface: 1. Check and access

Monitoring camera parameters Details 2009-09-14 12:33 camera parameters details [turn] Camera Parameters Detailed IntroductionA lens that cannot be underestimatedLens is the eye of the camera, in order to adapt to different monitoring environment and requirements, the need to configure different specificati

Wearable camera is a compact and lightweight camera that can be paired with a wide range of accessories, worn on your body or fixed on other objects, to give you a unique perspective and innovative photography experience. This paper introduces the matching method between the camera and the charger seat. First, charging seat boot Fo

Aspect Properties--camera viewport scale Public float aspect {get; set;} Used to get or set the width-height scale value of the camera palatability The aspect only handles the attempted aspect ratio that the camera can see, and the hardware display only displays the contents of the camera, and the vie

The first 10 blog posts mainly record the related content of SurfaceFlinger of Android4.2.2. The reason why we invested so much time is that when we looked at the camera architecture, encountered ANativeWindow and Surface content. These are the most common application-end supplies in SurfaceFlinger. So after learning SurfaceFlinger, let's take a look at the architecture of Camera. Here we will first share w

Http://blog168.chinaunix.net/space.php? Uid = 20221192 Do = Blog id = 278899 Some netizens wrote to me hoping to understand the specific derivation process from the world space to the camera space transformation matrix in the fixed assembly line. In fact, I have explained how to use the camera transform as an example of using the basic theory in vector ry 6, but it may not be specific enough. In this art

In Android 5.0 (SDK 21), Google uses Camera2 instead of the camera interface. Camera2 has made great changes in interface and architecture,But for well-known reasons, we also have to develop based on the Android 4.+ system. This article describes the development of the camera interface and how to use it, through this article, you will fully learn the camera inter

Detect available features [Java]// Get Camera parametersCamera. Parameters params = mCamera. getParameters ();List If (focusModes. contains (Camera. Parameters. FOCUS_MODE_AUTO )){// Autofocus mode is supported} // Get Camera parametersCamera. Parameters params = mCamera. getParameters (); List If (focusModes. contains (Camer