A Screen Video Generation Method Fused with Portrait and Voice
A screen video and voice technology, applied in the field of computer multimedia, can solve the problems of lack of portrait recording of computer users, difficulty in hearing user voices, etc.
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Embodiment 1
[0030] A screen video generation method that integrates portraits and voices, such as figure 1 shown, including the following steps:
[0031] Step 101, first start the image capture thread: capture the screen image according to the preset video frame rate time interval, then call the pre-installed video codec library on the device to encode, and finally store the video code stream into the video file;
[0032] Step 201, start a recording thread while starting the image capture thread: capture audio data, then call the pre-installed audio codec library on the device to encode, and finally write the audio code stream into the video file;
[0033] Step 301, audio and video synchronization is based on audio, and when the recording thread writes a code stream of a piece of audio data to the video file, the absolute time T of the video file is calculated according to the cumulative value of the audio sampling frequency and the length of the audio data recording block, Described abs...
Embodiment 2
[0044] A screen video generation method for fusion of portrait and voice described in embodiment 2, its step 101-step 501 is the same as embodiment 1, and its main difference from embodiment 1 is that the step 601 adopts the method of furthest away from the mouse position Determine the specific position where the face image is added to the screen image, and then add the face image data to the current frame screen image through the superposition method to generate a screen video that combines the portrait and voice, wherein the method that is farthest from the mouse position is : Take the farthest point on the screen from the mouse position in the current frame to add the face image. The reason for using this method is that the mouse position is often the focus of the user’s attention on the screen. To use this method, the current mouse position must be known in advance. For tablet computers and touch-screen smart phones, it is necessary to know the pointer at the closest moment...
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