Learn more about Video and Image Processing Blockset

Write AVI File (Obsolete) - Write video frames to uncompressed AVI file

Library

Sinks

Description

Note   The Write AVI File block is obsolete. It may be removed in a future version of the Video and Image Processing Blockset blocks. Use the replacement block To Multimedia File.

The Write AVI File block writes video frames to an uncompressed AVI file from a Simulink model. If the data type of the input pixel values is anything other than 8-bit unsigned integers, the block scales the values. Then, it writes values between the minimum and maximum values supported by the 8-bit unsigned integer data type to the AVI file. This block does not support audio samples. During code generation, Real-Time Workshop does not generate code for this block.

Port	Input	Supported Data Types	Complex Values Supported
Image	M-by-N matrix of intensity values or an M-by-N-by-P color video signal where P is the number of color planes	Double-precision floating point Single-precision floating point Boolean 8-, 16- 32-bit signed integer 8-, 16- 32-bit unsigned integer	No
R, G, B	Matrix that represents one plane of the RGB video stream. Inputs to the R, G, or B ports must have the same dimensions.	Same as I port	No

Use the File name parameter to specify the name of the AVI file to which to write. The block creates the AVI file in your current directory. To specify a different directory, use the Browse button; then enter the filename.

Use the Image signal parameter to specify how the block accepts a color video signal. If you select One multidimensional signal, the block accepts an M-by-N-by-P color video signal, where P is the number of color planes, at one port. If you select Separate color signals, additional ports appear on the block. Each port accepts one M-by-N plane of an RGB video stream.

Dialog Box

The Write AVI File dialog box appears as shown in the following figure.

File name

Specify the name of the AVI file to which to write.

Image signal

Specify how the block accepts a color video signal. If you select One multidimensional signal, the block accepts an M-by-N-by-P color video signal, where P is the number of color planes, at one port. If you select Separate color signals, additional ports appear on the block. Each port accepts one M-by-N plane of an RGB video stream.

See Also

To Multimedia File	Signal Processing Blockset software
To Video Display	Video and Image Processing Blockset software
Video To Workspace	Video and Image Processing Blockset software
Video Viewer	Video and Image Processing Blockset software

Video Viewer

Write Binary File

© 1984-2009- The MathWorks, Inc.    -   Site Help   -   Patents   -   Trademarks   -   Privacy Policy   -   Preventing Piracy   -   RSS