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SinkIntProperties

Overview

Copies the data at the input pin and stores it in an internal buffer

Discussion

This module copies the integer data at the input pin to an internal buffer (value). The internal buffer is deinterleaved. The copy operation occurs at each block process and thus the data continuously updates. This module is used to store the value of a wire and make it available to the control code, or a host processor.

To temporarily pause the copying, place the module into the INACTIVE state.

Additionally, this module makes the wire information available as internal variables. Block size, channel number, sample rate and signal complexity can be accessed in MATLAB code, source code, or in a layout using the ParamGet module.

Module Pack

Standard

ClassID

classID = 227

Type Definition

typedef struct _ModuleSinkIntProperties
{
ModuleInstanceDescriptor instance;            // Common Audio Weaver module instance structure
INT32 BlockSize;                              // Block Size
INT32 NumChannels;                            // Number of Channels
FLOAT32 SampleRate;                           // Sample Rate
INT32 IsComplex;                              // Is Complex
INT32* value;                                 // Captured values
} ModuleSinkIntPropertiesClass;

Variables

Properties

Name Type Usage isHidden Default Value Range Units
BlockSize int const 0 32 Unrestricted
NumChannels int const 0 1 Unrestricted
SampleRate float const 0 48000 Unrestricted
IsComplex int const 0 0 Unrestricted
value int* state 0 [32 x 1] Unrestricted

Pins

Input Pins

Name in
Description audio input
Data type int
Channel range Unrestricted
Block size range Unrestricted
Sample rate range Unrestricted
Complex support Real and Complex

Matlab Usage

File Name: sink_int_properties_module.m 
 M=sink_int_properties_module(NAME) 
 Creates a sink (capture) module for use with the Audio Weaver 
 environment.  The module captures a block of integer input data and 
 stores it into an internal buffer.  Arguments: 
    NAME - name of the module. 

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