(8.D.2.5) SumDiffFract32
- David Buzzell (Unlicensed)
Overview
Summer/Differencer
Discussion
This module has 2 input pins and 2 output pins. Input pins must have same block size, number of channels, and sample rate. Output pins have same block size, number of channels, and sample rate as input pins. Output1 = (Input1+Input2)/2 Output2 = (Input1-Input2)/2. Note that if we cascade 2 of these modules then outputs of 2nd module are equal to inputs of first module.
Type Definition
typedef struct _ModuleSumDiffFract32
{
ModuleInstanceDescriptor instance; // Common Audio Weaver module instance structure
} ModuleSumDiffFract32Class;Pins
Input Pins
Name: in1
Description: Audio input
Data type: fract32
Channel range: Unrestricted
Block size range: Unrestricted
Sample rate range: Unrestricted
Complex support: Real
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Name: in2
Description: Audio input
Data type: fract32
Channel range: Unrestricted
Block size range: Unrestricted
Sample rate range: Unrestricted
Complex support: Real
Output Pins
Name: out1
Description: Audio output
Data type: fract32
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Name: out2
Description: Audio output
Data type: fract32
MATLAB Usage
File Name: sum_diff_fract32_module.m
M=sum_diff_fract32_module(NAME)
Creates a sum/difference module for use with the Audio Weaver.
Arguments:
NAME - name of the module.Â