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for each input, output, or scratch pin you want to add.
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The arguments are as follows:
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Adds a single scalar variable to an @awe_module or @awe_subsystem object and returns the updated object. Arguments
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The arguments are as follows:
M — @awe_module or @awe_subsystem object to which to add the variable
VAR — @awe_variable object returned by
awe_variable.m
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Adds an input argument descriptor to the module/subsystem object. These are not accessible via the . operator, but are kept in the constructorArguments container. Arguments are variables used at construction time for operations such as: sizing internal arrays based on something other than channels / blockSize and disabling or enabling additional pins. For constructor arguments to be available in the structure they should be tracked by an additional ‘const’ module variable added using add_variable().
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The arguments are as follows:
M — @awe_module or @awe_subsystem object to which to add the argument
VAR — @awe_variable object that describes the input parameter, OR use the second through N arguments to create the variable as described in the previous section.
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Adds an array to an @awe_module or @awe_subsystem object and returns the updated object. Arguments
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The arguments are as follows:
M — @awe_module or @awe_subsystem object to which to add the array
VAR — @awe_variable object.
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Adds a pointer variable to an Audio Weaver module. A pointer variable is used to point to a data structure which is defined outside of the module itself. Use pointers, for example, to point a data structure used by a third party algorithm. When you add a pointer to an Audio Weaver module, the pointer variable is added to the module’s instance structure but memory for it is not allocated. You must separately allocate memory for the pointer using custom code in the module’s constructor function.
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ArgumentsThe arguments are as follows:
M - @awe_module object to which to add the pointer variable.
NAME — name of the pointer variable. Must be a valid C variable name.
CTYPE — type definition which will be used by the variable. For example, ‘void *’ or ‘SparseItem *’. This string is used directly as the pointer type in the instance structure.
USAGE — how the variable is used. As before, this can be ‘parameter’, ‘state’, ‘derived’, or ‘const’.
DESCRIPTION — optional short description string.
ISHIDDEN — optional Boolean which hides the variable from standard MATLAB usage.
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