BCIgui/Masterarbeit/openvibe/sdk-master/dependencies-source/r8brain/r8bconf.h

//$ nobt
//$ nocpp

/**
 * @file r8bconf.h
 *
 * @brief The "configuration" inclusion file you can modify.
 *
 * This is the "configuration" inclusion file for the "r8brain-free-src"
 * sample rate converter. You may redefine the macros here as you see fit.
 *
 * r8brain-free-src Copyright (c) 2013-2014 Aleksey Vaneev
 * See the "License.txt" file for license.
 */

#ifndef R8BCONF_INCLUDED
#define R8BCONF_INCLUDED

#if defined( _WIN32 ) || defined( _WIN64 )
#define R8B_WIN 1
#elif defined( __APPLE__ )
	#define R8B_MAC 1
#else // defined( __APPLE__ )
	#define R8B_LNX 1 // Assume Linux (Unix) platform by default.
#endif // defined( __APPLE__ )

#if !defined( R8B_FLTLEN )
/**
 * This macro defines the default fractional delay filter length. Macro is
 * used by the r8b::CDSPResampler class.
 */

#define R8B_FLTLEN 28
#endif // !defined( R8B_FLTLEN )

#if !defined( R8B_FLTFRACS )
/**
 * This macro defines the default number of fractional delay filters that
 * are sampled by the filter bank. Macro is used by the r8b::CDSPResampler
 * class. In order to get consistent results when resampling to/from
 * different sample rates, it is suggested to set this macro to a suitable
 * prime number.
 */

#define R8B_FLTFRACS 1733
#endif // !defined( R8B_FLTFRACS )

#if !defined( R8B_IPP )
/**
 * Set the R8B_IPP macro definition to 1 to enable the use of Intel IPP's
 * fast Fourier transform functions. Also uncomment and correct the IPP
 * header inclusion macros.
 *
 * Do not forget to call the ippInit() function at the start of the
 * application, before using this library's functions.
 */

#define R8B_IPP 0

// #include <ippcore.h>
// #include <ipps.h>
#endif // !defined( R8B_IPP )

#if !defined( R8BASSERT )
/**
 * Assertion macro used to check for certain run-time conditions. By
 * default no action is taken if assertion fails.
 *
 * @param e Expression to check.
 */

#define R8BASSERT( e )
#endif // !defined( R8BASSERT )

#if !defined( R8BCONSOLE )
/**
 * Console output macro, used to output various resampler status strings,
 * including filter design parameters, convolver parameters.
 *
 * @param e Expression to send to the console, usually consists of a
 * standard "printf" format string followed by several parameters
 * (__VA_ARGS__).
 */

#define R8BCONSOLE( ... )
#endif // !defined( R8BCONSOLE )

#if !defined( R8B_BASECLASS )
/**
 * Macro defines the name of the class from which all classes that are
 * designed to be created on heap are derived. The default
 * r8b::CStdClassAllocator class uses "stdlib" memory allocation
 * functions.
 *
 * The classes that are best placed on stack or as class members are not
 * derived from any class.
 */

#define R8B_BASECLASS :: r8b :: CStdClassAllocator
#endif // !defined( R8B_BASECLASS )

#if !defined( R8B_MEMALLOCCLASS )
/**
 * Macro defines the name of the class that implements raw memory
 * allocation functions, see the r8b::CStdMemAllocator class for details.
 */

#define R8B_MEMALLOCCLASS :: r8b :: CStdMemAllocator
#endif // !defined( R8B_MEMALLOCCLASS )

#if !defined( R8B_FILTER_CACHE_MAX )
/**
 * This macro specifies the number of filters kept in the cache at most.
 * The actual number can be higher if many different filters are in use at
 * the same time.
 */

#define R8B_FILTER_CACHE_MAX 96
#endif // !defined( R8B_FILTER_CACHE_MAX )

#if !defined( R8B_FLTTEST )
/**
 * This macro, when equal to 1, enables fractional delay filter bank
 * testing: in this mode the filter bank becomes dynamic member of the
 * CDSPFracInterpolator object instead of being a global static object.
 */

#define R8B_FLTTEST 0
#endif // !defined( R8B_FLTTEST )

#endif // R8BCONF_INCLUDED