Alex Harker
42 lines
1.8 KiB
C++
42 lines
1.8 KiB
C++
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#ifndef FRAMELIB_COMPLEX_BINARY_OBJECTS_H
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#define FRAMELIB_COMPLEX_BINARY_OBJECTS_H
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#include "FrameLib_Complex_Binary_Template.h"
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#include <functional>
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// Complex Binary (operators)
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// Info specialisations
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template<> inline const char *FrameLib_Complex_BinaryOp<std::plus<std::complex<double>>>::getDescriptionString()
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{ return "Adds complex values in the two sets of input frames"; }
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template<> inline const char *FrameLib_Complex_BinaryOp<std::minus<std::complex<double>>>::getDescriptionString()
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{ return "Subtracts the right complex pair of input frame values from the left complex pair of input frame values"; }
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template<> inline const char *FrameLib_Complex_BinaryOp<std::multiplies<std::complex<double>>>::getDescriptionString()
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{ return "Multiplies complexvalues in the two sets of input frames"; }
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template<> inline const char *FrameLib_Complex_BinaryOp<std::divides<std::complex<double>>>::getDescriptionString()
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{ return "Divides the left complex pair of input frame values by the right complex pair of input frame values"; }
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// Type definitions
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typedef FrameLib_Complex_BinaryOp<std::plus<std::complex<double>>> FrameLib_Complex_Plus;
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typedef FrameLib_Complex_BinaryOp<std::minus<std::complex<double>>> FrameLib_Complex_Minus;
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typedef FrameLib_Complex_BinaryOp<std::multiplies<std::complex<double>>> FrameLib_Complex_Multiply;
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typedef FrameLib_Complex_BinaryOp<std::divides<std::complex<double>>> FrameLib_Complex_Divide;
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// Complex Binary (functions)
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// Info specialisations
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template<> inline const char *FrameLib_Complex_Binary<std::pow<double>>::getDescriptionString()
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{ return "Calculates left complex pair of input frame values to the power of right complex pair of input frame values"; }
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typedef FrameLib_Complex_Binary<std::pow<double>> FrameLib_Complex_Pow;
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#endif
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