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about 10 hours ago

#ifndef __VFORCE_H #define __VFORCE_H #ifdef __cplusplus #include <ciso646>// Get library version. #ifdefined _LIBCPP_VERSION // When using libc++, include <complex>. #include <complex> #else // When not using libc++, try using definition as given in C++ 98. namespace std { template<class T> class complex; template<> class complex<float>; template<> class complex<double>; } #endif typedef std::complex<float> __float_complex_t; typedef std::complex<double> __double_complex_t; #else typedef _Complex float __float_complex_t; typedef _Complex double __double_complex_t; #endif #include <math.h> #ifdef __cplusplus extern "C" { #endif #if __has_include(<os/availability.h>) # include <os/availability.h> #else // __has_include(<os/availability.h>) #if !defined API_AVAILABLE #define API_AVAILABLE(...) #endif #endif // __has_include(<os/availability.h>) #if !defined __has_feature #define __has_feature(f) 0 #endif #if __has_feature(assume_nonnull) _Pragma("clang assume_nonnull begin") #endif /*! @abstract Calculates the reciprocal for each element of a vector. * * @param y (output) Output vector of size *n. y[i] is set to 1/x[i]. * * @param x (input) Input vector of size *n. * * @param n (input) The number of elements in the vectors x and y. */ void vvrecf (float * /* y */, const float * /* x */, const int * /* n */) API_AVAILABLE(macos(10.4), ios(5.0)); /*! @abstract Calculates the reciprocal for each element of a vector. * * @param y (output) Output vector of size *n. y[i] is set to 1/x[i]. * * @param x (input) Input vector of size *n. * * @param n (input) The number of elements in the vectors x and y. */ void vvrec (double * /* y */, const double * /* x */, const int * /* n */) API_AVAILABLE(macos(10.4), ios(5.0)); /*! @abstract Calculates the quotient of the two source vectors. * * @param z (output) Output vector of size *n. z[i] is set to y[i]/x[i]. * * @param y (input) Input vector of size *n, numerators in division. * * @param x (input) Input vector of size *n, denominators in division. * * @param n (input) The number of elements in the vectors x, y and z. */ void vvdivf (float * /* z */, const float * /* y */, const float * /* x */, const int * /* n */) API_AVAILABLE(macos(10.4), ios(5.0)); /*! @abstract Calculates the quotient of the two source vectors. * * @param z (output) Output vector of size *n. z[i] is set to y[i]/x[i]. * * @param y (input) Input vector of size *n, numerators in division. * * @param x (input) Input vector of size *n, denominators in division. * * @param n (input) The number of elements in the vectors x, y and z. */ void vvdiv (double * /* z */, const double * /* y */, const double * /* x */, const int * /* n */) API_AVAILABLE(macos(10.4), ios(5.0)); /*! @abstract Calculates the square root for each element of a vector. * * @param y (output) Output vector of size *n. y[i] is set to sqrt(x[i]). * * @param x (input) Input vector of size *n. * * @param n (input) The number of elements in the vectors x and y. */ void vvsqrtf (float * /* y */, const float * /* x */, const int * /* n */) API_AVAILABLE(macos(10.4), ios(5.0)); /*! @abstract Calculates the square root for each element of a vector. * * @param y (output) Output vector of size *n. y[i] is set to sqrt(x[i]). * * @param x (input) Input vector of size *n. * * @param n (input) The number of elements in the vectors x and y. */ void vvsqrt (double * /* y */, const double * /* x */, const int * /* n */) API_AVAILABLE(macos(10.4), ios(5.0)); /*! @abstract Calculates the cube root for each element of a vector. * * @param y (output) Output vector of size *n. y[i] is set to cbrt(x[i]). * * @param x (input) Input vector of size *n. *

$DrGhattasMD's tweet photo. #ifndef __VFORCE_H #define __VFORCE_H #ifdef __cplusplus #include <ciso646>// Get library version. #ifdefined _LIBCPP_VERSION // When using libc++, include <complex>. #include <complex> #else // When not using libc++, try using definition as given in C++ 98. namespace std { template<class T> class complex; template<> class complex<float>; template<> class complex<double>; } #endif typedef std::complex<float> __float_complex_t; typedef std::complex<double> __double_complex_t; #else typedef _Complex float __float_complex_t; typedef _Complex double __double_complex_t; #endif #include <math.h> #ifdef __cplusplus extern "C" { #endif #if __has_include(<os/availability.h>) # include <os/availability.h> #else // __has_include(<os/availability.h>) #if !defined API_AVAILABLE #define API_AVAILABLE(...) #endif #endif // __has_include(<os/availability.h>) #if !defined __has_feature #define __has_feature(f) 0 #endif #if __has_feature(assume_nonnull) _Pragma("clang assume_nonnull begin") #endif /*! @abstract Calculates the reciprocal for each element of a vector. * * @param y (output) Output vector of size *n. y[i] is set to 1/x[i]. * * @param x (input) Input vector of size *n. * * @param n (input) The number of elements in the vectors x and y. */ void vvrecf (float * /* y */, const float * /* x */, const int * /* n */) API_AVAILABLE(macos(10.4), ios(5.0)); /*! @abstract Calculates the reciprocal for each element of a vector. * * @param y (output) Output vector of size *n. y[i] is set to 1/x[i]. * * @param x (input) Input vector of size *n. * * @param n (input) The number of elements in the vectors x and y. */ void vvrec (double * /* y */, const double * /* x */, const int * /* n */) API_AVAILABLE(macos(10.4), ios(5.0)); /*! @abstract Calculates the quotient of the two source vectors. * * @param z (output) Output vector of size *n. z[i] is set to y[i]/x[i]. * * @param y (input) Input vector of size *n, numerators in division. * * @param x (input) Input vector of size *n, denominators in division. * * @param n (input) The number of elements in the vectors x, y and z. */ void vvdivf (float * /* z */, const float * /* y */, const float * /* x */, const int * /* n */) API_AVAILABLE(macos(10.4), ios(5.0)); /*! @abstract Calculates the quotient of the two source vectors. * * @param z (output) Output vector of size *n. z[i] is set to y[i]/x[i]. * * @param y (input) Input vector of size *n, numerators in division. * * @param x (input) Input vector of size *n, denominators in division. * * @param n (input) The number of elements in the vectors x, y and z. */ void vvdiv (double * /* z */, const double * /* y */, const double * /* x */, const int * /* n */) API_AVAILABLE(macos(10.4), ios(5.0)); /*! @abstract Calculates the square root for each element of a vector. * * @param y (output) Output vector of size *n. y[i] is set to sqrt(x[i]). * * @param x (input) Input vector of size *n. * * @param n (input) The number of elements in the vectors x and y. */ void vvsqrtf (float * /* y */, const float * /* x */, const int * /* n */) API_AVAILABLE(macos(10.4), ios(5.0)); /*! @abstract Calculates the square root for each element of a vector. * * @param y (output) Output vector of size *n. y[i] is set to sqrt(x[i]). * * @param x (input) Input vector of size *n. * * @param n (input) The number of elements in the vectors x and y. */ void vvsqrt (double * /* y */, const double * /* x */, const int * /* n */) API_AVAILABLE(macos(10.4), ios(5.0)); /*! @abstract Calculates the cube root for each element of a vector. * * @param y (output) Output vector of size *n. y[i] is set to cbrt(x[i]). * * @param x (input) Input vector of size *n. *$

robo8080 @robo8080

about 5 years ago

@meganetaaan こんな感じでは？ #ifdefined( ARDUINO_M5STACK_Core2 ) #include <M5Core2.h> #else #include <M5Stack.h> #endif

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