#pragma once #include #include /* macros to allow code to build on multiple platforms more easily */ #if CONFIG_HAL_BOARD == HAL_BOARD_SITL || CONFIG_HAL_BOARD == HAL_BOARD_LINUX /* allow double maths on Linux and SITL to avoid problems with system headers */ #define ALLOW_DOUBLE_MATH_FUNCTIONS #endif #if !defined(ALLOW_DOUBLE_MATH_FUNCTIONS) /* give warnings if we use double precision maths functions without specifying ALLOW_DOUBLE_TRIG_FUNCTIONS. Code should use the equivalent f function instead (eg. use cosf() instead of cos()). Individual cpp files that really do need double precision should define ALLOW_DOUBLE_TRIG_FUNCTIONS before including AP_Math.h */ #define sin(x) DO_NOT_USE_DOUBLE_MATHS() #define cos(x) DO_NOT_USE_DOUBLE_MATHS() #define tan(x) DO_NOT_USE_DOUBLE_MATHS() #define acos(x) DO_NOT_USE_DOUBLE_MATHS() #define asin(x) DO_NOT_USE_DOUBLE_MATHS() #define atan(x) DO_NOT_USE_DOUBLE_MATHS() #define atan2(x,y) DO_NOT_USE_DOUBLE_MATHS() #define exp(x) DO_NOT_USE_DOUBLE_MATHS() #define pow(x,y) DO_NOT_USE_DOUBLE_MATHS() #define sqrt(x) DO_NOT_USE_DOUBLE_MATHS() #define log2(x) DO_NOT_USE_DOUBLE_MATHS() #define log10(x) DO_NOT_USE_DOUBLE_MATHS() #define ceil(x) DO_NOT_USE_DOUBLE_MATHS() #define floor(x) DO_NOT_USE_DOUBLE_MATHS() #define round(x) DO_NOT_USE_DOUBLE_MATHS() #define fmax(x,y) DO_NOT_USE_DOUBLE_MATHS() #if !HAL_WITH_UAVCAN // we should do log() and fabs() as well, but can't because of a conflict in uavcan #define log(x) DO_NOT_USE_DOUBLE_MATHS() #define fabs(x) DO_NOT_USE_DOUBLE_MATHS() #endif #endif