d3/d3f/constants__units_8h_source.html

#ifndef CONSTANTS_UNITS_H

#define CONSTANTS_UNITS_H


#define THOUGH_2_INCH(x)  (x * 0.001)

#define MIL_2_INCH(x)     (x * 0.001)

#define IN_2_CM(x)        (x * 2.54)

#define IN_2_M(x)         (x * 0.0254)

#define M_2_IN(x)         (x * 39.370078740157480314960629921259843)

#define FT_2_IN(x)        (x * 12.0)

#define FT_2_M(x)         (x * 0.3048)

#define M_2_FT(x)         (x * 3.2808398950131233595800524934383202)

#define YARD_2_FT(x)      (x * 3.0)

#define YARD_2_M(x)       (x * 0.9144)

#define FT_2_YARD(x)      (x / 3.0)

#define MILE_2_FEET(x)    (x * 5280)

#define MILE_2_YARD(x)    (x * 1760)

#define MILE_2_M(x)       (x * 1609.344)

#define M_2_MILE(x)       (x / 1609.344)

#define LEAGUE_2_MILE(x)  (x * 3.0)

#define LEAGUE_2_M(x)     (x * 4800.0)

#define FATHOM_2_YARD(x)  (x * 2.0)

#define FATHOM_2_M(x)     (x * 1.8288)

#define NAUT_MILE_2_M(x)  (x * 1852.0)


#define TN_2_KG(x)     (x * 1000.0)

#define LB_2_KG(x)     (x * 0.45359237)

#define KG_2_LB(x)     (x / 0.45359237)

#define LB_2_OUNCE(x)  (x * 0.0625)

#define OUNCE_2_LB(x)  (x * 16.0)

#define OUNCE_2_KG(x)  (x * 0.028349523125)

#define KG_2_OUNCE(x)  (x * 35.273961949580412915675808215204)


#define SEC_2_NS(x)    (x * 1000000000.0)

#define SEC_2_US(x)    (x * 1000000.0)

#define SEC_2_MS(x)    (x * 1000.0)

#define MS_2_SEC(x)    (x * 0.001)

#define US_2_SEC(x)    (x * 0.000001)

#define NS_2_SEC(x)    (x * 0.000000001)

#define MIN_2_SEC(x)   (x * 60.0)

#define HR_2_SEC(x)    (x * 3600.0)

#define HR_2_MIN(x)    (x * 60.0)

#define DAYS_2_HR(x)   (x * 24.0)

#define DAYS_2_MIN(x)  (x * 1440.0)

#define DAYS_2_SEC(x)  (x * 86400.0)


#define HZ_2_SEC(x)    (1.0 / x)

#define HZ_2_MS(x)     (1000.0 / x)

#define HZ_2_US(x)     (1000000.0 / x)

#define HZ_2_NS(x)     (1000000000.0 / x)

#define SEC_2_HZ(x)    (1.0 / x)

#define MS_2_HZ(x)     (1000.0 / x)

#define US_2_HZ(x)     (1000000.0 / x)

#define NS_2_HZ(x)     (1000000000.0 / x)


#define C_2_F(x)  (1.8 * x + 32.0)

#define C_2_K(x)  (x + 273.15)

#define C_2_R(x)  (0.8 * x)

#define F_2_C(x)  ((x - 32.0) / 1.8)

#define F_2_K(x)  ((x - 32.0) / 1.8 + 273.15)

#define F_2_R(x)  ((x - 32.0) / 2.25)

#define K_2_C(x)  (x - 273.15)

#define K_2_F(x)  (1.8 * x - 459.67)

#define K_2_R(x)  (0.8 * x - 218.52)

#define R_2_C(x)  (1.25 * x)

#define R_2_F(x)  (2.25 * x + 32.0)

#define R_2_K(x)  (1.25 * x + 273.15)


#define RAD_2_DEG(x)             (x * 57.295779513082322864647721871733665)

#define DEG_2_RAD(x)             (x * 0.017453292519943295769236907684886127)

#define DEG_2_ARCMINUT(x)        (x * 60.0)

#define DEG_2_ARCSECOND(x)       (x * 3600.0)

#define ARCMINUT_2_ARCSECOND(x)  (x * 60.0)

#define ARCMINUT_2_DEG(x)        (x / 60.0)

#define ARCSECOND_2_ARCMINUT(x)  (x / 60.0)

#define ARCSECOND_2_DEG(x)       (x / 3600.0)


#define RPM_2_RADPS(x)    (x * 0.10471975511965977461542144610932)

#define RPM_2_DEGPS(x)    (x * 6.0)

#define RADPS_2_RPM(x)    (x * 9.5492965855137201461330258023509)

#define RADPS_2_DEGPS(x)  (x * 57.295779513082322864647721871733665)

#define DEGPS_2_RPM(x)    (x * 0.16666666666666666666666666666667)

#define DEGPS_2_RADPS(x)  (x * 0.017453292519943295769236907684886127)


#define QUETTA  1e30

#define RONNA   1e27

#define YOTTA   1e24

#define ZETTA   1e21

#define EXA     1e18

#define PETA    1e15

#define TERA    1e12

#define GIGA    1e9

#define MEGA    1e6

#define KILO    1e3

#define HECTO   1e2

#define DEKA    1e1

#define DECI    1e-1

#define CENTI   1e-2

#define MILLI   1e-3

#define MICRO   1e-6

#define NANO    1e-9

#define PICO    1e-12

#define FEMTO   1e-15

#define ATTO    1e-18

#define ZEPTO   1e-21

#define YOCTO   1e-24

#define RONTO   1e-27

#define QUECTO  1e-30


#define KIBI  (1 << 10)

#define MEBI  (1 << 20)

#define GIBI  (1 << 30)

#define TEBI  (1 << 40)

#define PEBI  (1 << 50)

#define EXBI  (1 << 60)

#define ZEBI  (1 << 70)

#define YOBI  (1 << 80)


#endif // CONSTANTS_UNITS_H