tns-platform-declarations/ios/objc-x86_64/objc!simd.d.ts

Platform-specific TypeScript declarations for NativeScript for accessing native objects

declare function __cos_d2(x: interop.Reference<number>): interop.Reference<number>;

declare function __cos_f4(x: interop.Reference<number>): interop.Reference<number>;

declare function __invert_d2(p1: simd_double2x2): simd_double2x2;

declare function __invert_d3(p1: simd_double3x3): simd_double3x3;

declare function __invert_d4(p1: simd_double4x4): simd_double4x4;

declare function __invert_f2(p1: simd_float2x2): simd_float2x2;

declare function __invert_f3(p1: simd_float3x3): simd_float3x3;

declare function __invert_f4(p1: simd_float4x4): simd_float4x4;

declare function __sin_d2(x: interop.Reference<number>): interop.Reference<number>;

declare function __sin_f4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acos(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acosFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acosFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acosFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acosFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acosFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acosFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acosFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acosFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acosh(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acoshFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acoshFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acoshFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acoshFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acoshFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acoshFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acoshFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_acoshFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asin(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinh(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinhFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinhFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinhFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinhFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinhFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinhFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinhFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_asinhFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atan(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atan2(y: interop.Reference<number>, x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atan2Function(y: interop.Reference<number>, x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atan2Function2(y: interop.Reference<number>, x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atan2Function3(y: interop.Reference<number>, x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atan2Function4(y: interop.Reference<number>, x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atan2Function5(y: interop.Reference<number>, x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atan2Function6(y: interop.Reference<number>, x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atan2Function7(y: interop.Reference<number>, x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atan2Function8(y: interop.Reference<number>, x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanh(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanhFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanhFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanhFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanhFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanhFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanhFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanhFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_atanhFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cbrt(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cbrtFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cbrtFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cbrtFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cbrtFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cbrtFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cbrtFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cbrtFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cbrtFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_ceil(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_ceilFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_ceilFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_ceilFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_ceilFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_ceilFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_ceilFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_ceilFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_ceilFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_copysign(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_copysignFunction(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_copysignFunction2(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_copysignFunction3(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_copysignFunction4(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_copysignFunction5(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_copysignFunction6(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_copysignFunction7(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_copysignFunction8(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cos(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cosFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cosFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cosFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cosFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cosFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cosFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cosFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cosFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cosh(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_coshFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_coshFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_coshFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_coshFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_coshFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_coshFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_coshFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_coshFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cospi(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cospiFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cospiFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cospiFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cospiFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cospiFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cospiFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cospiFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_cospiFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erf(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfc(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfcFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfcFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfcFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfcFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfcFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfcFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfcFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_erfcFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp10(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp10Function(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp10Function2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp10Function3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp10Function4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp10Function5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp10Function6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp10Function7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp10Function8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp2Function(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp2Function2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp2Function3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp2Function4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp2Function5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp2Function6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp2Function7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_exp2Function8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expFunction10(q: simd_quatd): simd_quatd;

declare function __tg_expFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expFunction9(q: simd_quatf): simd_quatf;

declare function __tg_expm1(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expm1Function(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expm1Function2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expm1Function3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expm1Function4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expm1Function5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expm1Function6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expm1Function7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_expm1Function8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fabs(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fabsFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fabsFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fabsFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fabsFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fabsFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fabsFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fabsFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fabsFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fdim(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fdimFunction(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fdimFunction2(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fdimFunction3(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fdimFunction4(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fdimFunction5(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fdimFunction6(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fdimFunction7(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fdimFunction8(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_floor(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_floorFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_floorFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_floorFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_floorFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_floorFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_floorFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_floorFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_floorFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fma(x: interop.Reference<number>, y: interop.Reference<number>, z: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaFunction(x: interop.Reference<number>, y: interop.Reference<number>, z: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaFunction2(x: interop.Reference<number>, y: interop.Reference<number>, z: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaFunction3(x: interop.Reference<number>, y: interop.Reference<number>, z: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaFunction4(x: interop.Reference<number>, y: interop.Reference<number>, z: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaFunction5(x: interop.Reference<number>, y: interop.Reference<number>, z: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaFunction6(x: interop.Reference<number>, y: interop.Reference<number>, z: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaFunction7(x: interop.Reference<number>, y: interop.Reference<number>, z: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaFunction8(x: interop.Reference<number>, y: interop.Reference<number>, z: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmax(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaxFunction(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaxFunction2(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaxFunction3(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaxFunction4(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaxFunction5(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaxFunction6(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaxFunction7(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmaxFunction8(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmin(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fminFunction(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fminFunction2(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fminFunction3(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fminFunction4(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fminFunction5(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fminFunction6(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fminFunction7(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fminFunction8(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmod(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmodFunction(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmodFunction2(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmodFunction3(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmodFunction4(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmodFunction5(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmodFunction6(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmodFunction7(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_fmodFunction8(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_hypot(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_hypotFunction(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_hypotFunction2(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_hypotFunction3(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_hypotFunction4(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_hypotFunction5(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_hypotFunction6(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_hypotFunction7(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_hypotFunction8(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log10(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log10Function(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log10Function2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log10Function3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log10Function4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log10Function5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log10Function6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log10Function7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log10Function8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log1p(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log1pFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log1pFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log1pFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log1pFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log1pFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log1pFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log1pFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log1pFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log2Function(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log2Function2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log2Function3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log2Function4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log2Function5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log2Function6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log2Function7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_log2Function8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_logFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_logFunction10(q: simd_quatd): simd_quatd;

declare function __tg_logFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_logFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_logFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_logFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_logFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_logFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_logFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_logFunction9(q: simd_quatf): simd_quatf;

declare function __tg_nextafter(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_nextafterFunction(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_nextafterFunction2(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_nextafterFunction3(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_nextafterFunction4(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_nextafterFunction5(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_nextafterFunction6(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_nextafterFunction7(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_nextafterFunction8(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_pow(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_powFunction(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_powFunction2(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_powFunction3(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_powFunction4(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_powFunction5(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_powFunction6(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_powFunction7(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_powFunction8(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_promote(p1: interop.Reference<number>): interop.Reference<number>;

declare function __tg_promoteFunction(p1: interop.Reference<number>): interop.Reference<number>;

declare function __tg_promoteFunction10(p1: simd_quatd): simd_quatd;

declare function __tg_promoteFunction2(p1: interop.Reference<number>): interop.Reference<number>;

declare function __tg_promoteFunction3(p1: interop.Reference<number>): interop.Reference<number>;

declare function __tg_promoteFunction4(p1: interop.Reference<number>): interop.Reference<number>;

declare function __tg_promoteFunction5(p1: interop.Reference<number>): interop.Reference<number>;

declare function __tg_promoteFunction6(p1: interop.Reference<number>): interop.Reference<number>;

declare function __tg_promoteFunction7(p1: interop.Reference<number>): interop.Reference<number>;

declare function __tg_promoteFunction8(p1: interop.Reference<number>): interop.Reference<number>;

declare function __tg_promoteFunction9(p1: simd_quatf): simd_quatf;

declare function __tg_remainder(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_remainderFunction(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_remainderFunction2(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_remainderFunction3(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_remainderFunction4(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_remainderFunction5(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_remainderFunction6(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_remainderFunction7(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_remainderFunction8(x: interop.Reference<number>, y: interop.Reference<number>): interop.Reference<number>;

declare function __tg_rint(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_rintFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_rintFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_rintFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_rintFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_rintFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_rintFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_rintFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_rintFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_round(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_roundFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_roundFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_roundFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_roundFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_roundFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_roundFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_roundFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_roundFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sin(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinh(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinhFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinhFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinhFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinhFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinhFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinhFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinhFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinhFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinpi(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinpiFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinpiFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinpiFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinpiFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinpiFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinpiFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinpiFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sinpiFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sqrt(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sqrtFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sqrtFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sqrtFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sqrtFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sqrtFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sqrtFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sqrtFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_sqrtFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tan(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanh(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanhFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanhFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanhFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanhFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanhFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanhFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanhFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanhFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanpi(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanpiFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanpiFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanpiFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanpiFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanpiFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanpiFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanpiFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tanpiFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tgamma(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tgammaFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tgammaFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tgammaFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tgammaFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tgammaFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tgammaFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tgammaFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_tgammaFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_trunc(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_truncFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_truncFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_truncFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_truncFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_truncFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_truncFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_truncFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function __tg_truncFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare var matrix_identity_double2x2: simd_double2x2;

declare var matrix_identity_double3x3: simd_double3x3;

declare var matrix_identity_double4x4: simd_double4x4;

declare var matrix_identity_float2x2: simd_float2x2;

declare var matrix_identity_float3x3: simd_float3x3;

declare var matrix_identity_float4x4: simd_float4x4;

declare function simd_abs(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction10(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction11(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction12(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction13(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction14(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction15(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction16(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction17(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction18(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction19(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction2(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction20(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction21(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction22(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction23(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction24(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction25(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction26(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction27(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction28(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction29(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction3(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction30(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction4(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction5(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction6(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction7(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction8(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_absFunction9(x: interop.Reference<number>): interop.Reference<number>;

declare function simd_act(q: simd_quatf, v: interop.Reference<number>): interop.Reference<number>;

declare function simd_actFunction(q: simd_quatd, v: interop.Reference<number>): interop.Reference<number>;

declare function simd_add(__x: simd_float2x2, __y: simd_float2x2): simd_float2x2;

declare function simd_addFunction(__x: simd_float3x2, __y: simd_float3x2): simd_float3x2;

declare function simd_addFunction10(__x: simd_double3x2, __y: simd_double3x2): simd_double3x2;

declare function simd_addFunction11(__x: simd_double4x2, __y: simd_double4x2): simd_double4x2;

declare function simd_addFunction12(__x: simd_double2x3, __y: simd_double2x3): simd_double2x3;

declare function simd_addFunction13(__x: simd_double3x3, __y: simd_double3x3): simd_double3x3;

declare function simd_addFunction14(__x: simd_double4x3, __y: simd_double4x3): simd_double4x3;

declare function simd_addFunction15(__x: simd_double2x4, __y: simd_double2x4): simd_double2x4;

declare function simd_addFunction16(__x: simd_double3x4, __y: simd_double3x4): simd_double3x4;

declare function simd_addFunction17(__x: simd_double4x4, __y: simd_double4x4): simd_double4x4;

declare function simd_addFunction18(p: simd_quatf, q: simd_quatf): simd_quatf;

declare function simd_addFunction19(p: simd_quatd, q: simd_quatd): simd_quatd;

declare function simd_addFunction2(__x: simd_float4x2, __y: simd_float4x2): simd_float4x2;

declare function simd_addFunction3(__x: simd_float2x3, __y: simd_float2x3): simd_float2x3;

declare function simd_addFunction4(__x: simd_float3x3, __y: simd_float3x3): simd_float3x3;

declare function simd_addFunction5(__x: simd_float4x3, __y: simd_float4x3): simd_float4x3;

declare function simd_addFunction6(__x: simd_float2x4, __y: simd_float2x4): simd_float2x4;

declare function simd_addFunction7(__x: simd_float3x4, __y: simd_float3x4): simd_float3x4;

declare function simd_addFunction8(__x: simd_float4x4, __y: simd_float4x4): simd_float4x4;

declare function simd_addFunction9(__x: simd_double2x2, __y: simd_double2x2): simd_double2x2;

declare function simd_all(x: interop.Reference<number>): boolean;

declare function simd_allFunction(x: interop.Reference<number>): boolean;

declare function simd_allFunction10(x: interop.Reference<number>): boolean;

declare function simd_allFunction11(x: interop.Reference<number>): boolean;

declare function simd_allFunction12(x: interop.Reference<number>): boolean;

declare function simd_allFunction13(x: interop.Reference<number>): boolean;

declare function simd_allFunction14(x: interop.Reference<number>): boolean;

declare function simd_allFunction15(x: interop.Reference<number>): boolean;

declare function simd_allFunction16(x: interop.Reference<number>): boolean;

declare function simd_allFunction17(x: interop.Reference<number>): boolean;

declare function simd_allFunction18(x: interop.Reference<number>): boolean;

declare function simd_allFunction19(x: interop.Reference<number>): boolean;

declare function simd_allFunction2(x: interop.Reference<number>): boolean;

declare function simd_allFunction20(x: interop.Reference<number>): boolean;

declare function simd_allFunction21(x: interop.Reference<number>): boolean;

declare function simd_allFunction22(x: interop.Reference<number>):