fl::anonymous_namespace{device_solve.cpp.hpp} Namespace Reference

Functions
bool	cofactorQ32 (i32 e, i32 i_, i32 f, i32 h, i64 *out) FL_NO_EXCEPT
	e * i - f * h, or false if any part of it leaves i64.
i64	divideCoefficientQ16 (i64 cofactor_q32, i64 determinant_q48) FL_NO_EXCEPT
	round(cofactor_q32 * 2^32 / determinant_q48), in s16.16, without a 128-bit intermediate.
i32	dotSolveRowQ16 (const i32(&row)[3], const i32(&v)[3]) FL_NO_EXCEPT
bool	emitterColumnQ16 (const i32(&xy)[2], i32 luminance, i64(&column)[3]) FL_NO_EXCEPT
	One emitter's XYZ column at its own luminance, all in s16.16.
bool	productFitsI64 (i64 a, i64 b) FL_NO_EXCEPT
	Does a * b fit an i64?
i64	roundedDivI64 (i64 numerator, i64 denominator) FL_NO_EXCEPT
	Nearest integer, halves away from zero.
i64	roundedDivideQ16 (i64 numerator, i64 denominator) FL_NO_EXCEPT
	Nearest integer of numerator / denominator, halves away from zero.
bool	sumFitsI64 (i64 a, i64 b) FL_NO_EXCEPT
	Does a + b fit an i64, for operands already known to be in range?

Variables
constexpr i64	kI64Max = 9223372036854775807LL
constexpr i32	kMaxCoefficient = 21845
	Largest coefficient magnitude the build accepts, in whole units.
constexpr i64	kQ16One = 65536
	One, in s16.16.