#include "TissueForge_private.h"
#include <Magnum/Magnum.h>
#include <Magnum/Math/Color.h>
#include <bitset>
#include <tf_cycle.h>
#include <string>
#include <list>
#include <unordered_map>
#include <unordered_set>
#include <random>
#include <cmath>
#include <limits>
#include <type_traits>

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Classes
class	TissueForge::util::CompileFlags

class	TissueForge::util::WallTime

class	TissueForge::util::PerformanceTimer

struct	TissueForge::util::Differentiator

Namespaces
namespace	TissueForge
	Include Python header, disable linking to pythonX_d.lib on Windows in debug mode.

namespace	TissueForge::util
	Tissue Forge utilities.

Typedefs
typedef std::mt19937	TissueForge::RandomType

Enumerations
enum class	PointsType : unsigned int { Sphere , SolidSphere , Disk , SolidCube , Cube , Ring }

enum	InstructionSetFlags : std::int64_t { IS_3DNOW = 1ll << 0 , IS_3DNOWEXT = 1ll << 1 , IS_ABM = 1ll << 2 , IS_ADX = 1ll << 3 , IS_AES = 1ll << 4 , IS_AVX = 1ll << 5 , IS_AVX2 = 1ll << 6 , IS_AVX512CD = 1ll << 7 , IS_AVX512ER = 1ll << 8 , IS_AVX512F = 1ll << 9 , IS_AVX512PF = 1ll << 10 , IS_BMI1 = 1ll << 11 , IS_BMI2 = 1ll << 12 , IS_CLFSH = 1ll << 13 , IS_CMPXCHG16B = 1ll << 14 , IS_CX8 = 1ll << 15 , IS_ERMS = 1ll << 16 , IS_F16C = 1ll << 17 , IS_FMA = 1ll << 18 , IS_FSGSBASE = 1ll << 19 , IS_FXSR = 1ll << 20 , IS_HLE = 1ll << 21 , IS_INVPCID = 1ll << 23 , IS_LAHF = 1ll << 24 , IS_LZCNT = 1ll << 25 , IS_MMX = 1ll << 26 , IS_MMXEXT = 1ll << 27 , IS_MONITOR = 1ll << 28 , IS_MOVBE = 1ll << 28 , IS_MSR = 1ll << 29 , IS_OSXSAVE = 1ll << 30 , IS_PCLMULQDQ = 1ll << 31 , IS_POPCNT = 1ll << 32 , IS_PREFETCHWT1 = 1ll << 33 , IS_RDRAND = 1ll << 34 , IS_RDSEED = 1ll << 35 , IS_RDTSCP = 1ll << 36 , IS_RTM = 1ll << 37 , IS_SEP = 1ll << 38 , IS_SHA = 1ll << 39 , IS_SSE = 1ll << 40 , IS_SSE2 = 1ll << 41 , IS_SSE3 = 1ll << 42 , IS_SSE41 = 1ll << 43 , IS_SSE42 = 1ll << 44 , IS_SSE4a = 1ll << 45 , IS_SSSE3 = 1ll << 46 , IS_SYSCALL = 1ll << 47 , IS_TBM = 1ll << 48 , IS_XOP = 1ll << 49 , IS_XSAVE = 1ll << 50 }

Functions
RandomType &	TissueForge::randomEngine ()

unsigned int	TissueForge::getSeed ()
	Get the current seed for the pseudo-random number generator.

HRESULT	TissueForge::setSeed (const unsigned int *_seed=0)
	Set the current seed for the pseudo-random number generator.

std::vector< std::string >	TissueForge::color3Names ()
	Get the names of all available colors.

FVector4	TissueForge::planeEquation (const FVector3 &normal, const FVector3 &point)
	Get the coefficients of a plane equation for a normal vector and point.

std::tuple< FVector3 FVector3 >	TissueForge::planeEquation (const FVector4 &planeEq)
	Get the plane normal and a plane point from the coefficients of a plane equation.

FVector3	TissueForge::randomPoint (const PointsType &kind, const FloatP_t &dr=0, const FloatP_t &phi0=0, const FloatP_t &phi1=M_PI)
	Get the coordinates of a random point in a kind of shape.

std::vector< FVector3 >	TissueForge::randomPoints (const PointsType &kind, const int &n=1, const FloatP_t &dr=0, const FloatP_t &phi0=0, const FloatP_t &phi1=M_PI)
	Get the coordinates of random points in a kind of shape.

std::vector< FVector3 >	TissueForge::points (const PointsType &kind, const unsigned int &n=1)
	Get the coordinates of uniform points in a kind of shape.

std::vector< FVector3 >	TissueForge::filledCubeUniform (const FVector3 &corner1, const FVector3 &corner2, const unsigned int &nParticlesX=2, const unsigned int &nParticlesY=2, const unsigned int &nParticlesZ=2)
	Get the coordinates of a uniformly filled cube.

std::vector< FVector3 >	TissueForge::filledCubeRandom (const FVector3 &corner1, const FVector3 &corner2, const int &nParticles)
	Get the coordinates of a randomly filled cube.

HRESULT	TissueForge::icosphere (const int subdivisions, FloatP_t phi0, FloatP_t phi1, std::vector< FVector3 > &verts, std::vector< int32_t > &inds)
	Get the coordinates of an icosphere.

FVector3	TissueForge::randomVector (FloatP_t mean, FloatP_t std)
	Generates a randomly oriented vector with random magnitude with given mean and standard deviation according to a normal distribution.

FVector3	TissueForge::randomUnitVector ()
	Generates a randomly oriented unit vector.

template<class T>
std::enable_if<!std::numeric_limits< T >::is_integer, bool >::type	TissueForge::almost_equal (T x, T y, int ulp=2)

void *	TissueForge::aligned_Malloc (size_t size, size_t alignment)

void	TissueForge::aligned_Free (void *mem)

Magnum::Color3	TissueForge::util::Color3_Parse (const std::string &str)

template<typename XType, typename DivType>
XType	TissueForge::util::mod (XType x, DivType divisor)

template<typename TA, typename TN>
TA	TissueForge::util::flooredDivision (TA a, TN n)

template<typename TA, typename TN>
TA	TissueForge::util::flooredModulo (TA a, TN n)

template<typename TA, typename TN>
TA	TissueForge::util::loopIndex (TA index, TN range)

template<typename Vec, typename Val>
int	TissueForge::util::indexOf (const Vec &vec, const Val &val)

template<typename ContainerType, typename SizeType>
ContainerType::value_type	TissueForge::util::wrappedAt (ContainerType &container, SizeType index)

template<typename Type, typename Klass>
constexpr size_t	TissueForge::util::offset_of (Type Klass::*member)

std::unordered_map< std::string bool >	TissueForge::util::getFeaturesMap ()

double	TissueForge::util::wallTime ()

double	TissueForge::util::CPUTime ()

uint64_t	TissueForge::util::nextPrime (const uint64_t &start_prime)

std::vector< uint64_t >	TissueForge::util::findPrimes (const uint64_t &start_prime, int n)
	Get prime numbers, beginning with a starting prime number.

template<typename T>
std::vector< T >	TissueForge::util::unique (const std::vector< T > &vec)
	Get the unique elements of a vector.

Variables
const char *	TissueForge::util::color3_Names []

Classes

Namespaces

Typedefs

Enumerations

Functions

Variables