Class CurvedCircleFiber¶

Defined in File curvedcirclefiber.h

Inheritance Relationships¶

Base Type¶

public Fiber (Class Fiber)

Class Documentation¶

class CurvedCircleFiber : public Fiber ¶

Public Functions

CurvedCircleFiber() = default¶

CurvedCircleFiber(double &radius, double &length, puma::Vec3<double> &startPos, puma::Vec3<double> &endPos, double &RadiusOfCurvature, puma::Vec3<double> &center_point, double &accuracy, puma::Vec3<double> &direction_vector)¶

bool setValues(double &radius, double &length, puma::Vec3<double> &startPos, puma::Vec3<double> &endPos, double &RadiusOfCurvature, puma::Vec3<double> &center_point, double &accuracy, puma::Vec3<double> &direction_vector)¶

Curve GenerateRandomCurve(puma::Vec3<double> &point_1, puma::Vec3<double> &point_2, double RadiusOfCurvature)¶

virtual short getGrayValue(int i, int j, int k)¶

virtual bool randomParameters(RandomFibersInput &input, sitmo::prng_engine *engine)¶

virtual double approximateVolume(RandomFibersInput &input)¶

virtual bool doesFiberIntersect(puma::Workspace *work, short id = -1)¶

virtual bool addFiberToDomain(puma::Workspace *work, puma::MatVec3<double> *dirMatrix, short id = -1)¶

bool addHollowFiberToDomain(puma::Workspace *work, puma::MatVec3<double> *dirMatrix, short id = -1)¶

long getXMin()¶

long getXMax()¶

long getYMin()¶

long getYMax()¶

long getZMin()¶

long getZMax()¶

Public Members

double curveDistance2 = {}¶

sitmo::prng_engine *engine = {}¶

Curve curve¶

double radius¶

double length¶

puma::Vec3<double> startPos¶

puma::Vec3<double> endPos¶

double RadiusOfCurvature¶

puma::Vec3<double> center_point¶

double accuracy¶

puma::Vec3<double> direction_vector¶

Public Static Functions

static puma::Vec3<double> RandomPointInSphere(sitmo::prng_engine *engine)¶

static double pointCurve(Curve &c, puma::Vec3<double> &voxel_point, double accuracy, int level)¶

static std::pair<Curve, Curve> SplitCurve(Curve &c)¶

static puma::Vec3<double> GetBisectionPoint(puma::Vec3<double> &point_1, puma::Vec3<double> &vector_u, double dist_midpoint_to_center, double radius)¶

static puma::Vec3<double> GetCenterPoint(puma::Vec3<double> &point_1, puma::Vec3<double> &vector_u, double dist_midpoint_to_center)¶

static double pointSegment_Curved_Fiber(puma::Vec3<double> &voxel_point, puma::Vec3<double> &point_1, puma::Vec3<double> &point_2, bool *outside_normal)¶