Simbody  3.5
SimTK::UnitVec< P, S > Member List

This is the complete list of members for SimTK::UnitVec< P, S >, including all inherited members.

abs() const SimTK::UnitVec< P, S >inline
append1(const EE &v) constSimTK::Vec< 3, P, S >inline
ArgDepth enum valueSimTK::Vec< 3, P, S >
asVec3() const SimTK::UnitVec< P, S >inline
BaseVec typedefSimTK::UnitVec< P, S >
castAwayNegatorIfAny() constSimTK::Vec< 3, P, S >inline
ColSpacing enum valueSimTK::Vec< 3, P, S >
conformingAdd(const Vec< M, EE, SS > &r) constSimTK::Vec< 3, P, S >inline
conformingMultiply(const Row< M, EE, SS > &r) constSimTK::Vec< 3, P, S >inline
conformingSubtract(const Vec< M, EE, SS > &r) constSimTK::Vec< 3, P, S >inline
drop1(int p) constSimTK::Vec< 3, P, S >inline
E typedefSimTK::Vec< 3, P, S >
EAbs typedefSimTK::Vec< 3, P, S >
EComplex typedefSimTK::Vec< 3, P, S >
EHerm typedefSimTK::Vec< 3, P, S >
EImag typedefSimTK::Vec< 3, P, S >
EInvert typedefSimTK::Vec< 3, P, S >
elementwiseDivide(const Vec< M, EE, SS > &r) constSimTK::Vec< 3, P, S >inline
elementwiseMultiply(const Vec< M, EE, SS > &r) constSimTK::Vec< 3, P, S >inline
ENeg typedefSimTK::Vec< 3, P, S >
ENormalize typedefSimTK::Vec< 3, P, S >
ENumber typedefSimTK::Vec< 3, P, S >
EPosTrans typedefSimTK::Vec< 3, P, S >
EPrecision typedefSimTK::Vec< 3, P, S >
EReal typedefSimTK::Vec< 3, P, S >
EScalar typedefSimTK::Vec< 3, P, S >
EScalarNormSq typedefSimTK::Vec< 3, P, S >
ESqHermT typedefSimTK::Vec< 3, P, S >
ESqrt typedefSimTK::Vec< 3, P, S >
ESqTHerm typedefSimTK::Vec< 3, P, S >
EStandard typedefSimTK::Vec< 3, P, S >
EStdNumber typedefSimTK::Vec< 3, P, S >
EULessScalar typedefSimTK::Vec< 3, P, S >
EWithoutNegator typedefSimTK::Vec< 3, P, S >
get(int i) constSimTK::Vec< 3, P, S >inline
getAs(const RealP *p)SimTK::UnitVec< P, S >inlinestatic
getDefaultTolerance()SimTK::Vec< 3, P, S >inlinestatic
getNaN()SimTK::Vec< 3, P, S >inlinestatic
getSubVec(int i) constSimTK::Vec< 3, P, S >inline
getSubVec(const Vec< MM, P, STRIDE > &v, int i)SimTK::Vec< 3, P, S >inlinestatic
imag() constSimTK::Vec< 3, P, S >inline
imag()SimTK::Vec< 3, P, S >inline
ImagOffset enum valueSimTK::Vec< 3, P, S >
insert1(int p, const EE &v) constSimTK::Vec< 3, P, S >inline
invert() constSimTK::Vec< 3, P, S >inline
isFinite() constSimTK::Vec< 3, P, S >inline
isInf() constSimTK::Vec< 3, P, S >inline
isNaN() constSimTK::Vec< 3, P, S >inline
IsNumber enum valueSimTK::Vec< 3, P, S >
isNumericallyEqual(const Vec< M, E2, RS2 > &v, double tol) constSimTK::Vec< 3, P, S >inline
isNumericallyEqual(const Vec< M, E2, RS2 > &v) constSimTK::Vec< 3, P, S >inline
isNumericallyEqual(const P &e, double tol=getDefaultTolerance()) constSimTK::Vec< 3, P, S >inline
IsPrecision enum valueSimTK::Vec< 3, P, S >
IsScalar enum valueSimTK::Vec< 3, P, S >
IsStdNumber enum valueSimTK::Vec< 3, P, S >
IsULessScalar enum valueSimTK::Vec< 3, P, S >
NActualElements enum valueSimTK::Vec< 3, P, S >
NActualScalars enum valueSimTK::Vec< 3, P, S >
ncol()SimTK::Vec< 3, P, S >inlinestatic
NCols enum valueSimTK::Vec< 3, P, S >
negate() const SimTK::UnitVec< P, S >inline
norm() constSimTK::Vec< 3, P, S >inline
normalize() constSimTK::Vec< 3, P, S >inline
normSqr() constSimTK::Vec< 3, P, S >inline
NPackedElements enum valueSimTK::Vec< 3, P, S >
nrow()SimTK::Vec< 3, P, S >inlinestatic
NRows enum valueSimTK::Vec< 3, P, S >
Number typedefSimTK::Vec< 3, P, S >
operator!=(const UnitVec< P, S1 > &u1, const UnitVec< P, S2 > &u2)SimTK::UnitVec< P, S >related
operator()(int i) const SimTK::UnitVec< P, S >inline
Vec< 3, P, S >::operator()(int i)SimTK::Vec< 3, P, S >inline
operator*=(const EE &e)SimTK::Vec< 3, P, S >inline
operator+() constSimTK::Vec< 3, P, S >inline
operator+=(const Vec< M, EE, SS > &r)SimTK::Vec< 3, P, S >inline
operator+=(const Vec< M, negator< EE >, SS > &r)SimTK::Vec< 3, P, S >inline
operator+=(const EE &e)SimTK::Vec< 3, P, S >inline
operator-() const SimTK::UnitVec< P, S >inline
Vec< 3, P, S >::operator-()SimTK::Vec< 3, P, S >inline
operator-=(const Vec< M, EE, SS > &r)SimTK::Vec< 3, P, S >inline
operator-=(const Vec< M, negator< EE >, SS > &r)SimTK::Vec< 3, P, S >inline
operator-=(const EE &e)SimTK::Vec< 3, P, S >inline
operator/=(const EE &e)SimTK::Vec< 3, P, S >inline
operator=(const UnitVec &u)SimTK::UnitVec< P, S >inline
operator=(const UnitVec< P, S2 > &u)SimTK::UnitVec< P, S >inline
Vec< 3, P, S >::operator=(const Vec &src)SimTK::Vec< 3, P, S >inline
Vec< 3, P, S >::operator=(const EE *p)SimTK::Vec< 3, P, S >inline
Vec< 3, P, S >::operator=(const Vec< M, EE, SS > &vv)SimTK::Vec< 3, P, S >inline
Vec< 3, P, S >::operator=(const EE &e)SimTK::Vec< 3, P, S >inline
operator==(const UnitVec< P, S1 > &u1, const UnitVec< P, S2 > &u2)SimTK::UnitVec< P, S >related
operator[](int i) const SimTK::UnitVec< P, S >inline
Vec< 3, P, S >::operator[](int i)SimTK::Vec< 3, P, S >inline
operator~() const SimTK::UnitVec< P, S >inline
operator~()SimTK::UnitVec< P, S >inline
perp() const SimTK::UnitVec< P, S >inline
positionalTranspose() constSimTK::Vec< 3, P, S >inline
Precision typedefSimTK::Vec< 3, P, S >
real() constSimTK::Vec< 3, P, S >inline
real()SimTK::Vec< 3, P, S >inline
RealStrideFactor enum valueSimTK::Vec< 3, P, S >
RowSpacing enum valueSimTK::Vec< 3, P, S >
Scalar typedefSimTK::Vec< 3, P, S >
scalarAdd(const EE &e) constSimTK::Vec< 3, P, S >inline
scalarDivide(const EE &e) constSimTK::Vec< 3, P, S >inline
scalarDivideEq(const EE &ee)SimTK::Vec< 3, P, S >inline
scalarDivideEq(int ee)SimTK::Vec< 3, P, S >inline
scalarDivideEqFromLeft(const EE &ee)SimTK::Vec< 3, P, S >inline
scalarDivideEqFromLeft(int ee)SimTK::Vec< 3, P, S >inline
scalarDivideFromLeft(const EE &e) constSimTK::Vec< 3, P, S >inline
scalarEq(const EE &ee)SimTK::Vec< 3, P, S >inline
scalarEq(int ee)SimTK::Vec< 3, P, S >inline
scalarMinusEq(const EE &ee)SimTK::Vec< 3, P, S >inline
scalarMinusEq(int ee)SimTK::Vec< 3, P, S >inline
scalarMinusEqFromLeft(const EE &ee)SimTK::Vec< 3, P, S >inline
scalarMinusEqFromLeft(int ee)SimTK::Vec< 3, P, S >inline
scalarMultiply(const EE &e) constSimTK::Vec< 3, P, S >inline
scalarMultiplyFromLeft(const EE &e) constSimTK::Vec< 3, P, S >inline
ScalarNormSq typedefSimTK::Vec< 3, P, S >
scalarNormSqr() constSimTK::Vec< 3, P, S >inline
scalarPlusEq(const EE &ee)SimTK::Vec< 3, P, S >inline
scalarPlusEq(int ee)SimTK::Vec< 3, P, S >inline
scalarSubtract(const EE &e) constSimTK::Vec< 3, P, S >inline
scalarSubtractFromLeft(const EE &e) constSimTK::Vec< 3, P, S >inline
scalarTimesEq(const EE &ee)SimTK::Vec< 3, P, S >inline
scalarTimesEq(int ee)SimTK::Vec< 3, P, S >inline
scalarTimesEqFromLeft(const EE &ee)SimTK::Vec< 3, P, S >inline
scalarTimesEqFromLeft(int ee)SimTK::Vec< 3, P, S >inline
set(int i, const E &value)SimTK::Vec< 3, P, S >inline
setToNaN()SimTK::Vec< 3, P, S >inline
setToZero()SimTK::Vec< 3, P, S >inline
SignInterpretation enum valueSimTK::Vec< 3, P, S >
size()SimTK::Vec< 3, P, S >inlinestatic
sqrt() constSimTK::Vec< 3, P, S >inline
standardize() constSimTK::Vec< 3, P, S >inline
StdNumber typedefSimTK::Vec< 3, P, S >
sum() constSimTK::Vec< 3, P, S >inline
T typedefSimTK::Vec< 3, P, S >
TAbs typedefSimTK::Vec< 3, P, S >
TCol typedefSimTK::Vec< 3, P, S >
TComplex typedefSimTK::Vec< 3, P, S >
TElement typedefSimTK::Vec< 3, P, S >
THerm typedefSimTK::Vec< 3, P, S >
TImag typedefSimTK::Vec< 3, P, S >
TInvert typedefSimTK::Vec< 3, P, S >
TNeg typedefSimTK::Vec< 3, P, S >
TNormalize typedefSimTK::Vec< 3, P, S >
toString() constSimTK::Vec< 3, P, S >inline
TPosTrans typedefSimTK::Vec< 3, P, S >
transpose() constSimTK::Vec< 3, P, S >inline
TransposeType typedefSimTK::UnitVec< P, S >
TReal typedefSimTK::Vec< 3, P, S >
TRow typedefSimTK::Vec< 3, P, S >
TSqHermT typedefSimTK::Vec< 3, P, S >
TSqrt typedefSimTK::Vec< 3, P, S >
TSqTHerm typedefSimTK::Vec< 3, P, S >
TStandard typedefSimTK::Vec< 3, P, S >
TWithoutNegator typedefSimTK::Vec< 3, P, S >
ULessScalar typedefSimTK::Vec< 3, P, S >
UnitVec()SimTK::UnitVec< P, S >inline
UnitVec(const UnitVec &u)SimTK::UnitVec< P, S >inline
UnitVec(const UnitVec< P, S2 > &u)SimTK::UnitVec< P, S >inline
UnitVec(const BaseVec &v)SimTK::UnitVec< P, S >inlineexplicit
UnitVec(const Vec< 3, P, S2 > &v)SimTK::UnitVec< P, S >inlineexplicit
UnitVec(const RealP &x, const RealP &y, const RealP &z)SimTK::UnitVec< P, S >inline
UnitVec(const CoordinateAxis &axis)SimTK::UnitVec< P, S >inline
UnitVec(const CoordinateDirection &dir)SimTK::UnitVec< P, S >inline
UnitVec(int axis)SimTK::UnitVec< P, S >inlineexplicit
UnitVec(const BaseVec &v, bool)SimTK::UnitVec< P, S >inline
UnitVec(const Vec< 3, RealP, S2 > &v, bool)SimTK::UnitVec< P, S >inline
updAs(P *p)SimTK::Vec< 3, P, S >inlinestatic
updCastAwayNegatorIfAny()SimTK::Vec< 3, P, S >inline
updNegate()SimTK::Vec< 3, P, S >inline
updPositionalTranspose()SimTK::Vec< 3, P, S >inline
updSubVec(int i)SimTK::Vec< 3, P, S >inline
updSubVec(Vec< MM, P, STRIDE > &v, int i)SimTK::Vec< 3, P, S >inlinestatic
updTranspose()SimTK::Vec< 3, P, S >inline
Vec()SimTK::Vec< 3, P, S >inline
Vec(const Vec &src)SimTK::Vec< 3, P, S >inline
Vec(const Vec< M, E, SS > &src)SimTK::Vec< 3, P, S >inline
Vec(const Vec< M, ENeg, SS > &src)SimTK::Vec< 3, P, S >inline
Vec(const Vec< M, EE, SS > &src)SimTK::Vec< 3, P, S >inlineexplicit
Vec(const E &e)SimTK::Vec< 3, P, S >inlineexplicit
Vec(const ENeg &ne)SimTK::Vec< 3, P, S >inlineexplicit
Vec(int i)SimTK::Vec< 3, P, S >inlineexplicit
Vec(const E &e0, const E &e1)SimTK::Vec< 3, P, S >inline
Vec(const E &e0, const E &e1, const E &e2)SimTK::Vec< 3, P, S >inline
Vec(const E &e0, const E &e1, const E &e2, const E &e3)SimTK::Vec< 3, P, S >inline
Vec(const E &e0, const E &e1, const E &e2, const E &e3, const E &e4)SimTK::Vec< 3, P, S >inline
Vec(const E &e0, const E &e1, const E &e2, const E &e3, const E &e4, const E &e5)SimTK::Vec< 3, P, S >inline
Vec(const E &e0, const E &e1, const E &e2, const E &e3, const E &e4, const E &e5, const E &e6)SimTK::Vec< 3, P, S >inline
Vec(const E &e0, const E &e1, const E &e2, const E &e3, const E &e4, const E &e5, const E &e6, const E &e7)SimTK::Vec< 3, P, S >inline
Vec(const E &e0, const E &e1, const E &e2, const E &e3, const E &e4, const E &e5, const E &e6, const E &e7, const E &e8)SimTK::Vec< 3, P, S >inline
Vec(const EE *p)SimTK::Vec< 3, P, S >inlineexplicit