Euler

Imath.Eulerf

class Imath.Eulerf

Inherits V3f.

enum: None

XYZ XZY YZX YXZ ZXY ZYX XZX XYX YXY YZY ZYZ ZXZ XYZr XZYr YZXr YXZr ZXYr ZYXr XZXr XYXr YXYr YZYr ZYZr ZXZr Legal Min Max Default

enum: None

X Y Z

enum: None

XYZLayout IJKLayout

Eulerf() → Eulerf

Eulerf(Eulerf e) → Eulerf

Eulerf(Eulerf.Order p) → Eulerf

Eulerf(V3f v[, Eulerf.Order o=Eulerf.Default, Eulerf.InputLayout l=EulerfIJKLayout]) → Eulerf

Eulerf(float i, float j, float k[, Eulerf.Order o=Eulerf.Default, Eulerf.InputLayout l=EulerfIJKLayout]) → Eulerf

Eulerf(Eulerf euler, Eulerf.Order newp) → Eulerf

Eulerf(M33f m[, Eulerf.Order o=Eulerf.Default]) → Eulerf

Eulerf(M44f m[, Eulerf.Order o=Eulerf.Default]) → Eulerf

Eulerf(table[3] v[, Eulerf.Order o=Eulerf.Default, Eulerf.InputLayout l=EulerfIJKLayout]) → Eulerf

Eulerf(table[9] m[, Eulerf.Order o=Eulerf.Default, Eulerf.InputLayout l=EulerfIJKLayout]) → Eulerf

Eulerf(table[16] m[, Eulerf.Order o=Eulerf.Default, Eulerf.InputLayout l=EulerfIJKLayout]) → Eulerf

operator==(Eulerf o) const -> boolean

operator!=(Eulerf o) const -> boolean

setXYZVector(V3f v)

setXYZVector(table[3] v)

order() const -> Eulerf.Order

setOrder(Eulerf.Order o)

set(Eulerf.Axis initial, boolean relative, boolean parityEven, boolean firstRepeats)

extract(M33f m)

extract(M44f m)

extract(Quatf q)

toMatrix33() const -> M33f

toMatrix44() const -> M44f

toQuat() const -> Quatf

toXYZVector() const -> V3f

angleOrder() const -> int, int, int

angleMapping() const -> int, int, int

makeNear(Eulerf target)

frameStatic() const -> boolean

initialRepeated() const -> boolean

parityEven() const -> boolean

initialAxis() const -> Eulerf.Axis

static legal(Eulerf.Order o) → boolean

static angleMod(float angle) → float

static simpleXYZRotation(V3f& xyzRot, V3f targetXyzRot)

static nearestRotation(V3f& xyzRot, V3f targetXyzRot, Eulerf.Order=Eulerf.XYZ)

Imath.Eulerd

class Imath.Eulerd

Inherits V3d.

enum: None

XYZ XZY YZX YXZ ZXY ZYX XZX XYX YXY YZY ZYZ ZXZ XYZr XZYr YZXr YXZr ZXYr ZYXr XZXr XYXr YXYr YZYr ZYZr ZXZr Legal Min Max Default

enum: None

X Y Z

enum: None

XYZLayout IJKLayout

Eulerd() → Eulerd

Eulerd(Eulerd e) → Eulerd

Eulerd(Eulerd.Order p) → Eulerd

Eulerd(V3d v[, Eulerd.Order o=Eulerd.Default, Eulerd.InputLayout l=EulerdIJKLayout]) → Eulerd

Eulerd(double i, double j, double k[, Eulerd.Order o=Eulerd.Default, Eulerd.InputLayout l=EulerdIJKLayout]) → Eulerd

Eulerd(Eulerd euler, Eulerd.Order newp) → Eulerd

Eulerd(M33d m[, Eulerd.Order o=Eulerd.Default]) → Eulerd

Eulerd(M44d m[, Eulerd.Order o=Eulerd.Default]) → Eulerd

Eulerd(table[3] v[, Eulerd.Order o=Eulerd.Default, Eulerd.InputLayout l=EulerdIJKLayout]) → Eulerd

Eulerd(table[9] m[, Eulerd.Order o=Eulerd.Default, Eulerd.InputLayout l=EulerdIJKLayout]) → Eulerd

Eulerd(table[16] m[, Eulerd.Order o=Eulerd.Default, Eulerd.InputLayout l=EulerdIJKLayout]) → Eulerd

operator==(Eulerd o) const -> boolean

operator!=(Eulerd o) const -> boolean

setXYZVector(V3d v)

setXYZVector(table[3] v)

order() const -> Eulerd.Order

setOrder(Eulerd.Order o)

set(Eulerd.Axis initial, boolean relative, boolean parityEven, boolean firstRepeats)

extract(M33d m)

extract(M44d m)

extract(Quatd q)

toMatrix33() const -> M33d

toMatrix44() const -> M44d

toQuat() const -> Quatd

toXYZVector() const -> V3d

angleOrder() const -> int, int, int

angleMapping() const -> int, int, int

makeNear(Eulerd target)

frameStatic() const -> boolean

initialRepeated() const -> boolean

parityEven() const -> boolean

initialAxis() const -> Eulerd.Axis

static legal(Eulerd.Order o) → boolean

static angleMod(double angle) → float

static simpleXYZRotation(V3d& xyzRot, V3d targetXyzRot)

static nearestRotation(V3d& xyzRot, V3d targetXyzRot, Eulerd.Order=Eulerd.XYZ)