svec3

add(svec3 value)

svec3

Returns the sum of the two vectors. Take care that a value and not a field name must be specified as argument.

cross(svec3 value)

svec3

Returns the cross product (SVEC3) of the two vectors. Take care that a value and not a field name must be specified as argument.

distance(svec3 value)

sfloat

Calculates the distance from field and another SVEC3 coordinate. Take care that a value and not a field name must be specified as argument.

dot(svec3 value)

sdouble

Returns the dot product (SFLOAT) of the two vectors. Take care that a value and not a field name must be specified as argument.

isModified

sbool

Set to True in the frame where the value of this field is modified.

length

sdouble

Returns the length of the SVEC3 vector.

normalize()

svec3

Returns the normalized vector value.

scalardiv(sfloat value)

svec3

Divides each SVEC3 coordinate for the divider value. Take care that a value and not a field name must be specified as argument.

scalarmul(sfloat value)

svec3

Multiplies each SVEC3 coordinate for the multiplier value. Take care that a value and not a field name must be specified as argument.

sub(svec3 value)

svec3

Returns the difference of the two vectors. Take care that a value and not a field name must be specified. as argument.

toQuat(senum rotationOrder)

squat

Converts a rotation expressed in Euler angles into a quaternion (SQUAT). You must specify the Euler rotation axis order from the six possible orders: XYZ, XZY, YXZ, YZX, ZXY, ZYX.

type

sstring

Returns the type name.

x y z

sdouble

Use to obtain single values from the vector.

yuptozup

svec3

Used only as op inside a modify statement. Converts the SVEC3 value(position) from Y up coordinate system to Z up coordinate system.

zuptoyup

svec3

Used only as op inside a modify statement. Converts the SVEC3 value(position) from Z up coordinate system to Y up coordinate system.