Vector3

Overview

Vector3 is a class in Aspose.3D FOSS for Java. Inherits from: Struct<Vector3>, Serializable, Comparable<Vector3>.

This class provides 40 methods and 7 properties for working with Vector3 objects in Java. Available methods include: Vector3, add, angleBetween, clone, compareTo, copyFrom, cos, create, cross, div, dot, equals, and additional methods. Properties: length, length2, one, unitX, unitY, unitZ, zero.

Properties

Name	Type	Access	Description
`zero`	`Vector3`	Read	Gets the zero.
`one`	`Vector3`	Read	Gets the one.
`unitX`	`Vector3`	Read	Gets the unit x.
`unitY`	`Vector3`	Read	Gets the unit y.
`unitZ`	`Vector3`	Read	Gets the unit z.
`length`	`double`	Read	Gets the length.
`length2`	`double`	Read	Gets the length2.

Methods

Signature	Description
`Vector3()`	Creates a zero vector (0, 0, 0)
`Vector3(x: double, y: double, z: double)`	Creates a vector with the specified x, y, z double components
`Vector3(val: double)`	Creates a vector with all three components set to val
`Vector3(fv3: FVector3)`	Creates a vector from the given FVector3
`Vector3(v4: Vector4)`	Creates a vector from the x, y, z components of the given Vector4
`getZero()` → `Vector3`	Returns the zero.
`getOne()` → `Vector3`	Returns the one.
`getUnitX()` → `Vector3`	Returns the unit x.
`getUnitY()` → `Vector3`	Returns the unit y.
`getUnitZ()` → `Vector3`	Returns the unit z.
`set(x: double, y: double, z: double)`	Sets the x, y, z components of this vector
`getLength()` → `double`	Returns the length.
`getLength2()` → `double`	Returns the length2.
`normalize()` → `Vector3`	Returns a normalized (unit length) copy of this vector
`dot(v: Vector3)` → `double`	Returns the dot product of this vector and v
`cross(v: Vector3)` → `Vector3`	Returns the cross product of this vector and v
`add(a: Vector3, b: Vector3)` → `Vector3`	Returns the component-wise sum of vectors a and b
`sub(a: Vector3, b: Vector3)` → `Vector3`	Returns the component-wise difference of vectors a and b
`mul(a: Vector3, b: Vector3)` → `Vector3`	Returns the component-wise product of vectors a and b
`mul(v: Vector3, s: double)` → `Vector3`	Returns vector v scaled by scalar s
`mul(s: double, v: Vector3)` → `Vector3`	Returns scalar s multiplied by vector v
`div(v: Vector3, s: double)` → `Vector3`	Returns vector v divided by scalar s
`div(a: Vector3, b: Vector3)` → `Vector3`	Returns the component-wise quotient of vectors a and b
`negative(v: Vector3)` → `Vector3`	Returns the negation of vector v
`op_eq(a: Vector3, b: Vector3)` → `boolean`	Returns true if vectors a and b are equal
`op_ne(a: Vector3, b: Vector3)` → `boolean`	Returns true if vectors a and b are not equal
`get(index: int)` → `double`	Returns the component at index 0 (x), 1 (y), or 2 (z)
`set(index: int, value: double)`	Sets the component at index 0 (x), 1 (y), or 2 (z) to value
`angleBetween(a: Vector3, b: Vector3)` → `double`	Returns the angle in radians between vectors a and b
`angleBetween(v: Vector3)` → `double`	Returns the angle in radians between this vector and v
`create(v: Vector3)` → `FVector3`	Creates a new FVector3 from the given Vector3
`equals(obj: Object)` → `boolean`	Returns true if obj is a Vector3 equal to this vector
`hashCode()` → `int`	Returns the hash code of this vector
`toString()` → `String`	Returns a string representation of this vector
`clone()` → `Vector3`	Returns a copy of this vector
`copyFrom(src: Vector3)`	Copies the x, y, z components of src into this vector
`compareTo(other: Vector3)` → `int`	Compares this vector with other; returns a negative, zero, or positive integer
`sin()` → `Vector3`	Returns a vector with each component set to the sine of the corresponding component
`cos()` → `Vector3`	Returns a vector with each component set to the cosine of the corresponding component
`parse(s: String)` → `Vector3`	Parses a string representation and returns the corresponding Vector3

Vector3

Overview

Properties

Methods

See Also