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three.js
tükrözi: https://github.com/tazdij/three.js.git


			
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		<h1>[name]</h1>

		<div class="desc">3D vector.</div>


		<h2>Example</h2>

		<code>var a = new THREE.Vector3( 1, 0, 0 );
		var b = new THREE.Vector3( 0, 1, 0 );

		var c = new THREE.Vector3();
		c.crossVectors( a, b );
		</code>


		<h2>Constructor</h2>


		<h3>[name]( [page:Float x], [page:Float y], [page:Float z] )</h3>
		<div>
		x -- [page:Float] the vector's x value <br />
		y -- [page:Float] the vector's y value <br />
		z -- [page:Float] the vector's z value
		</div>
		<div>
		A 3 dimensional vector
		</div>


		<h2>Properties</h2>

		<h3>.[page:Float x]</h3>

		<h3>.[page:Float y]</h3>

		<h3>.[page:Float z]</h3>


		<h2>Methods</h2>

		<h3>.set( [page:Float x], [page:Float y], [page:Float z] ) [page:Vector3 this]</h3>
		<div>
		Sets value of this vector.
		</div>

		<h3>.setX( [page:Float x] ) [page:Vector3 this]</h3>
		<div>
		Sets x value of this vector.
		</div>

		<h3>.setY( [page:Float y] ) [page:Vector3 this]</h3>
		<div>
		Sets y value of this vector.
		</div>

		<h3>.setZ( [page:Float z] ) [page:Vector3 this]</h3>
		<div>
		Sets z value of this vector.
		</div>

		<h3>.copy( [page:Vector3 v] ) [page:Vector3 this]</h3>
		<div>
		Copies value of *v* to this vector.
		</div>

		<h3>.add( [page:Vector3 v] ) [page:Vector3 this]</h3>
		<div>
		Adds *v* to this vector.
		</div>

		<h3>.addVectors( [page:Vector3 a], [page:Vector3 b] ) [page:Vector3 this]</h3>
		<div>
		Sets this vector to *a + b*.
		</div>

		<h3>.sub( [page:Vector3 v] ) [page:Vector3 this]</h3>
		<div>
		Subtracts *v* from this vector.
		</div>

		<h3>.subVectors( [page:Vector3 a], [page:Vector3 b] ) [page:Vector3 this]</h3>
		<div>
		Sets this vector to *a - b*.
		</div>

		<h3>.multiplyScalar( [page:Float s] ) [page:Vector3 this]</h3>
		<div>
		Multiplies this vector by scalar *s*.
		</div>

		<h3>.divideScalar( [page:Float s] ) [page:Vector3 this]</h3>
		<div>
		Divides this vector by scalar *s*.<br />
		Set vector to *( 0, 0, 0 )* if *s == 0*.
		</div>

		<h3>.negate() [page:Vector3 this]</h3>
		<div>
		Inverts this vector.
		</div>

		<h3>.dot( [page:Vector3 v] ) [page:Float]</h3>
		<div>
		Computes dot product of this vector and *v*.
		</div>

		<h3>.lengthSq() [page:Float]</h3>
		<div>
		Computes squared length of this vector.
		</div>

		<h3>.length() [page:Float]</h3>
		<div>
		Computes length of this vector.
		</div>

		<h3>.lengthManhattan() [page:Float]</h3>
		<div>
		Computes Manhattan length of this vector.<br />
		[link:http://en.wikipedia.org/wiki/Taxicab_geometry]
		</div>

		<h3>.normalize() [page:Vector3 this]</h3>
		<div>
		Normalizes this vector. Transforms this Vector into a Unit vector by dividing the vector by it's length.
		</div>

		<h3>.distanceTo( [page:Vector3 v] ) [page:Float]</h3>
		<div>
		Computes distance of this vector to *v*.
		</div>

		<h3>.distanceToSquared( [page:Vector3 v] ) [page:Float]</h3>
		<div>
		Computes squared distance of this vector to *v*.
		</div>

		<h3>.setLength( [page:Float l] ) [page:Vector3 this]</h3>
		<div>
		Normalizes this vector and multiplies it by *l*.
		</div>

		<h3>.cross( [page:Vector3 v] ) [page:Vector3 this]</h3>
		<div>
		Sets this vector to cross product of itself and *v*.
		</div>

		<h3>.crossVectors( [page:Vector3 a], [page:Vector3 b] ) [page:Vector3 this]</h3>
		<div>
		Sets this vector to cross product of *a* and *b*.
		</div>

		<h3>.setFromMatrixPosition( [page:Matrix4 m] ) [page:Vector3 this]</h3>
		<div>
		Sets this vector extracting position from matrix transform.
		</div>

		<h3>.setFromMatrixScale( [page:Matrix4 m] ) [page:Vector3 this]</h3>
		<div>
		Sets this vector extracting scale from matrix transform.
		</div>

		<h3>.equals( [page:Vector3 v] ) [page:Boolean]</h3>
		<div>
		Checks for strict equality of this vector and *v*.
		</div>

		<h3>.clone() [page:Vector3]</h3>
		<div>
		Clones this vector.
		</div>


		<h3>.clamp([page:Vector3 min], [page:Vector3 max]) [page:Vector3 this]</h3>
		<div>
		min -- [page:Vector3] <br />
		max -- [page:Vector3]
		</div>
		<div>
		If this vector's x, y or z value is greater than the max vector's x, y or z value, it is replaced by the corresponding value. <br /><br />
		If this vector's x, y or z value is less than the min vector's x, y or z value, it is replace by the corresponding value.
		</div>

		<h3>.clampScalar([page:Float min], [page:Float max]) [page:Vector3 this]</h3>
		<div>
		min -- [page:Float] the minimum value the components will be clamped to <br />
		max -- [page:Float] the maximum value the components will be clamped to
		</div>
		<div>
		If this vector's x, y or z values are greater than the max value, they are replaced by the max value. <br />  If this vector's x, y or z values are less than the min value, they are replace by the min value.
		</div>

		<h3>.floor() [page:Vector3]</h3>
		<div>
		The components of the vector are rounded downwards (towards negative infinity) to an integer value.
		</div>

		<h3>.ceil() [page:Vector3]</h3>
		<div>
		The components of the vector are rounded upwards (towards positive infinity) to an integer value.
		</div>

		<h3>.round() [page:Vector3]</h3>
		<div>
		The components of the vector are rounded towards the nearest integer value.
		</div>

		<h3>.roundToZero() [page:Vector3]</h3>
		<div>
		The components of the vector are rounded towards zero (up if negative, down if positive) to an integer value.
		</div>

		<h3>.applyMatrix3([page:Matrix3 m]) [page:Vector3 this]</h3>
		<div>
		m -- [page:Matrix3]
		</div>
		<div>
		Multiplies this vector times a 3 x 3 matrix.
		</div>

		<h3>.applyMatrix4([page:Matrix3 m]) [page:Vector3 this]</h3>
		<div>
		m -- [page:Matrix4]
		</div>
		<div>
		Multiplies this vector by 4 x 3 subset of a Matrix4.
		</div>

		<h3>.projectOnPlane([page:Vector3 planeNormal]) [page:Vector3 this]</h3>
		<div>
		planeNormal -- [page:Vector3 planeNormal] A vector representing a plane normal.
		</div>
		<div>
		Projects this vector onto a plane by subtracting this vector projected onto the plane's normal from this vector.
		</div>

		<h3>.projectOnVector([page:Vector3]) [page:Vector3 this]</h3>
		<div>
		vector -- [page:Vector3]
		</div>
		<div>
		Projects this vector onto another vector.
		</div>

		<h3>.addScalar([page:Float]) [page:Vector3 this]</h3>
		<div>
		s -- [page:Float]
		</div>
		<div>
		Adds a s to this vector.
		</div>

		<h3>.divide([page:Vector3 v]) [page:Vector3 this]</h3>
		<div>
		v -- [page:Vector3]
		</div>
		<div>
		Divides this vector by vector v.
		</div>

		<h3>.min([page:Vector3 v]) [page:Vector3 this]</h3>
		<div>
		v -- [page:Vector3]
		</div>
		<div>
		If this vector's x, y, or z value is less than vector v's x, y, or z value, that value is replaced by the corresponding vector v value.
		</div>

		<h3>.max([page:Vector3 v]) [page:Vector3 this]</h3>
		<div>
		v -- [page:Vector3]
		</div>
		<div>
		If this vector's x, y, or z value is greater than vector v's x, y, or z value, that value is replaced by the corresponding vector v value.
		</div>

		<h3>.setComponent([page:Integer index], [page:Float value]) [page:Vector3 this]</h3>
		<div>
		index -- 0, 1, or 2 <br />
		value -- [page:Float]
		</div>
		<div>
		If index equals 0 the method sets this vector's x value to value <br />
		If index equals 1 the method sets this vector's y value to value <br />
		If index equals 2 the method sets this vector's z value to value
		</div>

		<h3>.transformDirection([page:Matrix4 m]) [page:Vector3 this]</h3>
		<div>
		m -- [page:Matrix4]
		</div>
		<div>
		Transforms the direction of this vector by a matrix (a 3 x 3 subset of a Matrix4) and then normalizes the result.
		</div>

		<h3>.multiplyVectors([page:Vector3 a], [page:Vector3 b]) [page:Vector3 this]</h3>
		<div>
		a -- [page:Vector3] <br />
		b -- [page:Vector3]
		</div>
		<div>
		Sets this vector equal to the result of multiplying vector a by vector b.
		</div>

		<h3>.getComponent([page:Integer index]) [page:Float]</h3>
		<div>
		index -- [page:Integer] 0, 1, or 2
		</div>
		<div>

		Returns the value of the vector component x, y, or z by an index. <br /><br />

		Index 0: x <br />
		Index 1: y <br />
		Index 2: z <br />
		</div>

		<h3>.applyAxisAngle([page:Vector3 axis], [page:Float angle]) [page:Vector3 this]</h3>
		<div>
		axis -- A normalized [page:Vector3] <br />
		angle -- An angle in radians
		</div>
		<div>
		Applies a rotation specified by an axis and an angle to this vector.
		</div>

		<h3>.lerp([page:Vector3 v], [page:Float alpha]) [page:Vector3 this]</h3>
		<div>
		v -- [page:Vector3] <br />
		alpha -- [page:Float] between 0 and 1.
		</div>
		<div>
		Linear Interpolation between this vector and vector v, where alpha is the percent along the line.
		</div>

		<h3>.angleTo([page:Vector3 v]) [page:Float]</h3>
		<div>
		v -- [page:Vector3]
		</div>
		<div>
		Returns the angle between this vector and vector v in radians.
		</div>

		<h3>.setFromMatrixColumn([page:Integer index], [page:Matrix4 matrix]) [page:Vector3 this]</h3>
		<div>
		index -- 0, 1, 2, or 3 <br />
		matrix -- [page:Matrix4]
		</div>
		<div>
		Sets this vector's x, y, and z equal to the column of the matrix specified by the index.
		</div>

		<h3>.reflect([page:Vector3 normal]) [page:Vector3 this]</h3>
		<div>
		normal -- [page:Vector3] the normal to the reflecting plane
		</div>
		<div>
		Reflect incident vector off of plane orthogonal to normal. normal is assumed to have unit length.
		</div>

		<h3>.fromArray([page:Array array]) [page:Vector3 this]</h3>
		<div>
		array -- [page:Array] [x, y, z]
		</div>
		<div>
		Sets the vector's components based on an array formatted like [x, y, z]
		</div>

		<h3>.multiply([page:Vector3 v]) [page:Vector3 this]</h3>
		<div>
		v -- [page:Vector3] <br />
		</div>
		<div>
		Multipies this vector by vector v.
		</div>

		<h3>.applyProjection([page:Matrix4 m]) [page:Vector3 this]</h3>
		<div>
		m -- [page:Matrix4] projection matrix.
		</div>
		<div>
		Multiplies this vector and m, and divides by perspective.
		</div>

		<h3>.toArray() [page:Array]</h3>
		<div>
		Assigns this vector's x value to array[0]. <br />
		Assigns this vector's y value to array[1]. <br />
		Assigns this vector's z value to array[2]. <br />
		Returns the created array.
		</div>

		<h3>.applyEuler([page:Euler euler]) [page:Vector3 this]</h3>
		<div>
		euler -- [page:Euler]
		</div>
		<div>
		Applies euler transform to this vector by converting the [page:Euler] obect to a [page:Quaternion] and applying.
		</div>

		<h3>.applyQuaternion([page:Quaternion quaternion]) [page:Vector3 this]</h3>
		<div>
		quaternion -- [page:Quaternion]
		</div>
		<div>
		Applies a [page:Quaternion] transform to this vector.
		</div>

		<h3>.project( [page:Camera camera] ) [page:Vector3]</h3>
		<div>
		[page:Camera camera] — camera to use in the projection.<br />
		</div>
		<div>
		Projects the vector with the camera.
		</div>

		<h3>.unproject( [page:Camera camera] ) [page:Vector3]</h3>
		<div>
		[page:Camera camera] — camera to use in the projection.<br />
		</div>
		<div>
		Unprojects the vector with the camera.
		</div>

		<h2>Source</h2>

		[link:https://github.com/mrdoob/three.js/blob/master/src/[path].js src/[path].js]
	</body>
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