Node Vector Math

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• Blender reference

• api reference

• geonodes name: VectorMath

• bl_idname: ShaderNodeVectorMath

from geonodes import nodes

node = nodes.VectorMath(vector0=None, vector1=None, vector2=None, scale=None, operation='ADD')

Args:

Input socket arguments:

• vector0: Vector

• vector1: Vector

• vector2: Vector

• scale: Float

Node parameter arguments:

• operation (str): default = ‘ADD’ in (‘ADD’, ‘SUBTRACT’, ‘MULTIPLY’, ‘DIVIDE’, ‘MULTIPLY_ADD’, ‘CROSS_PRODUCT’, ‘PROJECT’, ‘REFLECT’, ‘REFRACT’, ‘FACEFORWARD’, ‘DOT_PRODUCT’, ‘DISTANCE’, ‘LENGTH’, ‘SCALE’, ‘NORMALIZE’, ‘ABSOLUTE’, ‘MINIMUM’, ‘MAXIMUM’, ‘FLOOR’, ‘CEIL’, ‘FRACTION’, ‘MODULO’, ‘WRAP’, ‘SNAP’, ‘SINE’, ‘COSINE’, ‘TANGENT’)

Output sockets:

• vector : Vector

• value : Float

Implementation

Class or method name	Definition
Vector
add	def add(self, vector=None):
subtract	def subtract(self, vector=None):
sub	def sub(self, vector=None):
multiply	def multiply(self, vector=None):
mul	def mul(self, vector=None):
divide	def divide(self, vector=None):
div	def div(self, vector=None):
multiply_add	def multiply_add(self, multiplier=None, addend=None):
mul_add	def mul_add(self, multiplier=None, addend=None):
cross_product	def cross_product(self, vector=None):
cross	def cross(self, vector=None):
project	def project(self, vector=None):
reflect	def reflect(self, vector=None):
refract	def refract(self, vector=None, ior=None):
face_forward	def face_forward(self, incident=None, reference=None):
dot_product	def dot_product(self, vector=None):
dot	def dot(self, vector=None):
distance	def distance(self, vector=None):
length	@property def length(self):
scale	def scale(self, scale=None):
normalize	def normalize(self):
absolute	def absolute(self):
abs	def abs(self):
minimum	def minimum(self, vector=None):
min	def min(self, vector=None):
maximum	def maximum(self, vector=None):
max	def max(self, vector=None):
floor	def floor(self):
ceil	def ceil(self):
fraction	def fraction(self):
fract	def fract(self):
modulo	def modulo(self, vector=None):
wrap	def wrap(self, max=None, min=None):
snap	def snap(self, increment=None):
sine	def sine(self):
sin	def sin(self):
cosine	def cosine(self):
cos	def cos(self):
tangent	def tangent(self):
tan	def tan(self):

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