def move(
a=('AnyPin', [], {
"enabledOptions":
PinOptions.ArraySupported | PinOptions.AllowAny
}),
v=('VectorPin', MVector()),
):
''' add vector v to a list of vectors a'''
rc = [MVector(av) + v for av in a]
say(rc)
return rc
def move(a=('AnyPin', [], {
'constraint':
'1',
"enabledOptions":
PinOptions.ArraySupported | PinOptions.AllowAny
}),
v=('VectorPin', MVector())):
''' huhuh '''
rc = [MVector(av) + v for av in a]
say(rc)
return rc
def vecZ(Vector=('VectorPin', MVector())):
''' vector coordinate z'''
return Vector.z
def vecY(Vector=('VectorPin', MVector())):
''' vector coordinate y'''
return Vector.y
def vecX(Vector=('VectorPin', MVector())):
''' vector coordinate x'''
return Vector.x
def vecCreate(X=('Float', 0), Y=('Float', 0), Z=('Float', 0)):
''' vector by coordinates X, Y, Z.'''
v = MVector(X, Y, Z)
#say("create vector",v)
return v
def list2Vector(XYZ=('FloatPin', [], {
"enabledOptions": PinOptions.ArraySupported
})):
''' vector by coordinates X, Y, Z.'''
v = MVector(*XYZ)
return v
class Vector(FunctionLibraryBase):
'''doc string for Vector'''
def __init__(self, packageName):
super(Vector, self).__init__(packageName)
@staticmethod
@IMPLEMENT_NODE(returns=('VectorPin', MVector()),
nodeType=NodeTypes.Pure,
meta={
'Category': 'Vector',
'Keywords': ['Vector']
})
def list2Vector(XYZ=('FloatPin', [], {
"enabledOptions": PinOptions.ArraySupported
})):
''' vector by coordinates X, Y, Z.'''
v = MVector(*XYZ)
return v
@staticmethod
@IMPLEMENT_NODE(returns=('VectorPin', MVector()),
nodeType=NodeTypes.Pure,
meta={
'Category': 'Vector',
'Keywords': ['Vector']
})
def vecCreate(X=('Float', 0), Y=('Float', 0), Z=('Float', 0)):
''' vector by coordinates X, Y, Z.'''
v = MVector(X, Y, Z)
#say("create vector",v)
return v
@staticmethod
@IMPLEMENT_NODE(returns=('FloatPin', 0),
nodeType=NodeTypes.Pure,
meta={
'Category': 'Vector',
'Keywords': ['Vector']
})
def vecX(Vector=('VectorPin', MVector())):
''' vector coordinate x'''
return Vector.x
@staticmethod
@IMPLEMENT_NODE(returns=('FloatPin', 0),
nodeType=NodeTypes.Pure,
meta={
'Category': 'Vector',
'Keywords': ['Vector']
})
def vecY(Vector=('VectorPin', MVector())):
''' vector coordinate y'''
return Vector.y
@staticmethod
@IMPLEMENT_NODE(returns=('FloatPin', 0),
nodeType=NodeTypes.Pure,
meta={
'Category': 'Vector',
'Keywords': ['Vector']
})
def vecZ(Vector=('VectorPin', MVector())):
''' vector coordinate z'''
return Vector.z
@staticmethod
@IMPLEMENT_NODE(returns=("FloatPin", 0.0),
meta={
'Category': 'Vector',
'Keywords': ['vector', '|', 'dot', 'product']
})
def vecDotProduct(a=("AnyPin", None, {
"constraint":
"1",
"supportedDataTypes": ["FloatVector4Pin", "VectorPin", "QuatPin"]
}),
b=("AnyPin", None, {
"constraint":
"1",
"supportedDataTypes":
["FloatVector4Pin", "VectorPin", "QuatPin"]
})):
'''Dot product'''
return a.dot(b)
@staticmethod
@IMPLEMENT_NODE(returns=('VectorPin', MVector(1, 2, 3)),
nodeType=NodeTypes.Pure,
meta={
'Category': 'Vector',
'Keywords': ['Vector', '+']
})
def vecAdd(a=('VectorPin', MVector()), b=('VectorPin', MVector())):
'''adds vector a and b'''
return a + b
@staticmethod
@IMPLEMENT_NODE(returns=('VectorPin', MVector()),
nodeType=NodeTypes.Pure,
meta={
'Category': 'Vector',
'Keywords': ['Vector', '-']
})
def vecSubstract(a=('VectorPin', MVector()), b=('VectorPin', MVector())):
'''substracts vector a and b'''
return a - b
@staticmethod
@IMPLEMENT_NODE(returns=('VectorPin', MVector()),
nodeType=NodeTypes.Pure,
meta={
'Category': 'Vector',
'Keywords': ['Vector', '-']
})
def between(a=('VectorPin', MVector()),
b=('VectorPin', MVector()),
m=('Integer', 5)):
'''between vector a and b'''
return a * 0.1 * (10 - m) + b * m * 0.1
@staticmethod
@IMPLEMENT_NODE(returns=('AnyPin', []),
nodeType=NodeTypes.Pure,
meta={
'Category': 'Vector',
'Keywords': ['Vector', '-']
})
def betweenList(a=('AnyPin', [], {
'constraint':
'1',
"enabledOptions":
PinOptions.ArraySupported | PinOptions.AllowAny
}),
b=('AnyPin', [], {
'constraint':
'1',
"enabledOptions":
PinOptions.ArraySupported | PinOptions.AllowAny
}),
m=('Integer', 5)):
'''between list a and b'''
rc = [av * 0.1 * (10 - m) + bv * m * 0.1 for av, bv in zip(a, b)]
return rc
@staticmethod
@IMPLEMENT_NODE(returns=('VectorPin', [MVector()]),
meta={
'Category': 'Vector',
'Keywords': ['Vector', '-']
})
@IMPLEMENT_NODE(returns=('AnyPin', []),
nodeType=NodeTypes.Pure,
meta={
'Category': 'Vector',
'Keywords': ['Vector', '-']
})
def move(
a=('AnyPin', [], {
"enabledOptions":
PinOptions.ArraySupported | PinOptions.AllowAny
}),
v=('VectorPin', MVector()),
):
''' add vector v to a list of vectors a'''
rc = [MVector(av) + v for av in a]
say(rc)
return rc
@staticmethod
@IMPLEMENT_NODE(returns=(
'StringPin',
"workspace",
),
meta={
'Category': 'Document',
'Keywords': []
})
def workspace(
name=('String', "workspace"),
temp=('BoolPin', True),
):
say("workspace called")
return (name)
def between(a=('VectorPin', MVector()),
b=('VectorPin', MVector()),
m=('Integer', 5)):
'''between vector a and b'''
return a * 0.1 * (10 - m) + b * m * 0.1
def vecSubstract(a=('VectorPin', MVector()), b=('VectorPin', MVector())):
'''substracts vector a and b'''
return a - b
def vecAdd(a=('VectorPin', MVector()), b=('VectorPin', MVector())):
'''adds vector a and b'''
return a + b
def vecCreate(X=('FloatPin', 0), Y=('FloatPin', 0), Z=('FloatPin', 0)):
''' vector by coordinates X, Y, Z.'''
v = MVector(X, Y, Z)
return v
