
__init__(self,
name="Unknown",
xAxis=None,
yAxis=None,
zAxis=None,
coordinate=(None,None,None),
swapSign=(False,False,False),
tType="normal")
This object is initialized with 3 data streams (1xM) which should be
the intesities of each spatial coordinate seen by the sensor in
question. 
source code



setParallelMismatchAngle(self,
wiggleAngle=3.0)
Enter an angle in degrees to define a tolerance on the parallelness
of two lines for determining potential intersection of lines and
planes. 
source code



setHypersphereMismatch(self,
wiggleDistance=25.0)
Enter an angle in degrees to define a tolerance on the parallelness
of two lines for determining potential intersection of lines and
planes. 
source code



triangulate(self,
otherSensor=[None])
Wrapper to pick the correct triangulation machinery. 
source code



__normalTriangulate__(self,
otherSensor=[None])
Assuming the input is normals to 3D planes in 3 space we will
intercept the planes resulting in either points in 3D space or 2D
lines whichever is the most physically interesting. 
source code


Inherited from object :
__delattr__ ,
__format__ ,
__getattribute__ ,
__hash__ ,
__new__ ,
__reduce__ ,
__reduce_ex__ ,
__repr__ ,
__setattr__ ,
__sizeof__ ,
__str__ ,
__subclasshook__
