defined the symbols a,b,g and part of the method
setting s to zero
looped it from -j to j+1
r = Rotation.D(j,m,mp,a,b,g)
Here in the loop I have used a,b,g so when qapply is applied it calls the
function which has this loop and then prints out in terms of a,b,g.
If I define the symbols alpha,beta and gamma , called the function and it
does not depend on the parameters passed from the function below.i.e.,
alpha , beta , gamma
m = qapply(Rotation(alpha,beta,gamma)*JzKet(1,1)).doit()
How do I relate the parameters passed to that in the loop of the method
Introduced inputs in the function for a,b,g but that is not the way it is
to be done so any ideas on this ?? Is this the way it to be done or any
other method ?? Thanks
On Sun, Feb 24, 2013 at 3:52 AM, Sean Vig <[email protected]> wrote:
> Amit,
>
> There is JzOp which does take a parameter, and Jz is JzOp("J"). The
> parameters for the Rotation operator are the Euler angles that define the
> rotation. I'm not sure if you need to know anything about the angles or
> what parameters are used to modify qapply. You should be able to look at
> the Rotation operator test to figure out what the output should look like
> for various parameters.
>
> Sean
> On Feb 23, 2013 2:00 PM, "Amit" <[email protected]> wrote:
>
>> Hi,
>> I have written a method for qapply to act on rotation operator.The
>> confusion I have is the other Spin Operators do not take in the
>> parameters as Rotation does.For example
>>
>> qapply(Jz * JzKet(1,-1)).doit()
>> −ℏ|1,−1⟩
>>
>> no parameters as such
>>
>> for rotation operator
>>
>> qapply(Rotation(alpha,beta,gamma) * JzKet(1,1))
>>
>> and for the method that i have written the output is dependent on
>> alpha,beta and gamma.
>>
>> Now how do I use this general alpha beta gamma in the method that i
>> have defined
>>
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