Difference between revisions of "Fpl2rho.m"

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(Created page with "Integrates over the spatial degrees of freedom and returns the average spin state vector across the sample. Syntax: rho=fpl2rho(rho,dims) Parameters: ...")
 
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Integrates over the spatial degrees of freedom and returns the
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{{DISPLAYTITLE:function.m}} __NOTOC__
average spin state vector across the sample. Syntax:
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Returns the average of the spin state vector across the spatial dimensions of the sample.
  
                    rho=fpl2rho(rho,dims)
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==Syntax==
  
Parameters:
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    rho=fpl2rho(rho,dims)
  
            rho  - Fokker-Planck state vector
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==Arguments==
  
          dims  - spatial dimensions of the  
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      rho  - Fokker-Planck state vector
                    Fokker-Planck problem
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    dims  - spatial dimensions of the  
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              Fokker-Planck problem, a
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              vector of positive integers
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==Outputs==
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    rho  - Liouville space state vector
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==See also==
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[[fpl2phan.m]], [[v2fplanck.m]], [[hydrodynamics.m]], [[imaging.m]]
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''Version 2.3, authors: [[Ilya Kuprov]]''

Revision as of 16:41, 27 December 2018

Returns the average of the spin state vector across the spatial dimensions of the sample.

Syntax

    rho=fpl2rho(rho,dims)

Arguments

     rho   - Fokker-Planck state vector

    dims   - spatial dimensions of the 
             Fokker-Planck problem, a
             vector of positive integers

Outputs

    rho   - Liouville space state vector

See also

fpl2phan.m, v2fplanck.m, hydrodynamics.m, imaging.m


Version 2.3, authors: Ilya Kuprov