NewWavefunction

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====== NewWavefunction ======

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//NewWavefunction(Nf, Nb, DeterminantTable)// creates a wave-function with //Nf// fermions and //Nb// bosons as a sum over determinants given by the determinant table. Determinant Table is of the form of a string of 1's and 0's followed by a prefactor, for example: //{{"100000",math.sqrt(1/2)}, ...}//. NewWavefunction can take a forth element specifying options.
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===== Input =====

  * Nf : Integer
  * Nb : Integer
  * Determinant Table : Table of tables containing the determinant in terms of 1's and 0's specifying occupied and unoccupied Fermions followed by a real or complex prefactor.
  * Possible options are
    * "Name" a string specifying the name of the wavefunction
    * "NBitsKey" a list of integers specifying the number of bits in the key used for the hash lookup tables. For optimal performance 2<sup>NBitsKey</sup> should be about 1.5 times larger than the maximum number of determinants encountered in the wavefunction.
 

===== Output =====

  * psi : Wavefunction


===== Example =====

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This example defines a new wave-function with one electron on a basis of six spin-orbitals. The state contains two determinants. After the state is defined we print the state.
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==== Input ====



==== Result ====



===== Table of contents =====

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