Input parameter for Standard mode
=================================

We show the following example of the input file.

.. literalinclude:: ../../../samples/Wannier/Sr2VO4/stan.in

The input parameters for the Standard mode to perform calculation
of the downfolded model are as follows: 
                    
* ``lattice = "wannier90"``

* ``cutoff_t``, ``cutoff_u``, ``cutoff_j``

   **Type :** float

   **Default :** ``1.0e-8``

   The cutoff for the hopping, Coulomb, exchange integrals.
   We ignore these integrals smaller than cutoffs.

* ``cutoff_tW``, ``cutoff_tL``, ``cutoff_tH``
* ``cutoff_UW``, ``cutoff_UL``, ``cutoff_UH``
* ``cutoff_JW``, ``cutoff_JL``, ``cutoff_JH``

   **Type :** Integer

   **Default :**  Including all range

   The cutoff for the hopping, Coulomb, exchange integrals.
   We ignore these integrals that have lattice vector :math:`{\bf R}`
   larger than these values.

* ``cutoff_length_t``, ``cutoff_length_U``, ``cutoff_length_J``

   **Type :** float

   **Default :** -1.0 (Including all range)

   The cutoff for the hopping, Coulomb, exchange integrals.
   We ignore these integrals whose distance is longer than this value.
   Its distance id computed with the position of the Wannier center and
   unit lattice vectors.

*  ``W``, ``L``, ``Height``
*  ``a0W``, ``a0L``, ``a0H``, ``a1W``, ``a1L``, ``a1H``, ``a2W``, ``a2L``, ``a2H``
*  ``Wsub``, ``Lsub``, ``Hsub``
*  ``a0Wsub``, ``a0Lsub``, ``a0Hsub``, ``a1Wsub``, ``a1Lsub``, ``a1Hsub``, ``a2Wsub``, ``a2Lsub``, ``a2Hsub``

   The third dimension appears.