DefineHolesAndParticles
Table of Contents
1. Brief description
The algorithm takes a sorted vector of eigenenergies and splits it into a set of two tensors, according to the provided fermiEnergy.
2. Algorithm call
A typical input file snippet to call the DefineHolesAndParticles algorithm is given below.
- name: DefineHolesAndParticles in: eigenEnergies: EigenEnergies out: slicedEigenEnergies: EigenEnergies
4. Algorithm output
| Keyword | Value |
|---|---|
slicedEigenEnergies |
SlicedEigenEnergies |
4.1. Sample stdout
The output of the algorithm provides the number of occupied and virtual states in the calculation.
step: 3, DefineHolesAndParticles number of holes No: 4 number of particles Nv: 36 number of states Np: 40 realtime 0.000832881 s
5. Sample yaml output
floatingPointOperations: 0 flops: 0 in: eigenEnergies: 0x246b298 name: DefineHolesAndParticles out: slicedEigenEnergies: 0x1668178 realtime: 0.001512765