ProbeGetEnergies
ProbeGetEnergies is similar to ProbeGetGroundstateEnergy. The difference is, it does not only return the smallest energy, but all energies of the Laplace or Dirac operator at the input point p in question.
This is basically equivalent to running Eigenvalues[ProbeGetOperator[]@@N[p]].
This method admits no options.
ProbeGetEnergies has the following (non-optional) arguments:
| Argument | Description |
|---|---|
point |
A point in the target space  , which must be represented as a List of d numbers. |
<< BProbeM`
t = PauliMatrix[{1,2,3}];
(* With no selection made, this will compute the Laplace operator *)
ProbeInit[t];
(* prints out the eigenvalues of the Laplace operator at p *)
p={1,0,0};
Print[ ProbeGetEnergies[p] ];
(* easily verify that the methods are a shortcut to the EVs of the operator *)
Eigenvalues[ProbeGetOperator[]@@N[p]]