Pyfrontier.solver package
Module contents
- class Pyfrontier.solver.AdditiveSolver(frontier, DMUs, x_weight, y_weight, n_jobs=1)[source]
Bases:
BaseSolver- apply()[source]
- Return type:
List[AdditiveResult]
- class Pyfrontier.solver.EnvelopeSolver(orient, frontier, DMUs, uncontrollable_index=[], is_super_efficiency=False, n_jobs=1)[source]
Bases:
BaseSolverAI is creating summary for __init__
- Parameters:
orient (str) – [description]
frontier (str) – [description]
DMUs ([type]) – [description]
- apply()[source]
- Return type:
List[EnvelopResult]
- class Pyfrontier.solver.MultipleSolver(orient, frontier, DMUs, assurance_region, bound=0.0, n_jobs=1)[source]
Bases:
BaseSolverAI is creating summary for __init__
- Parameters:
orient (str) – [description]
frontier (str) – [description]
DMUs ([type]) – [description]
- apply()[source]
- Return type:
List[MultipleResult]