negmas.negotiators Package

This module defines the interfaces to all negotiation agents (negotiators) in negmas.

Classes

NegotiatorInfo(negotiator, context)	The return type of negmas.negotiators Package member of Controller.
Negotiator([name, preferences, ufun, ...])	Abstract negotiation agent.
Controller([default_negotiator_type, ...])	Controls the behavior of multiple negotiators in multiple negotiations.
ControlledNegotiator([name, preferences, ...])	A negotiator that can be used to pass all method calls to a parent (Controller).
Component(negotiator)	A component that can be added to a ModularNegotiator
EvaluatorNegotiator(*args, **kwargs)	A negotiator that can be asked to evaluate outcomes using its internal ufun.
RealComparatorNegotiator(*args, **kwargs)	A negotiator that can be asked to evaluate outcomes using its internal ufun.
BinaryComparatorNegotiator(*args, **kwargs)	A negotiator that can be asked to compare two outcomes using is_better.
NLevelsComparatorNegotiator(*args[, thresholds])	A negotiator that can be asked to compare two outcomes using compare_nlevels which returns the strength of the difference between two outcomes as an integer from [-n, n] in the C compare sense.
RankerNegotiator(*args, **kwargs)	A negotiator that can be asked to rank outcomes.
RankerWithWeightsNegotiator(*args, **kwargs)	A negotiator that can be asked to rank outcomes returning rank and weight.
SorterNegotiator(*args, **kwargs)	A negotiator that can be asked to rank outcomes returning rank without weight.
TimeCurve(*args, **kwargs)	Models a time-curve mapping relative timge (going from 0.0 to 1.0) to a utility range to use
Aspiration(*args, **kwargs)	A monotonically decreasing time-curve
PolyAspiration(max_aspiration, aspiration_type)	A polynomially conceding curve
ExpAspiration(max_aspiration, aspiration_type)	An exponential conceding curve
ModularNegotiator(*args, components[, ...])	A generic modular negotiator that can combine multiple negotiation Component s.

Class Inheritance Diagram