import copy
def demo(family: Family, goods: set):
family1 = copy.copy(family)
family1.name = "Group 1"
family2 = copy.copy(family)
family2.name = "Group 2"
utils.demo(twothirds_protocol.allocate, [family1, family2], goods)
print("\n")
twothirds_protocol.logger.setLevel(logging.INFO)
# Define fairness criteria:
fairness_1_of_best_2 = fairness_criteria.OneOfBestC(2)
goods = "vwxyz"
family1 = Family([
BinaryAgent("wx", 2),
BinaryAgent("xy", 1),
BinaryAgent("yz", 5),
BinaryAgent("zw", 3)
], fairness_1_of_best_2)
demo(family1, "wxyz")
family2 = Family(
[BinaryAgent("wz", 2), BinaryAgent("zy", 3)], fairness_1_of_best_2)
demo(family2, "wxyz")
family3 = Family([
Demonstration of the RWAV protocol - Round-Robin with Approval Voting - for two families.
See: https://arxiv.org/abs/1709.02564 subsection 5.4 for details.
"""
import fairness_criteria, rwav_protocol, logging
from agents import BinaryAgent
from families import Family
from utils import demo
rwav_protocol.logger.setLevel(logging.INFO)
rwav_protocol.choose_good.logger.setLevel(logging.INFO)
rwav_protocol.member_weight.logger.setLevel(logging.INFO)
# define fairness criteria:
fairness_1_of_best_3 = fairness_criteria.OneOfBestC(c=3)
# Define families:
family1 = Family([
BinaryAgent("vx", 2),
BinaryAgent("vxy", 1),
BinaryAgent("wxyz", 5),
BinaryAgent("zwv", 3)
],
fairness_1_of_best_3,
name="Group 1")
family2 = Family(
[BinaryAgent("wxy", 2), BinaryAgent("vzx", 3)],
fairness_1_of_best_3,
name="Group 2")
family3 = Family([