def test_endow(self):
"""
See capital.trade_utils for description of what a
`trader` and `goods` must look like.
"""
endow(self.trader, self.goods)
self.assertFalse(is_depleted(self.trader["goods"]))
def nature_to_traders(traders, nature):
"""
A func to do the initial endowment from nature to all traders
"""
for trader in traders:
endow(traders[trader], nature)
for good in traders[trader]["goods"]:
if traders[trader]["goods"][good][AMT_AVAIL] != 0:
nature[good]["is_allocated"] = True
print(repr(traders[trader]))
def nature_to_traders(traders, nature):
"""
A func to do the initial endowment from nature to all traders
"""
# before endowment from nature to trader,
# first adjust the good amt by divisibility
amt_adjust(nature)
for trader in traders:
endow(traders[trader], nature)
for good in traders[trader][GOODS]:
if traders[trader][GOODS][good][AMT_AVAIL] != 0:
nature[good][IS_ALLOC] = True
print(repr(traders[trader]))
def nature_to_traders(traders, nature):
"""
A func to do the initial endowment from nature to all traders
"""
for trader in traders:
endow(traders[trader], nature)
for good in nature:
if good not in traders[trader]["goods"]:
traders[trader]["goods"][good] = nature[good].copy()
traders[trader]["goods"][good][AMT_AVAILABLE] = 0
else:
# put attributes other than AMT_AVAILABLE into trader dict
temp_amt = traders[trader]["goods"][good][AMT_AVAILABLE]
traders[trader]["goods"][good] = nature[good].copy()
traders[trader]["goods"][good][AMT_AVAILABLE] = temp_amt
# each trader is given goods and knows all goods in nature
print(repr(traders[trader]))
def allocate_resources(trader, avail_goods):
tu.endow(trader, avail_goods, comp=True, rand=True)
def allocate_resources(trader, avail_goods, equal=False, rand=False):
tu.endow(trader, avail_goods, equal=equal, rand=rand, comp=True)
