def update_forwarded_offer_trade_original_info(self, trade_original_info,
market_offer):
if not trade_original_info:
return None
original_bid_rate, bid_rate, trade_rate_source = trade_original_info
trade_bid_info = TradeBidInfo(
original_bid_rate=original_bid_rate,
propagated_bid_rate=bid_rate,
original_offer_rate=market_offer.original_offer_price /
market_offer.energy,
propagated_offer_rate=market_offer.energy_rate,
trade_rate=trade_rate_source)
return trade_bid_info
def match_offers_bids(self):
if not (self.current_tick_in_slot + 1) % int(
self.mcp_update_point) == 0:
return
clearing = self._perform_pay_as_clear_matching()
if clearing is None:
return
clearing_rate, clearing_energy = clearing
if clearing_energy > 0:
log.info(f"Market Clearing Rate: {clearing_rate} "
f"||| Clearing Energy: {clearing_energy} "
f"||| Clearing Market {self.name}")
self.state.clearing[self.now] = (clearing_rate, clearing_energy)
matchings = self._create_bid_offer_matchings(clearing_energy,
self.sorted_offers,
self.sorted_bids)
for index, match in enumerate(matchings):
offer = match.offer
bid = match.bid
assert math.isclose(match.offer_energy, match.bid_energy)
selected_energy = match.offer_energy
original_bid_rate = bid.original_bid_price / bid.energy
propagated_bid_rate = bid.energy_rate
offer_original_rate = offer.original_offer_price / offer.energy
offer_propagated_rate = offer.energy_rate
trade_rate_original = self.fee_class.calculate_original_trade_rate_from_clearing_rate(
original_bid_rate, propagated_bid_rate, clearing_rate)
trade_bid_info = TradeBidInfo(
original_bid_rate=original_bid_rate,
propagated_bid_rate=propagated_bid_rate,
original_offer_rate=offer_original_rate,
propagated_offer_rate=offer_propagated_rate,
trade_rate=trade_rate_original)
bid_trade, trade = self.accept_bid_offer_pair(
bid, offer, clearing_rate, trade_bid_info, selected_energy)
if trade.residual is not None or bid_trade.residual is not None:
matchings = self._replace_offers_bids_with_residual_in_matching_list(
matchings, index + 1, trade, bid_trade)
def match_offers_bids(self):
while len(self._perform_pay_as_bid_matching()) > 0:
for bid, offer in self._perform_pay_as_bid_matching():
selected_energy = bid.energy if bid.energy < offer.energy else offer.energy
original_bid_rate = bid.original_bid_price / bid.energy
matched_rate = bid.energy_rate
trade_bid_info = TradeBidInfo(
original_bid_rate=original_bid_rate,
propagated_bid_rate=bid.price/bid.energy,
original_offer_rate=offer.original_offer_price/offer.energy,
propagated_offer_rate=offer.price/offer.energy,
trade_rate=original_bid_rate)
self.accept_bid_offer_pair(bid, offer, matched_rate,
trade_bid_info, selected_energy)
def match_offers_bids(self):
# TODO: Please reintegrate when merging this PR
# https://github.com/gridsingularity/d3a/pull/584
# while len(self._perform_pay_as_bid_matching()) > 0:
for bid, offer in self._perform_pay_as_bid_matching():
selected_energy = bid.energy if bid.energy < offer.energy else offer.energy
original_bid_rate = bid.original_bid_price / bid.energy
matched_rate = bid.price / bid.energy
trade_bid_info = TradeBidInfo(
original_bid_rate=original_bid_rate,
propagated_bid_rate=bid.price / bid.energy,
original_offer_rate=offer.original_offer_price / offer.energy,
propagated_offer_rate=offer.price / offer.energy,
trade_rate=original_bid_rate)
self.accept_bid_offer_pair(bid, offer, matched_rate,
trade_bid_info, selected_energy)