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Removed the "round" function in the assets' strategies, which could c… #162

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Removed the "round" function in the assets' strategies, which could c… #162

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18 changes: 9 additions & 9 deletions d3a_api_client/setups/asset_api_template.py
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Original file line number Diff line number Diff line change
Expand Up @@ -113,32 +113,32 @@ def on_market_cycle(self, market_info):
load_strategy = []
for i in range(0, ticks):
if i < ticks - 2:
load_strategy.append(round(
load_strategy.append(
FiT_rate - self.asset_strategy[area_uuid]["fee_to_market_maker"] +
(Market_Maker_rate + 2*self.asset_strategy[area_uuid]["fee_to_market_maker"] - FiT_rate) * (i / ticks), 3))
(Market_Maker_rate + 2*self.asset_strategy[area_uuid]["fee_to_market_maker"] - FiT_rate) * (i / ticks))
else:
load_strategy.append(round(
Market_Maker_rate + self.asset_strategy[area_uuid]["fee_to_market_maker"], 3))
load_strategy.append(
Market_Maker_rate + self.asset_strategy[area_uuid]["fee_to_market_maker"])
self.asset_strategy[area_uuid]["buy_rates"] = load_strategy

# Generation strategy
if 'available_energy_kWh' in area_dict["asset_info"]:
gen_strategy = []
for i in range(0, ticks):
if i < ticks - 2:
gen_strategy.append(round(max(0, Market_Maker_rate + self.asset_strategy[area_uuid]["fee_to_market_maker"] -
(Market_Maker_rate + 2*self.asset_strategy[area_uuid]["fee_to_market_maker"] - FiT_rate) * (i / ticks)), 3))
gen_strategy.append(max(0, Market_Maker_rate + self.asset_strategy[area_uuid]["fee_to_market_maker"] -
(Market_Maker_rate + 2*self.asset_strategy[area_uuid]["fee_to_market_maker"] - FiT_rate) * (i / ticks)))
else:
gen_strategy.append(round(max(0, FiT_rate - self.asset_strategy[area_uuid]["fee_to_market_maker"]), 3))
gen_strategy.append(max(0, FiT_rate - self.asset_strategy[area_uuid]["fee_to_market_maker"]))
self.asset_strategy[area_uuid]["sell_rates"] = gen_strategy

# Storage strategy
if 'used_storage' in area_dict["asset_info"]:
batt_buy_strategy = []
batt_sell_strategy = []
for i in range(0, ticks):
batt_buy_strategy.append(round(FiT_rate - self.asset_strategy[area_uuid]["fee_to_market_maker"] + (Med_price - (FiT_rate-self.asset_strategy[area_uuid]["fee_to_market_maker"])) * (i / ticks), 3))
batt_sell_strategy.append(round(Market_Maker_rate+self.asset_strategy[area_uuid]["fee_to_market_maker"] - (Market_Maker_rate+self.asset_strategy[area_uuid]["fee_to_market_maker"] - Med_price) * (i / ticks), 3))
batt_buy_strategy.append(FiT_rate - self.asset_strategy[area_uuid]["fee_to_market_maker"] + (Med_price - (FiT_rate-self.asset_strategy[area_uuid]["fee_to_market_maker"])) * (i / ticks))
batt_sell_strategy.append(Market_Maker_rate+self.asset_strategy[area_uuid]["fee_to_market_maker"] - (Market_Maker_rate+self.asset_strategy[area_uuid]["fee_to_market_maker"] - Med_price) * (i / ticks))
self.asset_strategy[area_uuid]["buy_rates"] = batt_buy_strategy
self.asset_strategy[area_uuid]["sell_rates"] = batt_sell_strategy

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