def rep_scordite(volume, unit="m3", efficiency=0.691, type="N"):
# type is "N" normal, "C" condensed, "M" Massive
# unit can be "m3" volume, or "n" number
if unit == "m3":
n_units = floor(volume / 0.3)
if unit == "n":
n_units = volume
process_batch = floor(n_units / 100)
# Number of minerals reprocessed from a bath of 100 minerals:
# https://wiki.eveuniversity.org/Asteroids_and_ore#Ore_Chart
process_dict = {'TRI': process_batch * 346, 'PYE': process_batch * 173}
if type == "C":
for key, value in process_dict.items():
process_dict[key] = floor(value * 1.05)
if type == "M":
for key, value in process_dict.items():
process_dict[key] = floor(value * 1.10)
for key, value in process_dict.items():
process_dict[key] = floor(value * efficiency)
sell_prices = []
for key, value in process_dict.items():
# mineralID gives the typeID of the mineral abbreviation,
# amarr_price_now with type = "sell" gives me best buy order in Amarr
sell_price = amarr_price_now(mineralID(key), type="sell") * value
sell_prices.append(round(sell_price))
total_value = sum(sell_prices)
return (total_value)
def sell_kernite(volume, unit="m3", type="N"):
# type is "N" normal, "F" fiery, "L" luminous
# unit can be "m3" volume, or "n" number
if unit == "m3":
n_units = floor(volume / 1.2)
if unit == "n":
n_units = volume
if type == "N":
ID_ = 20
if type == "F":
ID_ = 17453
if type == "L":
ID_ = 17452
sell_price = amarr_price_now(ID=ID_, type="sell") * n_units
return (round(sell_price))
def sell_scordite(volume, unit="m3", type="N"):
# type is "N" normal, "C" condensed, "M" Massive
# unit can be "m3" volume, or "n" number
if unit == "m3":
n_units = floor(volume / 1.2)
if unit == "n":
n_units = volume
if type == "N":
ID_ = 1228
if type == "C":
ID_ = 17463
if type == "M":
ID_ = 17464
sell_price = amarr_price_now(ID=ID_, type="sell") * n_units
return (round(sell_price))
def sell_veldspar(volume, unit="m3", type="N"):
# type is "N" normal, "C" concentrated, "D" Dense
# unit can be "m3" volume, or "n" number
if unit == "m3":
n_units = floor(volume / 1.2)
if unit == "n":
n_units = volume
if type == "N":
ID_ = 1230
if type == "C":
ID_ = 17470
if type == "D":
ID_ = 17471
sell_price = amarr_price_now(ID=ID_, type="sell") * n_units
return (round(sell_price))
def sell_pyro(volume, unit="m3", type="N"):
# type is "N" normal, "S" solid, "V" viscous
# unit can be "m3" volume, or "n" number
if unit == "m3":
n_units = floor(volume / 1.2)
if unit == "n":
n_units = volume
if type == "N":
ID_ = 1224
if type == "S":
ID_ = 17459
if type == "V":
ID_ = 17460
sell_price = amarr_price_now(ID=ID_, type="sell") * n_units
return (round(sell_price))
def sell_pyro(volume, unit="m3", type="N"):
# type is "N" normal, "S" solid, "V" viscous
# unit can be "m3" volume, or "n" number
if unit == "m3":
n_units = floor(volume / 1.2)
if unit == "n":
n_units = volume
if type == "N":
ID_ = 1224
if type == "S":
ID_ = 17459
if type == "V":
ID_ = 17460
sell_price = amarr_price_now(ID=ID_, type="sell") * n_units
return (round(sell_price))
# Worth most is kernite to sell, then any type of pyroxeres to reprocess