def main():
'''
Main function
'''
ore = EveOnlineManufacturingJob(DATA_ACCESS_OBJECT)
reproc_mat_list = ore.get_mineral_matrix_adjusted(sec_status_low_limit=0.9,
fclt_base_yield=0.54,
rprcs_skill_lvl=5,
rprcs_eff_skill_lvl=5,
mtrl_spcfc_prcs_skill_lvl=5,
implant_bonus=0)
# for simplyfication we filter ore list
reproc_mat_list_filtered = {}
reproc_mat_list_filtered[DATA_ACCESS_OBJECT.get_inv_type(type_name='Veldspar')['type_id']] = reproc_mat_list[DATA_ACCESS_OBJECT.get_inv_type(type_name='Veldspar')['type_id']]
# reproc_mat_list_filtered[DATA_ACCESS_OBJECT.get_inv_item(type_name='Plagioclase')['type_id']] = reproc_mat_list[DATA_ACCESS_OBJECT.get_inv_item(type_name='Plagioclase')['type_id']]
# reproc_mat_list_filtered[DATA_ACCESS_OBJECT.get_inv_item(type_name='Scordite')['type_id']] = reproc_mat_list[DATA_ACCESS_OBJECT.get_inv_item(type_name='Scordite')['type_id']]
reproc_mat_list_filtered[DATA_ACCESS_OBJECT.get_inv_type(type_name='Pyroxeres')['type_id']] = reproc_mat_list[DATA_ACCESS_OBJECT.get_inv_type(type_name='Pyroxeres')['type_id']]
reproc_mat_list = reproc_mat_list_filtered
# define mineral amounts we want to get refining the ores
mineral_amounts_desired={}
mineral_amounts_desired[DATA_ACCESS_OBJECT.get_inv_type(type_name='Tritanium')['type_id']] = 200
mineral_amounts_desired[DATA_ACCESS_OBJECT.get_inv_type(type_name='Nocxium')['type_id']] = 1
# mineral_amounts_desired[DATA_ACCESS_OBJECT.get_inv_item(type_name='Pyerite')['type_id']] = 160
# mineral_amounts_desired[DATA_ACCESS_OBJECT.get_inv_item(type_name='Mexallon')['type_id']] = 80
# define variables for building matrices
list_of_mineral_matrices = []
mineral_amounts_desired_matrix = []
ore_quantity_matrix = []
# build matrices for linear programming
for k_ore,v_minerals in reproc_mat_list.iteritems():
min_quantity_list = [-float(quant) for quant in v_minerals.values()]
list_of_mineral_matrices.append(min_quantity_list)
ore_quantity_matrix.append(float(1.0))
min_id_list = v_minerals.keys()
for min_id in min_id_list:
if (min_id not in mineral_amounts_desired.keys()):
mineral_amounts_desired_matrix.append(float(0.0))
else:
mineral_amounts_desired_matrix.append(-float(mineral_amounts_desired[min_id]))
A = matrix(list_of_mineral_matrices)
b = matrix(mineral_amounts_desired_matrix)
c = matrix(ore_quantity_matrix)
printing.options['dformat'] = '%.1f'
printing.options['width'] = -1
print A
print b
print c
sol=solvers.lp(c,A,b)
print(sol['x'])
def setUp(self):
'''
Set up of test
'''
self.db_access_obj = DBAccessSQLite(self.DATA_FILE)
self.data_access = EveDB(self.db_access_obj)
self.eve_item_manufacturing = EveOnlineManufacturingJob(self.data_access,
type_name=self.BUILD_PRODUCT_NAME)
class Test(unittest.TestCase):
'''
Unit test for class EveItemManufacturing
'''
DATA_FILE = '../data/eve.db'
eve_item_manufacturing = None
BUILD_PRODUCT_NAME = 'Ark'
BUILD_PRODUCT_RUNS = 1
BUILD_PRODUCT_ME = 5
BUILD_PRODUCT_TE = 0
maxDiff = None
def setUp(self):
'''
Set up of test
'''
self.db_access_obj = DBAccessSQLite(self.DATA_FILE)
self.data_access = EveDB(self.db_access_obj)
self.eve_item_manufacturing = EveOnlineManufacturingJob(self.data_access,
type_name=self.BUILD_PRODUCT_NAME)
def tearDown(self):
'''
Tear down of test
'''
self.db_access_obj.close()
def test_get_item(self):
'''
Get item
'''
self.eve_item_manufacturing.get_item(type_name="Providence")
self.failUnlessEqual("Providence",
self.eve_item_manufacturing.type_name)
def test_get_manufacturing_job_list(self):
'''
Obtain list of manufacturing jobs
'''
job_list = ['Ark',
'Capital Jump Drive',
'Capital Radar Sensor Cluster',
'Capital Linear Shield Emitter',
'Capital Antimatter Reactor Unit',
'Capital Nanoelectrical Microprocessor',
'Capital Tungsten Carbide Armor Plate',
'R.A.M.- Starship Tech',
'Providence',
'Capital Propulsion Engine',
'Capital Cargo Bay',
'Capital Construction Parts',
'Capital Armor Plates',
'Capital Tesseract Capacitor Unit',
'Capital Fusion Thruster']
self.eve_item_manufacturing.get_item(type_name="Ark")
self.eve_item_manufacturing.blueprint_me_level = self.BUILD_PRODUCT_ME
self.eve_item_manufacturing.manufacturing_runs = self.BUILD_PRODUCT_RUNS
self.eve_item_manufacturing.manufacturing_data_calculate()
self.failUnlessEqual(job_list,
[job.type_name for job in self.eve_item_manufacturing.get_manufacturing_job_list()])
def test_get_manufacturing_job_list_with_assets(self):
'''
Get manufacturing job list, with assets
'''
job_list = ['Ark',
'Capital Radar Sensor Cluster',
'Capital Linear Shield Emitter',
'Capital Antimatter Reactor Unit',
'Capital Nanoelectrical Microprocessor',
'Capital Tungsten Carbide Armor Plate',
'R.A.M.- Starship Tech',
'Providence',
'Capital Propulsion Engine',
'Capital Cargo Bay',
'Capital Construction Parts',
'Capital Armor Plates',
'Capital Tesseract Capacitor Unit',
'Capital Fusion Thruster']
assets = {21025: 29} # 21025: Capital Jump Drive
self.eve_item_manufacturing.get_item(type_name="Ark")
self.eve_item_manufacturing.blueprint_me_level = self.BUILD_PRODUCT_ME
self.eve_item_manufacturing.manufacturing_runs = self.BUILD_PRODUCT_RUNS
self.eve_item_manufacturing.asset_list = assets
self.eve_item_manufacturing.manufacturing_data_calculate()
self.failUnlessEqual(job_list,
[job.type_name for job in self.eve_item_manufacturing.get_manufacturing_job_list()])
def test_get_material_list(self):
'''
Get material list
'''
material_list = {16672: 11401167.0, 16678: 2976997.0, 34: 133069643.0, 35: 19441019.0, 36: 7163272.0, 37: 1089400.0, 38: 314014.0, 39: 51734.0, 40: 41236.0, 16681: 40084.0, 16682: 13904.0, 11399: 3563.0, 33360: 44176.0, 16680: 76090.0, 3828: 2138.0, 16679: 1115444.0, 16683: 13673.0, 17317: 16258.0}
assets = {39: 51732} # 39: Zydrine
self.eve_item_manufacturing.get_item(type_name="Ark")
self.eve_item_manufacturing.blueprint_me_level = self.BUILD_PRODUCT_ME
self.eve_item_manufacturing.manufacturing_runs = self.BUILD_PRODUCT_RUNS
self.eve_item_manufacturing.asset_list = assets
self.eve_item_manufacturing.manufacturing_data_calculate()
self.failUnlessEqual(material_list,
self.eve_item_manufacturing.get_manufacturing_material_list())
def test_get_material_list_with_assets(self):
'''
Get material list with assets
'''
material_list = {16672: 11401167.0, 16678: 2976997.0, 34: 133069643.0, 35: 19441019.0, 36: 7163272.0, 37: 1089400.0, 38: 314014.0, 39: 103466.0, 40: 41236.0, 16681: 40084.0, 16682: 13904.0, 11399: 3563.0, 33360: 44176.0, 16680: 76090.0, 3828: 2138.0, 16679: 1115444.0, 16683: 13673.0, 17317: 16258.0}
self.eve_item_manufacturing.get_item(type_name="Ark")
self.eve_item_manufacturing.blueprint_me_level = self.BUILD_PRODUCT_ME
self.eve_item_manufacturing.manufacturing_runs = self.BUILD_PRODUCT_RUNS
self.eve_item_manufacturing.manufacturing_data_calculate()
self.failUnlessEqual(material_list,
self.eve_item_manufacturing.get_manufacturing_material_list())
def test_get_manufacturing_job_by_id(self):
'''
Get manufacturing job by ID
'''
self.eve_item_manufacturing.get_item(type_name="Ark")
self.eve_item_manufacturing.blueprint_me_level = self.BUILD_PRODUCT_ME
self.eve_item_manufacturing.manufacturing_runs = self.BUILD_PRODUCT_RUNS
self.eve_item_manufacturing.manufacturing_data_calculate()
job_name = "Capital Jump Drive"
self.failUnlessEqual(job_name,
self.eve_item_manufacturing.get_manufacturing_job_by_id(type_id=21025).type_name)
def test_get_manufacturing_job_by_name(self):
'''
Get manufacturing job by manufactured item name
'''
self.eve_item_manufacturing.get_item(type_name="Ark")
self.eve_item_manufacturing.blueprint_me_level = self.BUILD_PRODUCT_ME
self.eve_item_manufacturing.manufacturing_runs = self.BUILD_PRODUCT_RUNS
self.eve_item_manufacturing.manufacturing_data_calculate()
job_id = 21025
self.failUnlessEqual(job_id,
self.eve_item_manufacturing.get_manufacturing_job_by_name(type_name="Capital Jump Drive").type_id)
def main():
'''
Main function for testing the classes
'''
building_job_chain = EveOnlineManufacturingJob(DATA_ACCESS_OBJECT,
type_name=BUILD_PRODUCT_NAME,
blueprint_me_level=BUILD_PRODUCT_ME,
manufacturing_runs=BUILD_PRODUCT_RUNS,
assembly_line_type_name=BUILD_FACILITY)
if building_job_chain.is_buildable() == False:
print ("Can not build this item.")
exit()
# generate manufacturing job tree
building_job_chain.manufacturing_data_calculate()
# set facility for all jobs
manufacturing_job_list = building_job_chain.get_manufacturing_job_list()
for job in manufacturing_job_list:
if job.type_name[0:7] == 'Capital':
job.blueprint_me_level = 10
job.assembly_line = EveOnlineRamAssemblyLineTypes(DATA_ACCESS_OBJECT,
assembly_line_type_name='STATION manufacturing')
# Recalculate after setting facility
asset_dict = create_asset_list(ASSETS_LIST)
building_job_chain.asset_list = asset_dict
building_job_chain.manufacturing_data_calculate()
manufacturing_job_list = building_job_chain.get_manufacturing_job_list()
for job in manufacturing_job_list:
print ("level: %d, runs %d (produced %d), %s (ME: %d, Facility: %s)" % (job.build_queue_level,
job.manufacturing_runs,
job.blueprint_produced_quantity,
job.type_name,
job.blueprint_me_level,
job.assembly_line.assembly_line_type_name
))
print
market = EveMarket(MarketAccessEveCentral())
total_material_cost = 0
for mat_id, quant in building_job_chain.get_manufacturing_material_list().iteritems():
e_material_item = EveOnlineManufacturingJob(DATA_ACCESS_OBJECT,
type_id=mat_id)
mat_price = market.get_price(type_id=mat_id,
solar_system_id=30000142,
price_type='buy',
price_param='max')
mat_cost = (mat_price * quant)
total_material_cost += mat_cost
print "%s\tQuantity: %s\tPrice: %s\tCost: %s" % (e_material_item.type_name,
locale.format("%d", quant, grouping=True),
locale.format("%.2f", mat_price, grouping=True),
locale.format("%d", mat_cost, grouping=True))
print ("\nCost total: %s\n" % locale.format("%d", total_material_cost, grouping=True))
manufacturing_product_price = market.get_price(type_id=building_job_chain.type_id,
solar_system_id=30000142,
price_type='sell',
price_param='min')
total_income = manufacturing_product_price * \
building_job_chain.blueprint_produced_quantity * \
building_job_chain.manufacturing_runs
produced_quantity = building_job_chain.blueprint_produced_quantity * \
building_job_chain.manufacturing_runs
profit = total_income - total_material_cost
print ("Total material cost:\t%s\nSell price:\t%s\nProduced quantity:\t%s\nSelling product income:\t%s\nProfit:\t%s" % (locale.format("%d", total_material_cost, grouping=True),
locale.format("%d", manufacturing_product_price, grouping=True),
locale.format("%d", produced_quantity, grouping=True),
locale.format("%d", total_income, grouping=True),
locale.format("%d", profit, grouping=True)))
# refining_type = EveOnlineInvType(DATA_ACCESS_OBJECT,
# type_name="White Glaze")
#
# refining_list = DATA_ACCESS_OBJECT.get_lst_mat_for_rfn(type_id=refining_type.type_id)
# print ("Refining list for %s:" % (refining_type.type_name))
#
# for mat in refining_list:
# print ("material: %s, quantity: %d" % (DATA_ACCESS_OBJECT.get_inv_type(mat['material_type_id'])['type_name'],
# mat['quantity']))
print json.dumps(building_job_chain.get_manufacturing_job_parameter_list(),
indent=2)