def generate_xtimes_germ():
global correction_max
global correction_min
global correction_max_bid
global max_possible_bid
settings.correction_max = 1.29
settings.correction_min = 0.79
settings.correction_max_bid = 1.29
settings.max_possible_bid = 60 * settings.correction_max_bid
global iterations
settings.iterations.var = settings.iterations.var
exp2 = export.Exporter(function_name="generate_xtimes_germ")
for i in range(0, settings.iterations.var):
gen.do_the_calc_germ()
exp2.all_rounds_temp()
gen.store_data()
exp2.all_rounds()
exp2.by_compensation()
exp2.howgoodis_RF()
exp2.end_info_log()
def __init__(self, tasklist):
wx.Menu.__init__(self)
self.tasklist = tasklist
self.exporter = export.Exporter(tasklist.list_)
self.ID_JSON = wx.NewId()
self.ID_TSV = wx.NewId()
self.ID_XML = wx.NewId()
self.json = wx.MenuItem(self, self.ID_JSON, "&JSON...",
"Export to JSON format")
self.tsv = wx.MenuItem(self, self.ID_TSV, "&TSV...",
"Export to tab-separated values format")
self.xml = wx.MenuItem(self, self.ID_XML, "&XML...",
"Export to XML format")
self.json.SetBitmap(wxgui_api.get_menu_icon('@file'))
self.tsv.SetBitmap(wxgui_api.get_menu_icon('@file'))
self.xml.SetBitmap(wxgui_api.get_menu_icon('@file'))
self.AppendItem(self.json)
self.AppendItem(self.tsv)
self.AppendItem(self.xml)
wxgui_api.bind_to_menu(self._export_to_json, self.json)
wxgui_api.bind_to_menu(self._export_to_tsv, self.tsv)
wxgui_api.bind_to_menu(self._export_to_xml, self.xml)
def generate_once():
exp = export.Exporter(function_name="generate_once")
gen.do_the_calc()
exp.single_round()
exp.all_rounds_temp()
exp.by_compensation()
exp.end_info_log()
def generate_xtimes():
global iterations
settings.iterations.var = settings.iterations.var
exp2 = export.Exporter(function_name="generate_xtimes")
for i in range(0, settings.iterations.var):
gen.do_the_calc()
exp2.all_rounds_temp()
gen.store_data()
exp2.all_rounds()
exp2.by_compensation()
exp2.end_info_log()
def __init__(self, stepvar='time', record=None, start=0):
# visit stores the names of time sliders as strings (path to database)
# Should ideally take control of this string as soon as database is opened
self.Ts = GetActiveTimeSlider()
self.stepvar = stepvar
self.start =start
# current state variable
self.i = start
self.st = 1
# Give the Step object an Exporter object called exp for saving
self.record = record
self.exp = None
self.tosave = False
if record:
self.exp = export.Exporter(record)
self.tosave = True
def generate_once_germ():
global correction_max
global correction_min
global correction_max_bid
global max_possible_bid
settings.correction_max = 1.29
settings.correction_min = 0.79
settings.correction_max_bid = 1
settings.max_possible_bid = 62 * settings.correction_max_bid
exp = export.Exporter(function_name="generate_once_germ")
gen.do_the_calc_germ()
exp.single_round()
exp.all_rounds_temp()
exp.by_compensation()
exp.end_info_log()
def setup_save(self, record):
self.record = record
self.exp = export.Exporter(record)
self.tosave = True
def generate_specific_combination_germ():
global correction_max
global correction_min
global correction_max_bid
global max_possible_bid
settings.correction_max = 1.29
settings.correction_min = 0.79
settings.correction_max_bid = 1
settings.max_possible_bid = 62
global iterations
settings.iterations.var = settings.iterations.var
density_list = [[250, 650]]
LCOE_base_list = [50]
projectlist = [100]
winners_proportions_list = [0.2, 0.4, 0.6, 0.8, 0.9, 1, 1.1, 1.5]
pdf_list = {"linear": ["", ""]}
el_price_list = [0, 10, 20]
other_fact_list = [0, 10, 20, 30]
"""
"random",
"beta": parameteralfa=pdf_parameter1.var, parameterbeta=pdf_parameter2.var,
"gauss" mean = parameteralfa, sd = parameterbeta
"linear"
"beta_lin"
"""
exp3 = export.Exporter(function_name="generate_specific_combination_germ")
for viii in density_list:
global density_min
global density_max
settings.density_min.var = viii[0]
settings.density_max.var = viii[1]
for vii in LCOE_base_list:
global LCOE_base
settings.LCOE_base = vii
for vi in el_price_list:
global el_price
settings.el_price.var = vi
for v in other_fact_list:
global others_change
settings.others_change.var = v
for iv in projectlist:
global no_projects
settings.no_projects.var = iv
for iii in winners_proportions_list:
global winning_projects
settings.winning_projects.var = round(iii * iv)
for ii in pdf_list:
global pdf
global pdf_parameter1
global pdf_parameter2
settings.pdf.picked = str(ii)
settings.pdf_parameter1.var = pdf_list[ii][0]
settings.pdf_parameter2.var = pdf_list[ii][1]
for i in range(0, settings.iterations.var):
gen.do_the_calc_germ()
gen.store_data()
settings.create_storage_temporary()
exp3.all_rounds()
"""exp3.by_compensation()"""
exp3.howgoodis_RF()
exp3.end_info_log()
def generate_german_auctions():
global correction_max
global correction_min
global correction_max_bid
global max_possible_bid
settings.correction_max = 1.29
settings.correction_min = 0.79
settings.correction_max_bid = 1.29
"""settings.correction_max_bid = 1.29"""
#so that everything is built or not.... 0 max bid applicable
global ifmax_thenmax
settings.ifmax_thenmax = 0
global iterations
settings.iterations.var = settings.iterations.var
density_list = [[250, 650]]
LCOE_base_list = [50]
#submitted/won/max bid
projectlist = [
[214, 80, 70],
[293, 100, 70],
[259, 100, 70],
[99, 70, 63],
[60, 67, 63],
[71, 67, 63],
[40, 67, 63],
[50, 70, 62],
[29, 65, 62],
[24, 65, 62],
[19, 50, 62],
[20, 68, 62],
[69, 50, 62],
[53, 90, 62],
[19, 30, 62],
]
"""
[[214, 80, 70], [293, 100, 70], [259, 100, 70], [99, 70, 63], [60, 67, 63], [71, 67, 63], [40, 67, 63],
[50, 70, 62], [29, 65, 62], [24, 65, 62], [19, 50, 62], [20, 68, 62], [69, 50, 62], [53, 90, 62], [19, 30, 62],
]
"""
pdf_list = {"random": [0, 0]}
el_price_list = [0, 40]
other_fact_list = [0, 10, 20, 40]
global LCOE_min
global LCOE_max
settings.LCOE_min.var = 0
settings.LCOE_max.var = 0
exp4 = export.Exporter(function_name="generate_german_auctions")
for iii in projectlist:
global no_projects
global winning_projects
settings.no_projects.var = iii[0]
settings.winning_projects.var = iii[1]
settings.max_possible_bid = iii[2] * settings.correction_max_bid
for vii in density_list:
global density_min
global density_max
settings.density_min.var = vii[0]
settings.density_max.var = vii[1]
for vi in LCOE_base_list:
global LCOE_base
settings.LCOE_base = vi
for v in el_price_list:
global el_price
settings.el_price.var = v
for iv in other_fact_list:
global others_change
settings.others_change.var = iv
for ii in pdf_list:
global pdf
global pdf_parameter1
global pdf_parameter2
settings.pdf.picked = str(ii)
settings.pdf_parameter1.var = pdf_list[ii][0]
settings.pdf_parameter2.var = pdf_list[ii][1]
for i in range(0, settings.iterations.var):
gen.do_the_calc_germ()
gen.store_data()
settings.create_storage_temporary()
exp4.all_rounds()
exp4.by_compensation_germany()
exp4.howgoodis_RF()
exp4.end_info_log()
def generate_specific_combination():
global correction_max
global correction_min
global correction_max_bid
global max_possible_bid
settings.correction_max = 10
settings.correction_min = 0
settings.correction_max_bid = 1
settings.max_possible_bid = 80
global iterations
settings.iterations.var = settings.iterations.var
global LCOE_min
global LCOE_max
settings.LCOE_min.var = 40
settings.LCOE_max.var = 70
projectlist = [100]
winners_proportions_list = [0.25, 0.5, 0.75, 0.9, 1, 1.1]
"""[0.25, 0.5, 0.75, 1, 1.25]"""
combinations_input = [0.5, 1, 2]
"""[0.5, 0.666, 1, 1.666, 2]"""
combinations_created = []
for pairs in itertools.product(combinations_input, repeat=2):
combinations_created.append(pairs)
print(combinations_created)
global pdf
settings.pdf.picked = "beta"
el_price_list = [0]
other_fact_list = [0, 20]
exp5 = export.Exporter(function_name="generate_specific_combination")
for vi in el_price_list:
global el_price
settings.el_price.var = vi
for v in other_fact_list:
global others_change
settings.others_change.var = v
for iv in projectlist:
global no_projects
settings.no_projects.var = iv
for iii in winners_proportions_list:
global winning_projects
settings.winning_projects.var = round(iii * iv)
for ii in range(0, len(combinations_created)):
global pdf_parameter1
global pdf_parameter2
settings.pdf_parameter1.var = combinations_created[ii][
0]
settings.pdf_parameter2.var = combinations_created[ii][
1]
for i in range(0, settings.iterations.var):
gen.do_the_calc()
gen.store_data()
settings.create_storage_temporary()
exp5.all_rounds()
"""exp5.by_compensation()"""
exp5.howgoodis_RF()
exp5.end_info_log()
exp5.graph_it()
def __init__(self, master=None):
Frame.__init__(self, master, width=800, height=500)
self.createWidgets()
self.exporter = export.Exporter()