def parseRecipe(self):
print "Opening file: " + self.filepath
file = open(self.filepath, 'r')
for l in file:
##excluding comments
if "#" not in l:
sub = l.split(":")
if sub[0] == "system_final_volume":
self.sys_vol = float(sub[1])
elif sub[0] == "system_efficiency":
self.sys_eff = float(sub[1])
elif sub[0] == "malt_dry_extract":
self.malt_dry = malt.Malt(float(sub[1]), 350, self.sys_eff,
self.sys_vol)
elif sub[0] == "malt_pale_ale":
self.malt_pale = malt.Malt(float(sub[1]), 310,
self.sys_eff, self.sys_vol)
elif sub[0] == "malt_crystal":
self.malt_crystal = malt.Malt(float(sub[1]), 280,
self.sys_eff, self.sys_vol)
elif sub[0] == "malt_black":
self.malt_black = malt.Malt(float(sub[1]), 250,
self.sys_eff, self.sys_vol)
elif sub[0] == "hop_bitter":
self.hop_bitter = hop.Hop(float(sub[3]), float(sub[2]),
float(sub[1]), self.sys_vol,
float(sub[4]))
elif sub[0] == "hop_taste":
self.hop_taste = hop.Hop(float(sub[3]), float(sub[2]),
float(sub[1]), self.sys_vol,
float(sub[4]))
elif sub[0] == "hop_flavour":
self.hop_flav = hop.Hop(float(sub[3]), float(sub[2]),
float(sub[1]), self.sys_vol,
float(sub[4]))
elif sub[0] == "yeast_att":
self.yatt = float(sub[1])
elif sub[0] == "mash":
self.mash_time = float(sub[1])
self.mash_temp = float(sub[2])
elif sub[0] == "boil":
self.boil_time = float(sub[1])
self.boil_temp = float(sub[2])
self.__estimated_og()
self.__estimated_fg()
self.__estimated_abv()
self.__estimated_ibu()
self.__estimated_style()
def hop_nodes(self):
"""
Decide which node to explore based on processed stream
:return:
"""
h = hop.Hop(self.followers_stream)
self.bot_id = h.pick_node()
def exchangeRoutingUpdates(self, n):
# print("Sharing " + str(n) + " routing updates")
# Get a list of all addresses in a random order
addresses = list(self.channels)
random.shuffle(addresses)
# Go through every edge n times
for _ in range(0, n):
# Go through every node
for address in addresses:
# Go through every channel in each node
for neighbour in list(self.channels[address]):
# Share the entire routing table with the neighbour
for destination in self.routingTables[address]:
if destination == neighbour:
continue
# If the neighbour already knows about the destination
if destination in self.routingTables[neighbour]:
# If the hop is the neighbour we don't share
if self.routingTables[address][destination].hop == neighbour:
continue
new_max_money = min(self.routingTables[address][destination].max_money,
self.channels[neighbour][address])
# If we are updating old info from this address
if self.routingTables[neighbour][destination].hop == address:
self.routingTables[neighbour][destination] = hop.Hop(address, new_max_money)
elif self.routingTables[neighbour][destination].max_money < new_max_money:
self.routingTables[neighbour][destination] = hop.Hop(address, new_max_money)
else:
max_money = min(self.channels[neighbour][address], self.routingTables[address][destination].max_money)
self.routingTables[neighbour][destination] = hop.Hop(address, max_money)
return
def parseRecipe(self):
print("Opening file: "+self.filepath)
file=open(self.filepath, 'r')
for l in file:
##excluding comments
if "#" not in l:
sub=l.split(":")
if sub[0]=="system_final_volume":
self.sys_vol=float(sub[1])
elif sub[0]=="system_efficiency":
self.sys_eff=float(sub[1])
elif sub[0]=="dry_extract":
self.malt_dry=malt.Malt(float(sub[1]), 350, self.sys_eff, self.sys_vol)
elif sub[0]=="liquid_extract":
self.malt_liquid=malt.Malt(float(sub[1]), 290, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_pilsner":
self.malt_pils=malt.Malt(float(sub[1]), 310, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_pale_ale":
self.malt_pale=malt.Malt(float(sub[1]), 300, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_wheat":
self.malt_wheat=malt.Malt(float(sub[1]), 320, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_crystal":
self.malt_crystal=malt.Malt(float(sub[1]), 270, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_maris_otter":
self.malt_maris_otter=malt.Malt(float(sub[1]), 310, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_vienna":
self.malt_vienna=malt.Malt(float(sub[1]), 300, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_munich":
self.malt_munich=malt.Malt(float(sub[1]), 300, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_biscuit":
self.malt_biscuit=malt.Malt(float(sub[1]), 300, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_rye":
self.malt_rye=malt.Malt(float(sub[1]), 310, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_special_b":
self.malt_special_b=malt.Malt(float(sub[1]), 270, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_cara_pils":
self.malt_cara_pils=malt.Malt(float(sub[1]), 280, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_cara_vienna":
self.malt_cara_vienna=malt.Malt(float(sub[1]), 280, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_cara_munich":
self.malt_cara_munich=malt.Malt(float(sub[1]), 280, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_acid":
self.malt_acid=malt.Malt(float(sub[1]), 290, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_chocolate":
self.malt_chocolate=malt.Malt(float(sub[1]), 250, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_black":
self.malt_black=malt.Malt(float(sub[1]), 250, self.sys_eff, self.sys_vol)
elif sub[0]=="malt_roasted_barley":
self.malt_roasted_barley=malt.Malt(float(sub[1]), 250, self.sys_eff, self.sys_vol)
elif sub[0]=="flaked_barley":
self.flaked_barley=malt.Malt(float(sub[1]), 280, self.sys_eff, self.sys_vol)
elif sub[0]=="flaked_wheat":
self.flaked_wheat=malt.Malt(float(sub[1]), 290, self.sys_eff, self.sys_vol)
elif sub[0]=="flaked_oat":
self.flaked_oat=malt.Malt(float(sub[1]), 280, self.sys_eff, self.sys_vol)
elif sub[0]=="flaked_corn":
self.flaked_corn=malt.Malt(float(sub[1]), 330, self.sys_eff, self.sys_vol)
elif sub[0]=="flaked_rice":
self.flaked_rice=malt.Malt(float(sub[1]), 320, self.sys_eff, self.sys_vol)
elif sub[0]=="white_sugar":
self.white_sugar=malt.Malt(float(sub[1]), 360, self.sys_eff, self.sys_vol)
elif sub[0]=="brown_sugar":
self.brown_sugar=malt.Malt(float(sub[1]), 350, self.sys_eff, self.sys_vol)
elif sub[0]=="honey":
self.honey=malt.Malt(float(sub[1]), 270, self.sys_eff, self.sys_vol)
elif sub[0]=="hop":
self.hops.append(hop.Hop(sub[1],float(sub[3]), float(sub[2]), float(sub[4]), self.sys_vol, float(sub[5])))
self.hop_num=self.hop_num+1
##elif sub[0]=="hop_taste":
## self.hop_taste=hop.Hop(float(sub[3]), float(sub[2]), float(sub[1]), self.sys_vol, float(sub[4]))
##elif sub[0]=="hop_flavour":
## self.hop_flav=hop.Hop(float(sub[3]), float(sub[2]), float(sub[1]), self.sys_vol, float(sub[4]))
elif sub[0]=="yeast_att":
self.yatt=float(sub[1])
elif sub[0]=="brew":
if sub[1]=="mash":
if sub[2]=="single_step":
self.mash_single_step_time=float(sub[4])
self.mash_single_step_temp=float(sub[3])
elif sub[2]=="fitasi":
self.mash_fitasi_time=float(sub[4])
self.mash_fitasi_temp=float(sub[3])
elif sub[2]=="proteinrest":
self.mash_proteinrest_time=float(sub[4])
self.mash_proteinrest_temp=float(sub[3])
elif sub[2]=="betamilasi":
self.mash_betamilasi_time=float(sub[4])
self.mash_betamilasi_temp=float(sub[3])
elif sub[2]=="alphamilasi":
self.mash_alphamilasi_time=float(sub[4])
self.mash_alphamilasi_temp=float(sub[3])
elif sub[2]=="mashout":
self.mashout_time=float(sub[4])
self.mashout_temp=float(sub[3])
elif sub[2]=="pause":
self.mash_pause=float(sub[3])
elif sub[1]=="sparge":
if sub[2]=="pause":
self.sparge_pause=float(sub[3])
else:
self.sparge_time=float(sub[3])
self.sparge_temp=float(sub[2])
elif sub[1]=="boil":
self.boil_time=float(sub[3])
self.boil_temp=float(sub[2])
self.__estimated_og()
self.__estimated_fg()
self.__estimated_abv()
self.__estimated_ibu()
self.__estimated_style()
self.__estimated_time()
def addRoutingTable(self, address):
for neighbour in self.channels[address].keys():
self.routingTables[address][neighbour] = hop.Hop(neighbour, self.channels[address][neighbour])
return