def dosmelt(char, args):
ore = args[0]
forge = args[1]
resname = args[2]
if not mining.ORES.has_key(resname):
char.socket.sysmessage('You cannot smelt that kind of ore.')
return 0
success = 0
reqskill = mining.ORES[resname][mining.REQSKILL]
chance = max(0, char.skill[MINING] - mining.ORES[resname][mining.MINSKILL]) / 1000.0
if not char.skill[MINING] >= reqskill:
char.socket.clilocmessage(501986, '', GRAY) # You have no idea how to smelt this strange ore!
return False
if ore.amount >= 1 and char.skill[ MINING ] >= reqskill:
if not skills.checkskill(char, MINING, chance):
success = 0
else:
if ore.baseid == DEF_ORES[3]:
amount = (ore.amount * 2)
successsmelt(char, resname, amount)
ore.delete()
elif ore.baseid == DEF_ORES[2] or ore.baseid == DEF_ORES[1]:
amount = ore.amount
successsmelt(char, resname, amount)
ore.delete()
elif ore.baseid == DEF_ORES[0]:
if evenorodd( ore.amount ) == "even":
amount = ( ore.amount / 2 )
successsmelt(char, resname, amount)
ore.delete()
elif evenorodd( ore.amount ) == "odd" and ore.amount > 1:
amount = ( ( ore.amount - 1 ) / 2 )
successsmelt(char, resname, amount)
ore.amount = 1
ore.update()
elif ore.amount == 1:
# There is not enough metal-bearing ore in this pile to make an ingot.
char.socket.clilocmessage( 501987, '', GRAY )
return False
success = 1
if success == 0:
if ore.amount >= 2:
# You burn away the impurities but are left with less useable metal.
char.socket.clilocmessage( 501990, '', GRAY )
ore.amount -= ( ore.amount / 2 )
ore.update()
else:
# You burn away the impurities but are left with no useable metal.
char.socket.clilocmessage( 501989, '', GRAY )
ore.delete()
return True
def domining(char, args):
char.soundeffect(random.choice([0x125, 0x126]))
tool = wolfpack.finditem(args[0])
pos = args[1]
socket = char.socket
if socket.hastag('is_mining'):
socket.deltag('is_mining')
if not tool:
return False
# Recheck distance
#if not char.canreach(pos, MINING_MAX_DISTANCE):
# socket.clilocmessage(501867)
# return False
# Finding the Default Ore table for this Region
region = char.region
Oretable = FindOreTable(region)
veingem = getvein(Oretable, pos, char)
if not veingem or not veingem.hastag('resourcecount'):
return False
# 50% chance to dig up primary resource,
# even if the vein has something else.
if veingem.hastag('resname2') and random.random() >= 0.50:
resname = veingem.gettag('resname2')
else:
resname = veingem.gettag('resname')
resourcecount = veingem.gettag('resourcecount')
reqskill = Oretable[resname][REQSKILL]
# Refill the resource gem.
if resourcecount == 0:
socket.sysmessage(tr("There is no ore here to mine."))
if not veingem.hastag('resource_empty'):
# Picking the next amount
nextamount = random.randint(Oretable[resname][MINAMOUNT],
Oretable[resname][MAXAMOUNT])
duration = random.randint(MINING_REFILLTIME[0],
MINING_REFILLTIME[1])
veingem.addtimer(duration, respawnvein, [nextamount], True)
veingem.settag('resource_empty', 1)
return False
# You loosen some rocks but fail to find any usable ore.
if char.skill[MINING] < reqskill:
socket.clilocmessage(501869)
return False
chance = max(0, char.skill[MINING] - Oretable[resname][MINSKILL]) / 1000.0
success = 0
if not skills.checkskill(char, MINING, chance):
socket.clilocmessage(501869)
return False
# Digs up the large ore.
if resourcecount >= 5:
successmining(Oretable, char, veingem, resname, 3)
# Picks one of the smaller ore types
elif resourcecount == 3 or resourcecount == 4:
successmining(Oretable, char, veingem, resname, 2)
# Smallest ore only
elif resourcecount == 1 or resourcecount == 2:
successmining(Oretable, char, veingem, resname, 1)
wearout(char, tool)
def domining(char, args):
char.soundeffect( random.choice([0x125, 0x126]) )
tool = wolfpack.finditem(args[0])
pos = args[1]
socket = char.socket
if socket.hastag('is_mining'):
socket.deltag( 'is_mining' )
if not tool:
return False
# Recheck distance
#if not char.canreach(pos, MINING_MAX_DISTANCE):
# socket.clilocmessage(501867)
# return False
# Finding the Default Ore table for this Region
region = char.region
Oretable = FindOreTable(region)
veingem = getvein(Oretable, pos, char)
if not veingem or not veingem.hastag('resourcecount'):
return False
# 50% chance to dig up primary resource,
# even if the vein has something else.
if veingem.hastag('resname2') and random.random() >= 0.50:
resname = veingem.gettag('resname2')
else:
resname = veingem.gettag('resname')
resourcecount = veingem.gettag('resourcecount')
reqskill = Oretable[resname][REQSKILL]
# Refill the resource gem.
if resourcecount == 0:
socket.sysmessage( tr("There is no ore here to mine.") )
if not veingem.hastag('resource_empty'):
# Picking the next amount
nextamount = random.randint(Oretable[resname][MINAMOUNT], Oretable[resname][MAXAMOUNT])
duration = random.randint(MINING_REFILLTIME[0], MINING_REFILLTIME[1])
veingem.addtimer( duration, respawnvein, [nextamount], True )
veingem.settag('resource_empty', 1)
return False
# You loosen some rocks but fail to find any usable ore.
if char.skill[MINING] < reqskill:
socket.clilocmessage(501869)
return False
chance = max(0, char.skill[MINING] - Oretable[resname][MINSKILL]) / 1000.0
success = 0
if not skills.checkskill(char, MINING, chance):
socket.clilocmessage(501869)
return False
# Digs up the large ore.
if resourcecount >= 5:
successmining(Oretable, char, veingem, resname, 3)
# Picks one of the smaller ore types
elif resourcecount == 3 or resourcecount == 4:
successmining(Oretable, char, veingem, resname, 2)
# Smallest ore only
elif resourcecount == 1 or resourcecount == 2:
successmining(Oretable, char, veingem, resname, 1)
wearout(char, tool)
def domining(char, args):
char.soundeffect(SOUND_MINING)
tool = wolfpack.finditem(args[0])
pos = args[1]
socket = char.socket
socket.deltag("is_mining")
if not tool:
return False
# Recheck distance
# if not char.canreach(pos, MINING_MAX_DISTANCE):
# socket.clilocmessage(501867)
# return False
veingem = getvein(socket, pos)
if not veingem or not veingem.hastag("resourcecount"):
return False
# 50% chance to dig up primary resource,
# even if the vein has something else.
if veingem.hastag("resname2") and random.random() >= 0.50:
resname = veingem.gettag("resname2")
else:
resname = veingem.gettag("resname")
resourcecount = veingem.gettag("resourcecount")
reqskill = ORES[resname][REQSKILL]
# Refill the resource gem.
if resourcecount == 0:
socket.sysmessage("There is no ore here to mine.")
if not veingem.hastag("resource_empty"):
duration = random.randint(MINING_REFILLTIME[0], MINING_REFILLTIME[1])
veingem.addtimer(duration, "skills.mining.respawnvein", [], True)
veingem.settag("resource_empty", 1)
return False
# You loosen some rocks but fail to find any usable ore.
if char.skill < reqskill:
socket.clilocmessage(501869)
return False
chance = max(0, char.skill[MINING] - ORES[resname][MINSKILL]) / 1000.0
success = 0
if not skills.checkskill(char, MINING, chance):
socket.clilocmessage(501869)
return False
# Digs up the large ore.
if resourcecount >= 5:
successmining(char, veingem, resname, 3)
# Picks one of the smaller ore types
elif resourcecount == 3 or resourcecount == 4:
successmining(char, veingem, resname, 2)
# Smallest ore only
elif resourcecount == 1 or resourcecount == 2:
successmining(char, veingem, resname, 1)
# Remaining Tool Uses
if not tool.hastag("remaining_uses"):
tool.settag("remaining_uses", tool.health)
else:
remaining_uses = int(tool.gettag("remaining_uses"))
if remaining_uses > 1:
tool.settag("remaining_uses", remaining_uses - 1)
tool.resendtooltip()
else:
tool.delete()
socket.clilocmessage(1044038) # You have worn out your tool!
return True
