def pocketThing(obj, item):
## if not item: return False
rog.drain(obj, 'nrg', NRG_POCKET)
rog.give(obj, item)
rog.release_inanimate(item)
rog.msg("{t}{n} pockets {i}.".format(
t=obj.title,n=obj.name,i=item.name))
def drop(obj, item):
if not rog.wallat(pc.x+dx,pc.y+dy):
rog.drain(obj, 'nrg', NRG_RUMMAGE)
rog.drop(obj,item, dx,dy)
rog.msg("{t}{n} dropped {i}.".format(t=obj.title,n=obj.name,i=item.name))
return True
else:
return False
def funcPlayer(self, obj):
xx = obj.x
yy = obj.y
reading = rog.radsat(xx, yy)
rog.msg("The geiger counter reads '{} RADS'".format(reading))
#could do, instead:
# use turns it on, activates an observer.
# updates when rad damage received by player. Adds rad value to dosimeter
# when you use again, you can either read it or turn it off.
rog.drain(obj, 'nrg', NRG_USE)
def pocketThing(ent, item):
## if not item: return False
world = rog.world()
rog.drain(ent, 'nrg', NRG_POCKET)
rog.give(ent, item)
rog.release_inanimate(item)
entn = world.component_for_entity(ent, cmp.Name)
itemn = world.component_for_entity(item, cmp.Name)
rog.msg("{t}{n} packs {ti}{ni}.".format(
t=entn.title,n=entn.name,ti=itemn.title,ni=itemn.name))
def move(obj,dx,dy): # locomotion
xto=obj.x+dx
yto=obj.y+dy
terrain_cost=rog.cost_move(obj.x,obj.y,xto,yto, None)
if terrain_cost == 0: return False # 0 means we can't move there
mult = 1.41 if (dx + dy) % 2==0 else 1 # diagonal extra cost
modf=NRG_MOVE
nrg_cost=round(modf*mult*terrain_cost*AVG_SPD/max(1, obj.stats.get('msp')))
rog.drain(obj, 'nrg', nrg_cost)
rog.port(obj, xto, yto)
return True
def inventory_pc(pc):
world=Rogue.world()
## assert world.has_component(pc, cmp.Inventory), "PC missing inventory"
pcInv = world.component_for_entity(pc, cmp.Inventory)
pcn = world.component_for_entity(pc, cmp.Name)
x=0
y=rog.view_port_y()
# items menu
item=rog.menu("{}{}'s Inventory".format(
pcn.title,pcn.name), x,y, pcInv.items)
# viewing an item
if not item == -1:
itemn = world.component_for_entity(item, cmp.Name)
## itemn = world.component_for_entity(item, cmp.Name)
keysItems={}
# get available actions for this item...
if world.has_component(item, cmp.Edible):
keysItems.update({"E":"Eat"})
if world.has_component(item, cmp.Quaffable):
keysItems.update({"q":"quaff"})
if world.has_component(item, cmp.Equipable):
keysItems.update({"e":"equip"})
# throwables - subset of equipables
if world.component_for_entity(item, cmp.Equipable).equipType == EQ_MAINHAND:
keysItems.update({"t":"throw"})
if world.has_component(item, cmp.Usable):
keysItems.update({"u":"use"})
if world.has_component(item, cmp.Openable):
keysItems.update({"o":"open"})
keysItems.update({"x":"examine"})
keysItems.update({"d":"drop"})
#
opt=rog.menu(
"{}".format(itemn.name), x,y,
keysItems, autoItemize=False
)
#print(opt)
if opt == -1: return
opt=opt.lower()
rmg=False
if opt == "drop": rmg=True; drop_pc(pc, item)
elif opt == "equip": rmg=True; equip_pc(pc, item)
elif opt == "throw": rmg=True; throw_pc(pc, item)
elif opt == "eat": rmg=True; eat_pc(pc, item)
elif opt == "quaff": rmg=True; quaff_pc(pc, item)
elif opt == "use": rmg=True; use_pc(pc, item)
elif opt == "examine": rmg=True; examine_pc(pc, item)
if rmg: rog.drain(pc, 'nrg', NRG_RUMMAGE)
def drop(ent, item):
world = rog.world()
pos = world.component_for_entity(ent, cmp.Position)
dx=0; dy=0; # TODO: code AI to find a place to drop item
if not rog.wallat(pos.x+dx,pos.y+dy):
rog.drain(ent, 'nrg', NRG_RUMMAGE)
rog.drop(ent,item, dx,dy)
entn = world.component_for_entity(ent, cmp.Name)
itemn = world.component_for_entity(item, cmp.Name)
rog.msg("{t}{n} drops {ti}{ni}.".format(
t=entn.title,n=entn.name,ti=itemn.title,ni=itemn.name))
return True
else:
return False
def openClose(obj, xto, yto):
#open containers
#close containers
#open doors
if rog.tile_get(xto,yto) == DOORCLOSED:
rog.drain(obj, 'nrg', NRG_OPEN)
rog.tile_change(xto,yto, DOOROPEN)
rog.msg("{n} opened a door.".format(n=obj.name))
return True
#close doors
if rog.tile_get(xto,yto) == DOOROPEN:
rog.drain(obj, 'nrg', NRG_OPEN)
rog.tile_change(xto,yto, DOORCLOSED)
rog.msg("{n} closed a door.".format(n=obj.name))
return True
return False
def inventory_pc(pc,pcInv):
if not pc.inv:
rog.alert(ALERT_EMPTYCONTAINER)
return
x=0
y=rog.view_port_y()
# items menu
item=rog.menu("{}'s Inventory".format(pc.name), x,y, pcInv.items)
# viewing an item
if not item == -1:
keysItems={}
# get available actions for this item...
if rog.on(item,CANEAT):
keysItems.update({"E":"Eat"})
if rog.on(item,CANQUAFF):
keysItems.update({"q":"quaff"})
if rog.on(item,CANEQUIP):
keysItems.update({"e":"equip"})
if rog.on(item,CANUSE):
keysItems.update({"u":"use"})
if rog.on(item,CANOPEN):
keysItems.update({"o":"open"})
keysItems.update({"x":"examine"})
keysItems.update({"d":"drop"})
keysItems.update({"t":"throw"})
#
opt=rog.menu(
"{}".format(item.name), x,y,
keysItems, autoItemize=False
)
#print(opt)
if opt == -1: return
opt=opt.lower()
rmg=False
if opt == "drop": rmg=True; drop_pc(pc,item)
elif opt == "equip": rmg=True; equip_pc(pc,item)
elif opt == "eat": rmg=True; eat_pc(pc, item)
elif opt == "quaff": rmg=True; quaff_pc(pc, item)
elif opt == "use": rmg=True; use_pc(pc, item)
elif opt == "examine": rmg=True; examine_pc(pc, item)
if rmg: rog.drain(pc, 'nrg', NRG_RUMMAGE)
def quaff(ent, drink):
world = rog.world()
pos = world.component_for_entity(ent, cmp.Position)
quaffable=world.component_for_entity(drink, cmp.Quaffable)
entn = world.component_for_entity(ent, cmp.Name)
drinkn = world.component_for_entity(drink, cmp.Name)
#quaff function
quaffable.func(ent)
# TODO: do delayed action instead of immediate action.
rog.drain(ent, 'nrg', quaffable.timeToConsume)
rog.givemp(ent, quaffable.hydration)
#events - sight
if ent == rog.pc():
rog.msg("It tastes {t}".format(t=quaffable.taste))
else:
rog.event_sight(pos.x,pos.y, "{t}{n} quaffs a {p}.".format(
t=entn.title, n=entn.name, p=drinkn.name))
#events - sound
rog.event_sound(pos.x,pos.y, SND_QUAFF)
# TODO: make sure this works...
world.delete_entity(drink)
def funcMonster(self, obj):
rog.drain(obj, 'nrg', NRG_USE)
rog.event_sight(obj.x, obj.y, "{t}{n} looks at a geiger counter.")
def examine_pc(pc, item):
rog.drain(pc, 'nrg', NRG_EXAMINE)
rog.dbox(0,0,40,30, thing.DESCRIPTIONS[item.name])
def quaff(obj, drink):
rog.drain(pc, 'nrg', NRG_QUAFF)
drink.quaff(obj)
rog.event_sight(obj.x,obj.y, "{t}{n} quaffs a {p}.".format(
t=obj.title,n=obj.name,p=drink))
rog.event_sound(obj.x,obj.y, SND_QUAFF)
def create_monster(typ, x, y, col, mutate=3):
# get generic monster attributes #
monData = bestiary[typ]
name = monData[0]
monst = thing.create_creature(name, typ, x, y, col)
monst.job = name
i = 1
j = 0
monst.stats.hpmax = monData[i][j]
j += 1
monst.stats.mpmax = monData[i][j]
j += 1
monst.stats.atk = monData[i][j]
j += 1
monst.stats.dmg = monData[i][j]
j += 1
monst.stats.dfn = monData[i][j]
j += 1
monst.stats.arm = monData[i][j]
j += 1
monst.stats.spd = monData[i][j]
j += 1
monst.stats.msp = monData[i][j]
j += 1
monst.stats.asp = monData[i][j]
j += 1
monst.stats.resfire = monData[i][j]
j += 1
monst.stats.resbio = monData[i][j]
j += 1
monst.stats.sight = monData[i][j]
j += 1
monst.stats.hearing = monData[i][j]
j += 1
monst.stats.carry = monData[i][j]
j += 1
monst.mass = monData[i][j]
j += 1
monst.purse = monData[i][j]
j += 1
i += 1
for flag in monData[i]:
rog.make(monst, flag) #flags
#i+=1
#for item in monData[i]: rog.give(monst,item) #items
# possibly randomly alter some attributes #
times = 0
maxgainz = mutate
chance = 2
while (dice.roll(10) <= chance and times < maxgainz):
times += 1
r = dice.roll(6)
if r == 1: rog.gain(monst, 'atk')
elif r == 2: rog.gain(monst, 'dmg')
elif r == 3: rog.gain(monst, 'arm')
elif r == 4: rog.gain(monst, 'dfn')
elif r == 5: rog.gain(monst, 'hpmax')
times = 0
maxdrains = mutate
chance = 2
while (dice.roll(10) <= chance and times < maxdrains):
times += 1
r = dice.roll(6)
if r == 1: rog.drain(monst, 'atk')
elif r == 2: rog.drain(monst, 'dmg')
elif r == 3: rog.drain(monst, 'arm')
elif r == 4: rog.drain(monst, 'dfn')
elif r == 5: rog.drain(monst, 'hpmax')
#
#
# ai
#TEMPORARY
monst.ai = ai.stateless
return monst