def loadOldGame( name ):
context = GameContext()
context.levels = []
filename = savefileName( name )
rv = context.load( filename )
import os
os.unlink( filename )
return rv
def __init__(self, *args, **kwargs):
Widget.__init__( self, *args, **kwargs )
name = self.main.query( TextInputWidget, 32, okay = string.letters, query = "Please enter your name: ", centered = True )
self.context = GameContext()
self.context.game = self
self.initialized = False
try:
from harmless7drl import loadOldGame
context = loadOldGame( name )
wasLoaded = True
except IOError:
from harmless7drl import beginNewGame
gender = self.main.query( SelectionMenuWidget, choices = [
('female', "Female"),
('male', "Male"),
], padding = 5, centered = True, title = "Please select your gender:", noInvert = True )
context = beginNewGame( self.context, name, gender )
wasLoaded = False
from plot import displayIntro
self.context = context
displayIntro( self )
self.context = context
self.initialized = True
self.name = None
self.player = context.player
context.game = self
self.context = context
self.cursor = None
self.movementKeys = {
'h': (-1, 0),
'l': (1, 0),
'j': (0, 1),
'k': (0, -1),
'y': (-1, -1),
'u': (1, -1),
'b': (-1, 1),
'n': (1, 1),
'west': (-1, 0),
'east': (1, 0),
'south': (0, 1),
'north': (0, -1),
'northwest': (-1, -1),
'northeast': (1, -1),
'southwest': (-1, 1),
'southeast': (1, 1),
}
self.textfieldheight = 4
screenw, screenh = self.ui.dimensions()
self.turnlogWrapper = TextWrapper( screenw, self.textfieldheight )
self.turnlogLines = []
self.restrictVisionByFov = True
self.visualEffects = {}
self.proposedPath = None
self.startled = False
if wasLoaded:
self.log( "Welcome back!" )
class GameWidget ( Widget ):
def __init__(self, *args, **kwargs):
Widget.__init__( self, *args, **kwargs )
name = self.main.query( TextInputWidget, 32, okay = string.letters, query = "Please enter your name: ", centered = True )
self.context = GameContext()
self.context.game = self
self.initialized = False
try:
from harmless7drl import loadOldGame
context = loadOldGame( name )
wasLoaded = True
except IOError:
from harmless7drl import beginNewGame
gender = self.main.query( SelectionMenuWidget, choices = [
('female', "Female"),
('male', "Male"),
], padding = 5, centered = True, title = "Please select your gender:", noInvert = True )
context = beginNewGame( self.context, name, gender )
wasLoaded = False
from plot import displayIntro
self.context = context
displayIntro( self )
self.context = context
self.initialized = True
self.name = None
self.player = context.player
context.game = self
self.context = context
self.cursor = None
self.movementKeys = {
'h': (-1, 0),
'l': (1, 0),
'j': (0, 1),
'k': (0, -1),
'y': (-1, -1),
'u': (1, -1),
'b': (-1, 1),
'n': (1, 1),
'west': (-1, 0),
'east': (1, 0),
'south': (0, 1),
'north': (0, -1),
'northwest': (-1, -1),
'northeast': (1, -1),
'southwest': (-1, 1),
'southeast': (1, 1),
}
self.textfieldheight = 4
screenw, screenh = self.ui.dimensions()
self.turnlogWrapper = TextWrapper( screenw, self.textfieldheight )
self.turnlogLines = []
self.restrictVisionByFov = True
self.visualEffects = {}
self.proposedPath = None
self.startled = False
if wasLoaded:
self.log( "Welcome back!" )
def takePathStep(self):
if self.proposedPath:
tile = self.proposedPath.pop(0)
if not tile.cannotEnterBecause( self.player ):
self.player.moveto( tile )
self.tookAction( 1 )
return True
self.proposedPath = None
return False
def log(self, s):
self.turnlogWrapper.feed( s + " " )
while self.turnlogWrapper.pages:
self.turnlogLines = self.turnlogWrapper.popPage()
self.main.query( HitEnterWidget )
self.turnlogLines = []
for i in range(self.textfieldheight):
self.turnlogLines.append( self.turnlogWrapper.line(i) )
def resized(self, screenw, screenh):
# quirk: will lose data in text field when resizing
self.turnlogWrapper = TextWrapper( screenw, self.textfieldheight )
def clearlog(self):
screenw, screenh = self.ui.dimensions()
self.turnlogWrapper = TextWrapper( screenw, self.textfieldheight )
self.turnlogLines = []
def playerWon(self):
from plot import displayOutro
writeReport( self, True, self.player.itemTypeCount( 'spellbook' ) )
displayOutro( self, self.player.itemTypeCount( 'spellbook' ) )
self.done = True
self.result = False
def playerDied(self, pke):
writeReport( self, False, didQuit = pke.didQuit )
if not pke.didQuit: # if we quit, we just confirmed in a menu
self.main.query( HitEnterWidget )
self.done = True
self.result = False
def playerVisibility(self, fov):
def visibility( tile ):
visionsRadius = 12
if (tile.x, tile.y) in fov:
return True
if self.player.visions and self.player.tile.withinRadiusFrom( tile, visionsRadius ):
return True
if self.player.lifesense and tile.mobile and tile.mobile.lifesensible():
return True
return False
return visibility
def draw(self):
import time
statusbarHeight = 2
screenw, screenh = self.ui.dimensions()
fov = self.player.fov( setRemembered = True )
visibility = self.playerVisibility( fov )
if not self.restrictVisionByFov:
visibility = lambda tile : True
vp = Viewport( level = self.player.tile.level,
window = Subwindow( self.ui, 0,
self.textfieldheight,
screenw,
screenh - self.textfieldheight - statusbarHeight),
visibility = visibility,
)
if self.cursor:
x, y = self.cursor
else:
x, y = self.player.tile.x, self.player.tile.y
vp.paint( x, y, effects = self.visualEffects, highlight = bool( self.cursor ) )
for i in range( self.textfieldheight ):
try:
self.ui.putString( 0, i, self.turnlogLines[i], 'bold-white')
except IndexError:
pass
sby = screenh - 2
sbx = self.ui.putString( 0, sby, str(self.player.name), 'bold-white' )
sbx = self.ui.putString( sbx + 5, sby, "HP: %d/%d" % (self.player.hitpoints, self.player.maxHitpoints), 'bold-white' )
sbx = self.ui.putString( sbx + 5, sby, "DL: %d" % (self.player.tile.level.depth), 'bold-white' )
if self.player.weapon:
sbx = self.ui.putString( sbx + 5, sby, "Pw: %d (%s)" % (self.player.weapon.mana, self.player.weapon.name.singular), 'bold-white' )
else:
sbx = self.ui.putString( sbx + 5, sby, "Pw: none", 'bold-white' )
sbx = self.ui.putString( sbx + 5, sby, "W: %0.2lf%%" % (self.player.inventoryWeight()*100.0/self.player.weightLimit), 'bold-white' )
if self.player.status():
sbx = self.ui.putString( sbx + 5, sby, self.player.status(), 'bold-white' )
def advanceTime(self, dt):
self.context.totalTime += dt
self.player.tile.level.sim.advance( dt )
while True:
ev = self.player.tile.level.sim.next()
if not ev:
break
ev.trigger()
def tookAction(self, weight):
self.advanceTime( self.player.speed * weight )
def wait(self):
self.log( "You wait." )
self.tookAction( 1 )
def tryPush(self, pushable, dx, dy):
target = pushable.tile.getRelative( dx, dy )
if pushable.ai.inMotion():
self.context.log( "You can't push %s while %s's in motion!" % ( pushable.name.definiteSingular(), pushable.name.pronounObject() ) )
elif (not target) or (target.cannotEnterBecause( pushable ) and not (target.mobile and target.mobile.trappedFor > 0 and not target.mobile.essential)):
self.context.log( "You try to push %s but can't budge it." % pushable.name.definiteSingular() )
self.tookAction( 1 )
else:
self.context.log( "You push %s." % pushable.name.definiteSingular() )
if target.mobile:
target.mobile.logVisual( "You are crushed beneath the boulder!", "%s is crushed beneath the boulder!" )
target.mobile.kill()
tile = pushable.tile
pushable.moveto( target, neverfail = True )
if not tile.cannotEnterBecause( self.player ):
self.player.moveto( tile )
self.tookAction( 1 )
def tryMoveAttack(self, dx, dy):
tile = self.player.tile.getRelative( dx, dy )
if not tile:
# At some point I encounteded this. Fairly sure that shouldn't happen.
print >>sys.stderr, "warning: tile not present"
else:
if not tile.cannotEnterBecause( self.player ):
self.player.moveto( tile )
self.player.tile.describeHere()
self.tookAction( 1 )
elif tile.isPortal:
if self.player.hasMacGuffin():
raise PlayerWonException()
else:
self.log( "You can't turn back now." )
elif tile.mobile:
if tile.mobile.pushable:
self.tryPush( tile.mobile, dx, dy )
elif tile.mobile.essential:
# warning: hilarity would ensue if any other essential objects were introduced
from plot import convertMacGuffin
convertMacGuffin( tile.mobile )
elif tile.mobile.canBeMeleeAttackedBy( self.player ):
target = tile.mobile
self.player.meleeAttack( target )
if target.chesspiece and not tile.cannotEnterBecause( self.player ):
self.player.moveto( tile )
self.tookAction( 1 )
else:
self.context.log( "You can't reach %s." % tile.mobile.name.pronounObject() )
elif tile.isDoor and tile.doorState == "closed":
self.log( "You open the door." )
openDoor( tile )
self.tookAction( 1 )
else:
reason = tile.cannotEnterBecause( self.player )
if reason == "tile is impassable":
self.log( "There's a wall in the way." )
else:
self.log( "You can't move there because %s." % reason )
def pickup(self):
if self.player.tile.items:
if len( self.player.tile.items ) == 1:
item = self.player.tile.items[0]
else:
stacked = countItems( self.player.tile.items )
item = self.main.query( SelectionMenuWidget, choices = [
(items[0], name.amount( len(items), informal = True )) for name, items in stacked.items()
] + [ (None, "nothing") ], title = "Pick up what?", padding = 5, cancelable = True )
if not item:
return
if (self.player.inventoryWeight() + item.weight) < self.player.weightLimit:
self.player.tile.items.remove( item )
self.log( "You pick up %s." % item.name.definiteSingular() )
self.player.inventoryGive( item )
self.tookAction( 1 )
else:
self.log( "Being overburdened, you fail to pick up %s." % item.name.definiteSingular() )
self.tookAction( 1 ) # since you can gain info this way: e.g. container full / empty
def closeDoor(self):
eligibleDoors = [ n for n in self.player.tile.neighbours() if not cannotCloseDoorBecause(n) ]
if not eligibleDoors:
self.log( "There's no open door within reach." )
else:
if len( eligibleDoors ) > 1:
self.log( "Which door?" )
dx, dy = self.main.query( DirectionWidget )
door = self.player.tile.getRelative( dx, dy )
if cannotCloseDoorBecause( door ):
self.log( "That's not an open door." )
return
else:
door = eligibleDoors[-1]
closeDoor( door )
self.log( "You close the door." )
self.tookAction( 1 )
def goUp(self):
if self.player.tile.name == "stairs up":
if self.player.tile.level.previousLevel:
spot = self.player.tile.level.previousLevel.getPlayerSpawnSpot( upwards = True )
self.player.moveto( spot, neverfail = True )
self.tookAction( 1 )
else:
self.log( "For unspecified plot reasons, you don't want to turn back." )
elif self.player.tile.ceilingHole:
if not self.player.flying:
self.log( "You can't reach the hole in the ceiling." )
elif self.player.hasMacGuffin():
# balance -- this would've been too easy
self.log( "%s suddenly feels very heavy." % self.context.macGuffin.name.definiteSingular() )
self.log( "Some sort of enchantment prevents you from flying through the hole in the ceiling carrying %s!" % self.context.macGuffin.name.definiteSingular() )
self.tookAction( 1 )
else:
spot = self.player.tile.ceilingHole.level.getClearTileAround( self.player.tile.ceilingHole )
self.player.moveto( spot, neverfail = True )
self.log( "You fly through the hole in the ceiling." )
self.tookAction( 1 )
else:
self.log( "You can't see any way to go up right here." )
def goDown(self):
if self.player.tile.name == "stairs down":
nextLev = self.player.tile.level.generateDeeperLevel()
spot = nextLev.getPlayerSpawnSpot()
self.player.moveto( spot, neverfail = True )
self.tookAction( 1 )
elif self.player.flying and self.player.tile.trap and self.player.tile.trap.trapname == "trapdoor":
if not self.player.flying:
# impossible?
self.player.tile.trap( self.player )
self.tookAction( 1 )
else:
below = self.player.tile.trap.getTarget()
spot = below.level.getClearTileAround( below )
self.log( "You fly through the hole in the floor." )
self.player.moveto( spot, neverfail = True )
self.tookAction( 1 )
else:
self.log( "You can't see any way to go down right here." )
def drop(self):
if self.player.inventory:
stacked = countItems( self.player.inventory )
item = self.main.query( SelectionMenuWidget, choices = [
(items[0], name.amount( len(items), informal = True )) for name, items in stacked.items()
] + [ (None, "nothing") ], title = "Drop what?", padding = 5, cancelable = True )
if not item:
return
self.log( "You drop %s." % item.name.definiteSingular() )
item = self.player.inventoryTake( item )
self.player.tile.items.append( item )
self.tookAction( 1 )
def equipWeapon(self, weapon):
assert weapon.itemType == 'weapon'
if self.player.weapon:
self.player.inventoryGive( self.player.weapon )
self.player.weapon = weapon
self.player.inventoryTake( weapon )
self.log( "You wield %s." % weapon.name.definiteSingular() )
self.tookAction( 1 )
def unequipWeapon(self):
if not self.player.weapon:
return None # shouldn't happen
self.player.inventoryGive( self.player.weapon )
self.log( "You stop wielding your %s." % self.player.weapon.name.singular )
self.player.weapon = None
self.tookAction( 1 )
def accessInventory(self):
stacked = countItems( self.player.inventory )
chosen = self.main.query( SelectionMenuWidget, choices = [
(('unwield', weapon.name.indefiniteSingular() + " (wielded)")) for weapon in [self.player.weapon] if weapon
] + [
(items[0], name.amount( len(items), informal = True )) for name, items in stacked.items()
] + [ (None, "cancel") ], padding = 5, cancelable = True )
if chosen:
if chosen == 'unwield':
self.unequipWeapon()
elif chosen.itemType == 'weapon':
self.equipWeapon( chosen )
elif chosen.itemType == 'talisman':
self.log( "You merely need to carry %s for its magics to work." % chosen.name.definiteSingular() )
elif chosen.itemType == 'rune':
self.log( "The rune is useless on its own. (Press 'w' to combine runes into spells.)" )
elif chosen.itemType == 'tome':
if chosen.identifyRune( self.context, self.player.inventory ):
self.tookAction( 1 )
elif chosen.itemType == 'healing':
self.log( "You chug down the small vial of purple liquid." )
if self.player.hitpoints < self.player.maxHitpoints:
self.player.hitpoints += 1
if self.player.hitpoints == self.player.maxHitpoints:
self.log( "You feel better." )
else:
self.log( "You feel a bit better." )
self.player.inventory.remove( chosen )
self.tookAction( 1 )
elif chosen.itemType == 'spellbook':
self.log( "It's of no use at the moment -- you need some more applicable magic." )
self.log( "%s would probably appreciate it being returned to the library, though." % self.context.bossName.definiteSingular() )
elif chosen.itemType == 'macguffin':
self.log( "You don't see much of a use for %s." % self.context.macGuffin.name.definiteSingular() )
self.log( "However, %s would probably appreciate getting %s back in one piece." % (self.context.bossName.definiteSingular(), self.context.macGuffin.name.pronounObject() ) )
else:
self.log( "You don't see how you could make use of %s." % chosen.name.definiteSingular() )
def writeSpell(self):
from magic import Spells
goodSpells = list(filter( lambda spell: spell not in self.context.player.spellbook and spell.canBuild( self.context.player.inventory ), Spells ))
if not goodSpells:
self.log( "You don't have the runes at hand to write any new spells." )
else:
chosen = self.main.query( SelectionMenuWidget, choices = [
(spell,spell.description) for spell in goodSpells
] + [ (None, "cancel") ], title = "Which spell do you want to write?", padding = 5, cancelable = True )
if chosen:
chosen.build( self.context.player.inventory )
self.log( "You enter a magical trance as you begin scribing the %s spell..." % chosen.name )
self.tookAction( 30 )
self.log( "You have written the %s spell into your spellbook." % chosen.name )
self.context.player.spellbook.append( chosen )
def castSpell(self):
if not self.context.player.spellbook:
self.log( "Your spellbook is blank." )
else:
hotkeys = {}
for spell in self.context.player.spellbook:
hotkeys[spell.hotkey] = spell
chosen = self.main.query( SpellSelectionMenuWidget, choices = [
(spell,"%c: %s (%d)" % (spell.hotkey,spell.name,spell.cost())) for spell in self.context.player.spellbook
] + [ (None, "cancel") ], title = "Which spell do you want to cast?", padding = 5, cancelable = True,
hotkeys = hotkeys,
)
if chosen:
if self.context.player.payForSpell( chosen.cost() ):
try:
chosen.cast( self.context ) # intransitive spells only at the moment
chosen.castCount += 1
self.tookAction( 1 )
except magic.CancelCasting:
pass
def keyboard(self, key):
try:
try:
dx, dy = self.movementKeys[ key ]
self.clearlog()
self.tryMoveAttack( dx, dy )
return
except KeyError:
pass
try:
standardAction = None
standardAction = {
'.': self.wait,
',': self.pickup,
'd': self.drop,
'c': self.closeDoor,
'>': self.goDown,
'<': self.goUp,
'w': self.writeSpell,
'm': self.castSpell,
'i': self.accessInventory,
}[key]
except KeyError:
pass
from harmless7drl import DebugMode
if standardAction:
self.clearlog()
standardAction()
elif key == ':': # Look command
self.main.query( CursorWidget, self )
elif key == 'q':
from harmless7drl import savefileName
self.log( "Quitting, please wait..." )
self.main.query( DelayWidget, 0 )
self.context.save( savefileName( self.context.player.rawname ) )
self.done = True
elif key == 'Q':
if self.main.query( SelectionMenuWidget, choices = [
(False, "No"),
(True, "Yes, quit without saving"),
], title = "Really give up on this character?", padding = 5, cancelable = True ):
raise PlayerKilledException( didQuit = True )
elif key == '?':
from plot import displayHelp
displayHelp( self.main )
# elif False:
elif DebugMode and key == '!':
if self.main.query( SelectionMenuWidget, choices = [
(False, "No"),
(True, "Yes"),
], title = "Enter debugging mode?", padding = 5, cancelable = True):
self.context.debugmode = True
elif self.context.debugmode:
if key == 'W':
raise PlayerWonException()
elif key == 'V':
self.restrictVisionByFov = not self.restrictVisionByFov
elif key == 'D':
self.player.trapDetection += 1
elif key == 'S':
from magic import Spells
for spell in Spells:
if spell not in self.player.spellbook:
self.player.spellbook.append( spell )
self.player.weapon.mana += 500
elif key == 'H':
self.player.hitpoints += 1
self.player.maxHitpoints += 1
elif key == 'X':
self.player.damage( 1 )
except PlayerKilledException, pke:
self.playerDied( pke )
except PlayerWonException:
self.playerWon()
if __name__ == '__main__':
from level import *
from widgets import *
from gamewidget import GameWidget
from timing import Simulator
from ai import *
import timing
from grammar import Noun, ProperNoun
import sys
from magic import *
import serialization
context = GameContext()
context.levels = []
serialization.initializeSerialization()
# from levelgen import GeneratorQueue
# context.levelGenerator = GeneratorQueue( 2, 100, 100 )
try:
try:
if ForceTcod:
raise ImportError()
import cursesui
main = cursesui.main
except ImportError:
import tcodui
main = tcodui.main
main( RootMenuWidget )