def newGame(self, fn, root):
"""Start a new game"""
#create the new save file
self.savegame = save.Save(fn)
#get the new game node from the game xml file
newgameNode = data.getChild(root, "newgame")
#create the map, loading connections since it's the active one
self.map = tilemap.Tilemap(
os.path.join(settings.path, "data",
data.getAttr(newgameNode, "map", data.D_STRING)))
self.map.loadConnections()
#create the player
playerNode = data.getChild(root, "player")
self.player = player.Player(
playerNode, self.map,
data.getAttr(newgameNode, "position", data.D_INT2LIST),
data.getAttr(newgameNode, "level", data.D_INT))
#if there's a new game script, run it
script = data.getOptionalChild(newgameNode, "script")
if script is not None:
s = script_engine.Script(script)
self.scriptEngine.run(s)
def __init__(self, screen, node):
"""
Set up the screen - load any images and play any music.
screen - the screen to blit to.
node - the <screen> node.
"""
#store the screen for later
self.screen = screen
#set up the timer
#time of -1 means no time limit
self.time = data.getAttr(node, "time", data.D_INT)
self.count = 0
self.trackTime = (self.time != -1)
#find out the background color
#use american spelling of color by convention
self.bgColor = data.getAttr(node, "bgcolor", data.D_INT3LIST)
#find the music to play if any
self.music = None
for track in data.getChildren(node, "music"):
self.music = os.path.join(settings.path, "data", data.getAttr(track, "file", data.D_STRING))
#load all images
self.images = []
for image in data.getChildren(node, "image"):
self.images.append(IntroImage(self.screen, image))
def __init__(self, node, mMap):
"""
Set up the warp and create the script.
node - the <warp> node to get data from.
mMap - the map the warp belongs to.
"""
#store the map for later
self.map = mMap
#parse the node
self.position = tuple(data.getAttr(node, "position", data.D_INT2LIST))
self.targetMap = os.path.join(
settings.path, "data",
data.getAttr(node, "targetmap", data.D_STRING))
self.targetPosition = tuple(
data.getAttr(node, "targetposition", data.D_INT2LIST))
#triggered by walkonto
self.trigger = EV_WALKONTO
#event levels aren't currently checked
self.level = 0
self.targetLevel = 0
def __init__(self, node, mMap, position, level):
"""
Set up the player.
node - the <player> node.
mMap - the map to start on.
position - the position to start at.
level - the level to start on.
"""
#init the sprite
sprite.Sprite.__init__(self, node, mMap, position, level)
#create status tilesets
self.statusTilesets = {}
self.statusTilesets[sprite.S_WALK] = self.tileset
for statusNode in data.getChildren(node, "status"):
try:
status = STATUSNAMES[data.getAttr(statusNode, "name", data.D_STRING)]
except KeyError:
raise data.DInvalidAttributeError(statusNode, "name")
tsPath = os.path.join(settings.path, "data", data.getAttr(statusNode, "tileset", data.D_STRING))
ts = tileset.Tileset(tsPath)
self.statusTilesets[status] = ts
#create an empty party
#overridden with unpickled party if restoring from a save
self.party = pokemon.Party()
#set up scripting
self.scriptCommands["addToParty"] = self.command_addToParty
def __init__(self, node, mMap, position=None, level=None):
"""
aa
node - the <sprite> node.
mMap - the map to put the sprite on.
position - the position to start at. If None it gets taken from the node.
level - the level to start on. If None it gets taken from the node.
"""
#init the VisibleObject
objects.VisibleObject.__init__(self)
#store the map for later
self.map = mMap
#create the tileset
#determine the tile offset, so that the sprite is drawn at the centre bottom of a map tile
tilesetPath = os.path.join(settings.path, "data", data.getAttr(node, "tileset", data.D_STRING))
self.tileset = tileset.Tileset(tilesetPath)
#determine position, and initialise destination to position
if position is None:
self.position = tuple(data.getAttr(node, "position", data.D_INT2LIST))
else:
self.position = position
self.destination = self.position
#determine the level
if level is None:
self.level = data.getAttr(node, "level", data.D_INT)
else:
self.level = level
#find out the id, if there is one
self.id = data.getOptionalAttr(node, "id", data.D_STRING, None)
#initialise variables
self.direction = DIR_DOWN
self.status = S_WALK
self.speed = 1 #walking
self.walkCycle = 0
self.busy = False
self.switch = False
self.locked = False
self.hasBumped = False
#no script engine given yet
self.scriptEngine = script_engine.ScriptEngine()
#for scripting
self.scriptCommands["foo"] = self.command_foo
#create the basic walk animations
#set the current animation but don't play it (so it can be ticked without errors)
self.animations[DIR_UP] = animation.Animation([12,12,13,13,14,14,15,15])
self.animations[DIR_DOWN] = animation.Animation([0,0,1,1,2,2,3,3])
self.animations[DIR_LEFT] = animation.Animation([4,4,5,5,6,6,7,7])
self.animations[DIR_RIGHT] = animation.Animation([8,8,9,9,10,10,11,11])
self.animation = self.animations[0]
def __init__(self, screen, skillsNode, poke):
"""
aa
screen - the screen to blit to.
statsNode - the <stats> node from the menu XML file.
poke - the pokemon.
"""
self.screen = screen
fFont = font.Font(os.path.join(settings.path, "data", data.getAttr(skillsNode, "font", data.D_STRING)))
size = ((self.screen.get_width()/2)-(OBJECTBUFFER*2), (self.screen.get_height()/2)-(OBJECTBUFFER*2))
fn = os.path.join(settings.path, "data", data.getAttr(skillsNode, "box", data.D_STRING))
self.statsBox = box.Box(size, fn).convert(self.screen)
stats = {"HP": pokemon.ST_HP,
"Attack": pokemon.ST_ATTACK,
"Defense": pokemon.ST_DEFENSE,
"Sp Attack": pokemon.ST_SPATTACK,
"Sp Defense": pokemon.ST_SPDEFENSE,
"Speed": pokemon.ST_SPEED}
order = ["HP", "Attack", "Defense", "Sp Attack", "Sp Defense", "Speed"]
pointerY = BORDER
for stat in order:
fFont.writeText(stat, self.statsBox, (BORDER, pointerY))
text = str(poke.stats[stats[stat]])
fFont.writeText(text, self.statsBox, (size[0]-fFont.calcWidth(text)-BORDER, pointerY))
pointerY += fFont.height+LINEBUFFER
self.statsBoxLocation = (self.screen.get_width()-size[0]-OBJECTBUFFER, OBJECTBUFFER)
def __init__(self, screen, node):
"""Load the image and determine it's position."""
#store screen for later
self.screen = screen
#open the image
fn = os.path.join(settings.path, "data",
data.getAttr(node, "file", data.D_STRING))
self.image = data.getImage(fn, "Intro file.").convert(self.screen)
transparency = data.getAttr(node, "transparency", data.D_INT3LIST)
self.image.set_colorkey(transparency)
#calculate where the centres are for the screen and the image
screenCentre = self.screen.get_width() / 2, self.screen.get_height(
) / 2
imageCentre = self.image.get_width() / 2, self.image.get_height() / 2
#find out the location of the image
location = data.getAttr(node, "location", data.D_INT2LIST)
#calculate its position on the screen
#location (0,0) should be dead centre, (-100, 100) bottom left
self.position = ((screenCentre[0] - imageCentre[0]) +
((location[0] * screenCentre[0]) / 100),
(screenCentre[1] - imageCentre[1]) +
((location[1] * screenCentre[1]) / 100))
def loadPokemon(self):
"""
Load the pokemon, and create the main pokemon box common to all pages.
Uses the currentPoke attribute to search party for correct pokemon.
"""
#get the required pokemon
self.poke = self.party[self.currentPoke]
speciesNode = self.poke.speciesNode
#get the <main> child of the <pokemon> node
mainNode = data.getChild(self.menuNode, "main")
#create the font
fFont = font.Font(os.path.join(settings.path, "data", data.getAttr(mainNode, "font", data.D_STRING)))
#create the main box, which will cover the top left quarter of the screen
size = ((self.screen.get_width()/2)-(OBJECTBUFFER*2), (self.screen.get_height()/2)-(OBJECTBUFFER*2))
fn = os.path.join(settings.path, "data", data.getAttr(mainNode, "box", data.D_STRING))
self.mainBox = box.Box(size, fn).convert(self.screen)
#write the pokemon level and name, then draw the pokemon
fFont.writeText("Lv%i" % self.poke.level, self.mainBox, (BORDER, BORDER)) #top left
fFont.writeText(self.poke.getName(), self.mainBox, ((size[0]-fFont.calcWidth(self.poke.getName()))/2, BORDER)) #top centre
self.battler = self.poke.getBattler()
self.mainBox.blit(self.battler, ((size[0]-self.battler.get_width())/2, size[1]-self.battler.get_height()-BORDER)) #bottom centre
def __init__(self, screen, node):
"""
Set up the screen - load any images and play any music.
screen - the screen to blit to.
node - the <screen> node.
"""
#store the screen for later
self.screen = screen
#set up the timer
#time of -1 means no time limit
self.time = data.getAttr(node, "time", data.D_INT)
self.count = 0
self.trackTime = (self.time != -1)
#find out the background color
#use american spelling of color by convention
self.bgColor = data.getAttr(node, "bgcolor", data.D_INT3LIST)
#find the music to play if any
self.music = None
for track in data.getChildren(node, "music"):
self.music = os.path.join(
settings.path, "data",
data.getAttr(track, "file", data.D_STRING))
#load all images
self.images = []
for image in data.getChildren(node, "image"):
self.images.append(IntroImage(self.screen, image))
def newGame(self, fn, root):
"""Start a new game"""
# create the new save file
self.savegame = save.Save(fn)
# get the new game node from the game xml file
newgameNode = data.getChild(root, "newgame")
# create the map, loading connections since it's the active one
self.map = tilemap.Tilemap(os.path.join(settings.path, "data", data.getAttr(newgameNode, "map", data.D_STRING)))
self.map.loadConnections()
# create the player
playerNode = data.getChild(root, "player")
self.player = player.Player(
playerNode,
self.map,
data.getAttr(newgameNode, "position", data.D_INT2LIST),
data.getAttr(newgameNode, "level", data.D_INT),
)
# if there's a new game script, run it
script = data.getOptionalChild(newgameNode, "script")
if script is not None:
s = script_engine.Script(script)
self.scriptEngine.run(s)
def getBattler(self):
graphicsNode = data.getChild(self.speciesNode, "graphics")
battleNode = data.getChild(graphicsNode, "battle")
battler = data.getImage(os.path.join(settings.path, "data", data.getAttr(battleNode, "front", data.D_STRING)), battleNode.ditto_fn)
trans = data.getAttr(battleNode, "transparency", data.D_INT3LIST)
battler.set_colorkey(trans)
return battler
def __init__(self, screen, partyNode, location):
self.screen = screen
self.location = location
emptyNode = data.getChild(partyNode, "empty")
fn = os.path.join(settings.path, "data", data.getAttr(emptyNode, "file", data.D_STRING))
self.box = pygame.image.load(fn).convert(self.screen)
self.box.set_colorkey(data.getAttr(partyNode, "transparency", data.D_INT3LIST))
def __init__(self, screen, infoNode, poke):
"""
aa
screen - the screen to blit to.
infoNode - the <info> node from the menu XML file.
poke - the pokemon.
"""
self.screen = screen
fFont = font.Font(
os.path.join(settings.path, "data",
data.getAttr(infoNode, "font", data.D_STRING)))
size = ((self.screen.get_width() / 2) - (OBJECTBUFFER * 2),
(self.screen.get_height() / 2) - (OBJECTBUFFER * 2))
fn = os.path.join(settings.path, "data",
data.getAttr(infoNode, "box", data.D_STRING))
self.infoBox = box.Box(size, fn).convert(self.screen)
info = {
"No.": data.getAttr(poke.speciesNode, "dex", data.D_STRING),
"Name": poke.getName(),
"Type": "TODO",
"OT": str(poke.trainer),
"ID No.": str(poke.trainerID),
"Item": str(poke.heldItem)
}
order = ["No.", "Name", "Type", "OT", "ID No.", "Item"]
pointerY = BORDER
for inf in order:
fFont.writeText(inf, self.infoBox, (BORDER, pointerY))
text = info[inf]
fFont.writeText(
text, self.infoBox,
(size[0] - fFont.calcWidth(text) - BORDER, pointerY))
pointerY += fFont.height + LINEBUFFER
self.infoBoxLocation = (self.screen.get_width() - size[0] -
OBJECTBUFFER, OBJECTBUFFER)
size = (self.screen.get_width() - (OBJECTBUFFER * 2),
(self.screen.get_height() / 2) - (OBJECTBUFFER * 2))
self.memoBox = box.Box(size, fn).convert(self.screen)
pointerY = BORDER
fFont.writeText("%s nature." % "TODO", self.memoBox,
(BORDER, pointerY))
pointerY += fFont.height + LINEBUFFER
fFont.writeText("Met in %s." % "TODO", self.memoBox,
(BORDER, pointerY))
self.memoBoxLocation = (OBJECTBUFFER, self.screen.get_height() -
size[1] - OBJECTBUFFER)
def __init__(self, text, screen, drawCursor=True):
"""
Create the dialog box and load cursors.
text - a list of lines of text to go in the dialog.
font - the font with which to write the text.
screen - the surface to draw the dialog onto.
soundManager - the sound manager.
drawCursor - whether a continuation cursor should be drawn when the text has finished writing.
"""
#store variables we'll need again
self.text = text.split(LINESEP)
self.screen = screen
self.drawCursor = drawCursor
#determine the speed to write at, in characters per tick
if settings.textSpeed == "SLOW":
self.speed = 1
elif settings.textSpeed == "MEDIUM":
self.speed = 2
elif settings.textSpeed == "FAST":
self.speed = 4
#parse the dialog xml file
fn = os.path.join(settings.path, "data", globs.DIALOG)
root = data.getTreeRoot(fn, "Ditto main")
transparency = data.getAttr(root, "transparency", data.D_INT3LIST)
#create font
fontPath = os.path.join(settings.path, "data", globs.FONT)
self.font = font.Font(fontPath)
#create the box
size = ((self.screen.get_width()-(OBJECTBUFFER*2), (len(self.text)*(self.font.height+LINEBUFFER))-LINEBUFFER+(BORDER*2)))
self.box = box.Box(size).convert(self.screen)
#load the cursors
cursorPath = os.path.join(settings.path, "data", data.getAttr(root, "cursor", data.D_STRING))
self.cursor = data.getImage(cursorPath).convert(self.screen)
self.cursor.set_colorkey(transparency)
self.cursorLocation = (self.screen.get_width()-OBJECTBUFFER-BORDER-self.cursor.get_width(),
self.screen.get_height()-OBJECTBUFFER-BORDER-self.cursor.get_height())
cursorPath = os.path.join(settings.path, "data", data.getAttr(root, "sidecursor", data.D_STRING))
self.sideCursor = data.getImage(cursorPath).convert(self.screen)
self.sideCursor.set_colorkey(transparency)
#calculate location of dialog box
self.location = OBJECTBUFFER, self.screen.get_height()-self.box.get_height()-OBJECTBUFFER
#start progress at 0 and set drawing and busy
self.progress = 0
self.writing = True
self.busy = True
def __init__(self, node, mMap, position=None, level=None):
"""
Initialise the sprite, and set up movement and scripts.
node - the <npc> node.
mMap - the map to start on.
position - the position to start in. If unspecified gets taken from the <npc> node.
level - the level to start on. If unspecified gets taken from the <npc> node.
"""
#initialize the sprite
sprite.Sprite.__init__(self, node, mMap, position, level)
self.initialPosition = self.position #store initial position anchor
#determine what auto movements to do
#use the first <movement> node if one exists, otherwise no movement
self.move = MT_NONE
movements = data.getChildren(node, "movement")
if movements:
movementNode = movements[0]
movementType = data.getAttr(movementNode, "type", data.D_STRING)
#if asked to wander, set movement and get wander radius
#note this uses taxicab distance, and a taxicab circle is a diamond like this:
# X
# XXX
#XX.XX
# XXX
# X
#maybe change this due to the possibility to easily block an npc on the diamond points
if movementType == "wander":
self.move = MT_WANDER
self.wanderRadius = data.getAttr(movementNode, "radius",
data.D_INT)
#if asked to follow a track , set the movement and parse for the course
elif movementType == "track":
self.move = MT_TRACK
self.course = []
self.stepCycle = 0
for op in data.getAttr(movementNode, "course",
data.D_STRING).split(","):
try:
self.course.append(INSTRUCTIONS[op])
except KeyError:
raise error.DUnsupportedError("Unknown NPC file",
"NPC movement step", op)
#create any event scripts
self.scripts = {}
for s in data.getChildren(node, "script"):
if data.getAttr(s, "trigger", data.D_STRING) == "investigate":
self.scripts[events.EV_INVESTIGATE] = script_engine.Script(s)
def getBattler(self):
graphicsNode = data.getChild(self.speciesNode, "graphics")
battleNode = data.getChild(graphicsNode, "battle")
battler = data.getImage(
os.path.join(settings.path, "data",
data.getAttr(battleNode, "front", data.D_STRING)),
battleNode.ditto_fn)
trans = data.getAttr(battleNode, "transparency", data.D_INT3LIST)
battler.set_colorkey(trans)
return battler
def __init__(self, node, mMap, position=None, level=None):
"""
Initialise the sprite, and set up movement and scripts.
node - the <npc> node.
mMap - the map to start on.
position - the position to start in. If unspecified gets taken from the <npc> node.
level - the level to start on. If unspecified gets taken from the <npc> node.
"""
#initialize the sprite
sprite.Sprite.__init__(self, node, mMap, position, level)
self.initialPosition = self.position #store initial position anchor
#determine what auto movements to do
#use the first <movement> node if one exists, otherwise no movement
self.move = MT_NONE
movements = data.getChildren(node, "movement")
if movements:
movementNode = movements[0]
movementType = data.getAttr(movementNode, "type", data.D_STRING)
#if asked to wander, set movement and get wander radius
#note this uses taxicab distance, and a taxicab circle is a diamond like this:
# X
# XXX
#XX.XX
# XXX
# X
#maybe change this due to the possibility to easily block an npc on the diamond points
if movementType == "wander":
self.move = MT_WANDER
self.wanderRadius = data.getAttr(movementNode, "radius", data.D_INT)
#if asked to follow a track , set the movement and parse for the course
elif movementType == "track":
self.move = MT_TRACK
self.course = []
self.stepCycle = 0
for op in data.getAttr(movementNode, "course", data.D_STRING).split(","):
try:
self.course.append(INSTRUCTIONS[op])
except KeyError:
raise error.DUnsupportedError("Unknown NPC file", "NPC movement step", op)
#create any event scripts
self.scripts = {}
for s in data.getChildren(node, "script"):
if data.getAttr(s, "trigger", data.D_STRING) == "investigate":
self.scripts[events.EV_INVESTIGATE] = script_engine.Script(s)
def init(fn):
"""
Initialise the pygame mixer and parse XML file for sound effect locations.
fn - the path to the XML file.
"""
#initialise the pygame mixer
pygame.mixer.init()
#parse the XML file
root = data.getTreeRoot(fn)
for effect in data.getChildren(root, "soundeffect"):
e = SOUNDEFFECTS[data.getAttr(effect, "name", data.D_STRING)]
effects[e] = os.path.join(settings.path, "data", data.getAttr(effect, "file", data.D_STRING))
def __init__(self, screen, partyNode, font, location, poke):
self.screen = screen
self.font = font
self.location = location
self.poke = poke
self.speciesNode = poke.speciesNode
graphicsNode = data.getChild(self.speciesNode, "graphics")
iconNode = data.getChild(graphicsNode, "icon")
fn = os.path.join(settings.path, "data", data.getAttr(iconNode, "file", data.D_STRING))
image = data.getImage(fn, iconNode.ditto_fn)
self.iconSize = data.getAttr(iconNode, "size", data.D_INT2LIST)
self.icon = image.subsurface((0,0), self.iconSize)
self.icon.set_colorkey(data.getAttr(iconNode, "transparency", data.D_INT3LIST))
def setup(self, game):
"""
Get the script engine ready to run scripts.
game - the Game object to run scripts on.
"""
#store game object
self.game = game
self.font = font.Font(os.path.join(settings.path, "data",
globs.FONT)) #create the font
#initialise variables needed to run
self.running = False
self.queue = []
self.currentCommand = 0
self.waiting = False
self.waitingFor = None
self.countDown = 0
#initialise script variables
self.variables = {}
self.result = None
#determine behaviour scripts
tree = data.getTree(globs.BEHAVIOURS)
root = tree.getroot()
self.behaviours = {}
for behaviourNode in data.getChildren(root, "behaviour",
globs.BEHAVIOURS):
i = data.getAttr(behaviourNode, "index", data.D_INT,
globs.BEHAVIOURS)
s = data.getChild(behaviourNode, "script", globs.BEHAVIOURS)
self.behaviours[i] = Script(s, False)
def __init__(self, screen, partyNode, font, hpBar, location, poke):
PartyBox.__init__(self, screen, partyNode, font, location, poke)
self.border = 3
self.lineBuffer = 0
sideNode = data.getChild(partyNode, "side")
fn = os.path.join(settings.path, "data", data.getAttr(sideNode, "file", data.D_STRING))
self.box = pygame.image.load(fn).convert(self.screen)
self.box.set_colorkey(data.getAttr(partyNode, "transparency", data.D_INT3LIST))
self.box.blit(hpBar, (self.box.get_width()-hpBar.get_width()-self.border, self.border))
self.font.writeText(poke.getName(), self.box, (self.iconSize[0]+self.border, self.border))
self.font.writeText("Lv%s" % poke.level, self.box, (self.iconSize[0]+self.border, self.border+self.font.height+self.lineBuffer))
text = "%s/%s" % (poke.currentHP, poke.stats[pokemon.ST_HP])
self.font.writeText(text, self.box, (self.box.get_width()-self.font.calcWidth(text)-self.border, self.border+hpBar.get_height()))
def setup(self, game):
"""
Get the script engine ready to run scripts.
game - the Game object to run scripts on.
"""
#store game object
self.game = game
self.font = font.Font(os.path.join(settings.path, "data", globs.FONT)) #create the font
#initialise variables needed to run
self.running = False
self.queue = []
self.currentCommand = 0
self.waiting = False
self.waitingFor = None
self.countDown = 0
#initialise script variables
self.variables = {}
self.result = None
#determine behaviour scripts
tree = data.getTree(globs.BEHAVIOURS)
root = tree.getroot()
self.behaviours = {}
for behaviourNode in data.getChildren(root, "behaviour", globs.BEHAVIOURS):
i = data.getAttr(behaviourNode, "index", data.D_INT, globs.BEHAVIOURS)
s = data.getChild(behaviourNode, "script", globs.BEHAVIOURS)
self.behaviours[i] = Script(s, False)
def __init__(self, moveId):
self.moveId = moveId
fn = os.path.join(settings.path, "data", globs.MOVES)
root = data.getTreeRoot(fn)
self.moveNode = None
for m in data.getChildren(root, "move"):
if data.getAttr(m, "id", data.D_STRING) == moveId:
self.moveNode = m
break
if self.moveNode is None:
raise error.DittoInvalidResourceException(fn, "MOVE %s" % self.moveId)
self.name = data.getAttr(self.moveNode, "name", data.D_STRING)
self.maxPP = data.getAttr(self.moveNode, "pp", data.D_INT)
self.currPP = self.maxPP
def __init__(self, screen, movesNode, poke):
self.screen = screen
fFont = font.Font(os.path.join(settings.path, "data", data.getAttr(movesNode, "font", data.D_STRING)))
size = ((self.screen.get_width()/2)-(OBJECTBUFFER*2), (fFont.height+BORDER)*2)
fn = os.path.join(settings.path, "data", data.getAttr(movesNode, "box", data.D_STRING))
moves = poke.moves
self.moveBoxes = []
for move in moves:
if move is not None:
b = box.Box(size, fn).convert(self.screen)
fFont.writeText(move.name, b, (BORDER, BORDER))
text = "PP %i/%i" % (move.currPP, move.maxPP)
fFont.writeText(text, b, (size[0]-fFont.calcWidth(text)-BORDER, BORDER+fFont.height))
self.moveBoxes.append(b)
def __init__(self, moveId):
self.moveId = moveId
fn = os.path.join(settings.path, "data", globs.MOVES)
root = data.getTreeRoot(fn)
self.moveNode = None
for m in data.getChildren(root, "move"):
if data.getAttr(m, "id", data.D_STRING) == moveId:
self.moveNode = m
break
if self.moveNode is None:
raise error.DittoInvalidResourceException(fn,
"MOVE %s" % self.moveId)
self.name = data.getAttr(self.moveNode, "name", data.D_STRING)
self.maxPP = data.getAttr(self.moveNode, "pp", data.D_INT)
self.currPP = self.maxPP
def __init__(self, screen, infoNode, poke):
"""
aa
screen - the screen to blit to.
infoNode - the <info> node from the menu XML file.
poke - the pokemon.
"""
self.screen = screen
fFont = font.Font(os.path.join(settings.path, "data", data.getAttr(infoNode, "font", data.D_STRING)))
size = ((self.screen.get_width()/2)-(OBJECTBUFFER*2), (self.screen.get_height()/2)-(OBJECTBUFFER*2))
fn = os.path.join(settings.path, "data", data.getAttr(infoNode, "box", data.D_STRING))
self.infoBox = box.Box(size, fn).convert(self.screen)
info = {"No.": data.getAttr(poke.speciesNode, "dex", data.D_STRING),
"Name": poke.getName(),
"Type": "TODO",
"OT": str(poke.trainer),
"ID No.": str(poke.trainerID),
"Item": str(poke.heldItem)}
order = ["No.", "Name", "Type", "OT", "ID No.", "Item"]
pointerY = BORDER
for inf in order:
fFont.writeText(inf, self.infoBox, (BORDER, pointerY))
text = info[inf]
fFont.writeText(text, self.infoBox, (size[0]-fFont.calcWidth(text)-BORDER, pointerY))
pointerY += fFont.height+LINEBUFFER
self.infoBoxLocation = (self.screen.get_width()-size[0]-OBJECTBUFFER, OBJECTBUFFER)
size = (self.screen.get_width()-(OBJECTBUFFER*2), (self.screen.get_height()/2)-(OBJECTBUFFER*2))
self.memoBox = box.Box(size, fn).convert(self.screen)
pointerY = BORDER
fFont.writeText("%s nature." % "TODO", self.memoBox, (BORDER, pointerY))
pointerY += fFont.height+LINEBUFFER
fFont.writeText("Met in %s." % "TODO", self.memoBox, (BORDER, pointerY))
self.memoBoxLocation = (OBJECTBUFFER, self.screen.get_height()-size[1]-OBJECTBUFFER)
def __init__(self, screen, skillsNode, poke):
"""
aa
screen - the screen to blit to.
statsNode - the <stats> node from the menu XML file.
poke - the pokemon.
"""
self.screen = screen
fFont = font.Font(
os.path.join(settings.path, "data",
data.getAttr(skillsNode, "font", data.D_STRING)))
size = ((self.screen.get_width() / 2) - (OBJECTBUFFER * 2),
(self.screen.get_height() / 2) - (OBJECTBUFFER * 2))
fn = os.path.join(settings.path, "data",
data.getAttr(skillsNode, "box", data.D_STRING))
self.statsBox = box.Box(size, fn).convert(self.screen)
stats = {
"HP": pokemon.ST_HP,
"Attack": pokemon.ST_ATTACK,
"Defense": pokemon.ST_DEFENSE,
"Sp Attack": pokemon.ST_SPATTACK,
"Sp Defense": pokemon.ST_SPDEFENSE,
"Speed": pokemon.ST_SPEED
}
order = ["HP", "Attack", "Defense", "Sp Attack", "Sp Defense", "Speed"]
pointerY = BORDER
for stat in order:
fFont.writeText(stat, self.statsBox, (BORDER, pointerY))
text = str(poke.stats[stats[stat]])
fFont.writeText(
text, self.statsBox,
(size[0] - fFont.calcWidth(text) - BORDER, pointerY))
pointerY += fFont.height + LINEBUFFER
self.statsBoxLocation = (self.screen.get_width() - size[0] -
OBJECTBUFFER, OBJECTBUFFER)
def __init__(self, fn):
"""
Open the tileset image, and set up animations.
fn - the path to the tileset image.
"""
#parse the XML file
root = data.getTreeRoot(fn)
self.tileSize = data.getAttr(root, "tilesize", data.D_INT2LIST)
self.transparency = data.getAttr(root, "transparency", data.D_INT3LIST)
#create the tiles
tilesetPath = os.path.join(settings.path, "data", data.getAttr(root, "file", data.D_STRING))
self.openImage(tilesetPath)
#create animations for the tileset
self.autoAnimations = {}
self.walkontoAnimations = {}
for anim in root.findall("animation"):
trigger = data.getAttr(anim, "trigger", data.D_STRING)
tile = data.getAttr(anim, "tile", data.D_INT)
frames = data.getAttr(anim, "frames", data.D_INTLIST)
a = animation.Animation(frames)
if trigger == "auto":
a.play(True)
self.autoAnimations[tile] = a
elif trigger == "walkonto":
self.walkontoAnimations[tile] = a
def __init__(self, fn):
"""
Open the tileset image, and set up animations.
fn - the path to the tileset image.
"""
#parse the XML file
root = data.getTreeRoot(fn)
self.tileSize = data.getAttr(root, "tilesize", data.D_INT2LIST)
self.transparency = data.getAttr(root, "transparency", data.D_INT3LIST)
#create the tiles
tilesetPath = os.path.join(settings.path, "data",
data.getAttr(root, "file", data.D_STRING))
self.openImage(tilesetPath)
#create animations for the tileset
self.autoAnimations = {}
self.walkontoAnimations = {}
for anim in root.findall("animation"):
trigger = data.getAttr(anim, "trigger", data.D_STRING)
tile = data.getAttr(anim, "tile", data.D_INT)
frames = data.getAttr(anim, "frames", data.D_INTLIST)
a = animation.Animation(frames)
if trigger == "auto":
a.play(True)
self.autoAnimations[tile] = a
elif trigger == "walkonto":
self.walkontoAnimations[tile] = a
def __init__(self, screen, savegame=None):
"""
Open the save file (or make a new one) and create camera and script engine.
screen - the screen to render to.
sound - the sound manager.
savegame - path to the save file to open, or None to start a new game.
"""
#store variables for use later
self.screen = screen
#parse the game XML file
fn = os.path.join(settings.path, "data", "game.xml")
root = data.getTreeRoot(fn, "Ditto main")
for p in data.getChildren(root, "property"):
if data.getAttr(p, "name", data.D_STRING) == "menu":
self.menuPath = data.getAttr(p, "value", data.D_STRING)
#create script engine and initialise variables
self.scriptEngine = script_engine.ScriptEngine()
self.scriptEngine.setup(self)
self.paused = False
self.foregroundObject = None
#if there's a save, open it
#else start a new game
if savegame is not None:
self.openSave(savegame, root)
else:
self.newGame(os.path.join(settings.path, "saves", "ditto.sav"),
root)
#put the player onto the map and play music
self.map.sprites["PLAYER"] = self.player
sound.playMusic(self.player.map.music)
#create a camera and attach to the player
self.camera = camera.Camera(screen)
self.camera.attachTo(self.player)
def __init__(self, fn):
"""
Load the image and cut out the individual characters.
fn - the font XML file.
"""
#parse the XML file
root = data.getTreeRoot(fn)
path = os.path.join(settings.path, "data",
data.getAttr(root, "file", data.D_STRING))
self.height = data.getAttr(root, "height", data.D_INT)
transparency = data.getAttr(root, "transparency", data.D_INT3LIST)
#load the image
image = data.getImage(path, fn)
image.set_colorkey(transparency)
#cut out the tiles and store them in a dictionary
self.characters = {}
for c in data.getChildren(root, "character"):
char = data.getAttr(c, "char", data.D_STRING)
width = data.getAttr(c, "width", data.D_INT)
location = data.getAttr(c, "location", data.D_INT2LIST)
self.characters[char] = image.subsurface(location[0], location[1],
width, self.height)
def __init__(self, screen, savegame=None):
"""
Open the save file (or make a new one) and create camera and script engine.
screen - the screen to render to.
sound - the sound manager.
savegame - path to the save file to open, or None to start a new game.
"""
# store variables for use later
self.screen = screen
# parse the game XML file
fn = os.path.join(settings.path, "data", "game.xml")
root = data.getTreeRoot(fn, "Ditto main")
for p in data.getChildren(root, "property"):
if data.getAttr(p, "name", data.D_STRING) == "menu":
self.menuPath = data.getAttr(p, "value", data.D_STRING)
# create script engine and initialise variables
self.scriptEngine = script_engine.ScriptEngine()
self.scriptEngine.setup(self)
self.paused = False
self.foregroundObject = None
# if there's a save, open it
# else start a new game
if savegame is not None:
self.openSave(savegame, root)
else:
self.newGame(os.path.join(settings.path, "saves", "ditto.sav"), root)
# put the player onto the map and play music
self.map.sprites["PLAYER"] = self.player
sound.playMusic(self.player.map.music)
# create a camera and attach to the player
self.camera = camera.Camera(screen)
self.camera.attachTo(self.player)
def __init__(self, node, mMap):
"""
Set up the warp and create the script.
node - the <warp> node to get data from.
mMap - the map the warp belongs to.
"""
#store the map for later
self.map = mMap
#parse the node
self.position = tuple(data.getAttr(node, "position", data.D_INT2LIST))
self.targetMap = os.path.join(settings.path, "data", data.getAttr(node, "targetmap", data.D_STRING))
self.targetPosition = tuple(data.getAttr(node, "targetposition", data.D_INT2LIST))
#triggered by walkonto
self.trigger = EV_WALKONTO
#event levels aren't currently checked
self.level = 0
self.targetLevel = 0
def __init__(self, screen, partyNode, party):
self.screen = screen
self.partyNode = partyNode
self.font = font.Font(os.path.join(settings.path, "data", data.getAttr(partyNode, "font", data.D_STRING)))
self.party = party
self.foregroundObject = None
fn = os.path.join(settings.path, "data", data.getAttr(partyNode, "hpbar", data.D_STRING))
hpBar = pygame.image.load(fn).convert(self.screen)
hpBar.set_colorkey(data.getAttr(partyNode, "transparency", data.D_INT3LIST))
self.border = 5
self.lineBuffer = 2
self.shadow = pygame.Surface((self.screen.get_width(), self.screen.get_height()))
self.shadow.fill((10,10,10))
self.shadow.set_alpha(100)
self.boxes = []
self.current = 0
main = MainBox(self.screen, partyNode, self.font, hpBar, (self.border, self.border+25), self.party[0])
self.boxes.append(main)
pointerX = (self.border*2)+main.box.get_width()
pointerY = self.border
for i in range(1, len(self.party)):
b = SideBox(self.screen, partyNode, self.font, hpBar, (pointerX,pointerY), self.party[i])
self.boxes.append(b)
pointerY += b.box.get_height()+self.border
for i in range(len(self.party), 6):
b = EmptyBox(self.screen, partyNode, (pointerX,pointerY))
self.boxes.append(b)
pointerY += b.box.get_height()+self.border
self.busy = True
def __init__(self, node, triggered=True):
if triggered:
trig = data.getAttr(node, "trigger", data.D_STRING)
if trig == "investigate":
self.trigger = events.EV_INVESTIGATE
elif trig == "walkonto":
self.trigger = events.EV_WALKONTO
elif trig == "load":
self.trigger = events.EV_LOAD
elif trig == "newgame":
self.trigger = events.EV_NEWGAME
fn = os.path.join(settings.path, "data", data.getAttr(node, "source", data.D_STRING))
scriptId = data.getAttr(node, "id", data.D_STRING)
source = getSource(fn, scriptId)
ast = script_yacc.parse(source, fn, scriptId)
f = open(OUT_AST, "w")
ast.pprint(f)
f.close()
self.commands = script_compiler.toCommands(ast)
def __init__(self, screen, node):
"""Load the image and determine it's position."""
#store screen for later
self.screen = screen
#open the image
fn = os.path.join(settings.path, "data", data.getAttr(node, "file", data.D_STRING))
self.image = data.getImage(fn, "Intro file.").convert(self.screen)
transparency = data.getAttr(node, "transparency", data.D_INT3LIST)
self.image.set_colorkey(transparency)
#calculate where the centres are for the screen and the image
screenCentre = self.screen.get_width()/2, self.screen.get_height()/2
imageCentre = self.image.get_width()/2, self.image.get_height()/2
#find out the location of the image
location = data.getAttr(node, "location", data.D_INT2LIST)
#calculate its position on the screen
#location (0,0) should be dead centre, (-100, 100) bottom left
self.position = ((screenCentre[0]-imageCentre[0])+((location[0]*screenCentre[0])/100),
(screenCentre[1]-imageCentre[1])+((location[1]*screenCentre[1])/100))
def __init__(self, node, mMap):
"""
Set up the event and create the script.
node - the <script> node to get data from.
mMap - the map the script belongs to.
"""
#store the map for later
self.map = mMap
#parse the node
self.position = tuple(data.getAttr(node, "position", data.D_INT2LIST))
trigger = data.getAttr(node, "trigger", data.D_STRING)
if trigger == "investigate":
self.trigger = EV_INVESTIGATE
elif trigger == "walkonto":
self.trigger = EV_WALKONTO
#event levels aren't currently checked
self.level = 0
#create the script object
self.script = script_engine.Script(node)
def __init__(self, screen, movesNode, poke):
self.screen = screen
fFont = font.Font(
os.path.join(settings.path, "data",
data.getAttr(movesNode, "font", data.D_STRING)))
size = ((self.screen.get_width() / 2) - (OBJECTBUFFER * 2),
(fFont.height + BORDER) * 2)
fn = os.path.join(settings.path, "data",
data.getAttr(movesNode, "box", data.D_STRING))
moves = poke.moves
self.moveBoxes = []
for move in moves:
if move is not None:
b = box.Box(size, fn).convert(self.screen)
fFont.writeText(move.name, b, (BORDER, BORDER))
text = "PP %i/%i" % (move.currPP, move.maxPP)
fFont.writeText(text, b,
(size[0] - fFont.calcWidth(text) - BORDER,
BORDER + fFont.height))
self.moveBoxes.append(b)
def __init__(self, node, triggered=True):
if triggered:
trig = data.getAttr(node, "trigger", data.D_STRING)
if trig == "investigate":
self.trigger = events.EV_INVESTIGATE
elif trig == "walkonto":
self.trigger = events.EV_WALKONTO
elif trig == "load":
self.trigger = events.EV_LOAD
elif trig == "newgame":
self.trigger = events.EV_NEWGAME
fn = os.path.join(settings.path, "data",
data.getAttr(node, "source", data.D_STRING))
scriptId = data.getAttr(node, "id", data.D_STRING)
source = getSource(fn, scriptId)
ast = script_yacc.parse(source, fn, scriptId)
f = open(OUT_AST, "w")
ast.pprint(f)
f.close()
self.commands = script_compiler.toCommands(ast)
def loadPokemon(self):
"""
Load the pokemon, and create the main pokemon box common to all pages.
Uses the currentPoke attribute to search party for correct pokemon.
"""
#get the required pokemon
self.poke = self.party[self.currentPoke]
speciesNode = self.poke.speciesNode
#get the <main> child of the <pokemon> node
mainNode = data.getChild(self.menuNode, "main")
#create the font
fFont = font.Font(
os.path.join(settings.path, "data",
data.getAttr(mainNode, "font", data.D_STRING)))
#create the main box, which will cover the top left quarter of the screen
size = ((self.screen.get_width() / 2) - (OBJECTBUFFER * 2),
(self.screen.get_height() / 2) - (OBJECTBUFFER * 2))
fn = os.path.join(settings.path, "data",
data.getAttr(mainNode, "box", data.D_STRING))
self.mainBox = box.Box(size, fn).convert(self.screen)
#write the pokemon level and name, then draw the pokemon
fFont.writeText("Lv%i" % self.poke.level, self.mainBox,
(BORDER, BORDER)) #top left
fFont.writeText(self.poke.getName(), self.mainBox,
((size[0] - fFont.calcWidth(self.poke.getName())) / 2,
BORDER)) #top centre
self.battler = self.poke.getBattler()
self.mainBox.blit(self.battler,
((size[0] - self.battler.get_width()) / 2, size[1] -
self.battler.get_height() - BORDER)) #bottom centre
def __init__(self, node, mMap):
"""
Set up the event and create the script.
node - the <script> node to get data from.
mMap - the map the script belongs to.
"""
#store the map for later
self.map = mMap
#parse the node
self.position = tuple(data.getAttr(node, "position", data.D_INT2LIST))
trigger = data.getAttr(node, "trigger", data.D_STRING)
if trigger == "investigate":
self.trigger = EV_INVESTIGATE
elif trigger == "walkonto":
self.trigger = EV_WALKONTO
#event levels aren't currently checked
self.level = 0
#create the script object
self.script = script_engine.Script(node)
def setup(self, game):
self.symbols = symbols.Symbols(game, self)
self.script = None
self.result = False
self.currentCmd = 0
self.caller = None
self.waitingFor = None
#determine behaviour scripts
root = data.getTreeRoot(globs.BEHAVIOURS)
self.behaviours = {}
for behaviourNode in data.getChildren(root, "behaviour"):
i = data.getAttr(behaviourNode, "index", data.D_INT)
s = data.getChild(behaviourNode, "script")
self.behaviours[i] = script.Script(s, False)
def setup(self, game):
self.symbols = symbols.Symbols(game, self)
self.script = None
self.result = False
self.currentCmd = 0
self.caller = None
self.waitingFor = None
#determine behaviour scripts
root = data.getTreeRoot(globs.BEHAVIOURS)
self.behaviours = {}
for behaviourNode in data.getChildren(root, "behaviour"):
i = data.getAttr(behaviourNode, "index", data.D_INT)
s = data.getChild(behaviourNode, "script")
self.behaviours[i] = script.Script(s, False)
def calcStats(self):
statsNode = data.getChild(self.speciesNode, "basestats")
baseStats = {}
baseStats[ST_HP] = data.getAttr(statsNode, "hp", data.D_INT)
baseStats[ST_ATTACK] = data.getAttr(statsNode, "attack", data.D_INT)
baseStats[ST_DEFENSE] = data.getAttr(statsNode, "defense", data.D_INT)
baseStats[ST_SPATTACK] = data.getAttr(statsNode, "spatk", data.D_INT)
baseStats[ST_SPDEFENSE] = data.getAttr(statsNode, "spdef", data.D_INT)
baseStats[ST_SPEED] = data.getAttr(statsNode, "speed", data.D_INT)
self.stats[ST_HP] = (((self.IVs[ST_HP]+(2*baseStats[ST_HP])+(self.EVs[ST_HP]/4)+100)*self.level)/100)+10
for stat in [ST_ATTACK, ST_DEFENSE, ST_SPATTACK, ST_SPDEFENSE, ST_SPEED]:
self.stats[stat] = (((self.IVs[stat]+(2*baseStats[stat])+(self.EVs[stat]/4))*self.level)/100)+5
def calcStats(self):
statsNode = data.getChild(self.speciesNode, "basestats")
baseStats = {}
baseStats[ST_HP] = data.getAttr(statsNode, "hp", data.D_INT)
baseStats[ST_ATTACK] = data.getAttr(statsNode, "attack", data.D_INT)
baseStats[ST_DEFENSE] = data.getAttr(statsNode, "defense", data.D_INT)
baseStats[ST_SPATTACK] = data.getAttr(statsNode, "spatk", data.D_INT)
baseStats[ST_SPDEFENSE] = data.getAttr(statsNode, "spdef", data.D_INT)
baseStats[ST_SPEED] = data.getAttr(statsNode, "speed", data.D_INT)
self.stats[ST_HP] = ((
(self.IVs[ST_HP] + (2 * baseStats[ST_HP]) +
(self.EVs[ST_HP] / 4) + 100) * self.level) / 100) + 10
for stat in [
ST_ATTACK, ST_DEFENSE, ST_SPATTACK, ST_SPDEFENSE, ST_SPEED
]:
self.stats[stat] = ((
(self.IVs[stat] + (2 * baseStats[stat]) +
(self.EVs[stat] / 4)) * self.level) / 100) + 5
def __init__(self, fn):
"""
Load the image and cut out the individual characters.
fn - the font XML file.
"""
#parse the XML file
root = data.getTreeRoot(fn)
path = os.path.join(settings.path, "data", data.getAttr(root, "file", data.D_STRING))
self.height = data.getAttr(root, "height", data.D_INT)
transparency = data.getAttr(root, "transparency", data.D_INT3LIST)
#load the image
image = data.getImage(path, fn)
image.set_colorkey(transparency)
#cut out the tiles and store them in a dictionary
self.characters = {}
for c in data.getChildren(root, "character"):
char = data.getAttr(c, "char", data.D_STRING)
width = data.getAttr(c, "width", data.D_INT)
location = data.getAttr(c, "location", data.D_INT2LIST)
self.characters[char] = image.subsurface(location[0], location[1], width, self.height)
def setup(self):
"""Initialize pygame, find the main game file and parse it."""
#initialise pygame
pygame.init()
#find the main game file and parse it
if settings.path is not None:
fn = os.path.join(settings.path, "data", "game.xml")
else:
raise error.DittoInvalidResourceException("settings.py", "path")
root = data.getTreeRoot(fn, "Ditto Main")
for p in data.getChildren(root, "property"):
if data.getAttr(p, "name", data.D_STRING) == "tilesize":
globs.TILESIZE = data.getAttr(p, "value", data.D_INT2LIST)
elif data.getAttr(p, "name", data.D_STRING) == "font":
globs.FONT = data.getAttr(p, "value", data.D_STRING)
elif data.getAttr(p, "name", data.D_STRING) == "dialog":
globs.DIALOG = data.getAttr(p, "value", data.D_STRING)
elif data.getAttr(p, "name", data.D_STRING) == "pokemon":
globs.POKEMON = data.getAttr(p, "value", data.D_STRING)
elif data.getAttr(p, "name", data.D_STRING) == "soundeffects":
soundPath = os.path.join(settings.path, "data", data.getAttr(p, "value", data.D_STRING))
elif data.getAttr(p, "name", data.D_STRING) == "moves":
globs.MOVES = os.path.join(settings.path, "data", data.getAttr(p, "value", data.D_STRING))
elif data.getAttr(p, "name", data.D_STRING) == "behaviours":
globs.BEHAVIOURS = os.path.join(settings.path, "data", data.getAttr(p, "value", data.D_STRING))
#if there's an icon specified, use it
if len(data.getChildren(root, "icon")) > 0:
node = data.getChild(root, "icon")
iconPath = os.path.join(settings.path, "data", data.getAttr(node, "file", data.D_STRING))
icon = data.getImage(iconPath, fn)
pygame.display.set_icon(icon)
#set up the main window
windowSize = settings.screenSize[0]*globs.TILESIZE[0], settings.screenSize[1]*globs.TILESIZE[1]
self.screen = pygame.display.set_mode(windowSize)
pygame.display.set_caption("%s --- Ditto Engine" % data.getAttr(root, "title", data.D_STRING))
#create a clock object
self.clock = pygame.time.Clock()
#initialise sound
sound.init(soundPath)
#set up the initial scene, the intro
self.activeScene = intro.Intro(self.screen)
def setup(self):
"""Initialize pygame, find the main game file and parse it."""
#initialise pygame
pygame.init()
#find the main game file and parse it
if settings.path is not None:
fn = os.path.join(settings.path, "data", "game.xml")
else:
raise error.DittoInvalidResourceException("settings.py", "path")
root = data.getTreeRoot(fn, "Ditto Main")
for p in data.getChildren(root, "property"):
if data.getAttr(p, "name", data.D_STRING) == "tilesize":
globs.TILESIZE = data.getAttr(p, "value", data.D_INT2LIST)
elif data.getAttr(p, "name", data.D_STRING) == "font":
globs.FONT = data.getAttr(p, "value", data.D_STRING)
elif data.getAttr(p, "name", data.D_STRING) == "dialog":
globs.DIALOG = data.getAttr(p, "value", data.D_STRING)
elif data.getAttr(p, "name", data.D_STRING) == "pokemon":
globs.POKEMON = data.getAttr(p, "value", data.D_STRING)
elif data.getAttr(p, "name", data.D_STRING) == "soundeffects":
soundPath = os.path.join(
settings.path, "data",
data.getAttr(p, "value", data.D_STRING))
elif data.getAttr(p, "name", data.D_STRING) == "moves":
globs.MOVES = os.path.join(
settings.path, "data",
data.getAttr(p, "value", data.D_STRING))
elif data.getAttr(p, "name", data.D_STRING) == "behaviours":
globs.BEHAVIOURS = os.path.join(
settings.path, "data",
data.getAttr(p, "value", data.D_STRING))
#if there's an icon specified, use it
if len(data.getChildren(root, "icon")) > 0:
node = data.getChild(root, "icon")
iconPath = os.path.join(settings.path, "data",
data.getAttr(node, "file", data.D_STRING))
icon = data.getImage(iconPath, fn)
pygame.display.set_icon(icon)
#set up the main window
windowSize = settings.screenSize[0] * globs.TILESIZE[
0], settings.screenSize[1] * globs.TILESIZE[1]
self.screen = pygame.display.set_mode(windowSize)
pygame.display.set_caption("%s --- Ditto Engine" %
data.getAttr(root, "title", data.D_STRING))
#create a clock object
self.clock = pygame.time.Clock()
#initialise sound
sound.init(soundPath)
#set up the initial scene, the intro
self.activeScene = intro.Intro(self.screen)
def getName(self):
if self.nickname is None:
return data.getAttr(self.speciesNode, "name", data.D_STRING)
else:
return self.nickname
def __init__(self, species, level):
self.species = species
fn = os.path.join(settings.path, "data", globs.POKEMON)
root = data.getTreeRoot(fn, "Ditto main")
for sp in data.getChildren(root, "species"):
if data.getAttr(sp, "id", data.D_STRING) == self.species:
self.speciesNode = sp
break
self.nickname = None
self.level = level
self.exp = 0
typeNode = data.getChild(self.speciesNode, "type")
self.type1 = data.getAttr(typeNode, "primary", data.D_STRING)
self.type2 = data.getOptionalAttr(typeNode, "secondary", data.D_STRING,
None)
self.PID = random.randint(0, 4294967295)
self.trainer = None
self.trainerID = None
self.ability = None
self.gender = G_MALE
self.nature = 0
self.shiny = False
self.form = 0
self.happiness = 0
self.pokerus = False
self.EVs = {
ST_HP: 0,
ST_ATTACK: 0,
ST_DEFENSE: 0,
ST_SPEED: 0,
ST_SPATTACK: 0,
ST_SPDEFENSE: 0
}
self.IVs = {
ST_HP: random.randint(0, 31),
ST_ATTACK: random.randint(0, 31),
ST_DEFENSE: random.randint(0, 31),
ST_SPEED: random.randint(0, 31),
ST_SPATTACK: random.randint(0, 31),
ST_SPDEFENSE: random.randint(0, 31)
}
self.stats = {}
self.calcStats()
self.currentHP = self.stats[ST_HP]
self.status = None
self.moves = [None, None, None, None]
movesNode = data.getChild(self.speciesNode, "attacks")
moveNodes = sorted(data.getChildren(movesNode, "move"),
key=lambda n: int(n.attrib["level"]))
i = 0
for node in moveNodes[-4:]:
self.moves[i] = moves.Move(data.getAttr(node, "id", data.D_STRING))
i += 1
self.ballCaughtIn = 0
self.heldItem = None
def __init__(self, size, fn=None):
"""
Initialize a surface and draw the box onto it.
size - the size of the box.
fn - the path to a box xml config file.
"""
#initialize the pygame Surface
pygame.Surface.__init__(self, size)
#if no filename given, use the game default box
if fn == None:
fn = os.path.join(settings.path, "data", globs.DIALOG)
#parse the box xml file
root = data.getTreeRoot(fn)
tilesetPath = os.path.join(settings.path, "data", data.getAttr(root, "file", data.D_STRING))
tileset = data.getImage(tilesetPath)
transparency = data.getAttr(root, "transparency", data.D_INT3LIST)
tileset.set_colorkey(transparency)
tileSize = data.getAttr(root, "tilesize", data.D_INT2LIST)
data.check((tileSize[0]+1)*3==tileset.get_width()+1, tilesetPath)
data.check((tileSize[1]+1)*3==tileset.get_height()+1, tilesetPath)
#fill transparent
self.fill((255,0,255))
self.set_colorkey((255,0,255))
#cut each of the nine tiles out from the tileset
tileNW = tileset.subsurface((0,0), tileSize)
tileN = tileset.subsurface((tileSize[0]+1,0), tileSize)
tileNE = tileset.subsurface(((tileSize[0]+1)*2,0), tileSize)
tileW = tileset.subsurface((0,tileSize[1]+1), tileSize)
tileC = tileset.subsurface((tileSize[0]+1,tileSize[1]+1), tileSize)
tileE = tileset.subsurface(((tileSize[0]+1)*2,tileSize[1]+1), tileSize)
tileSW = tileset.subsurface((0,(tileSize[1]+1)*2), tileSize)
tileS = tileset.subsurface((tileSize[0]+1,(tileSize[1]+1)*2), tileSize)
tileSE = tileset.subsurface(((tileSize[0]+1)*2,(tileSize[1]+1)*2), tileSize)
#calculate how much of the box is not covered by edge tiles - all this middle must be covered by the centre tile
#work out how many tiles it will take to cover that, and where to start drawing from
middleSize = size[0]-(2*tileSize[0]), size[1]-(2*tileSize[1])
dimensions = (middleSize[0]/tileSize[0])+1, (middleSize[1]/tileSize[1])+1
origin = (size[0]-(dimensions[0]*tileSize[0]))/2, (size[1]-(dimensions[1]*tileSize[1]))/2
#iterate over the required dimensions, drawing in the centre tiles
#as we go down the first column only, draw in the left and right side tiles on the edge of the box
#after we finish each column, draw the top and bottom tiles on the edge
for x in range(0, dimensions[0]):
for y in range(0, dimensions[1]):
self.blit(tileC, (origin[0]+(x*tileSize[0]), origin[1]+(y*tileSize[1])))
if x == 0:
self.blit(tileW, (0, origin[1]+(y*tileSize[1])))
self.blit(tileE, (size[0]-tileSize[0], origin[1]+(y*tileSize[1])))
self.blit(tileN, (origin[0]+(x*tileSize[0]), 0))
self.blit(tileS, (origin[0]+(x*tileSize[0]), size[1]-tileSize[1]))
#draw the corner tiles in the corners
self.blit(tileNW, (0, 0))
self.blit(tileNE, (size[0]-tileSize[0], 0))
self.blit(tileSW, (0, size[1]-tileSize[1]))
self.blit(tileSE, (size[0]-tileSize[0], size[1]-tileSize[1]))
def __init__(self, fn):
"""
Open the map data file, set border tiles and connections, and add NPCs and other events.
fn - the filename of the map XML file.
"""
#for the scripting engine
script_engine.ScriptableObject.__init__(self)
#store variables we'll need later
self.fn = fn
#get a script engine (singleton)
self.scriptEngine = script_engine.ScriptEngine()
#parse the XML file
root = data.getTreeRoot(fn)
self.music = os.path.join(settings.path, "data", data.getAttr(root, "music", data.D_STRING))
#open the actual map data file to create the map tile data
mapPath = os.path.join(settings.path, "data", data.getAttr(root, "file", data.D_STRING))
self.openMap(mapPath)
#create the tileset
tilesetPath = os.path.join(settings.path, "data", data.getAttr(root, "tileset", data.D_STRING))
self.tileset = tileset.Tileset(tilesetPath)
#set the border tiles
self.borderTiles = {}
borderNode = data.getChild(root, "border")
#set each border node with the correct tile indexes, subtracting 1 because the tileset starts at 1 not 0
self.borderTiles[BD_NW] = data.getAttr(borderNode, "nw", data.D_INT)-1
self.borderTiles[BD_NE] = data.getAttr(borderNode, "ne", data.D_INT)-1
self.borderTiles[BD_SW] = data.getAttr(borderNode, "sw", data.D_INT)-1
self.borderTiles[BD_SE] = data.getAttr(borderNode, "se", data.D_INT)-1
#create any connections from the map
#connected maps will not be loaded until the map becomes the main game map
#connections are stored as {direction: (filename, offset)}
self.connections = {}
self.connectedMaps = {}
for c in data.getChildren(root, "connection"):
side = data.getAttr(c, "side", data.D_STRING)
fp = os.path.join(settings.path, "data", data.getAttr(c, "map", data.D_STRING))
offset = data.getAttr(c, "offset", data.D_INT)
if side == "left":
self.connections[sprite.DIR_LEFT] = (fp, offset)
elif side == "right":
self.connections[sprite.DIR_RIGHT] = (fp, offset)
elif side == "up":
self.connections[sprite.DIR_UP] = (fp, offset)
elif side == "down":
self.connections[sprite.DIR_DOWN] = (fp, offset)
#create any NPCs, adding them to the sprite dictionary
self.sprites = {}
for n in data.getChildren(root, "npc"):
spr = npc.NPC(n, self)
self.sprites[spr.id] = spr
#create a dictionary to hold positions reserved by moving sprites
self.reservedPositions = {}
#create script and warp events, adding them to the events dictionary
#if a load script is defined, create it
self.events = {}
loadScript = None
for s in data.getChildren(root, "script"):
trigger = data.getAttr(s, "trigger", data.D_STRING)
if trigger == "load":
loadScript = script_engine.Script(s)
else:
position = tuple(data.getAttr(s, "position", data.D_INT2LIST))
self.events[position] = events.ScriptEvent(s, self)
for w in root.findall("warp"):
position = tuple(data.getAttr(w, "position", data.D_INT2LIST))
self.events[position] = events.Warp(w, self)
#if there is a load script, run it
if loadScript is not None:
self.scriptEngine.run(loadScript, self)
def calendar():
conf = ""
#cookies
cookies = request.cookies
if "courses" in cookies:
cs = json.loads(cookies.get("courses"))
else:
cs = []
if "credits" in cookies:
credits = json.loads(cookies.get("credits"))
else:
credits = 0
for i in cs:
credits += data.getCredits(i["crn"])
if "modal" in cookies:
m = json.loads(cookies.get("modal"))
else:
m = "first"
modalform = StartForm()
form = CourseForm()
if form.department.data == None:
form.course.choices = data.getDeptCourses('ALL DEPTS')
else:
form.course.choices = data.getDeptCourses(form.department.data)
form_clear = ClearForm()
form_remove = RemoveForm()
ch = []
#for c in courses:
for c in cs:
ch.append((c["crn"], (c["title"] + " " + c["sect"])))
form_remove.selcourses.choices = ch
error = None
#if the form is submitted validly
if request.method == 'POST':
if form.validate_on_submit():
#reformat the form data into a dictionary of course info
course = fmat(form.course.data)
#if the course does not conflict with any pre-selected classes, add it to the class schedule
conflicts = conflict(course, cs)
if len(conflicts) == 0:
#courses.append(course)
cs.append(course)
form_remove.selcourses.choices.append(
(course["crn"], (course["title"] + " " + course["sect"])))
credits += data.getCredits(course["crn"])
#if there are one or more conflicts with the current class schedule, do not add it and report conflict
else:
conlist = ", ".join(conflicts)
conf = course["dept"] + " " + course["number"]
error = 'The selected class, ' + course["title"] + ' (' + ''.join(
course["days"]
) + ', ' + ''.join(
course["times"]
) + '),' + ' conflicts with the following courses on your schedule: ' + conlist
if form_remove.submit.data:
print(form_remove.selcourses.data)
for s in form_remove.selcourses.data:
print(cs)
for i in cs:
if i["crn"] == int(s):
print("yes")
cs.remove(i)
form_remove.selcourses.choices.remove(
(int(s), (i["title"] + " " + i["sect"])))
credits -= data.getCredits(i["crn"])
if modalform.start.data:
if m == "first":
m = "yes"
else:
m = "no"
attr = []
for i in cs:
attr.extend(data.getAttr(i["crn"]))
attr = ", ".join(list(set(attr)))
res = make_response(
render_template('calendar.html',
title='Calendar',
modalform=modalform,
form=form,
cform=form_clear,
rform=form_remove,
error=error,
courses=cs,
creds=credits,
attributes=attr,
conf=conf,
m=m))
res.set_cookie("courses", json.dumps(cs))
res.set_cookie("credits", json.dumps(credits))
res.set_cookie("modal", json.dumps(m))
return res
def __init__(self, fn):
"""
Open the map data file, set border tiles and connections, and add NPCs and other events.
fn - the filename of the map XML file.
"""
#for the scripting engine
script_engine.ScriptableObject.__init__(self)
#store variables we'll need later
self.fn = fn
#get a script engine (singleton)
self.scriptEngine = script_engine.ScriptEngine()
#parse the XML file
root = data.getTreeRoot(fn)
self.music = os.path.join(settings.path, "data",
data.getAttr(root, "music", data.D_STRING))
#open the actual map data file to create the map tile data
mapPath = os.path.join(settings.path, "data",
data.getAttr(root, "file", data.D_STRING))
self.openMap(mapPath)
#create the tileset
tilesetPath = os.path.join(
settings.path, "data", data.getAttr(root, "tileset",
data.D_STRING))
self.tileset = tileset.Tileset(tilesetPath)
#set the border tiles
self.borderTiles = {}
borderNode = data.getChild(root, "border")
#set each border node with the correct tile indexes, subtracting 1 because the tileset starts at 1 not 0
self.borderTiles[BD_NW] = data.getAttr(borderNode, "nw",
data.D_INT) - 1
self.borderTiles[BD_NE] = data.getAttr(borderNode, "ne",
data.D_INT) - 1
self.borderTiles[BD_SW] = data.getAttr(borderNode, "sw",
data.D_INT) - 1
self.borderTiles[BD_SE] = data.getAttr(borderNode, "se",
data.D_INT) - 1
#create any connections from the map
#connected maps will not be loaded until the map becomes the main game map
#connections are stored as {direction: (filename, offset)}
self.connections = {}
self.connectedMaps = {}
for c in data.getChildren(root, "connection"):
side = data.getAttr(c, "side", data.D_STRING)
fp = os.path.join(settings.path, "data",
data.getAttr(c, "map", data.D_STRING))
offset = data.getAttr(c, "offset", data.D_INT)
if side == "left":
self.connections[sprite.DIR_LEFT] = (fp, offset)
elif side == "right":
self.connections[sprite.DIR_RIGHT] = (fp, offset)
elif side == "up":
self.connections[sprite.DIR_UP] = (fp, offset)
elif side == "down":
self.connections[sprite.DIR_DOWN] = (fp, offset)
#create any NPCs, adding them to the sprite dictionary
self.sprites = {}
for n in data.getChildren(root, "npc"):
spr = npc.NPC(n, self)
self.sprites[spr.id] = spr
#create a dictionary to hold positions reserved by moving sprites
self.reservedPositions = {}
#create script and warp events, adding them to the events dictionary
#if a load script is defined, create it
self.events = {}
loadScript = None
for s in data.getChildren(root, "script"):
trigger = data.getAttr(s, "trigger", data.D_STRING)
if trigger == "load":
loadScript = script_engine.Script(s)
else:
position = tuple(data.getAttr(s, "position", data.D_INT2LIST))
self.events[position] = events.ScriptEvent(s, self)
for w in root.findall("warp"):
position = tuple(data.getAttr(w, "position", data.D_INT2LIST))
self.events[position] = events.Warp(w, self)
#if there is a load script, run it
if loadScript is not None:
self.scriptEngine.run(loadScript, self)
