def __init__(self, combatants):
self.engine = annchienta.getEngine()
self.videoManager = annchienta.getVideoManager()
self.inputManager = annchienta.getInputManager()
self.mapManager = annchienta.getMapManager()
self.audioManager = annchienta.getAudioManager()
self.cacheManager = annchienta.getCacheManager()
self.mathManager = annchienta.getMathManager()
self.sceneManager = scene.getSceneManager()
self.battleManager = getBattleManager()
self.activeCombatants = self.combatants = combatants
self.running = True
self.enemies = filter(lambda c: c.hostile, self.activeCombatants)
self.allies = filter(lambda c: not c.hostile, self.activeCombatants)
# Set positions for combatants
for i in range(len(self.allies)):
a = self.allies[i]
w, h = a.getSize()
a.setPosition(
self.videoManager.getScreenWidth() / 2 - 30 - i * 10 - w,
100 + i * 40 - h)
for i in range(len(self.enemies)):
e = self.enemies[i]
w, h = e.getSize()
e.setPosition(self.videoManager.getScreenWidth() / 2 + 30 + i * 10,
100 + i * 40 - h)
self.updateCombatantArrays()
self.background = None
def runMiniGame():
sceneManager = SceneManager.getSceneManager()
videoManager = annchienta.getVideoManager()
mapManager = annchienta.getMapManager()
sceneManager.initDialog( [] )
# Clear entire screen.
videoManager.clear()
videoManager.setColor(0,0,0)
videoManager.drawRectangle( 0, 0, videoManager.getScreenWidth(), videoManager.getScreenHeight() )
videoManager.flip()
# Some intro talk.
sceneManager.text( "August:\nAnd so we took Banver's ship in attempt to reach the Jemor continent.", None )
sceneManager.text( "August:\nBut soon we were noticed by these sky pirates Banver mentioned.", None )
sceneManager.text( "August:\nAt first, it seemed like there weren't too many, so we tried to evade them.", None )
sceneManager.text( "August:\nBut then...", None )
# Save first
sceneManager.text( "Info: Your game was saved automatically.", None )
path = os.path.join(os.path.expanduser("~"), ".fall-of-imiryn/save.xml")
partyManager.save(path)
game = Game()
game.run()
sceneManager.quitDialog()
# If we made it...
if mapManager.isRunning():
partyManager.addRecord("fleet_caught_by_captain")
partyManager.refreshMap()
def __init__(self, name, toolTip=None):
MenuItem.__init__(self, name, toolTip)
self.inputManager = annchienta.getInputManager()
self.videoManager = annchienta.getVideoManager()
self.mapManager = annchienta.getMapManager()
self.sceneManager = scene.getSceneManager()
self.options = []
def __init__( self ):
self.engine = annchienta.getEngine()
self.videoManager = annchienta.getVideoManager()
self.inputManager = annchienta.getInputManager()
self.cacheManager = annchienta.getCacheManager()
self.mapManager = annchienta.getMapManager()
self.mathManager = annchienta.getMathManager()
self.sceneManager = SceneManager.getSceneManager()
# Background spriteace
self.background = annchienta.Surface( "images/backgrounds/sky.png" )
self.backgroundY = 0.0
# Create a ship for the player
self.ship = GameObject( annchienta.Vector( videoManager.getScreenWidth()/2, videoManager.getScreenHeight()/2 ),
annchienta.Surface( "sprites/ship_small.png" ) )
# Load sprites into cache
self.enemySprite = annchienta.Surface("sprites/ship_pirate.png")
# All enemies
self.enemies = []
# The final enemy
self.captain = None
# Number of miliseconds we need to fly to gain victory
self.victoryTime = 60000
def text(self,
text,
backgroundProcess=annchienta.getMapManager(),
italics=False):
# Make sure we're dealing with text
text = str(text)
# Choose font
font = self.italicsFont if italics else self.defaultFont
# No accidental clicks
self.inputManager.update()
if not backgroundProcess:
self.videoManager.storeBuffer(7)
while self.inputManager.isRunning(
) and not self.inputManager.buttonTicked(
0) and not self.inputManager.interactKeyTicked():
self.inputManager.update()
# Update our background process
if backgroundProcess:
backgroundProcess.update(False)
self.videoManager.clear()
# Draw the background
if backgroundProcess:
backgroundProcess.draw()
else:
self.videoManager.restoreBuffer(7)
self.drawBox(self.margin, self.margin,
self.videoManager.getScreenWidth() - self.margin, 110)
self.videoManager.setClippingRectangle(
2 * self.margin, 2 * self.margin,
self.videoManager.getScreenWidth() - 3 * self.margin,
110 - self.margin)
self.defaultColor()
height = self.renderTextInArea(
text, 2 * self.margin, 2 * self.margin,
self.videoManager.getScreenWidth() - 3 * self.margin, font)
height -= 110 - font.getLineHeight()
self.videoManager.disableClipping()
self.videoManager.flip()
if not backgroundProcess:
self.videoManager.restoreBuffer(7)
self.mapManager.resync()
def speak(self, speaker, text, italics=False):
# Quick backup, then look at speaker
originalCameraFollow = self.mapManager.getCameraFollow()
self.mapManager.cameraFollow(speaker)
# Run text
self.text(speaker.getName().capitalize() + ":\n" + text,
annchienta.getMapManager(), italics)
# Reset stuff
self.mapManager.cameraFollow(originalCameraFollow)
def __init__(self, mapControl):
# References
self.inputManager = annchienta.getInputManager()
self.mapManager = annchienta.getMapManager()
# Store mapcontrol
self.mapControl = mapControl
# Set parameters
self.selectWholeTiles(True)
self.setRadius(32)
def __init__(self):
# Currently viewed map.
self.currentMap = None
# Get a few references.
self.videoManager = annchienta.getVideoManager()
self.mapManager = annchienta.getMapManager()
# Set the video mode
self.videoManager.setVideoMode(640, 480, "NATE - Map View")
# Initial camera position
self.cameraPosition = annchienta.Vector(0, 0)
# Draw grid method
self.drawGridType = self.SIMPLE_DRAW_GRID
def __init__( self, name, toolTip=None ):
# Stuff for sounds
self.cacheManager = annchienta.getCacheManager()
self.audioManager = annchienta.getAudioManager()
self.soundClickRev = self.cacheManager.getSound('sounds/click-reverse.ogg')
self.soundClickNeg = self.cacheManager.getSound('sounds/click-negative.ogg')
self.soundClickPos = self.cacheManager.getSound('sounds/click-positive.ogg')
self.soundClickNeu = self.cacheManager.getSound('sounds/click-neutral.ogg')
self.soundSave = self.cacheManager.getSound('sounds/save.ogg')
# Base constructor
MenuItem.MenuItem.__init__( self, name, toolTip )
# Get references
self.inputManager = annchienta.getInputManager()
self.videoManager = annchienta.getVideoManager()
self.mapManager = annchienta.getMapManager()
self.sceneManager = SceneManager.getSceneManager()
# Flags
self.done = False
self.canceled = False
# Size of the menu
self.width, self.height = 0, 0
# Position on the screen
self.x, self.y = 0, 0
self.columns = 1
self.rows = 1
# If the tooltip should be drawn on top of the screen
self.toolTipOnTop = True
# Kinda self explanatory
self.maxItemsInColumn = 4
# The options in the menu. Use setOptions() to set them!
self.options = []
# The currently selected item index
self.selectedOptionIndex = 0
self.selectedOption = None
def __init__(self):
# Get references
self.engine = annchienta.getEngine()
self.videoManager = annchienta.getVideoManager()
self.inputManager = annchienta.getInputManager()
self.audioManager = annchienta.getAudioManager()
self.cacheManager = annchienta.getCacheManager()
self.mapManager = annchienta.getMapManager()
# Load our assets
self.defaultFont = annchienta.Font("assets/regular.ttf", 14)
self.italicsFont = annchienta.Font("assets/italics.ttf", 14)
self.largeDefaultFont = annchienta.Font("assets/regular.ttf", 20)
self.largeItalicsFont = annchienta.Font("assets/italics.ttf", 20)
self.boxTextures = map(
lambda i: annchienta.Surface("assets/box" + str(i) + ".png"),
range(9))
self.margin = 6
def __init__(self, currentMap, fileName=None):
# Store the map and filename
self.currentMap = currentMap
self.fileName = fileName
# Get a reference to the MapManager
self.mapManager = annchienta.getMapManager()
# Load the document if we specified a filename.
# Else, create a new document.
if fileName:
self.document = xml.dom.minidom.parse(fileName)
self.mapElement = self.document.getElementsByTagName("map")[0]
else:
self.document = xml.dom.minidom.Document()
self.mapElement = self.document.createElement("map")
# Set map attributes
self.mapElement.setAttribute("width",
str(self.currentMap.getWidth()))
self.mapElement.setAttribute("height",
str(self.currentMap.getHeight()))
self.mapElement.setAttribute("tilewidth",
str(self.mapManager.getTileWidth()))
self.mapElement.setAttribute("tileheight",
str(self.mapManager.getTileHeight()))
self.mapElement.setAttribute(
"tileset",
str(
self.toRelativePath(
self.currentMap.getTileSet().getDirectory())))
# Add to document
self.document.appendChild(self.mapElement)
# Temporary filename
self.fileName = "untitled.xml"
def __init__(self):
# Get a few annchienta references
self.mapManager = annchienta.getMapManager()
# The instance that controls the map
self.mapControl = MapControl.MapControl(self)
# A window to create new maps
self.newMapWindow = NewMapWindow.NewMapWindow(self.mapControl)
# Glade file we'll be using
self.gladefile = "MainWindow.glade"
# Create glade instance
self.widgetTree = gtk.glade.XML(self.gladefile)
# Create a dictionary for events
dic = {
"on_window_delete_event": self.close,
"on_gameWorkingDirectoryChooser_selection_changed":
self.updateGameWorkingDirectory,
"on_tileWidthSpinButton_value_changed": self.updateTileWidth,
"on_drawGridComboBox_changed": self.updateDrawGrid,
"on_createNewMapButton_clicked": self.createNewMap,
"on_openMapFileChooser_selection_changed": self.updateOpenMapFile,
"on_saveMapFileChooser_selection_changed": self.updateSaveMapFile,
"on_saveMapButton_clicked": self.saveMap,
"on_nextLayerButton_clicked": self.nextLayer,
"on_addLayerButton_clicked": self.addLayer,
"on_changeLayerZSpinButton_value_changed": self.updateLayerZ,
"on_editWholeTilesCheckButton_toggled": self.updateWholeTiles,
"on_editRadiusSpinButton_value_changed": self.updateEditRadius,
"on_showTilesWindowButton_clicked": self.showTilesWindow,
"on_showSidesWindowButton_clicked": self.showSidesWindow
}
# Connect that dictionary
self.widgetTree.signal_autoconnect(dic)
def __init__( self ):
# Get references
self.engine = annchienta.getEngine()
self.videoManager = annchienta.getVideoManager()
self.inputManager = annchienta.getInputManager()
self.cacheManager = annchienta.getCacheManager()
self.mapManager = annchienta.getMapManager()
self.mathManager = annchienta.getMathManager()
self.sceneManager = SceneManager.getSceneManager()
# Load images
self.background = annchienta.Surface("images/backgrounds/water.png")
self.cacheManager.getSurface("sprites/rock1.png")
self.cacheManager.getSurface("sprites/rock2.png")
# Initial positions
self.backgroundY = 0.0
self.speed = 0.1
self.nextSpawn = 500
self.rocks = []
self.raft = RaftObject( annchienta.Surface("sprites/raft.png"), annchienta.Vector( self.videoManager.getScreenWidth()/2, self.videoManager.getScreenHeight()/2 ) )
def __init__(self, combatants, background, canFlee):
# Set variables
self.combatants = combatants
self.running = True
self.background = background
self.canFlee = canFlee
self.won = False
self.actionLock = False
# Get references
self.engine = annchienta.getEngine()
self.videoManager = annchienta.getVideoManager()
self.inputManager = annchienta.getInputManager()
self.cacheManager = annchienta.getCacheManager()
self.mathManager = annchienta.getMathManager()
self.mapManager = annchienta.getMapManager()
self.audioManager = annchienta.getAudioManager()
self.sceneManager = SceneManager.getSceneManager()
self.partyManager = PartyManager.getPartyManager()
# Lines for the 'console' window
self.lines = []
def __init__(self):
# Get some references
self.engine = annchienta.getEngine()
self.inputManager = annchienta.getInputManager()
self.mapManager = annchienta.getMapManager()
self.cacheManager = annchienta.getCacheManager()
self.mathManager = annchienta.getMathManager()
self.sceneManager = SceneManager.getSceneManager()
# Set variables
self.player = 0
self.records = []
self.inventory = 0
self.lastMaps = []
self.currentMap = 0
self.startTime = 0
# Create a map loader
self.mapLoader = MapLoader()
# Battle variables
self.randomBattleDelay = self.mathManager.randInt(300, 400)
def __init__(self):
# Stuff for sounds
self.cacheManager = annchienta.getCacheManager()
self.audioManager = annchienta.getAudioManager()
self.soundClickRev = self.cacheManager.getSound(
'sounds/click-reverse.ogg')
self.soundClickNeg = self.cacheManager.getSound(
'sounds/click-negative.ogg')
self.soundClickPos = self.cacheManager.getSound(
'sounds/click-positive.ogg')
self.soundClickNeu = self.cacheManager.getSound(
'sounds/click-neutral.ogg')
self.soundSave = self.cacheManager.getSound('sounds/save.ogg')
# General references
self.mapManager = annchienta.getMapManager()
self.inputManager = annchienta.getInputManager()
self.partyManager = PartyManager.getPartyManager()
self.menu = Menu.Menu("In-Game Menu", "Select action.")
options = []
# An option that does nothing.
options += [
MenuItem.MenuItem("continue", "Close menu and continue playing.")
]
# A submenu for party management.
options += [MenuItem.MenuItem("party", "Change equipment, heal...")]
# An option to quit.
options += [MenuItem.MenuItem("quit", "Stop playing.")]
self.menu.setOptions(options)
self.menu.top()
class SceneManager:
margin = 6
defaultFont, italicsFont = None, None
boxTextures = []
engine = annchienta.getEngine()
videoManager = annchienta.getVideoManager()
inputManager = annchienta.getInputManager()
audioManager = annchienta.getAudioManager()
cacheManager = annchienta.getCacheManager()
mathManager = annchienta.getMathManager()
mapManager = annchienta.getMapManager()
def waitForClick(self):
self.videoManager.storeBuffer(7)
self.inputManager.update()
while self.inputManager.running(
) and not self.inputManager.buttonTicked(0):
self.inputManager.update()
self.videoManager.clear()
self.videoManager.restoreBuffer(7)
self.videoManager.flip()
self.mapManager.resync()
def defaultColor(self):
self.videoManager.setColor(255, 255, 255)
def activeColor(self):
self.videoManager.setColor(255, 255, 0)
def inactiveColor(self):
self.videoManager.setColor(170, 170, 170)
## \brief Draw a box.
#
# A box is the main GUI element. You can customize the box layout
# by changing bitmaps.
def drawBox(self, x1, y1, x2, y2):
#self.videoManager.push()
#self.videoManager.identity()
self.videoManager.boxBlur(x1, y1, x2, y2)
#self.videoManager.pop()
# If there are not enough textures, just draw a stupid simple box.
if (len(self.boxTextures) <= 8):
self.videoManager.setColor(100, 100, 150, 200)
self.videoManager.drawRectangle(x1, y1, x2, y2)
self.videoManager.setColor()
else:
# Draw the corner textures
self.videoManager.drawSurface(self.boxTextures[0], x1, y1)
self.videoManager.drawSurface(self.boxTextures[2],
x2 - self.boxTextures[2].getWidth(),
y1)
self.videoManager.drawSurface(self.boxTextures[6], x1,
y2 - self.boxTextures[6].getHeight())
self.videoManager.drawSurface(self.boxTextures[8],
x2 - self.boxTextures[2].getWidth(),
y2 - self.boxTextures[6].getHeight())
# Draw the side textures as patterns.
self.videoManager.drawPattern(self.boxTextures[1],
x1 + self.boxTextures[0].getWidth(),
y1,
x2 - self.boxTextures[2].getWidth(),
y1 + self.boxTextures[1].getHeight())
self.videoManager.drawPattern(self.boxTextures[7],
x1 + self.boxTextures[7].getWidth(),
y2 - self.boxTextures[7].getHeight(),
x2 - self.boxTextures[8].getWidth(),
y2)
self.videoManager.drawPattern(self.boxTextures[3], x1,
y1 + self.boxTextures[0].getHeight(),
x1 + self.boxTextures[3].getWidth(),
y2 - self.boxTextures[6].getHeight())
self.videoManager.drawPattern(self.boxTextures[5],
x2 - self.boxTextures[5].getWidth(),
y1 + self.boxTextures[2].getHeight(),
x2,
y2 - self.boxTextures[8].getHeight())
# Draw the main texture as pattern.
self.videoManager.drawPattern(self.boxTextures[4],
x1 + self.boxTextures[0].getWidth(),
y1 + self.boxTextures[0].getHeight(),
x2 - self.boxTextures[8].getWidth(),
y2 - self.boxTextures[8].getHeight())
## \brief Renders justified text.
#
# \return The height of the rendered text.
def renderTextInArea(self, text, x1, y1, x2, font):
paragraphs = text.split('\n')
spaceWidth = font.getStringWidth(' ')
maxWidth = x2 - x1
oy1 = y1
for paragraph in paragraphs:
words = paragraph.split()
lineWords = []
totalWidth = 0
for word in words:
if totalWidth + font.getStringWidth(
word) + spaceWidth < maxWidth:
totalWidth += font.getStringWidth(word) + spaceWidth
lineWords.append(word)
else:
if len(lineWords) <= 0:
break
totalWidth = -spaceWidth
for w in lineWords:
totalWidth += font.getStringWidth(w)
actualSpaceWidth = (maxWidth -
totalWidth) / (len(lineWords))
x = x1
for w in lineWords:
self.videoManager.drawString(font, w, x, y1)
x += font.getStringWidth(w) + actualSpaceWidth
y1 += font.getLineHeight()
totalWidth = font.getStringWidth(word)
lineWords = [word]
x = x1
for w in lineWords:
self.videoManager.drawString(font, w, x, y1)
x += font.getStringWidth(w) + spaceWidth
y1 += font.getLineHeight()
# Return the height elapsed.
return y1 - oy1
## \brief Display some text.
#
# \param text The text to be displayed.
def text(self, text, font=None):
font = self.defaultFont if font is None else font
text = str(text)
self.inputManager.update()
self.videoManager.storeBuffer(7)
while self.inputManager.running(
) and not self.inputManager.buttonTicked(0):
self.inputManager.update()
self.videoManager.clear()
self.videoManager.restoreBuffer(7)
self.drawBox(self.margin, self.margin,
self.videoManager.getScreenWidth() - self.margin, 110)
self.videoManager.setClippingRectangle(
2 * self.margin, 2 * self.margin,
self.videoManager.getScreenWidth() - 3 * self.margin,
110 - self.margin)
self.defaultColor()
height = self.renderTextInArea(
text, 2 * self.margin, 2 * self.margin,
self.videoManager.getScreenWidth() - 3 * self.margin, font)
height -= 110 - font.getLineHeight()
self.videoManager.disableClipping()
self.videoManager.flip()
self.videoManager.restoreBuffer(7)
self.mapManager.resync()
def thoughts(self, text):
text = str(text)
scroll = 0
self.inputManager.update()
self.videoManager.storeBuffer(7)
while self.inputManager.running(
) and not self.inputManager.buttonTicked(0):
self.inputManager.update()
self.videoManager.clear()
self.videoManager.setColor(0, 0, 0)
self.videoManager.drawRectangle(
0, 0, self.videoManager.getScreenWidth(),
self.videoManager.getScreenHeight())
self.defaultColor()
self.renderTextInArea(
text, 2 * self.margin, 100,
self.videoManager.getScreenWidth() - 2 * self.margin,
self.italicsFont)
self.videoManager.flip()
self.videoManager.restoreBuffer(7)
self.mapManager.resync()
## \brief Display some info.
#
# \param text The text to be displayed.
def info(self, text, timeOut=800):
text = str(text)
self.inputManager.update()
self.videoManager.storeBuffer(7)
start = self.engine.getTicks()
done = False
while not done:
self.inputManager.update()
self.videoManager.clear()
self.videoManager.restoreBuffer(7)
self.drawBox(
self.margin,
self.videoManager.getScreenHeight() - self.margin * 3 -
self.defaultFont.getLineHeight(),
self.videoManager.getScreenWidth() - self.margin,
self.videoManager.getScreenHeight() - self.margin)
self.defaultColor()
self.videoManager.drawString(
self.defaultFont, text, 2 * self.margin,
self.videoManager.getScreenHeight() - self.margin * 2 -
self.defaultFont.getLineHeight())
self.videoManager.flip()
if not self.inputManager.running(
) or self.inputManager.buttonTicked(0):
done = True
if timeOut is not None:
if self.engine.getTicks() > start + timeOut:
done = True
self.videoManager.restoreBuffer(7)
self.mapManager.resync()
## \brief lets someone say something.
#
def speak(self, object, text):
self.mapManager.cameraPeekAt(object, True)
self.videoManager.clear()
self.mapManager.renderFrame()
self.text(object.getName().capitalize() + ":\n" + text,
self.defaultFont)
def chat(self, speaker, intro, answers):
if speaker is not None:
self.mapManager.cameraPeekAt(speaker, True)
self.videoManager.clear()
self.mapManager.renderFrame()
selected = 0
self.inputManager.update()
self.videoManager.storeBuffer(7)
intro = (speaker.getName().capitalize() + ":\n" +
intro) if speaker is not None else intro
done = False
while self.inputManager.running() and not done:
self.inputManager.update()
y = 0
self.videoManager.clear()
self.videoManager.restoreBuffer(7)
self.drawBox(self.margin, self.margin,
self.videoManager.getScreenWidth() - self.margin, 110)
# Make sure everything goes in the box.
self.videoManager.setClippingRectangle(
2 * self.margin, 2 * self.margin,
self.videoManager.getScreenWidth() - 2 * self.margin,
110 - self.margin)
self.defaultColor()
height = self.renderTextInArea(
intro, 2 * self.margin, 2 * self.margin + y,
self.videoManager.getScreenWidth() - 2 * self.margin,
self.defaultFont)
y += height + self.margin
for i in range(len(answers)):
if self.inputManager.hover(
2 * self.margin, 2 * self.margin + y,
self.videoManager.getScreenWidth() - 2 * self.margin,
2 * self.margin + y +
self.defaultFont.getLineHeight()):
self.activeColor()
if self.inputManager.buttonTicked(0):
selected = i
done = True
else:
self.inactiveColor()
height = self.renderTextInArea(
answers[i], 2 * self.margin, 2 * self.margin + y,
self.videoManager.getScreenWidth() - 2 * self.margin,
self.defaultFont)
y += height
self.videoManager.disableClipping()
self.videoManager.flip()
self.videoManager.setColor()
self.videoManager.restoreBuffer(7)
self.mapManager.resync()
return selected
def choose(self, title, answers):
selected = 0
done = False
self.inputManager.update()
self.videoManager.storeBuffer(7)
while self.inputManager.running() and not done:
self.inputManager.update()
self.videoManager.clear()
self.videoManager.restoreBuffer(7)
self.drawBox(self.margin, self.margin,
self.videoManager.getScreenWidth() - self.margin, 110)
self.defaultColor()
y = self.margin * 2
self.videoManager.drawString(self.defaultFont, title,
self.margin * 2, y)
y += self.defaultFont.getLineHeight()
for i in range(len(answers)):
if self.inputManager.hover(
self.margin * 2, y,
self.videoManager.getScreenWidth() - self.margin * 2,
y + self.defaultFont.getLineHeight()):
self.activeColor()
if self.inputManager.buttonTicked(0):
selected = i
done = True
else:
self.inactiveColor()
self.videoManager.drawString(self.defaultFont, answers[i],
self.margin * 2, y)
y += self.defaultFont.getLineHeight()
self.videoManager.flip()
self.videoManager.setColor()
self.videoManager.restoreBuffer(7)
self.mapManager.resync()
return answers[selected]
## \moves someone.
#
def move(self, objects, points):
# Convert objects and points to lists if they aren't.
if type(objects) is not type([]):
objects = [objects]
points = [points]
self.inputManager.update()
self.inputManager.setInputMode(annchienta.CinematicMode)
going = 1
while self.inputManager.running() and going:
going = sum(
map(lambda i: int(objects[i].stepTo(points[i])),
range(len(objects))))
self.mapManager.update(False)
self.inputManager.update()
self.mapManager.cameraPeekAt(objects[0], True)
self.videoManager.clear()
self.mapManager.renderFrame()
self.videoManager.flip()
self.inputManager.setInputMode(annchienta.InteractiveMode)
self.mapManager.resync()
## \brief Inits a dialog.
#
def initDialog(self, objects):
for o in objects:
o.freeze(True)
o.setStandAnimation()
for i in range(len(objects)):
objects[i].lookAt(objects[(i + 1) % len(objects)])
self.objectsInDialog = objects
## \brief Ends a dialog.
#
def quitDialog(self):
for object in self.objectsInDialog:
object.freeze(False)
## \fades
#
def fadeOut(self, r=0, g=0, b=0, ms=500):
start = self.engine.getTicks()
self.videoManager.storeBuffer(7)
while self.engine.getTicks(
) < start + ms and self.inputManager.running():
self.inputManager.update()
alpha = float(self.engine.getTicks() - start) / float(ms) * 255.0
self.videoManager.clear()
self.videoManager.restoreBuffer(7)
self.videoManager.setColor(r, g, b, int(alpha))
self.videoManager.drawRectangle(
0, 0, self.videoManager.getScreenWidth(),
self.videoManager.getScreenHeight())
self.videoManager.flip()
self.mapManager.resync()
def rotateEffect(self, duration=1500):
start = self.engine.getTicks()
self.videoManager.storeBuffer(7)
while self.engine.getTicks(
) < start + duration and self.inputManager.running():
factor = float(self.engine.getTicks() - start) / float(duration)
self.videoManager.clear()
self.videoManager.translate(
self.videoManager.getScreenWidth() / 2,
self.videoManager.getScreenHeight() / 2)
self.videoManager.rotate((factor + 1.) * (factor + 1.) * 360.)
self.videoManager.scale(factor * 50., factor * 50.)
self.videoManager.translate(
-self.videoManager.getScreenWidth() / 2,
-self.videoManager.getScreenHeight() / 2)
self.videoManager.restoreBuffer(7)
self.videoManager.flip()
self.mapManager.resync()
def noise(self, duration=1000):
start = self.engine.getTicks()
self.videoManager.storeBuffer(7)
s = self.cacheManager.getSound("sounds/noise.ogg")
self.audioManager.playSound(s)
while self.engine.getTicks(
) < start + duration and self.inputManager.running():
self.inputManager.update()
self.videoManager.clear()
r = self.mathManager.randInt(0, 256)
self.videoManager.setColor(r, r, r)
self.videoManager.drawRectangle(
0, 0, self.videoManager.getScreenWidth(),
self.videoManager.getScreenHeight())
self.videoManager.flip()
self.videoManager.setColor()
self.videoManager.restoreBuffer(7)
self.mapManager.resync()
import annchienta
import PartyManager, SceneManager, BattleManager
mapManager = annchienta.getMapManager()
videoManager = annchienta.getVideoManager()
partyManager = PartyManager.getPartyManager()
sceneManager = SceneManager.getSceneManager()
currentMap = partyManager.getCurrentMap()
partyManager.addRecord("inaran_cave3_scene")
# Create a whole bunch of objects/persons and set them to
# their positions.
august = partyManager.getPlayer()
augustPosition = august.getPosition().to(annchienta.TilePoint)
march = annchienta.Person("march", "locations/common/march.xml")
currentMap.addObject(
march,
annchienta.Point(annchienta.TilePoint, augustPosition.x + 1,
augustPosition.y))
avril = annchienta.Person("avril", "locations/common/avril.xml")
currentMap.addObject(
avril,
annchienta.Point(annchienta.TilePoint, augustPosition.x,
augustPosition.y + 1))
# Init our dialog.
sceneManager.initDialog([august, march, avril])
def pop( self, backgroundProcess = annchienta.getMapManager() ):
self.backgroundProcess = backgroundProcess
# Disable character input/movement
originalInputMode = self.inputManager.getInputMode()
self.inputManager.setInputMode( annchienta.CinematicMode )
# Player stops walking...
inputControlledPerson = self.inputManager.getInputControlledPerson()
if inputControlledPerson:
inputControlledPerson.setStandAnimation()
# Store background if we don't have a process to generate it
if not backgroundProcess:
self.videoManager.storeBuffer(6)
# Avoid accidental clicks
self.inputManager.update()
# Initialize some stuff
self.done = False
self.selectedOption = None
self.selectedOptionIndex = 0
while not self.done:
self.videoManager.clear()
# Draw appropriate background
if backgroundProcess:
backgroundProcess.draw()
else:
self.videoManager.restoreBuffer(6)
# Draw self
self.render()
self.videoManager.flip()
self.update()
self.mapManager.resync()
self.videoManager.setColor()
if not backgroundProcess:
self.videoManager.restoreBuffer(6)
# Restore input mode
self.inputManager.setInputMode( originalInputMode )
# If canceled, return None
if self.canceled:
self.audioManager.playSound( self.soundClickRev )
return None
else:
# If the chosen item is a submenu, recursively call that submenu.
if self.selectedOption.isMenu():
sub = self.selectedOption.pop( backgroundProcess )
# If the submenu was canceled, we return to this menu
if sub is None:
self.audioManager.playSound( self.soundClickRev )
return self.pop( backgroundProcess )
# Return the item chosen by the submenu
else:
return sub
# Simply return the item.
else:
return self.selectedOption
def __init__(self):
# Init this widget
QWidget.__init__(self)
uic.loadUi("editor.ui", self)
self.hasOpenedMap = False
# Create an annchienta context
self.videoManager = annchienta.getVideoManager()
self.mapManager = annchienta.getMapManager()
self.inputManager = annchienta.getInputManager()
self.engine = annchienta.getEngine()
# Set the video mode
self.videoManager.setVideoMode(600, 500, "Map", False)
# Mouse
self.mouseX, self.mouseY = 0, 0
# Create a timer that will update the map from time to time.
self.timer = QTimer(self)
self.connect(self.timer, SIGNAL("timeout()"), self.updateMap)
self.timer.start(60)
# Connect configuration buttons
self.connect(self.selectGameDirectoryButton, SIGNAL("clicked()"),
self.selectGameDirectory)
# Connect map buttons
self.connect(self.newMapButton, SIGNAL("clicked()"), self.newMap)
self.connect(self.openMapButton, SIGNAL("clicked()"), self.openMap)
self.connect(self.refreshMapButton, SIGNAL("clicked()"),
self.refreshMap)
self.connect(self.saveMapButton, SIGNAL("clicked()"), self.saveMap)
self.connect(self.saveMapAsButton, SIGNAL("clicked()"), self.saveMapAs)
self.connect(self.tileWidthBox, SIGNAL("valueChanged(int)"),
self.changeTileWidth)
self.changeTileWidth()
self.connect(self.addLayerButton, SIGNAL("clicked()"), self.addLayer)
self.connect(self.nextLayerButton, SIGNAL("clicked()"), self.nextLayer)
self.connect(self.layerZBox, SIGNAL("valueChanged(int)"),
self.changeLayerZ)
self.connect(self.layerOpacityBox, SIGNAL("valueChanged(int)"),
self.changeLayerOpacity)
#self.connect( self.zGroupBox, SIGNAL("toggled(bool)"), self.selectZGroupBox )
#self.connect( self.tileGroupBox, SIGNAL("toggled(bool)"), self.selectTileGroupBox )
#self.connect( self.tileSideGroupBox, SIGNAL("toggled(bool)"), self.selectTileSideGroupBox )
self.connect(self.pythonClearButton, SIGNAL("clicked()"),
self.clearPythonCode)
self.connect(self.pythonExecuteButton, SIGNAL("clicked()"),
self.executePythonCode)
self.clearPythonCode()
self.newMapDialog = newmap.NewMapDialog(self)
self.selected = tiles.Selection()
def __init__(self):
self.inputManager = annchienta.getInputManager()
self.mapManager = annchienta.getMapManager()
self.sceneManager = scene.getSceneManager()
self.lastMaps = []
